Foxconn SDS-BU Schematics

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Description Of Changes Date (M-D-Y)Revision

Preliminary release 01-24-2011

8

Phase

BU

SDS

A A

2-Socket Server System

TABLE OF CONTENTS

Page.2 System Block Diagram Page.3 Page.4 Page.5 Page.6 Page.7 Page.8 Page.9 Page.10 Page.11

B B

C C

D D

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TOCPage.1

PCIe Connection Diagram P-Card Board Diagram Power Map XDP Block Diagram Reset Diagram Clock Diagram System Timing Memory Diagram PCH I2C Map iDRAC I2C Map: Port 0~3 iDRAC I2C Map: Port 4~8 iDRAC I2C DIAGRAM: P-CARDS PWB Stackup CPU1 MISC BLANK CPU1 DDR3 Memory_CH1 CPU1 DDR3 Memory_CH2 CPU1 DDR3 Memory_CH3 CPU1 PCIe Port 1 CPU1 PCIe Port 3 CPU1 DMI CPU1 QPI BLANK CPU1 POWER (VCC) CPU1 POWER/GROUND (VTT/VSA/VSS) CPU1 GROUND (VSS) CPU2 MISC BLANK CPU2 DDR3 Memory_CH1 CPU2 DDR3 Memory_CH2

CPU2 PCIe Port 1 CPU2 PCIe Port 3 CPU2 DMI CPU2 QPI BLANK CPU2 POWER (VCC) CPU2 POWER/GROUND (VTT/VSA/VSS) CPU2 GROUND (VSS) CPU1 Decoupling CPU2 Decoupling BLANK BLANK BLANK CPU1 CH1 DIMM0 CPU1 CH1 DIMM1 BLANK CPU1 CH2 DIMM0

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CPU1 CH2 DIMM1Page.51 BLANK CPU1 CH3 DIMM0 CPU1 CH3 DIMM1 BLANK CPU1 VREF/Trans BLANK BLANK BLANK CPU2 CH1 DIMM0 CPU2 CH1 DIMM1 BLANK CPU2 CH2 DIMM0 CPU2 CH2 DIMM1 BLANK CPU2 CH3 DIMM0 CPU2 CH3 DIMM1 BLANK CPU2 VREF/Trans CPU XDP Patsburg XDP SB PCIe AC Coupling Caps PCH CLK PCH DMI/GPIO PCH SPI/LAD PCH PCIE PCH SAS/SATA PCH USB PCH Power PCH Ground PCH Power Filtering PCH Decoupling CAP PCH_5VREF PCH PU/PD PCH Level Translators I2C Node Manager I2C Host PCH PCIe AC Caps Firmware Hub TPM/TCM SAS Connectors SATA Connectors USB Power and Buttons USB Connectors and RIPS CK420BQ CK420BQ Termination Clock Buffer DB1900Z DB1900Z Termination CK-MNG+ Fan Connectors and Tach (1)

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Fan Connectors and Tach (2) Fan Connectors and Tach (3) Jumpers, PCIe Wake Coin Cell Battery System Power Supply and PDB Connectors BP I2C Connectors VR:AUX Rails 5V VR:AUX Rails 3.3V VR:AUX Rails 1.5V VR:AUX Rails 1.25V VR:AUX Rails 1.1V BLANK VR:CPU1 VCORE&VSA ISL6364 VR:CPU1 VCORE Phase 1-3 VR:CPU1 VCORE Phase 4/VSA BLANK VR:CPU2 VCORE&VSA ISL6364 VR:CPU2 VCORE Phase 1-3 VR:CPU2 VCORE Phase 4/VSA BLANK VR:CPU1 MEM01 ISL6353 VR:CPU1 MEM01 VDDQ VR:CPU1 MEM01 VTT BLANK BLANK BLANK VR:CPU2 MEM01 ISL6353 VR:CPU2 MEM01 VDDQ VR:CPU2 MEM01 VTT BLANK BLANK BLANK VR:CPU1 Vtt VR:CPU2 Vtt VR:CPU1 PLL VR:CPU2 PLL BLANK BLANK BLANK VR:System 1.5V VR:System 1.1V RISER 1 SLOT RISER 2 SLOT BLANK BLANK STORAGE PCIe CAPS STORAGE BLANK Control Panel COM Port

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Rear ID/Cyclops SPI Debug CPLD IO Ports CPLD Power and JTAG CPLD Level Translators Intrusion Detect and Power Good iDRAC7 DDR3 iDRAC7 FLASH/LCD/TACH iDRAC7 I2C/ETH/JTAG/CLK iDRAC7 USB/PCIE/VGA/COM/LPC/VGA iDRAC7 TACH/ADC/SGPIO iDRAC7 Reset/MFG Mode/Clock Straps iDRAC7 Power iDRAC7 ONFI 2.X BLANK iDRAC I2C VGA MUX VGA Connector GND Clips / Mounting Holes Impedance Coupons PAUX LED & Voltage Props Release History BLANK BLANK BLANK BLANK BLANK BCM5720 PCIe/XTAL/NVRAM/DEBUG BCM5720 RJ45 BCM5720 SERDES PORTS BCM5720 PWR/GND BCM5720 NC-SI/GPIO/Strap VR:AUX Rails 1.2VCPU2 DDR3 Memory_CH3 BLANK BLANK

Personal Computer & Enterprise

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Hon Hai Precision Ind.Co., Ltd.

Title

TOC

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 1 185

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01/25/2011, 10:57 AM

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SMBUS CPU2 CH23

SMBUS C23

PCIe x8 (Port 3C,3D)

PCI-E x8 Gen3

PCI-E x4 Gen2

PCI-E x8 Gen3

PCI-E x16 Gen3

DIMM1

DMI2 (Port 0)

DIMM SMBUS Translator

Depop for Defy

Riser RIGHT SLOT1

PCI-e x8 Conn

Riser LEFT SLOT2

PCI-e x16 Conn

PCI-e x8 Conn

PCIe x16 (Port 3A~3D)

SMBUS CPU2 CH23

SMBUS CPU2 CH1

SMBUS CPU1 CH23

DIMM1

SMBUS C23

DIMM

SMBUS

Translator

QPI 1.1 (20 lanes)

8GT/s

DDR3 Registered 1066/1333 MHz

DIMM2

DIMM1 DIMM1

CH1 CH2 CH3CH1 CH3CH2

SMBUS C1

CPU 2

QPIQPI

(Sandy Bridge-EN) LGA-1356 (Socket-B2)

PECI

PCIe x8 (Port 1A,1B)

PCIe x8 (Port 3A,3B)

DIMM2 DIMM2

DIMM_IDRAC SMBUS MUX

SMBUS

A A

CPU1 CH1

DIMM SMBUS Translator

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DIMM2

DIMM2 DIMM2

DIMM1 DIMM1

CLK Gen. CK420BQ DB1900Z

DMI2 (4 Lanes) 5GB/s

SMBUS C1

DMI2 (Port 0)

CPU 1 (Sandy Bridge-EN) LGA-1356 (Socket-B2)

PECI

B B

PCIe x8 (Port 1A,1B)

Front Panel Board

USB 2.0 x2

FRONT USB x2

USB Hub

USB2512-AEZG USB 2.0 Four Ports

PCI-e x8 Conn

USB 2.0 x1

Front LCD Module

Front Video

C C

IDSDM Board PCI-e x1 Conn

REAR USB

Internal USB

USB 2.0 x1

USB 2.0 x2

USB 2.0 x1

USB

Riser 2 Slot

Mini SAS Connector x1

D D

Support ODD x1

1

SATA2 3Gb/s

SATA2 Port 0,1,2,3

SATA3 Port 4

2

DMI2 (4 Lanes) 5GB/s

DMI2

PCI-e x4 Gen2

PCI-e x1 Gen2

Patsburg -A

PCI-e x1 Gen2

PECI

USB

SPI

LPCXBus

PCI-e x1 Gen2

USB 2.0 x2

PCI-e x1 Gen2

256MB DDR3 DRAM 1066MHz

TPM/TCM

3

RTC Battery

SPI Mux

8MB BIOS SPI

Super VU2

PECI

USB

PCIe x1

SPI1

BCM GbE

5720 Dual Ports 17mm X 17mm

SMBUS

MAC

Renesas SH7757

SPI0

LPC

XBus

4MB SPI Flash

LPC

CPLD (EPM 1270)

4

NC_SI

MGMT MAC

UART Video

X-Bus

GbE

RGMii

Riser 1 Slot

SD1

SD2

I2C

PWM

Serial Port

GbE RJ45 LOM1

GbE RJ45 LOM2

8MB NVRAM Flash

GbE RJ45 W/PHY

Front LCD Module

Life Cycle Controller

Riser 1 Exteranl VFlash/SD

Power Supply FANs x1 System FANs x5

4GB eMMC

Video Mux

Front Video

5

Rear Video

System Power Connector

6

VR12.0

Mini SAS Connector x2

PCI-E x8 Gen3

Hon Hai Precision Ind.Co., Ltd.

Title

Document Number:

Document Number: PCB P/N:

PCB P/N:

7

STORAGE CONNECTOR

Int PERC8 PCIe x8

SAS 6Gb/s x8

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System Block Diagram

01015C800-000-G 2 185

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D D

CPU1_PE_VREF_CAP

CK_100M_CPU1_PE_DP(98)

DEPOP

CK_100M_CPU1_PE_DN(98)

CPU1_PEHP_SCL(42)

CPU1_PEHP_SDA(42)

TP62TP62 TP61TP61 TP60TP60 TP66TP66 TP65TP65 TP63TP63 TP64TP64

CPU1_DMIGEN2EN(42) CPU1_FRMAGENT(42) CPU1_BMCINIT(42) CPU1_LT_EN(42) CPU1_BIST_EN(42)

CPU1_IVT_ID_N(42,155)

COMBINED_MEMHOT_N(29,42,155)

CPU1_MEM_VDD_PG(42,155)

CPU1_M_C23_DQ_VREF_R(56) CPU1_M_C1_DQ_VREF_R(56)

Harbor City are Different.

I2C_CPU1_C23_VTT_SDA(56) I2C_CPU1_C1_VTT_SDA(56)

I2C_CPU1_C23_VTT_SCL(56) I2C_CPU1_C1_VTT_SCL(56) CPU1_M_CH23_RST_N(50,51,53,54) CPU1_M_CH1_RST_N(47,48)

CPU1_PRES_N(42,153)

Harbor City is TP.

CPU1_CAT_ERR_N(42)

CPU1_SAFE_MODE_BOOT(42)

CPU1_JTAG_TDI(70) CPU_JTAG_TCK(29,70) CPU_JTAG_TMS(29,70) CPU_JTAG_TRST_N(29,70)

CPU1_M_VREFDQRX_C23

NET_PHYSICAL_TYPE=PWR_PNG

R951

100ohm

+/-1%

R0402H0_4

C399

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

DEPOP

R1026

C1769

10nF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

ECAD: keep R1026 close to CPU1 ECAD: ROUTE PE_RBIAS as 2 traces >15mils each to resistor.

C C

B B

Harbor City's CPU1 and CPU2 are separation.

Harbor City's C1 and C23 are combined.

Backup DQ VREF to CPU in case of bad CPU silicon Fast Follower designs may not need these parts

R1026

49.9ohm

+/-1%

R0402H0_4

Layout note: For nets named TP_CPU1_RSVD_*, place a GND via with testpoint near the signal testpoint

Harbor City's C1 and C23 are combined.

V_MEM_VDD_CPU1

R949 100ohm

+/-1% R0402H0_4

CPU1_PE_RBIAS

Harbor City is TP. Harbor City is TP.

TP_CPU1_RSVD_38 TP_CPU1_RSVD_41 TP_CPU1_RSVD_37 TP_CPU1_RSVD_40 TP_CPU1_RSVD_39 TP_CPU1_RSVD_43 TP_CPU1_RSVD_42

CPU1_M_VREFDQRX_C23 CPU1_M_VREFDQRX_C1

NC_CPU1_RSVD_6

CPU1A

AM32

PE_VREF_CAP

AL32

PE_RBIAS_SENSE

AL31

PE_RBIAS

AN30

BCLK1_DP

AM30

BCLK1_DN

AR30

PEHPSCL

AP30

PEHPSDA

AV38

RSVD<38>

BA38

RSVD<41>

AY41

RSVD<37>

AP31

RSVD<40>

AR31

RSVD<39>

AN32

RSVD<43>

AP32

RSVD<42>

AN8

TXT_PLTEN

AF3

FRMAGENT

AF1

BMCINIT

AE4

TXT_AGENT

AF4

BIST_ENABLE

V34

IVT_ID_N

N41

MEM_HOT_C23_N

W10

MEM_HOT_C1_N

AD40

DRAM_PWR_OK_C23

Y10

DRAM_PWR_OK_C1

V37

DDR_VREFDQTX_C23

W4

DDR_VREFDQTX_C1

M36

DDR_VREFDQRX_C23

N10

DDR_VREFDQRX_C1

V41

DDR_SDA_C23

W8

DDR_SDA_C1

V40

DDR_SCL_C23

W7

DDR_SCL_C1

C29

DDR_RESET_C23_N

L26

DDR_RESET_C1_N

AM31

SKTOCC_N

AP37

RSVD<6>

AT6

CAT_ERR_N

AU40

SAFE_MODE_BOOT

AM12

TDI

AR12

TCK

AP12

TMS

AL12

TRST_N

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

1/13

QPI_VREF_CAP

QPI_RBIAS_SENSE

QPI_RBIAS BCLK0_DP BCLK0_DN

RSVD<46> RSVD<47> RSVD<45> RSVD<50> RSVD<44> RSVD<49> RSVD<48> RSVD<52> RSVD<51>

RSVD<53> RSVD<54>

THERMTRIP_N

PROCHOT_N

TEST4

PRDY_N PREQ_N

SOCKET_ID<0>

PECI

SVIDCLK

SVIDDATA

SVIDALERT_N

PMSYNC

PWRGOOD

EAR_N

RESET_N

TDO

AM13 AL13 AK13 AR13 AP13

NC_CPU1_RSVD_46

AT14

NC_CPU1_RSVD_47

AU14

TP_CPU1_RSVD_45

AW13

TP_CPU1_RSVD_50

BA6

TP_CPU1_RSVD_44

AY6

TP_CPU1_RSVD_49

AN14

TP_CPU1_RSVD_48

AM14

TP_CPU1_RSVD_52

AU4

TP_CPU1_RSVD_51

AU3

NC_CPU1_RSVD_53

AF7

NC_CPU1_RSVD_54

AE7 AG7 AH7

CPU1_RSVD_7_R

AK32

AR11 AR10

CPU1_SOCKET_ID_0

AW11

AN37

AM7 AK7 AL7

AT3 AK6 AH3 AU2

AK12

CPU1_QPI_VREF_CAP

CPU1_QPI_RBIAS

Harbor City is TP. Harbor City is TP.

CK_100M_CPU1_QPI_DP (98) CK_100M_CPU1_QPI_DN (98)

TP79TP79 TP86TP86 TP87TP87 TP80TP80 TP84TP84

Layout note: For nets named TP_CPU1_RSVD_*,

TP88TP88

place a GND via with testpoint near the signal testpoint

TP89TP89

CPU1_THERMTRIP_N (42,155)

CPU_PROCHOT_N (29,42,43,155)

CPU1_XDP_PRDY_N (70) CPU1_XDP_PREQ_N (70)

CPU_PECI (29,42)

CPU1_SVID_CLK_R (42)

CPU1_SVID_DATA_R (42) CPU1_SVID_ALERT_R_N (42)

CPU_PMSYNC (29,73) CPU1_PG_R (42) CPU_EAR_N (29,70,155) CPU1_RST_R_N (42)

CPU1_JTAG_TDO (70)

Route SENSE to res-->

R1736

49.9ohm

+/-1%

R0402H0_4

Harbor City's CPU1 and CPU2 are separation.

R1728 0ohm

+/-5% R0402H0_4

237ohm +/-1%,

237ohm +/-1%, R1741

R1741

R1740

R1740 237ohm

237ohm

+/-1%,

R0402H0_4

DEPOP

C476

10nF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

R0402H0_4

DEPOP

+VTT_CPU1

V_MEM_VDD_CPU1

R1132 100ohm

+/-1% R0402H0_4

A A

Backup DQ VREF to CPU in case of bad CPU silicon Fast Follower designs may not need these parts

5

DEPOP

CPU1_M_VREFDQRX_C1

NET_PHYSICAL_TYPE=PWR_PNG

C598

R1133

100ohm

+/-1%

R0402H0_4

C598

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

DEPOP

4

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

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Hon Hai Precision Ind.Co., Ltd.

Title

CPU1 MISC

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 16 185

3

2

01015C800-000-G 16 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

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CPU1B

CPU1_M_CH1_DQ_63(47,48) CPU1_M_CH1_DQ_62(47,48) CPU1_M_CH1_DQ_61(47,48) CPU1_M_CH1_DQ_60(47,48)

D D

C C

B B

A A

CPU1_M_CH1_DQ_59(47,48) CPU1_M_CH1_DQ_58(47,48) CPU1_M_CH1_DQ_57(47,48) CPU1_M_CH1_DQ_56(47,48) CPU1_M_CH1_DQ_55(47,48) CPU1_M_CH1_DQ_54(47,48) CPU1_M_CH1_DQ_53(47,48) CPU1_M_CH1_DQ_52(47,48) CPU1_M_CH1_DQ_51(47,48) CPU1_M_CH1_DQ_50(47,48) CPU1_M_CH1_DQ_49(47,48) CPU1_M_CH1_DQ_48(47,48) CPU1_M_CH1_DQ_47(47,48) CPU1_M_CH1_DQ_46(47,48) CPU1_M_CH1_DQ_45(47,48) CPU1_M_CH1_DQ_44(47,48) CPU1_M_CH1_DQ_43(47,48) CPU1_M_CH1_DQ_42(47,48) CPU1_M_CH1_DQ_41(47,48) CPU1_M_CH1_DQ_40(47,48) CPU1_M_CH1_DQ_39(47,48) CPU1_M_CH1_DQ_38(47,48) CPU1_M_CH1_DQ_37(47,48) CPU1_M_CH1_DQ_36(47,48) CPU1_M_CH1_DQ_35(47,48) CPU1_M_CH1_DQ_34(47,48) CPU1_M_CH1_DQ_33(47,48) CPU1_M_CH1_DQ_32(47,48) CPU1_M_CH1_DQ_31(47,48) CPU1_M_CH1_DQ_30(47,48) CPU1_M_CH1_DQ_29(47,48) CPU1_M_CH1_DQ_28(47,48) CPU1_M_CH1_DQ_27(47,48) CPU1_M_CH1_DQ_26(47,48) CPU1_M_CH1_DQ_25(47,48) CPU1_M_CH1_DQ_24(47,48) CPU1_M_CH1_DQ_23(47,48) CPU1_M_CH1_DQ_22(47,48) CPU1_M_CH1_DQ_21(47,48) CPU1_M_CH1_DQ_20(47,48) CPU1_M_CH1_DQ_19(47,48) CPU1_M_CH1_DQ_18(47,48) CPU1_M_CH1_DQ_17(47,48) CPU1_M_CH1_DQ_16(47,48) CPU1_M_CH1_DQ_15(47,48) CPU1_M_CH1_DQ_14(47,48) CPU1_M_CH1_DQ_13(47,48) CPU1_M_CH1_DQ_12(47,48) CPU1_M_CH1_DQ_11(47,48) CPU1_M_CH1_DQ_10(47,48) CPU1_M_CH1_DQ_09(47,48) CPU1_M_CH1_DQ_08(47,48) CPU1_M_CH1_DQ_07(47,48) CPU1_M_CH1_DQ_06(47,48) CPU1_M_CH1_DQ_05(47,48) CPU1_M_CH1_DQ_04(47,48) CPU1_M_CH1_DQ_03(47,48) CPU1_M_CH1_DQ_02(47,48) CPU1_M_CH1_DQ_01(47,48) CPU1_M_CH1_DQ_00(47,48)

CPU1_M_CH1_CS_7_N(48) CPU1_M_CH1_CS_6_N(48) CPU1_M_CH1_CS_5_N(48) CPU1_M_CH1_CS_4_N(48) CPU1_M_CH1_CS_3_N(47) CPU1_M_CH1_CS_2_N(47) CPU1_M_CH1_CS_1_N(47) CPU1_M_CH1_CS_0_N(47)

CPU1_M_CH1_CK_3_DP(48) CPU1_M_CH1_CK_2_DP(47) CPU1_M_CH1_CK_1_DP(48) CPU1_M_CH1_CK_0_DP(47)

CPU1_M_CH1_CK_3_DN(48) CPU1_M_CH1_CK_2_DN(47) CPU1_M_CH1_CK_1_DN(48) CPU1_M_CH1_CK_0_DN(47)

5

4

AD3

DDR1_DQ<63>

AD2

DDR1_DQ<62>

Y2

DDR1_DQ<61>

Y3

DDR1_DQ<60>

AE2

DDR1_DQ<59>

AE1

DDR1_DQ<58>

AA3

DDR1_DQ<57>

Y1

DDR1_DQ<56>

AD8

DDR1_DQ<55>

AD9

DDR1_DQ<54>

Y8

DDR1_DQ<53>

Y9

DDR1_DQ<52>

AE8

DDR1_DQ<51>

AE9

DDR1_DQ<50>

AA8

DDR1_DQ<49>

AA9

DDR1_DQ<48>

U8

DDR1_DQ<47>

U9

DDR1_DQ<46>

P9

DDR1_DQ<45>

N9

DDR1_DQ<44>

V8

DDR1_DQ<43>

V9

DDR1_DQ<42>

P8

DDR1_DQ<41>

N8

DDR1_DQ<40>

L6

DDR1_DQ<39>

K6

DDR1_DQ<38>

L10

DDR1_DQ<37>

K10

DDR1_DQ<36>

L5

DDR1_DQ<35>

K5

DDR1_DQ<34>

L9

DDR1_DQ<33>

K9

DDR1_DQ<32>

K28

DDR1_DQ<31>

L28

DDR1_DQ<30>

K32

DDR1_DQ<29>

L32

DDR1_DQ<28>

K27

DDR1_DQ<27>

L27

DDR1_DQ<26>

K31

DDR1_DQ<25>

L31

DDR1_DQ<24>

J33

DDR1_DQ<23>

J34

DDR1_DQ<22>

L35

DDR1_DQ<21>

L36

DDR1_DQ<20>

L33

DDR1_DQ<19>

K33

DDR1_DQ<18>

K36

DDR1_DQ<17>

K35

DDR1_DQ<16>

N34

DDR1_DQ<15>

P34

DDR1_DQ<14>

U36

DDR1_DQ<13>

U35

DDR1_DQ<12>

N35

DDR1_DQ<11>

N36

DDR1_DQ<10>

T36

DDR1_DQ<9>

T35

DDR1_DQ<8>

Y36

DDR1_DQ<7>

Y35

DDR1_DQ<6>

AD35

DDR1_DQ<5>

AD34

DDR1_DQ<4>

W36

DDR1_DQ<3>

W35

DDR1_DQ<2>

AC35

DDR1_DQ<1>

AC34

DDR1_DQ<0>

J12

DDR1_CS_N<7>

L12

DDR1_CS_N<6>

H14

DDR1_CS_N<5>

K15

DDR1_CS_N<4>

K12

DDR1_CS_N<3>

L11

DDR1_CS_N<2>

L15

DDR1_CS_N<1>

J15

DDR1_CS_N<0>

J18

DDR1_CLK_DP<3>

J16

DDR1_CLK_DP<2>

H19

DDR1_CLK_DP<1>

J17

DDR1_CLK_DP<0>

H18

DDR1_CLK_DN<3>

H16

DDR1_CLK_DN<2>

G19

DDR1_CLK_DN<1>

H17

DDR1_CLK_DN<0>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

2/13

DDR1_DQS_DP<17> DDR1_DQS_DP<16> DDR1_DQS_DP<15> DDR1_DQS_DP<14> DDR1_DQS_DP<13> DDR1_DQS_DP<12> DDR1_DQS_DP<11> DDR1_DQS_DP<10>

DDR1_DQS_DP<9> DDR1_DQS_DP<8> DDR1_DQS_DP<7> DDR1_DQS_DP<6> DDR1_DQS_DP<5> DDR1_DQS_DP<4> DDR1_DQS_DP<3> DDR1_DQS_DP<2> DDR1_DQS_DP<1> DDR1_DQS_DP<0>

DDR1_DQS_DN<17> DDR1_DQS_DN<16> DDR1_DQS_DN<15> DDR1_DQS_DN<14> DDR1_DQS_DN<13> DDR1_DQS_DN<12> DDR1_DQS_DN<11> DDR1_DQS_DN<10>

DDR1_DQS_DN<9> DDR1_DQS_DN<8> DDR1_DQS_DN<7> DDR1_DQS_DN<6> DDR1_DQS_DN<5> DDR1_DQS_DN<4> DDR1_DQS_DN<3> DDR1_DQS_DN<2> DDR1_DQS_DN<1> DDR1_DQS_DN<0>

DDR1_MA<15> DDR1_MA<14> DDR1_MA<13> DDR1_MA<12> DDR1_MA<11> DDR1_MA<10>

DDR1_MA<9> DDR1_MA<8> DDR1_MA<7> DDR1_MA<6> DDR1_MA<5> DDR1_MA<4> DDR1_MA<3> DDR1_MA<2> DDR1_MA<1> DDR1_MA<0>

DDR1_ECC<7> DDR1_ECC<6> DDR1_ECC<5> DDR1_ECC<4> DDR1_ECC<3> DDR1_ECC<2> DDR1_ECC<1> DDR1_ECC<0>

DDR1_CKE<3> DDR1_CKE<2> DDR1_CKE<1> DDR1_CKE<0>

DDR1_BA<2> DDR1_BA<1> DDR1_BA<0>

DDR1_ODT<3> DDR1_ODT<2> DDR1_ODT<1> DDR1_ODT<0>

DDR1_WE_N

DDR1_RAS_N

DDR1_PAR_ERR_N

DDR1_CAS_N

DDR1_MA_PAR

H30 AB3 AB9 R9 K8 L30 L34 R35 AB34 G29 AC1 AC8 T8 L7 K29 H34 P36 AA36

G30 AC3 AB8 R8 L8 K30 K34 R36 AB35 H29 AC2 AC9 T9 K7 L29 H33 P35 AA35

K24 J22 L13 J20 M24 M18 L25 K23 L23 L22 K22 M22 L21 K20 L20 K19

G28 H28 H32 H31 G27 H27 G31 G32

H26 J25 J26 K25

J24 L18 L17

G13 J14 H13 G15

K14 K17 J21 K13 J19

3

CPU1_M_CH1_DQS_17_DP (47,48) CPU1_M_CH1_DQS_16_DP (47,48) CPU1_M_CH1_DQS_15_DP (47,48) CPU1_M_CH1_DQS_14_DP (47,48) CPU1_M_CH1_DQS_13_DP (47,48) CPU1_M_CH1_DQS_12_DP (47,48) CPU1_M_CH1_DQS_11_DP (47,48) CPU1_M_CH1_DQS_10_DP (47,48) CPU1_M_CH1_DQS_09_DP (47,48) CPU1_M_CH1_DQS_08_DP (47,48) CPU1_M_CH1_DQS_07_DP (47,48) CPU1_M_CH1_DQS_06_DP (47,48) CPU1_M_CH1_DQS_05_DP (47,48) CPU1_M_CH1_DQS_04_DP (47,48) CPU1_M_CH1_DQS_03_DP (47,48) CPU1_M_CH1_DQS_02_DP (47,48) CPU1_M_CH1_DQS_01_DP (47,48) CPU1_M_CH1_DQS_00_DP (47,48)

CPU1_M_CH1_DQS_17_DN (47,48) CPU1_M_CH1_DQS_16_DN (47,48) CPU1_M_CH1_DQS_15_DN (47,48) CPU1_M_CH1_DQS_14_DN (47,48) CPU1_M_CH1_DQS_13_DN (47,48) CPU1_M_CH1_DQS_12_DN (47,48) CPU1_M_CH1_DQS_11_DN (47,48) CPU1_M_CH1_DQS_10_DN (47,48) CPU1_M_CH1_DQS_09_DN (47,48) CPU1_M_CH1_DQS_08_DN (47,48) CPU1_M_CH1_DQS_07_DN (47,48) CPU1_M_CH1_DQS_06_DN (47,48) CPU1_M_CH1_DQS_05_DN (47,48) CPU1_M_CH1_DQS_04_DN (47,48) CPU1_M_CH1_DQS_03_DN (47,48) CPU1_M_CH1_DQS_02_DN (47,48) CPU1_M_CH1_DQS_01_DN (47,48) CPU1_M_CH1_DQS_00_DN (47,48)

CPU1_M_CH1_MA_15 (47,48) CPU1_M_CH1_MA_14 (47,48) CPU1_M_CH1_MA_13 (47,48) CPU1_M_CH1_MA_12 (47,48) CPU1_M_CH1_MA_11 (47,48) CPU1_M_CH1_MA_10 (47,48) CPU1_M_CH1_MA_09 (47,48) CPU1_M_CH1_MA_08 (47,48) CPU1_M_CH1_MA_07 (47,48) CPU1_M_CH1_MA_06 (47,48) CPU1_M_CH1_MA_05 (47,48) CPU1_M_CH1_MA_04 (47,48) CPU1_M_CH1_MA_03 (47,48) CPU1_M_CH1_MA_02 (47,48) CPU1_M_CH1_MA_01 (47,48) CPU1_M_CH1_MA_00 (47,48)

CPU1_M_CH1_ECC_7 (47,48) CPU1_M_CH1_ECC_6 (47,48) CPU1_M_CH1_ECC_5 (47,48) CPU1_M_CH1_ECC_4 (47,48) CPU1_M_CH1_ECC_3 (47,48) CPU1_M_CH1_ECC_2 (47,48) CPU1_M_CH1_ECC_1 (47,48) CPU1_M_CH1_ECC_0 (47,48)

CPU1_M_CH1_CKE_3 (48) CPU1_M_CH1_CKE_2 (48) CPU1_M_CH1_CKE_1 (47) CPU1_M_CH1_CKE_0 (47)

CPU1_M_CH1_BA_2 (47,48) CPU1_M_CH1_BA_1 (47,48) CPU1_M_CH1_BA_0 (47,48)

CPU1_M_CH1_ODT_3 (48) CPU1_M_CH1_ODT_2 (48) CPU1_M_CH1_ODT_1 (47) CPU1_M_CH1_ODT_0 (47)

CPU1_M_CH1_WE_N (47,48) CPU1_M_CH1_RAS_N (47,48) CPU1_M_CH1_PERR_N (47,48) CPU1_M_CH1_CAS_N (47,48) CPU1_M_CH1_MA_PAR (47,48)

2

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU1 DDR3 Memory_CH1

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 18 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

4

3

2

1

http://adf.ly/3o8pJ

CPU1C

CPU1_M_CH2_DQ_63(50,51) CPU1_M_CH2_DQ_62(50,51) CPU1_M_CH2_DQ_61(50,51)

D D

C C

B B

A A

5

CPU1_M_CH2_DQ_60(50,51) CPU1_M_CH2_DQ_59(50,51) CPU1_M_CH2_DQ_58(50,51) CPU1_M_CH2_DQ_57(50,51) CPU1_M_CH2_DQ_56(50,51) CPU1_M_CH2_DQ_55(50,51) CPU1_M_CH2_DQ_54(50,51) CPU1_M_CH2_DQ_53(50,51) CPU1_M_CH2_DQ_52(50,51) CPU1_M_CH2_DQ_51(50,51) CPU1_M_CH2_DQ_50(50,51) CPU1_M_CH2_DQ_49(50,51) CPU1_M_CH2_DQ_48(50,51) CPU1_M_CH2_DQ_47(50,51) CPU1_M_CH2_DQ_46(50,51) CPU1_M_CH2_DQ_45(50,51) CPU1_M_CH2_DQ_44(50,51) CPU1_M_CH2_DQ_43(50,51) CPU1_M_CH2_DQ_42(50,51) CPU1_M_CH2_DQ_41(50,51) CPU1_M_CH2_DQ_40(50,51) CPU1_M_CH2_DQ_39(50,51) CPU1_M_CH2_DQ_38(50,51) CPU1_M_CH2_DQ_37(50,51) CPU1_M_CH2_DQ_36(50,51) CPU1_M_CH2_DQ_35(50,51) CPU1_M_CH2_DQ_34(50,51) CPU1_M_CH2_DQ_33(50,51) CPU1_M_CH2_DQ_32(50,51) CPU1_M_CH2_DQ_31(50,51) CPU1_M_CH2_DQ_30(50,51) CPU1_M_CH2_DQ_29(50,51) CPU1_M_CH2_DQ_28(50,51) CPU1_M_CH2_DQ_27(50,51) CPU1_M_CH2_DQ_26(50,51) CPU1_M_CH2_DQ_25(50,51) CPU1_M_CH2_DQ_24(50,51) CPU1_M_CH2_DQ_23(50,51) CPU1_M_CH2_DQ_22(50,51) CPU1_M_CH2_DQ_21(50,51) CPU1_M_CH2_DQ_20(50,51) CPU1_M_CH2_DQ_19(50,51) CPU1_M_CH2_DQ_18(50,51) CPU1_M_CH2_DQ_17(50,51) CPU1_M_CH2_DQ_16(50,51) CPU1_M_CH2_DQ_15(50,51) CPU1_M_CH2_DQ_14(50,51) CPU1_M_CH2_DQ_13(50,51) CPU1_M_CH2_DQ_12(50,51) CPU1_M_CH2_DQ_11(50,51) CPU1_M_CH2_DQ_10(50,51) CPU1_M_CH2_DQ_09(50,51) CPU1_M_CH2_DQ_08(50,51) CPU1_M_CH2_DQ_07(50,51) CPU1_M_CH2_DQ_06(50,51) CPU1_M_CH2_DQ_05(50,51) CPU1_M_CH2_DQ_04(50,51) CPU1_M_CH2_DQ_03(50,51) CPU1_M_CH2_DQ_02(50,51) CPU1_M_CH2_DQ_01(50,51) CPU1_M_CH2_DQ_00(50,51)

CPU1_M_CH2_CS_7_N(51) CPU1_M_CH2_CS_6_N(51) CPU1_M_CH2_CS_5_N(51) CPU1_M_CH2_CS_4_N(51) CPU1_M_CH2_CS_3_N(50) CPU1_M_CH2_CS_2_N(50) CPU1_M_CH2_CS_1_N(50) CPU1_M_CH2_CS_0_N(50)

CPU1_M_CH2_CK_3_DP(51) CPU1_M_CH2_CK_2_DP(50) CPU1_M_CH2_CK_1_DP(51) CPU1_M_CH2_CK_0_DP(50)

CPU1_M_CH2_CK_3_DN(51) CPU1_M_CH2_CK_2_DN(50) CPU1_M_CH2_CK_1_DN(51) CPU1_M_CH2_CK_0_DN(50)

4

AD5

DDR2_DQ<63>

AD6

DDR2_DQ<62>

Y5

DDR2_DQ<61>

Y6

DDR2_DQ<60>

AE5

DDR2_DQ<59>

AE6

DDR2_DQ<58>

AA5

DDR2_DQ<57>

AA6

DDR2_DQ<56>

U5

DDR2_DQ<55>

U6

DDR2_DQ<54>

N5

DDR2_DQ<53>

N6

DDR2_DQ<52>

V5

DDR2_DQ<51>

V6

DDR2_DQ<50>

P5

DDR2_DQ<49>

P6

DDR2_DQ<48>

H6

DDR2_DQ<47>

G6

DDR2_DQ<46>

H10

DDR2_DQ<45>

G10

DDR2_DQ<44>

H5

DDR2_DQ<43>

G5

DDR2_DQ<42>

H9

DDR2_DQ<41>

G9

DDR2_DQ<40>

E6

DDR2_DQ<39>

D6

DDR2_DQ<38>

E10

DDR2_DQ<37>

D10

DDR2_DQ<36>

D5

DDR2_DQ<35>

E5

DDR2_DQ<34>

E9

DDR2_DQ<33>

D9

DDR2_DQ<32>

B37

DDR2_DQ<31>

D37

DDR2_DQ<30>

E39

DDR2_DQ<29>

E38

DDR2_DQ<28>

E37

DDR2_DQ<27>

C37

DDR2_DQ<26>

C39

DDR2_DQ<25>

D39

DDR2_DQ<24>

G37

DDR2_DQ<23>

H37

DDR2_DQ<22>

K39

DDR2_DQ<21>

K38

DDR2_DQ<20>

G36

DDR2_DQ<19>

H36

DDR2_DQ<18>

J39

DDR2_DQ<17>

J38

DDR2_DQ<16>

N38

DDR2_DQ<15>

N39

DDR2_DQ<14>

U38

DDR2_DQ<13>

U39

DDR2_DQ<12>

M39

DDR2_DQ<11>

M38

DDR2_DQ<10>

T38

DDR2_DQ<9>

T39

DDR2_DQ<8>

Y38

DDR2_DQ<7>

Y39

DDR2_DQ<6>

AC37

DDR2_DQ<5>

AD37

DDR2_DQ<4>

W38

DDR2_DQ<3>

W39

DDR2_DQ<2>

AC38

DDR2_DQ<1>

AC39

DDR2_DQ<0>

H11

DDR2_CS_N<7>

G11

DDR2_CS_N<6>

E14

DDR2_CS_N<5>

E15

DDR2_CS_N<4>

J11

DDR2_CS_N<3>

F11

DDR2_CS_N<2>

G14

DDR2_CS_N<1>

G16

DDR2_CS_N<0>

F22

DDR2_CLK_DP<3>

F20

DDR2_CLK_DP<2>

G21

DDR2_CLK_DP<1>

E20

DDR2_CLK_DP<0>

F21

DDR2_CLK_DN<3>

G20

DDR2_CLK_DN<2>

H21

DDR2_CLK_DN<1>

E19

DDR2_CLK_DN<0>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

3/13

DDR2_DQS_DP<17> DDR2_DQS_DP<16> DDR2_DQS_DP<15> DDR2_DQS_DP<14> DDR2_DQS_DP<13> DDR2_DQS_DP<12> DDR2_DQS_DP<11> DDR2_DQS_DP<10>

DDR2_DQS_DP<9> DDR2_DQS_DP<8> DDR2_DQS_DP<7> DDR2_DQS_DP<6> DDR2_DQS_DP<5> DDR2_DQS_DP<4> DDR2_DQS_DP<3> DDR2_DQS_DP<2> DDR2_DQS_DP<1> DDR2_DQS_DP<0>

DDR2_DQS_DN<17> DDR2_DQS_DN<16> DDR2_DQS_DN<15> DDR2_DQS_DN<14> DDR2_DQS_DN<13> DDR2_DQS_DN<12> DDR2_DQS_DN<11> DDR2_DQS_DN<10>

DDR2_DQS_DN<9> DDR2_DQS_DN<8> DDR2_DQS_DN<7> DDR2_DQS_DN<6> DDR2_DQS_DN<5> DDR2_DQS_DN<4> DDR2_DQS_DN<3> DDR2_DQS_DN<2> DDR2_DQS_DN<1> DDR2_DQS_DN<0>

DDR2_MA<15> DDR2_MA<14> DDR2_MA<13> DDR2_MA<12> DDR2_MA<11> DDR2_MA<10>

DDR2_MA<9> DDR2_MA<8> DDR2_MA<7> DDR2_MA<6> DDR2_MA<5> DDR2_MA<4> DDR2_MA<3> DDR2_MA<2> DDR2_MA<1> DDR2_MA<0>

DDR2_ECC<7> DDR2_ECC<6> DDR2_ECC<5> DDR2_ECC<4> DDR2_ECC<3> DDR2_ECC<2> DDR2_ECC<1> DDR2_ECC<0>

DDR2_CKE<3> DDR2_CKE<2> DDR2_CKE<1> DDR2_CKE<0>

DDR2_BA<2> DDR2_BA<1> DDR2_BA<0>

DDR2_ODT<3> DDR2_ODT<2> DDR2_ODT<1> DDR2_ODT<0>

DDR2_WE_N

DDR2_RAS_N

DDR2_PAR_ERR_N

DDR2_CAS_N

DDR2_MA_PAR

3

E32 AB6 R6 G8 D8 B39 H39 R39 AB39 D31 AC5 T5 H7 E7 B38 G38 P38 AA38

D32 AB5 R5 H8 E8 A39 H38 R38 AB38 E31 AC6 T6 G7 D7 C38 G39 P39 AA39

G26 D26 E13 F25 E25 F18 H24 D24 G24 E24 H23 F23 G23 H22 E22 D19

D30 E30 E34 E35 D29 E29 F34 E33

D28 E27 E28 D27

F26 G18 E17

E12 H12 F12 F16

F15 F17 G25 F13 E18

CPU1_M_CH2_DQS_17_DP (50,51) CPU1_M_CH2_DQS_16_DP (50,51) CPU1_M_CH2_DQS_15_DP (50,51) CPU1_M_CH2_DQS_14_DP (50,51) CPU1_M_CH2_DQS_13_DP (50,51) CPU1_M_CH2_DQS_12_DP (50,51) CPU1_M_CH2_DQS_11_DP (50,51) CPU1_M_CH2_DQS_10_DP (50,51) CPU1_M_CH2_DQS_09_DP (50,51) CPU1_M_CH2_DQS_08_DP (50,51) CPU1_M_CH2_DQS_07_DP (50,51) CPU1_M_CH2_DQS_06_DP (50,51) CPU1_M_CH2_DQS_05_DP (50,51) CPU1_M_CH2_DQS_04_DP (50,51) CPU1_M_CH2_DQS_03_DP (50,51) CPU1_M_CH2_DQS_02_DP (50,51) CPU1_M_CH2_DQS_01_DP (50,51) CPU1_M_CH2_DQS_00_DP (50,51)

CPU1_M_CH2_DQS_17_DN (50,51) CPU1_M_CH2_DQS_16_DN (50,51) CPU1_M_CH2_DQS_15_DN (50,51) CPU1_M_CH2_DQS_14_DN (50,51) CPU1_M_CH2_DQS_13_DN (50,51) CPU1_M_CH2_DQS_12_DN (50,51) CPU1_M_CH2_DQS_11_DN (50,51) CPU1_M_CH2_DQS_10_DN (50,51) CPU1_M_CH2_DQS_09_DN (50,51) CPU1_M_CH2_DQS_08_DN (50,51) CPU1_M_CH2_DQS_07_DN (50,51) CPU1_M_CH2_DQS_06_DN (50,51) CPU1_M_CH2_DQS_05_DN (50,51) CPU1_M_CH2_DQS_04_DN (50,51) CPU1_M_CH2_DQS_03_DN (50,51) CPU1_M_CH2_DQS_02_DN (50,51) CPU1_M_CH2_DQS_01_DN (50,51) CPU1_M_CH2_DQS_00_DN (50,51)

CPU1_M_CH2_MA_15 (50,51) CPU1_M_CH2_MA_14 (50,51) CPU1_M_CH2_MA_13 (50,51) CPU1_M_CH2_MA_12 (50,51) CPU1_M_CH2_MA_11 (50,51) CPU1_M_CH2_MA_10 (50,51) CPU1_M_CH2_MA_09 (50,51) CPU1_M_CH2_MA_08 (50,51) CPU1_M_CH2_MA_07 (50,51) CPU1_M_CH2_MA_06 (50,51) CPU1_M_CH2_MA_05 (50,51) CPU1_M_CH2_MA_04 (50,51) CPU1_M_CH2_MA_03 (50,51) CPU1_M_CH2_MA_02 (50,51) CPU1_M_CH2_MA_01 (50,51) CPU1_M_CH2_MA_00 (50,51)

CPU1_M_CH2_ECC_7 (50,51) CPU1_M_CH2_ECC_6 (50,51) CPU1_M_CH2_ECC_5 (50,51) CPU1_M_CH2_ECC_4 (50,51) CPU1_M_CH2_ECC_3 (50,51) CPU1_M_CH2_ECC_2 (50,51) CPU1_M_CH2_ECC_1 (50,51) CPU1_M_CH2_ECC_0 (50,51)

CPU1_M_CH2_CKE_3 (51) CPU1_M_CH2_CKE_2 (51) CPU1_M_CH2_CKE_1 (50) CPU1_M_CH2_CKE_0 (50)

CPU1_M_CH2_BA_2 (50,51) CPU1_M_CH2_BA_1 (50,51) CPU1_M_CH2_BA_0 (50,51)

CPU1_M_CH2_ODT_3 (51) CPU1_M_CH2_ODT_2 (51) CPU1_M_CH2_ODT_1 (50) CPU1_M_CH2_ODT_0 (50)

CPU1_M_CH2_WE_N (50,51) CPU1_M_CH2_RAS_N (50,51) CPU1_M_CH2_PERR_N (50,51) CPU1_M_CH2_CAS_N (50,51) CPU1_M_CH2_MA_PAR (50,51)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU1 DDR3 Memory_CH2

Document Number:

Document Number: PCB P/N:

PCB P/N:

2

PCB P/N:

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

of

01015C800-000-G 19 185

01/25/2011, 10:57 AM

1

of

RevSheet

X00

5

4

3

2

1

http://adf.ly/3o8pJ

CPU1D

CPU1_M_CH3_DQ_63(53,54) CPU1_M_CH3_DQ_62(53,54) CPU1_M_CH3_DQ_61(53,54)

D D

C C

B B

A A

5

CPU1_M_CH3_DQ_60(53,54) CPU1_M_CH3_DQ_59(53,54) CPU1_M_CH3_DQ_58(53,54) CPU1_M_CH3_DQ_57(53,54) CPU1_M_CH3_DQ_56(53,54) CPU1_M_CH3_DQ_55(53,54) CPU1_M_CH3_DQ_54(53,54) CPU1_M_CH3_DQ_53(53,54) CPU1_M_CH3_DQ_52(53,54) CPU1_M_CH3_DQ_51(53,54) CPU1_M_CH3_DQ_50(53,54) CPU1_M_CH3_DQ_49(53,54) CPU1_M_CH3_DQ_48(53,54) CPU1_M_CH3_DQ_47(53,54) CPU1_M_CH3_DQ_46(53,54) CPU1_M_CH3_DQ_45(53,54) CPU1_M_CH3_DQ_44(53,54) CPU1_M_CH3_DQ_43(53,54) CPU1_M_CH3_DQ_42(53,54) CPU1_M_CH3_DQ_41(53,54) CPU1_M_CH3_DQ_40(53,54) CPU1_M_CH3_DQ_39(53,54) CPU1_M_CH3_DQ_38(53,54) CPU1_M_CH3_DQ_37(53,54) CPU1_M_CH3_DQ_36(53,54) CPU1_M_CH3_DQ_35(53,54) CPU1_M_CH3_DQ_34(53,54) CPU1_M_CH3_DQ_33(53,54) CPU1_M_CH3_DQ_32(53,54) CPU1_M_CH3_DQ_31(53,54) CPU1_M_CH3_DQ_30(53,54) CPU1_M_CH3_DQ_29(53,54) CPU1_M_CH3_DQ_28(53,54) CPU1_M_CH3_DQ_27(53,54) CPU1_M_CH3_DQ_26(53,54) CPU1_M_CH3_DQ_25(53,54) CPU1_M_CH3_DQ_24(53,54) CPU1_M_CH3_DQ_23(53,54) CPU1_M_CH3_DQ_22(53,54) CPU1_M_CH3_DQ_21(53,54) CPU1_M_CH3_DQ_20(53,54) CPU1_M_CH3_DQ_19(53,54) CPU1_M_CH3_DQ_18(53,54) CPU1_M_CH3_DQ_17(53,54) CPU1_M_CH3_DQ_16(53,54) CPU1_M_CH3_DQ_15(53,54) CPU1_M_CH3_DQ_14(53,54) CPU1_M_CH3_DQ_13(53,54) CPU1_M_CH3_DQ_12(53,54) CPU1_M_CH3_DQ_11(53,54) CPU1_M_CH3_DQ_10(53,54) CPU1_M_CH3_DQ_09(53,54) CPU1_M_CH3_DQ_08(53,54) CPU1_M_CH3_DQ_07(53,54) CPU1_M_CH3_DQ_06(53,54) CPU1_M_CH3_DQ_05(53,54) CPU1_M_CH3_DQ_04(53,54) CPU1_M_CH3_DQ_03(53,54) CPU1_M_CH3_DQ_02(53,54) CPU1_M_CH3_DQ_01(53,54) CPU1_M_CH3_DQ_00(53,54)

CPU1_M_CH3_CS_7_N(54) CPU1_M_CH3_CS_6_N(54) CPU1_M_CH3_CS_5_N(54) CPU1_M_CH3_CS_4_N(54) CPU1_M_CH3_CS_3_N(53) CPU1_M_CH3_CS_2_N(53) CPU1_M_CH3_CS_1_N(53) CPU1_M_CH3_CS_0_N(53)

CPU1_M_CH3_CK_3_DP(54) CPU1_M_CH3_CK_2_DP(53) CPU1_M_CH3_CK_1_DP(54) CPU1_M_CH3_CK_0_DP(53)

CPU1_M_CH3_CK_3_DN(54) CPU1_M_CH3_CK_2_DN(53) CPU1_M_CH3_CK_1_DN(54) CPU1_M_CH3_CK_0_DN(53)

4

V2

DDR3_DQ<63>

U1

DDR3_DQ<62>

R3

DDR3_DQ<61>

P1

DDR3_DQ<60>

V3

DDR3_DQ<59>

V1

DDR3_DQ<58>

R1

DDR3_DQ<57>

R2

DDR3_DQ<56>

M1

DDR3_DQ<55>

M2

DDR3_DQ<54>

J1

DDR3_DQ<53>

J3

DDR3_DQ<52>

N3

DDR3_DQ<51>

M3

DDR3_DQ<50>

K1

DDR3_DQ<49>

J2

DDR3_DQ<48>

G3

DDR3_DQ<47>

F3

DDR3_DQ<46>

D3

DDR3_DQ<45>

C3

DDR3_DQ<44>

G2

DDR3_DQ<43>

G1

DDR3_DQ<42>

D2

DDR3_DQ<41>

E3

DDR3_DQ<40>

B6

DDR3_DQ<39>

A6

DDR3_DQ<38>

B10

DDR3_DQ<37>

A10

DDR3_DQ<36>

B4

DDR3_DQ<35>

B5

DDR3_DQ<34>

B9

DDR3_DQ<33>

A9

DDR3_DQ<32>

D41

DDR3_DQ<31>

C42

DDR3_DQ<30>

F43

DDR3_DQ<29>

F42

DDR3_DQ<28>

B41

DDR3_DQ<27>

C41

DDR3_DQ<26>

E41

DDR3_DQ<25>

F41

DDR3_DQ<24>

H42

DDR3_DQ<23>

J43

DDR3_DQ<22>

L41

DDR3_DQ<21>

M41

DDR3_DQ<20>

H41

DDR3_DQ<19>

H43

DDR3_DQ<18>

L42

DDR3_DQ<17>

L43

DDR3_DQ<16>

P42

DDR3_DQ<15>

P43

DDR3_DQ<14>

U43

DDR3_DQ<13>

U41

DDR3_DQ<12>

N43

DDR3_DQ<11>

P41

DDR3_DQ<10>

T43

DDR3_DQ<9>

U42

DDR3_DQ<8>

W41

DDR3_DQ<7>

Y41

DDR3_DQ<6>

AD43

DDR3_DQ<5>

AD42

DDR3_DQ<4>

W43

DDR3_DQ<3>

W42

DDR3_DQ<2>

AC42

DDR3_DQ<1>

AC41

DDR3_DQ<0>

D12

DDR3_CS_N<7>

C11

DDR3_CS_N<6>

B14

DDR3_CS_N<5>

A15

DDR3_CS_N<4>

D11

DDR3_CS_N<3>

B11

DDR3_CS_N<2>

B13

DDR3_CS_N<1>

D16

DDR3_CS_N<0>

C20

DDR3_CLK_DP<3>

B18

DDR3_CLK_DP<2>

B20

DDR3_CLK_DP<1>

C19

DDR3_CLK_DP<0>

C21

DDR3_CLK_DN<3>

A18

DDR3_CLK_DN<2>

A20

DDR3_CLK_DN<1>

B19

DDR3_CLK_DN<0>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

4/13

DDR3_DQS_DP<17> DDR3_DQS_DP<16> DDR3_DQS_DP<15> DDR3_DQS_DP<14> DDR3_DQS_DP<13> DDR3_DQS_DP<12> DDR3_DQS_DP<11> DDR3_DQS_DP<10>

DDR3_DQS_DP<9> DDR3_DQS_DP<8> DDR3_DQS_DP<7> DDR3_DQS_DP<6> DDR3_DQS_DP<5> DDR3_DQS_DP<4> DDR3_DQS_DP<3> DDR3_DQS_DP<2> DDR3_DQS_DP<1> DDR3_DQS_DP<0>

DDR3_DQS_DN<17> DDR3_DQS_DN<16> DDR3_DQS_DN<15> DDR3_DQS_DN<14> DDR3_DQS_DN<13> DDR3_DQS_DN<12> DDR3_DQS_DN<11> DDR3_DQS_DN<10>

DDR3_DQS_DN<9> DDR3_DQS_DN<8> DDR3_DQS_DN<7> DDR3_DQS_DN<6> DDR3_DQS_DN<5> DDR3_DQS_DN<4> DDR3_DQS_DN<3> DDR3_DQS_DN<2> DDR3_DQS_DN<1> DDR3_DQS_DN<0>

DDR3_MA<15> DDR3_MA<14> DDR3_MA<13> DDR3_MA<12> DDR3_MA<11> DDR3_MA<10>

DDR3_MA<9> DDR3_MA<8> DDR3_MA<7> DDR3_MA<6> DDR3_MA<5> DDR3_MA<4> DDR3_MA<3> DDR3_MA<2> DDR3_MA<1> DDR3_MA<0>

DDR3_ECC<7> DDR3_ECC<6> DDR3_ECC<5> DDR3_ECC<4> DDR3_ECC<3> DDR3_ECC<2> DDR3_ECC<1> DDR3_ECC<0>

DDR3_CKE<3> DDR3_CKE<2> DDR3_CKE<1> DDR3_CKE<0>

DDR3_BA<2> DDR3_BA<1> DDR3_BA<0>

DDR3_ODT<3> DDR3_ODT<2> DDR3_ODT<1> DDR3_ODT<0>

DDR3_WE_N

DDR3_RAS_N

DDR3_PAR_ERR_N

DDR3_CAS_N

DDR3_MA_PAR

3

B34 T2 K3 E2 A8 E43 K42 T41 AB42 A32 U3 L2 F1 B7 D42 J41 R42 AA41

B33 T1 L3 E1 B8 E42 K43 R41 AB43 B32 T3 L1 F2 A7 D43 K41 R43 AB41

A27 C26 D14 B26 A25 A17 B25 B24 D25 C23 C24 D23 C22 D22 D21 C17

A31 B31 B35 C35 A30 B30 C33 C34

C28 A28 B29 B28

C27 D17 B16

C13 C14 C12 D15

C16 A16 A26 B15 C18

CPU1_M_CH3_DQS_17_DP (53,54) CPU1_M_CH3_DQS_16_DP (53,54) CPU1_M_CH3_DQS_15_DP (53,54) CPU1_M_CH3_DQS_14_DP (53,54) CPU1_M_CH3_DQS_13_DP (53,54) CPU1_M_CH3_DQS_12_DP (53,54) CPU1_M_CH3_DQS_11_DP (53,54) CPU1_M_CH3_DQS_10_DP (53,54) CPU1_M_CH3_DQS_09_DP (53,54) CPU1_M_CH3_DQS_08_DP (53,54) CPU1_M_CH3_DQS_07_DP (53,54) CPU1_M_CH3_DQS_06_DP (53,54) CPU1_M_CH3_DQS_05_DP (53,54) CPU1_M_CH3_DQS_04_DP (53,54) CPU1_M_CH3_DQS_03_DP (53,54) CPU1_M_CH3_DQS_02_DP (53,54) CPU1_M_CH3_DQS_01_DP (53,54) CPU1_M_CH3_DQS_00_DP (53,54)

CPU1_M_CH3_DQS_17_DN (53,54) CPU1_M_CH3_DQS_16_DN (53,54) CPU1_M_CH3_DQS_15_DN (53,54) CPU1_M_CH3_DQS_14_DN (53,54) CPU1_M_CH3_DQS_13_DN (53,54) CPU1_M_CH3_DQS_12_DN (53,54) CPU1_M_CH3_DQS_11_DN (53,54) CPU1_M_CH3_DQS_10_DN (53,54) CPU1_M_CH3_DQS_09_DN (53,54) CPU1_M_CH3_DQS_08_DN (53,54) CPU1_M_CH3_DQS_07_DN (53,54) CPU1_M_CH3_DQS_06_DN (53,54) CPU1_M_CH3_DQS_05_DN (53,54) CPU1_M_CH3_DQS_04_DN (53,54) CPU1_M_CH3_DQS_03_DN (53,54) CPU1_M_CH3_DQS_02_DN (53,54) CPU1_M_CH3_DQS_01_DN (53,54) CPU1_M_CH3_DQS_00_DN (53,54)

CPU1_M_CH3_MA_15 (53,54) CPU1_M_CH3_MA_14 (53,54) CPU1_M_CH3_MA_13 (53,54) CPU1_M_CH3_MA_12 (53,54) CPU1_M_CH3_MA_11 (53,54) CPU1_M_CH3_MA_10 (53,54) CPU1_M_CH3_MA_09 (53,54) CPU1_M_CH3_MA_08 (53,54) CPU1_M_CH3_MA_07 (53,54) CPU1_M_CH3_MA_06 (53,54) CPU1_M_CH3_MA_05 (53,54) CPU1_M_CH3_MA_04 (53,54) CPU1_M_CH3_MA_03 (53,54) CPU1_M_CH3_MA_02 (53,54) CPU1_M_CH3_MA_01 (53,54) CPU1_M_CH3_MA_00 (53,54)

CPU1_M_CH3_ECC_7 (53,54) CPU1_M_CH3_ECC_6 (53,54) CPU1_M_CH3_ECC_5 (53,54) CPU1_M_CH3_ECC_4 (53,54) CPU1_M_CH3_ECC_3 (53,54) CPU1_M_CH3_ECC_2 (53,54) CPU1_M_CH3_ECC_1 (53,54) CPU1_M_CH3_ECC_0 (53,54)

CPU1_M_CH3_CKE_3 (54) CPU1_M_CH3_CKE_2 (54) CPU1_M_CH3_CKE_1 (53) CPU1_M_CH3_CKE_0 (53)

CPU1_M_CH3_BA_2 (53,54) CPU1_M_CH3_BA_1 (53,54) CPU1_M_CH3_BA_0 (53,54)

CPU1_M_CH3_ODT_3 (54) CPU1_M_CH3_ODT_2 (54) CPU1_M_CH3_ODT_1 (53) CPU1_M_CH3_ODT_0 (53)

CPU1_M_CH3_WE_N (53,54) CPU1_M_CH3_RAS_N (53,54) CPU1_M_CH3_PERR_N (53,54) CPU1_M_CH3_CAS_N (53,54) CPU1_M_CH3_MA_PAR (53,54)

Hon Hai Precision Ind.Co., Ltd.

Title

Document Number:

Document Number: PCB P/N:

PCB P/N:

2

PCB P/N:

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

CPU1 DDR3 Memory_CH3

01015C800-000-G 20 185

01/25/2011, 10:58 AM

1

RevSheet

of

X00

5

4

3

2

1

http://adf.ly/3o8pJ

D D

CPU1E

Northbound Lanes

C C

Connected to Storage Connector PCIe (x8).

PE_CPU1_1B_NB_4_DP(147) PE_CPU1_1B_NB_5_DP(147) PE_CPU1_1B_NB_6_DP(147) PE_CPU1_1B_NB_7_DP(147)

PE_CPU1_1B_NB_4_DN(147) PE_CPU1_1B_NB_5_DN(147) PE_CPU1_1B_NB_6_DN(147) PE_CPU1_1B_NB_7_DN(147)

PE_CPU1_1A_NB_0_DP(147) PE_CPU1_1A_NB_1_DP(147) PE_CPU1_1A_NB_2_DP(147) PE_CPU1_1A_NB_3_DP(147)

PE_CPU1_1A_NB_0_DN(147) PE_CPU1_1A_NB_1_DN(147) PE_CPU1_1A_NB_2_DN(147) PE_CPU1_1A_NB_3_DN(147)

CPU1E

AR37

PE1A_RX_DP<3>

AT38

PE1A_RX_DP<2>

AU39

PE1A_RX_DP<1>

AV41

PE1A_RX_DP<0>

AT37

PE1A_RX_DN<3>

AU38

PE1A_RX_DN<2>

AV39

PE1A_RX_DN<1>

AW41

PE1A_RX_DN<0>

AV37

PE1B_RX_DP<7>

AW38

PE1B_RX_DP<6>

AY39

PE1B_RX_DP<5>

AW40

PE1B_RX_DP<4>

AW37

PE1B_RX_DN<7>

AY38

PE1B_RX_DN<6>

BA39

PE1B_RX_DN<5>

AY40

PE1B_RX_DN<4>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

5/13

PE1A_TX_DP<3> PE1A_TX_DP<2> PE1A_TX_DP<1> PE1A_TX_DP<0>

PE1A_TX_DN<3> PE1A_TX_DN<2> PE1A_TX_DN<1> PE1A_TX_DN<0>

PE1B_TX_DP<7> PE1B_TX_DP<6> PE1B_TX_DP<5> PE1B_TX_DP<4>

PE1B_TX_DN<7> PE1B_TX_DN<6> PE1B_TX_DN<5> PE1B_TX_DN<4>

AG40 AF39 AG36 AE39

AG39 AF38 AG37 AE40

AJ43 AH42 AG43 AF42

AJ42 AH41 AG42 AF41

Southbound Lanes

PE_CPU1_1B_SB_4_C_DP (146) PE_CPU1_1B_SB_5_C_DP (146) PE_CPU1_1B_SB_6_C_DP (146) PE_CPU1_1B_SB_7_C_DP (146)

PE_CPU1_1B_SB_4_C_DN (146) PE_CPU1_1B_SB_5_C_DN (146) PE_CPU1_1B_SB_6_C_DN (146) PE_CPU1_1B_SB_7_C_DN (146)

PE_CPU1_1A_SB_0_C_DP (146) PE_CPU1_1A_SB_1_C_DP (146) PE_CPU1_1A_SB_2_C_DP (146) PE_CPU1_1A_SB_3_C_DP (146)

PE_CPU1_1A_SB_0_C_DN (146) PE_CPU1_1A_SB_1_C_DN (146) PE_CPU1_1A_SB_2_C_DN (146) PE_CPU1_1A_SB_3_C_DN (146)

Connected to Storage Connector PCIe (x8).

B B

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU1 PCIe Port 1

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 21 185

5

4

3

2

01015C800-000-G 21 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

4

3

2

1

http://adf.ly/3o8pJ

D D

CPU1F

Northbound Lanes

PE_CPU1_3A_NB_3_DP(143) PE_CPU1_3A_NB_2_DP(143) PE_CPU1_3A_NB_1_DP(143) PE_CPU1_3A_NB_0_DP(143)

PE_CPU1_3A_NB_3_DN(143) PE_CPU1_3A_NB_2_DN(143) PE_CPU1_3A_NB_1_DN(143) PE_CPU1_3A_NB_0_DN(143)

PE_CPU1_3B_NB_7_DP(143) PE_CPU1_3B_NB_6_DP(143) PE_CPU1_3B_NB_5_DP(143) PE_CPU1_3B_NB_4_DP(143)

PE_CPU1_3B_NB_7_DN(143)

C C

Connected to Riser 2 Slot (Slot 2 ; 280 pin)

B B

PE_CPU1_3B_NB_6_DN(143) PE_CPU1_3B_NB_5_DN(143) PE_CPU1_3B_NB_4_DN(143)

PE_CPU1_3C_NB_11_DP(143) PE_CPU1_3C_NB_10_DP(143) PE_CPU1_3C_NB_9_DP(143) PE_CPU1_3C_NB_8_DP(143)

PE_CPU1_3C_NB_11_DN(143) PE_CPU1_3C_NB_10_DN(143) PE_CPU1_3C_NB_9_DN(143) PE_CPU1_3C_NB_8_DN(143)

PE_CPU1_3D_NB_15_DP(143) PE_CPU1_3D_NB_14_DP(143) PE_CPU1_3D_NB_13_DP(143) PE_CPU1_3D_NB_12_DP(143)

PE_CPU1_3D_NB_15_DN(143) PE_CPU1_3D_NB_14_DN(143) PE_CPU1_3D_NB_13_DN(143) PE_CPU1_3D_NB_12_DN(143)

CPU1F

AR33

PE3A_RX_DP<3>

AT34

PE3A_RX_DP<2>

AR35

PE3A_RX_DP<1>

AT36

PE3A_RX_DP<0>

AT33

PE3A_RX_DN<3>

AU34

PE3A_RX_DN<2>

AT35

PE3A_RX_DN<1>

AU36

PE3A_RX_DN<0>

AU29

PE3B_RX_DP<7>

AT30

PE3B_RX_DP<6>

AU31

PE3B_RX_DP<5>

AT32

PE3B_RX_DP<4>

AV29

PE3B_RX_DN<7>

AU30

PE3B_RX_DN<6>

AV31

PE3B_RX_DN<5>

AU32

PE3B_RX_DN<4>

AV33

PE3C_RX_DP<11>

AW34

PE3C_RX_DP<10>

AV35

PE3C_RX_DP<9>

AW36

PE3C_RX_DP<8>

AW33

PE3C_RX_DN<11>

AY34

PE3C_RX_DN<10>

AW35

PE3C_RX_DN<9>

AY36

PE3C_RX_DN<8>

AY29

PE3D_RX_DP<15>

AW30

PE3D_RX_DP<14>

AY31

PE3D_RX_DP<13>

AW32

PE3D_RX_DP<12>

BA29

PE3D_RX_DN<15>

AY30

PE3D_RX_DN<14>

BA31

PE3D_RX_DN<13>

AY32

PE3D_RX_DN<12>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

6/13

PE3A_TX_DP<3> PE3A_TX_DP<2> PE3A_TX_DP<1> PE3A_TX_DP<0>

PE3A_TX_DN<3> PE3A_TX_DN<2> PE3A_TX_DN<1> PE3A_TX_DN<0>

PE3B_TX_DP<7> PE3B_TX_DP<6> PE3B_TX_DP<5> PE3B_TX_DP<4>

PE3B_TX_DN<7> PE3B_TX_DN<6> PE3B_TX_DN<5> PE3B_TX_DN<4>

PE3C_TX_DP<11> PE3C_TX_DP<10>

PE3C_TX_DP<9> PE3C_TX_DP<8>

PE3C_TX_DN<11> PE3C_TX_DN<10>

PE3C_TX_DN<9> PE3C_TX_DN<8>

PE3D_TX_DP<15> PE3D_TX_DP<14> PE3D_TX_DP<13> PE3D_TX_DP<12>

PE3D_TX_DN<15> PE3D_TX_DN<14> PE3D_TX_DN<13> PE3D_TX_DN<12>

AL40 AK39 AJ40 AH39

AL39 AK38 AJ39 AH38

AR40 AP39 AN40 AM39

AR39 AP38 AN39 AM38

AN43 AM42 AL43 AK42

AN42 AM41 AL42 AK41

AU43 AT42 AR43 AP42

AU42 AT41 AR42 AP41

Southbound Lanes

PE_CPU1_3A_SB_3_C_DP (72) PE_CPU1_3A_SB_2_C_DP (72) PE_CPU1_3A_SB_1_C_DP (72) PE_CPU1_3A_SB_0_C_DP (72)

PE_CPU1_3A_SB_3_C_DN (72) PE_CPU1_3A_SB_2_C_DN (72) PE_CPU1_3A_SB_1_C_DN (72) PE_CPU1_3A_SB_0_C_DN (72)

PE_CPU1_3B_SB_7_C_DP (72) PE_CPU1_3B_SB_6_C_DP (72) PE_CPU1_3B_SB_5_C_DP (72) PE_CPU1_3B_SB_4_C_DP (72)

PE_CPU1_3B_SB_7_C_DN (72) PE_CPU1_3B_SB_6_C_DN (72) PE_CPU1_3B_SB_5_C_DN (72) PE_CPU1_3B_SB_4_C_DN (72)

PE_CPU1_3C_SB_11_C_DP (72) PE_CPU1_3C_SB_10_C_DP (72) PE_CPU1_3C_SB_9_C_DP (72) PE_CPU1_3C_SB_8_C_DP (72)

PE_CPU1_3C_SB_11_C_DN (72) PE_CPU1_3C_SB_10_C_DN (72) PE_CPU1_3C_SB_9_C_DN (72) PE_CPU1_3C_SB_8_C_DN (72)

PE_CPU1_3D_SB_15_C_DP (72) PE_CPU1_3D_SB_14_C_DP (72) PE_CPU1_3D_SB_13_C_DP (72) PE_CPU1_3D_SB_12_C_DP (72)

PE_CPU1_3D_SB_15_C_DN (72) PE_CPU1_3D_SB_14_C_DN (72) PE_CPU1_3D_SB_13_C_DN (72) PE_CPU1_3D_SB_12_C_DN (72)

Connected to Riser 2 Slot (Slot 2 ; 280 pin)

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU1 PCIe Port 3

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 22 185

5

4

3

2

01015C800-000-G 22 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

8

7

6

5

4

3

2

1

http://adf.ly/3o8pJ

D D

CPU1G

CPU1_XDP_BPM_7_N(70)

+VTT_CPU1

R1100

330ohm

+/-1%

Place in between CPU1 & CPU2

C C

B B

CPU_ONLY_RST(36)

+/-1%

R0402H0_4

Harbor City is 36 ohm.

R964 49.9ohm

R1742 49.9ohm

R1101

35.7ohm +/-1%

+/-1%R0402H0_4

CPU1_XDP_BPM_6_N(70) CPU1_XDP_BPM_5_N(70) CPU1_XDP_BPM_4_N(70) CPU1_XDP_BPM_3_N(70) CPU1_XDP_BPM_2_N(70) CPU1_XDP_BPM_1_N(70) CPU1_XDP_BPM_0_N(70)

R0402H0_4R1101

R0402H0_4

Place close to CPU1

Harbor City is TP.

PE_CPU1_DMI_NB_3_DP(88) PE_CPU1_DMI_NB_2_DP(88) PE_CPU1_DMI_NB_1_DP(88) PE_CPU1_DMI_NB_0_DP(88)

PE_CPU1_DMI_NB_3_DN(88) PE_CPU1_DMI_NB_2_DN(88) PE_CPU1_DMI_NB_1_DN(88) PE_CPU1_DMI_NB_0_DN(88)

CPU1_DDR23_RCOMP_2(42) CPU1_DDR23_RCOMP_1(42) CPU1_DDR23_RCOMP_0(42)

CPU1_DDR1_RCOMP_2(42) CPU1_DDR1_RCOMP_1(42) CPU1_DDR1_RCOMP_0(42)

Harbor City is TP. Harbor City is TP.

R950 49.9ohm

R1743 49.9ohm

+/-1%R0402H0_4

CPU1_ERROR2_N(42,158) CPU1_ERROR1_N(42,85) CPU1_ERROR0_N(42,85)

NC_CPU1_RSVD_18 NC_CPU1_RSVD_17

CPU1_ONLY_RST

NC_CPU1_RSVD_16 NC_CPU1_RSVD_15 NC_CPU1_RSVD_14 NC_CPU1_RSVD_13 NC_CPU1_RSVD_12 NC_CPU1_RSVD_11 NC_CPU1_RSVD_10 NC_CPU1_RSVD_9 NC_CPU1_RSVD_8

CPU1_TEST3 CPU1_TEST2 CPU1_TEST1 CPU1_TEST0

AM11

BPM_N<7>

AN10

BPM_N<6>

AP11

BPM_N<5>

AP10

BPM_N<4>

AN11

BPM_N<3>

AN9

BPM_N<2>

AL11

BPM_N<1>

AL10

BPM_N<0>

AP36

RSVD<18>

AN36

RSVD<17>

AM3

CPU_ONLY_RESET

AN33

RSVD<16>

AN34

RSVD<15>

AR7

RSVD<14>

N4

RSVD<13>

AR9

RSVD<12>

AR8

RSVD<11>

AV42

RSVD<10>

AU6

RSVD<9>

AT39

RSVD<8>

AF34

DMI_RX_DP<3>

AG33

DMI_RX_DP<2>

AH34

DMI_RX_DP<1>

AJ33

DMI_RX_DP<0>

AF35

DMI_RX_DN<3>

AG34

DMI_RX_DN<2>

AH35

DMI_RX_DN<1>

AJ34

DMI_RX_DN<0>

G40

TEST3

N33

TEST2

C4

TEST1

H4

TEST0

L38

DDR23_RCOMP<2>

E36

DDR23_RCOMP<1>

H35

DDR23_RCOMP<0>

M4

DDR1_RCOMP<2>

N7

DDR1_RCOMP<1>

J4

DDR1_RCOMP<0>

AL33

ERROR_N<2>

AM34

ERROR_N<1>

AL34

ERROR_N<0>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

7/13

RSVD<28> RSVD<27> RSVD<26> RSVD<25> RSVD<24> RSVD<23> RSVD<36> RSVD<35> RSVD<34> RSVD<33> RSVD<32> RSVD<31> RSVD<30> RSVD<29> RSVD<22> RSVD<21>

RSVD<20> RSVD<19>

DMI_TX_DP<3> DMI_TX_DP<2> DMI_TX_DP<1> DMI_TX_DP<0>

DMI_TX_DN<3> DMI_TX_DN<2> DMI_TX_DN<1> DMI_TX_DN<0>

RSVD<0> RSVD<1> RSVD<2> RSVD<3> RSVD<4> RSVD<5>

AG9 AJ10 AL9 AK11 AM9 AK10 AH8 AM8 AJ8 AH9 AK9 AF11 AH10 AG11 AG10 AH11

AK8 AG8

AJ37 AK36 AL37 AM36

AJ36 AK35 AL36 AM35

AL30 M20 M19 L16 M12 M21

NC_CPU1_RSVD_28 NC_CPU1_RSVD_27 NC_CPU1_RSVD_26 NC_CPU1_RSVD_25 NC_CPU1_RSVD_24 NC_CPU1_RSVD_23 NC_CPU1_RSVD_36 NC_CPU1_RSVD_35 NC_CPU1_RSVD_34 NC_CPU1_RSVD_33 NC_CPU1_RSVD_32 NC_CPU1_RSVD_31 NC_CPU1_RSVD_30 NC_CPU1_RSVD_29 NC_CPU1_RSVD_22 NC_CPU1_RSVD_21

NC_CPU1_RSVD_20 NC_CPU1_RSVD_19

NTP_CPU1_RSVD_0 NTP_CPU1_RSVD_1 NTP_CPU1_RSVD_2 NTP_CPU1_RSVD_3 NTP_CPU1_RSVD_4 NTP_CPU1_RSVD_5

Harbor City is TP.

PE_CPU1_DMI_SB_3_C_DP (88) PE_CPU1_DMI_SB_2_C_DP (88) PE_CPU1_DMI_SB_1_C_DP (88) PE_CPU1_DMI_SB_0_C_DP (88)

PE_CPU1_DMI_SB_3_C_DN (88) PE_CPU1_DMI_SB_2_C_DN (88) PE_CPU1_DMI_SB_1_C_DN (88) PE_CPU1_DMI_SB_0_C_DN (88)

Harbor City is TP.

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU1 DMI

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 23 185

8

7

6

5

4

3

01015C800-000-G 23 185

2

01/25/2011, 10:58 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

5

Κ

4

3

2

1

Lane Reversed & DP\DN swapped on most lanes.(Reference Harbor City CRB Rev 1.0)

http://adf.ly/3o8pJ

For routing need to redefine.

CPU1H

QPI_CPU2_CPU1_00_DN(37)

D D

C C

QPI_CPU2_CPU1_01_DN(37) QPI_CPU2_CPU1_02_DN(37) QPI_CPU2_CPU1_03_DN(37) QPI_CPU2_CPU1_04_DN(37) QPI_CPU2_CPU1_05_DN(37) QPI_CPU2_CPU1_06_DN(37) QPI_CPU2_CPU1_07_DN(37) QPI_CPU2_CPU1_08_DN(37) QPI_CPU2_CPU1_09_DN(37) QPI_CPU2_CPU1_10_DN(37) QPI_CPU2_CPU1_11_DN(37) QPI_CPU2_CPU1_12_DN(37) QPI_CPU2_CPU1_13_DN(37) QPI_CPU2_CPU1_14_DN(37) QPI_CPU2_CPU1_15_DN(37) QPI_CPU2_CPU1_16_DN(37) QPI_CPU2_CPU1_17_DN(37) QPI_CPU2_CPU1_18_DN(37) QPI_CPU2_CPU1_19_DN(37)

QPI_CPU2_CPU1_00_DP(37) QPI_CPU2_CPU1_01_DP(37) QPI_CPU2_CPU1_02_DP(37) QPI_CPU2_CPU1_03_DP(37) QPI_CPU2_CPU1_04_DP(37) QPI_CPU2_CPU1_05_DP(37) QPI_CPU2_CPU1_06_DP(37) QPI_CPU2_CPU1_07_DP(37) QPI_CPU2_CPU1_08_DP(37) QPI_CPU2_CPU1_09_DP(37) QPI_CPU2_CPU1_10_DP(37) QPI_CPU2_CPU1_11_DP(37) QPI_CPU2_CPU1_12_DP(37) QPI_CPU2_CPU1_13_DP(37) QPI_CPU2_CPU1_14_DP(37) QPI_CPU2_CPU1_15_DP(37) QPI_CPU2_CPU1_16_DP(37) QPI_CPU2_CPU1_17_DP(37) QPI_CPU2_CPU1_18_DP(37) QPI_CPU2_CPU1_19_DP(37)

QPI_CPU2_CPU1_CK_DP(37) QPI_CPU2_CPU1_CK_DN(37)

QPI_CPU2_CPU1_00_DN QPI_CPU2_CPU1_01_DN QPI_CPU2_CPU1_02_DN QPI_CPU2_CPU1_03_DN QPI_CPU2_CPU1_04_DN QPI_CPU2_CPU1_05_DN QPI_CPU2_CPU1_06_DN QPI_CPU2_CPU1_07_DN QPI_CPU2_CPU1_08_DN QPI_CPU2_CPU1_09_DN QPI_CPU2_CPU1_10_DN QPI_CPU2_CPU1_11_DN QPI_CPU2_CPU1_12_DN QPI_CPU2_CPU1_13_DN QPI_CPU2_CPU1_14_DN QPI_CPU2_CPU1_15_DN QPI_CPU2_CPU1_16_DN QPI_CPU2_CPU1_17_DN QPI_CPU2_CPU1_18_DN QPI_CPU2_CPU1_19_DN

QPI_CPU2_CPU1_00_DP QPI_CPU2_CPU1_01_DP QPI_CPU2_CPU1_02_DP QPI_CPU2_CPU1_03_DP QPI_CPU2_CPU1_04_DP QPI_CPU2_CPU1_05_DP QPI_CPU2_CPU1_06_DP QPI_CPU2_CPU1_07_DP QPI_CPU2_CPU1_08_DP QPI_CPU2_CPU1_09_DP QPI_CPU2_CPU1_10_DP QPI_CPU2_CPU1_11_DP QPI_CPU2_CPU1_12_DP QPI_CPU2_CPU1_13_DP QPI_CPU2_CPU1_14_DP QPI_CPU2_CPU1_15_DP QPI_CPU2_CPU1_16_DP QPI_CPU2_CPU1_17_DP QPI_CPU2_CPU1_18_DP QPI_CPU2_CPU1_19_DP

QPI_CPU2_CPU1_CK_DP QPI_CPU2_CPU1_CK_DN

AG3

QPI1_DRX_DP<19>

AG5

QPI1_DRX_DP<18>

AH2

QPI1_DRX_DP<17>

AH4

QPI1_DRX_DP<16>

AJ3

QPI1_DRX_DP<15>

AJ5

QPI1_DRX_DP<14>

AK2

QPI1_DRX_DP<13>

AK4

QPI1_DRX_DP<12>

AL3

QPI1_DRX_DP<11>

AM4

QPI1_DRX_DP<10>

AM2

QPI1_DRX_DP<9>

AN5

QPI1_DRX_DP<8>

AN3

QPI1_DRX_DP<7>

AP7

QPI1_DRX_DP<6>

AP2

QPI1_DRX_DP<5>

AP5

QPI1_DRX_DP<4>

AR3

QPI1_DRX_DP<3>

AR6

QPI1_DRX_DP<2>

AT2

QPI1_DRX_DP<1>

AT5

QPI1_DRX_DP<0>

AG2

QPI1_DRX_DN<19>

AG6

QPI1_DRX_DN<18>

AH1

QPI1_DRX_DN<17>

AH5

QPI1_DRX_DN<16>

AJ2

QPI1_DRX_DN<15>

AJ6

QPI1_DRX_DN<14>

AK1

QPI1_DRX_DN<13>

AK5

QPI1_DRX_DN<12>

AL2

QPI1_DRX_DN<11>

AM5

QPI1_DRX_DN<10>

AM1

QPI1_DRX_DN<9>

AN6

QPI1_DRX_DN<8>

AN2

QPI1_DRX_DN<7>

AP8

QPI1_DRX_DN<6>

AP1

QPI1_DRX_DN<5>

AP4

QPI1_DRX_DN<4>

AR2

QPI1_DRX_DN<3>

AR5

QPI1_DRX_DN<2>

AT1

QPI1_DRX_DN<1>

AT4

QPI1_DRX_DN<0>

AL6

QPI1_CLKRX_DP

AL5

QPI1_CLKRX_DN

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

8/13

QPI1_DTX_DP<19> QPI1_DTX_DP<18> QPI1_DTX_DP<17> QPI1_DTX_DP<16> QPI1_DTX_DP<15> QPI1_DTX_DP<14> QPI1_DTX_DP<13> QPI1_DTX_DP<12> QPI1_DTX_DP<11> QPI1_DTX_DP<10>

QPI1_DTX_DP<9> QPI1_DTX_DP<8> QPI1_DTX_DP<7> QPI1_DTX_DP<6> QPI1_DTX_DP<5> QPI1_DTX_DP<4> QPI1_DTX_DP<3> QPI1_DTX_DP<2> QPI1_DTX_DP<1> QPI1_DTX_DP<0>

QPI1_DTX_DN<19> QPI1_DTX_DN<18> QPI1_DTX_DN<17> QPI1_DTX_DN<16> QPI1_DTX_DN<15> QPI1_DTX_DN<14> QPI1_DTX_DN<13> QPI1_DTX_DN<12> QPI1_DTX_DN<11> QPI1_DTX_DN<10>

QPI1_DTX_DN<9> QPI1_DTX_DN<8> QPI1_DTX_DN<7> QPI1_DTX_DN<6> QPI1_DTX_DN<5> QPI1_DTX_DN<4> QPI1_DTX_DN<3> QPI1_DTX_DN<2> QPI1_DTX_DN<1> QPI1_DTX_DN<0>

QPI1_CLKTX_DP

QPI1_CLKTX_DN

QPI_CPU1_CPU2_19_DP

AV2

QPI_CPU1_CPU2_18_DP

AV5

QPI_CPU1_CPU2_17_DP

AW3

QPI_CPU1_CPU2_16_DP

AW6

QPI_CPU1_CPU2_15_DP

AY4

QPI_CPU1_CPU2_14_DP

AV7

QPI_CPU1_CPU2_13_DP

BA5

QPI_CPU1_CPU2_12_DP

AU8

QPI_CPU1_CPU2_11_DP

BA7

QPI_CPU1_CPU2_10_DP

AV9

QPI_CPU1_CPU2_09_DP

AY8

QPI_CPU1_CPU2_08_DP

AU10

QPI_CPU1_CPU2_07_DP

AY10

QPI_CPU1_CPU2_06_DP

AV11

QPI_CPU1_CPU2_05_DP

BA11

QPI_CPU1_CPU2_04_DP

AU12

QPI_CPU1_CPU2_03_DP

AY12

QPI_CPU1_CPU2_02_DP

AV13

QPI_CPU1_CPU2_01_DP

BA13

QPI_CPU1_CPU2_00_DP

AY14

QPI_CPU1_CPU2_19_DN

AV1

QPI_CPU1_CPU2_18_DN

AV4

QPI_CPU1_CPU2_17_DN

AW2

QPI_CPU1_CPU2_16_DN

AW5

QPI_CPU1_CPU2_15_DN

AY3

QPI_CPU1_CPU2_14_DN

AU7

QPI_CPU1_CPU2_13_DN

BA4

QPI_CPU1_CPU2_12_DN

AT8

QPI_CPU1_CPU2_11_DN

AY7

QPI_CPU1_CPU2_10_DN

AU9

QPI_CPU1_CPU2_09_DN

AW8

QPI_CPU1_CPU2_08_DN

AT10

QPI_CPU1_CPU2_07_DN

AW10

QPI_CPU1_CPU2_06_DN

AU11

QPI_CPU1_CPU2_05_DN

AY11

QPI_CPU1_CPU2_04_DN

AT12

QPI_CPU1_CPU2_03_DN

AW12

QPI_CPU1_CPU2_02_DN

AU13

QPI_CPU1_CPU2_01_DN

AY13

QPI_CPU1_CPU2_00_DN

AW14

QPI_CPU1_CPU2_CK_DP

BA9

QPI_CPU1_CPU2_CK_DN

AY9

QPI_CPU1_CPU2_19_DP (37) QPI_CPU1_CPU2_18_DP (37) QPI_CPU1_CPU2_17_DP (37) QPI_CPU1_CPU2_16_DP (37) QPI_CPU1_CPU2_15_DP (37) QPI_CPU1_CPU2_14_DP (37) QPI_CPU1_CPU2_13_DP (37) QPI_CPU1_CPU2_12_DP (37) QPI_CPU1_CPU2_11_DP (37) QPI_CPU1_CPU2_10_DP (37) QPI_CPU1_CPU2_09_DP (37) QPI_CPU1_CPU2_08_DP (37) QPI_CPU1_CPU2_07_DP (37) QPI_CPU1_CPU2_06_DP (37) QPI_CPU1_CPU2_05_DP (37) QPI_CPU1_CPU2_04_DP (37) QPI_CPU1_CPU2_03_DP (37) QPI_CPU1_CPU2_02_DP (37) QPI_CPU1_CPU2_01_DP (37) QPI_CPU1_CPU2_00_DP (37)

QPI_CPU1_CPU2_19_DN (37) QPI_CPU1_CPU2_18_DN (37) QPI_CPU1_CPU2_17_DN (37) QPI_CPU1_CPU2_16_DN (37) QPI_CPU1_CPU2_15_DN (37) QPI_CPU1_CPU2_14_DN (37) QPI_CPU1_CPU2_13_DN (37) QPI_CPU1_CPU2_12_DN (37) QPI_CPU1_CPU2_11_DN (37) QPI_CPU1_CPU2_10_DN (37) QPI_CPU1_CPU2_09_DN (37) QPI_CPU1_CPU2_08_DN (37) QPI_CPU1_CPU2_07_DN (37) QPI_CPU1_CPU2_06_DN (37) QPI_CPU1_CPU2_05_DN (37) QPI_CPU1_CPU2_04_DN (37) QPI_CPU1_CPU2_03_DN (37) QPI_CPU1_CPU2_02_DN (37) QPI_CPU1_CPU2_01_DN (37) QPI_CPU1_CPU2_00_DN (37)

QPI_CPU1_CPU2_CK_DP (37) QPI_CPU1_CPU2_CK_DN (37)

QPI LINK CONNECTIVITY (REFER TO HARBOR CITY CRB Rev1.0)

B B

QPI_CPU1_CPU2_DP(19..0)

QPI_CPU1_CPU2_DN(19..0)

QPI_CPU2_CPU1_DP(19..0)

QPI_CPU2_CPU1_DN(19..0)

BUS NAMING CONVENTIONΚTECHNOLOGY_FROM_TO POLARITY

EXAMPLE

A A

5

Name

QPI_CPU1_CPU2_DP = QPI TECH, FROM CPU1, TO CPU2, DP POLARITY

CPU1 PIN NAME

QPI1_DTX_DP(19..0)

QPI1_DTX_DN(19..0)

QPI1_DRX_DN(0..19)

QPI1_DRX_DP(0..19)

4

CPU2 PIN NAME

QPI1_DRX_DN(0..19)

QPI1_DRX_DP(0..19)

QPI1_DTX_DP(19..0)

QPI1_DTX_DN(19..0)

3

LANE REVERSAL POLARITY INVERSION

YES-ALL LANES

2

Hon Hai Precision Ind.Co., Ltd.

Title

CPU1 QPI

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 24 185

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

01/25/2011, 10:58 AM

RevSheet

of

X00

1

X00

5

4

3

2

1

http://adf.ly/3o8pJ

D D

C C

B B

+VCORE_CPU1 +VCORE_CPU1

CPU1I

R33

VCC<134>

U11

VCC<133>

T11

VCC<132>

AA11

VCC<131>

AA33

VCC<130>

AB11

VCC<129>

AB33

VCC<128>

AC11

VCC<127>

AE11

VCC<126>

AK15

VCC<125>

AK16

VCC<124>

AK18

VCC<123>

AK19

VCC<122>

AK21

VCC<121>

AK22

VCC<120>

AK24

VCC<119>

AK25

VCC<118>

AK27

VCC<117>

AK28

VCC<116>

AL15

VCC<115>

AL16

VCC<114>

AL18

VCC<113>

AL19

VCC<112>

AL21

VCC<111>

AL22

VCC<110>

AL24

VCC<109>

AL25

VCC<108>

AL27

VCC<107>

AL28

VCC<106>

AM15

VCC<105>

AM16

VCC<104>

AM18

VCC<103>

AM19

VCC<102>

AM21

VCC<101>

AM22

VCC<100>

AM24

VCC<99>

AM25

VCC<98>

AM27

VCC<97>

AM28

VCC<96>

AN15

VCC<95>

AN16

VCC<94>

AN18

VCC<93>

AN19

VCC<92>

AN21

VCC<91>

AN22

VCC<90>

AN24

VCC<89>

AN25

VCC<88>

AN27

VCC<87>

AN28

VCC<86>

AP15

VCC<85>

AP16

VCC<84>

AP18

VCC<83>

AP19

VCC<82>

AP21

VCC<81>

AP22

VCC<80>

AP24

VCC<79>

AP25

VCC<78>

AP27

VCC<77>

AP28

VCC<76>

AR15

VCC<75>

AR16

VCC<74>

AR18

VCC<73>

AR19

VCC<72>

AR21

VCC<71>

AR22

VCC<70>

AR24

VCC<69>

AR25

VCC<68>

AR27

VCC<67>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

9/13

VCC<66> VCC<65> VCC<64> VCC<63> VCC<62> VCC<61> VCC<60> VCC<59> VCC<58> VCC<57> VCC<56> VCC<55> VCC<54> VCC<53> VCC<52> VCC<51> VCC<50> VCC<49> VCC<48> VCC<47> VCC<46> VCC<45> VCC<44> VCC<43> VCC<42> VCC<41> VCC<40> VCC<39> VCC<38> VCC<37> VCC<36> VCC<35> VCC<34> VCC<33> VCC<32> VCC<31> VCC<30> VCC<29> VCC<28> VCC<27> VCC<26> VCC<25> VCC<24> VCC<23> VCC<22> VCC<21> VCC<20> VCC<19> VCC<18> VCC<17> VCC<16> VCC<15> VCC<14> VCC<13> VCC<12> VCC<11> VCC<10>

VCC<9> VCC<8> VCC<7> VCC<6> VCC<5> VCC<4> VCC<3> VCC<2> VCC<1> VCC<0>

AR28 AT15 AT16 AT18 AT19 AT21 AT22 AT24 AT25 AT27 AT28 AU15 AU16 AU18 AU19 AU21 AU22 AU24 AU25 AU27 AU28 AV15 AV16 AV18 AV19 AV21 AV22 AV24 AV25 AV27 AV28 AW15 AW16 AW18 AW19 AW21 AW22 AW24 AW25 AW27 AW28 AY15 AY16 AY18 AY19 AY24 AY25 AY27 AY28 BA15 BA16 BA18 BA19 BA24 BA25 BA27 BA28 Y11 Y33 AD11 R11 T33 U33 V11 V33 W11 W33

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU1 POWER (VCC)

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 26 185

5

4

3

2

01015C800-000-G 26 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

4

3

2

1

http://adf.ly/3o8pJ

D D

V_MEM_VDD_CPU1

C C

B B

+VTT_CPU1

CPU1J

AT7

VTTA<3>

AW7

VTTA<2>

AW9

VTTA<1>

AY2

VTTA<0>

AF9

VTTD<16>

K18

VCCD<15>

K16

VCCD<14>

K11

VCCD<13>

H20

VCCD<12>

H15

VCCD<11>

G22

VCCD<10>

H25

VCCD<9>

J13

VCCD<8>

G17

VCCD<7>

G12

VCCD<6>

F24

VCCD<5>

F19

VCCD<4>

K26

VCCD<3>

F14

VCCD<2>

E26

VCCD<1>

E21

VCCD<0>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

10/13

VCC_SENSE

RSVD<55>

VSS_VCC_SENSE

VSS_VTTD_SENSE

VSS_VSA_SENSE

VCCPLL<1> VCCPLL<0>

VTTD_SENSE

VSA_SENSE

VSA<22> VSA<21> VSA<20> VSA<19> VSA<18> VSA<17> VSA<16> VSA<15> VSA<14> VSA<13> VSA<12> VSA<11> VSA<10>

VSA<9> VSA<8> VSA<7> VSA<6> VSA<5> VSA<4> VSA<3> VSA<2> VSA<1> VSA<0>

VTTA<8> VTTA<7> VTTA<6> VTTA<5> VTTA<4>

VTTD<15> VTTD<14> VTTD<13> VTTD<12> VTTD<11> VTTD<10>

VTTD<9> VTTD<8> VTTD<7> VTTD<6> VTTD<5> VTTD<4> VTTD<3> VTTD<2> VTTD<1> VTTD<0>

P11 B2 N11 AK33 AE34

AR36 AV36

AK34 AE33

AE35 AE36 AE37 AE38 AE41 AE42 AE43 AF36 AG41 AJ41 AM37 AL38 AL41 AD39 AN41 AF33 AR41 AT40 AF37 AV40 AH37 AV43 AY42

AV34 AN35 AP34 AP33 AP35

M30 M29 M26 M31 AJ7 AK3 AK30 AN7 M14 M15 M17 AP3 AV30 AV32 BA30 M25

+1.8V_CPU1

CPU1_SKT_VCORE_VSENP NC_CPU1_RSVD_55 CPU1_SKT_VCORE_VSENN CPU1_SKT_VTT_VSENN CPU1_SKT_VSA_VSENN

CPU1_SKT_VTT_VSENP CPU1_SKT_VSA_VSENP

V_VSA_CPU1

+VTT_CPU1

CPU1_SKT_VCORE_VSENP (113)

CPU1_SKT_VCORE_VSENN (113) CPU1_SKT_VTT_VSENN (133) CPU1_SKT_VSA_VSENN (113)

CPU1_SKT_VTT_VSENP (133) CPU1_SKT_VSA_VSENP (113)

CPU1K

P4

VSS<352>

T42

VSS<351>

T7

VSS<350>

U2

VSS<349>

U37

VSS<348>

U4

VSS<347>

V42

VSS<346>

W2

VSS<345>

Y37

VSS<344>

W34

VSS<343>

P3

VSS<342>

R10

VSS<341>

Y4

VSS<340>

V39

VSS<339>

T10

VSS<338>

R34

VSS<337>

W9

VSS<336>

Y40

VSS<335>

W6

VSS<334>

W5

VSS<333>

W37

VSS<332>

P37

VSS<331>

P7

VSS<330>

Y7

VSS<329>

P40

VSS<328>

Y34

VSS<327>

V10

VSS<326>

V35

VSS<325>

V36

VSS<324>

V38

VSS<323>

P2

VSS<322>

A4

VSS<321>

A40

VSS<320>

A41

VSS<319>

N42

VSS<318>

N2

VSS<317>

AA4

VSS<316>

AA7

VSS<315>

N1

VSS<314>

AB10

VSS<313>

AB36

VSS<312>

AB4

VSS<311>

AB40

VSS<310>

M9

VSS<309>

AC33

VSS<308>

AC36

VSS<307>

M8

VSS<306>

M6

VSS<305>

AC7

VSS<304>

AD1

VSS<303>

M5

VSS<302>

AD36

VSS<301>

AD38

VSS<300>

M43

VSS<299>

AD4

VSS<298>

AD41

VSS<297>

AD7

VSS<296>

AE3

VSS<295>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

11/13

VSS<294> VSS<293> VSS<292> VSS<291> VSS<290> VSS<289> VSS<288> VSS<287> VSS<286> VSS<285> VSS<284> VSS<283> VSS<282> VSS<281> VSS<280> VSS<279> VSS<278> VSS<277> VSS<276> VSS<275> VSS<274> VSS<273> VSS<272> VSS<271> VSS<270> VSS<269> VSS<268> VSS<267> VSS<266> VSS<265> VSS<264> VSS<263> VSS<262> VSS<261> VSS<260> VSS<259> VSS<258> VSS<257> VSS<256> VSS<255> VSS<254> VSS<253> VSS<252> VSS<251> VSS<250> VSS<249> VSS<248> VSS<247> VSS<246> VSS<245> VSS<244> VSS<243> VSS<242> VSS<241> VSS<240> VSS<239> VSS<238> VSS<237> VSS<236>

M42 AF10 AF2 M35 M33 AF40 AF43 AF5 AF6 AF8 AG1 M28 M27 M23 M11 AH40 AH43 L39 L37 AJ1 AJ35 AJ4 L24 AK14 AK17 AK20 AK23 AK26 AK29 AK31 AK40 AK43 L19 AL1 AL14 AL17 AL20 AL23 AL26 AL29 AL4 L14 K21 AM17 AM20 AM23 AM26 AM29 K2 J9 AM40 AM43 J8 AN1 J6 AN17 AN20 AN23 AN26

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU1 POWER/GROUND (VTT/VSA/VSS)

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 27 185

5

4

3

2

01015C800-000-G 27 185

01/25/2011, 10:58 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

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1

http://adf.ly/3o8pJ

D D

C C

B B

CPU1L

AN29

VSS<235>

J5

VSS<234>

J42

VSS<233>

AN4

VSS<232>

J36

VSS<231>

J35

VSS<230>

J27

VSS<229>

AP17

VSS<228>

AP20

VSS<227>

AP23

VSS<226>

AP26

VSS<225>

AP29

VSS<224>

J23

VSS<223>

AP40

VSS<222>

AP43

VSS<221>

AP6

VSS<220>

AR1

VSS<219>

AR14

VSS<218>

AR17

VSS<217>

AR20

VSS<216>

AR23

VSS<215>

AR26

VSS<214>

AR34

VSS<213>

AR38

VSS<212>

AR4

VSS<211>

AT17

VSS<210>

AT20

VSS<209>

AT23

VSS<208>

AT26

VSS<207>

J10

VSS<206>

AT43

VSS<205>

AT9

VSS<204>

AU1

VSS<203>

AU17

VSS<202>

AU20

VSS<201>

AU23

VSS<200>

AU26

VSS<199>

H40

VSS<198>

AU37

VSS<197>

AU41

VSS<196>

AU5

VSS<195>

AV10

VSS<194>

AV12

VSS<193>

AV14

VSS<192>

AV17

VSS<191>

AV20

VSS<190>

AV23

VSS<189>

AV26

VSS<188>

AV3

VSS<187>

H3

VSS<186>

AV6

VSS<185>

AV8

VSS<184>

AW1

VSS<183>

AW17

VSS<182>

AW20

VSS<181>

AW23

VSS<180>

AW26

VSS<179>

AW39

VSS<178>

AW42

VSS<177>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

12/13

VSS<176> VSS<175> VSS<174> VSS<173> VSS<172> VSS<171> VSS<170> VSS<169> VSS<168> VSS<167> VSS<166> VSS<165> VSS<164> VSS<163> VSS<162> VSS<161> VSS<160> VSS<159> VSS<158> VSS<157> VSS<156> VSS<155> VSS<154> VSS<153> VSS<152> VSS<151> VSS<150> VSS<149> VSS<148> VSS<147> VSS<146> VSS<145> VSS<144> VSS<143> VSS<142> VSS<141> VSS<140> VSS<139> VSS<138> VSS<137> VSS<136> VSS<135> VSS<134> VSS<133> VSS<132> VSS<131> VSS<130> VSS<129> VSS<128> VSS<127> VSS<126> VSS<125> VSS<124> VSS<123> VSS<122> VSS<121> VSS<120> VSS<119> VSS<118>

AY17 AY20 AY26 H2 AY33 AY35 AY37 AY5 H1 B3 B42 BA10 BA12 BA14 BA17 BA20 BA26 G43 BA3 G42 BA40 BA8 G4 G35 C30 C32 G34 G33 F9 F7 F6 F5 C40 C43 F39 C7 C8 C9 D1 D36 F38 F36 E16 F28 E23 F27 E4 E40 F10 E11 D40 D4 D38 D35 D34 F29 F30 F31 F32

CPU1M

F33

VSS<117>

D33

VSS<116>

F35

VSS<115>

F37

VSS<114>

F4

VSS<113>

F40

VSS<112>

F8

VSS<111>

D20

VSS<110>

D18

VSS<109>

D13

VSS<108>

C6

VSS<107>

C5

VSS<106>

C36

VSS<105>

G41

VSS<104>

C31

VSS<103>

C25

VSS<102>

C2

VSS<101>

C15

VSS<100>

C10

VSS<99>

BA32

VSS<98>

B40

VSS<97>

B36

VSS<96>

B27

VSS<95>

B17

VSS<94>

B12

VSS<93>

AW4

VSS<92>

AW31

VSS<91>

J28

VSS<90>

J29

VSS<89>

J30

VSS<88>

J31

VSS<87>

J32

VSS<86>

AW29

VSS<85>

AU35

VSS<84>

J37

VSS<83>

AU33

VSS<82>

J40

VSS<81>

J7

VSS<80>

K37

VSS<79>

K4

VSS<78>

K40

VSS<77>

AT31

VSS<76>

AT29

VSS<75>

AT13

VSS<74>

AT11

VSS<73>

AR32

VSS<72>

L4

VSS<71>

L40

VSS<70>

AR29

VSS<69>

M10

VSS<68>

M13

VSS<67>

M16

VSS<66>

AP9

VSS<65>

AP14

VSS<64>

AN38

VSS<63>

M32

VSS<62>

M34

VSS<61>

M37

VSS<60>

AN31

VSS<59>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

13/13

VSS<58> VSS<57> VSS<56> VSS<55> VSS<54> VSS<53> VSS<52> VSS<51> VSS<50> VSS<49> VSS<48> VSS<47> VSS<46> VSS<45> VSS<44> VSS<43> VSS<42> VSS<41> VSS<40> VSS<39> VSS<38> VSS<37> VSS<36> VSS<35> VSS<34> VSS<33> VSS<32> VSS<31> VSS<30> VSS<29> VSS<28> VSS<27> VSS<26> VSS<25> VSS<24> VSS<23> VSS<22> VSS<21> VSS<20> VSS<19> VSS<18> VSS<17> VSS<16> VSS<15> VSS<14> VSS<13> VSS<12> VSS<11> VSS<10>

VSS<9> VSS<8> VSS<7> VSS<6> VSS<5> VSS<4> VSS<3> VSS<2> VSS<1> VSS<0>

M40 AN13 M7 AN12 AM6 AM33 N37 AM10 N40 AL8 AL35 AK37 AJ9 P10 P33 AJ38 AJ11 AH6 AH36 AH33 R37 R4 R40 AG4 R7 AG38 AG35 T34 T37 T4 T40 U10 U34 AE10 U40 AD33 U7 AD10 AC40 AC4 V4 AC10 V43 V7 W1 AB7 AC43 W3 AB37 AA40 W40 AA37 AA34 AA10 A5 A29 A24 A19 A14

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU1 GROUND (VSS)

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 28 185

5

4

3

2

01015C800-000-G 28 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

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8

7

6

5

4

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http://adf.ly/3o8pJ

Signals with PD on Die FRMAGENT LTENABLE SOCKET_ID[1:0]

CPU2_PE_VREF_CAP

D D

R1045

C437

10nF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

ECAD: keep R1045 close to CPU2 ECAD: ROUTE PE_RBIAS as 2 traces >15mils each to resistor.

Harbor City's CPU1 and CPU2 are separation.

Harbor City's C1 and C23 are combined.

C C

B B

Backup DQ VREF to CPU in case of bad CPU silicon Fast Follower designs may not need these parts

R1045

49.9ohm

+/-1%

R0402H0_4

Harbor City's C1 and C23 are combined.

V_MEM_VDD_CPU2

R985 100ohm

+/-1% R0402H0_4

DEPOP

CK_100M_CPU2_PE_DP(98) CK_100M_CPU2_PE_DN(98)

CPU2_PEHP_SCL(43)

CPU2_PEHP_SDA(43)

TP77TP77 TP76TP76

TP85TP85 TP82TP82 TP81TP81

CPU2_DMIGEN2EN(43) CPU2_FRMAGENT(43) CPU2_BMCINIT(43) CPU2_LT_EN(43) CPU2_BIST_EN(43)

CPU2_IVT_ID_N(43,155)

COMBINED_MEMHOT_N(16,42,155)

CPU2_MEM_VDD_PG(43,155)

CPU2_M_C23_DQ_VREF_R(69) CPU2_M_C1_DQ_VREF_R(69)

Harbor City are Different.

I2C_CPU2_C23_VTT_SDA(69) I2C_CPU2_C1_VTT_SDA(69)

I2C_CPU2_C23_VTT_SCL(69) I2C_CPU2_C1_VTT_SCL(69) CPU2_M_CH23_RST_N(63,64,66,67) CPU2_M_CH1_RST_N(60,61)

CPU2_PRES_N(43,70,153)

Harbor City is TP.

CPU2_CAT_ERR_N(42,43)

CPU2_SAFE_MODE_BOOT(43)

CPU2_JTAG_TDI(70) CPU_JTAG_TCK(16,70) CPU_JTAG_TMS(16,70) CPU_JTAG_TRST_N(16,70)

CPU2_M_VREFDQRX_C23

NET_PHYSICAL_TYPE=PWR_PNG

C419

R984

100ohm

+/-1%

R0402H0_4

C419

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

DEPOP

CPU2_PE_RBIAS

Harbor City is TP. Harbor City is TP.

TP_CPU2_RSVD_38 TP_CPU2_RSVD_41 TP_CPU2_RSVD_37 TP_CPU2_RSVD_40 TP_CPU2_RSVD_39 TP_CPU2_RSVD_43 TP_CPU2_RSVD_42

CPU2_MEM_VDD_PG

CPU2_M_VREFDQRX_C23 CPU2_M_VREFDQRX_C1

NC_CPU2_RSVD_6

CPU2A

AM32

PE_VREF_CAP

AL32

PE_RBIAS_SENSE

AL31

PE_RBIAS

AN30

BCLK1_DP

AM30

BCLK1_DN

AR30

PEHPSCL

AP30

PEHPSDA

AV38

RSVD<38>

BA38

RSVD<41>

AY41

RSVD<37>

AP31

RSVD<40>

AR31

RSVD<39>

AN32

RSVD<43>

AP32

RSVD<42>

AN8

TXT_PLTEN

AF3

FRMAGENT

AF1

BMCINIT

AE4

TXT_AGENT

AF4

BIST_ENABLE

V34

IVT_ID_N

N41

MEM_HOT_C23_N

W10

MEM_HOT_C1_N

AD40

DRAM_PWR_OK_C23

Y10

DRAM_PWR_OK_C1

V37

DDR_VREFDQTX_C23

W4

DDR_VREFDQTX_C1

M36

DDR_VREFDQRX_C23

N10

DDR_VREFDQRX_C1

V41

DDR_SDA_C23

W8

DDR_SDA_C1

V40

DDR_SCL_C23

W7

DDR_SCL_C1

C29

DDR_RESET_C23_N

L26

DDR_RESET_C1_N

AM31

SKTOCC_N

AP37

RSVD<6>

AT6

CAT_ERR_N

AU40

SAFE_MODE_BOOT

AM12

TDI

AR12

TCK

AP12

TMS

AL12

TRST_N

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

1/13

QPI_VREF_CAP

QPI_RBIAS_SENSE

QPI_RBIAS BCLK0_DP BCLK0_DN

RSVD<46> RSVD<47> RSVD<45> RSVD<50> RSVD<44> RSVD<49> RSVD<48> RSVD<52> RSVD<51>

RSVD<53> RSVD<54>

THERMTRIP_N

PROCHOT_N

TEST4

PRDY_N PREQ_N

SOCKET_ID<0>

PECI

SVIDCLK

SVIDDATA

SVIDALERT_N

PMSYNC

PWRGOOD

EAR_N

RESET_N

TDO

AM13 AL13 AK13 AR13 AP13 AT14 AU14 AW13 BA6 AY6 AN14 AM14 AU4 AU3

AF7 AE7 AG7 AH7 AK32

AR11 AR10

AW11

AN37

AM7 AK7 AL7

AT3 AK6 AH3 AU2

AK12

CPU2_QPI_VREF_CAP

CPU2_QPI_RBIAS

NC_CPU2_RSVD_46 NC_CPU2_RSVD_47 TP_CPU2_RSVD_45 TP_CPU2_RSVD_50 TP_CPU2_RSVD_44 TP_CPU2_RSVD_49 TP_CPU2_RSVD_48 TP_CPU2_RSVD_52 TP_CPU2_RSVD_51

NC_CPU2_RSVD_53 NC_CPU2_RSVD_54

CPU2_RSVD_7_R

CPU2_SOCKET_ID_0

CK_100M_CPU2_QPI_DP (98)

Harbor City is TP. Harbor City is TP.

CPU2_THERMTRIP_N (43,155) CPU_PROCHOT_N (16,42,43,155)

CPU2_XDP_PRDY_N (70) CPU2_XDP_PREQ_N (70)

CPU2_JTAG_TDO (70)

CK_100M_CPU2_QPI_DN (98)

TP90TP90 TP92TP92 TP93TP93TP75TP75 TP95TP95 TP91TP91

Layout note: For nets named TP_CPU2_RSVD_*,

TP96TP96

place a GND via with testpoint near the signal testpoint

TP94TP94TP83TP83

CPU_PECI (16,42)

CPU2_SVID_CLK_R (43)

CPU2_SVID_DATA_R (43)

CPU2_SVID_ALERT_R_N (43)

CPU_PMSYNC (16,73) CPU2_PG_R (43) CPU_EAR_N (16,70,155) CPU2_RST_R_N (43)

Route SENSE to res-->

R1739

49.9ohm

+/-1%

R0402H0_4

Harbor City's CPU1 and CPU2 are separation.

R1021 0ohm

+/-5% R0402H0_4

237ohm +/-1%,

237ohm +/-1%, R1082

C1782

10nF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

+VTT_CPU2

R0402H0_4R1082

R0402H0_4

V_MEM_VDD_CPU2

R1024 100ohm

+/-1% R0402H0_4

A A

Backup DQ VREF to CPU in case of bad CPU silicon Fast Follower designs may not need these parts

8

DEPOP

CPU2_M_VREFDQRX_C1

NET_PHYSICAL_TYPE=PWR_PNG

R1023

100ohm

+/-1%

R0402H0_4

7

C438

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

DEPOP

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU2 MISC

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 29 185

6

5

4

3

01015C800-000-G 29 185

2

01/25/2011, 10:58 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

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1

CPU2B

CPU2_M_CH1_DQ_63(60,61) CPU2_M_CH1_DQ_62(60,61) CPU2_M_CH1_DQ_61(60,61) CPU2_M_CH1_DQ_60(60,61) CPU2_M_CH1_DQ_59(60,61) CPU2_M_CH1_DQ_58(60,61) CPU2_M_CH1_DQ_57(60,61)

D D

C C

B B

CPU2_M_CH1_DQ_56(60,61) CPU2_M_CH1_DQ_55(60,61) CPU2_M_CH1_DQ_54(60,61) CPU2_M_CH1_DQ_53(60,61) CPU2_M_CH1_DQ_52(60,61) CPU2_M_CH1_DQ_51(60,61) CPU2_M_CH1_DQ_50(60,61) CPU2_M_CH1_DQ_49(60,61) CPU2_M_CH1_DQ_48(60,61) CPU2_M_CH1_DQ_47(60,61) CPU2_M_CH1_DQ_46(60,61) CPU2_M_CH1_DQ_45(60,61) CPU2_M_CH1_DQ_44(60,61) CPU2_M_CH1_DQ_43(60,61) CPU2_M_CH1_DQ_42(60,61) CPU2_M_CH1_DQ_41(60,61) CPU2_M_CH1_DQ_40(60,61) CPU2_M_CH1_DQ_39(60,61) CPU2_M_CH1_DQ_38(60,61) CPU2_M_CH1_DQ_37(60,61) CPU2_M_CH1_DQ_36(60,61) CPU2_M_CH1_DQ_35(60,61) CPU2_M_CH1_DQ_34(60,61) CPU2_M_CH1_DQ_33(60,61) CPU2_M_CH1_DQ_32(60,61) CPU2_M_CH1_DQ_31(60,61) CPU2_M_CH1_DQ_30(60,61) CPU2_M_CH1_DQ_29(60,61) CPU2_M_CH1_DQ_28(60,61) CPU2_M_CH1_DQ_27(60,61) CPU2_M_CH1_DQ_26(60,61) CPU2_M_CH1_DQ_25(60,61) CPU2_M_CH1_DQ_24(60,61) CPU2_M_CH1_DQ_23(60,61) CPU2_M_CH1_DQ_22(60,61) CPU2_M_CH1_DQ_21(60,61) CPU2_M_CH1_DQ_20(60,61) CPU2_M_CH1_DQ_19(60,61) CPU2_M_CH1_DQ_18(60,61) CPU2_M_CH1_DQ_17(60,61) CPU2_M_CH1_DQ_16(60,61) CPU2_M_CH1_DQ_15(60,61) CPU2_M_CH1_DQ_14(60,61) CPU2_M_CH1_DQ_13(60,61) CPU2_M_CH1_DQ_12(60,61) CPU2_M_CH1_DQ_11(60,61) CPU2_M_CH1_DQ_10(60,61) CPU2_M_CH1_DQ_09(60,61) CPU2_M_CH1_DQ_08(60,61) CPU2_M_CH1_DQ_07(60,61) CPU2_M_CH1_DQ_06(60,61) CPU2_M_CH1_DQ_05(60,61) CPU2_M_CH1_DQ_04(60,61) CPU2_M_CH1_DQ_03(60,61) CPU2_M_CH1_DQ_02(60,61) CPU2_M_CH1_DQ_01(60,61) CPU2_M_CH1_DQ_00(60,61)

CPU2_M_CH1_CS_7_N(61) CPU2_M_CH1_CS_6_N(61) CPU2_M_CH1_CS_5_N(61) CPU2_M_CH1_CS_4_N(61) CPU2_M_CH1_CS_3_N(60) CPU2_M_CH1_CS_2_N(60) CPU2_M_CH1_CS_1_N(60) CPU2_M_CH1_CS_0_N(60)

CPU2_M_CH1_CK_3_DP(61) CPU2_M_CH1_CK_2_DP(60) CPU2_M_CH1_CK_1_DP(61) CPU2_M_CH1_CK_0_DP(60)

CPU2_M_CH1_CK_3_DN(61) CPU2_M_CH1_CK_2_DN(60) CPU2_M_CH1_CK_1_DN(61) CPU2_M_CH1_CK_0_DN(60)

AD3

DDR1_DQ<63>

AD2

DDR1_DQ<62>

Y2

DDR1_DQ<61>

Y3

DDR1_DQ<60>

AE2

DDR1_DQ<59>

AE1

DDR1_DQ<58>

AA3

DDR1_DQ<57>

Y1

DDR1_DQ<56>

AD8

DDR1_DQ<55>

AD9

DDR1_DQ<54>

Y8

DDR1_DQ<53>

Y9

DDR1_DQ<52>

AE8

DDR1_DQ<51>

AE9

DDR1_DQ<50>

AA8

DDR1_DQ<49>

AA9

DDR1_DQ<48>

U8

DDR1_DQ<47>

U9

DDR1_DQ<46>

P9

DDR1_DQ<45>

N9

DDR1_DQ<44>

V8

DDR1_DQ<43>

V9

DDR1_DQ<42>

P8

DDR1_DQ<41>

N8

DDR1_DQ<40>

L6

DDR1_DQ<39>

K6

DDR1_DQ<38>

L10

DDR1_DQ<37>

K10

DDR1_DQ<36>

L5

DDR1_DQ<35>

K5

DDR1_DQ<34>

L9

DDR1_DQ<33>

K9

DDR1_DQ<32>

K28

DDR1_DQ<31>

L28

DDR1_DQ<30>

K32

DDR1_DQ<29>

L32

DDR1_DQ<28>

K27

DDR1_DQ<27>

L27

DDR1_DQ<26>

K31

DDR1_DQ<25>

L31

DDR1_DQ<24>

J33

DDR1_DQ<23>

J34

DDR1_DQ<22>

L35

DDR1_DQ<21>

L36

DDR1_DQ<20>

L33

DDR1_DQ<19>

K33

DDR1_DQ<18>

K36

DDR1_DQ<17>

K35

DDR1_DQ<16>

N34

DDR1_DQ<15>

P34

DDR1_DQ<14>

U36

DDR1_DQ<13>

U35

DDR1_DQ<12>

N35

DDR1_DQ<11>

N36

DDR1_DQ<10>

T36

DDR1_DQ<9>

T35

DDR1_DQ<8>

Y36

DDR1_DQ<7>

Y35

DDR1_DQ<6>

AD35

DDR1_DQ<5>

AD34

DDR1_DQ<4>

W36

DDR1_DQ<3>

W35

DDR1_DQ<2>

AC35

DDR1_DQ<1>

AC34

DDR1_DQ<0>

J12

DDR1_CS_N<7>

L12

DDR1_CS_N<6>

H14

DDR1_CS_N<5>

K15

DDR1_CS_N<4>

K12

DDR1_CS_N<3>

L11

DDR1_CS_N<2>

L15

DDR1_CS_N<1>

J15

DDR1_CS_N<0>

J18

DDR1_CLK_DP<3>

J16

DDR1_CLK_DP<2>

H19

DDR1_CLK_DP<1>

J17

DDR1_CLK_DP<0>

H18

DDR1_CLK_DN<3>

H16

DDR1_CLK_DN<2>

G19

DDR1_CLK_DN<1>

H17

DDR1_CLK_DN<0>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

2/13

http://adf.ly/3o8pJ

DDR1_DQS_DP<17> DDR1_DQS_DP<16> DDR1_DQS_DP<15> DDR1_DQS_DP<14> DDR1_DQS_DP<13> DDR1_DQS_DP<12> DDR1_DQS_DP<11> DDR1_DQS_DP<10>

DDR1_DQS_DP<9> DDR1_DQS_DP<8> DDR1_DQS_DP<7> DDR1_DQS_DP<6> DDR1_DQS_DP<5> DDR1_DQS_DP<4> DDR1_DQS_DP<3> DDR1_DQS_DP<2> DDR1_DQS_DP<1> DDR1_DQS_DP<0>

DDR1_DQS_DN<17> DDR1_DQS_DN<16> DDR1_DQS_DN<15> DDR1_DQS_DN<14> DDR1_DQS_DN<13> DDR1_DQS_DN<12> DDR1_DQS_DN<11> DDR1_DQS_DN<10>

DDR1_DQS_DN<9> DDR1_DQS_DN<8> DDR1_DQS_DN<7> DDR1_DQS_DN<6> DDR1_DQS_DN<5> DDR1_DQS_DN<4> DDR1_DQS_DN<3> DDR1_DQS_DN<2> DDR1_DQS_DN<1> DDR1_DQS_DN<0>

DDR1_MA<15> DDR1_MA<14> DDR1_MA<13> DDR1_MA<12> DDR1_MA<11> DDR1_MA<10>

DDR1_MA<9> DDR1_MA<8> DDR1_MA<7> DDR1_MA<6> DDR1_MA<5> DDR1_MA<4> DDR1_MA<3> DDR1_MA<2> DDR1_MA<1> DDR1_MA<0>

DDR1_ECC<7> DDR1_ECC<6> DDR1_ECC<5> DDR1_ECC<4> DDR1_ECC<3> DDR1_ECC<2> DDR1_ECC<1> DDR1_ECC<0>

DDR1_CKE<3> DDR1_CKE<2> DDR1_CKE<1> DDR1_CKE<0>

DDR1_BA<2> DDR1_BA<1> DDR1_BA<0>

DDR1_ODT<3> DDR1_ODT<2> DDR1_ODT<1> DDR1_ODT<0>

DDR1_WE_N

DDR1_RAS_N

DDR1_PAR_ERR_N

DDR1_CAS_N

DDR1_MA_PAR

H30 AB3 AB9 R9 K8 L30 L34 R35 AB34 G29 AC1 AC8 T8 L7 K29 H34 P36 AA36

G30 AC3 AB8 R8 L8 K30 K34 R36 AB35 H29 AC2 AC9 T9 K7 L29 H33 P35 AA35

K24 J22 L13 J20 M24 M18 L25 K23 L23 L22 K22 M22 L21 K20 L20 K19

G28 H28 H32 H31 G27 H27 G31 G32

H26 J25 J26 K25

J24 L18 L17

G13 J14 H13 G15

K14 K17 J21 K13 J19

CPU2_M_CH1_DQS_17_DP (60,61) CPU2_M_CH1_DQS_16_DP (60,61) CPU2_M_CH1_DQS_15_DP (60,61) CPU2_M_CH1_DQS_14_DP (60,61) CPU2_M_CH1_DQS_13_DP (60,61) CPU2_M_CH1_DQS_12_DP (60,61) CPU2_M_CH1_DQS_11_DP (60,61) CPU2_M_CH1_DQS_10_DP (60,61) CPU2_M_CH1_DQS_09_DP (60,61) CPU2_M_CH1_DQS_08_DP (60,61) CPU2_M_CH1_DQS_07_DP (60,61) CPU2_M_CH1_DQS_06_DP (60,61) CPU2_M_CH1_DQS_05_DP (60,61) CPU2_M_CH1_DQS_04_DP (60,61) CPU2_M_CH1_DQS_03_DP (60,61) CPU2_M_CH1_DQS_02_DP (60,61) CPU2_M_CH1_DQS_01_DP (60,61) CPU2_M_CH1_DQS_00_DP (60,61)

CPU2_M_CH1_DQS_17_DN (60,61) CPU2_M_CH1_DQS_16_DN (60,61) CPU2_M_CH1_DQS_15_DN (60,61) CPU2_M_CH1_DQS_14_DN (60,61) CPU2_M_CH1_DQS_13_DN (60,61) CPU2_M_CH1_DQS_12_DN (60,61) CPU2_M_CH1_DQS_11_DN (60,61) CPU2_M_CH1_DQS_10_DN (60,61) CPU2_M_CH1_DQS_09_DN (60,61) CPU2_M_CH1_DQS_08_DN (60,61) CPU2_M_CH1_DQS_07_DN (60,61) CPU2_M_CH1_DQS_06_DN (60,61) CPU2_M_CH1_DQS_05_DN (60,61) CPU2_M_CH1_DQS_04_DN (60,61) CPU2_M_CH1_DQS_03_DN (60,61) CPU2_M_CH1_DQS_02_DN (60,61) CPU2_M_CH1_DQS_01_DN (60,61) CPU2_M_CH1_DQS_00_DN (60,61)

CPU2_M_CH1_MA_15 (60,61) CPU2_M_CH1_MA_14 (60,61) CPU2_M_CH1_MA_13 (60,61) CPU2_M_CH1_MA_12 (60,61) CPU2_M_CH1_MA_11 (60,61) CPU2_M_CH1_MA_10 (60,61) CPU2_M_CH1_MA_09 (60,61) CPU2_M_CH1_MA_08 (60,61) CPU2_M_CH1_MA_07 (60,61) CPU2_M_CH1_MA_06 (60,61) CPU2_M_CH1_MA_05 (60,61) CPU2_M_CH1_MA_04 (60,61) CPU2_M_CH1_MA_03 (60,61) CPU2_M_CH1_MA_02 (60,61) CPU2_M_CH1_MA_01 (60,61) CPU2_M_CH1_MA_00 (60,61)

CPU2_M_CH1_ECC_7 (60,61) CPU2_M_CH1_ECC_6 (60,61) CPU2_M_CH1_ECC_5 (60,61) CPU2_M_CH1_ECC_4 (60,61) CPU2_M_CH1_ECC_3 (60,61) CPU2_M_CH1_ECC_2 (60,61) CPU2_M_CH1_ECC_1 (60,61) CPU2_M_CH1_ECC_0 (60,61)

CPU2_M_CH1_CKE_3 (61) CPU2_M_CH1_CKE_2 (61) CPU2_M_CH1_CKE_1 (60) CPU2_M_CH1_CKE_0 (60)

CPU2_M_CH1_BA_2 (60,61) CPU2_M_CH1_BA_1 (60,61) CPU2_M_CH1_BA_0 (60,61)

CPU2_M_CH1_ODT_3 (61) CPU2_M_CH1_ODT_2 (61) CPU2_M_CH1_ODT_1 (60) CPU2_M_CH1_ODT_0 (60)

CPU2_M_CH1_WE_N (60,61) CPU2_M_CH1_RAS_N (60,61)

CPU2_M_CH1_PERR_N (60,61) CPU2_M_CH1_CAS_N (60,61) CPU2_M_CH1_MA_PAR (60,61)

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU2 DDR3 Memory_CH1

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 31 185

8

7

6

5

4

3

01015C800-000-G 31 185

2

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

8

7

6

5

4

3

2

1

http://adf.ly/3o8pJ

CPU2C

CPU2_M_CH2_DQ_63(63,64) CPU2_M_CH2_DQ_62(63,64) CPU2_M_CH2_DQ_61(63,64) CPU2_M_CH2_DQ_60(63,64) CPU2_M_CH2_DQ_59(63,64)

D D

C C

B B

CPU2_M_CH2_DQ_58(63,64) CPU2_M_CH2_DQ_57(63,64) CPU2_M_CH2_DQ_56(63,64) CPU2_M_CH2_DQ_55(63,64) CPU2_M_CH2_DQ_54(63,64) CPU2_M_CH2_DQ_53(63,64) CPU2_M_CH2_DQ_52(63,64) CPU2_M_CH2_DQ_51(63,64) CPU2_M_CH2_DQ_50(63,64) CPU2_M_CH2_DQ_49(63,64) CPU2_M_CH2_DQ_48(63,64) CPU2_M_CH2_DQ_47(63,64) CPU2_M_CH2_DQ_46(63,64) CPU2_M_CH2_DQ_45(63,64) CPU2_M_CH2_DQ_44(63,64) CPU2_M_CH2_DQ_43(63,64) CPU2_M_CH2_DQ_42(63,64) CPU2_M_CH2_DQ_41(63,64) CPU2_M_CH2_DQ_40(63,64) CPU2_M_CH2_DQ_39(63,64) CPU2_M_CH2_DQ_38(63,64) CPU2_M_CH2_DQ_37(63,64) CPU2_M_CH2_DQ_36(63,64) CPU2_M_CH2_DQ_35(63,64) CPU2_M_CH2_DQ_34(63,64) CPU2_M_CH2_DQ_33(63,64) CPU2_M_CH2_DQ_32(63,64) CPU2_M_CH2_DQ_31(63,64) CPU2_M_CH2_DQ_30(63,64) CPU2_M_CH2_DQ_29(63,64) CPU2_M_CH2_DQ_28(63,64) CPU2_M_CH2_DQ_27(63,64) CPU2_M_CH2_DQ_26(63,64) CPU2_M_CH2_DQ_25(63,64) CPU2_M_CH2_DQ_24(63,64) CPU2_M_CH2_DQ_23(63,64) CPU2_M_CH2_DQ_22(63,64) CPU2_M_CH2_DQ_21(63,64) CPU2_M_CH2_DQ_20(63,64) CPU2_M_CH2_DQ_19(63,64) CPU2_M_CH2_DQ_18(63,64) CPU2_M_CH2_DQ_17(63,64) CPU2_M_CH2_DQ_16(63,64) CPU2_M_CH2_DQ_15(63,64) CPU2_M_CH2_DQ_14(63,64) CPU2_M_CH2_DQ_13(63,64) CPU2_M_CH2_DQ_12(63,64) CPU2_M_CH2_DQ_11(63,64) CPU2_M_CH2_DQ_10(63,64) CPU2_M_CH2_DQ_09(63,64) CPU2_M_CH2_DQ_08(63,64) CPU2_M_CH2_DQ_07(63,64) CPU2_M_CH2_DQ_06(63,64) CPU2_M_CH2_DQ_05(63,64) CPU2_M_CH2_DQ_04(63,64) CPU2_M_CH2_DQ_03(63,64) CPU2_M_CH2_DQ_02(63,64) CPU2_M_CH2_DQ_01(63,64) CPU2_M_CH2_DQ_00(63,64)

CPU2_M_CH2_CS_7_N(64) CPU2_M_CH2_CS_6_N(64) CPU2_M_CH2_CS_5_N(64) CPU2_M_CH2_CS_4_N(64) CPU2_M_CH2_CS_3_N(63) CPU2_M_CH2_CS_2_N(63) CPU2_M_CH2_CS_1_N(63) CPU2_M_CH2_CS_0_N(63)

CPU2_M_CH2_CK_3_DP(64) CPU2_M_CH2_CK_2_DP(63) CPU2_M_CH2_CK_1_DP(64) CPU2_M_CH2_CK_0_DP(63)

CPU2_M_CH2_CK_3_DN(64) CPU2_M_CH2_CK_2_DN(63) CPU2_M_CH2_CK_1_DN(64) CPU2_M_CH2_CK_0_DN(63)

AD5

DDR2_DQ<63>

AD6

DDR2_DQ<62>

Y5

DDR2_DQ<61>

Y6

DDR2_DQ<60>

AE5

DDR2_DQ<59>

AE6

DDR2_DQ<58>

AA5

DDR2_DQ<57>

AA6

DDR2_DQ<56>

U5

DDR2_DQ<55>

U6

DDR2_DQ<54>

N5

DDR2_DQ<53>

N6

DDR2_DQ<52>

V5

DDR2_DQ<51>

V6

DDR2_DQ<50>

P5

DDR2_DQ<49>

P6

DDR2_DQ<48>

H6

DDR2_DQ<47>

G6

DDR2_DQ<46>

H10

DDR2_DQ<45>

G10

DDR2_DQ<44>

H5

DDR2_DQ<43>

G5

DDR2_DQ<42>

H9

DDR2_DQ<41>

G9

DDR2_DQ<40>

E6

DDR2_DQ<39>

D6

DDR2_DQ<38>

E10

DDR2_DQ<37>

D10

DDR2_DQ<36>

D5

DDR2_DQ<35>

E5

DDR2_DQ<34>

E9

DDR2_DQ<33>

D9

DDR2_DQ<32>

B37

DDR2_DQ<31>

D37

DDR2_DQ<30>

E39

DDR2_DQ<29>

E38

DDR2_DQ<28>

E37

DDR2_DQ<27>

C37

DDR2_DQ<26>

C39

DDR2_DQ<25>

D39

DDR2_DQ<24>

G37

DDR2_DQ<23>

H37

DDR2_DQ<22>

K39

DDR2_DQ<21>

K38

DDR2_DQ<20>

G36

DDR2_DQ<19>

H36

DDR2_DQ<18>

J39

DDR2_DQ<17>

J38

DDR2_DQ<16>

N38

DDR2_DQ<15>

N39

DDR2_DQ<14>

U38

DDR2_DQ<13>

U39

DDR2_DQ<12>

M39

DDR2_DQ<11>

M38

DDR2_DQ<10>

T38

DDR2_DQ<9>

T39

DDR2_DQ<8>

Y38

DDR2_DQ<7>

Y39

DDR2_DQ<6>

AC37

DDR2_DQ<5>

AD37

DDR2_DQ<4>

W38

DDR2_DQ<3>

W39

DDR2_DQ<2>

AC38

DDR2_DQ<1>

AC39

DDR2_DQ<0>

H11

DDR2_CS_N<7>

G11

DDR2_CS_N<6>

E14

DDR2_CS_N<5>

E15

DDR2_CS_N<4>

J11

DDR2_CS_N<3>

F11

DDR2_CS_N<2>

G14

DDR2_CS_N<1>

G16

DDR2_CS_N<0>

F22

DDR2_CLK_DP<3>

F20

DDR2_CLK_DP<2>

G21

DDR2_CLK_DP<1>

E20

DDR2_CLK_DP<0>

F21

DDR2_CLK_DN<3>

G20

DDR2_CLK_DN<2>

H21

DDR2_CLK_DN<1>

E19

DDR2_CLK_DN<0>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

3/13

DDR2_DQS_DP<17> DDR2_DQS_DP<16> DDR2_DQS_DP<15> DDR2_DQS_DP<14> DDR2_DQS_DP<13> DDR2_DQS_DP<12> DDR2_DQS_DP<11> DDR2_DQS_DP<10>

DDR2_DQS_DP<9> DDR2_DQS_DP<8> DDR2_DQS_DP<7> DDR2_DQS_DP<6> DDR2_DQS_DP<5> DDR2_DQS_DP<4> DDR2_DQS_DP<3> DDR2_DQS_DP<2> DDR2_DQS_DP<1> DDR2_DQS_DP<0>

DDR2_DQS_DN<17> DDR2_DQS_DN<16> DDR2_DQS_DN<15> DDR2_DQS_DN<14> DDR2_DQS_DN<13> DDR2_DQS_DN<12> DDR2_DQS_DN<11> DDR2_DQS_DN<10>

DDR2_DQS_DN<9> DDR2_DQS_DN<8> DDR2_DQS_DN<7> DDR2_DQS_DN<6> DDR2_DQS_DN<5> DDR2_DQS_DN<4> DDR2_DQS_DN<3> DDR2_DQS_DN<2> DDR2_DQS_DN<1> DDR2_DQS_DN<0>

DDR2_MA<15> DDR2_MA<14> DDR2_MA<13> DDR2_MA<12> DDR2_MA<11> DDR2_MA<10>

DDR2_MA<9> DDR2_MA<8> DDR2_MA<7> DDR2_MA<6> DDR2_MA<5> DDR2_MA<4> DDR2_MA<3> DDR2_MA<2> DDR2_MA<1> DDR2_MA<0>

DDR2_ECC<7> DDR2_ECC<6> DDR2_ECC<5> DDR2_ECC<4> DDR2_ECC<3> DDR2_ECC<2> DDR2_ECC<1> DDR2_ECC<0>

DDR2_CKE<3> DDR2_CKE<2> DDR2_CKE<1> DDR2_CKE<0>

DDR2_BA<2> DDR2_BA<1> DDR2_BA<0>

DDR2_ODT<3> DDR2_ODT<2> DDR2_ODT<1> DDR2_ODT<0>

DDR2_WE_N

DDR2_RAS_N

DDR2_PAR_ERR_N

DDR2_CAS_N

DDR2_MA_PAR

E32 AB6 R6 G8 D8 B39 H39 R39 AB39 D31 AC5 T5 H7 E7 B38 G38 P38 AA38

D32 AB5 R5 H8 E8 A39 H38 R38 AB38 E31 AC6 T6 G7 D7 C38 G39 P39 AA39

G26 D26 E13 F25 E25 F18 H24 D24 G24 E24 H23 F23 G23 H22 E22 D19

D30 E30 E34 E35 D29 E29 F34 E33

D28 E27 E28 D27

F26 G18 E17

E12 H12 F12 F16

F15 F17 G25 F13 E18

CPU2_M_CH2_DQS_17_DP (63,64) CPU2_M_CH2_DQS_16_DP (63,64) CPU2_M_CH2_DQS_15_DP (63,64) CPU2_M_CH2_DQS_14_DP (63,64) CPU2_M_CH2_DQS_13_DP (63,64) CPU2_M_CH2_DQS_12_DP (63,64) CPU2_M_CH2_DQS_11_DP (63,64) CPU2_M_CH2_DQS_10_DP (63,64) CPU2_M_CH2_DQS_09_DP (63,64) CPU2_M_CH2_DQS_08_DP (63,64) CPU2_M_CH2_DQS_07_DP (63,64) CPU2_M_CH2_DQS_06_DP (63,64) CPU2_M_CH2_DQS_05_DP (63,64) CPU2_M_CH2_DQS_04_DP (63,64) CPU2_M_CH2_DQS_03_DP (63,64) CPU2_M_CH2_DQS_02_DP (63,64) CPU2_M_CH2_DQS_01_DP (63,64) CPU2_M_CH2_DQS_00_DP (63,64)

CPU2_M_CH2_DQS_17_DN (63,64) CPU2_M_CH2_DQS_16_DN (63,64) CPU2_M_CH2_DQS_15_DN (63,64) CPU2_M_CH2_DQS_14_DN (63,64) CPU2_M_CH2_DQS_13_DN (63,64) CPU2_M_CH2_DQS_12_DN (63,64) CPU2_M_CH2_DQS_11_DN (63,64) CPU2_M_CH2_DQS_10_DN (63,64) CPU2_M_CH2_DQS_09_DN (63,64) CPU2_M_CH2_DQS_08_DN (63,64) CPU2_M_CH2_DQS_07_DN (63,64) CPU2_M_CH2_DQS_06_DN (63,64) CPU2_M_CH2_DQS_05_DN (63,64) CPU2_M_CH2_DQS_04_DN (63,64) CPU2_M_CH2_DQS_03_DN (63,64) CPU2_M_CH2_DQS_02_DN (63,64) CPU2_M_CH2_DQS_01_DN (63,64) CPU2_M_CH2_DQS_00_DN (63,64)

CPU2_M_CH2_MA_15 (63,64) CPU2_M_CH2_MA_14 (63,64) CPU2_M_CH2_MA_13 (63,64) CPU2_M_CH2_MA_12 (63,64) CPU2_M_CH2_MA_11 (63,64) CPU2_M_CH2_MA_10 (63,64) CPU2_M_CH2_MA_09 (63,64) CPU2_M_CH2_MA_08 (63,64) CPU2_M_CH2_MA_07 (63,64) CPU2_M_CH2_MA_06 (63,64) CPU2_M_CH2_MA_05 (63,64) CPU2_M_CH2_MA_04 (63,64) CPU2_M_CH2_MA_03 (63,64) CPU2_M_CH2_MA_02 (63,64) CPU2_M_CH2_MA_01 (63,64) CPU2_M_CH2_MA_00 (63,64)

CPU2_M_CH2_ECC_7 (63,64) CPU2_M_CH2_ECC_6 (63,64) CPU2_M_CH2_ECC_5 (63,64) CPU2_M_CH2_ECC_4 (63,64) CPU2_M_CH2_ECC_3 (63,64) CPU2_M_CH2_ECC_2 (63,64) CPU2_M_CH2_ECC_1 (63,64) CPU2_M_CH2_ECC_0 (63,64)

CPU2_M_CH2_CKE_3 (64) CPU2_M_CH2_CKE_2 (64) CPU2_M_CH2_CKE_1 (63) CPU2_M_CH2_CKE_0 (63)

CPU2_M_CH2_BA_2 (63,64) CPU2_M_CH2_BA_1 (63,64) CPU2_M_CH2_BA_0 (63,64)

CPU2_M_CH2_ODT_3 (64) CPU2_M_CH2_ODT_2 (64) CPU2_M_CH2_ODT_1 (63) CPU2_M_CH2_ODT_0 (63)

CPU2_M_CH2_WE_N (63,64) CPU2_M_CH2_RAS_N (63,64)

CPU2_M_CH2_PERR_N (63,64) CPU2_M_CH2_CAS_N (63,64) CPU2_M_CH2_MA_PAR (63,64)

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU2 DDR3 Memory_CH2

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 32 185

8

7

6

5

4

3

01015C800-000-G 32 185

2

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

8

CPU2_M_CH3_DQ_63(66,67) CPU2_M_CH3_DQ_62(66,67) CPU2_M_CH3_DQ_61(66,67) CPU2_M_CH3_DQ_60(66,67) CPU2_M_CH3_DQ_59(66,67) CPU2_M_CH3_DQ_58(66,67) CPU2_M_CH3_DQ_57(66,67) CPU2_M_CH3_DQ_56(66,67) CPU2_M_CH3_DQ_55(66,67)

D D

C C

B B

CPU2_M_CH3_DQ_54(66,67) CPU2_M_CH3_DQ_53(66,67) CPU2_M_CH3_DQ_52(66,67) CPU2_M_CH3_DQ_51(66,67) CPU2_M_CH3_DQ_50(66,67) CPU2_M_CH3_DQ_49(66,67) CPU2_M_CH3_DQ_48(66,67) CPU2_M_CH3_DQ_47(66,67) CPU2_M_CH3_DQ_46(66,67) CPU2_M_CH3_DQ_45(66,67) CPU2_M_CH3_DQ_44(66,67) CPU2_M_CH3_DQ_43(66,67) CPU2_M_CH3_DQ_42(66,67) CPU2_M_CH3_DQ_41(66,67) CPU2_M_CH3_DQ_40(66,67) CPU2_M_CH3_DQ_39(66,67) CPU2_M_CH3_DQ_38(66,67) CPU2_M_CH3_DQ_37(66,67) CPU2_M_CH3_DQ_36(66,67) CPU2_M_CH3_DQ_35(66,67) CPU2_M_CH3_DQ_34(66,67) CPU2_M_CH3_DQ_33(66,67) CPU2_M_CH3_DQ_32(66,67) CPU2_M_CH3_DQ_31(66,67) CPU2_M_CH3_DQ_30(66,67) CPU2_M_CH3_DQ_29(66,67) CPU2_M_CH3_DQ_28(66,67) CPU2_M_CH3_DQ_27(66,67) CPU2_M_CH3_DQ_26(66,67) CPU2_M_CH3_DQ_25(66,67) CPU2_M_CH3_DQ_24(66,67) CPU2_M_CH3_DQ_23(66,67) CPU2_M_CH3_DQ_22(66,67) CPU2_M_CH3_DQ_21(66,67) CPU2_M_CH3_DQ_20(66,67) CPU2_M_CH3_DQ_19(66,67) CPU2_M_CH3_DQ_18(66,67) CPU2_M_CH3_DQ_17(66,67) CPU2_M_CH3_DQ_16(66,67) CPU2_M_CH3_DQ_15(66,67) CPU2_M_CH3_DQ_14(66,67) CPU2_M_CH3_DQ_13(66,67) CPU2_M_CH3_DQ_12(66,67) CPU2_M_CH3_DQ_11(66,67) CPU2_M_CH3_DQ_10(66,67) CPU2_M_CH3_DQ_09(66,67) CPU2_M_CH3_DQ_08(66,67) CPU2_M_CH3_DQ_07(66,67) CPU2_M_CH3_DQ_06(66,67) CPU2_M_CH3_DQ_05(66,67) CPU2_M_CH3_DQ_04(66,67) CPU2_M_CH3_DQ_03(66,67) CPU2_M_CH3_DQ_02(66,67) CPU2_M_CH3_DQ_01(66,67) CPU2_M_CH3_DQ_00(66,67)

CPU2_M_CH3_CS_7_N(67) CPU2_M_CH3_CS_6_N(67) CPU2_M_CH3_CS_5_N(67) CPU2_M_CH3_CS_4_N(67) CPU2_M_CH3_CS_3_N(66) CPU2_M_CH3_CS_2_N(66) CPU2_M_CH3_CS_1_N(66) CPU2_M_CH3_CS_0_N(66)

CPU2_M_CH3_CK_3_DP(67) CPU2_M_CH3_CK_2_DP(66) CPU2_M_CH3_CK_1_DP(67) CPU2_M_CH3_CK_0_DP(66)

CPU2_M_CH3_CK_3_DN(67) CPU2_M_CH3_CK_2_DN(66) CPU2_M_CH3_CK_1_DN(67) CPU2_M_CH3_CK_0_DN(66)

7

6

CPU2D

V2

DDR3_DQ<63>

U1

DDR3_DQ<62>

R3

DDR3_DQ<61>

P1

DDR3_DQ<60>

V3

DDR3_DQ<59>

V1

DDR3_DQ<58>

R1

DDR3_DQ<57>

R2

DDR3_DQ<56>

M1

DDR3_DQ<55>

M2

DDR3_DQ<54>

J1

DDR3_DQ<53>

J3

DDR3_DQ<52>

N3

DDR3_DQ<51>

M3

DDR3_DQ<50>

K1

DDR3_DQ<49>

J2

DDR3_DQ<48>

G3

DDR3_DQ<47>

F3

DDR3_DQ<46>

D3

DDR3_DQ<45>

C3

DDR3_DQ<44>

G2

DDR3_DQ<43>

G1

DDR3_DQ<42>

D2

DDR3_DQ<41>

E3

DDR3_DQ<40>

B6

DDR3_DQ<39>

A6

DDR3_DQ<38>

B10

DDR3_DQ<37>

A10

DDR3_DQ<36>

B4

DDR3_DQ<35>

B5

DDR3_DQ<34>

B9

DDR3_DQ<33>

A9

DDR3_DQ<32>

D41

DDR3_DQ<31>

C42

DDR3_DQ<30>

F43

DDR3_DQ<29>

F42

DDR3_DQ<28>

B41

DDR3_DQ<27>

C41

DDR3_DQ<26>

E41

DDR3_DQ<25>

F41

DDR3_DQ<24>

H42

DDR3_DQ<23>

J43

DDR3_DQ<22>

L41

DDR3_DQ<21>

M41

DDR3_DQ<20>

H41

DDR3_DQ<19>

H43

DDR3_DQ<18>

L42

DDR3_DQ<17>

L43

DDR3_DQ<16>

P42

DDR3_DQ<15>

P43

DDR3_DQ<14>

U43

DDR3_DQ<13>

U41

DDR3_DQ<12>

N43

DDR3_DQ<11>

P41

DDR3_DQ<10>

T43

DDR3_DQ<9>

U42

DDR3_DQ<8>

W41

DDR3_DQ<7>

Y41

DDR3_DQ<6>

AD43

DDR3_DQ<5>

AD42

DDR3_DQ<4>

W43

DDR3_DQ<3>

W42

DDR3_DQ<2>

AC42

DDR3_DQ<1>

AC41

DDR3_DQ<0>

D12

DDR3_CS_N<7>

C11

DDR3_CS_N<6>

B14

DDR3_CS_N<5>

A15

DDR3_CS_N<4>

D11

DDR3_CS_N<3>

B11

DDR3_CS_N<2>

B13

DDR3_CS_N<1>

D16

DDR3_CS_N<0>

C20

DDR3_CLK_DP<3>

B18

DDR3_CLK_DP<2>

B20

DDR3_CLK_DP<1>

C19

DDR3_CLK_DP<0>

C21

DDR3_CLK_DN<3>

A18

DDR3_CLK_DN<2>

A20

DDR3_CLK_DN<1>

B19

DDR3_CLK_DN<0>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

4/13

5

DDR3_DQS_DP<17> DDR3_DQS_DP<16> DDR3_DQS_DP<15> DDR3_DQS_DP<14> DDR3_DQS_DP<13> DDR3_DQS_DP<12> DDR3_DQS_DP<11> DDR3_DQS_DP<10>

DDR3_DQS_DP<9> DDR3_DQS_DP<8> DDR3_DQS_DP<7> DDR3_DQS_DP<6> DDR3_DQS_DP<5> DDR3_DQS_DP<4> DDR3_DQS_DP<3> DDR3_DQS_DP<2> DDR3_DQS_DP<1> DDR3_DQS_DP<0>

DDR3_DQS_DN<17> DDR3_DQS_DN<16> DDR3_DQS_DN<15> DDR3_DQS_DN<14> DDR3_DQS_DN<13> DDR3_DQS_DN<12> DDR3_DQS_DN<11> DDR3_DQS_DN<10>

DDR3_DQS_DN<9> DDR3_DQS_DN<8> DDR3_DQS_DN<7> DDR3_DQS_DN<6> DDR3_DQS_DN<5> DDR3_DQS_DN<4> DDR3_DQS_DN<3> DDR3_DQS_DN<2> DDR3_DQS_DN<1> DDR3_DQS_DN<0>

DDR3_MA<15> DDR3_MA<14> DDR3_MA<13> DDR3_MA<12> DDR3_MA<11> DDR3_MA<10>

DDR3_MA<9> DDR3_MA<8> DDR3_MA<7> DDR3_MA<6> DDR3_MA<5> DDR3_MA<4> DDR3_MA<3> DDR3_MA<2> DDR3_MA<1> DDR3_MA<0>

DDR3_ECC<7> DDR3_ECC<6> DDR3_ECC<5> DDR3_ECC<4> DDR3_ECC<3> DDR3_ECC<2> DDR3_ECC<1> DDR3_ECC<0>

DDR3_CKE<3> DDR3_CKE<2> DDR3_CKE<1> DDR3_CKE<0>

DDR3_BA<2> DDR3_BA<1> DDR3_BA<0>

DDR3_ODT<3> DDR3_ODT<2> DDR3_ODT<1> DDR3_ODT<0>

DDR3_WE_N

DDR3_RAS_N

DDR3_PAR_ERR_N

DDR3_CAS_N

DDR3_MA_PAR

4

http://adf.ly/3o8pJ

B34 T2 K3 E2 A8 E43 K42 T41 AB42 A32 U3 L2 F1 B7 D42 J41 R42 AA41

B33 T1 L3 E1 B8 E42 K43 R41 AB43 B32 T3 L1 F2 A7 D43 K41 R43 AB41

A27 C26 D14 B26 A25 A17 B25 B24 D25 C23 C24 D23 C22 D22 D21 C17

A31 B31 B35 C35 A30 B30 C33 C34

C28 A28 B29 B28

C27 D17 B16

C13 C14 C12 D15

C16 A16 A26 B15 C18

CPU2_M_CH3_DQS_17_DP (66,67) CPU2_M_CH3_DQS_16_DP (66,67) CPU2_M_CH3_DQS_15_DP (66,67) CPU2_M_CH3_DQS_14_DP (66,67) CPU2_M_CH3_DQS_13_DP (66,67) CPU2_M_CH3_DQS_12_DP (66,67) CPU2_M_CH3_DQS_11_DP (66,67) CPU2_M_CH3_DQS_10_DP (66,67) CPU2_M_CH3_DQS_09_DP (66,67) CPU2_M_CH3_DQS_08_DP (66,67) CPU2_M_CH3_DQS_07_DP (66,67) CPU2_M_CH3_DQS_06_DP (66,67) CPU2_M_CH3_DQS_05_DP (66,67) CPU2_M_CH3_DQS_04_DP (66,67) CPU2_M_CH3_DQS_03_DP (66,67) CPU2_M_CH3_DQS_02_DP (66,67) CPU2_M_CH3_DQS_01_DP (66,67) CPU2_M_CH3_DQS_00_DP (66,67)

CPU2_M_CH3_DQS_17_DN (66,67) CPU2_M_CH3_DQS_16_DN (66,67) CPU2_M_CH3_DQS_15_DN (66,67) CPU2_M_CH3_DQS_14_DN (66,67) CPU2_M_CH3_DQS_13_DN (66,67) CPU2_M_CH3_DQS_12_DN (66,67) CPU2_M_CH3_DQS_11_DN (66,67) CPU2_M_CH3_DQS_10_DN (66,67) CPU2_M_CH3_DQS_09_DN (66,67) CPU2_M_CH3_DQS_08_DN (66,67) CPU2_M_CH3_DQS_07_DN (66,67) CPU2_M_CH3_DQS_06_DN (66,67) CPU2_M_CH3_DQS_05_DN (66,67) CPU2_M_CH3_DQS_04_DN (66,67) CPU2_M_CH3_DQS_03_DN (66,67) CPU2_M_CH3_DQS_02_DN (66,67) CPU2_M_CH3_DQS_01_DN (66,67) CPU2_M_CH3_DQS_00_DN (66,67)

CPU2_M_CH3_MA_15 (66,67) CPU2_M_CH3_MA_14 (66,67) CPU2_M_CH3_MA_13 (66,67) CPU2_M_CH3_MA_12 (66,67) CPU2_M_CH3_MA_11 (66,67) CPU2_M_CH3_MA_10 (66,67) CPU2_M_CH3_MA_09 (66,67) CPU2_M_CH3_MA_08 (66,67) CPU2_M_CH3_MA_07 (66,67) CPU2_M_CH3_MA_06 (66,67) CPU2_M_CH3_MA_05 (66,67) CPU2_M_CH3_MA_04 (66,67) CPU2_M_CH3_MA_03 (66,67) CPU2_M_CH3_MA_02 (66,67) CPU2_M_CH3_MA_01 (66,67) CPU2_M_CH3_MA_00 (66,67)

CPU2_M_CH3_ECC_7 (66,67) CPU2_M_CH3_ECC_6 (66,67) CPU2_M_CH3_ECC_5 (66,67) CPU2_M_CH3_ECC_4 (66,67) CPU2_M_CH3_ECC_3 (66,67) CPU2_M_CH3_ECC_2 (66,67) CPU2_M_CH3_ECC_1 (66,67) CPU2_M_CH3_ECC_0 (66,67)

CPU2_M_CH3_CKE_3 (67) CPU2_M_CH3_CKE_2 (67) CPU2_M_CH3_CKE_1 (66) CPU2_M_CH3_CKE_0 (66)

CPU2_M_CH3_BA_2 (66,67) CPU2_M_CH3_BA_1 (66,67) CPU2_M_CH3_BA_0 (66,67)

CPU2_M_CH3_ODT_3 (67) CPU2_M_CH3_ODT_2 (67) CPU2_M_CH3_ODT_1 (66) CPU2_M_CH3_ODT_0 (66)

CPU2_M_CH3_WE_N (66,67) CPU2_M_CH3_RAS_N (66,67)

CPU2_M_CH3_PERR_N (66,67) CPU2_M_CH3_CAS_N (66,67) CPU2_M_CH3_MA_PAR (66,67)

3

2

1

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU2 DDR3 Memory_CH3

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 33 185

8

7

6

5

4

3

01015C800-000-G 33 185

2

01/25/2011, 10:58 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

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7

6

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http://adf.ly/3o8pJ

D D

CPU2E

Northbound Lanes

PE_CPU2_1A_NB_3_DP(143) PE_CPU2_1A_NB_2_DP(143)

C C

Connected to Riser 2 Slot (Slot 2 ; 280 pin)

PE_CPU2_1A_NB_1_DP(143) PE_CPU2_1A_NB_0_DP(143)

PE_CPU2_1A_NB_3_DN(143) PE_CPU2_1A_NB_2_DN(143) PE_CPU2_1A_NB_1_DN(143) PE_CPU2_1A_NB_0_DN(143)

PE_CPU2_1B_NB_7_DP(143) PE_CPU2_1B_NB_6_DP(143) PE_CPU2_1B_NB_5_DP(143) PE_CPU2_1B_NB_4_DP(143)

PE_CPU2_1B_NB_7_DN(143) PE_CPU2_1B_NB_6_DN(143) PE_CPU2_1B_NB_5_DN(143) PE_CPU2_1B_NB_4_DN(143)

CPU2E

AR37

PE1A_RX_DP<3>

AT38

PE1A_RX_DP<2>

AU39

PE1A_RX_DP<1>

AV41

PE1A_RX_DP<0>

AT37

PE1A_RX_DN<3>

AU38

PE1A_RX_DN<2>

AV39

PE1A_RX_DN<1>

AW41

PE1A_RX_DN<0>

AV37

PE1B_RX_DP<7>

AW38

PE1B_RX_DP<6>

AY39

PE1B_RX_DP<5>

AW40

PE1B_RX_DP<4>

AW37

PE1B_RX_DN<7>

AY38

PE1B_RX_DN<6>

BA39

PE1B_RX_DN<5>

AY40

PE1B_RX_DN<4>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

5/13

PE1A_TX_DP<3> PE1A_TX_DP<2> PE1A_TX_DP<1> PE1A_TX_DP<0>

PE1A_TX_DN<3> PE1A_TX_DN<2> PE1A_TX_DN<1> PE1A_TX_DN<0>

PE1B_TX_DP<7> PE1B_TX_DP<6> PE1B_TX_DP<5> PE1B_TX_DP<4>

PE1B_TX_DN<7> PE1B_TX_DN<6> PE1B_TX_DN<5> PE1B_TX_DN<4>

AG40 AF39 AG36 AE39

AG39 AF38 AG37 AE40

AJ43 AH42 AG43 AF42

AJ42 AH41 AG42 AF41

Southbound Lanes

PE_CPU2_1A_SB_3_C_DP (72) PE_CPU2_1A_SB_2_C_DP (72) PE_CPU2_1A_SB_1_C_DP (72) PE_CPU2_1A_SB_0_C_DP (72)

PE_CPU2_1A_SB_3_C_DN (72) PE_CPU2_1A_SB_2_C_DN (72) PE_CPU2_1A_SB_1_C_DN (72) PE_CPU2_1A_SB_0_C_DN (72)

PE_CPU2_1B_SB_7_C_DP (72) PE_CPU2_1B_SB_6_C_DP (72) PE_CPU2_1B_SB_5_C_DP (72) PE_CPU2_1B_SB_4_C_DP (72)

PE_CPU2_1B_SB_7_C_DN (72) PE_CPU2_1B_SB_6_C_DN (72) PE_CPU2_1B_SB_5_C_DN (72) PE_CPU2_1B_SB_4_C_DN (72)

Connected to Riser 2 Slot (Slot 2 ; 280 pin)

B B

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU2 PCIe Port 1

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 34 185

8

7

6

5

4

3

01015C800-000-G 34 185

2

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

8

7

6

5

4

3

2

1

http://adf.ly/3o8pJ

D D

CPU2F

Northbound Lanes

PE_CPU2_3A_NB_3_DP(142) PE_CPU2_3A_NB_2_DP(142) PE_CPU2_3A_NB_1_DP(142) PE_CPU2_3A_NB_0_DP(142)

PE_CPU2_3A_NB_3_DN(142) PE_CPU2_3A_NB_2_DN(142) PE_CPU2_3A_NB_1_DN(142) PE_CPU2_3A_NB_0_DN(142)

PE_CPU2_3B_NB_7_DP(142) PE_CPU2_3B_NB_6_DP(142) PE_CPU2_3B_NB_5_DP(142)

C C

Connected to Riser 1 Slot (Slot 1 ; 280 pin)

B B

PE_CPU2_3B_NB_4_DP(142)

PE_CPU2_3B_NB_7_DN(142) PE_CPU2_3B_NB_6_DN(142) PE_CPU2_3B_NB_5_DN(142) PE_CPU2_3B_NB_4_DN(142)

PE_CPU2_3C_NB_11_DP(142) PE_CPU2_3C_NB_10_DP(142) PE_CPU2_3C_NB_9_DP(142) PE_CPU2_3C_NB_8_DP(142)

PE_CPU2_3C_NB_11_DN(142) PE_CPU2_3C_NB_10_DN(142) PE_CPU2_3C_NB_9_DN(142) PE_CPU2_3C_NB_8_DN(142)

PE_CPU2_3D_NB_15_DP(142) PE_CPU2_3D_NB_14_DP(142) PE_CPU2_3D_NB_13_DP(142) PE_CPU2_3D_NB_12_DP(142)

PE_CPU2_3D_NB_15_DN(142) PE_CPU2_3D_NB_14_DN(142) PE_CPU2_3D_NB_13_DN(142) PE_CPU2_3D_NB_12_DN(142)

CPU2F

AR33

PE3A_RX_DP<3>

AT34

PE3A_RX_DP<2>

AR35

PE3A_RX_DP<1>

AT36

PE3A_RX_DP<0>

AT33

PE3A_RX_DN<3>

AU34

PE3A_RX_DN<2>

AT35

PE3A_RX_DN<1>

AU36

PE3A_RX_DN<0>

AU29

PE3B_RX_DP<7>

AT30

PE3B_RX_DP<6>

AU31

PE3B_RX_DP<5>

AT32

PE3B_RX_DP<4>

AV29

PE3B_RX_DN<7>

AU30

PE3B_RX_DN<6>

AV31

PE3B_RX_DN<5>

AU32

PE3B_RX_DN<4>

AV33

PE3C_RX_DP<11>

AW34

PE3C_RX_DP<10>

AV35

PE3C_RX_DP<9>

AW36

PE3C_RX_DP<8>

AW33

PE3C_RX_DN<11>

AY34

PE3C_RX_DN<10>

AW35

PE3C_RX_DN<9>

AY36

PE3C_RX_DN<8>

AY29

PE3D_RX_DP<15>

AW30

PE3D_RX_DP<14>

AY31

PE3D_RX_DP<13>

AW32

PE3D_RX_DP<12>

BA29

PE3D_RX_DN<15>

AY30

PE3D_RX_DN<14>

BA31

PE3D_RX_DN<13>

AY32

PE3D_RX_DN<12>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

6/13

PE3A_TX_DP<3> PE3A_TX_DP<2> PE3A_TX_DP<1> PE3A_TX_DP<0>

PE3A_TX_DN<3> PE3A_TX_DN<2> PE3A_TX_DN<1> PE3A_TX_DN<0>

PE3B_TX_DP<7> PE3B_TX_DP<6> PE3B_TX_DP<5> PE3B_TX_DP<4>

PE3B_TX_DN<7> PE3B_TX_DN<6> PE3B_TX_DN<5> PE3B_TX_DN<4>

PE3C_TX_DP<11> PE3C_TX_DP<10>

PE3C_TX_DP<9> PE3C_TX_DP<8>

PE3C_TX_DN<11> PE3C_TX_DN<10>

PE3C_TX_DN<9> PE3C_TX_DN<8>

PE3D_TX_DP<15> PE3D_TX_DP<14> PE3D_TX_DP<13> PE3D_TX_DP<12>

PE3D_TX_DN<15> PE3D_TX_DN<14> PE3D_TX_DN<13> PE3D_TX_DN<12>

AL40 AK39 AJ40 AH39

AL39 AK38 AJ39 AH38

AR40 AP39 AN40 AM39

AR39 AP38 AN39 AM38

AN43 AM42 AL43 AK42

AN42 AM41 AL42 AK41

AU43 AT42 AR43 AP42

AU42 AT41 AR42 AP41

Southbound Lanes

PE_CPU2_3A_SB_3_C_DP (72) PE_CPU2_3A_SB_2_C_DP (72) PE_CPU2_3A_SB_1_C_DP (72) PE_CPU2_3A_SB_0_C_DP (72)

PE_CPU2_3A_SB_3_C_DN (72) PE_CPU2_3A_SB_2_C_DN (72) PE_CPU2_3A_SB_1_C_DN (72) PE_CPU2_3A_SB_0_C_DN (72)

PE_CPU2_3B_SB_7_C_DP (72) PE_CPU2_3B_SB_6_C_DP (72) PE_CPU2_3B_SB_5_C_DP (72) PE_CPU2_3B_SB_4_C_DP (72)

PE_CPU2_3B_SB_7_C_DN (72) PE_CPU2_3B_SB_6_C_DN (72) PE_CPU2_3B_SB_5_C_DN (72) PE_CPU2_3B_SB_4_C_DN (72)

PE_CPU2_3C_SB_11_C_DP (72) PE_CPU2_3C_SB_10_C_DP (72) PE_CPU2_3C_SB_9_C_DP (72) PE_CPU2_3C_SB_8_C_DP (72)

PE_CPU2_3C_SB_11_C_DN (72) PE_CPU2_3C_SB_10_C_DN (72) PE_CPU2_3C_SB_9_C_DN (72) PE_CPU2_3C_SB_8_C_DN (72)

PE_CPU2_3D_SB_15_C_DP (72) PE_CPU2_3D_SB_14_C_DP (72) PE_CPU2_3D_SB_13_C_DP (72) PE_CPU2_3D_SB_12_C_DP (72)

PE_CPU2_3D_SB_15_C_DN (72) PE_CPU2_3D_SB_14_C_DN (72) PE_CPU2_3D_SB_13_C_DN (72) PE_CPU2_3D_SB_12_C_DN (72)

Connected to Riser 1 Slot (Slot 1 ; 280 pin)

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU2 PCIe Port 3

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 35 185

8

7

6

5

4

3

01015C800-000-G 35 185

2

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

8

7

6

5

4

3

2

1

http://adf.ly/3o8pJ

D D

CPU2G

CPU2_XDP_BPM_7_N(70) CPU2_XDP_BPM_6_N(70) CPU2_XDP_BPM_5_N(70) CPU2_XDP_BPM_4_N(70) CPU2_XDP_BPM_3_N(70) CPU2_XDP_BPM_2_N(70) CPU2_XDP_BPM_1_N(70) CPU2_XDP_BPM_0_N(70)

Harbor City is TP.

Harbor City is 36 ohm.

+/-1%R0402H0_4

R1080

35.7ohm +/-1%

Place close to CPU2

Harbor City is TP.

CPU2_DDR23_RCOMP_2(43) CPU2_DDR23_RCOMP_1(43) CPU2_DDR23_RCOMP_0(43)

CPU2_DDR1_RCOMP_2(43) CPU2_DDR1_RCOMP_1(43) CPU2_DDR1_RCOMP_0(43)

CPU_ONLY_RST(23)

C C

R976 49.9ohm

R1745 49.9ohm

B B

Harbor City is TP.

R0402H0_4R1080

R0402H0_4

TP68TP68 TP70TP70

TP73TP73

TP67TP67

TP71TP71

R1001 49.9ohm

R1746 49.9ohm

CPU2_ERROR2_N(42,43,158) CPU2_ERROR1_N(42,43,85) CPU2_ERROR0_N(42,43,85)

+/-1%R0402H0_4

NC_CPU2_RSVD_18 NC_CPU2_RSVD_17

CPU2_ONLY_RST

NC_CPU2_RSVD_16 NC_CPU2_RSVD_15 NC_CPU2_RSVD_14 NC_CPU2_RSVD_13 NC_CPU2_RSVD_12 NC_CPU2_RSVD_11 NC_CPU2_RSVD_10 NC_CPU2_RSVD_9 NC_CPU2_RSVD_8

TP_PE_CPU2_DMI_NB_3_DP TP_PE_CPU2_DMI_NB_2_DP TP_PE_CPU2_DMI_NB_1_DP TP_PE_CPU2_DMI_NB_0_DP

TP_PE_CPU2_DMI_NB_3_DN TP_PE_CPU2_DMI_NB_2_DN TP_PE_CPU2_DMI_NB_1_DN TP_PE_CPU2_DMI_NB_0_DN

CPU2_TEST3

CPU2_TEST2

CPU2_TEST1

CPU2_TEST0

AM11

BPM_N<7>

AN10

BPM_N<6>

AP11

BPM_N<5>

AP10

BPM_N<4>

AN11

BPM_N<3>

AN9

BPM_N<2>

AL11

BPM_N<1>

AL10

BPM_N<0>

AP36

RSVD<18>

AN36

RSVD<17>

AM3

CPU_ONLY_RESET

AN33

RSVD<16>

AN34

RSVD<15>

AR7

RSVD<14>

N4

RSVD<13>

AR9

RSVD<12>

AR8

RSVD<11>

AV42

RSVD<10>

AU6

RSVD<9>

AT39

RSVD<8>

AF34

DMI_RX_DP<3>

AG33

DMI_RX_DP<2>

AH34

DMI_RX_DP<1>

AJ33

DMI_RX_DP<0>

AF35

DMI_RX_DN<3>

AG34

DMI_RX_DN<2>

AH35

DMI_RX_DN<1>

AJ34

DMI_RX_DN<0>

G40

TEST3

N33

TEST2

C4

TEST1

H4

TEST0

L38

DDR23_RCOMP<2>

E36

DDR23_RCOMP<1>

H35

DDR23_RCOMP<0>

M4

DDR1_RCOMP<2>

N7

DDR1_RCOMP<1>

J4

DDR1_RCOMP<0>

AL33

ERROR_N<2>

AM34

ERROR_N<1>

AL34

ERROR_N<0>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

7/13

RSVD<28> RSVD<27> RSVD<26> RSVD<25> RSVD<24> RSVD<23> RSVD<36> RSVD<35> RSVD<34> RSVD<33> RSVD<32> RSVD<31> RSVD<30> RSVD<29> RSVD<22> RSVD<21>

RSVD<20> RSVD<19>

DMI_TX_DP<3> DMI_TX_DP<2> DMI_TX_DP<1> DMI_TX_DP<0>

DMI_TX_DN<3> DMI_TX_DN<2> DMI_TX_DN<1> DMI_TX_DN<0>

RSVD<0> RSVD<1> RSVD<2> RSVD<3> RSVD<4> RSVD<5>

NC_CPU2_RSVD_28

AG9

NC_CPU2_RSVD_27

AJ10

NC_CPU2_RSVD_26

AL9

NC_CPU2_RSVD_25

AK11

NC_CPU2_RSVD_24

AM9

NC_CPU2_RSVD_23

AK10

NC_CPU2_RSVD_36

AH8

NC_CPU2_RSVD_35

AM8

NC_CPU2_RSVD_34

AJ8

NC_CPU2_RSVD_33

AH9

NC_CPU2_RSVD_32

AK9

NC_CPU2_RSVD_31

AF11

NC_CPU2_RSVD_30

AH10

NC_CPU2_RSVD_29

AG11

NC_CPU2_RSVD_22

AG10

NC_CPU2_RSVD_21

AH11

NC_CPU2_RSVD_20

AK8

NC_CPU2_RSVD_19

AG8

TP_PE_CPU2_DMI_SB_3_C_DP

AJ37

TP_PE_CPU2_DMI_SB_2_C_DP

AK36

TP_PE_CPU2_DMI_SB_1_C_DP

AL37

TP_PE_CPU2_DMI_SB_0_C_DP

AM36

TP_PE_CPU2_DMI_SB_3_C_DN

AJ36

TP_PE_CPU2_DMI_SB_2_C_DN

AK35

TP_PE_CPU2_DMI_SB_1_C_DN

AL36

TP_PE_CPU2_DMI_SB_0_C_DN

AM35

NTP_CPU2_RSVD_0

AL30

NTP_CPU2_RSVD_1

M20

NTP_CPU2_RSVD_2

M19

NTP_CPU2_RSVD_3

L16

NTP_CPU2_RSVD_4

M12

NTP_CPU2_RSVD_5

M21

Harbor City is TP.

TP69TP69

TP72TP72

TP78TP78

TP74TP74

Harbor City is TP.

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU2 DMI

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 36 185

8

7

6

5

4

3

01015C800-000-G 36 185

2

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

8

Κ

7

6

5

4

3

2

1

http://adf.ly/3o8pJ

Lane Reversed & DP\DN swapped on most lanes.(Reference Harbor City CRB Rev 1.0) For routing need to redefine.

CPU2H

D D

C C

QPI_CPU1_CPU2_00_DN(24) QPI_CPU1_CPU2_01_DN(24) QPI_CPU1_CPU2_02_DN(24) QPI_CPU1_CPU2_03_DN(24) QPI_CPU1_CPU2_04_DN(24) QPI_CPU1_CPU2_05_DN(24) QPI_CPU1_CPU2_06_DN(24) QPI_CPU1_CPU2_07_DN(24) QPI_CPU1_CPU2_08_DN(24) QPI_CPU1_CPU2_09_DN(24) QPI_CPU1_CPU2_10_DN(24) QPI_CPU1_CPU2_11_DN(24) QPI_CPU1_CPU2_12_DN(24) QPI_CPU1_CPU2_13_DN(24) QPI_CPU1_CPU2_14_DN(24) QPI_CPU1_CPU2_15_DN(24) QPI_CPU1_CPU2_16_DN(24) QPI_CPU1_CPU2_17_DN(24) QPI_CPU1_CPU2_18_DN(24) QPI_CPU1_CPU2_19_DN(24)

QPI_CPU1_CPU2_00_DP(24) QPI_CPU1_CPU2_01_DP(24) QPI_CPU1_CPU2_02_DP(24) QPI_CPU1_CPU2_03_DP(24) QPI_CPU1_CPU2_04_DP(24) QPI_CPU1_CPU2_05_DP(24) QPI_CPU1_CPU2_06_DP(24) QPI_CPU1_CPU2_07_DP(24) QPI_CPU1_CPU2_08_DP(24) QPI_CPU1_CPU2_09_DP(24) QPI_CPU1_CPU2_10_DP(24) QPI_CPU1_CPU2_11_DP(24) QPI_CPU1_CPU2_12_DP(24) QPI_CPU1_CPU2_13_DP(24) QPI_CPU1_CPU2_14_DP(24) QPI_CPU1_CPU2_15_DP(24) QPI_CPU1_CPU2_16_DP(24) QPI_CPU1_CPU2_17_DP(24) QPI_CPU1_CPU2_18_DP(24) QPI_CPU1_CPU2_19_DP(24)

QPI_CPU1_CPU2_CK_DP(24) QPI_CPU1_CPU2_CK_DN(24)

QPI_CPU1_CPU2_00_DN QPI_CPU1_CPU2_01_DN QPI_CPU1_CPU2_02_DN QPI_CPU1_CPU2_03_DN QPI_CPU1_CPU2_04_DN QPI_CPU1_CPU2_05_DN QPI_CPU1_CPU2_06_DN QPI_CPU1_CPU2_07_DN QPI_CPU1_CPU2_08_DN QPI_CPU1_CPU2_09_DN QPI_CPU1_CPU2_10_DN QPI_CPU1_CPU2_11_DN QPI_CPU1_CPU2_12_DN QPI_CPU1_CPU2_13_DN QPI_CPU1_CPU2_14_DN QPI_CPU1_CPU2_15_DN QPI_CPU1_CPU2_16_DN QPI_CPU1_CPU2_17_DN QPI_CPU1_CPU2_18_DN QPI_CPU1_CPU2_19_DN

QPI_CPU1_CPU2_00_DP QPI_CPU1_CPU2_01_DP QPI_CPU1_CPU2_02_DP QPI_CPU1_CPU2_03_DP QPI_CPU1_CPU2_04_DP QPI_CPU1_CPU2_05_DP QPI_CPU1_CPU2_06_DP QPI_CPU1_CPU2_07_DP QPI_CPU1_CPU2_08_DP QPI_CPU1_CPU2_09_DP QPI_CPU1_CPU2_10_DP QPI_CPU1_CPU2_11_DP QPI_CPU1_CPU2_12_DP QPI_CPU1_CPU2_13_DP QPI_CPU1_CPU2_14_DP QPI_CPU1_CPU2_15_DP QPI_CPU1_CPU2_16_DP QPI_CPU1_CPU2_17_DP QPI_CPU1_CPU2_18_DP QPI_CPU1_CPU2_19_DP

QPI_CPU1_CPU2_CK_DP QPI_CPU1_CPU2_CK_DN

AG3

QPI1_DRX_DP<19>

AG5

QPI1_DRX_DP<18>

AH2

QPI1_DRX_DP<17>

AH4

QPI1_DRX_DP<16>

AJ3

QPI1_DRX_DP<15>

AJ5

QPI1_DRX_DP<14>

AK2

QPI1_DRX_DP<13>

AK4

QPI1_DRX_DP<12>

AL3

QPI1_DRX_DP<11>

AM4

QPI1_DRX_DP<10>

AM2

QPI1_DRX_DP<9>

AN5

QPI1_DRX_DP<8>

AN3

QPI1_DRX_DP<7>

AP7

QPI1_DRX_DP<6>

AP2

QPI1_DRX_DP<5>

AP5

QPI1_DRX_DP<4>

AR3

QPI1_DRX_DP<3>

AR6

QPI1_DRX_DP<2>

AT2

QPI1_DRX_DP<1>

AT5

QPI1_DRX_DP<0>

AG2

QPI1_DRX_DN<19>

AG6

QPI1_DRX_DN<18>

AH1

QPI1_DRX_DN<17>

AH5

QPI1_DRX_DN<16>

AJ2

QPI1_DRX_DN<15>

AJ6

QPI1_DRX_DN<14>

AK1

QPI1_DRX_DN<13>

AK5

QPI1_DRX_DN<12>

AL2

QPI1_DRX_DN<11>

AM5

QPI1_DRX_DN<10>

AM1

QPI1_DRX_DN<9>

AN6

QPI1_DRX_DN<8>

AN2

QPI1_DRX_DN<7>

AP8

QPI1_DRX_DN<6>

AP1

QPI1_DRX_DN<5>

AP4

QPI1_DRX_DN<4>

AR2

QPI1_DRX_DN<3>

AR5

QPI1_DRX_DN<2>

AT1

QPI1_DRX_DN<1>

AT4

QPI1_DRX_DN<0>

AL6

QPI1_CLKRX_DP

AL5

QPI1_CLKRX_DN

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

8/13

QPI1_DTX_DP<19> QPI1_DTX_DP<18> QPI1_DTX_DP<17> QPI1_DTX_DP<16> QPI1_DTX_DP<15> QPI1_DTX_DP<14> QPI1_DTX_DP<13> QPI1_DTX_DP<12> QPI1_DTX_DP<11> QPI1_DTX_DP<10>

QPI1_DTX_DP<9> QPI1_DTX_DP<8> QPI1_DTX_DP<7> QPI1_DTX_DP<6> QPI1_DTX_DP<5> QPI1_DTX_DP<4> QPI1_DTX_DP<3> QPI1_DTX_DP<2> QPI1_DTX_DP<1> QPI1_DTX_DP<0>

QPI1_DTX_DN<19> QPI1_DTX_DN<18> QPI1_DTX_DN<17> QPI1_DTX_DN<16> QPI1_DTX_DN<15> QPI1_DTX_DN<14> QPI1_DTX_DN<13> QPI1_DTX_DN<12> QPI1_DTX_DN<11> QPI1_DTX_DN<10>

QPI1_DTX_DN<9> QPI1_DTX_DN<8> QPI1_DTX_DN<7> QPI1_DTX_DN<6> QPI1_DTX_DN<5> QPI1_DTX_DN<4> QPI1_DTX_DN<3> QPI1_DTX_DN<2> QPI1_DTX_DN<1> QPI1_DTX_DN<0>

QPI1_CLKTX_DP QPI1_CLKTX_DN

AV2 AV5 AW3 AW6 AY4 AV7 BA5 AU8 BA7 AV9 AY8 AU10 AY10 AV11 BA11 AU12 AY12 AV13 BA13 AY14

AV1 AV4 AW2 AW5 AY3 AU7 BA4 AT8 AY7 AU9 AW8 AT10 AW10 AU11 AY11 AT12 AW12 AU13 AY13 AW14

BA9 AY9

QPI_CPU2_CPU1_19_DP QPI_CPU2_CPU1_18_DP QPI_CPU2_CPU1_17_DP QPI_CPU2_CPU1_16_DP QPI_CPU2_CPU1_15_DP QPI_CPU2_CPU1_14_DP QPI_CPU2_CPU1_13_DP QPI_CPU2_CPU1_12_DP QPI_CPU2_CPU1_11_DP QPI_CPU2_CPU1_10_DP QPI_CPU2_CPU1_09_DP QPI_CPU2_CPU1_08_DP QPI_CPU2_CPU1_07_DP QPI_CPU2_CPU1_06_DP QPI_CPU2_CPU1_05_DP QPI_CPU2_CPU1_04_DP QPI_CPU2_CPU1_03_DP QPI_CPU2_CPU1_02_DP QPI_CPU2_CPU1_01_DP QPI_CPU2_CPU1_00_DP

QPI_CPU2_CPU1_19_DN QPI_CPU2_CPU1_18_DN QPI_CPU2_CPU1_17_DN QPI_CPU2_CPU1_16_DN QPI_CPU2_CPU1_15_DN QPI_CPU2_CPU1_14_DN QPI_CPU2_CPU1_13_DN QPI_CPU2_CPU1_12_DN QPI_CPU2_CPU1_11_DN QPI_CPU2_CPU1_10_DN QPI_CPU2_CPU1_09_DN QPI_CPU2_CPU1_08_DN QPI_CPU2_CPU1_07_DN QPI_CPU2_CPU1_06_DN QPI_CPU2_CPU1_05_DN QPI_CPU2_CPU1_04_DN QPI_CPU2_CPU1_03_DN QPI_CPU2_CPU1_02_DN QPI_CPU2_CPU1_01_DN QPI_CPU2_CPU1_00_DN

QPI_CPU2_CPU1_CK_DP QPI_CPU2_CPU1_CK_DN

QPI_CPU2_CPU1_19_DP (24) QPI_CPU2_CPU1_18_DP (24) QPI_CPU2_CPU1_17_DP (24) QPI_CPU2_CPU1_16_DP (24) QPI_CPU2_CPU1_15_DP (24) QPI_CPU2_CPU1_14_DP (24) QPI_CPU2_CPU1_13_DP (24) QPI_CPU2_CPU1_12_DP (24) QPI_CPU2_CPU1_11_DP (24) QPI_CPU2_CPU1_10_DP (24) QPI_CPU2_CPU1_09_DP (24) QPI_CPU2_CPU1_08_DP (24) QPI_CPU2_CPU1_07_DP (24) QPI_CPU2_CPU1_06_DP (24) QPI_CPU2_CPU1_05_DP (24) QPI_CPU2_CPU1_04_DP (24) QPI_CPU2_CPU1_03_DP (24) QPI_CPU2_CPU1_02_DP (24) QPI_CPU2_CPU1_01_DP (24) QPI_CPU2_CPU1_00_DP (24)

QPI_CPU2_CPU1_19_DN (24) QPI_CPU2_CPU1_18_DN (24) QPI_CPU2_CPU1_17_DN (24) QPI_CPU2_CPU1_16_DN (24) QPI_CPU2_CPU1_15_DN (24) QPI_CPU2_CPU1_14_DN (24) QPI_CPU2_CPU1_13_DN (24) QPI_CPU2_CPU1_12_DN (24) QPI_CPU2_CPU1_11_DN (24) QPI_CPU2_CPU1_10_DN (24) QPI_CPU2_CPU1_09_DN (24) QPI_CPU2_CPU1_08_DN (24) QPI_CPU2_CPU1_07_DN (24) QPI_CPU2_CPU1_06_DN (24) QPI_CPU2_CPU1_05_DN (24) QPI_CPU2_CPU1_04_DN (24) QPI_CPU2_CPU1_03_DN (24) QPI_CPU2_CPU1_02_DN (24) QPI_CPU2_CPU1_01_DN (24) QPI_CPU2_CPU1_00_DN (24)

QPI_CPU2_CPU1_CK_DP (24) QPI_CPU2_CPU1_CK_DN (24)

QPI LINK CONNECTIVITY

B B

CPU1 PIN NAME

QPI1_DTX_DP(19..0)

QPI1_DTX_DN(19..0)

QPI1_DRX_DN(0..19)

QPI_CPU2_CPU1_DN(19..0) YES-ALL LANES

BUS NAMING CONVENTION

EXAMPLEΚQPI_CPU1_CPU2_DP = QPI TECH, FROM CPU1, TO CPU2, DP POLARITY

A A

8

7

QPI1_DRX_DP(0..19)

TECHNOLOGY_FROM_TO POLARITY

6

(REFER TO HARBOR CITY CRB Rev1.0)

CPU2 PIN NAME

QPI1_DRX_DN(0..19)

QPI1_DRX_DP(0..19)

QPI1_DTX_DP(19..0)

QPI1_DTX_DN(19..0)

5

LANE REVERSALName POLARITY INVERSION

YES-ALL LANESQPI_CPU1_CPU2_DP(19..0)

YES-ALL LANESQPI_CPU1_CPU2_DN(19..0)

YES-ALL LANESQPI_CPU2_CPU1_DP(19..0)

4

YES-ALL LANES

3

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU2 QPI

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 37 185

2

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

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7

6

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http://adf.ly/3o8pJ

+VCORE_CPU2 +VCORE_CPU2

D D

CPU2I

R33

VCC<134>

U11

VCC<133>

T11

VCC<132>

AA11

VCC<131>

AA33

VCC<130>

AB11

VCC<129>

AB33

VCC<128>

AC11

VCC<127>

AE11

VCC<126>

AK15

VCC<125>

AK16

VCC<124>

AK18

VCC<123>

AK19

VCC<122>

AK21

VCC<121>

AK22

VCC<120>

AK24

VCC<119>

AK25

VCC<118>

AK27

VCC<117>

AK28

VCC<116>

AL15

VCC<115>

AL16

VCC<114>

AL18

VCC<113>

C C

B B

AL19

VCC<112>

AL21

VCC<111>

AL22

VCC<110>

AL24

VCC<109>

AL25

VCC<108>

AL27

VCC<107>

AL28

VCC<106>

AM15

VCC<105>

AM16

VCC<104>

AM18

VCC<103>

AM19

VCC<102>

AM21

VCC<101>

AM22

VCC<100>

AM24

VCC<99>

AM25

VCC<98>

AM27

VCC<97>

AM28

VCC<96>

AN15

VCC<95>

AN16

VCC<94>

AN18

VCC<93>

AN19

VCC<92>

AN21

VCC<91>

AN22

VCC<90>

AN24

VCC<89>

AN25

VCC<88>

AN27

VCC<87>

AN28

VCC<86>

AP15

VCC<85>

AP16

VCC<84>

AP18

VCC<83>

AP19

VCC<82>

AP21

VCC<81>

AP22

VCC<80>

AP24

VCC<79>

AP25

VCC<78>

AP27

VCC<77>

AP28

VCC<76>

AR15

VCC<75>

AR16

VCC<74>

AR18

VCC<73>

AR19

VCC<72>

AR21

VCC<71>

AR22

VCC<70>

AR24

VCC<69>

AR25

VCC<68>

AR27

VCC<67>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

9/13

VCC<66> VCC<65> VCC<64> VCC<63> VCC<62> VCC<61> VCC<60> VCC<59> VCC<58> VCC<57> VCC<56> VCC<55> VCC<54> VCC<53> VCC<52> VCC<51> VCC<50> VCC<49> VCC<48> VCC<47> VCC<46> VCC<45> VCC<44> VCC<43> VCC<42> VCC<41> VCC<40> VCC<39> VCC<38> VCC<37> VCC<36> VCC<35> VCC<34> VCC<33> VCC<32> VCC<31> VCC<30> VCC<29> VCC<28> VCC<27> VCC<26> VCC<25> VCC<24> VCC<23> VCC<22> VCC<21> VCC<20> VCC<19> VCC<18> VCC<17> VCC<16> VCC<15> VCC<14> VCC<13> VCC<12> VCC<11> VCC<10>

VCC<9> VCC<8> VCC<7> VCC<6> VCC<5> VCC<4> VCC<3> VCC<2> VCC<1> VCC<0>

AR28 AT15 AT16 AT18 AT19 AT21 AT22 AT24 AT25 AT27 AT28 AU15 AU16 AU18 AU19 AU21 AU22 AU24 AU25 AU27 AU28 AV15 AV16 AV18 AV19 AV21 AV22 AV24 AV25 AV27 AV28 AW15 AW16 AW18 AW19 AW21 AW22 AW24 AW25 AW27 AW28 AY15 AY16 AY18 AY19 AY24 AY25 AY27 AY28 BA15 BA16 BA18 BA19 BA24 BA25 BA27 BA28 Y11 Y33 AD11 R11 T33 U33 V11 V33 W11 W33

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU2 POWER (VCC)

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 39 185

8

7

6

5

4

3

01015C800-000-G 39 185

2

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

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D D

P11 B2 N11 AK33 AE34

AR36 AV36

AK34 AE33

AE35 AE36 AE37 AE38 AE41 AE42 AE43 AF36 AG41 AJ41 AM37 AL38 AL41 AD39 AN41 AF33 AR41 AT40 AF37 AV40 AH37 AV43 AY42

AV34 AN35 AP34 AP33 AP35

M30 M29 M26 M31 AJ7 AK3 AK30 AN7 M14 M15 M17 AP3 AV30 AV32 BA30 M25

+1.8V_CPU2+VTT_CPU2

CPU2_SKT_VCORE_VSENP NC_CPU2_RSVD_55 CPU2_SKT_VCORE_VSENN CPU2_SKT_VTT_VSENN CPU2_SKT_VSA_VSENN

CPU2_SKT_VTT_VSENP CPU2_SKT_VSA_VSENP

V_VSA_CPU2

+VTT_CPU2

CPU2_SKT_VCORE_VSENP (117)

CPU2_SKT_VCORE_VSENN (117) CPU2_SKT_VTT_VSENN (134) CPU2_SKT_VSA_VSENN (117)

CPU2_SKT_VTT_VSENP (134) CPU2_SKT_VSA_VSENP (117)

CPU2J

AT7

VTTA<3>

AW7

VTTA<2>

AW9

VTTA<1>

AY2

V_MEM_VDD_CPU2

C C

B B

VTTA<0>

AF9

VTTD<16>

K18

VCCD<15>

K16

VCCD<14>

K11

VCCD<13>

H20

VCCD<12>

H15

VCCD<11>

G22

VCCD<10>

H25

VCCD<9>

J13

VCCD<8>

G17

VCCD<7>

G12

VCCD<6>

F24

VCCD<5>

F19

VCCD<4>

K26

VCCD<3>

F14

VCCD<2>

E26

VCCD<1>

E21

VCCD<0>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

10/13

VCC_SENSE

RSVD<55>

VSS_VCC_SENSE

VSS_VTTD_SENSE

VSS_VSA_SENSE

VCCPLL<1> VCCPLL<0>

VTTD_SENSE

VSA_SENSE

VSA<22> VSA<21> VSA<20> VSA<19> VSA<18> VSA<17> VSA<16> VSA<15> VSA<14> VSA<13> VSA<12> VSA<11> VSA<10>

VSA<9> VSA<8> VSA<7> VSA<6> VSA<5> VSA<4> VSA<3> VSA<2> VSA<1> VSA<0>

VTTA<8> VTTA<7> VTTA<6> VTTA<5> VTTA<4>

VTTD<15> VTTD<14> VTTD<13> VTTD<12> VTTD<11> VTTD<10>

VTTD<9> VTTD<8> VTTD<7> VTTD<6> VTTD<5> VTTD<4> VTTD<3> VTTD<2> VTTD<1> VTTD<0>

CPU2K

P4

VSS<352>

T42

VSS<351>

T7

VSS<350>

U2

VSS<349>

U37

VSS<348>

U4

VSS<347>

V42

VSS<346>

W2

VSS<345>

Y37

VSS<344>

W34

VSS<343>

P3

VSS<342>

R10

VSS<341>

Y4

VSS<340>

V39

VSS<339>

T10

VSS<338>

R34

VSS<337>

W9

VSS<336>

Y40

VSS<335>

W6

VSS<334>

W5

VSS<333>

W37

VSS<332>

P37

VSS<331>

P7

VSS<330>

Y7

VSS<329>

P40

VSS<328>

Y34

VSS<327>

V10

VSS<326>

V35

VSS<325>

V36

VSS<324>

V38

VSS<323>

P2

VSS<322>

A4

VSS<321>

A40

VSS<320>

A41

VSS<319>

N42

VSS<318>

N2

VSS<317>

AA4

VSS<316>

AA7

VSS<315>

N1

VSS<314>

AB10

VSS<313>

AB36

VSS<312>

AB4

VSS<311>

AB40

VSS<310>

M9

VSS<309>

AC33

VSS<308>

AC36

VSS<307>

M8

VSS<306>

M6

VSS<305>

AC7

VSS<304>

AD1

VSS<303>

M5

VSS<302>

AD36

VSS<301>

AD38

VSS<300>

M43

VSS<299>

AD4

VSS<298>

AD41

VSS<297>

AD7

VSS<296>

AE3

VSS<295>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

11/13

VSS<294> VSS<293> VSS<292> VSS<291> VSS<290> VSS<289> VSS<288> VSS<287> VSS<286> VSS<285> VSS<284> VSS<283> VSS<282> VSS<281> VSS<280> VSS<279> VSS<278> VSS<277> VSS<276> VSS<275> VSS<274> VSS<273> VSS<272> VSS<271> VSS<270> VSS<269> VSS<268> VSS<267> VSS<266> VSS<265> VSS<264> VSS<263> VSS<262> VSS<261> VSS<260> VSS<259> VSS<258> VSS<257> VSS<256> VSS<255> VSS<254> VSS<253> VSS<252> VSS<251> VSS<250> VSS<249> VSS<248> VSS<247> VSS<246> VSS<245> VSS<244> VSS<243> VSS<242> VSS<241> VSS<240> VSS<239> VSS<238> VSS<237> VSS<236>

M42 AF10 AF2 M35 M33 AF40 AF43 AF5 AF6 AF8 AG1 M28 M27 M23 M11 AH40 AH43 L39 L37 AJ1 AJ35 AJ4 L24 AK14 AK17 AK20 AK23 AK26 AK29 AK31 AK40 AK43 L19 AL1 AL14 AL17 AL20 AL23 AL26 AL29 AL4 L14 K21 AM17 AM20 AM23 AM26 AM29 K2 J9 AM40 AM43 J8 AN1 J6 AN17 AN20 AN23 AN26

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU2 POWER/GROUND (VTT/VSA/VSS)

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 40 185

8

7

6

5

4

3

01015C800-000-G 40 185

2

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

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6

5

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http://adf.ly/3o8pJ

D D

CPU2L

AN29

VSS<235>

J5

VSS<234>

J42

VSS<233>

AN4

VSS<232>

J36

VSS<231>

J35

VSS<230>

J27

VSS<229>

AP17

VSS<228>

AP20

VSS<227>

AP23

VSS<226>

AP26

VSS<225>

AP29

VSS<224>

J23

VSS<223>

AP40

VSS<222>

AP43

VSS<221>

AP6

VSS<220>

AR1

VSS<219>

AR14

VSS<218>

AR17

VSS<217>

C C

B B

AR20

VSS<216>

AR23

VSS<215>

AR26

VSS<214>

AR34

VSS<213>

AR38

VSS<212>

AR4

VSS<211>

AT17

VSS<210>

AT20

VSS<209>

AT23

VSS<208>

AT26

VSS<207>

J10

VSS<206>

AT43

VSS<205>

AT9

VSS<204>

AU1

VSS<203>

AU17

VSS<202>

AU20

VSS<201>

AU23

VSS<200>

AU26

VSS<199>

H40

VSS<198>

AU37

VSS<197>

AU41

VSS<196>

AU5

VSS<195>

AV10

VSS<194>

AV12

VSS<193>

AV14

VSS<192>

AV17

VSS<191>

AV20

VSS<190>

AV23

VSS<189>

AV26

VSS<188>

AV3

VSS<187>

H3

VSS<186>

AV6

VSS<185>

AV8

VSS<184>

AW1

VSS<183>

AW17

VSS<182>

AW20

VSS<181>

AW23

VSS<180>

AW26

VSS<179>

AW39

VSS<178>

AW42

VSS<177>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

12/13

VSS<176> VSS<175> VSS<174> VSS<173> VSS<172> VSS<171> VSS<170> VSS<169> VSS<168> VSS<167> VSS<166> VSS<165> VSS<164> VSS<163> VSS<162> VSS<161> VSS<160> VSS<159> VSS<158> VSS<157> VSS<156> VSS<155> VSS<154> VSS<153> VSS<152> VSS<151> VSS<150> VSS<149> VSS<148> VSS<147> VSS<146> VSS<145> VSS<144> VSS<143> VSS<142> VSS<141> VSS<140> VSS<139> VSS<138> VSS<137> VSS<136> VSS<135> VSS<134> VSS<133> VSS<132> VSS<131> VSS<130> VSS<129> VSS<128> VSS<127> VSS<126> VSS<125> VSS<124> VSS<123> VSS<122> VSS<121> VSS<120> VSS<119> VSS<118>

AY17 AY20 AY26 H2 AY33 AY35 AY37 AY5 H1 B3 B42 BA10 BA12 BA14 BA17 BA20 BA26 G43 BA3 G42 BA40 BA8 G4 G35 C30 C32 G34 G33 F9 F7 F6 F5 C40 C43 F39 C7 C8 C9 D1 D36 F38 F36 E16 F28 E23 F27 E4 E40 F10 E11 D40 D4 D38 D35 D34 F29 F30 F31 F32

CPU2M

F33

VSS<117>

D33

VSS<116>

F35

VSS<115>

F37

VSS<114>

F4

VSS<113>

F40

VSS<112>

F8

VSS<111>

D20

VSS<110>

D18

VSS<109>

D13

VSS<108>

C6

VSS<107>

C5

VSS<106>

C36

VSS<105>

G41

VSS<104>

C31

VSS<103>

C25

VSS<102>

C2

VSS<101>

C15

VSS<100>

C10

VSS<99>

BA32

VSS<98>

B40

VSS<97>

B36

VSS<96>

B27

VSS<95>

B17

VSS<94>

B12

VSS<93>

AW4

VSS<92>

AW31

VSS<91>

J28

VSS<90>

J29

VSS<89>

J30

VSS<88>

J31

VSS<87>

J32

VSS<86>

AW29

VSS<85>

AU35

VSS<84>

J37

VSS<83>

AU33

VSS<82>

J40

VSS<81>

J7

VSS<80>

K37

VSS<79>

K4

VSS<78>

K40

VSS<77>

AT31

VSS<76>

AT29

VSS<75>

AT13

VSS<74>

AT11

VSS<73>

AR32

VSS<72>

L4

VSS<71>

L40

VSS<70>

AR29

VSS<69>

M10

VSS<68>

M13

VSS<67>

M16

VSS<66>

AP9

VSS<65>

AP14

VSS<64>

AN38

VSS<63>

M32

VSS<62>

M34

VSS<61>

M37

VSS<60>

AN31

VSS<59>

PE135627-4371-0DH

BGA1356-1_016H6_9A-CPUSK

13/13

VSS<58> VSS<57> VSS<56> VSS<55> VSS<54> VSS<53> VSS<52> VSS<51> VSS<50> VSS<49> VSS<48> VSS<47> VSS<46> VSS<45> VSS<44> VSS<43> VSS<42> VSS<41> VSS<40> VSS<39> VSS<38> VSS<37> VSS<36> VSS<35> VSS<34> VSS<33> VSS<32> VSS<31> VSS<30> VSS<29> VSS<28> VSS<27> VSS<26> VSS<25> VSS<24> VSS<23> VSS<22> VSS<21> VSS<20> VSS<19> VSS<18> VSS<17> VSS<16> VSS<15> VSS<14> VSS<13> VSS<12> VSS<11> VSS<10>

VSS<9> VSS<8> VSS<7> VSS<6> VSS<5> VSS<4> VSS<3> VSS<2> VSS<1> VSS<0>

M40 AN13 M7 AN12 AM6 AM33 N37 AM10 N40 AL8 AL35 AK37 AJ9 P10 P33 AJ38 AJ11 AH6 AH36 AH33 R37 R4 R40 AG4 R7 AG38 AG35 T34 T37 T4 T40 U10 U34 AE10 U40 AD33 U7 AD10 AC40 AC4 V4 AC10 V43 V7 W1 AB7 AC43 W3 AB37 AA40 W40 AA37 AA34 AA10 A5 A29 A24 A19 A14

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU2 GROUND (VSS)

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 41 185

8

7

6

5

4

3

01015C800-000-G 41 185

2

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

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1

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5

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http://adf.ly/3o8pJ

D D

V_MEM_VDD_CPU1

R1072 4.75kohm

+/-1% R0402H0_4

Harbor City is 4.7 kohm.

+VTT_CPU1

C C

+VTT_CPU1

B B

+VTT_CPU1

Place<2" from CPU1

R1089 200ohm

+/-1% R0402H0_4

R1744 130ohm

+/-1% R0402H0_4

Note: It used 75ohm instead of 130ohm for ERROR[2:0] because they are not connected between CPUs. Notier: Use 130 Ohms if shared, 75 Ohms if not [BLR]

R1722 130ohm

+/-1% R0402H0_4

R1723 130ohm

+/-1% R0402H0_4

R1717 130ohm

+/-1% R0402H0_4

R1125 75ohm

+/-1% R0402H0_4

R1131 750ohm

+/-1% R0402H0_4

Harbor City is 240 ohm.

R1025 130ohm

+/-1% R0402H0_4

R1027 26.1ohm

+/-1% R0402H0_4

R1734 200ohm

+/-1% R0402H0_4

R1037 130ohm

+/-1% R0402H0_4

R1735 26.1ohm

+/-1% R0402H0_4

R1733 200ohm

+/-1% R0402H0_4

Harbor City's CPU Pins are defined test points. Doesn't have this circuit.

R1720 750ohm

+/-1% R0402H0_4

R1721 750ohm

+/-1% R0402H0_4

CPU1_CAT_ERR_N(16)

CPU2_CAT_ERR_N(29,43)

CPU_PROCHOT_N (16,29,43,155)

CPU1_CAT_ERR_N

CPU1_ERROR0_N (23,85)

CPU1_ERROR1_N (23,85)

CPU1_ERROR2_N (23,158)

CPU1_THERMTRIP_N (16,155)

COMBINED_MEMHOT_N (16,29,155)

CPU1_DDR23_RCOMP_0 (23)

CPU1_DDR23_RCOMP_1 (23)

CPU1_DDR23_RCOMP_2 (23)

CPU1_DDR1_RCOMP_0 (23)

CPU1_DDR1_RCOMP_1 (23)

CPU1_DDR1_RCOMP_2 (23)

CPU1_PEHP_SCL (16)

CPU1_PEHP_SDA (16)

CPU1_CAT_ERR_N

CPU2_CAT_ERR_N

+3.3VAUX

Harbor City is pull-up R2355

CPU1_PG

R1748 0ohm

+/-5% R0402H0_4

R1752 0ohm

+/-5% R0402H0_4

R1725

R955

4.75kohm

+/-1%

R0402H0_4

R956

4.75kohm

Harbor City is 4.7 kohm.

+/-1%

R0402H0_4

+VTT_CPU1

R1103 237ohm

+/-1%, R0402H0_4

R1104 237ohm

+/-1%, R0402H0_4

DEPOP

R1127 237ohm

+/-1%, R0402H0_4

DEPOP

R1724 237ohm

+/-1%, R0402H0_4

DEPOP

R1079 237ohm

+/-1%, R0402H0_4

DEPOP

R1088 237ohm

+/-1%, R0402H0_4

R1115 1.5kohm

+/-1% R0402H0_4

DEPOP

CPU_COMBINED_CAT_ERR_N_R

B

CPU1_MEM_VDD_PG (16,155)

Harbor City is 4.7 kohm.

+3.3VAUX

R1128

4.75kohm

+/-1%

R0402H0_4

DEPOP

Q25

SOT-23-BECH1_1

MMBT3904-7-F

MMBT3904-7-F DEPOP

DEPOP

E C

CPU1_PRES_N (16,153)

CPU1_IVT_ID_N (16,155)

CPU1_FRMAGENT (16)

CPU1_BMCINIT (16)

CPU1_LT_EN (16)

CPU1_SAFE_MODE_BOOT (16)

CPU1_DMIGEN2EN (16)

CPU1_BIST_EN (16)

R1124 1.5kohm

+/-1% R0402H0_4

SVID_CPU1_SVCLK

D

2N7002KT1G

SOT-23-GSDH1_12

G

S

R1751 1kohm

+/-1% R0402H0_4

CPU1_SVID_CLK_R(16)

CPU1_SVID_DATA_R(16)

CPU1_SVID_ALERT_R_N(16)

SVID_KILL (43,153)

Q26

CPU_COMBINED_CAT_ERR_N (155)

DEPOP

C0402H0_55

CPU1_ERROR0_N(23,85)

CPU1_ERROR1_N(23,85)

CPU1_ERROR2_N(23,158)

+VTT_CPU1

C395

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

R1116

56ohm

+/-1%

R0402H0_4

CPU1_PG

C549

22pF

+/-5%

50V

50V C0G

C0G

R943

56ohm

+/-1%

R0402H0_4

OR

R1726

4.7kohm

+/-1%

R0402H0_4

DEPOP

R1730 0ohm

+/-5% R0402H0_4

R1729 0ohm

+/-5% R0402H0_4

R1056

Harbor City is pull-up CPU1_PG_R.

49.9ohm

+/-1%

R0402H0_4

CPU1_PG (70,155)CPU1_PG_R(16)

Harbor City is 20 pF.

R939

100ohm

+/-1%

R0402H0_4

SVID_CPU1_SVCLK

R1719 0ohm

+/-5% R0402H0_4

R1718 0ohm

+/-5% R0402H0_4

R1716 0ohm

+/-5% R0402H0_4

Place caps near R943/R939

C396

10uF

+/-20%

6.3V

6.3V X5R

X5R

C0603H0_9

R947 0ohm

+/-5% R0402H0_4

R946 0ohm

+/-5% R0402H0_4

R944 220ohm

+/-1% R0402H0_4

POP FOR BMC PECI POP FOR PCH PECI

+VTT_CPU1 +VTT_CPU1

R936

4.7kohm

+/-1%

R0402H0_4

DEPOP

PCH_PECI(73)

R1731 0ohm

BMC_PECI(160)

SPIVU2_PECI(152)

Harbor City is 54.9 ohm.

Harbor City is 5.1 ohm.

CPU1_RST_R_N(16) CPU1_RST_N (70,155)

R1055 20ohm

+/-1% R0402H0_4

R1118 20ohm

+/-1% R0402H0_4

R1731 0ohm

+/-5% R0402H0_4

+VTT_CPU1

Near CPU1

SVID_CPU1_SVCLK (113,121)

SVID_CPU1_SDIO (113,121)

SVID_CPU1_ALERT_N (113,121)

CPU_PECI (16,29)

CPU2_ERROR0_N (36,43,85)

CPU2_ERROR1_N (36,43,85)

CPU2_ERROR2_N (36,43,158)

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU1 Decoupling

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 42 185

8

7

6

5

4

3

01015C800-000-G 42 185

2

Module Integration Business Group (MIBG)

01/25/2011, 10:58 AM

RevSheet

of

X00

1

5

4

3

2

1

http://adf.ly/3o8pJ

D D

+VTT_CPU1

C C

+VTT_CPU2

B B

+VTT_CPU2

A A

Place<2" from CPU2

R1092 200ohm

+/-1% R0402H0_4

DEPOP

R1096 130ohm

+/-1% R0402H0_4

Note: It used 75ohm instead of 130ohm for ERROR[2:0] because they are not connected between CPUs.

R1015 130ohm

+/-1% R0402H0_4

R1014 130ohm

+/-1% R0402H0_4

R1016 130ohm

+/-1% R0402H0_4

R1076 75ohm

+/-1% R0402H0_4

R1737 130ohm

+/-1% R0402H0_4

R1044 26.1ohm

+/-1% R0402H0_4

R1046 200ohm

+/-1% R0402H0_4

R1738 130ohm

+/-1% R0402H0_4

R1048 26.1ohm

+/-1% R0402H0_4

R1052 200ohm

+/-1% R0402H0_4

Harbor City's CPU Pins are defined test points. Doesn't have this circuit.

R1018 750ohm

+/-1% R0402H0_4

R1019 750ohm

+/-1% R0402H0_4

5

Harbor City is 200 ohm connected to +VTT_CPU2.

CPU_PROCHOT_N (16,29,42,155)

CPU2_CAT_ERR_N (29,42)

CPU2_ERROR0_N (36,42,85)

CPU2_ERROR1_N (36,42,85)

CPU2_ERROR2_N (36,42,158)

CPU2_THERMTRIP_N (29,155)

CPU2_DDR23_RCOMP_0 (36)

CPU2_DDR23_RCOMP_1 (36)

CPU2_DDR23_RCOMP_2 (36)

CPU2_DDR1_RCOMP_0 (36)

CPU2_DDR1_RCOMP_1 (36)

CPU2_DDR1_RCOMP_2 (36)

CPU2_PEHP_SCL (29)

CPU2_PEHP_SDA (29)

+3.3VAUX

+VTT_CPU2

CPU2_PG

4

R981

4.75kohm

+/-1%

R0402H0_4

R980

4.75kohm

+/-1%

R0402H0_4

R1017

4.75kohm

+/-1%

R0402H0_4

Harbor City is 4.7 kohm.

R1091 237ohm

+/-1%, R0402H0_4

R1077 237ohm

+/-1%, R0402H0_4

DEPOP

R1073 237ohm

+/-1%, R0402H0_4

DEPOP

R1022 237ohm

+/-1%, R0402H0_4

DEPOP

R1087 237ohm

+/-1%, R0402H0_4

DEPOP

R1083 237ohm

+/-1%, R0402H0_4

R1071 1.5kohm

+/-1% R0402H0_4

DEPOP

Harbor City is 4.7 kohm.

CPU2_PRES_N (29,70,153)

CPU2_IVT_ID_N (29,155)

CPU2_FRMAGENT (29)

CPU2_BMCINIT (29)

CPU2_LT_EN (29)

CPU2_SAFE_MODE_BOOT (29)

CPU2_DMIGEN2EN (29)

CPU2_BIST_EN (29)

+3.3VAUX

R1085

4.75kohm

+/-1%

R0402H0_4

DEPOP

Q23

SOT-23-BECH1_1

B

MMBT3904-7-F

MMBT3904-7-F DEPOP

DEPOP

E C

CPU2_SVID_ALERT_R_N(29)

R1078 1.5kohm

+/-1% R0402H0_4

SVID_CPU2_SVCLK

D

Q24

2N7002KT1G

SOT-23-GSDH1_12

G

3

SOT-23-GSDH1_12

S

CPU2_SVID_CLK_R(29)

CPU2_SVID_DATA_R(29)

SVID_KILL (42,153)

Place caps near R1010/R1009

C434

10uF

+/-20%

6.3V

6.3V X5R

X5R

C0603H0_9

R1020 0ohm

+/-5% R0402H0_4

R1012 0ohm

+/-5% R0402H0_4

R1013 220ohm

+/-1% R0402H0_4

Harbor City is 54.9 ohm.

Harbor City is 5.1 ohm.

CPU2_RST_R_N(29) CPU2_RST_N (155)

R1070 20ohm

+/-1% R0402H0_4

R1067 20ohm

+/-1% R0402H0_4

V_MEM_VDD_CPU2

R1003 4.75kohm

+/-1% R0402H0_4

2

+VTT_CPU2

C435

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

Harbor City is 4.7 kohm.

R1010

56ohm

+/-1%

R0402H0_4

+VTT_CPU2

R1068

56ohm

+/-1%

R0402H0_4

CPU2_PG

Hon Hai Precision Ind.Co., Ltd.

Title

CPU2 Decoupling

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 43 185

R1009

100ohm

+/-1%

R0402H0_4

R1069

49.9ohm

+/-1%

R0402H0_4

C571

22pF

+/-5%

50V

50V C0G

C0G

C0402H0_55

CPU2_MEM_VDD_PG (29,155)

Near CPU2

SVID_CPU2_SVCLK (117,127)

SVID_CPU2_SDIO (117,127)

SVID_CPU2_ALERT_N (117,127)

CPU2_PG (155)CPU2_PG_R(29)

Harbor City is 20 pF.

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

01/25/2011, 10:57 AM

1

RevSheet

of

X00

5

4

3

2

1

DIMM1A

CPU1_M_CH1_BA_2(18,48) CPU1_M_CH1_BA_1(18,48) CPU1_M_CH1_BA_0(18,48) CPU1_M_CH1_MA_15(18,48) CPU1_M_CH1_MA_14(18,48) CPU1_M_CH1_MA_13(18,48) CPU1_M_CH1_MA_12(18,48) CPU1_M_CH1_MA_11(18,48)

D D

DIMM population

CHA-1DIMM 1

CHA-2DIMM 2

DIMM 3 CHB-1

SMB: A0

SMB: AA

SMB: A8

C C

DIMM1B

2 5 8

B B

A A

11 14 17 20 23 26 29 32 35 38 41 44 47 80 83 86 89 92 95

98 101 104 107 110 113 116 121

ATH4012-63B-4F

DDR3-240-ATH40H26A-DELL

DIMM 4 CHB-2

SMB: A2

I2C_CPU1_C1_SDA(48,56) I2C_CPU1_C1_SCL(48,56)

VSS_2 VSS_5 VSS_8 VSS_11 VSS_14 VSS_17 VSS_20 VSS_23 VSS_26 VSS_29 VSS_32 VSS_35 VSS_38 VSS_41 VSS_44 VSS_47 VSS_80 VSS_83 VSS_86 VSS_89 VSS_92 VSS_95 VSS_98 VSS_101 VSS_104 VSS_107 VSS_110 VSS_113 VSS_116 VSS_121

CHC-2DIMM 6

DIMM 5 CHC-1

SMB: AA

SMB: A8

+3.3V

CPU1

A/B/C

SA=100

C555

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

VSS_124 VSS_127 VSS_130 VSS_133 VSS_136 VSS_139 VSS_142 VSS_145 VSS_148 VSS_151 VSS_154 VSS_157 VSS_160 VSS_163 VSS_166 VSS_199 VSS_202 VSS_205 VSS_208 VSS_211 VSS_214 VSS_217 VSS_220 VSS_223 VSS_226 VSS_229 VSS_232 VSS_235 VSS_239

CHD-2DIMM 8

CHE-1DIMM 9

CHD-1DIMM 7

SMB: AA

SMB: A8

Harbor City is connected to DIMM Slot Directly.

124 127 130 133 136 139 142 145 148 151 154 157 160 163 166 199 202 205 208 211 214 217 220 223 226 229 232 235 239

CHF-1DIMM 11

CHF-2DIMM 12

CPU1_M_CH1_CA_VREF(48) CPU1_M_CH1_DQ_VREF(48,56)

SMB: A8

CPU1_CH1_DIMM_PU(48) CPU1_CH1_DIMM_PD(48)

CPU1_M_CH1_ODT_1(18) CPU1_M_CH1_ODT_0(18)

SMB: AA

CPU2

D/E/F

DIMM 10 CHE-2

SMB: A0

SMB: A2

R1059 49.9ohm

+/-1% R0402H0_4

CPU1_M_CH1_PERR_N(18,48) CPU1_M_CH1_MA_PAR(18,48)

CPU1_M_CH1_MA_10(18,48) CPU1_M_CH1_MA_09(18,48) CPU1_M_CH1_MA_08(18,48) CPU1_M_CH1_MA_07(18,48) CPU1_M_CH1_MA_06(18,48) CPU1_M_CH1_MA_05(18,48) CPU1_M_CH1_MA_04(18,48) CPU1_M_CH1_MA_03(18,48) CPU1_M_CH1_MA_02(18,48) CPU1_M_CH1_MA_01(18,48) CPU1_M_CH1_MA_00(18,48)

CPU1_M_CH1_CS_3_N(18) CPU1_M_CH1_CS_2_N(18) CPU1_M_CH1_CS_1_N(18) CPU1_M_CH1_CS_0_N(18) CPU1_M_CH1_RAS_N(18,48) CPU1_M_CH1_CAS_N(18,48) CPU1_M_CH1_WE_N(18,48) CPU1_M_CH1_CK_2_DP(18) CPU1_M_CH1_CK_2_DN(18) CPU1_M_CH1_CK_0_DN(18) CPU1_M_CH1_CK_0_DP(18) CPU1_M_CH1_CKE_1(18) CPU1_M_CH1_CKE_0(18)

I2C_CPU1_C1_D0_SDA_R

CPU1_CH1_DIMM_PU CPU1_CH1_DIMM_PD

CPU1_M_CH1_CA_VREF CPU1_M_CH1_DQ_VREF

CPU1_M_CH1_ECC_7(18,48) CPU1_M_CH1_ECC_6(18,48) CPU1_M_CH1_ECC_5(18,48) CPU1_M_CH1_ECC_4(18,48) CPU1_M_CH1_ECC_3(18,48) CPU1_M_CH1_ECC_2(18,48) CPU1_M_CH1_ECC_1(18,48) CPU1_M_CH1_ECC_0(18,48)

CPU1_M_CH1_DQS_17_DN(18,48)

CPU1_M_CH1_DQS_17_DP(18,48)

CPU1_M_CH1_DQS_16_DN(18,48)

CPU1_M_CH1_DQS_16_DP(18,48)

CPU1_M_CH1_DQS_15_DN(18,48)

CPU1_M_CH1_DQS_15_DP(18,48)

CPU1_M_CH1_DQS_14_DN(18,48)

CPU1_M_CH1_DQS_14_DP(18,48)

CPU1_M_CH1_DQS_13_DN(18,48)

CPU1_M_CH1_DQS_13_DP(18,48)

CPU1_M_CH1_DQS_12_DN(18,48)

CPU1_M_CH1_DQS_12_DP(18,48)

CPU1_M_CH1_DQS_11_DN(18,48)

CPU1_M_CH1_DQS_11_DP(18,48)

CPU1_M_CH1_DQS_10_DN(18,48)

CPU1_M_CH1_DQS_10_DP(18,48)

CPU1_M_CH1_DQS_09_DN(18,48)

CPU1_M_CH1_DQS_09_DP(18,48)

CPU1_M_CH1_DQS_08_DN(18,48)

CPU1_M_CH1_DQS_08_DP(18,48)

CPU1_M_CH1_DQS_07_DN(18,48)

CPU1_M_CH1_DQS_07_DP(18,48)

CPU1_M_CH1_DQS_06_DN(18,48)

CPU1_M_CH1_DQS_06_DP(18,48)

CPU1_M_CH1_DQS_05_DN(18,48)

CPU1_M_CH1_DQS_05_DP(18,48)

CPU1_M_CH1_DQS_04_DN(18,48)

CPU1_M_CH1_DQS_04_DP(18,48)

CPU1_M_CH1_DQS_03_DN(18,48)

CPU1_M_CH1_DQS_03_DP(18,48)

CPU1_M_CH1_DQS_02_DN(18,48)

CPU1_M_CH1_DQS_02_DP(18,48)

CPU1_M_CH1_DQS_01_DN(18,48)

CPU1_M_CH1_DQS_01_DP(18,48)

CPU1_M_CH1_DQS_00_DN(18,48)

CPU1_M_CH1_DQS_00_DP(18,48)

NC_CPU1_CH1_D0_P167

52

BA2

190

BA1

71

BA0

171

A15/NC

172

A14

196

A13

174

A12_BC_N

55

A11

70

A10/AP

175

A9

177

A8

56

A7

178

A6

58

A5

59

A4

180

A3

61

A2

181

A1

188

A0

198

S3_N/NC

79

S2_N/NC

76

S1_N/NC

193

S0_N

192

RAS_N

74

CAS_N

73

WE_N

63

NC_CK1

64

NC_CK1_N

185

CK0_N

184

CK0

169

CKE1/NC

50

CKE0

238

SDA

118

SCL

119

SA2

237

SA1

117

SA0

236

VDDSPD

67

VREFCA

1

VREFDQ

77

ODT1/NC

195

ODT0

165

CB7/NC

164

CB6/NC

159

CB5/NC

158

CB4/NC

46

CB3/NC

45

CB2/NC

40

CB1/NC

39

CB0/NC

162

NC/DQS17_N/TDQS17_N

161

DM8/DQS17/TDQS17/NC

231

NC/DQS16_N/TDQS16_N

230

DM7/DQS16/TDQS16

222

NC/DQS15_N/TDQS15_N

221

DM6/DQS15/TDQS15

213

NC/DQS14_N/TDQS14_N

212

DM5/DQS14/TDQS14

204

NC/DQS13_N/TDQS13_N

203

DM4/DQS13/TDQS13

153

NC/DQS12_N/TDQS12_N

152

DM3/DQS12/TDQS12

144

NC/DQS11_N/TDQS11_N

143

DM2/DQS11/TDQS11

135

NC/DQS10_N/TDQS10_N

134

DM1/DQS10/TDQS10

126

NC/DQS9_N/TDQS9_N

125

DM0/DQS9/TDQS9

42

DQS8_N

43

DQS8

111

DQS7_N

112

DQS7

102

DQS6_N

103

DQS6

93

DQS5_N

94

DQS5

84

DQS4_N

85

DQS4

33

DQS3_N

34

DQS3

24

DQS2_N

25

DQS2

15

DQS1_N

16

DQS1

6

DQS0_N

7

DQS0

53

ERR_OUT_N/NC

68

PAR_IN/NC

167

NC/TEST

ATH4012-63B-4F

DDR3-240-ATH40H26A-DELL

SPD = 0xA8 TSOD = 0x38

5

4

http://adf.ly/3o8pJ

234

DQ63

233

DQ62

228

DQ61

227

DQ60

115

DQ59

114

DQ58

109

DQ57

108

DQ56

225

DQ55

224

DQ54

219

DQ53

218

DQ52

106

DQ51

105

DQ50

100

DQ49

99

DQ48

216

DQ47

215

DQ46

210

DQ45

209

DQ44

97

DQ43

96

DQ42

91

DQ41

90

DQ40

207

DQ39

206

DQ38

201

DQ37

200

DQ36

88

DQ35

87

DQ34

82

DQ33

81

DQ32

156

DQ31

155

DQ30

150

DQ29

149

DQ28

37

DQ27

36

DQ26

31

DQ25

30

DQ24

147

DQ23

146

DQ22

141

DQ21

140

DQ20

28

DQ19

27

DQ18

22

DQ17

21

DQ16

138

DQ15

137

DQ14

132

DQ13

131

DQ12

19

DQ11

18

DQ10

13

DQ9

12

DQ8

129

DQ7

128

DQ6

123

DQ5

122

DQ4

10

DQ3

9

DQ2

4

DQ1

3

DQ0

120

VTT_120

240

VTT_240

VDD_51 VDD_54 VDD_57 VDD_60 VDD_62 VDD_65 VDD_66 VDD_69 VDD_72 VDD_75

VDD_78 VDD_170 VDD_173 VDD_176 VDD_179 VDD_182 VDD_183 VDD_186 VDD_189 VDD_191 VDD_194 VDD_197

RESET_N

48 49 51 54 57 60 62 65 66 69 72 75 78 170 173 176 179 182 183 186 189 191 194 197

187 168

3

VTT_48/NC VTT_49/NC

EVENT_N/NC

CPU1_M_CH1_DQ_63 (18,48) CPU1_M_CH1_DQ_62 (18,48) CPU1_M_CH1_DQ_61 (18,48) CPU1_M_CH1_DQ_60 (18,48) CPU1_M_CH1_DQ_59 (18,48) CPU1_M_CH1_DQ_58 (18,48) CPU1_M_CH1_DQ_57 (18,48) CPU1_M_CH1_DQ_56 (18,48) CPU1_M_CH1_DQ_55 (18,48) CPU1_M_CH1_DQ_54 (18,48) CPU1_M_CH1_DQ_53 (18,48) CPU1_M_CH1_DQ_52 (18,48) CPU1_M_CH1_DQ_51 (18,48) CPU1_M_CH1_DQ_50 (18,48) CPU1_M_CH1_DQ_49 (18,48) CPU1_M_CH1_DQ_48 (18,48) CPU1_M_CH1_DQ_47 (18,48) CPU1_M_CH1_DQ_46 (18,48) CPU1_M_CH1_DQ_45 (18,48) CPU1_M_CH1_DQ_44 (18,48) CPU1_M_CH1_DQ_43 (18,48) CPU1_M_CH1_DQ_42 (18,48) CPU1_M_CH1_DQ_41 (18,48) CPU1_M_CH1_DQ_40 (18,48) CPU1_M_CH1_DQ_39 (18,48) CPU1_M_CH1_DQ_38 (18,48) CPU1_M_CH1_DQ_37 (18,48) CPU1_M_CH1_DQ_36 (18,48) CPU1_M_CH1_DQ_35 (18,48) CPU1_M_CH1_DQ_34 (18,48) CPU1_M_CH1_DQ_33 (18,48) CPU1_M_CH1_DQ_32 (18,48) CPU1_M_CH1_DQ_31 (18,48) CPU1_M_CH1_DQ_30 (18,48) CPU1_M_CH1_DQ_29 (18,48) CPU1_M_CH1_DQ_28 (18,48) CPU1_M_CH1_DQ_27 (18,48) CPU1_M_CH1_DQ_26 (18,48) CPU1_M_CH1_DQ_25 (18,48) CPU1_M_CH1_DQ_24 (18,48) CPU1_M_CH1_DQ_23 (18,48) CPU1_M_CH1_DQ_22 (18,48) CPU1_M_CH1_DQ_21 (18,48) CPU1_M_CH1_DQ_20 (18,48) CPU1_M_CH1_DQ_19 (18,48) CPU1_M_CH1_DQ_18 (18,48) CPU1_M_CH1_DQ_17 (18,48) CPU1_M_CH1_DQ_16 (18,48) CPU1_M_CH1_DQ_15 (18,48) CPU1_M_CH1_DQ_14 (18,48) CPU1_M_CH1_DQ_13 (18,48) CPU1_M_CH1_DQ_12 (18,48) CPU1_M_CH1_DQ_11 (18,48) CPU1_M_CH1_DQ_10 (18,48) CPU1_M_CH1_DQ_09 (18,48) CPU1_M_CH1_DQ_08 (18,48) CPU1_M_CH1_DQ_07 (18,48) CPU1_M_CH1_DQ_06 (18,48) CPU1_M_CH1_DQ_05 (18,48) CPU1_M_CH1_DQ_04 (18,48) CPU1_M_CH1_DQ_03 (18,48) CPU1_M_CH1_DQ_02 (18,48) CPU1_M_CH1_DQ_01 (18,48) CPU1_M_CH1_DQ_00 (18,48)

C575

10uF

+/-20%

C0603H0_9

X5R

6.3V

C457

10uF

+/-20%

C0603H0_9

X5R

6.3V

DIMM_TEMP_EVENT_N (48,50,51,53,54,60,61,63,64,66,67,153)

CPU1_M_CH1_RST_N (16,48)

C576

10uF

+/-20%

C0603H0_9

X5R

6.3V

C439

10uF

+/-20%

C0603H0_9

X5R

6.3V

V_MEM_VDD_CPU1

+3.3V

Harbor City use 0805 47uF x5.

C490

10uF

+/-20%

C0603H0_9

X5R

6.3V

2

R1042 100ohm

+/-1% R0402H0_4

R1043 100ohm

+/-1% R0402H0_4

R1034 100ohm

+/-1% R0402H0_4

R1041 100ohm

+/-1% R0402H0_4

R1032 100ohm

+/-1% R0402H0_4

R1036 100ohm

+/-1% R0402H0_4

Note: These 2 resistors for I2C address of

R1066

220ohm

CPU1 CH1 DIMMs

+/-1%

R0402H0_4

CPU1_CH1_DIMM_PU

CPU1_CH1_DIMM_PD

R1060

220ohm

+/-1%

R0402H0_4

R1038

1kohm

+/-1%

R0402H0_4

V_MEM_VTT_CPU1

C449

10uF

+/-20%

C0603H0_9

X5R

6.3V

Hon Hai Precision Ind.Co., Ltd.

Title

CPU1 CH1 DIMM0

Document Number:

Document Number: PCB P/N:

PCB P/N:

CMD/ADDR VREF

CPU1_M_CH1_CA_VREF (48)

C477 0.1uF +/-10%

X7R C0402H0_55

X7R C0402H0_55 16V

16V

CPU1_M_CH2_CA_VREF (50,51)

C474 0.1uF +/-10%

X7R C0402H0_55

X7R C0402H0_55 16V

16V

CPU1_M_CH3_CA_VREF (53,54)

C475 0.1uF +/-10%

X7R C0402H0_55

X7R C0402H0_55 16V

16V

CPU1_CH1_DIMM_PU (48)

CPU1_CH1_DIMM_PD (48)

DIMM_TEMP_EVENT_N

V_MEM_VDD_CPU1

C500

C444

C471

10uF

+/-20%

C0603H0_9

X5R

6.3V

01015C800-000-G 47 185

C444

10uF

+/-20%

C0603H0_9

X5R

6.3V

01/25/2011, 10:58 AM

C500

10uF

+/-20%

C0603H0_9

X5R

6.3V

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

1

of

C440

10uF

+/-20%

C0603H0_9

X5R

6.3V

RevSheet

X00

5

4

3

2

1

DIMM2A

CPU1_M_CH1_BA_2(18,47) CPU1_M_CH1_BA_1(18,47) CPU1_M_CH1_BA_0(18,47) CPU1_M_CH1_MA_15(18,47) CPU1_M_CH1_MA_14(18,47) CPU1_M_CH1_MA_13(18,47) CPU1_M_CH1_MA_12(18,47) CPU1_M_CH1_MA_11(18,47)

D D

DIMM population

CHD-2DIMM 8

CHE-1DIMM 9

CPU1

A/B/C

SA=101

C554

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

CHD-1DIMM 7

SMB: AA

SMB: A8

Harbor City is connected to DIMM Slot Directly.

DIMM 5 CHC-1

DIMM 4 CHB-2

SMB: A8

SMB: A2

I2C_CPU1_C1_SDA(47,56) I2C_CPU1_C1_SCL(47,56)

CHC-2DIMM 6

SMB: AA

+3.3V

CHA-1DIMM 1

CHA-2DIMM 2SMB: AA

DIMM 3 CHB-1

SMB: A8

SMB: A0

C C

B B

A A

CHF-1DIMM 11

CHF-2DIMM 12

CPU1_M_CH1_CA_VREF(47) CPU1_M_CH1_DQ_VREF(47,56)

SMB: A8

CPU1_CH1_DIMM_PU(47) CPU1_CH1_DIMM_PD(47)

CPU1_M_CH1_ODT_3(18) CPU1_M_CH1_ODT_2(18)

CPU1_M_CH1_PERR_N(18,47) CPU1_M_CH1_MA_PAR(18,47)

SMB: AA

CPU2

D/E/F

DIMM 10 CHE-2

SMB: A0

SMB: A2

R1065 49.9ohm

+/-1% R0402H0_4

CPU1_M_CH1_MA_10(18,47) CPU1_M_CH1_MA_09(18,47) CPU1_M_CH1_MA_08(18,47) CPU1_M_CH1_MA_07(18,47) CPU1_M_CH1_MA_06(18,47) CPU1_M_CH1_MA_05(18,47) CPU1_M_CH1_MA_04(18,47) CPU1_M_CH1_MA_03(18,47) CPU1_M_CH1_MA_02(18,47) CPU1_M_CH1_MA_01(18,47) CPU1_M_CH1_MA_00(18,47)

CPU1_M_CH1_CS_7_N(18) CPU1_M_CH1_CS_6_N(18) CPU1_M_CH1_CS_5_N(18) CPU1_M_CH1_CS_4_N(18) CPU1_M_CH1_RAS_N(18,47) CPU1_M_CH1_CAS_N(18,47) CPU1_M_CH1_WE_N(18,47) CPU1_M_CH1_CK_3_DP(18) CPU1_M_CH1_CK_3_DN(18) CPU1_M_CH1_CK_1_DN(18) CPU1_M_CH1_CK_1_DP(18) CPU1_M_CH1_CKE_3(18) CPU1_M_CH1_CKE_2(18)

I2C_CPU1_C1_D1_SDA_R

CPU1_CH1_DIMM_PU CPU1_CH1_DIMM_PD

CPU1_M_CH1_CA_VREF CPU1_M_CH1_DQ_VREF

CPU1_M_CH1_ECC_7(18,47) CPU1_M_CH1_ECC_6(18,47) CPU1_M_CH1_ECC_5(18,47) CPU1_M_CH1_ECC_4(18,47) CPU1_M_CH1_ECC_3(18,47) CPU1_M_CH1_ECC_2(18,47) CPU1_M_CH1_ECC_1(18,47) CPU1_M_CH1_ECC_0(18,47)

CPU1_M_CH1_DQS_17_DN(18,47)

CPU1_M_CH1_DQS_17_DP(18,47)

CPU1_M_CH1_DQS_16_DN(18,47)

CPU1_M_CH1_DQS_16_DP(18,47)

CPU1_M_CH1_DQS_15_DN(18,47)

CPU1_M_CH1_DQS_15_DP(18,47)

CPU1_M_CH1_DQS_14_DN(18,47)

CPU1_M_CH1_DQS_14_DP(18,47)

CPU1_M_CH1_DQS_13_DN(18,47)

CPU1_M_CH1_DQS_13_DP(18,47)

CPU1_M_CH1_DQS_12_DN(18,47)

CPU1_M_CH1_DQS_12_DP(18,47)

CPU1_M_CH1_DQS_11_DN(18,47)

CPU1_M_CH1_DQS_11_DP(18,47)

CPU1_M_CH1_DQS_10_DN(18,47)

CPU1_M_CH1_DQS_10_DP(18,47)

CPU1_M_CH1_DQS_09_DN(18,47)

CPU1_M_CH1_DQS_09_DP(18,47)

CPU1_M_CH1_DQS_08_DN(18,47)

CPU1_M_CH1_DQS_08_DP(18,47)

CPU1_M_CH1_DQS_07_DN(18,47)

CPU1_M_CH1_DQS_07_DP(18,47)

CPU1_M_CH1_DQS_06_DN(18,47)

CPU1_M_CH1_DQS_06_DP(18,47)

CPU1_M_CH1_DQS_05_DN(18,47)

CPU1_M_CH1_DQS_05_DP(18,47)

CPU1_M_CH1_DQS_04_DN(18,47)

CPU1_M_CH1_DQS_04_DP(18,47)

CPU1_M_CH1_DQS_03_DN(18,47)

CPU1_M_CH1_DQS_03_DP(18,47)

CPU1_M_CH1_DQS_02_DN(18,47)

CPU1_M_CH1_DQS_02_DP(18,47)

CPU1_M_CH1_DQS_01_DN(18,47)

CPU1_M_CH1_DQS_01_DP(18,47)

CPU1_M_CH1_DQS_00_DN(18,47)

CPU1_M_CH1_DQS_00_DP(18,47)

NC_CPU1_CH1_D1_P167

52

BA2

190

BA1

71

BA0

171

A15/NC

172

A14

196

A13

174

A12_BC_N

55

A11

70

A10/AP

175

A9

177

A8

56

A7

178

A6

58

A5

59

A4

180

A3

61

A2

181

A1

188

A0

198

S3_N/NC

79

S2_N/NC

76

S1_N/NC

193

S0_N

192

RAS_N

74

CAS_N

73

WE_N

63

NC_CK1

64

NC_CK1_N

185

CK0_N

184

CK0

169

CKE1/NC

50

CKE0

238

SDA

118

SCL

119

SA2

237

SA1

117

SA0

236

VDDSPD

67

VREFCA

1

VREFDQ

77

ODT1/NC

195

ODT0

165

CB7/NC

164

CB6/NC

159

CB5/NC

158

CB4/NC

46

CB3/NC

45

CB2/NC

40

CB1/NC

39

CB0/NC

162

NC/DQS17_N/TDQS17_N

161

DM8/DQS17/TDQS17/NC

231

NC/DQS16_N/TDQS16_N

230

DM7/DQS16/TDQS16

222

NC/DQS15_N/TDQS15_N

221

DM6/DQS15/TDQS15

213

NC/DQS14_N/TDQS14_N

212

DM5/DQS14/TDQS14

204

NC/DQS13_N/TDQS13_N

203

DM4/DQS13/TDQS13

153

NC/DQS12_N/TDQS12_N

152

DM3/DQS12/TDQS12

144

NC/DQS11_N/TDQS11_N

143

DM2/DQS11/TDQS11

135

NC/DQS10_N/TDQS10_N

134

DM1/DQS10/TDQS10

126

NC/DQS9_N/TDQS9_N

125

DM0/DQS9/TDQS9

42

DQS8_N

43

DQS8

111

DQS7_N

112

DQS7

102

DQS6_N

103

DQS6

93

DQS5_N

94

DQS5

84

DQS4_N

85

DQS4

33

DQS3_N

34

DQS3

24

DQS2_N

25

DQS2

15

DQS1_N

16

DQS1

6

DQS0_N

7

DQS0

53

ERR_OUT_N/NC

68

PAR_IN/NC

167

NC/TEST

ATH4012-63D-4F

DDR3-240-ATH40H26A-DELL

SPD = 0xAA TSOD = 0x3A

5

4

http://adf.ly/3o8pJ

234

DQ63

233

DQ62

228

DQ61

227

DQ60

115

DQ59

114

DQ58

109

DQ57

108

DQ56

225

DQ55

224

DQ54

219

DQ53

218

DQ52

106

DQ51

105

DQ50

100

DQ49

99

DQ48

216

DQ47

215

DQ46

210

DQ45

209

DQ44

97

DQ43

96

DQ42

91

DQ41

90

DQ40

207

DQ39

206

DQ38

201

DQ37

200

DQ36

88

DQ35

87

DQ34

82

DQ33

81

DQ32

156

DQ31

155

DQ30

150

DQ29

149

DQ28

37

DQ27

36

DQ26

31

DQ25

30

DQ24

147

DQ23

146

DQ22

141

DQ21

140

DQ20

28

DQ19

27

DQ18

22

DQ17

21

DQ16

138

DQ15

137

DQ14

132

DQ13

131

DQ12

19

DQ11

18

DQ10

13

DQ9

12

DQ8

129

DQ7

128

DQ6

123

DQ5

122

DQ4

10

DQ3

9

DQ2

4

DQ1

3

DQ0

120

VTT_120

240

VTT_240

VDD_51

VDD_54

VDD_57

VDD_60

VDD_62

VDD_65

VDD_66

VDD_69

VDD_72

VDD_75

VDD_78 VDD_170 VDD_173 VDD_176 VDD_179 VDD_182 VDD_183 VDD_186 VDD_189 VDD_191 VDD_194 VDD_197

RESET_N

48 49 51 54 57 60 62 65 66 69 72 75 78 170 173 176 179 182 183 186 189 191 194 197

187 168

3

VTT_48/NC VTT_49/NC

EVENT_N/NC

CPU1_M_CH1_DQ_63 (18,47) CPU1_M_CH1_DQ_62 (18,47) CPU1_M_CH1_DQ_61 (18,47) CPU1_M_CH1_DQ_60 (18,47) CPU1_M_CH1_DQ_59 (18,47) CPU1_M_CH1_DQ_58 (18,47) CPU1_M_CH1_DQ_57 (18,47) CPU1_M_CH1_DQ_56 (18,47) CPU1_M_CH1_DQ_55 (18,47) CPU1_M_CH1_DQ_54 (18,47) CPU1_M_CH1_DQ_53 (18,47) CPU1_M_CH1_DQ_52 (18,47) CPU1_M_CH1_DQ_51 (18,47) CPU1_M_CH1_DQ_50 (18,47) CPU1_M_CH1_DQ_49 (18,47) CPU1_M_CH1_DQ_48 (18,47) CPU1_M_CH1_DQ_47 (18,47) CPU1_M_CH1_DQ_46 (18,47) CPU1_M_CH1_DQ_45 (18,47) CPU1_M_CH1_DQ_44 (18,47) CPU1_M_CH1_DQ_43 (18,47) CPU1_M_CH1_DQ_42 (18,47) CPU1_M_CH1_DQ_41 (18,47) CPU1_M_CH1_DQ_40 (18,47) CPU1_M_CH1_DQ_39 (18,47) CPU1_M_CH1_DQ_38 (18,47) CPU1_M_CH1_DQ_37 (18,47) CPU1_M_CH1_DQ_36 (18,47) CPU1_M_CH1_DQ_35 (18,47) CPU1_M_CH1_DQ_34 (18,47) CPU1_M_CH1_DQ_33 (18,47) CPU1_M_CH1_DQ_32 (18,47) CPU1_M_CH1_DQ_31 (18,47) CPU1_M_CH1_DQ_30 (18,47) CPU1_M_CH1_DQ_29 (18,47) CPU1_M_CH1_DQ_28 (18,47) CPU1_M_CH1_DQ_27 (18,47) CPU1_M_CH1_DQ_26 (18,47) CPU1_M_CH1_DQ_25 (18,47) CPU1_M_CH1_DQ_24 (18,47) CPU1_M_CH1_DQ_23 (18,47) CPU1_M_CH1_DQ_22 (18,47) CPU1_M_CH1_DQ_21 (18,47) CPU1_M_CH1_DQ_20 (18,47) CPU1_M_CH1_DQ_19 (18,47) CPU1_M_CH1_DQ_18 (18,47) CPU1_M_CH1_DQ_17 (18,47) CPU1_M_CH1_DQ_16 (18,47) CPU1_M_CH1_DQ_15 (18,47) CPU1_M_CH1_DQ_14 (18,47) CPU1_M_CH1_DQ_13 (18,47) CPU1_M_CH1_DQ_12 (18,47) CPU1_M_CH1_DQ_11 (18,47) CPU1_M_CH1_DQ_10 (18,47) CPU1_M_CH1_DQ_09 (18,47) CPU1_M_CH1_DQ_08 (18,47) CPU1_M_CH1_DQ_07 (18,47) CPU1_M_CH1_DQ_06 (18,47) CPU1_M_CH1_DQ_05 (18,47) CPU1_M_CH1_DQ_04 (18,47) CPU1_M_CH1_DQ_03 (18,47) CPU1_M_CH1_DQ_02 (18,47) CPU1_M_CH1_DQ_01 (18,47) CPU1_M_CH1_DQ_00 (18,47)

C564

10uF

+/-20%

C0603H0_9

X5R

6.3V

C502

10uF

+/-20%

C0603H0_9

X5R

6.3V

DIMM_TEMP_EVENT_N (47,50,51,53,54,60,61,63,64,66,67,153)

CPU1_M_CH1_RST_N (16,47)

C570

10uF

+/-20%

C0603H0_9

X5R

6.3V

C492

10uF

+/-20%

C0603H0_9

X5R

6.3V

2

V_MEM_VTT_CPU1

Harbor City use 0805 47uF x5.

C484

10uF

+/-20%

C0603H0_9

X5R

6.3V

C480

10uF

+/-20%

C0603H0_9

X5R

6.3V

Hon Hai Precision Ind.Co., Ltd.

Title

Document Number:

Document Number: PCB P/N:

PCB P/N:

DIMM2B

2

VSS_2

5

VSS_5

8

VSS_8

11

VSS_11

14

VSS_14

17

VSS_17

20

VSS_20

23

VSS_23

26

VSS_26

29

VSS_29

32

VSS_32

35

VSS_35

38

VSS_38

41

VSS_41

44

VSS_44

47

VSS_47

80

VSS_80

83

VSS_83

86

VSS_86

89

VSS_89

92

VSS_92

95

VSS_95

98

VSS_98

101

VSS_101

104

VSS_104

107

VSS_107

110

VSS_110

113

VSS_113

116

VSS_116

121

VSS_121

ATH4012-63D-4F

DDR3-240-ATH40H26A-DELL

C468

10uF

+/-20%

C0603H0_9

X5R

6.3V

CPU1 CH1 DIMM1

01015C800-000-G 48 185

01/25/2011, 10:58 AM

VSS_124 VSS_127 VSS_130 VSS_133 VSS_136 VSS_139 VSS_142 VSS_145 VSS_148 VSS_151 VSS_154 VSS_157 VSS_160 VSS_163 VSS_166 VSS_199 VSS_202 VSS_205 VSS_208 VSS_211 VSS_214 VSS_217 VSS_220 VSS_223 VSS_226 VSS_229 VSS_232 VSS_235 VSS_239

C454

10uF

+/-20%

C0603H0_9

X5R

6.3V

C448

10uF

+/-20%

C0603H0_9

X5R

6.3V

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

1

124 127 130 133 136 139 142 145 148 151 154 157 160 163 166 199 202 205 208 211 214 217 220 223 226 229 232 235 239

V_MEM_VDD_CPU1

C443

10uF

+/-20%

C0603H0_9

X5R

6.3V

of

RevSheet

X00

5

4

3

2

1

DIMM3A

CPU1_M_CH2_BA_2(19,51) CPU1_M_CH2_BA_1(19,51) CPU1_M_CH2_BA_0(19,51) CPU1_M_CH2_MA_15(19,51) CPU1_M_CH2_MA_14(19,51) CPU1_M_CH2_MA_13(19,51) CPU1_M_CH2_MA_12(19,51) CPU1_M_CH2_MA_11(19,51)

D D

DIMM population

CHD-2DIMM 8

CHE-1DIMM 9

CPU1

A/B/C

SA=000

C552

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

CHD-1DIMM 7

SMB: AA

SMB: A8

Harbor City is connected to DIMM Slot Directly.

CHB-1DIMM 3

CHA-2DIMM 2

DIMM 1 CHA-1

SMB: AA

SMB: A8

SMB: A0

C C

B B

A A

DIMM 5 CHC-1

DIMM 4 CHB-2

SMB: A8

SMB: A2

I2C_CPU1_C23_SDA(51,53,54,56) I2C_CPU1_C23_SCL(51,53,54,56)

CHC-2DIMM 6

SMB: AA

+3.3V

CHF-1DIMM 11

CHF-2DIMM 12

CPU1_M_CH2_CA_VREF(47,51) CPU1_M_CH2_DQ_VREF(51,56)

SMB: A8

CPU1_M_CH2_ODT_1(19) CPU1_M_CH2_ODT_0(19)

CPU1_M_CH2_PERR_N(19,51) CPU1_M_CH2_MA_PAR(19,51)

SMB: AA

CPU2

D/E/F

DIMM 10 CHE-2

SMB: A0

SMB: A2

R1058 49.9ohm

+/-1% R0402H0_4

CPU1_M_CH2_MA_10(19,51) CPU1_M_CH2_MA_09(19,51) CPU1_M_CH2_MA_08(19,51) CPU1_M_CH2_MA_07(19,51) CPU1_M_CH2_MA_06(19,51) CPU1_M_CH2_MA_05(19,51) CPU1_M_CH2_MA_04(19,51) CPU1_M_CH2_MA_03(19,51) CPU1_M_CH2_MA_02(19,51) CPU1_M_CH2_MA_01(19,51) CPU1_M_CH2_MA_00(19,51)

CPU1_M_CH2_CS_3_N(19) CPU1_M_CH2_CS_2_N(19) CPU1_M_CH2_CS_1_N(19) CPU1_M_CH2_CS_0_N(19) CPU1_M_CH2_RAS_N(19,51) CPU1_M_CH2_CAS_N(19,51) CPU1_M_CH2_WE_N(19,51) CPU1_M_CH2_CK_2_DP(19) CPU1_M_CH2_CK_2_DN(19) CPU1_M_CH2_CK_0_DN(19) CPU1_M_CH2_CK_0_DP(19) CPU1_M_CH2_CKE_1(19) CPU1_M_CH2_CKE_0(19)

I2C_CPU1_C2_D0_SDA_R

CPU1_CH23_DIMM_PD

CPU1_M_CH2_CA_VREF CPU1_M_CH2_DQ_VREF

CPU1_M_CH2_ECC_7(19,51) CPU1_M_CH2_ECC_6(19,51) CPU1_M_CH2_ECC_5(19,51) CPU1_M_CH2_ECC_4(19,51) CPU1_M_CH2_ECC_3(19,51) CPU1_M_CH2_ECC_2(19,51) CPU1_M_CH2_ECC_1(19,51) CPU1_M_CH2_ECC_0(19,51)

CPU1_M_CH2_DQS_17_DN(19,51)

CPU1_M_CH2_DQS_17_DP(19,51)

CPU1_M_CH2_DQS_16_DN(19,51)

CPU1_M_CH2_DQS_16_DP(19,51)

CPU1_M_CH2_DQS_15_DN(19,51)

CPU1_M_CH2_DQS_15_DP(19,51)

CPU1_M_CH2_DQS_14_DN(19,51)

CPU1_M_CH2_DQS_14_DP(19,51)

CPU1_M_CH2_DQS_13_DN(19,51)

CPU1_M_CH2_DQS_13_DP(19,51)

CPU1_M_CH2_DQS_12_DN(19,51)

CPU1_M_CH2_DQS_12_DP(19,51)

CPU1_M_CH2_DQS_11_DN(19,51)

CPU1_M_CH2_DQS_11_DP(19,51)

CPU1_M_CH2_DQS_10_DN(19,51)

CPU1_M_CH2_DQS_10_DP(19,51)

CPU1_M_CH2_DQS_09_DN(19,51)

CPU1_M_CH2_DQS_09_DP(19,51)

CPU1_M_CH2_DQS_08_DN(19,51)

CPU1_M_CH2_DQS_08_DP(19,51)

CPU1_M_CH2_DQS_07_DN(19,51)

CPU1_M_CH2_DQS_07_DP(19,51)

CPU1_M_CH2_DQS_06_DN(19,51)

CPU1_M_CH2_DQS_06_DP(19,51)

CPU1_M_CH2_DQS_05_DN(19,51)

CPU1_M_CH2_DQS_05_DP(19,51)

CPU1_M_CH2_DQS_04_DN(19,51)

CPU1_M_CH2_DQS_04_DP(19,51)

CPU1_M_CH2_DQS_03_DN(19,51)

CPU1_M_CH2_DQS_03_DP(19,51)

CPU1_M_CH2_DQS_02_DN(19,51)

CPU1_M_CH2_DQS_02_DP(19,51)

CPU1_M_CH2_DQS_01_DN(19,51)

CPU1_M_CH2_DQS_01_DP(19,51)

CPU1_M_CH2_DQS_00_DN(19,51)

CPU1_M_CH2_DQS_00_DP(19,51)

NC_CPU1_CH2_D0_P167

52

BA2

190

BA1

71

BA0

171

A15/NC

172

A14

196

A13

174

A12_BC_N

55

A11

70

A10/AP

175

A9

177

A8

56

A7

178

A6

58

A5

59

A4

180

A3

61

A2

181

A1

188

A0

198

S3_N/NC

79

S2_N/NC

76

S1_N/NC

193

S0_N

192

RAS_N

74

CAS_N

73

WE_N

63

NC_CK1

64

NC_CK1_N

185

CK0_N

184

CK0

169

CKE1/NC

50

CKE0

238

SDA

118

SCL

119

SA2

237

SA1

117

SA0

236

VDDSPD

67

VREFCA

1

VREFDQ

77

ODT1/NC

195

ODT0

165

CB7/NC

164

CB6/NC

159

CB5/NC

158

CB4/NC

46

CB3/NC

45

CB2/NC

40

CB1/NC

39

CB0/NC

162

NC/DQS17_N/TDQS17_N

161

DM8/DQS17/TDQS17/NC

231

NC/DQS16_N/TDQS16_N

230

DM7/DQS16/TDQS16

222

NC/DQS15_N/TDQS15_N

221

DM6/DQS15/TDQS15

213

NC/DQS14_N/TDQS14_N

212

DM5/DQS14/TDQS14

204

NC/DQS13_N/TDQS13_N

203

DM4/DQS13/TDQS13

153

NC/DQS12_N/TDQS12_N

152

DM3/DQS12/TDQS12

144

NC/DQS11_N/TDQS11_N

143

DM2/DQS11/TDQS11

135

NC/DQS10_N/TDQS10_N

134

DM1/DQS10/TDQS10

126

NC/DQS9_N/TDQS9_N

125

DM0/DQS9/TDQS9

42

DQS8_N

43

DQS8

111

DQS7_N

112

DQS7

102

DQS6_N

103

DQS6

93

DQS5_N

94

DQS5

84

DQS4_N

85

DQS4

33

DQS3_N

34

DQS3

24

DQS2_N

25

DQS2

15

DQS1_N

16

DQS1

6

DQS0_N

7

DQS0

53

ERR_OUT_N/NC

68

PAR_IN/NC

167

NC/TEST

ATH4012-63B-4F

DDR3-240-ATH40H26A-DELL

SPD = 0xA0 TSOD = 0x30

5

4

http://adf.ly/3o8pJ

234

DQ63

233

DQ62

228

DQ61

227

DQ60

115

DQ59

114

DQ58

109

DQ57

108

DQ56

225

DQ55

224

DQ54

219

DQ53

218

DQ52

106

DQ51

105

DQ50

100

DQ49

99

DQ48

216

DQ47

215

DQ46

210

DQ45

209

DQ44

97

DQ43

96

DQ42

91

DQ41

90

DQ40

207

DQ39

206

DQ38

201

DQ37

200

DQ36

88

DQ35

87

DQ34

82

DQ33

81

DQ32

156

DQ31

155

DQ30

150

DQ29

149

DQ28

37

DQ27

36

DQ26

31

DQ25

30

DQ24

147

DQ23

146

DQ22

141

DQ21

140

DQ20

28

DQ19

27

DQ18

22

DQ17

21

DQ16

138

DQ15

137

DQ14

132

DQ13

131

DQ12

19

DQ11

18

DQ10

13

DQ9

12

DQ8

129

DQ7

128

DQ6

123

DQ5

122

DQ4

10

DQ3

9

DQ2

4

DQ1

3

DQ0

120

VTT_120

240

VTT_240

VDD_51

VDD_54

VDD_57

VDD_60

VDD_62

VDD_65

VDD_66

VDD_69

VDD_72

VDD_75

VDD_78 VDD_170 VDD_173 VDD_176 VDD_179 VDD_182 VDD_183 VDD_186 VDD_189 VDD_191 VDD_194 VDD_197

RESET_N

48 49 51 54 57 60 62 65 66 69 72 75 78 170 173 176 179 182 183 186 189 191 194 197

187 168

DIMM_TEMP_EVENT_N (47,48,51,53,54,60,61,63,64,66,67,153)

CPU1_M_CH23_RST_N (16,51,53,54)

3

VTT_48/NC VTT_49/NC

EVENT_N/NC

CPU1_M_CH2_DQ_63 (19,51) CPU1_M_CH2_DQ_62 (19,51) CPU1_M_CH2_DQ_61 (19,51) CPU1_M_CH2_DQ_60 (19,51) CPU1_M_CH2_DQ_59 (19,51) CPU1_M_CH2_DQ_58 (19,51) CPU1_M_CH2_DQ_57 (19,51) CPU1_M_CH2_DQ_56 (19,51) CPU1_M_CH2_DQ_55 (19,51) CPU1_M_CH2_DQ_54 (19,51) CPU1_M_CH2_DQ_53 (19,51) CPU1_M_CH2_DQ_52 (19,51) CPU1_M_CH2_DQ_51 (19,51) CPU1_M_CH2_DQ_50 (19,51) CPU1_M_CH2_DQ_49 (19,51) CPU1_M_CH2_DQ_48 (19,51) CPU1_M_CH2_DQ_47 (19,51) CPU1_M_CH2_DQ_46 (19,51) CPU1_M_CH2_DQ_45 (19,51) CPU1_M_CH2_DQ_44 (19,51) CPU1_M_CH2_DQ_43 (19,51) CPU1_M_CH2_DQ_42 (19,51) CPU1_M_CH2_DQ_41 (19,51) CPU1_M_CH2_DQ_40 (19,51) CPU1_M_CH2_DQ_39 (19,51) CPU1_M_CH2_DQ_38 (19,51) CPU1_M_CH2_DQ_37 (19,51) CPU1_M_CH2_DQ_36 (19,51) CPU1_M_CH2_DQ_35 (19,51) CPU1_M_CH2_DQ_34 (19,51) CPU1_M_CH2_DQ_33 (19,51) CPU1_M_CH2_DQ_32 (19,51) CPU1_M_CH2_DQ_31 (19,51) CPU1_M_CH2_DQ_30 (19,51) CPU1_M_CH2_DQ_29 (19,51) CPU1_M_CH2_DQ_28 (19,51) CPU1_M_CH2_DQ_27 (19,51) CPU1_M_CH2_DQ_26 (19,51) CPU1_M_CH2_DQ_25 (19,51) CPU1_M_CH2_DQ_24 (19,51) CPU1_M_CH2_DQ_23 (19,51) CPU1_M_CH2_DQ_22 (19,51) CPU1_M_CH2_DQ_21 (19,51) CPU1_M_CH2_DQ_20 (19,51) CPU1_M_CH2_DQ_19 (19,51) CPU1_M_CH2_DQ_18 (19,51) CPU1_M_CH2_DQ_17 (19,51) CPU1_M_CH2_DQ_16 (19,51) CPU1_M_CH2_DQ_15 (19,51) CPU1_M_CH2_DQ_14 (19,51) CPU1_M_CH2_DQ_13 (19,51) CPU1_M_CH2_DQ_12 (19,51) CPU1_M_CH2_DQ_11 (19,51) CPU1_M_CH2_DQ_10 (19,51) CPU1_M_CH2_DQ_09 (19,51) CPU1_M_CH2_DQ_08 (19,51) CPU1_M_CH2_DQ_07 (19,51) CPU1_M_CH2_DQ_06 (19,51) CPU1_M_CH2_DQ_05 (19,51) CPU1_M_CH2_DQ_04 (19,51) CPU1_M_CH2_DQ_03 (19,51) CPU1_M_CH2_DQ_02 (19,51) CPU1_M_CH2_DQ_01 (19,51) CPU1_M_CH2_DQ_00 (19,51)

C560

10uF

+/-20%

C0603H0_9

X5R

6.3V

C472

10uF

+/-20%

C0603H0_9

X5R

6.3V

C566

10uF

+/-20%

C0603H0_9

X5R

6.3V

Harbor City use 0805 47uF x5.

C478

10uF

+/-20%

C0603H0_9

X5R

6.3V

2

V_MEM_VTT_CPU1

C482

10uF

+/-20%

C0603H0_9

X5R

6.3V

+3.3V

R1064

220ohm

+/-1%

R0402H0_4

R1061

220ohm

+/-1%

R0402H0_4

C450

10uF

+/-20%

C0603H0_9

X5R

6.3V

Hon Hai Precision Ind.Co., Ltd.

Title

Document Number:

Document Number: PCB P/N:

PCB P/N:

DIMM3B

2

VSS_2

5

VSS_5

8

VSS_8

11

VSS_11

14

VSS_14

17

VSS_17

20

VSS_20

23

VSS_23

26

VSS_26

29

VSS_29

32

VSS_32

35

VSS_35

38

VSS_38

41

VSS_41

44

VSS_44

47

VSS_47

80

VSS_80

83

VSS_83

86

VSS_86

89

VSS_89

92

VSS_92

95

VSS_95

98

VSS_98

101

VSS_101

104

VSS_104

107

VSS_107

110

VSS_110

113

VSS_113

116

VSS_116

121

VSS_121

ATH4012-63B-4F

DDR3-240-ATH40H26A-DELL

VSS_124 VSS_127 VSS_130 VSS_133 VSS_136 VSS_139 VSS_142 VSS_145 VSS_148 VSS_151 VSS_154 VSS_157 VSS_160 VSS_163 VSS_166 VSS_199 VSS_202 VSS_205 VSS_208 VSS_211 VSS_214 VSS_217 VSS_220 VSS_223 VSS_226 VSS_229 VSS_232 VSS_235 VSS_239

124 127 130 133 136 139 142 145 148 151 154 157 160 163 166 199 202 205 208 211 214 217 220 223 226 229 232 235 239

Note: These 2 resistors for I2C address of CPU1 CH23 DIMMs

CPU1_CH23_DIMM_PU

CPU1_CH23_DIMM_PD

C459

10uF

+/-20%

C0603H0_9

X5R

6.3V

CPU1 CH2 DIMM0

01015C800-000-G 50 185

CPU1_CH23_DIMM_PU (51,53,54)

CPU1_CH23_DIMM_PD (51,53,54)

C503

10uF

+/-20%

C0603H0_9

X5R

6.3V

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

01/25/2011, 10:57 AM

1

V_MEM_VDD_CPU1

C489

10uF

+/-20%

C0603H0_9

X5R

6.3V

of

C445

10uF

+/-20%

C0603H0_9

X5R

6.3V

RevSheet

X00

5

4

3

2

1

DIMM4A

CPU1_M_CH2_BA_2(19,50) CPU1_M_CH2_BA_1(19,50) CPU1_M_CH2_BA_0(19,50) CPU1_M_CH2_MA_15(19,50) CPU1_M_CH2_MA_14(19,50) CPU1_M_CH2_MA_13(19,50) CPU1_M_CH2_MA_12(19,50) CPU1_M_CH2_MA_11(19,50)

D D

DIMM population

CHE-1DIMM 9

CHB-2DIMM 4

DIMM 5 CHC-1

SMB: A8

SMB: A2

I2C_CPU1_C23_SDA(50,53,54,56) I2C_CPU1_C23_SCL(50,53,54,56)

CHC-2DIMM 6

SMB: AA

+3.3V

CHA-2DIMM 2

DIMM 3 CHB-1

DIMM 1 CHA-1

SMB: AA

SMB: A0

SMB: A8

C C

B B

A A

CHD-1DIMM 7

CHD-2DIMM 8

CPU1

A/B/C

SMB: A8

SMB: AA

Harbor City is connected to DIMM Slot Directly.

SA=001

C556

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

CHF-1DIMM 11

CHF-2DIMM 12

CPU1_M_CH2_CA_VREF(47,50) CPU1_M_CH2_DQ_VREF(50,56)

SMB: A8

CPU1_CH23_DIMM_PD(50,53,54)

CPU1_CH23_DIMM_PU(50,53,54)

CPU1_M_CH2_ODT_3(19) CPU1_M_CH2_ODT_2(19)

CPU1_M_CH2_PERR_N(19,50) CPU1_M_CH2_MA_PAR(19,50)

SMB: AA

CPU2

D/E/F

DIMM 10 CHE-2

SMB: A0

SMB: A2

R1062 49.9ohm

+/-1% R0402H0_4

CPU1_M_CH2_MA_10(19,50) CPU1_M_CH2_MA_09(19,50) CPU1_M_CH2_MA_08(19,50) CPU1_M_CH2_MA_07(19,50) CPU1_M_CH2_MA_06(19,50) CPU1_M_CH2_MA_05(19,50) CPU1_M_CH2_MA_04(19,50) CPU1_M_CH2_MA_03(19,50) CPU1_M_CH2_MA_02(19,50) CPU1_M_CH2_MA_01(19,50) CPU1_M_CH2_MA_00(19,50)

CPU1_M_CH2_CS_7_N(19) CPU1_M_CH2_CS_6_N(19) CPU1_M_CH2_CS_5_N(19) CPU1_M_CH2_CS_4_N(19) CPU1_M_CH2_RAS_N(19,50) CPU1_M_CH2_CAS_N(19,50) CPU1_M_CH2_WE_N(19,50) CPU1_M_CH2_CK_3_DP(19) CPU1_M_CH2_CK_3_DN(19) CPU1_M_CH2_CK_1_DN(19) CPU1_M_CH2_CK_1_DP(19) CPU1_M_CH2_CKE_3(19) CPU1_M_CH2_CKE_2(19)

I2C_CPU1_C2_D1_SDA_R

CPU1_CH23_DIMM_PD

CPU1_CH23_DIMM_PU

CPU1_M_CH2_CA_VREF CPU1_M_CH2_DQ_VREF

CPU1_M_CH2_ECC_7(19,50) CPU1_M_CH2_ECC_6(19,50) CPU1_M_CH2_ECC_5(19,50) CPU1_M_CH2_ECC_4(19,50) CPU1_M_CH2_ECC_3(19,50) CPU1_M_CH2_ECC_2(19,50) CPU1_M_CH2_ECC_1(19,50) CPU1_M_CH2_ECC_0(19,50)

CPU1_M_CH2_DQS_17_DN(19,50)

CPU1_M_CH2_DQS_17_DP(19,50)

CPU1_M_CH2_DQS_16_DN(19,50)

CPU1_M_CH2_DQS_16_DP(19,50)

CPU1_M_CH2_DQS_15_DN(19,50)

CPU1_M_CH2_DQS_15_DP(19,50)

CPU1_M_CH2_DQS_14_DN(19,50)

CPU1_M_CH2_DQS_14_DP(19,50)

CPU1_M_CH2_DQS_13_DN(19,50)

CPU1_M_CH2_DQS_13_DP(19,50)

CPU1_M_CH2_DQS_12_DN(19,50)

CPU1_M_CH2_DQS_12_DP(19,50)

CPU1_M_CH2_DQS_11_DN(19,50)

CPU1_M_CH2_DQS_11_DP(19,50)

CPU1_M_CH2_DQS_10_DN(19,50)

CPU1_M_CH2_DQS_10_DP(19,50)

CPU1_M_CH2_DQS_09_DN(19,50)

CPU1_M_CH2_DQS_09_DP(19,50)

CPU1_M_CH2_DQS_08_DN(19,50)

CPU1_M_CH2_DQS_08_DP(19,50)

CPU1_M_CH2_DQS_07_DN(19,50)

CPU1_M_CH2_DQS_07_DP(19,50)

CPU1_M_CH2_DQS_06_DN(19,50)

CPU1_M_CH2_DQS_06_DP(19,50)

CPU1_M_CH2_DQS_05_DN(19,50)

CPU1_M_CH2_DQS_05_DP(19,50)

CPU1_M_CH2_DQS_04_DN(19,50)

CPU1_M_CH2_DQS_04_DP(19,50)

CPU1_M_CH2_DQS_03_DN(19,50)

CPU1_M_CH2_DQS_03_DP(19,50)

CPU1_M_CH2_DQS_02_DN(19,50)

CPU1_M_CH2_DQS_02_DP(19,50)

CPU1_M_CH2_DQS_01_DN(19,50)

CPU1_M_CH2_DQS_01_DP(19,50)

CPU1_M_CH2_DQS_00_DN(19,50)

CPU1_M_CH2_DQS_00_DP(19,50)

NC_CPU1_CH2_D1_P167

52

BA2

190

BA1

71

BA0

171

A15/NC

172

A14

196

A13

174

A12_BC_N

55

A11

70

A10/AP

175

A9

177

A8

56

A7

178

A6

58

A5

59

A4

180

A3

61

A2

181

A1

188

A0

198

S3_N/NC

79

S2_N/NC

76

S1_N/NC

193

S0_N

192

RAS_N

74

CAS_N

73

WE_N

63

NC_CK1

64

NC_CK1_N

185

CK0_N

184

CK0

169

CKE1/NC

50

CKE0

238

SDA

118

SCL

119

SA2

237

SA1

117

SA0

236

VDDSPD

67

VREFCA

1

VREFDQ

77

ODT1/NC

195

ODT0

165

CB7/NC

164

CB6/NC

159

CB5/NC

158

CB4/NC

46

CB3/NC

45

CB2/NC

40

CB1/NC

39

CB0/NC

162

NC/DQS17_N/TDQS17_N

161

DM8/DQS17/TDQS17/NC

231

NC/DQS16_N/TDQS16_N

230

DM7/DQS16/TDQS16

222

NC/DQS15_N/TDQS15_N

221

DM6/DQS15/TDQS15

213

NC/DQS14_N/TDQS14_N

212

DM5/DQS14/TDQS14

204

NC/DQS13_N/TDQS13_N

203

DM4/DQS13/TDQS13

153

NC/DQS12_N/TDQS12_N

152

DM3/DQS12/TDQS12

144

NC/DQS11_N/TDQS11_N

143

DM2/DQS11/TDQS11

135

NC/DQS10_N/TDQS10_N

134

DM1/DQS10/TDQS10

126

NC/DQS9_N/TDQS9_N

125

DM0/DQS9/TDQS9

42

DQS8_N

43

DQS8

111

DQS7_N

112

DQS7

102

DQS6_N

103

DQS6

93

DQS5_N

94

DQS5

84

DQS4_N

85

DQS4

33

DQS3_N

34

DQS3

24

DQS2_N

25

DQS2

15

DQS1_N

16

DQS1

6

DQS0_N

7

DQS0

53

ERR_OUT_N/NC

68

PAR_IN/NC

167

NC/TEST

ATH4012-63D-4F

DDR3-240-ATH40H26A-DELL

SPD = 0xA2 TSOD = 0x32

5

4

http://adf.ly/3o8pJ

234

DQ63

233

DQ62

228

DQ61

227

DQ60

115

DQ59

114

DQ58

109

DQ57

108

DQ56

225

DQ55

224

DQ54

219

DQ53

218

DQ52

106

DQ51

105

DQ50

100

DQ49

99

DQ48

216

DQ47

215

DQ46

210

DQ45

209

DQ44

97

DQ43

96

DQ42

91

DQ41

90

DQ40

207

DQ39

206

DQ38

201

DQ37

200

DQ36

88

DQ35

87

DQ34

82

DQ33

81

DQ32

156

DQ31

155

DQ30

150

DQ29

149

DQ28

37

DQ27

36

DQ26

31

DQ25

30

DQ24

147

DQ23

146

DQ22

141

DQ21

140

DQ20

28

DQ19

27

DQ18

22

DQ17

21

DQ16

138

DQ15

137

DQ14

132

DQ13

131

DQ12

19

DQ11

18

DQ10

13

DQ9

12

DQ8

129

DQ7

128

DQ6

123

DQ5

122

DQ4

10

DQ3

9

DQ2

4

DQ1

3

DQ0

120

VTT_120

240

VTT_240

VDD_51

VDD_54

VDD_57

VDD_60

VDD_62

VDD_65

VDD_66

VDD_69

VDD_72

VDD_75

VDD_78 VDD_170 VDD_173 VDD_176 VDD_179 VDD_182 VDD_183 VDD_186 VDD_189 VDD_191 VDD_194 VDD_197

RESET_N

48 49 51 54 57 60 62 65 66 69 72 75 78 170 173 176 179 182 183 186 189 191 194 197

187 168

DIMM_TEMP_EVENT_N (47,48,50,53,54,60,61,63,64,66,67,153)

CPU1_M_CH23_RST_N (16,50,53,54)

3

VTT_48/NC VTT_49/NC

EVENT_N/NC

CPU1_M_CH2_DQ_63 (19,50) CPU1_M_CH2_DQ_62 (19,50) CPU1_M_CH2_DQ_61 (19,50) CPU1_M_CH2_DQ_60 (19,50) CPU1_M_CH2_DQ_59 (19,50) CPU1_M_CH2_DQ_58 (19,50) CPU1_M_CH2_DQ_57 (19,50) CPU1_M_CH2_DQ_56 (19,50) CPU1_M_CH2_DQ_55 (19,50) CPU1_M_CH2_DQ_54 (19,50) CPU1_M_CH2_DQ_53 (19,50) CPU1_M_CH2_DQ_52 (19,50) CPU1_M_CH2_DQ_51 (19,50) CPU1_M_CH2_DQ_50 (19,50) CPU1_M_CH2_DQ_49 (19,50) CPU1_M_CH2_DQ_48 (19,50) CPU1_M_CH2_DQ_47 (19,50) CPU1_M_CH2_DQ_46 (19,50) CPU1_M_CH2_DQ_45 (19,50) CPU1_M_CH2_DQ_44 (19,50) CPU1_M_CH2_DQ_43 (19,50) CPU1_M_CH2_DQ_42 (19,50) CPU1_M_CH2_DQ_41 (19,50) CPU1_M_CH2_DQ_40 (19,50) CPU1_M_CH2_DQ_39 (19,50) CPU1_M_CH2_DQ_38 (19,50) CPU1_M_CH2_DQ_37 (19,50) CPU1_M_CH2_DQ_36 (19,50) CPU1_M_CH2_DQ_35 (19,50) CPU1_M_CH2_DQ_34 (19,50) CPU1_M_CH2_DQ_33 (19,50) CPU1_M_CH2_DQ_32 (19,50) CPU1_M_CH2_DQ_31 (19,50) CPU1_M_CH2_DQ_30 (19,50) CPU1_M_CH2_DQ_29 (19,50) CPU1_M_CH2_DQ_28 (19,50) CPU1_M_CH2_DQ_27 (19,50) CPU1_M_CH2_DQ_26 (19,50) CPU1_M_CH2_DQ_25 (19,50) CPU1_M_CH2_DQ_24 (19,50) CPU1_M_CH2_DQ_23 (19,50) CPU1_M_CH2_DQ_22 (19,50) CPU1_M_CH2_DQ_21 (19,50) CPU1_M_CH2_DQ_20 (19,50) CPU1_M_CH2_DQ_19 (19,50) CPU1_M_CH2_DQ_18 (19,50) CPU1_M_CH2_DQ_17 (19,50) CPU1_M_CH2_DQ_16 (19,50) CPU1_M_CH2_DQ_15 (19,50) CPU1_M_CH2_DQ_14 (19,50) CPU1_M_CH2_DQ_13 (19,50) CPU1_M_CH2_DQ_12 (19,50) CPU1_M_CH2_DQ_11 (19,50) CPU1_M_CH2_DQ_10 (19,50) CPU1_M_CH2_DQ_09 (19,50) CPU1_M_CH2_DQ_08 (19,50) CPU1_M_CH2_DQ_07 (19,50) CPU1_M_CH2_DQ_06 (19,50) CPU1_M_CH2_DQ_05 (19,50) CPU1_M_CH2_DQ_04 (19,50) CPU1_M_CH2_DQ_03 (19,50) CPU1_M_CH2_DQ_02 (19,50) CPU1_M_CH2_DQ_01 (19,50) CPU1_M_CH2_DQ_00 (19,50)

C567

C561

10uF

+/-20%

C0603H0_9

X5R

6.3V

C493

10uF

+/-20%

C0603H0_9

X5R

6.3V

C567

10uF

+/-20%

C0603H0_9

X5R

6.3V

C458

10uF

+/-20%

C0603H0_9

X5R

6.3V

V_MEM_VTT_CPU1

Harbor City use 0805 47uF x5.

C483

10uF

+/-20%

C0603H0_9

X5R

6.3V

2

DIMM4B

2

VSS_2

5

VSS_5

8

VSS_8

11

VSS_11

14

VSS_14

17

VSS_17

20

VSS_20

23

VSS_23

26

VSS_26

29

VSS_29

32

VSS_32

35

VSS_35

38

VSS_38

41

VSS_41

44

VSS_44

47

VSS_47

80

VSS_80

83

VSS_83

86

VSS_86

89

VSS_89

92

VSS_92

95

VSS_95

98

VSS_98

101

VSS_101

104

VSS_104

107

VSS_107

110

VSS_110

113

VSS_113

116

VSS_116

121

VSS_121

ATH4012-63D-4F

DDR3-240-ATH40H26A-DELL

C479

C465

10uF

+/-20%

C0603H0_9

X5R

6.3V

Hon Hai Precision Ind.Co., Ltd.

Title

Document Number:

Document Number: PCB P/N:

PCB P/N:

C479

10uF

+/-20%

C0603H0_9

X5R

6.3V

CPU1 CH2 DIMM1

01015C800-000-G 51 185

01/25/2011, 10:57 AM

VSS_124 VSS_127 VSS_130 VSS_133 VSS_136 VSS_139 VSS_142 VSS_145 VSS_148 VSS_151 VSS_154 VSS_157 VSS_160 VSS_163 VSS_166 VSS_199 VSS_202 VSS_205 VSS_208 VSS_211 VSS_214 VSS_217 VSS_220 VSS_223 VSS_226 VSS_229 VSS_232 VSS_235 VSS_239

C451

10uF

+/-20%

C0603H0_9

X5R

6.3V

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

124 127 130 133 136 139 142 145 148 151 154 157 160 163 166 199 202 205 208 211 214 217 220 223 226 229 232 235 239

V_MEM_VDD_CPU1

C446

10uF

+/-20%

C0603H0_9

X5R

6.3V

1

of

C501

10uF

+/-20%

C0603H0_9

X5R

6.3V

RevSheet

X00

5

4

3

2

1

DIMM5A

CPU1_M_CH3_BA_2(20,54) CPU1_M_CH3_BA_1(20,54) CPU1_M_CH3_BA_0(20,54) CPU1_M_CH3_MA_15(20,54) CPU1_M_CH3_MA_14(20,54) CPU1_M_CH3_MA_13(20,54) CPU1_M_CH3_MA_12(20,54) CPU1_M_CH3_MA_11(20,54)

D D

DIMM population

CHE-1DIMM 9

CHC-1DIMM 5

DIMM 4 CHB-2

SMB: A2

SMB: A8

I2C_CPU1_C23_SDA(50,51,54,56) I2C_CPU1_C23_SCL(50,51,54,56)

CHC-2DIMM 6

SMB: AA

+3.3V

CHA-2DIMM 2

DIMM 3 CHB-1

DIMM 1 CHA-1

SMB: AA

SMB: A0

SMB: A8

C C

B B

A A

CHD-1DIMM 7

CHD-2DIMM 8

CPU1

A/B/C

SMB: A8

SMB: AA

Harbor City is connected to DIMM Slot Directly.

SA=100

C557

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

CHF-1DIMM 11

CHF-2DIMM 12

CPU1_M_CH3_CA_VREF(47,54) CPU1_M_CH3_DQ_VREF(54,56)

SMB: A8

CPU1_CH23_DIMM_PU(50,51,54) CPU1_CH23_DIMM_PD(50,51,54)

CPU1_M_CH3_ODT_1(20) CPU1_M_CH3_ODT_0(20)

CPU1_M_CH3_PERR_N(20,54) CPU1_M_CH3_MA_PAR(20,54)

SMB: AA

CPU2

D/E/F

DIMM 10 CHE-2

SMB: A0

SMB: A2

R1057 49.9ohm

+/-1% R0402H0_4

CPU1_M_CH3_MA_10(20,54) CPU1_M_CH3_MA_09(20,54) CPU1_M_CH3_MA_08(20,54) CPU1_M_CH3_MA_07(20,54) CPU1_M_CH3_MA_06(20,54) CPU1_M_CH3_MA_05(20,54) CPU1_M_CH3_MA_04(20,54) CPU1_M_CH3_MA_03(20,54) CPU1_M_CH3_MA_02(20,54) CPU1_M_CH3_MA_01(20,54) CPU1_M_CH3_MA_00(20,54)

CPU1_M_CH3_CS_3_N(20) CPU1_M_CH3_CS_2_N(20) CPU1_M_CH3_CS_1_N(20) CPU1_M_CH3_CS_0_N(20) CPU1_M_CH3_RAS_N(20,54) CPU1_M_CH3_CAS_N(20,54) CPU1_M_CH3_WE_N(20,54) CPU1_M_CH3_CK_2_DP(20) CPU1_M_CH3_CK_2_DN(20) CPU1_M_CH3_CK_0_DN(20) CPU1_M_CH3_CK_0_DP(20) CPU1_M_CH3_CKE_1(20) CPU1_M_CH3_CKE_0(20)

I2C_CPU1_C3_D0_SDA_R

CPU1_CH23_DIMM_PU CPU1_CH23_DIMM_PD

CPU1_M_CH3_CA_VREF CPU1_M_CH3_DQ_VREF

CPU1_M_CH3_ECC_7(20,54) CPU1_M_CH3_ECC_6(20,54) CPU1_M_CH3_ECC_5(20,54) CPU1_M_CH3_ECC_4(20,54) CPU1_M_CH3_ECC_3(20,54) CPU1_M_CH3_ECC_2(20,54) CPU1_M_CH3_ECC_1(20,54) CPU1_M_CH3_ECC_0(20,54)

CPU1_M_CH3_DQS_17_DN(20,54)

CPU1_M_CH3_DQS_17_DP(20,54)

CPU1_M_CH3_DQS_16_DN(20,54)

CPU1_M_CH3_DQS_16_DP(20,54)

CPU1_M_CH3_DQS_15_DN(20,54)

CPU1_M_CH3_DQS_15_DP(20,54)

CPU1_M_CH3_DQS_14_DN(20,54)

CPU1_M_CH3_DQS_14_DP(20,54)

CPU1_M_CH3_DQS_13_DN(20,54)

CPU1_M_CH3_DQS_13_DP(20,54)

CPU1_M_CH3_DQS_12_DN(20,54)

CPU1_M_CH3_DQS_12_DP(20,54)

CPU1_M_CH3_DQS_11_DN(20,54)

CPU1_M_CH3_DQS_11_DP(20,54)

CPU1_M_CH3_DQS_10_DN(20,54)

CPU1_M_CH3_DQS_10_DP(20,54)

CPU1_M_CH3_DQS_09_DN(20,54)

CPU1_M_CH3_DQS_09_DP(20,54)

CPU1_M_CH3_DQS_08_DN(20,54)

CPU1_M_CH3_DQS_08_DP(20,54)

CPU1_M_CH3_DQS_07_DN(20,54)

CPU1_M_CH3_DQS_07_DP(20,54)

CPU1_M_CH3_DQS_06_DN(20,54)

CPU1_M_CH3_DQS_06_DP(20,54)

CPU1_M_CH3_DQS_05_DN(20,54)

CPU1_M_CH3_DQS_05_DP(20,54)

CPU1_M_CH3_DQS_04_DN(20,54)

CPU1_M_CH3_DQS_04_DP(20,54)

CPU1_M_CH3_DQS_03_DN(20,54)

CPU1_M_CH3_DQS_03_DP(20,54)

CPU1_M_CH3_DQS_02_DN(20,54)

CPU1_M_CH3_DQS_02_DP(20,54)

CPU1_M_CH3_DQS_01_DN(20,54)

CPU1_M_CH3_DQS_01_DP(20,54)

CPU1_M_CH3_DQS_00_DN(20,54)

CPU1_M_CH3_DQS_00_DP(20,54)

NC_CPU1_CH3_D0_P167

52

BA2

190

BA1

71

BA0

171

A15/NC

172

A14

196

A13

174

A12_BC_N

55

A11

70

A10/AP

175

A9

177

A8

56

A7

178

A6

58

A5

59

A4

180

A3

61

A2

181

A1

188

A0

198

S3_N/NC

79

S2_N/NC

76

S1_N/NC

193

S0_N

192

RAS_N

74

CAS_N

73

WE_N

63

NC_CK1

64

NC_CK1_N

185

CK0_N

184

CK0

169

CKE1/NC

50

CKE0

238

SDA

118

SCL

119

SA2

237

SA1

117

SA0

236

VDDSPD

67

VREFCA

1

VREFDQ

77

ODT1/NC

195

ODT0

165

CB7/NC

164

CB6/NC

159

CB5/NC

158

CB4/NC

46

CB3/NC

45

CB2/NC

40

CB1/NC

39

CB0/NC

162

NC/DQS17_N/TDQS17_N

161

DM8/DQS17/TDQS17/NC

231

NC/DQS16_N/TDQS16_N

230

DM7/DQS16/TDQS16

222

NC/DQS15_N/TDQS15_N

221

DM6/DQS15/TDQS15

213

NC/DQS14_N/TDQS14_N

212

DM5/DQS14/TDQS14

204

NC/DQS13_N/TDQS13_N

203

DM4/DQS13/TDQS13

153

NC/DQS12_N/TDQS12_N

152

DM3/DQS12/TDQS12

144

NC/DQS11_N/TDQS11_N

143

DM2/DQS11/TDQS11

135

NC/DQS10_N/TDQS10_N

134

DM1/DQS10/TDQS10

126

NC/DQS9_N/TDQS9_N

125

DM0/DQS9/TDQS9

42

DQS8_N

43

DQS8

111

DQS7_N

112

DQS7

102

DQS6_N

103

DQS6

93

DQS5_N

94

DQS5

84

DQS4_N

85

DQS4

33

DQS3_N

34

DQS3

24

DQS2_N

25

DQS2

15

DQS1_N

16

DQS1

6

DQS0_N

7

DQS0

53

ERR_OUT_N/NC

68

PAR_IN/NC

167

NC/TEST

ATH4012-63B-4F

DDR3-240-ATH40H26A-DELL

SPD = 0xA8 TSOD = 0x38

5

4

http://adf.ly/3o8pJ

234

DQ63

233

DQ62

228

DQ61

227

DQ60

115

DQ59

114

DQ58

109

DQ57

108

DQ56

225

DQ55

224

DQ54

219

DQ53

218

DQ52

106

DQ51

105

DQ50

100

DQ49

99

DQ48

216

DQ47

215

DQ46

210

DQ45

209

DQ44

97

DQ43

96

DQ42

91

DQ41

90

DQ40

207

DQ39

206

DQ38

201

DQ37

200

DQ36

88

DQ35

87

DQ34

82

DQ33

81

DQ32

156

DQ31

155

DQ30

150

DQ29

149

DQ28

37

DQ27

36

DQ26

31

DQ25

30

DQ24

147

DQ23

146

DQ22

141

DQ21

140

DQ20

28

DQ19

27

DQ18

22

DQ17

21

DQ16

138

DQ15

137

DQ14

132

DQ13

131

DQ12

19

DQ11

18

DQ10

13

DQ9

12

DQ8

129

DQ7

128

DQ6

123

DQ5

122

DQ4

10

DQ3

9

DQ2

4

DQ1

3

DQ0

120

VTT_120

240

VTT_240

VDD_51

VDD_54

VDD_57

VDD_60

VDD_62

VDD_65

VDD_66

VDD_69

VDD_72

VDD_75

VDD_78 VDD_170 VDD_173 VDD_176 VDD_179 VDD_182 VDD_183 VDD_186 VDD_189 VDD_191 VDD_194 VDD_197

RESET_N

48 49 51 54 57 60 62 65 66 69 72 75 78 170 173 176 179 182 183 186 189 191 194 197

187 168

DIMM_TEMP_EVENT_N (47,48,50,51,54,60,61,63,64,66,67,153)

CPU1_M_CH23_RST_N (16,50,51,54)

3

VTT_48/NC VTT_49/NC

EVENT_N/NC

CPU1_M_CH3_DQ_63 (20,54) CPU1_M_CH3_DQ_62 (20,54) CPU1_M_CH3_DQ_61 (20,54) CPU1_M_CH3_DQ_60 (20,54) CPU1_M_CH3_DQ_59 (20,54) CPU1_M_CH3_DQ_58 (20,54) CPU1_M_CH3_DQ_57 (20,54) CPU1_M_CH3_DQ_56 (20,54) CPU1_M_CH3_DQ_55 (20,54) CPU1_M_CH3_DQ_54 (20,54) CPU1_M_CH3_DQ_53 (20,54) CPU1_M_CH3_DQ_52 (20,54) CPU1_M_CH3_DQ_51 (20,54) CPU1_M_CH3_DQ_50 (20,54) CPU1_M_CH3_DQ_49 (20,54) CPU1_M_CH3_DQ_48 (20,54) CPU1_M_CH3_DQ_47 (20,54) CPU1_M_CH3_DQ_46 (20,54) CPU1_M_CH3_DQ_45 (20,54) CPU1_M_CH3_DQ_44 (20,54) CPU1_M_CH3_DQ_43 (20,54) CPU1_M_CH3_DQ_42 (20,54) CPU1_M_CH3_DQ_41 (20,54) CPU1_M_CH3_DQ_40 (20,54) CPU1_M_CH3_DQ_39 (20,54) CPU1_M_CH3_DQ_38 (20,54) CPU1_M_CH3_DQ_37 (20,54) CPU1_M_CH3_DQ_36 (20,54) CPU1_M_CH3_DQ_35 (20,54) CPU1_M_CH3_DQ_34 (20,54) CPU1_M_CH3_DQ_33 (20,54) CPU1_M_CH3_DQ_32 (20,54) CPU1_M_CH3_DQ_31 (20,54) CPU1_M_CH3_DQ_30 (20,54) CPU1_M_CH3_DQ_29 (20,54) CPU1_M_CH3_DQ_28 (20,54) CPU1_M_CH3_DQ_27 (20,54) CPU1_M_CH3_DQ_26 (20,54) CPU1_M_CH3_DQ_25 (20,54) CPU1_M_CH3_DQ_24 (20,54) CPU1_M_CH3_DQ_23 (20,54) CPU1_M_CH3_DQ_22 (20,54) CPU1_M_CH3_DQ_21 (20,54) CPU1_M_CH3_DQ_20 (20,54) CPU1_M_CH3_DQ_19 (20,54) CPU1_M_CH3_DQ_18 (20,54) CPU1_M_CH3_DQ_17 (20,54) CPU1_M_CH3_DQ_16 (20,54) CPU1_M_CH3_DQ_15 (20,54) CPU1_M_CH3_DQ_14 (20,54) CPU1_M_CH3_DQ_13 (20,54) CPU1_M_CH3_DQ_12 (20,54) CPU1_M_CH3_DQ_11 (20,54) CPU1_M_CH3_DQ_10 (20,54) CPU1_M_CH3_DQ_09 (20,54) CPU1_M_CH3_DQ_08 (20,54) CPU1_M_CH3_DQ_07 (20,54) CPU1_M_CH3_DQ_06 (20,54) CPU1_M_CH3_DQ_05 (20,54) CPU1_M_CH3_DQ_04 (20,54) CPU1_M_CH3_DQ_03 (20,54) CPU1_M_CH3_DQ_02 (20,54) CPU1_M_CH3_DQ_01 (20,54) CPU1_M_CH3_DQ_00 (20,54)

C568

10uF

+/-20%

C0603H0_9

X5R

6.3V

C495

10uF

+/-20%

C0603H0_9

X5R

6.3V

C562

10uF

+/-20%

C0603H0_9

X5R

6.3V

C470

10uF

+/-20%

C0603H0_9

X5R

6.3V

V_MEM_VTT_CPU1

Harbor City use 0805 47uF x5.

C481

10uF

+/-20%

C0603H0_9

X5R

6.3V

2

C463

10uF

+/-20%

C0603H0_9

X5R

6.3V

Hon Hai Precision Ind.Co., Ltd.

Title

Document Number:

Document Number: PCB P/N:

PCB P/N:

DIMM5B

2

VSS_2

5

VSS_5

8

VSS_8

11

VSS_11

14

VSS_14

17

VSS_17

20

VSS_20

23

VSS_23

26

VSS_26

29

VSS_29

32

VSS_32

35

VSS_35

38

VSS_38

41

VSS_41

44

VSS_44

47

VSS_47

80

VSS_80

83

VSS_83

86

VSS_86

89

VSS_89

92

VSS_92

95

VSS_95

98

VSS_98

101

VSS_101

104

VSS_104

107

VSS_107

110

VSS_110

113

VSS_113

116

VSS_116

121

VSS_121

ATH4012-63B-4F

DDR3-240-ATH40H26A-DELL

C464

10uF

+/-20%

C0603H0_9

X5R

6.3V

CPU1 CH3 DIMM0

01015C800-000-G 53 185

01/25/2011, 10:57 AM

VSS_124 VSS_127 VSS_130 VSS_133 VSS_136 VSS_139 VSS_142 VSS_145 VSS_148 VSS_151 VSS_154 VSS_157 VSS_160 VSS_163 VSS_166 VSS_199 VSS_202 VSS_205 VSS_208 VSS_211 VSS_214 VSS_217 VSS_220 VSS_223 VSS_226 VSS_229 VSS_232 VSS_235 VSS_239

C447

10uF

+/-20%

C0603H0_9

X5R

6.3V

C461

10uF

+/-20%

C0603H0_9

X5R

6.3V

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

1

124 127 130 133 136 139 142 145 148 151 154 157 160 163 166 199 202 205 208 211 214 217 220 223 226 229 232 235 239

V_MEM_VDD_CPU1

C466

10uF

+/-20%

C0603H0_9

X5R

6.3V

of

RevSheet

X00

5

4

3

2

1

DIMM6A

CPU1_M_CH3_BA_2(20,53) CPU1_M_CH3_BA_1(20,53) CPU1_M_CH3_BA_0(20,53) CPU1_M_CH3_MA_15(20,53) CPU1_M_CH3_MA_14(20,53) CPU1_M_CH3_MA_13(20,53) CPU1_M_CH3_MA_12(20,53) CPU1_M_CH3_MA_11(20,53)

D D

DIMM population

CHE-1DIMM 9

CHC-2DIMM 6

DIMM 4 CHB-2

DIMM 3 CHB-1

SMB: A2

SMB: A0

I2C_CPU1_C23_SDA(50,51,53,56) I2C_CPU1_C23_SCL(50,51,53,56)

CHC-1DIMM 5

SMB: A8

SMB: AA

+3.3V

CHA-2DIMM 2

DIMM 1 CHA-1

SMB: AA

SMB: A8

C C

B B

A A

CHD-1DIMM 7

CHD-2DIMM 8

CPU1

A/B/C

SMB: A8

SMB: AA

Harbor City is connected to DIMM Slot Directly.

SA=101

C551

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

CHF-1DIMM 11

CHF-2DIMM 12

CPU1_M_CH3_CA_VREF(47,53) CPU1_M_CH3_DQ_VREF(53,56)

SMB: A8

CPU1_CH23_DIMM_PU(50,51,53) CPU1_CH23_DIMM_PD(50,51,53)

CPU1_M_CH3_ODT_3(20) CPU1_M_CH3_ODT_2(20)

CPU1_M_CH3_PERR_N(20,53) CPU1_M_CH3_MA_PAR(20,53)

SMB: AA

CPU2

D/E/F

DIMM 10 CHE-2

SMB: A0

SMB: A2

R1063 49.9ohm

+/-1% R0402H0_4

CPU1_M_CH3_MA_10(20,53) CPU1_M_CH3_MA_09(20,53) CPU1_M_CH3_MA_08(20,53) CPU1_M_CH3_MA_07(20,53) CPU1_M_CH3_MA_06(20,53) CPU1_M_CH3_MA_05(20,53) CPU1_M_CH3_MA_04(20,53) CPU1_M_CH3_MA_03(20,53) CPU1_M_CH3_MA_02(20,53) CPU1_M_CH3_MA_01(20,53) CPU1_M_CH3_MA_00(20,53)

CPU1_M_CH3_CS_7_N(20) CPU1_M_CH3_CS_6_N(20) CPU1_M_CH3_CS_5_N(20) CPU1_M_CH3_CS_4_N(20) CPU1_M_CH3_RAS_N(20,53) CPU1_M_CH3_CAS_N(20,53) CPU1_M_CH3_WE_N(20,53) CPU1_M_CH3_CK_3_DP(20) CPU1_M_CH3_CK_3_DN(20) CPU1_M_CH3_CK_1_DN(20) CPU1_M_CH3_CK_1_DP(20) CPU1_M_CH3_CKE_3(20) CPU1_M_CH3_CKE_2(20)

I2C_CPU1_C3_D1_SDA_R

CPU1_CH23_DIMM_PU CPU1_CH23_DIMM_PD

CPU1_M_CH3_CA_VREF CPU1_M_CH3_DQ_VREF

CPU1_M_CH3_ECC_7(20,53) CPU1_M_CH3_ECC_6(20,53) CPU1_M_CH3_ECC_5(20,53) CPU1_M_CH3_ECC_4(20,53) CPU1_M_CH3_ECC_3(20,53) CPU1_M_CH3_ECC_2(20,53) CPU1_M_CH3_ECC_1(20,53) CPU1_M_CH3_ECC_0(20,53)

CPU1_M_CH3_DQS_17_DN(20,53)

CPU1_M_CH3_DQS_17_DP(20,53)

CPU1_M_CH3_DQS_16_DN(20,53)

CPU1_M_CH3_DQS_16_DP(20,53)

CPU1_M_CH3_DQS_15_DN(20,53)

CPU1_M_CH3_DQS_15_DP(20,53)

CPU1_M_CH3_DQS_14_DN(20,53)

CPU1_M_CH3_DQS_14_DP(20,53)

CPU1_M_CH3_DQS_13_DN(20,53)

CPU1_M_CH3_DQS_13_DP(20,53)

CPU1_M_CH3_DQS_12_DN(20,53)

CPU1_M_CH3_DQS_12_DP(20,53)

CPU1_M_CH3_DQS_11_DN(20,53)

CPU1_M_CH3_DQS_11_DP(20,53)

CPU1_M_CH3_DQS_10_DN(20,53)

CPU1_M_CH3_DQS_10_DP(20,53)

CPU1_M_CH3_DQS_09_DN(20,53)

CPU1_M_CH3_DQS_09_DP(20,53)

CPU1_M_CH3_DQS_08_DN(20,53)

CPU1_M_CH3_DQS_08_DP(20,53)

CPU1_M_CH3_DQS_07_DN(20,53)

CPU1_M_CH3_DQS_07_DP(20,53)

CPU1_M_CH3_DQS_06_DN(20,53)

CPU1_M_CH3_DQS_06_DP(20,53)

CPU1_M_CH3_DQS_05_DN(20,53)

CPU1_M_CH3_DQS_05_DP(20,53)

CPU1_M_CH3_DQS_04_DN(20,53)

CPU1_M_CH3_DQS_04_DP(20,53)

CPU1_M_CH3_DQS_03_DN(20,53)

CPU1_M_CH3_DQS_03_DP(20,53)

CPU1_M_CH3_DQS_02_DN(20,53)

CPU1_M_CH3_DQS_02_DP(20,53)

CPU1_M_CH3_DQS_01_DN(20,53)

CPU1_M_CH3_DQS_01_DP(20,53)

CPU1_M_CH3_DQS_00_DN(20,53)

CPU1_M_CH3_DQS_00_DP(20,53)

NC_CPU1_CH3_D1_P167

52

BA2

190

BA1

71

BA0

171

A15/NC

172

A14

196

A13

174

A12_BC_N

55

A11

70

A10/AP

175

A9

177

A8

56

A7

178

A6

58

A5

59

A4

180

A3

61

A2

181

A1

188

A0

198

S3_N/NC

79

S2_N/NC

76

S1_N/NC

193

S0_N

192

RAS_N

74

CAS_N

73

WE_N

63

NC_CK1

64

NC_CK1_N

185

CK0_N

184

CK0

169

CKE1/NC

50

CKE0

238

SDA

118

SCL

119

SA2

237

SA1

117

SA0

236

VDDSPD

67

VREFCA

1

VREFDQ

77

ODT1/NC

195

ODT0

165

CB7/NC

164

CB6/NC

159

CB5/NC

158

CB4/NC

46

CB3/NC

45

CB2/NC

40

CB1/NC

39

CB0/NC

162

NC/DQS17_N/TDQS17_N

161

DM8/DQS17/TDQS17/NC

231

NC/DQS16_N/TDQS16_N

230

DM7/DQS16/TDQS16

222

NC/DQS15_N/TDQS15_N

221

DM6/DQS15/TDQS15

213

NC/DQS14_N/TDQS14_N

212

DM5/DQS14/TDQS14

204

NC/DQS13_N/TDQS13_N

203

DM4/DQS13/TDQS13

153

NC/DQS12_N/TDQS12_N

152

DM3/DQS12/TDQS12

144

NC/DQS11_N/TDQS11_N

143

DM2/DQS11/TDQS11

135

NC/DQS10_N/TDQS10_N

134

DM1/DQS10/TDQS10

126

NC/DQS9_N/TDQS9_N

125

DM0/DQS9/TDQS9

42

DQS8_N

43

DQS8

111

DQS7_N

112

DQS7

102

DQS6_N

103

DQS6

93

DQS5_N

94

DQS5

84

DQS4_N

85

DQS4

33

DQS3_N

34

DQS3

24

DQS2_N

25

DQS2

15

DQS1_N

16

DQS1

6

DQS0_N

7

DQS0

53

ERR_OUT_N/NC

68

PAR_IN/NC

167

NC/TEST

ATH4012-63D-4F

DDR3-240-ATH40H26A-DELL

SPD = 0xAA TSOD = 0x3A

5

4

http://adf.ly/3o8pJ

234

DQ63

233

DQ62

228

DQ61

227

DQ60

115

DQ59

114

DQ58

109

DQ57

108

DQ56

225

DQ55

224

DQ54

219

DQ53

218

DQ52

106

DQ51

105

DQ50

100

DQ49

99

DQ48

216

DQ47

215

DQ46

210

DQ45

209

DQ44

97

DQ43

96

DQ42

91

DQ41

90

DQ40

207

DQ39

206

DQ38

201

DQ37

200

DQ36

88

DQ35

87

DQ34

82

DQ33

81

DQ32

156

DQ31

155

DQ30

150

DQ29

149

DQ28

37

DQ27

36

DQ26

31

DQ25

30

DQ24

147

DQ23

146

DQ22

141

DQ21

140

DQ20

28

DQ19

27

DQ18

22

DQ17

21

DQ16

138

DQ15

137

DQ14

132

DQ13

131

DQ12

19

DQ11

18

DQ10

13

DQ9

12

DQ8

129

DQ7

128

DQ6

123

DQ5

122

DQ4

10

DQ3

9

DQ2

4

DQ1

3

DQ0

120

VTT_120

240

VTT_240

VDD_51

VDD_54

VDD_57

VDD_60

VDD_62

VDD_65

VDD_66

VDD_69

VDD_72

VDD_75

VDD_78 VDD_170 VDD_173 VDD_176 VDD_179 VDD_182 VDD_183 VDD_186 VDD_189 VDD_191 VDD_194 VDD_197

RESET_N

48 49 51 54 57 60 62 65 66 69 72 75 78 170 173 176 179 182 183 186 189 191 194 197

187 168

DIMM_TEMP_EVENT_N (47,48,50,51,53,60,61,63,64,66,67,153)

CPU1_M_CH23_RST_N (16,50,51,53)

3

VTT_48/NC VTT_49/NC

EVENT_N/NC

CPU1_M_CH3_DQ_63 (20,53) CPU1_M_CH3_DQ_62 (20,53) CPU1_M_CH3_DQ_61 (20,53) CPU1_M_CH3_DQ_60 (20,53) CPU1_M_CH3_DQ_59 (20,53) CPU1_M_CH3_DQ_58 (20,53) CPU1_M_CH3_DQ_57 (20,53) CPU1_M_CH3_DQ_56 (20,53) CPU1_M_CH3_DQ_55 (20,53) CPU1_M_CH3_DQ_54 (20,53) CPU1_M_CH3_DQ_53 (20,53) CPU1_M_CH3_DQ_52 (20,53) CPU1_M_CH3_DQ_51 (20,53) CPU1_M_CH3_DQ_50 (20,53) CPU1_M_CH3_DQ_49 (20,53) CPU1_M_CH3_DQ_48 (20,53) CPU1_M_CH3_DQ_47 (20,53) CPU1_M_CH3_DQ_46 (20,53) CPU1_M_CH3_DQ_45 (20,53) CPU1_M_CH3_DQ_44 (20,53) CPU1_M_CH3_DQ_43 (20,53) CPU1_M_CH3_DQ_42 (20,53) CPU1_M_CH3_DQ_41 (20,53) CPU1_M_CH3_DQ_40 (20,53) CPU1_M_CH3_DQ_39 (20,53) CPU1_M_CH3_DQ_38 (20,53) CPU1_M_CH3_DQ_37 (20,53) CPU1_M_CH3_DQ_36 (20,53) CPU1_M_CH3_DQ_35 (20,53) CPU1_M_CH3_DQ_34 (20,53) CPU1_M_CH3_DQ_33 (20,53) CPU1_M_CH3_DQ_32 (20,53) CPU1_M_CH3_DQ_31 (20,53) CPU1_M_CH3_DQ_30 (20,53) CPU1_M_CH3_DQ_29 (20,53) CPU1_M_CH3_DQ_28 (20,53) CPU1_M_CH3_DQ_27 (20,53) CPU1_M_CH3_DQ_26 (20,53) CPU1_M_CH3_DQ_25 (20,53) CPU1_M_CH3_DQ_24 (20,53) CPU1_M_CH3_DQ_23 (20,53) CPU1_M_CH3_DQ_22 (20,53) CPU1_M_CH3_DQ_21 (20,53) CPU1_M_CH3_DQ_20 (20,53) CPU1_M_CH3_DQ_19 (20,53) CPU1_M_CH3_DQ_18 (20,53) CPU1_M_CH3_DQ_17 (20,53) CPU1_M_CH3_DQ_16 (20,53) CPU1_M_CH3_DQ_15 (20,53) CPU1_M_CH3_DQ_14 (20,53) CPU1_M_CH3_DQ_13 (20,53) CPU1_M_CH3_DQ_12 (20,53) CPU1_M_CH3_DQ_11 (20,53) CPU1_M_CH3_DQ_10 (20,53) CPU1_M_CH3_DQ_09 (20,53) CPU1_M_CH3_DQ_08 (20,53) CPU1_M_CH3_DQ_07 (20,53) CPU1_M_CH3_DQ_06 (20,53) CPU1_M_CH3_DQ_05 (20,53) CPU1_M_CH3_DQ_04 (20,53) CPU1_M_CH3_DQ_03 (20,53) CPU1_M_CH3_DQ_02 (20,53) CPU1_M_CH3_DQ_01 (20,53) CPU1_M_CH3_DQ_00 (20,53)

C569

C563

10uF

+/-20%

C0603H0_9

X5R

6.3V

C1777

10uF

+/-20%

C0603H0_9

X5R

6.3V

C569

10uF

+/-20%

C0603H0_9

X5R

6.3V

C469

10uF

+/-20%

C0603H0_9

X5R

6.3V

V_MEM_VTT_CPU1

Harbor City use 0805 47uF x5.

C462

10uF

+/-20%

C0603H0_9

X5R

6.3V

2

C1775

10uF

+/-20%

C0603H0_9

X5R

6.3V

Hon Hai Precision Ind.Co., Ltd.

Title

Document Number:

Document Number: PCB P/N:

PCB P/N:

DIMM6B

2

VSS_2

5

VSS_5

8

VSS_8

11

VSS_11

14

VSS_14

17

VSS_17

20

VSS_20

23

VSS_23

26

VSS_26

29

VSS_29

32

VSS_32

35

VSS_35

38

VSS_38

41

VSS_41

44

VSS_44

47

VSS_47

80

VSS_80

83

VSS_83

86

VSS_86

89

VSS_89

92

VSS_92

95

VSS_95

98

VSS_98

101

VSS_101

104

VSS_104

107

VSS_107

110

VSS_110

113

VSS_113

116

VSS_116

121

VSS_121

ATH4012-63D-4F

DDR3-240-ATH40H26A-DELL

C456

10uF

+/-20%

C0603H0_9

X5R

6.3V

CPU1 CH3 DIMM1

01015C800-000-G 54 185

01/25/2011, 10:57 AM

VSS_124 VSS_127 VSS_130 VSS_133 VSS_136 VSS_139 VSS_142 VSS_145 VSS_148 VSS_151 VSS_154 VSS_157 VSS_160 VSS_163 VSS_166 VSS_199 VSS_202 VSS_205 VSS_208 VSS_211 VSS_214 VSS_217 VSS_220 VSS_223 VSS_226 VSS_229 VSS_232 VSS_235 VSS_239

C1774

10uF

+/-20%

C0603H0_9

X5R

6.3V

C1776

10uF

+/-20%

C0603H0_9

X5R

6.3V

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

1

124 127 130 133 136 139 142 145 148 151 154 157 160 163 166 199 202 205 208 211 214 217 220 223 226 229 232 235 239

V_MEM_VDD_CPU1

C452

10uF

+/-20%

C0603H0_9

X5R

6.3V

of

RevSheet

X00

5

4

3

2

1

+3.3V

ECAD - place near CPU

C381

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

D D

I2C_CPU1_C1_SCL(47,48)

I2C_CPU1_C1_SDA(47,48)

C0402H0_55

I2C_CPU1_C1_SCL

I2C_CPU1_C1_MVREF_SDA_R

I2C_CPU1_C1_SDA I2C_CPU1_C1_MVREF_SDA_R

voltage translation

Addr: 0x5C

R933

49.9ohm

Harbor City is connected to DIMM Slot Directly.

+/-1%

R0402H0_4

POR Option: External I2C Dynamic DQ DIMM VREF

C C

+3.3V

ECAD - place near CPU

R916

750ohm

+/-1%

R0402H0_4

voltage translation

R901 49.9ohm

+/-1% R0402H0_4 DEPOP

C373

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

C382

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

DEPOP

I2C_CPU1_C23_SCL(50,51,53,54)

I2C_CPU1_C23_SDA(50,51,53,54)

B B

Harbor City is 240 ohm. Harbor City is 240 ohm. Harbor City is 4.7 kohm.

I2C_CPU1_C1_VTT_SCL(16)

I2C_CPU1_C1_VTT_SDA(16)

A A

Orca swap SDA/SCL

I2C_CPU1_C23_SCL

I2C_CPU1_C23_MVREF_SDA_R

I2C_CPU1_C23_SDA I2C_CPU1_C23_MVREF_SDA_R

POR Option: External I2C Dynamic DQ DIMM VREF

R906

750ohm

+/-1%

R0402H0_4

5

V_MEM_VDD_CPU1

+3.3V

C358

R899

U52

ISL90727

1

VDD

3

SCL

4

SDA

2

GND

Add:5Ch

01

01110X

ISL90727WIE627Z-TK

SOT-363H1_1

Addr: 0x5C

U49

ISL90727

1

VDD

3

SCL

4

SDA

2

GND

Add:5Ch

01

01110X

ISL90727WIE627Z-TK

SOT-363H1_1

DEPOP

6

RH

CPU1_M_C1_VREF_DACOUT

5

RW

V_MEM_VDD_CPU1

6

RH

CPU1_M_C23_VREF_DACOUT

5

RW

C370

820pF

+/-10%

50V

50V X7R

X7R

C0402H0_55

C383

820pF

+/-10%

50V

50V X7R

X7R

C0402H0_55

DEPOP

R899

12.1kohm

+/-1%

R0402H0_4

R898

12.1kohm

+/-1%

R0402H0_4

CPU1_M_C1_DQ_VREF_R(16)

Future possible POR: CPU has internal generation of DQ VREF, goal is for CPU to drive to DIMMs and remove the external circuit

R911

12.1kohm

+/-1%

R0402H0_4

DEPOP

R912

12.1kohm

+/-1%

R0402H0_4

DEPOP

CPU1_M_C23_DQ_VREF_R(16)

U48

3

4

NET_PHYSICAL_TYPE=PWR_PNG

+3.3V

U55

3

4

NET_PHYSICAL_TYPE=PWR_PNG

Future possible POR: CPU has internal generation of DQ VREF, goal is for CPU to drive to DIMMs and remove the external circuit

I2C CPU to 3.3V translation I2C CPU to 3.3V translation

C371

0.1uF

+/-10%

16V

16V X7R

U50

VCCA1VCCB

2

SCLA

SCLB

SDAA3SDAB

4

ENABLE

GND

PCA9517ADP

TSSOP8-0_65-5_1H1_1

BMC_I2C_DIMM_MUX_EN_N(69,153,166)

X7R

C0402H0_55

8

7

6

5

+3.3V +3.3V

R903

R918

2.49kohm

+/-1%

R0402H0_4

I2C_CPU1_C1_TRANS_SCL_R

I2C_CPU1_C1_TRANS_SDA_R

4

C358

0.1uF

+/-10%

16V

5

X7R

V+

C0402H0_55

1

V-

TS321ILT

2

SOT-23-5H1_45

R888 0ohm

+/-5% R0402H0_4

DEPOP

C392

0.1uF

+/-10%

16V

16V X7R

X7R

5

C0402H0_55

V+

DEPOP

1

V-

TS321ILT

2

SOT-23-5H1_45

DEPOP

R921 0ohm

+/-5% R0402H0_4

DEPOP

Harbor City is 4.7 kohm.

C388

220pF

+/-10%

50V

50V X7R

X7R

C0402H0_6

DEPOP

R905

49.9ohm

+/-1%

R0402H0_4

R913

49.9ohm

+/-1%

R0402H0_4

C367

220pF

+/-10%

50V

50V X7R

X7R

C0402H0_6

R893

649ohm

+/-1%

R0402H0_4

CPU1_M_C1_DQ_VREF

R904

649ohm

+/-1%

R0402H0_4

DEPOP

CPU1_M_C23_DQ_VREF

I2C_CPU1_C1_SCL

I2C_CPU1_C1_SDA

B

E C

Q15

SOT-23-BECH1_1

MMBT3904-7-F

MMBT3904-7-F DEPOP

DEPOP

E C

R925

49.9ohm

+/-1%

R0402H0_4

DEPOP

I2C_CPU1_C23_VTT_SCL(16)

I2C_CPU1_C23_VTT_SDA(16)

Q14

SOT-23-BECH1_1

MMBT3904-7-F

R892

49.9ohm

+/-1%

R0402H0_4

R889

R889 0ohm

0ohm

+/-5%

R0402H0_4

3

R895 100ohm

+/-1% R0402H0_4

DEPOP

R896 100ohm

+/-1% R0402H0_4

DEPOP

Backup / Early Silicon Bug Option: Static DQ Vref to DIMMs Fast Follower designs could consider not placing this logic.

R897

49.9ohm

+/-1%

R0402H0_4

Harbor City is 2.2 ohm.

RC to ensure the following DDR DIMM requirement. This is not an Intel CPU requriement VDD and VDDQ must be within 300mV of each other at all times; and VREF must not be greater than 0.6XVDDQ,When VDD and VDDQ are less than 500mV; VREF may be equal to or less than 300mV

R930 100ohm

+/-1% R0402H0_4

DEPOP

R940 100ohm

+/-1% R0402H0_4

DEPOP

R931 100ohm

+/-1% R0402H0_4

DEPOP

R941 100ohm

+/-1% R0402H0_4

DEPOP

Backup / Early Silicon Bug Option: Static DQ Vref to DIMMs Fast Follower designs could consider not placing this logic.

R929

49.9ohm

+/-1%

R0402H0_4

R932

49.9ohm

+/-1%

R0402H0_4

RC to ensure the following DDR DIMM requirement. This is not an Intel CPU requriement VDD and VDDQ must be within 300mV of each other at all times; and VREF must not be greater than 0.6XVDDQ,When VDD and VDDQ are less than 500mV; VREF may be equal to or less than 300mV

+VTT_CPU1+VTT_CPU1

R928

R923

750ohm

+/-1%

R0402H0_4

CPU1_M_CH1_DQ_VREF

C369

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

CPU1_M_CH2_DQ_VREF

CPU1_M_CH3_DQ_VREF

CPU1_M_CH2_DQ_VREF

C391

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

CPU1_M_CH3_DQ_VREF

C393

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

C385

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

CPU1_M_CH1_DQ_VREF (47,48)

CPU1_M_CH2_DQ_VREF (50,51)

CPU1_M_CH3_DQ_VREF (53,54)

U54

VCCA1VCCB

2

SCLA

SCLB

SDAA3SDAB

4

ENABLE

GND

PCA9517ADP

TSSOP8-0_65-5_1H1_1

BMC_I2C_DIMM_MUX_EN_N

I2C BMC to DIMM backdoor LR DIMM contingency

+3.3V

R935

6

5

43

R935

100kohm

+/-1%

R0402H0_4

DEPOP

I2C_BMC_CPU1_C1_SCL (166)

I2C_CPU1_C1_SDA

R934

1kohm

+/-1%

R0402H0_4

DEPOP

C389

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

DEPOP

I2C_BMC_CPU1_C1_SDA(166)

I2C_CPU1_C1_SCL

R909

1kohm

+/-1%

R0402H0_4

DEPOP

R914

100kohm

+/-1%

R0402H0_4

DEPOP

1

2

BMC_I2C_DIMM_MUX_EN

R910

0ohm +/-5%

R0402H0_4

U53

DMN601DWK-7

SOT-363H1_1

DEPOP

R922

0ohm +/-5%

R0402H0_4

I2C BMC to DIMM backdoor LR DIMM contingency

+3.3V

R902

6

5

43

R927

49.9ohm

+/-1% R0402H0_4

R938

49.9ohm

+/-1% R0402H0_4

01/25/2011, 10:57 AM

R902

100kohm

+/-1%

R0402H0_4

DEPOP

I2C_BMC_CPU1_C23_SCL (166)

I2C_CPU1_C23_SDA

R900

1kohm

+/-1%

R0402H0_4

DEPOP

C368

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

DEPOP

I2C_CPU1_C23_SCL

I2C_CPU1_C23_SDA

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

1

RevSheet

of

X00

R917

100kohm

+/-1%

R908

R0402H0_4

0ohm +/-5%

DEPOP

R0402H0_4

U51

I2C_CPU1_C23_SCL

I2C_BMC_CPU1_C23_SDA(166)

R894

1kohm

+/-1%

R0402H0_4

DEPOP

BMC_I2C_DIMM_MUX_EN(69,166)

C386

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

8

7

6

5

2

R926

2.49kohm

+/-1%

R0402H0_4

R937

2.49kohm

+/-1%

R0402H0_4

I2C_CPU1_C23_TRANS_SCL_R

I2C_CPU1_C23_TRANS_SDA_R

U51

1

2

DMN601DWK-7

SOT-363H1_1

DEPOP

R907

0ohm +/-5%

R0402H0_4

BMC_I2C_DIMM_MUX_EN

Hon Hai Precision Ind.Co., Ltd.

Title

CPU1 VREF/Trans

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 56 185

http://adf.ly/3o8pJ

5

4

3

2

1

DIMM7A

CPU2_M_CH1_BA_2(31,61) CPU2_M_CH1_BA_1(31,61) CPU2_M_CH1_BA_0(31,61) CPU2_M_CH1_MA_15(31,61) CPU2_M_CH1_MA_14(31,61) CPU2_M_CH1_MA_13(31,61) CPU2_M_CH1_MA_12(31,61) CPU2_M_CH1_MA_11(31,61)

D D

DIMM population

CHD-2DIMM 8

CHA-1DIMM 1

CHA-2DIMM 2

DIMM 3 CHB-1

SMB: A8

SMB: AA

SMB: A0

C C

B B

101 104 107 110 113 116 121

A A

CHC-2DIMM 6

CPU1

DIMM 5 CHC-1

DIMM 4 CHB-2

SMB: A2

I2C_CPU2_C1_SDA(61,69) I2C_CPU2_C1_SCL(61,69)

DIMM7B

2 5

8 11 14 17 20 23 26 29 32 35 38 41 44 47 80 83 86 89 92 95 98

ATH4012-63B-4F

DDR3-240-ATH40H26A-DELL

SMB: A8

VSS_2 VSS_5 VSS_8 VSS_11 VSS_14 VSS_17 VSS_20 VSS_23 VSS_26 VSS_29 VSS_32 VSS_35 VSS_38 VSS_41 VSS_44 VSS_47 VSS_80 VSS_83 VSS_86 VSS_89 VSS_92 VSS_95 VSS_98 VSS_101 VSS_104 VSS_107 VSS_110 VSS_113 VSS_116 VSS_121

SMB: AA

+3.3V

C590

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

A/B/C

SA=100

CHE-1DIMM 9

CHF-1DIMM 11

DIMM 10 CHE-2

SMB: A2

SMB: A8

CPU2_CH1_DIMM_PU(61) CPU2_CH1_DIMM_PD(61)

CPU2_M_CH1_CA_VREF(61) CPU2_M_CH1_DQ_VREF(61,69)

CPU2_M_CH1_ODT_1(31) CPU2_M_CH1_ODT_0(31)

CHF-2DIMM 12

SMB: AA

CPU2

D/E/F

CPU2_M_CH1_PERR_N(31,61) CPU2_M_CH1_MA_PAR(31,61)

CHD-1DIMM 7

SMB: AA

SMB: A0

SMB: A8

Harbor City is connected to DIMM Slot Directly.

R1129 49.9ohm

+/-1% R0402H0_4

124

VSS_124

127

VSS_127

130

VSS_130

133

VSS_133

136

VSS_136

139

VSS_139

142

VSS_142

145

VSS_145

148

VSS_148

151

VSS_151

154

VSS_154

157

VSS_157

160

VSS_160

163

VSS_163

166

VSS_166

199

VSS_199

202

VSS_202

205

VSS_205

208

VSS_208

211

VSS_211

214

VSS_214

217

VSS_217

220

VSS_220

223

VSS_223

226

VSS_226

229

VSS_229

232

VSS_232

235

VSS_235

239

VSS_239

CPU2_M_CH1_MA_10(31,61) CPU2_M_CH1_MA_09(31,61) CPU2_M_CH1_MA_08(31,61) CPU2_M_CH1_MA_07(31,61) CPU2_M_CH1_MA_06(31,61) CPU2_M_CH1_MA_05(31,61) CPU2_M_CH1_MA_04(31,61) CPU2_M_CH1_MA_03(31,61) CPU2_M_CH1_MA_02(31,61) CPU2_M_CH1_MA_01(31,61) CPU2_M_CH1_MA_00(31,61)

CPU2_M_CH1_CS_3_N(31) CPU2_M_CH1_CS_2_N(31) CPU2_M_CH1_CS_1_N(31) CPU2_M_CH1_CS_0_N(31) CPU2_M_CH1_RAS_N(31,61) CPU2_M_CH1_CAS_N(31,61) CPU2_M_CH1_WE_N(31,61) CPU2_M_CH1_CK_2_DP(31) CPU2_M_CH1_CK_2_DN(31) CPU2_M_CH1_CK_0_DN(31) CPU2_M_CH1_CK_0_DP(31) CPU2_M_CH1_CKE_1(31) CPU2_M_CH1_CKE_0(31)

I2C_CPU2_C1_D0_SDA_R

CPU2_CH1_DIMM_PU CPU2_CH1_DIMM_PD

CPU2_M_CH1_CA_VREF CPU2_M_CH1_DQ_VREF

CPU2_M_CH1_ECC_7(31,61) CPU2_M_CH1_ECC_6(31,61) CPU2_M_CH1_ECC_5(31,61) CPU2_M_CH1_ECC_4(31,61) CPU2_M_CH1_ECC_3(31,61) CPU2_M_CH1_ECC_2(31,61) CPU2_M_CH1_ECC_1(31,61) CPU2_M_CH1_ECC_0(31,61)

CPU2_M_CH1_DQS_17_DN(31,61)

CPU2_M_CH1_DQS_17_DP(31,61)

CPU2_M_CH1_DQS_16_DN(31,61)

CPU2_M_CH1_DQS_16_DP(31,61)

CPU2_M_CH1_DQS_15_DN(31,61)

CPU2_M_CH1_DQS_15_DP(31,61)

CPU2_M_CH1_DQS_14_DN(31,61)

CPU2_M_CH1_DQS_14_DP(31,61)

CPU2_M_CH1_DQS_13_DN(31,61)

CPU2_M_CH1_DQS_13_DP(31,61)

CPU2_M_CH1_DQS_12_DN(31,61)

CPU2_M_CH1_DQS_12_DP(31,61)

CPU2_M_CH1_DQS_11_DN(31,61)

CPU2_M_CH1_DQS_11_DP(31,61)

CPU2_M_CH1_DQS_10_DN(31,61)

CPU2_M_CH1_DQS_10_DP(31,61)

CPU2_M_CH1_DQS_09_DN(31,61)

CPU2_M_CH1_DQS_09_DP(31,61)

CPU2_M_CH1_DQS_08_DN(31,61)

CPU2_M_CH1_DQS_08_DP(31,61)

CPU2_M_CH1_DQS_07_DN(31,61)

CPU2_M_CH1_DQS_07_DP(31,61)

CPU2_M_CH1_DQS_06_DN(31,61)

CPU2_M_CH1_DQS_06_DP(31,61)

CPU2_M_CH1_DQS_05_DN(31,61)

CPU2_M_CH1_DQS_05_DP(31,61)

CPU2_M_CH1_DQS_04_DN(31,61)

CPU2_M_CH1_DQS_04_DP(31,61)

CPU2_M_CH1_DQS_03_DN(31,61)

CPU2_M_CH1_DQS_03_DP(31,61)

CPU2_M_CH1_DQS_02_DN(31,61)

CPU2_M_CH1_DQS_02_DP(31,61)

CPU2_M_CH1_DQS_01_DN(31,61)

CPU2_M_CH1_DQS_01_DP(31,61)

CPU2_M_CH1_DQS_00_DN(31,61)

CPU2_M_CH1_DQS_00_DP(31,61)

NC_CPU2_CH1_D0_P167

52

BA2

190

BA1

71

BA0

171

A15/NC

172

A14

196

A13

174

A12_BC_N

55

A11

70

A10/AP

175

A9

177

A8

56

A7

178

A6

58

A5

59

A4

180

A3

61

A2

181

A1

188

A0

198

S3_N/NC

79

S2_N/NC

76

S1_N/NC

193

S0_N

192

RAS_N

74

CAS_N

73

WE_N

63

NC_CK1

64

NC_CK1_N

185

CK0_N

184

CK0

169

CKE1/NC

50

CKE0

238

SDA

118

SCL

119

SA2

237

SA1

117

SA0

236

VDDSPD

67

VREFCA

1

VREFDQ

77

ODT1/NC

195

ODT0

165

CB7/NC

164

CB6/NC

159

CB5/NC

158

CB4/NC

46

CB3/NC

45

CB2/NC

40

CB1/NC

39

CB0/NC

162

NC/DQS17_N/TDQS17_N

161

DM8/DQS17/TDQS17/NC

231

NC/DQS16_N/TDQS16_N

230

DM7/DQS16/TDQS16

222

NC/DQS15_N/TDQS15_N

221

DM6/DQS15/TDQS15

213

NC/DQS14_N/TDQS14_N

212

DM5/DQS14/TDQS14

204

NC/DQS13_N/TDQS13_N

203

DM4/DQS13/TDQS13

153

NC/DQS12_N/TDQS12_N

152

DM3/DQS12/TDQS12

144

NC/DQS11_N/TDQS11_N

143

DM2/DQS11/TDQS11

135

NC/DQS10_N/TDQS10_N

134

DM1/DQS10/TDQS10

126

NC/DQS9_N/TDQS9_N

125

DM0/DQS9/TDQS9

42

DQS8_N

43

DQS8

111

DQS7_N

112

DQS7

102

DQS6_N

103

DQS6

93

DQS5_N

94

DQS5

84

DQS4_N

85

DQS4

33

DQS3_N

34

DQS3

24

DQS2_N

25

DQS2

15

DQS1_N

16

DQS1

6

DQS0_N

7

DQS0

53

ERR_OUT_N/NC

68

PAR_IN/NC

167

NC/TEST

ATH4012-63B-4F

DDR3-240-ATH40H26A-DELL

SPD = 0xA8 TSOD = 0x38

5

4

http://adf.ly/3o8pJ

234

DQ63

233

DQ62

228

DQ61

227

DQ60

115

DQ59

114

DQ58

109

DQ57

108

DQ56

225

DQ55

224

DQ54

219

DQ53

218

DQ52

106

DQ51

105

DQ50

100

DQ49

99

DQ48

216

DQ47

215

DQ46

210

DQ45

209

DQ44

97

DQ43

96

DQ42

91

DQ41

90

DQ40

207

DQ39

206

DQ38

201

DQ37

200

DQ36

88

DQ35

87

DQ34

82

DQ33

81

DQ32

156

DQ31

155

DQ30

150

DQ29

149

DQ28

37

DQ27

36

DQ26

31

DQ25

30

DQ24

147

DQ23

146

DQ22

141

DQ21

140

DQ20

28

DQ19

27

DQ18

22

DQ17

21

DQ16

138

DQ15

137

DQ14

132

DQ13

131

DQ12

19

DQ11

18

DQ10

13

DQ9

12

DQ8

129

DQ7

128

DQ6

123

DQ5

122

DQ4

10

DQ3

9

DQ2

4

DQ1

3

DQ0

120

VTT_120

240

VTT_240

VDD_51 VDD_54 VDD_57 VDD_60 VDD_62 VDD_65 VDD_66 VDD_69 VDD_72 VDD_75

VDD_78 VDD_170 VDD_173 VDD_176 VDD_179 VDD_182 VDD_183 VDD_186 VDD_189 VDD_191 VDD_194 VDD_197

RESET_N

48 49 51 54 57 60 62 65 66 69 72 75 78 170 173 176 179 182 183 186 189 191 194 197

187 168

DIMM_TEMP_EVENT_N (47,48,50,51,53,54,61,63,64,66,67,153)

CPU2_M_CH1_RST_N (29,61)

3

VTT_48/NC VTT_49/NC

EVENT_N/NC

CPU2_M_CH1_DQ_63 (31,61) CPU2_M_CH1_DQ_62 (31,61) CPU2_M_CH1_DQ_61 (31,61) CPU2_M_CH1_DQ_60 (31,61) CPU2_M_CH1_DQ_59 (31,61) CPU2_M_CH1_DQ_58 (31,61) CPU2_M_CH1_DQ_57 (31,61) CPU2_M_CH1_DQ_56 (31,61) CPU2_M_CH1_DQ_55 (31,61) CPU2_M_CH1_DQ_54 (31,61) CPU2_M_CH1_DQ_53 (31,61) CPU2_M_CH1_DQ_52 (31,61) CPU2_M_CH1_DQ_51 (31,61) CPU2_M_CH1_DQ_50 (31,61) CPU2_M_CH1_DQ_49 (31,61) CPU2_M_CH1_DQ_48 (31,61) CPU2_M_CH1_DQ_47 (31,61) CPU2_M_CH1_DQ_46 (31,61) CPU2_M_CH1_DQ_45 (31,61) CPU2_M_CH1_DQ_44 (31,61) CPU2_M_CH1_DQ_43 (31,61) CPU2_M_CH1_DQ_42 (31,61) CPU2_M_CH1_DQ_41 (31,61) CPU2_M_CH1_DQ_40 (31,61) CPU2_M_CH1_DQ_39 (31,61) CPU2_M_CH1_DQ_38 (31,61) CPU2_M_CH1_DQ_37 (31,61) CPU2_M_CH1_DQ_36 (31,61) CPU2_M_CH1_DQ_35 (31,61) CPU2_M_CH1_DQ_34 (31,61) CPU2_M_CH1_DQ_33 (31,61) CPU2_M_CH1_DQ_32 (31,61) CPU2_M_CH1_DQ_31 (31,61) CPU2_M_CH1_DQ_30 (31,61) CPU2_M_CH1_DQ_29 (31,61) CPU2_M_CH1_DQ_28 (31,61) CPU2_M_CH1_DQ_27 (31,61) CPU2_M_CH1_DQ_26 (31,61) CPU2_M_CH1_DQ_25 (31,61) CPU2_M_CH1_DQ_24 (31,61) CPU2_M_CH1_DQ_23 (31,61) CPU2_M_CH1_DQ_22 (31,61) CPU2_M_CH1_DQ_21 (31,61) CPU2_M_CH1_DQ_20 (31,61) CPU2_M_CH1_DQ_19 (31,61) CPU2_M_CH1_DQ_18 (31,61) CPU2_M_CH1_DQ_17 (31,61) CPU2_M_CH1_DQ_16 (31,61) CPU2_M_CH1_DQ_15 (31,61) CPU2_M_CH1_DQ_14 (31,61) CPU2_M_CH1_DQ_13 (31,61) CPU2_M_CH1_DQ_12 (31,61) CPU2_M_CH1_DQ_11 (31,61) CPU2_M_CH1_DQ_10 (31,61) CPU2_M_CH1_DQ_09 (31,61) CPU2_M_CH1_DQ_08 (31,61) CPU2_M_CH1_DQ_07 (31,61) CPU2_M_CH1_DQ_06 (31,61) CPU2_M_CH1_DQ_05 (31,61) CPU2_M_CH1_DQ_04 (31,61) CPU2_M_CH1_DQ_03 (31,61) CPU2_M_CH1_DQ_02 (31,61) CPU2_M_CH1_DQ_01 (31,61) CPU2_M_CH1_DQ_00 (31,61)

C599

C608

10uF

+/-20%

C0603H0_9

X5R

6.3V

C504

10uF

+/-20%

C0603H0_9

X5R

6.3V

C599

10uF

+/-20%

C0603H0_9

X5R

6.3V

C530

10uF

+/-20%

C0603H0_9

X5R

6.3V

V_MEM_VDD_CPU2

+3.3V

R1098

220ohm

+/-1%

R0402H0_4

R1130

220ohm

+/-1%

R0402H0_4

V_MEM_VTT_CPU2

Harbor City use 0805 47uF x5.

C541

10uF

+/-20%

C0603H0_9

X5R

6.3V

2

Note: These 2 resistors for I2C address of CPU2 CH01 DIMMs

C515

10uF

+/-20%

C0603H0_9

X5R

6.3V

Hon Hai Precision Ind.Co., Ltd.

Title

Document Number:

Document Number: PCB P/N:

PCB P/N:

CMD/ADDR VREF

R1054 100ohm

+/-1% R0402H0_4

R1051 100ohm

+/-1% R0402H0_4

R1053 100ohm

+/-1% R0402H0_4

R1050 100ohm

+/-1% R0402H0_4

R1047 100ohm

+/-1% R0402H0_4

R1049 100ohm

+/-1% R0402H0_4

CPU2_CH1_DIMM_PU

CPU2_CH1_DIMM_PD

C485

10uF

+/-20%

C0603H0_9

X5R

6.3V

CPU2 CH1 DIMM0

01015C800-000-G 60 185

01/25/2011, 10:57 AM

CPU2_M_CH1_CA_VREF (61)

C525 0.1uF +/-10%

16V

C0402H0_55

16V

C0402H0_55

X7R

CPU2_M_CH2_CA_VREF (63,64)

C521 0.1uF +/-10%

16V

C0402H0_55

16V

C0402H0_55

X7R

CPU2_M_CH3_CA_VREF (66,67)

C520 0.1uF +/-10%

16V

C0402H0_55

16V

C0402H0_55

X7R

CPU2_CH1_DIMM_PU (61)

CPU2_CH1_DIMM_PD (61)

C535

10uF

+/-20%

C0603H0_9

X5R

6.3V

C494

10uF

+/-20%

C0603H0_9

X5R

6.3V

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

1

V_MEM_VDD_CPU2

C522

10uF

+/-20%

C0603H0_9

X5R

6.3V

of

RevSheet

X00

5

4

3

2

1

DIMM8A

CPU2_M_CH1_BA_2(31,60) CPU2_M_CH1_BA_1(31,60) CPU2_M_CH1_BA_0(31,60) CPU2_M_CH1_MA_15(31,60) CPU2_M_CH1_MA_14(31,60) CPU2_M_CH1_MA_13(31,60) CPU2_M_CH1_MA_12(31,60) CPU2_M_CH1_MA_11(31,60)

D D

DIMM population

CHD-1DIMM 7

CHA-1DIMM 1

CHA-2DIMM 2

DIMM 3 CHB-1

SMB: A8

SMB: AA

SMB: A0

C C

B B

A A

DIMM 5 CHC-1

DIMM 4 CHB-2

SMB: A8

SMB: A2

I2C_CPU2_C1_SDA(60,69) I2C_CPU2_C1_SCL(60,69)

CHC-2DIMM 6

CPU1

SMB: AA

+3.3V

C582

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

A/B/C

SA=101

CHE-1DIMM 9

CHF-1DIMM 11

DIMM 10 CHE-2

SMB: A2

SMB: A8

CPU2_CH1_DIMM_PU(60) CPU2_CH1_DIMM_PD(60)

CPU2_M_CH1_CA_VREF(60) CPU2_M_CH1_DQ_VREF(60,69)

CPU2_M_CH1_ODT_3(31) CPU2_M_CH1_ODT_2(31)

CPU2_M_CH1_PERR_N(31,60) CPU2_M_CH1_MA_PAR(31,60)

CHF-2DIMM 12

SMB: AA

CPU2

D/E/F

CHD-2DIMM 8

SMB: A8

SMB: A0

SMB: AA

Harbor City is connected to DIMM Slot Directly.

R1119 49.9ohm

+/-1% R0402H0_4

CPU2_M_CH1_MA_10(31,60) CPU2_M_CH1_MA_09(31,60) CPU2_M_CH1_MA_08(31,60) CPU2_M_CH1_MA_07(31,60) CPU2_M_CH1_MA_06(31,60) CPU2_M_CH1_MA_05(31,60) CPU2_M_CH1_MA_04(31,60) CPU2_M_CH1_MA_03(31,60) CPU2_M_CH1_MA_02(31,60) CPU2_M_CH1_MA_01(31,60) CPU2_M_CH1_MA_00(31,60)

CPU2_M_CH1_CS_7_N(31) CPU2_M_CH1_CS_6_N(31) CPU2_M_CH1_CS_5_N(31) CPU2_M_CH1_CS_4_N(31) CPU2_M_CH1_RAS_N(31,60) CPU2_M_CH1_CAS_N(31,60) CPU2_M_CH1_WE_N(31,60) CPU2_M_CH1_CK_3_DP(31) CPU2_M_CH1_CK_3_DN(31) CPU2_M_CH1_CK_1_DN(31) CPU2_M_CH1_CK_1_DP(31) CPU2_M_CH1_CKE_3(31) CPU2_M_CH1_CKE_2(31)

I2C_CPU2_C1_D1_SDA_R

CPU2_CH1_DIMM_PU CPU2_CH1_DIMM_PD

CPU2_M_CH1_CA_VREF CPU2_M_CH1_DQ_VREF

CPU2_M_CH1_ECC_7(31,60) CPU2_M_CH1_ECC_6(31,60)

CPU2_M_CH1_ECC_4(31,60) CPU2_M_CH1_ECC_3(31,60) CPU2_M_CH1_ECC_2(31,60) CPU2_M_CH1_ECC_1(31,60) CPU2_M_CH1_ECC_0(31,60)

CPU2_M_CH1_DQS_17_DN(31,60)

CPU2_M_CH1_DQS_17_DP(31,60)

CPU2_M_CH1_DQS_16_DN(31,60)

CPU2_M_CH1_DQS_16_DP(31,60)

CPU2_M_CH1_DQS_15_DN(31,60)

CPU2_M_CH1_DQS_15_DP(31,60)

CPU2_M_CH1_DQS_14_DN(31,60)

CPU2_M_CH1_DQS_14_DP(31,60)

CPU2_M_CH1_DQS_13_DN(31,60)

CPU2_M_CH1_DQS_13_DP(31,60)

CPU2_M_CH1_DQS_12_DN(31,60)

CPU2_M_CH1_DQS_12_DP(31,60)

CPU2_M_CH1_DQS_11_DN(31,60)

CPU2_M_CH1_DQS_11_DP(31,60)

CPU2_M_CH1_DQS_10_DN(31,60)

CPU2_M_CH1_DQS_10_DP(31,60)

CPU2_M_CH1_DQS_09_DN(31,60)

CPU2_M_CH1_DQS_09_DP(31,60)

CPU2_M_CH1_DQS_08_DN(31,60)

CPU2_M_CH1_DQS_08_DP(31,60)

CPU2_M_CH1_DQS_07_DN(31,60)

CPU2_M_CH1_DQS_07_DP(31,60)

CPU2_M_CH1_DQS_06_DN(31,60)

CPU2_M_CH1_DQS_06_DP(31,60)

CPU2_M_CH1_DQS_05_DN(31,60)

CPU2_M_CH1_DQS_05_DP(31,60)

CPU2_M_CH1_DQS_04_DN(31,60)

CPU2_M_CH1_DQS_04_DP(31,60)

CPU2_M_CH1_DQS_03_DN(31,60)

CPU2_M_CH1_DQS_03_DP(31,60)

CPU2_M_CH1_DQS_02_DN(31,60)

CPU2_M_CH1_DQS_02_DP(31,60)

CPU2_M_CH1_DQS_01_DN(31,60)

CPU2_M_CH1_DQS_01_DP(31,60)

CPU2_M_CH1_DQS_00_DN(31,60)

CPU2_M_CH1_DQS_00_DP(31,60)

NC_CPU2_CH1_D1_P167

52

BA2

190

BA1

71

BA0

171

A15/NC

172

A14

196

A13

174

A12_BC_N

55

A11

70

A10/AP

175

A9

177

A8

56

A7

178

A6

58

A5

59

A4

180

A3

61

A2

181

A1

188

A0

198

S3_N/NC

79

S2_N/NC

76

S1_N/NC

193

S0_N

192

RAS_N

74

CAS_N

73

WE_N

63

NC_CK1

64

NC_CK1_N

185

CK0_N

184

CK0

169

CKE1/NC

50

CKE0

238

SDA

118

SCL

119

SA2

237

SA1

117

SA0

236

VDDSPD

67

VREFCA

1

VREFDQ

77

ODT1/NC

195

ODT0

165

CB7/NC

164

CB6/NC

159

CB5/NC

158

CB4/NC

46

CB3/NC

45

CB2/NC

40

CB1/NC

39

CB0/NC

162

NC/DQS17_N/TDQS17_N

161

DM8/DQS17/TDQS17/NC

231

NC/DQS16_N/TDQS16_N

230

DM7/DQS16/TDQS16

222

NC/DQS15_N/TDQS15_N

221

DM6/DQS15/TDQS15

213

NC/DQS14_N/TDQS14_N

212

DM5/DQS14/TDQS14

204

NC/DQS13_N/TDQS13_N

203

DM4/DQS13/TDQS13

153

NC/DQS12_N/TDQS12_N

152

DM3/DQS12/TDQS12

144

NC/DQS11_N/TDQS11_N

143

DM2/DQS11/TDQS11

135

NC/DQS10_N/TDQS10_N

134

DM1/DQS10/TDQS10

126

NC/DQS9_N/TDQS9_N

125

DM0/DQS9/TDQS9

42

DQS8_N

43

DQS8

111

DQS7_N

112

DQS7

102

DQS6_N

103

DQS6

93

DQS5_N

94

DQS5

84

DQS4_N

85

DQS4

33

DQS3_N

34

DQS3

24

DQS2_N

25

DQS2

15

DQS1_N

16

DQS1

6

DQS0_N

7

DQS0

53

ERR_OUT_N/NC

68

PAR_IN/NC

167

NC/TEST

ATH4012-63D-4F

DDR3-240-ATH40H26A-DELL

SPD = 0xAA TSOD = 0x3A

5

4

http://adf.ly/3o8pJ

234

DQ63

233

DQ62

228

DQ61

227

DQ60

115

DQ59

114

DQ58

109

DQ57

108

DQ56

225

DQ55

224

DQ54

219

DQ53

218

DQ52

106

DQ51

105

DQ50

100

DQ49

99

DQ48

216

DQ47

215

DQ46

210

DQ45

209

DQ44

97

DQ43

96

DQ42

91

DQ41

90

DQ40

207

DQ39

206

DQ38

201

DQ37

200

DQ36

88

DQ35

87

DQ34

82

DQ33

81

DQ32

156

DQ31

155

DQ30

150

DQ29

149

DQ28

37

DQ27

36

DQ26

31

DQ25

30

DQ24

147

DQ23

146

DQ22

141

DQ21

140

DQ20

28

DQ19

27

DQ18

22

DQ17

21

DQ16

138

DQ15

137

DQ14

132

DQ13

131

DQ12

19

DQ11

18

DQ10

13

DQ9

12

DQ8

129

DQ7

128

DQ6

123

DQ5

122

DQ4

10

DQ3

9

DQ2

4

DQ1

3

DQ0

120

VTT_120

240

VTT_240

VDD_51

VDD_54

VDD_57

VDD_60

VDD_62

VDD_65

VDD_66

VDD_69

VDD_72

VDD_75

VDD_78 VDD_170 VDD_173 VDD_176 VDD_179 VDD_182 VDD_183 VDD_186 VDD_189 VDD_191 VDD_194 VDD_197

RESET_N

48 49 51 54 57 60 62 65 66 69 72 75 78 170 173 176 179 182 183 186 189 191 194 197

187 168

DIMM_TEMP_EVENT_N (47,48,50,51,53,54,60,63,64,66,67,153)

CPU2_M_CH1_RST_N (29,60)

3

VTT_48/NC VTT_49/NC

EVENT_N/NC

CPU2_M_CH1_DQ_63 (31,60) CPU2_M_CH1_DQ_62 (31,60) CPU2_M_CH1_DQ_61 (31,60) CPU2_M_CH1_DQ_60 (31,60) CPU2_M_CH1_DQ_59 (31,60) CPU2_M_CH1_DQ_58 (31,60) CPU2_M_CH1_DQ_57 (31,60) CPU2_M_CH1_DQ_56 (31,60) CPU2_M_CH1_DQ_55 (31,60) CPU2_M_CH1_DQ_54 (31,60) CPU2_M_CH1_DQ_53 (31,60) CPU2_M_CH1_DQ_52 (31,60) CPU2_M_CH1_DQ_51 (31,60) CPU2_M_CH1_DQ_50 (31,60) CPU2_M_CH1_DQ_49 (31,60) CPU2_M_CH1_DQ_48 (31,60) CPU2_M_CH1_DQ_47 (31,60) CPU2_M_CH1_DQ_46 (31,60) CPU2_M_CH1_DQ_45 (31,60) CPU2_M_CH1_DQ_44 (31,60) CPU2_M_CH1_DQ_43 (31,60) CPU2_M_CH1_DQ_42 (31,60) CPU2_M_CH1_DQ_41 (31,60) CPU2_M_CH1_DQ_40 (31,60) CPU2_M_CH1_DQ_39 (31,60) CPU2_M_CH1_DQ_38 (31,60) CPU2_M_CH1_DQ_37 (31,60) CPU2_M_CH1_DQ_36 (31,60) CPU2_M_CH1_DQ_35 (31,60) CPU2_M_CH1_DQ_34 (31,60) CPU2_M_CH1_DQ_33 (31,60) CPU2_M_CH1_DQ_32 (31,60) CPU2_M_CH1_DQ_31 (31,60) CPU2_M_CH1_DQ_30 (31,60) CPU2_M_CH1_DQ_29 (31,60) CPU2_M_CH1_DQ_28 (31,60) CPU2_M_CH1_DQ_27 (31,60) CPU2_M_CH1_DQ_26 (31,60) CPU2_M_CH1_DQ_25 (31,60) CPU2_M_CH1_DQ_24 (31,60) CPU2_M_CH1_DQ_23 (31,60) CPU2_M_CH1_DQ_22 (31,60) CPU2_M_CH1_DQ_21 (31,60) CPU2_M_CH1_DQ_20 (31,60) CPU2_M_CH1_DQ_19 (31,60) CPU2_M_CH1_DQ_18 (31,60) CPU2_M_CH1_DQ_17 (31,60) CPU2_M_CH1_DQ_16 (31,60)CPU2_M_CH1_ECC_5(31,60) CPU2_M_CH1_DQ_15 (31,60) CPU2_M_CH1_DQ_14 (31,60) CPU2_M_CH1_DQ_13 (31,60) CPU2_M_CH1_DQ_12 (31,60) CPU2_M_CH1_DQ_11 (31,60) CPU2_M_CH1_DQ_10 (31,60) CPU2_M_CH1_DQ_09 (31,60) CPU2_M_CH1_DQ_08 (31,60) CPU2_M_CH1_DQ_07 (31,60) CPU2_M_CH1_DQ_06 (31,60) CPU2_M_CH1_DQ_05 (31,60) CPU2_M_CH1_DQ_04 (31,60) CPU2_M_CH1_DQ_03 (31,60) CPU2_M_CH1_DQ_02 (31,60) CPU2_M_CH1_DQ_01 (31,60) CPU2_M_CH1_DQ_00 (31,60)

C592

10uF

+/-20%

C0603H0_9

X5R

6.3V

C536

10uF

+/-20%

C0603H0_9

X5R

6.3V

C602

10uF

+/-20%

C0603H0_9

X5R

6.3V

C531

10uF

+/-20%

C0603H0_9

X5R

6.3V

V_MEM_VTT_CPU2

Harbor City use 0805 47uF x5.

C542

10uF

+/-20%

C0603H0_9

X5R

6.3V

2

C496

10uF

+/-20%

C0603H0_9

X5R

6.3V

Hon Hai Precision Ind.Co., Ltd.

Title

Document Number:

Document Number: PCB P/N:

PCB P/N:

DIMM8B

2

VSS_2

5

VSS_5

8

VSS_8

11

VSS_11

14

VSS_14

17

VSS_17

20

VSS_20

23

VSS_23

26

VSS_26

29

VSS_29

32

VSS_32

35

VSS_35

38

VSS_38

41

VSS_41

44

VSS_44

47

VSS_47

80

VSS_80

83

VSS_83

86

VSS_86

89

VSS_89

92

VSS_92

95

VSS_95

98

VSS_98

101

VSS_101

104

VSS_104

107

VSS_107

110

VSS_110

113

VSS_113

116

VSS_116

121

VSS_121

ATH4012-63D-4F

DDR3-240-ATH40H26A-DELL

C516

10uF

+/-20%

C0603H0_9

X5R

6.3V

CPU2 CH1 DIMM1

01015C800-000-G 61 185

VSS_124 VSS_127 VSS_130 VSS_133 VSS_136 VSS_139 VSS_142 VSS_145 VSS_148 VSS_151 VSS_154 VSS_157 VSS_160 VSS_163 VSS_166 VSS_199 VSS_202 VSS_205 VSS_208 VSS_211 VSS_214 VSS_217 VSS_220 VSS_223 VSS_226 VSS_229 VSS_232 VSS_235 VSS_239

C486

10uF

+/-20%

C0603H0_9

X5R

6.3V

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

01/25/2011, 10:57 AM

C528

10uF

+/-20%

C0603H0_9

X5R

6.3V

1

124 127 130 133 136 139 142 145 148 151 154 157 160 163 166 199 202 205 208 211 214 217 220 223 226 229 232 235 239

V_MEM_VDD_CPU2

of

C505

10uF

+/-20%

C0603H0_9

X5R

6.3V

RevSheet

X00

5

4

3

2

1

DIMM9A

CPU2_M_CH2_BA_2(32,64) CPU2_M_CH2_BA_1(32,64) CPU2_M_CH2_BA_0(32,64) CPU2_M_CH2_MA_15(32,64) CPU2_M_CH2_MA_14(32,64) CPU2_M_CH2_MA_13(32,64) CPU2_M_CH2_MA_12(32,64) CPU2_M_CH2_MA_11(32,64)

D D

DIMM population

CHD-1DIMM 7

CHA-1DIMM 1

CHA-2DIMM 2

DIMM 3 CHB-1

SMB: A8

SMB: AA

SMB: A0

C C

B B

A A

CHC-2DIMM 6

CPU1

DIMM 5 CHC-1

DIMM 4 CHB-2

SMB: A2

I2C_CPU2_C23_SDA(64,66,67,69) I2C_CPU2_C23_SCL(64,66,67,69)

A/B/C

SMB: AA

SMB: A8

+3.3V +3.3V

SA=000

C579

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

CHD-2DIMM 8

SMB: A8

SMB: AA

Harbor City is connected to DIMM Slot Directly.

CHF-1DIMM 11

DIMM 10 CHE-2

SMB: A2

SMB: A8

CPU2_M_CH2_CA_VREF(60,64) CPU2_M_CH2_DQ_VREF(64,69)

CPU2_M_CH2_ODT_1(32) CPU2_M_CH2_ODT_0(32)

CPU2_M_CH2_PERR_N(32,64) CPU2_M_CH2_MA_PAR(32,64)

CHF-2DIMM 12

SMB: AA

CPU2

D/E/F

CHE-1DIMM 9

SMB: A0

R1107 49.9ohm

+/-1% R0402H0_4

CPU2_M_CH2_MA_10(32,64) CPU2_M_CH2_MA_09(32,64) CPU2_M_CH2_MA_08(32,64) CPU2_M_CH2_MA_07(32,64) CPU2_M_CH2_MA_06(32,64) CPU2_M_CH2_MA_05(32,64) CPU2_M_CH2_MA_04(32,64) CPU2_M_CH2_MA_03(32,64) CPU2_M_CH2_MA_02(32,64) CPU2_M_CH2_MA_01(32,64) CPU2_M_CH2_MA_00(32,64)

CPU2_M_CH2_CS_3_N(32) CPU2_M_CH2_CS_2_N(32) CPU2_M_CH2_CS_1_N(32) CPU2_M_CH2_CS_0_N(32) CPU2_M_CH2_RAS_N(32,64) CPU2_M_CH2_CAS_N(32,64) CPU2_M_CH2_WE_N(32,64) CPU2_M_CH2_CK_2_DP(32) CPU2_M_CH2_CK_2_DN(32) CPU2_M_CH2_CK_0_DN(32) CPU2_M_CH2_CK_0_DP(32) CPU2_M_CH2_CKE_1(32) CPU2_M_CH2_CKE_0(32)

I2C_CPU2_C2_D0_SDA_R

CPU2_CH23_DIMM_PD

CPU2_M_CH2_CA_VREF CPU2_M_CH2_DQ_VREF

CPU2_M_CH2_ECC_7(32,64) CPU2_M_CH2_ECC_6(32,64) CPU2_M_CH2_ECC_5(32,64) CPU2_M_CH2_ECC_4(32,64) CPU2_M_CH2_ECC_3(32,64) CPU2_M_CH2_ECC_2(32,64) CPU2_M_CH2_ECC_1(32,64) CPU2_M_CH2_ECC_0(32,64)

CPU2_M_CH2_DQS_17_DN(32,64)

CPU2_M_CH2_DQS_17_DP(32,64)

CPU2_M_CH2_DQS_16_DN(32,64)

CPU2_M_CH2_DQS_16_DP(32,64)

CPU2_M_CH2_DQS_15_DN(32,64)

CPU2_M_CH2_DQS_15_DP(32,64)

CPU2_M_CH2_DQS_14_DN(32,64)

CPU2_M_CH2_DQS_14_DP(32,64)

CPU2_M_CH2_DQS_13_DN(32,64)

CPU2_M_CH2_DQS_13_DP(32,64)

CPU2_M_CH2_DQS_12_DN(32,64)

CPU2_M_CH2_DQS_12_DP(32,64)

CPU2_M_CH2_DQS_11_DN(32,64)

CPU2_M_CH2_DQS_11_DP(32,64)

CPU2_M_CH2_DQS_10_DN(32,64)

CPU2_M_CH2_DQS_10_DP(32,64)

CPU2_M_CH2_DQS_09_DN(32,64)

CPU2_M_CH2_DQS_09_DP(32,64)

CPU2_M_CH2_DQS_08_DN(32,64)

CPU2_M_CH2_DQS_08_DP(32,64)

CPU2_M_CH2_DQS_07_DN(32,64)

CPU2_M_CH2_DQS_07_DP(32,64)

CPU2_M_CH2_DQS_06_DN(32,64)

CPU2_M_CH2_DQS_06_DP(32,64)

CPU2_M_CH2_DQS_05_DN(32,64)

CPU2_M_CH2_DQS_05_DP(32,64)

CPU2_M_CH2_DQS_04_DN(32,64)

CPU2_M_CH2_DQS_04_DP(32,64)

CPU2_M_CH2_DQS_03_DN(32,64)

CPU2_M_CH2_DQS_03_DP(32,64)

CPU2_M_CH2_DQS_02_DN(32,64)

CPU2_M_CH2_DQS_02_DP(32,64)

CPU2_M_CH2_DQS_01_DN(32,64)

CPU2_M_CH2_DQS_01_DP(32,64)

CPU2_M_CH2_DQS_00_DN(32,64)

CPU2_M_CH2_DQS_00_DP(32,64)

NC_CPU2_CH2_D0_P167

52

BA2

190

BA1

71

BA0

171

A15/NC

172

A14

196

A13

174

A12_BC_N

55

A11

70

A10/AP

175

A9

177

A8

56

A7

178

A6

58

A5

59

A4

180

A3

61

A2

181

A1

188

A0

198

S3_N/NC

79

S2_N/NC

76

S1_N/NC

193

S0_N

192

RAS_N

74

CAS_N

73

WE_N

63

NC_CK1

64

NC_CK1_N

185

CK0_N

184

CK0

169

CKE1/NC

50

CKE0

238

SDA

118

SCL

119

SA2

237

SA1

117

SA0

236

VDDSPD

67

VREFCA

1

VREFDQ

77

ODT1/NC

195

ODT0

165

CB7/NC

164

CB6/NC

159

CB5/NC

158

CB4/NC

46

CB3/NC

45

CB2/NC

40

CB1/NC

39

CB0/NC

162

NC/DQS17_N/TDQS17_N

161

DM8/DQS17/TDQS17/NC

231

NC/DQS16_N/TDQS16_N

230

DM7/DQS16/TDQS16

222

NC/DQS15_N/TDQS15_N

221

DM6/DQS15/TDQS15

213

NC/DQS14_N/TDQS14_N

212

DM5/DQS14/TDQS14

204

NC/DQS13_N/TDQS13_N

203

DM4/DQS13/TDQS13

153

NC/DQS12_N/TDQS12_N

152

DM3/DQS12/TDQS12

144

NC/DQS11_N/TDQS11_N

143

DM2/DQS11/TDQS11

135

NC/DQS10_N/TDQS10_N

134

DM1/DQS10/TDQS10

126

NC/DQS9_N/TDQS9_N

125

DM0/DQS9/TDQS9

42

DQS8_N

43

DQS8

111

DQS7_N

112

DQS7

102

DQS6_N

103

DQS6

93

DQS5_N

94

DQS5

84

DQS4_N

85

DQS4

33

DQS3_N

34

DQS3

24

DQS2_N

25

DQS2

15

DQS1_N

16

DQS1

6

DQS0_N

7

DQS0

53

ERR_OUT_N/NC

68

PAR_IN/NC

167

NC/TEST

ATH4012-63B-4F

DDR3-240-ATH40H26A-DELL

SPD = 0xA0 TSOD = 0x30

5

4

http://adf.ly/3o8pJ

234

DQ63

233

DQ62

228

DQ61

227

DQ60

115

DQ59

114

DQ58

109

DQ57

108

DQ56

225

DQ55

224

DQ54

219

DQ53

218

DQ52

106

DQ51

105

DQ50

100

DQ49

99

DQ48

216

DQ47

215

DQ46

210

DQ45

209

DQ44

97

DQ43

96

DQ42

91

DQ41

90

DQ40

207

DQ39

206

DQ38

201

DQ37

200

DQ36

88

DQ35

87

DQ34

82

DQ33

81

DQ32

156

DQ31

155

DQ30

150

DQ29

149

DQ28

37

DQ27

36

DQ26

31

DQ25

30

DQ24

147

DQ23

146

DQ22

141

DQ21

140

DQ20

28

DQ19

27

DQ18

22

DQ17

21

DQ16

138

DQ15

137

DQ14

132

DQ13

131

DQ12

19

DQ11

18

DQ10

13

DQ9

12

DQ8

129

DQ7

128

DQ6

123

DQ5

122

DQ4

10

DQ3

9

DQ2

4

DQ1

3

DQ0

120

VTT_120

240

VTT_240

VDD_51

VDD_54

VDD_57

VDD_60

VDD_62

VDD_65

VDD_66

VDD_69

VDD_72

VDD_75

VDD_78 VDD_170 VDD_173 VDD_176 VDD_179 VDD_182 VDD_183 VDD_186 VDD_189 VDD_191 VDD_194 VDD_197

RESET_N

48 49 51 54 57 60 62 65 66 69 72 75 78 170 173 176 179 182 183 186 189 191 194 197

187 168

DIMM_TEMP_EVENT_N (47,48,50,51,53,54,60,61,64,66,67,153)

CPU2_M_CH23_RST_N (29,64,66,67)

3

VTT_48/NC VTT_49/NC

EVENT_N/NC

CPU2_M_CH2_DQ_63 (32,64) CPU2_M_CH2_DQ_62 (32,64) CPU2_M_CH2_DQ_61 (32,64) CPU2_M_CH2_DQ_60 (32,64) CPU2_M_CH2_DQ_59 (32,64) CPU2_M_CH2_DQ_58 (32,64) CPU2_M_CH2_DQ_57 (32,64) CPU2_M_CH2_DQ_56 (32,64) CPU2_M_CH2_DQ_55 (32,64) CPU2_M_CH2_DQ_54 (32,64) CPU2_M_CH2_DQ_53 (32,64) CPU2_M_CH2_DQ_52 (32,64) CPU2_M_CH2_DQ_51 (32,64) CPU2_M_CH2_DQ_50 (32,64) CPU2_M_CH2_DQ_49 (32,64) CPU2_M_CH2_DQ_48 (32,64) CPU2_M_CH2_DQ_47 (32,64) CPU2_M_CH2_DQ_46 (32,64) CPU2_M_CH2_DQ_45 (32,64) CPU2_M_CH2_DQ_44 (32,64) CPU2_M_CH2_DQ_43 (32,64) CPU2_M_CH2_DQ_42 (32,64) CPU2_M_CH2_DQ_41 (32,64) CPU2_M_CH2_DQ_40 (32,64) CPU2_M_CH2_DQ_39 (32,64) CPU2_M_CH2_DQ_38 (32,64) CPU2_M_CH2_DQ_37 (32,64) CPU2_M_CH2_DQ_36 (32,64) CPU2_M_CH2_DQ_35 (32,64) CPU2_M_CH2_DQ_34 (32,64) CPU2_M_CH2_DQ_33 (32,64) CPU2_M_CH2_DQ_32 (32,64) CPU2_M_CH2_DQ_31 (32,64) CPU2_M_CH2_DQ_30 (32,64) CPU2_M_CH2_DQ_29 (32,64) CPU2_M_CH2_DQ_28 (32,64) CPU2_M_CH2_DQ_27 (32,64) CPU2_M_CH2_DQ_26 (32,64) CPU2_M_CH2_DQ_25 (32,64) CPU2_M_CH2_DQ_24 (32,64) CPU2_M_CH2_DQ_23 (32,64) CPU2_M_CH2_DQ_22 (32,64) CPU2_M_CH2_DQ_21 (32,64) CPU2_M_CH2_DQ_20 (32,64) CPU2_M_CH2_DQ_19 (32,64) CPU2_M_CH2_DQ_18 (32,64) CPU2_M_CH2_DQ_17 (32,64) CPU2_M_CH2_DQ_16 (32,64) CPU2_M_CH2_DQ_15 (32,64) CPU2_M_CH2_DQ_14 (32,64) CPU2_M_CH2_DQ_13 (32,64) CPU2_M_CH2_DQ_12 (32,64) CPU2_M_CH2_DQ_11 (32,64) CPU2_M_CH2_DQ_10 (32,64) CPU2_M_CH2_DQ_09 (32,64) CPU2_M_CH2_DQ_08 (32,64) CPU2_M_CH2_DQ_07 (32,64) CPU2_M_CH2_DQ_06 (32,64) CPU2_M_CH2_DQ_05 (32,64) CPU2_M_CH2_DQ_04 (32,64) CPU2_M_CH2_DQ_03 (32,64) CPU2_M_CH2_DQ_02 (32,64) CPU2_M_CH2_DQ_01 (32,64) CPU2_M_CH2_DQ_00 (32,64)

C603

C593

10uF

+/-20%

C0603H0_9

X5R

6.3V

C487

10uF

+/-20%

C0603H0_9

X5R

6.3V

C603

10uF

+/-20%

C0603H0_9

X5R

6.3V

C497

10uF

+/-20%

C0603H0_9

X5R

6.3V

V_MEM_VTT_CPU2

Harbor City use 0805 47uF x5.

C507

10uF

+/-20%

C0603H0_9

X5R

6.3V

2

DIMM9B

2

VSS_2

5

VSS_5

8

VSS_8

11

VSS_11

14

VSS_14

17

VSS_17

20

VSS_20

23

VSS_23

26

VSS_26

29

VSS_29

32

VSS_32

35

VSS_35

38

VSS_38

41

VSS_41

44

VSS_44

47

VSS_47

80

VSS_80

83

VSS_83

86

VSS_86

89

VSS_89

92

VSS_92

95

VSS_95

98

VSS_98

101

VSS_101

104

VSS_104

107

VSS_107

110

VSS_110

113

VSS_113

116

VSS_116

121

VSS_121

ATH4012-63B-4F

DDR3-240-ATH40H26A-DELL

Note: These 2 resistors for I2C address of

R1099

CPU2 CH23 DIMMs

220ohm

+/-1%

R0402H0_4

CPU2_CH23_DIMM_PU

CPU2_CH23_DIMM_PD

R1120

220ohm

+/-1%

R0402H0_4

C537

C518

10uF

+/-20%

C0603H0_9

X5R

6.3V

Hon Hai Precision Ind.Co., Ltd.

Title

Document Number:

Document Number: PCB P/N:

PCB P/N:

C527

10uF

+/-20%

C0603H0_9

X5R

6.3V

CPU2 CH2 DIMM0

01015C800-000-G 63 185

C537

10uF

+/-20%

C0603H0_9

X5R

6.3V

01/25/2011, 10:57 AM

124

VSS_124

127

VSS_127

130

VSS_130

133

VSS_133

136

VSS_136

139

VSS_139

142

VSS_142

145

VSS_145

148

VSS_148

151

VSS_151

154

VSS_154

157

VSS_157

160

VSS_160

163

VSS_163

166

VSS_166

199

VSS_199

202

VSS_202

205

VSS_205

208

VSS_208

211

VSS_211

214

VSS_214

217

VSS_217

220

VSS_220

223

VSS_223

226

VSS_226

229

VSS_229

232

VSS_232

235

VSS_235

239

VSS_239

CPU2_CH23_DIMM_PU (64,66,67)

CPU2_CH23_DIMM_PD (64,66,67)

V_MEM_VDD_CPU2

C532

10uF

+/-20%

C0603H0_9

X5R

6.3V

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

1

of

C523

10uF

+/-20%

C0603H0_9

X5R

6.3V

RevSheet

X00

5

4

3

2

1

DIMM10A

CPU2_M_CH2_BA_2(32,63) CPU2_M_CH2_BA_1(32,63)

CPU2_M_CH2_BA_0(32,63) CPU2_M_CH2_MA_15(32,63) CPU2_M_CH2_MA_14(32,63) CPU2_M_CH2_MA_13(32,63) CPU2_M_CH2_MA_12(32,63) CPU2_M_CH2_MA_11(32,63)

D D

DIMM population

CHD-1DIMM 7

CHA-1DIMM 1

CHA-2DIMM 2

DIMM 3 CHB-1

SMB: A8

SMB: AA

SMB: A0

C C

B B

A A

DIMM 5 CHC-1

DIMM 4 CHB-2

SMB: A8

SMB: A2

I2C_CPU2_C23_SDA(63,66,67,69) I2C_CPU2_C23_SCL(63,66,67,69)

CHC-2DIMM 6

CPU1

SMB: AA

+3.3V

C583

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

A/B/C

SA=001

CHD-2DIMM 8

SMB: A8

SMB: AA

Harbor City is connected to DIMM Slot Directly.

CHF-1DIMM 11

CHF-2DIMM 12

CHE-2DIMM 10

CPU2_M_CH2_CA_VREF(60,63) CPU2_M_CH2_DQ_VREF(63,69)

SMB: A8

CPU2_CH23_DIMM_PD(63,66,67)

CPU2_CH23_DIMM_PU(63,66,67)

CPU2_M_CH2_ODT_3(32) CPU2_M_CH2_ODT_2(32)

CPU2_M_CH2_PERR_N(32,63) CPU2_M_CH2_MA_PAR(32,63)

SMB: AA

CPU2

D/E/F

DIMM 9 CHE-1

SMB: A0

SMB: A2

R1121 49.9ohm

+/-1% R0402H0_4

CPU2_M_CH2_MA_10(32,63) CPU2_M_CH2_MA_09(32,63) CPU2_M_CH2_MA_08(32,63) CPU2_M_CH2_MA_07(32,63) CPU2_M_CH2_MA_06(32,63) CPU2_M_CH2_MA_05(32,63) CPU2_M_CH2_MA_04(32,63) CPU2_M_CH2_MA_03(32,63) CPU2_M_CH2_MA_02(32,63) CPU2_M_CH2_MA_01(32,63) CPU2_M_CH2_MA_00(32,63)

CPU2_M_CH2_CS_7_N(32) CPU2_M_CH2_CS_6_N(32) CPU2_M_CH2_CS_5_N(32) CPU2_M_CH2_CS_4_N(32) CPU2_M_CH2_RAS_N(32,63) CPU2_M_CH2_CAS_N(32,63) CPU2_M_CH2_WE_N(32,63) CPU2_M_CH2_CK_3_DP(32) CPU2_M_CH2_CK_3_DN(32) CPU2_M_CH2_CK_1_DN(32) CPU2_M_CH2_CK_1_DP(32) CPU2_M_CH2_CKE_3(32) CPU2_M_CH2_CKE_2(32)

I2C_CPU2_C2_D1_SDA_R

CPU2_CH23_DIMM_PD

CPU2_CH23_DIMM_PU

CPU2_M_CH2_CA_VREF CPU2_M_CH2_DQ_VREF

CPU2_M_CH2_ECC_7(32,63) CPU2_M_CH2_ECC_6(32,63) CPU2_M_CH2_ECC_5(32,63) CPU2_M_CH2_ECC_4(32,63) CPU2_M_CH2_ECC_3(32,63) CPU2_M_CH2_ECC_2(32,63) CPU2_M_CH2_ECC_1(32,63) CPU2_M_CH2_ECC_0(32,63)

CPU2_M_CH2_DQS_17_DN(32,63)

CPU2_M_CH2_DQS_17_DP(32,63)

CPU2_M_CH2_DQS_16_DN(32,63)

CPU2_M_CH2_DQS_16_DP(32,63)

CPU2_M_CH2_DQS_15_DN(32,63)

CPU2_M_CH2_DQS_15_DP(32,63)

CPU2_M_CH2_DQS_14_DN(32,63)

CPU2_M_CH2_DQS_14_DP(32,63)

CPU2_M_CH2_DQS_13_DN(32,63)

CPU2_M_CH2_DQS_13_DP(32,63)

CPU2_M_CH2_DQS_12_DN(32,63)

CPU2_M_CH2_DQS_12_DP(32,63)

CPU2_M_CH2_DQS_11_DN(32,63)

CPU2_M_CH2_DQS_11_DP(32,63)

CPU2_M_CH2_DQS_10_DN(32,63)

CPU2_M_CH2_DQS_10_DP(32,63)

CPU2_M_CH2_DQS_09_DN(32,63)

CPU2_M_CH2_DQS_09_DP(32,63)

CPU2_M_CH2_DQS_08_DN(32,63)

CPU2_M_CH2_DQS_08_DP(32,63)

CPU2_M_CH2_DQS_07_DN(32,63)

CPU2_M_CH2_DQS_07_DP(32,63)

CPU2_M_CH2_DQS_06_DN(32,63)

CPU2_M_CH2_DQS_06_DP(32,63)

CPU2_M_CH2_DQS_05_DN(32,63)

CPU2_M_CH2_DQS_05_DP(32,63)

CPU2_M_CH2_DQS_04_DN(32,63)

CPU2_M_CH2_DQS_04_DP(32,63)

CPU2_M_CH2_DQS_03_DN(32,63)

CPU2_M_CH2_DQS_03_DP(32,63)

CPU2_M_CH2_DQS_02_DN(32,63)

CPU2_M_CH2_DQS_02_DP(32,63)

CPU2_M_CH2_DQS_01_DN(32,63)

CPU2_M_CH2_DQS_01_DP(32,63)

CPU2_M_CH2_DQS_00_DN(32,63)

CPU2_M_CH2_DQS_00_DP(32,63)

NC_CPU2_CH2_D1_P167

52

BA2

190

BA1

71

BA0

171

A15/NC

172

A14

196

A13

174

A12_BC_N

55

A11

70

A10/AP

175

A9

177

A8

56

A7

178

A6

58

A5

59

A4

180

A3

61

A2

181

A1

188

A0

198

S3_N/NC

79

S2_N/NC

76

S1_N/NC

193

S0_N

192

RAS_N

74

CAS_N

73

WE_N

63

NC_CK1

64

NC_CK1_N

185

CK0_N

184

CK0

169

CKE1/NC

50

CKE0

238

SDA

118

SCL

119

SA2

237

SA1

117

SA0

236

VDDSPD

67

VREFCA

1

VREFDQ

77

ODT1/NC

195

ODT0

165

CB7/NC

164

CB6/NC

159

CB5/NC

158

CB4/NC

46

CB3/NC

45

CB2/NC

40

CB1/NC

39

CB0/NC

162

NC/DQS17_N/TDQS17_N

161

DM8/DQS17/TDQS17/NC

231

NC/DQS16_N/TDQS16_N

230

DM7/DQS16/TDQS16

222

NC/DQS15_N/TDQS15_N

221

DM6/DQS15/TDQS15

213

NC/DQS14_N/TDQS14_N

212

DM5/DQS14/TDQS14

204

NC/DQS13_N/TDQS13_N

203

DM4/DQS13/TDQS13

153

NC/DQS12_N/TDQS12_N

152

DM3/DQS12/TDQS12

144

NC/DQS11_N/TDQS11_N

143

DM2/DQS11/TDQS11

135

NC/DQS10_N/TDQS10_N

134

DM1/DQS10/TDQS10

126

NC/DQS9_N/TDQS9_N

125

DM0/DQS9/TDQS9

42

DQS8_N

43

DQS8

111

DQS7_N

112

DQS7

102

DQS6_N

103

DQS6

93

DQS5_N

94

DQS5

84

DQS4_N

85

DQS4

33

DQS3_N

34

DQS3

24

DQS2_N

25

DQS2

15

DQS1_N

16

DQS1

6

DQS0_N

7

DQS0

53

ERR_OUT_N/NC

68

PAR_IN/NC

167

NC/TEST

ATH4012-63D-4F

DDR3-240-ATH40H26A-DELL

SPD = 0xA2 TSOD = 0x32

5

4

http://adf.ly/3o8pJ

234

DQ63

233

DQ62

228

DQ61

227

DQ60

115

DQ59

114

DQ58

109

DQ57

108

DQ56

225

DQ55

224

DQ54

219

DQ53

218

DQ52

106

DQ51

105

DQ50

100

DQ49

99

DQ48

216

DQ47

215

DQ46

210

DQ45

209

DQ44

97

DQ43

96

DQ42

91

DQ41

90

DQ40

207

DQ39

206

DQ38

201

DQ37

200

DQ36

88

DQ35

87

DQ34

82

DQ33

81

DQ32

156

DQ31

155

DQ30

150

DQ29

149

DQ28

37

DQ27

36

DQ26

31

DQ25

30

DQ24

147

DQ23

146

DQ22

141

DQ21

140

DQ20

28

DQ19

27

DQ18

22

DQ17

21

DQ16

138

DQ15

137

DQ14

132

DQ13

131

DQ12

19

DQ11

18

DQ10

13

DQ9

12

DQ8

129

DQ7

128

DQ6

123

DQ5

122

DQ4

10

DQ3

9

DQ2

4

DQ1

3

DQ0

120

VTT_120

240

VTT_240

VDD_51 VDD_54 VDD_57 VDD_60 VDD_62 VDD_65 VDD_66 VDD_69 VDD_72 VDD_75

VDD_78 VDD_170 VDD_173 VDD_176 VDD_179 VDD_182 VDD_183 VDD_186 VDD_189 VDD_191 VDD_194 VDD_197

RESET_N

48 49 51 54 57 60 62 65 66 69 72 75 78 170 173 176 179 182 183 186 189 191 194 197

187 168

DIMM_TEMP_EVENT_N (47,48,50,51,53,54,60,61,63,66,67,153)

CPU2_M_CH23_RST_N (29,63,66,67)

3

VTT_48/NC VTT_49/NC

EVENT_N/NC

CPU2_M_CH2_DQ_63 (32,63) CPU2_M_CH2_DQ_62 (32,63) CPU2_M_CH2_DQ_61 (32,63) CPU2_M_CH2_DQ_60 (32,63) CPU2_M_CH2_DQ_59 (32,63) CPU2_M_CH2_DQ_58 (32,63) CPU2_M_CH2_DQ_57 (32,63) CPU2_M_CH2_DQ_56 (32,63) CPU2_M_CH2_DQ_55 (32,63) CPU2_M_CH2_DQ_54 (32,63) CPU2_M_CH2_DQ_53 (32,63) CPU2_M_CH2_DQ_52 (32,63) CPU2_M_CH2_DQ_51 (32,63) CPU2_M_CH2_DQ_50 (32,63) CPU2_M_CH2_DQ_49 (32,63) CPU2_M_CH2_DQ_48 (32,63) CPU2_M_CH2_DQ_47 (32,63) CPU2_M_CH2_DQ_46 (32,63) CPU2_M_CH2_DQ_45 (32,63) CPU2_M_CH2_DQ_44 (32,63) CPU2_M_CH2_DQ_43 (32,63) CPU2_M_CH2_DQ_42 (32,63) CPU2_M_CH2_DQ_41 (32,63) CPU2_M_CH2_DQ_40 (32,63) CPU2_M_CH2_DQ_39 (32,63) CPU2_M_CH2_DQ_38 (32,63) CPU2_M_CH2_DQ_37 (32,63) CPU2_M_CH2_DQ_36 (32,63) CPU2_M_CH2_DQ_35 (32,63) CPU2_M_CH2_DQ_34 (32,63) CPU2_M_CH2_DQ_33 (32,63) CPU2_M_CH2_DQ_32 (32,63) CPU2_M_CH2_DQ_31 (32,63) CPU2_M_CH2_DQ_30 (32,63) CPU2_M_CH2_DQ_29 (32,63) CPU2_M_CH2_DQ_28 (32,63) CPU2_M_CH2_DQ_27 (32,63) CPU2_M_CH2_DQ_26 (32,63) CPU2_M_CH2_DQ_25 (32,63) CPU2_M_CH2_DQ_24 (32,63) CPU2_M_CH2_DQ_23 (32,63) CPU2_M_CH2_DQ_22 (32,63) CPU2_M_CH2_DQ_21 (32,63) CPU2_M_CH2_DQ_20 (32,63) CPU2_M_CH2_DQ_19 (32,63) CPU2_M_CH2_DQ_18 (32,63) CPU2_M_CH2_DQ_17 (32,63) CPU2_M_CH2_DQ_16 (32,63) CPU2_M_CH2_DQ_15 (32,63) CPU2_M_CH2_DQ_14 (32,63) CPU2_M_CH2_DQ_13 (32,63) CPU2_M_CH2_DQ_12 (32,63) CPU2_M_CH2_DQ_11 (32,63) CPU2_M_CH2_DQ_10 (32,63) CPU2_M_CH2_DQ_09 (32,63) CPU2_M_CH2_DQ_08 (32,63) CPU2_M_CH2_DQ_07 (32,63) CPU2_M_CH2_DQ_06 (32,63) CPU2_M_CH2_DQ_05 (32,63) CPU2_M_CH2_DQ_04 (32,63) CPU2_M_CH2_DQ_03 (32,63) CPU2_M_CH2_DQ_02 (32,63) CPU2_M_CH2_DQ_01 (32,63) CPU2_M_CH2_DQ_00 (32,63)

C594

10uF

+/-20%

C0603H0_9

X5R

6.3V

C538

10uF

+/-20%

C0603H0_9

X5R

6.3V

C604

10uF

+/-20%

C0603H0_9

X5R

6.3V

C498

10uF

+/-20%

C0603H0_9

X5R

6.3V

V_MEM_VTT_CPU2

Harbor City use 0805 47uF x5.

C524

10uF

+/-20%

C0603H0_9

X5R

6.3V

2

C529

10uF

+/-20%

C0603H0_9

X5R

6.3V

Hon Hai Precision Ind.Co., Ltd.

Title

Document Number:

Document Number: PCB P/N:

PCB P/N:

DIMM10B

2

VSS_2

5

VSS_5

8

VSS_8

11

VSS_11

14

VSS_14

17

VSS_17

20

VSS_20

23

VSS_23

26

VSS_26

29

VSS_29

32

VSS_32

35

VSS_35

38

VSS_38

41

VSS_41

44

VSS_44

47

VSS_47

80

VSS_80

83

VSS_83

86

VSS_86

89

VSS_89

92

VSS_92

95

VSS_95

98

VSS_98

101

VSS_101

104

VSS_104

107

VSS_107

110

VSS_110

113

VSS_113

116

VSS_116

121

VSS_121

ATH4012-63D-4F

DDR3-240-ATH40H26A-DELL

C506

10uF

+/-20%

C0603H0_9

X5R

6.3V

CPU2 CH2 DIMM1

01015C800-000-G 64 185

VSS_124 VSS_127 VSS_130 VSS_133 VSS_136 VSS_139 VSS_142 VSS_145 VSS_148 VSS_151 VSS_154 VSS_157 VSS_160 VSS_163 VSS_166 VSS_199 VSS_202 VSS_205 VSS_208 VSS_211 VSS_214 VSS_217 VSS_220 VSS_223 VSS_226 VSS_229 VSS_232 VSS_235 VSS_239

C533

10uF

+/-20%

C0603H0_9

X5R

6.3V

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

01/25/2011, 10:57 AM

C488

10uF

+/-20%

C0603H0_9

X5R

6.3V

1

124 127 130 133 136 139 142 145 148 151 154 157 160 163 166 199 202 205 208 211 214 217 220 223 226 229 232 235 239

V_MEM_VDD_CPU2

of

C512

10uF

+/-20%

C0603H0_9

X5R

6.3V

RevSheet

X00

5

4

3

2

1

DIMM11A

CPU2_M_CH3_BA_2(33,67) CPU2_M_CH3_BA_1(33,67) CPU2_M_CH3_BA_0(33,67) CPU2_M_CH3_MA_15(33,67) CPU2_M_CH3_MA_14(33,67) CPU2_M_CH3_MA_13(33,67) CPU2_M_CH3_MA_12(33,67) CPU2_M_CH3_MA_11(33,67)

D D

DIMM population

CHD-1DIMM 7

CHA-1DIMM 1

CHA-2DIMM 2

DIMM 3 CHB-1

SMB: A8

SMB: AA

SMB: A0

C C

B B

A A

DIMM 5 CHC-1

DIMM 4 CHB-2

SMB: A8

SMB: A2

I2C_CPU2_C23_SDA(63,64,67,69) I2C_CPU2_C23_SCL(63,64,67,69)

CHC-2DIMM 6

CPU1

SMB: AA

+3.3V

C578

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

A/B/C

SA=100

CHD-2DIMM 8

CHE-1DIMM 9

SMB: A8

SMB: AA

SMB: A0

Harbor City is connected to DIMM Slot Directly.

R1122 49.9ohm

+/-1% R0402H0_4

CHF-1DIMM 11

DIMM 10 CHE-2

SMB: A2

SMB: A8

CPU2_CH23_DIMM_PU(63,64,67) CPU2_CH23_DIMM_PD(63,64,67)

CPU2_M_CH3_CA_VREF(60,67) CPU2_M_CH3_DQ_VREF(67,69)

CPU2_M_CH3_ODT_1(33) CPU2_M_CH3_ODT_0(33)

CPU2_M_CH3_PERR_N(33,67) CPU2_M_CH3_MA_PAR(33,67)

CHF-2DIMM 12

SMB: AA

CPU2

D/E/F

CPU2_M_CH3_MA_10(33,67) CPU2_M_CH3_MA_09(33,67) CPU2_M_CH3_MA_08(33,67) CPU2_M_CH3_MA_07(33,67) CPU2_M_CH3_MA_06(33,67) CPU2_M_CH3_MA_05(33,67) CPU2_M_CH3_MA_04(33,67) CPU2_M_CH3_MA_03(33,67) CPU2_M_CH3_MA_02(33,67) CPU2_M_CH3_MA_01(33,67) CPU2_M_CH3_MA_00(33,67)

CPU2_M_CH3_CS_3_N(33) CPU2_M_CH3_CS_2_N(33) CPU2_M_CH3_CS_1_N(33) CPU2_M_CH3_CS_0_N(33) CPU2_M_CH3_RAS_N(33,67) CPU2_M_CH3_CAS_N(33,67) CPU2_M_CH3_WE_N(33,67) CPU2_M_CH3_CK_2_DP(33) CPU2_M_CH3_CK_2_DN(33) CPU2_M_CH3_CK_0_DN(33) CPU2_M_CH3_CK_0_DP(33) CPU2_M_CH3_CKE_1(33) CPU2_M_CH3_CKE_0(33)

I2C_CPU2_C3_D0_SDA_R

CPU2_CH23_DIMM_PU CPU2_CH23_DIMM_PD

CPU2_M_CH3_CA_VREF CPU2_M_CH3_DQ_VREF

CPU2_M_CH3_ECC_7(33,67) CPU2_M_CH3_ECC_6(33,67) CPU2_M_CH3_ECC_5(33,67) CPU2_M_CH3_ECC_4(33,67) CPU2_M_CH3_ECC_3(33,67) CPU2_M_CH3_ECC_2(33,67) CPU2_M_CH3_ECC_1(33,67) CPU2_M_CH3_ECC_0(33,67)

CPU2_M_CH3_DQS_17_DN(33,67)

CPU2_M_CH3_DQS_17_DP(33,67)

CPU2_M_CH3_DQS_16_DN(33,67)

CPU2_M_CH3_DQS_16_DP(33,67)

CPU2_M_CH3_DQS_15_DN(33,67)

CPU2_M_CH3_DQS_15_DP(33,67)

CPU2_M_CH3_DQS_14_DN(33,67)

CPU2_M_CH3_DQS_14_DP(33,67)

CPU2_M_CH3_DQS_13_DN(33,67)

CPU2_M_CH3_DQS_13_DP(33,67)

CPU2_M_CH3_DQS_12_DN(33,67)

CPU2_M_CH3_DQS_12_DP(33,67)

CPU2_M_CH3_DQS_11_DN(33,67)

CPU2_M_CH3_DQS_11_DP(33,67)

CPU2_M_CH3_DQS_10_DN(33,67)

CPU2_M_CH3_DQS_10_DP(33,67)

CPU2_M_CH3_DQS_09_DN(33,67)

CPU2_M_CH3_DQS_09_DP(33,67)

CPU2_M_CH3_DQS_08_DN(33,67)

CPU2_M_CH3_DQS_08_DP(33,67)

CPU2_M_CH3_DQS_07_DN(33,67)

CPU2_M_CH3_DQS_07_DP(33,67)

CPU2_M_CH3_DQS_06_DN(33,67)

CPU2_M_CH3_DQS_06_DP(33,67)

CPU2_M_CH3_DQS_05_DN(33,67)

CPU2_M_CH3_DQS_05_DP(33,67)

CPU2_M_CH3_DQS_04_DN(33,67)

CPU2_M_CH3_DQS_04_DP(33,67)

CPU2_M_CH3_DQS_03_DN(33,67)

CPU2_M_CH3_DQS_03_DP(33,67)

CPU2_M_CH3_DQS_02_DN(33,67)

CPU2_M_CH3_DQS_02_DP(33,67)

CPU2_M_CH3_DQS_01_DN(33,67)

CPU2_M_CH3_DQS_01_DP(33,67)

CPU2_M_CH3_DQS_00_DN(33,67)

CPU2_M_CH3_DQS_00_DP(33,67)

NC_CPU2_CH3_D0_P167

52

BA2

190

BA1

71

BA0

171

A15/NC

172

A14

196

A13

174

A12_BC_N

55

A11

70

A10/AP

175

A9

177

A8

56

A7

178

A6

58

A5

59

A4

180

A3

61

A2

181

A1

188

A0

198

S3_N/NC

79

S2_N/NC

76

S1_N/NC

193

S0_N

192

RAS_N

74

CAS_N

73

WE_N

63

NC_CK1

64

NC_CK1_N

185

CK0_N

184

CK0

169

CKE1/NC

50

CKE0

238

SDA

118

SCL

119

SA2

237

SA1

117

SA0

236

VDDSPD

67

VREFCA

1

VREFDQ

77

ODT1/NC

195

ODT0

165

CB7/NC

164

CB6/NC

159

CB5/NC

158

CB4/NC

46

CB3/NC

45

CB2/NC

40

CB1/NC

39

CB0/NC

162

NC/DQS17_N/TDQS17_N

161

DM8/DQS17/TDQS17/NC

231

NC/DQS16_N/TDQS16_N

230

DM7/DQS16/TDQS16

222

NC/DQS15_N/TDQS15_N

221

DM6/DQS15/TDQS15

213

NC/DQS14_N/TDQS14_N

212

DM5/DQS14/TDQS14

204

NC/DQS13_N/TDQS13_N

203

DM4/DQS13/TDQS13

153

NC/DQS12_N/TDQS12_N

152

DM3/DQS12/TDQS12

144

NC/DQS11_N/TDQS11_N

143

DM2/DQS11/TDQS11

135

NC/DQS10_N/TDQS10_N

134

DM1/DQS10/TDQS10

126

NC/DQS9_N/TDQS9_N

125

DM0/DQS9/TDQS9

42

DQS8_N

43

DQS8

111

DQS7_N

112

DQS7

102

DQS6_N

103

DQS6

93

DQS5_N

94

DQS5

84

DQS4_N

85

DQS4

33

DQS3_N

34

DQS3

24

DQS2_N

25

DQS2

15

DQS1_N

16

DQS1

6

DQS0_N

7

DQS0

53

ERR_OUT_N/NC

68

PAR_IN/NC

167

NC/TEST

ATH4012-63B-4F

DDR3-240-ATH40H26A-DELL

SPD = 0xA8 TSOD = 0x38

5

4

http://adf.ly/3o8pJ

234

DQ63

233

DQ62

228

DQ61

227

DQ60

115

DQ59

114

DQ58

109

DQ57

108

DQ56

225

DQ55

224

DQ54

219

DQ53

218

DQ52

106

DQ51

105

DQ50

100

DQ49

99

DQ48

216

DQ47

215

DQ46

210

DQ45

209

DQ44

97

DQ43

96

DQ42

91

DQ41

90

DQ40

207

DQ39

206

DQ38

201

DQ37

200

DQ36

88

DQ35

87

DQ34

82

DQ33

81

DQ32

156

DQ31

155

DQ30

150

DQ29

149

DQ28

37

DQ27

36

DQ26

31

DQ25

30

DQ24

147

DQ23

146

DQ22

141

DQ21

140

DQ20

28

DQ19

27

DQ18

22

DQ17

21

DQ16

138

DQ15

137

DQ14

132

DQ13

131

DQ12

19

DQ11

18

DQ10

13

DQ9

12

DQ8

129

DQ7

128

DQ6

123

DQ5

122

DQ4

10

DQ3

9

DQ2

4

DQ1

3

DQ0

120

VTT_120

240

VTT_240

VDD_51

VDD_54

VDD_57

VDD_60

VDD_62

VDD_65

VDD_66

VDD_69

VDD_72

VDD_75

VDD_78 VDD_170 VDD_173 VDD_176 VDD_179 VDD_182 VDD_183 VDD_186 VDD_189 VDD_191 VDD_194 VDD_197

RESET_N

48 49 51 54 57 60 62 65 66 69 72 75 78 170 173 176 179 182 183 186 189 191 194 197

187 168

DIMM_TEMP_EVENT_N (47,48,50,51,53,54,60,61,63,64,67,153)

CPU2_M_CH23_RST_N (29,63,64,67)

3

VTT_48/NC VTT_49/NC

EVENT_N/NC

CPU2_M_CH3_DQ_63 (33,67) CPU2_M_CH3_DQ_62 (33,67) CPU2_M_CH3_DQ_61 (33,67) CPU2_M_CH3_DQ_60 (33,67) CPU2_M_CH3_DQ_59 (33,67) CPU2_M_CH3_DQ_58 (33,67) CPU2_M_CH3_DQ_57 (33,67) CPU2_M_CH3_DQ_56 (33,67) CPU2_M_CH3_DQ_55 (33,67) CPU2_M_CH3_DQ_54 (33,67) CPU2_M_CH3_DQ_53 (33,67) CPU2_M_CH3_DQ_52 (33,67) CPU2_M_CH3_DQ_51 (33,67) CPU2_M_CH3_DQ_50 (33,67) CPU2_M_CH3_DQ_49 (33,67) CPU2_M_CH3_DQ_48 (33,67) CPU2_M_CH3_DQ_47 (33,67) CPU2_M_CH3_DQ_46 (33,67) CPU2_M_CH3_DQ_45 (33,67) CPU2_M_CH3_DQ_44 (33,67) CPU2_M_CH3_DQ_43 (33,67) CPU2_M_CH3_DQ_42 (33,67) CPU2_M_CH3_DQ_41 (33,67) CPU2_M_CH3_DQ_40 (33,67) CPU2_M_CH3_DQ_39 (33,67) CPU2_M_CH3_DQ_38 (33,67) CPU2_M_CH3_DQ_37 (33,67) CPU2_M_CH3_DQ_36 (33,67) CPU2_M_CH3_DQ_35 (33,67) CPU2_M_CH3_DQ_34 (33,67) CPU2_M_CH3_DQ_33 (33,67) CPU2_M_CH3_DQ_32 (33,67) CPU2_M_CH3_DQ_31 (33,67) CPU2_M_CH3_DQ_30 (33,67) CPU2_M_CH3_DQ_29 (33,67) CPU2_M_CH3_DQ_28 (33,67) CPU2_M_CH3_DQ_27 (33,67) CPU2_M_CH3_DQ_26 (33,67) CPU2_M_CH3_DQ_25 (33,67) CPU2_M_CH3_DQ_24 (33,67) CPU2_M_CH3_DQ_23 (33,67) CPU2_M_CH3_DQ_22 (33,67) CPU2_M_CH3_DQ_21 (33,67) CPU2_M_CH3_DQ_20 (33,67) CPU2_M_CH3_DQ_19 (33,67) CPU2_M_CH3_DQ_18 (33,67) CPU2_M_CH3_DQ_17 (33,67) CPU2_M_CH3_DQ_16 (33,67) CPU2_M_CH3_DQ_15 (33,67) CPU2_M_CH3_DQ_14 (33,67) CPU2_M_CH3_DQ_13 (33,67) CPU2_M_CH3_DQ_12 (33,67) CPU2_M_CH3_DQ_11 (33,67) CPU2_M_CH3_DQ_10 (33,67) CPU2_M_CH3_DQ_09 (33,67) CPU2_M_CH3_DQ_08 (33,67) CPU2_M_CH3_DQ_07 (33,67) CPU2_M_CH3_DQ_06 (33,67) CPU2_M_CH3_DQ_05 (33,67) CPU2_M_CH3_DQ_04 (33,67) CPU2_M_CH3_DQ_03 (33,67) CPU2_M_CH3_DQ_02 (33,67) CPU2_M_CH3_DQ_01 (33,67) CPU2_M_CH3_DQ_00 (33,67)

C595

10uF

+/-20%

C0603H0_9

X5R

6.3V

C517

10uF

+/-20%

C0603H0_9

X5R

6.3V

C605

10uF

+/-20%

C0603H0_9

X5R

6.3V

C526

10uF

+/-20%

C0603H0_9

X5R

6.3V

V_MEM_VTT_CPU2

Harbor City use 0805 47uF x5.

C513

10uF

+/-20%

C0603H0_9

X5R

6.3V

2

C511

10uF

+/-20%

C0603H0_9

X5R

6.3V

Hon Hai Precision Ind.Co., Ltd.

Title

Document Number:

Document Number: PCB P/N:

PCB P/N:

DIMM11B

2

VSS_2

5

VSS_5

8

VSS_8

11

VSS_11

14

VSS_14

17

VSS_17

20

VSS_20

23

VSS_23

26

VSS_26

29

VSS_29

32

VSS_32

35

VSS_35

38

VSS_38

41

VSS_41

44

VSS_44

47

VSS_47

80

VSS_80

83

VSS_83

86

VSS_86

89

VSS_89

92

VSS_92

95

VSS_95

98

VSS_98

101

VSS_101

104

VSS_104

107

VSS_107

110

VSS_110

113

VSS_113

116

VSS_116

121

VSS_121

ATH4012-63B-4F

DDR3-240-ATH40H26A-DELL

C508

10uF

+/-20%

C0603H0_9

X5R

6.3V

CPU2 CH3 DIMM0

01015C800-000-G 66 185

VSS_124 VSS_127 VSS_130 VSS_133 VSS_136 VSS_139 VSS_142 VSS_145 VSS_148 VSS_151 VSS_154 VSS_157 VSS_160 VSS_163 VSS_166 VSS_199 VSS_202 VSS_205 VSS_208 VSS_211 VSS_214 VSS_217 VSS_220 VSS_223 VSS_226 VSS_229 VSS_232 VSS_235 VSS_239

C534

10uF

+/-20%

C0603H0_9

X5R

6.3V

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

01/25/2011, 10:57 AM

C491

10uF

+/-20%

C0603H0_9

X5R

6.3V

1

124 127 130 133 136 139 142 145 148 151 154 157 160 163 166 199 202 205 208 211 214 217 220 223 226 229 232 235 239

V_MEM_VDD_CPU2

of

C510

10uF

+/-20%

C0603H0_9

X5R

6.3V

RevSheet

X00

5

4

3

2

1

DIMM12A

CPU2_M_CH3_BA_2(33,66) CPU2_M_CH3_BA_1(33,66) CPU2_M_CH3_BA_0(33,66) CPU2_M_CH3_MA_15(33,66) CPU2_M_CH3_MA_14(33,66) CPU2_M_CH3_MA_13(33,66) CPU2_M_CH3_MA_12(33,66) CPU2_M_CH3_MA_11(33,66)

D D

DIMM population

CHD-1DIMM 7

CHA-1DIMM 1

CHA-2DIMM 2

DIMM 3 CHB-1

SMB: A8

SMB: AA

SMB: A0

C C

B B

A A

DIMM 5 CHC-1

DIMM 4 CHB-2

SMB: A8

SMB: A2

I2C_CPU2_C23_SDA(63,64,66,69) I2C_CPU2_C23_SCL(63,64,66,69)

CHC-2DIMM 6

CPU1

SMB: AA

+3.3V

C581

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

A/B/C

SA=101

CHD-2DIMM 8

CHE-1DIMM 9

CHF-1DIMM 11

CHF-2DIMM 12

CPU2_M_CH3_CA_VREF(60,66) CPU2_M_CH3_DQ_VREF(66,69)

SMB: A8

CPU2_CH23_DIMM_PU(63,64,66) CPU2_CH23_DIMM_PD(63,64,66)

CPU2_M_CH3_ODT_3(33) CPU2_M_CH3_ODT_2(33)

CPU2_M_CH3_PERR_N(33,66) CPU2_M_CH3_MA_PAR(33,66)

SMB: AA

CPU2

D/E/F

DIMM 10 CHE-2

SMB: A8

SMB: AA

SMB: A2

SMB: A0

Harbor City is connected to DIMM Slot Directly.

R1123 49.9ohm

+/-1% R0402H0_4

CPU2_M_CH3_MA_10(33,66) CPU2_M_CH3_MA_09(33,66) CPU2_M_CH3_MA_08(33,66) CPU2_M_CH3_MA_07(33,66) CPU2_M_CH3_MA_06(33,66) CPU2_M_CH3_MA_05(33,66) CPU2_M_CH3_MA_04(33,66) CPU2_M_CH3_MA_03(33,66) CPU2_M_CH3_MA_02(33,66) CPU2_M_CH3_MA_01(33,66) CPU2_M_CH3_MA_00(33,66)

CPU2_M_CH3_CS_7_N(33) CPU2_M_CH3_CS_6_N(33) CPU2_M_CH3_CS_5_N(33) CPU2_M_CH3_CS_4_N(33) CPU2_M_CH3_RAS_N(33,66) CPU2_M_CH3_CAS_N(33,66) CPU2_M_CH3_WE_N(33,66) CPU2_M_CH3_CK_3_DP(33) CPU2_M_CH3_CK_3_DN(33) CPU2_M_CH3_CK_1_DN(33) CPU2_M_CH3_CK_1_DP(33) CPU2_M_CH3_CKE_3(33) CPU2_M_CH3_CKE_2(33)

I2C_CPU2_C3_D1_SDA_R

CPU2_CH23_DIMM_PU CPU2_CH23_DIMM_PD

CPU2_M_CH3_CA_VREF CPU2_M_CH3_DQ_VREF

CPU2_M_CH3_ECC_7(33,66) CPU2_M_CH3_ECC_6(33,66) CPU2_M_CH3_ECC_5(33,66) CPU2_M_CH3_ECC_4(33,66) CPU2_M_CH3_ECC_3(33,66) CPU2_M_CH3_ECC_2(33,66) CPU2_M_CH3_ECC_1(33,66) CPU2_M_CH3_ECC_0(33,66)

CPU2_M_CH3_DQS_17_DN(33,66)

CPU2_M_CH3_DQS_17_DP(33,66)

CPU2_M_CH3_DQS_16_DN(33,66)

CPU2_M_CH3_DQS_16_DP(33,66)

CPU2_M_CH3_DQS_15_DN(33,66)

CPU2_M_CH3_DQS_15_DP(33,66)

CPU2_M_CH3_DQS_14_DN(33,66)

CPU2_M_CH3_DQS_14_DP(33,66)

CPU2_M_CH3_DQS_13_DN(33,66)

CPU2_M_CH3_DQS_13_DP(33,66)

CPU2_M_CH3_DQS_12_DN(33,66)

CPU2_M_CH3_DQS_12_DP(33,66)

CPU2_M_CH3_DQS_11_DN(33,66)

CPU2_M_CH3_DQS_11_DP(33,66)

CPU2_M_CH3_DQS_10_DN(33,66)

CPU2_M_CH3_DQS_10_DP(33,66)

CPU2_M_CH3_DQS_09_DN(33,66)

CPU2_M_CH3_DQS_09_DP(33,66)

CPU2_M_CH3_DQS_08_DN(33,66)

CPU2_M_CH3_DQS_08_DP(33,66)

CPU2_M_CH3_DQS_07_DN(33,66)

CPU2_M_CH3_DQS_07_DP(33,66)

CPU2_M_CH3_DQS_06_DN(33,66)

CPU2_M_CH3_DQS_06_DP(33,66)

CPU2_M_CH3_DQS_05_DN(33,66)

CPU2_M_CH3_DQS_05_DP(33,66)

CPU2_M_CH3_DQS_04_DN(33,66)

CPU2_M_CH3_DQS_04_DP(33,66)

CPU2_M_CH3_DQS_03_DN(33,66)

CPU2_M_CH3_DQS_03_DP(33,66)

CPU2_M_CH3_DQS_02_DN(33,66)

CPU2_M_CH3_DQS_02_DP(33,66)

CPU2_M_CH3_DQS_01_DN(33,66)

CPU2_M_CH3_DQS_01_DP(33,66)

CPU2_M_CH3_DQS_00_DN(33,66)

CPU2_M_CH3_DQS_00_DP(33,66)

NC_CPU2_CH3_D1_P167

52

BA2

190

BA1

71

BA0

171

A15/NC

172

A14

196

A13

174

A12_BC_N

55

A11

70

A10/AP

175

A9

177

A8

56

A7

178

A6

58

A5

59

A4

180

A3

61

A2

181

A1

188

A0

198

S3_N/NC

79

S2_N/NC

76

S1_N/NC

193

S0_N

192

RAS_N

74

CAS_N

73

WE_N

63

NC_CK1

64

NC_CK1_N

185

CK0_N

184

CK0

169

CKE1/NC

50

CKE0

238

SDA

118

SCL

119

SA2

237

SA1

117

SA0

236

VDDSPD

67

VREFCA

1

VREFDQ

77

ODT1/NC

195

ODT0

165

CB7/NC

164

CB6/NC

159

CB5/NC

158

CB4/NC

46

CB3/NC

45

CB2/NC

40

CB1/NC

39

CB0/NC

162

NC/DQS17_N/TDQS17_N

161

DM8/DQS17/TDQS17/NC

231

NC/DQS16_N/TDQS16_N

230

DM7/DQS16/TDQS16

222

NC/DQS15_N/TDQS15_N

221

DM6/DQS15/TDQS15

213

NC/DQS14_N/TDQS14_N

212

DM5/DQS14/TDQS14

204

NC/DQS13_N/TDQS13_N

203

DM4/DQS13/TDQS13

153

NC/DQS12_N/TDQS12_N

152

DM3/DQS12/TDQS12

144

NC/DQS11_N/TDQS11_N

143

DM2/DQS11/TDQS11

135

NC/DQS10_N/TDQS10_N

134

DM1/DQS10/TDQS10

126

NC/DQS9_N/TDQS9_N

125

DM0/DQS9/TDQS9

42

DQS8_N

43

DQS8

111

DQS7_N

112

DQS7

102

DQS6_N

103

DQS6

93

DQS5_N

94

DQS5

84

DQS4_N

85

DQS4

33

DQS3_N

34

DQS3

24

DQS2_N

25

DQS2

15

DQS1_N

16

DQS1

6

DQS0_N

7

DQS0

53

ERR_OUT_N/NC

68

PAR_IN/NC

167

NC/TEST

ATH4012-63D-4F

DDR3-240-ATH40H26A-DELL

SPD = 0xAA TSOD = 0x3A

5

4

http://adf.ly/3o8pJ

234

DQ63

233

DQ62

228

DQ61

227

DQ60

115

DQ59

114

DQ58

109

DQ57

108

DQ56

225

DQ55

224

DQ54

219

DQ53

218

DQ52

106

DQ51

105

DQ50

100

DQ49

99

DQ48

216

DQ47

215

DQ46

210

DQ45

209

DQ44

97

DQ43

96

DQ42

91

DQ41

90

DQ40

207

DQ39

206

DQ38

201

DQ37

200

DQ36

88

DQ35

87

DQ34

82

DQ33

81

DQ32

156

DQ31

155

DQ30

150

DQ29

149

DQ28

37

DQ27

36

DQ26

31

DQ25

30

DQ24

147

DQ23

146

DQ22

141

DQ21

140

DQ20

28

DQ19

27

DQ18

22

DQ17

21

DQ16

138

DQ15

137

DQ14

132

DQ13

131

DQ12

19

DQ11

18

DQ10

13

DQ9

12

DQ8

129

DQ7

128

DQ6

123

DQ5

122

DQ4

10

DQ3

9

DQ2

4

DQ1

3

DQ0

120

VTT_120

240

VTT_240

VDD_51

VDD_54

VDD_57

VDD_60

VDD_62

VDD_65

VDD_66

VDD_69

VDD_72

VDD_75

VDD_78 VDD_170 VDD_173 VDD_176 VDD_179 VDD_182 VDD_183 VDD_186 VDD_189 VDD_191 VDD_194 VDD_197

RESET_N

48 49 51 54 57 60 62 65 66 69 72 75 78 170 173 176 179 182 183 186 189 191 194 197

187 168

DIMM_TEMP_EVENT_N (47,48,50,51,53,54,60,61,63,64,66,153)

CPU2_M_CH23_RST_N (29,63,64,66)

3

VTT_48/NC VTT_49/NC

EVENT_N/NC

CPU2_M_CH3_DQ_63 (33,66) CPU2_M_CH3_DQ_62 (33,66) CPU2_M_CH3_DQ_61 (33,66) CPU2_M_CH3_DQ_60 (33,66) CPU2_M_CH3_DQ_59 (33,66) CPU2_M_CH3_DQ_58 (33,66) CPU2_M_CH3_DQ_57 (33,66) CPU2_M_CH3_DQ_56 (33,66) CPU2_M_CH3_DQ_55 (33,66) CPU2_M_CH3_DQ_54 (33,66) CPU2_M_CH3_DQ_53 (33,66) CPU2_M_CH3_DQ_52 (33,66) CPU2_M_CH3_DQ_51 (33,66) CPU2_M_CH3_DQ_50 (33,66) CPU2_M_CH3_DQ_49 (33,66) CPU2_M_CH3_DQ_48 (33,66) CPU2_M_CH3_DQ_47 (33,66) CPU2_M_CH3_DQ_46 (33,66) CPU2_M_CH3_DQ_45 (33,66) CPU2_M_CH3_DQ_44 (33,66) CPU2_M_CH3_DQ_43 (33,66) CPU2_M_CH3_DQ_42 (33,66) CPU2_M_CH3_DQ_41 (33,66) CPU2_M_CH3_DQ_40 (33,66) CPU2_M_CH3_DQ_39 (33,66) CPU2_M_CH3_DQ_38 (33,66) CPU2_M_CH3_DQ_37 (33,66) CPU2_M_CH3_DQ_36 (33,66) CPU2_M_CH3_DQ_35 (33,66) CPU2_M_CH3_DQ_34 (33,66) CPU2_M_CH3_DQ_33 (33,66) CPU2_M_CH3_DQ_32 (33,66) CPU2_M_CH3_DQ_31 (33,66) CPU2_M_CH3_DQ_30 (33,66) CPU2_M_CH3_DQ_29 (33,66) CPU2_M_CH3_DQ_28 (33,66) CPU2_M_CH3_DQ_27 (33,66) CPU2_M_CH3_DQ_26 (33,66) CPU2_M_CH3_DQ_25 (33,66) CPU2_M_CH3_DQ_24 (33,66) CPU2_M_CH3_DQ_23 (33,66) CPU2_M_CH3_DQ_22 (33,66) CPU2_M_CH3_DQ_21 (33,66) CPU2_M_CH3_DQ_20 (33,66) CPU2_M_CH3_DQ_19 (33,66) CPU2_M_CH3_DQ_18 (33,66) CPU2_M_CH3_DQ_17 (33,66) CPU2_M_CH3_DQ_16 (33,66) CPU2_M_CH3_DQ_15 (33,66) CPU2_M_CH3_DQ_14 (33,66) CPU2_M_CH3_DQ_13 (33,66) CPU2_M_CH3_DQ_12 (33,66) CPU2_M_CH3_DQ_11 (33,66) CPU2_M_CH3_DQ_10 (33,66) CPU2_M_CH3_DQ_09 (33,66) CPU2_M_CH3_DQ_08 (33,66) CPU2_M_CH3_DQ_07 (33,66) CPU2_M_CH3_DQ_06 (33,66) CPU2_M_CH3_DQ_05 (33,66) CPU2_M_CH3_DQ_04 (33,66) CPU2_M_CH3_DQ_03 (33,66) CPU2_M_CH3_DQ_02 (33,66) CPU2_M_CH3_DQ_01 (33,66) CPU2_M_CH3_DQ_00 (33,66)

C606

C596

10uF

+/-20%

C0603H0_9

X5R

6.3V

C1778

10uF

+/-20%

C0603H0_9

X5R

6.3V

C606

10uF

+/-20%

C0603H0_9

X5R

6.3V

C1779

10uF

+/-20%

C0603H0_9

X5R

6.3V

V_MEM_VTT_CPU2

Harbor City use 0805 47uF x5.

C1781

10uF

+/-20%

C0603H0_9

X5R

6.3V

2

C1780

10uF

+/-20%

C0603H0_9

X5R

6.3V

Hon Hai Precision Ind.Co., Ltd.

Title

Document Number:

Document Number: PCB P/N:

PCB P/N:

DIMM12B

2

VSS_2

5

VSS_5

8

VSS_8

11

VSS_11

14

VSS_14

17

VSS_17

20

VSS_20

23

VSS_23

26

VSS_26

29

VSS_29

32

VSS_32

35

VSS_35

38

VSS_38

41

VSS_41

44

VSS_44

47

VSS_47

80

VSS_80

83

VSS_83

86

VSS_86

89

VSS_89

92

VSS_92

95

VSS_95

98

VSS_98

101

VSS_101

104

VSS_104

107

VSS_107

110

VSS_110

113

VSS_113

116

VSS_116

121

VSS_121

ATH4012-63D-4F

DDR3-240-ATH40H26A-DELL

C519

10uF

+/-20%

C0603H0_9

X5R

6.3V

CPU2 CH3 DIMM1

01015C800-000-G 67 185

VSS_124 VSS_127 VSS_130 VSS_133 VSS_136 VSS_139 VSS_142 VSS_145 VSS_148 VSS_151 VSS_154 VSS_157 VSS_160 VSS_163 VSS_166 VSS_199 VSS_202 VSS_205 VSS_208 VSS_211 VSS_214 VSS_217 VSS_220 VSS_223 VSS_226 VSS_229 VSS_232 VSS_235 VSS_239

C509

10uF

+/-20%

C0603H0_9

X5R

6.3V

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

01/25/2011, 10:57 AM

C499

10uF

+/-20%

C0603H0_9

X5R

6.3V

1

124 127 130 133 136 139 142 145 148 151 154 157 160 163 166 199 202 205 208 211 214 217 220 223 226 229 232 235 239

V_MEM_VDD_CPU2

of

C514

10uF

+/-20%

C0603H0_9

X5R

6.3V

RevSheet

X00

5

4

3

2

1

http://adf.ly/3o8pJ

U58

ISL90727

VDD

SCL SDA

GND

Add:5Ch

01

01110X

ISL90727WIE627Z-TK

SOT-363H1_1

ISL90727

VDD

RH SCL SDA

RW

GND

Add:5Ch

01

01110X

2

4

BMC_I2C_DIMM_MUX_EN_N(56,153,166)

V_MEM_VDD_CPU2

6

RH

CPU2_M_C1_VREF_DACOUT

5

RW

V_MEM_VDD_CPU2

6

CPU2_M_C23_VREF_DACOUT

5

U46

VCCA1VCCB

SCLA

SCLB

SDAA3SDAB

ENABLE

GND

PCA9517ADP

TSSOP8-0_65-5_1H1_1

R969 100ohm

+/-1% R0402H0_4

DEPOP

R965 100ohm

+/-1% R0402H0_4

DEPOP

+3.3V

C402

R971

12.1kohm

+/-1%

R0402H0_4

R970

C407

820pF

+/-10%

50V

50V X7R

X7R

C0402H0_55

C425

820pF

+/-10%

50V

50V X7R

X7R

C0402H0_55

DEPOP

8

7

6

5

R970

12.1kohm

+/-1%

R0402H0_4

CPU2_M_C1_DQ_VREF_R(29)

Future possible POR: CPU has internal generation of DQ VREF, goal is for CPU to drive to DIMMs and remove the external circuit

R1002

12.1kohm

+/-1%

R0402H0_4

DEPOP

R999

12.1kohm

+/-1%

R0402H0_4

DEPOP

CPU2_M_C23_DQ_VREF_R(29)

Future possible POR: CPU has internal generation of DQ VREF, goal is for CPU to drive to DIMMs and remove the external circuit

C344

R880

0.1uF

2.49kohm

+/-10%

+/-1%

16V

R0402H0_4

X7R

C0402H0_55

4

U57

3

4

+3.3V

U63

3

4

+3.3V +3.3V

R882

2.49kohm

+/-1%

R0402H0_4

I2C_CPU2_C1_TRANS_SCL_R

I2C_CPU2_C1_TRANS_SDA_R

C402

0.1uF

+/-10%

16V

5

X7R

V+

1

V-

TS321ILT

2

SOT-23-5H1_45

R961 0ohm

+/-5% R0402H0_4

DEPOP

5

V+

1

V-

TS321ILT

2

SOT-23-5H1_45

DEPOP

R992 0ohm

+/-5% R0402H0_4

DEPOP

C0402H0_55

C1773

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

DEPOP

C401

220pF

+/-10%

50V

50V X7R

X7R

C0402H0_6

C424

220pF

+/-10%

50V

50V X7R

X7R

C0402H0_6

DEPOP

R1727

649ohm

B

+/-1%

R0402H0_4

CPU2_M_C1_DQ_VREF

R1000

649ohm

B

+/-1%

DEPOP

+/-1%

DEPOP

R0402H0_4

E C

CPU2_M_C23_DQ_VREF

Q18

SOT-23-BECH1_1

MMBT3904-7-F

E C

R954

49.9ohm

+/-1%

R0402H0_4

R957

R957 0ohm

0ohm

+/-5%

R0402H0_4

Q22

SOT-23-BECH1_1

MMBT3904-7-F

MMBT3904-7-F DEPOP

DEPOP

R991

49.9ohm

+/-1%

R0402H0_4

DEPOP

I2C CPU to 3.3V translation

Harbor City is 4.7 kohm. Harbor City is 4.7 kohm.Harbor City is 240 ohm.

R877

49.9ohm

+/-1%

R0402H0_4

R883

49.9ohm

+/-1%

R0402H0_4

I2C_CPU2_C1_SCL

I2C_CPU2_C1_SDA

I2C_CPU2_C23_VTT_SCL(29)

I2C_CPU2_C23_VTT_SDA(29)

3

+VTT_CPU2

DEPOP

Backup / Early Silicon Bug Option: Static DQ Vref to DIMMs Fast Follower designs could consider not placing this logic.

R960

49.9ohm

+/-1%

R0402H0_4

Harbor City is 2.2 ohm.

RC to ensure the following DDR DIMM requirement. This is not an Intel CPU requriement VDD and VDDQ must be within 300mV of each other at all times; and VREF must not be greater than 0.6XVDDQ,When VDD and VDDQ are less than 500mV; VREF may be equal to or less than 300mV

R993 100ohm

+/-1% R0402H0_4

DEPOP

R990 100ohm

+/-1% R0402H0_4

DEPOP

R996 100ohm

+/-1% R0402H0_4

DEPOP

R998 100ohm

+/-1% R0402H0_4

DEPOP

Backup / Early Silicon Bug Option: Static DQ Vref to DIMMs Fast Follower designs could consider not placing this logic.

R994

49.9ohm

+/-1%

R0402H0_4

R997

49.9ohm

+/-1%

R0402H0_4

RC to ensure the following DDR DIMM requirement. This is not an Intel CPU requriement VDD and VDDQ must be within 300mV of each other at all times; and VREF must not be greater than 0.6XVDDQ,When VDD and VDDQ are less than 500mV; VREF may be equal to or less than 300mV

R885

750ohm

+/-1%

R0402H0_4

+3.3V

ECAD - place near CPU

C412

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

D D

I2C_CPU2_C1_SCL(60,61)

I2C_CPU2_C1_SDA(60,61)

C0402H0_55

I2C_CPU2_C1_SCL

I2C_CPU2_C1_MVREF_SDA_R

I2C_CPU2_C1_SDA I2C_CPU2_C1_MVREF_SDA_R

voltage translation

Addr: 0x5C

1

3 4

2

R958

49.9ohm

Harbor City is connected to DIMM Slot Directly.

+/-1%

R0402H0_4

POR Option: External I2C Dynamic DQ DIMM VREF

C C

+3.3V

ECAD - place near CPU

C421

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

DEPOP

I2C_CPU2_C23_SCL(63,64,66,67)

I2C_CPU2_C23_SDA(63,64,66,67)

B B

Harbor City is 240 ohm.

I2C_CPU2_C1_VTT_SCL(29)

I2C_CPU2_C1_VTT_SDA(29)

A A

I2C_CPU2_C23_SCL

I2C_CPU2_C23_MVREF_SDA_R

POR Option: External I2C Dynamic DQ DIMM VREF

+VTT_CPU2

R878

750ohm

+/-1%

R0402H0_4

voltage translation

Addr: 0x5C

U62

1

3 4

2

ISL90727WIE627Z-TK

SOT-363H1_1

DEPOP

I2C_CPU2_C23_SDA I2C_CPU2_C23_MVREF_SDA_R

R881

750ohm

+/-1%

R0402H0_4

R989 49.9ohm

+/-1% R0402H0_4 DEPOP

C345

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

Orca swap SDA/SCL

5

R884

750ohm

+/-1%

R0402H0_4

CPU2_M_CH1_DQ_VREF

C404

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

CPU2_M_CH2_DQ_VREF

CPU2_M_CH3_DQ_VREF

CPU2_M_CH2_DQ_VREF

C1771

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

CPU2_M_CH3_DQ_VREF

C1772

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

I2C CPU to 3.3V translation

C352

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

U47

VCCA1VCCB

2

SCLA

SDAA3SDAB

4

GND

PCA9517ADP

TSSOP8-0_65-5_1H1_1

BMC_I2C_DIMM_MUX_EN_N

CPU2_M_CH1_DQ_VREF (60,61)

I2C_BMC_CPU2_C1_SDA(166)

CPU2_M_CH2_DQ_VREF (63,64)

CPU2_M_CH3_DQ_VREF (66,67)

I2C_BMC_CPU2_C23_SDA(166)

C353

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

8

7

SCLB

6

5

ENABLE

2

I2C_CPU2_C1_SCL

I2C_CPU2_C23_SCL

BMC_I2C_DIMM_MUX_EN(56,166)

R886

2.49kohm

+/-1%

R0402H0_4

I2C BMC to DIMM backdoor LR DIMM contingency

+3.3V

R974

100kohm

+/-1%

R0402H0_4

DEPOP

6

5

43

I2C_BMC_CPU2_C1_SCL (166)

I2C_CPU2_C1_SDA

R973

1kohm

+/-1%

R0402H0_4

DEPOP

C415

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

DEPOP

R1732

1kohm

+/-1%

R0402H0_4

DEPOP

R968

100kohm

+/-1%

R0402H0_4

DEPOP

1

2

BMC_I2C_DIMM_MUX_EN

R975

0ohm +/-5%

R0402H0_4

U60

DMN601DWK-7

SOT-363H1_1

DEPOP

R967

0ohm +/-5%

R0402H0_4

I2C BMC to DIMM backdoor LR DIMM contingency

+3.3V

R987

100kohm

+/-1%

R978

R0402H0_4

0ohm +/-5%

DEPOP

R0402H0_4

U61

1

2

R983

1kohm

+/-1%

R0402H0_4

DEPOP

R890

2.49kohm

+/-1%

R0402H0_4

I2C_CPU2_C23_TRANS_SCL_R

I2C_CPU2_C23_TRANS_SDA_R

DMN601DWK-7

SOT-363H1_1

DEPOP

R988

0ohm +/-5%

R0402H0_4

BMC_I2C_DIMM_MUX_EN

Hon Hai Precision Ind.Co., Ltd.

Title

CPU2 VREF/Trans

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 69 185

6

5

43

R887

49.9ohm

+/-1% R0402H0_4

R891

49.9ohm

+/-1% R0402H0_4

01/25/2011, 10:57 AM

R979

100kohm

+/-1%

R0402H0_4

DEPOP

I2C_BMC_CPU2_C23_SCL (166)

I2C_CPU2_C23_SDA

R982

1kohm

+/-1%

R0402H0_4

DEPOP

C418

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

DEPOP

I2C_CPU2_C23_SCL

I2C_CPU2_C23_SDA

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

1

RevSheet

of

X00

5

Harbor City has 1 kohm connected to P3V3_AUX. Harbor City has a buffer connected to switch.

PCH_RESET_BTN_N(71,73,93,153)

CK_100M_XDP_DN(96) CK_100M_XDP_DP(96)

CPU1_PG(42,155)

CPU1_RST_N(42,155)

HOST_I2C_VAUX_SCL(71,87)

HOST_I2C_VAUX_SDA(71,87)

D D

Harbor City use CPU_JTAG_TDI and has logic circuit for CPU1_JTAG_TDI and CPU2_JTAG_TDI.

PCH_RST_N(71,153)

CPU1_JTAG_TDI(16)

CPU_JTAG_TMS(16,29) CPU_JTAG_TCK(16,29)

CPU_JTAG_TRST_N(16,29)

PCH_RESET_BTN_N

R1113 1kohm

+/-1% R0402H0_4

R1164 1kohm

+/-1% R0402H0_4

R1110 0ohm

+/-5% R0402H0_4

R1111 0ohm

+/-5% R0402H0_4

R1108 0ohm

+/-5% R0402H0_4

CPU1_JTAG_TDI CPU_JTAG_TMS CPU_JTAG_TCK CPU_JTAG_TRST_N

TCK/TMS max trace length = 1.5ns Romley PDG Volume 2 rev 0.5, section 14.2.1

CPU_XDP_PG XDP_CPU_RST_N XDP_CPU_SCL XDP_CPU_SDA XDP_BP_PWRGD_RST_N

CPU_JTAG_TDO

+VTT_CPU1

R1758

1kohm

+/-1%

R0402H0_4

P06 change to PU

C C

B B

A A

+3.3V

C1787

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C620

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C572

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C573

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

CPU1_XDP_BPM_5_N(23) CPU1_XDP_BPM_4_N(23) CPU1_XDP_BPM_3_N(23) CPU1_XDP_BPM_2_N(23)

R1764 1kohm

+/-1% R0402H0_4

CPU1_XDP_BPM_7_N(23) CPU1_XDP_BPM_6_N(23) CPU1_XDP_BPM_1_N(23) CPU1_XDP_BPM_0_N(23)

R1766 1kohm

+/-1% R0402H0_4

CPU2_XDP_BPM_5_N(36) CPU2_XDP_BPM_4_N(36) CPU2_XDP_BPM_3_N(36) CPU2_XDP_BPM_2_N(36)

R1075 1kohm

+/-1% R0402H0_4

CPU2_XDP_BPM_7_N(36) CPU2_XDP_BPM_6_N(36) CPU2_XDP_BPM_1_N(36) CPU2_XDP_BPM_0_N(36)

R1084 1kohm

+/-1% R0402H0_4

5

+3.3V

CPU1_XDP_BPM_5_N CPU1_XDP_BPM_4_N CPU1_XDP_BPM_3_N CPU1_XDP_BPM_2_N

XDP_BPM_MUX_CTL

+3.3V

CPU1_XDP_BPM_7_N CPU1_XDP_BPM_6_N CPU1_XDP_BPM_1_N CPU1_XDP_BPM_0_N

XDP_BPM_MUX_CTL_R

+3.3V

CPU2_XDP_BPM_5_N CPU2_XDP_BPM_4_N CPU2_XDP_BPM_3_N CPU2_XDP_BPM_2_N

XDP_BPM_MUX_CTL

+3.3V

CPU2_XDP_BPM_7_N CPU2_XDP_BPM_6_N CPU2_XDP_BPM_1_N CPU2_XDP_BPM_0_N

XDP_BPM_MUX_CTL_R

16

4 7 9

12

1

15

16

4 7 9

12

1

15

16

4 7 9

12

1

15

16

4 7 9

12

1

15

4

J31

48

DBR

42

ITP_CLKN

40

ITP_CLKP

39

PWRGOOD

46

RESET

53

SCL

51

SDA

41

TESTIN

52

TDO

56

TDI

58

TMS

57

TCK

54

TRST

1

VSS1

2

VSS2

7

VSS3

8

VSS4

13

VSS5

14

VSS6

19

VSS7

20

VSS8

25

VSS9

26

VSS10

31

VSS11

32

VSS12

37

VSS13

38

VSS14

49

VSS15

50

VSS16

59

VSS17

60

VSS18

QT510301-22-7F

QT51030H3_25A

DEPOP_GA

U1501

VCC

I0A I0B

YA

I0C

YB

I0D YC YD

I1A

I1B

I1C

I1D S E

GND

IDTQS3VH257PAG8

TSSOP16-0_65-6_4H1_2

DEPOP_GA

U68

VCC

I0A

I0B YA

I0C YB

I0D YC YD

I1A

I1B

I1C

I1D S E

GND

IDTQS3VH257PAG8

TSSOP16-0_65-6_4H1_2

DEPOP_GA

U1500

VCC

I0A

I0B YA

I0C YB

I0D YC YD

I1A

I1B

I1C

I1D S E

GND

IDTQS3VH257PAG8

TSSOP16-0_65-6_4H1_2

DEPOP_GA

U65

VCC

I0A

I0B YA

I0C YB

I0D YC YD

I1A

I1B

I1C

I1D S E

GND

IDTQS3VH257PAG8

TSSOP16-0_65-6_4H1_2

DEPOP_GA

4

XDP CPU

NOA_PILOTCLK NOA_PILOTCLK

NOA_PILOT0 NOA_PILOT1 NOA_PILOT2 NOA_PILOT3 NOA_PILOT4 NOA_PILOT5 NOA_PILOT6 NOA_PILOT7

CPU1_XDP_BPM_SW_5_N

2

CPU1_XDP_BPM_SW_4_N

5

CPU1_XDP_BPM_SW_3_N

11

CPU1_XDP_BPM_SW_2_N

14

CPU12_XDP_BPM_SW_5_N

3

CPU12_XDP_BPM_SW_4_N

6

CPU12_XDP_BPM_SW_3_N

10

CPU12_XDP_BPM_SW_2_N

13

8

CPU1_XDP_BPM_SW_7_N

2

CPU1_XDP_BPM_SW_6_N

5

CPU1_XDP_BPM_SW_1_N

11

CPU1_XDP_BPM_SW_0_N

14

CPU12_XDP_BPM_SW_7_N

3

CPU12_XDP_BPM_SW_6_N

6

CPU12_XDP_BPM_SW_1_N

10

CPU12_XDP_BPM_SW_0_N

13

8

CPU2_XDP_BPM_SW_5_N

2

CPU2_XDP_BPM_SW_4_N

5

CPU2_XDP_BPM_SW_3_N

11

CPU2_XDP_BPM_SW_2_N

14

CPU12_XDP_BPM_SW_5_N

3

CPU12_XDP_BPM_SW_4_N

6

CPU12_XDP_BPM_SW_3_N

10

CPU12_XDP_BPM_SW_2_N

13

8

CPU2_XDP_BPM_SW_7_N

2

CPU2_XDP_BPM_SW_6_N

5

CPU2_XDP_BPM_SW_1_N

11

CPU2_XDP_BPM_SW_0_N

14

CPU12_XDP_BPM_SW_7_N

3

CPU12_XDP_BPM_SW_6_N

6

CPU12_XDP_BPM_SW_1_N

10

CPU12_XDP_BPM_SW_0_N

13

8

3

BPM5

5

BPM4

CPU1_XDP_BPM_SW_0_N

9

BPM3

CPU1_XDP_BPM_SW_1_N

11

BPM2

CPU1_XDP_BPM_SW_2_N

15

BPM1

CPU1_XDP_BPM_SW_3_N

17

BPM0

21

NC1

TP_XDP_PREQ3

22

NC2

23

NC3

TP_XDP_PRDY3

24

NC4

CPU1_XDP_BPM_SW_4_N

27

NC5

CPU1_XDP_BPM_SW_5_N

29

NC6

CPU1_XDP_BPM_SW_6_N

33

NC7

CPU1_XDP_BPM_SW_7_N

35

NC8

RST_CPU_EAR_N CPU_EAR_N

45

NC9

XDP_BPM_MUX_CTL

47

NC10

TP_XDP_TCK1

55

NC11

TP_XDP_PREQ2

4

TP_XDP_PRDY2

6

CPU2_XDP_BPM_SW_0_N

10

CPU2_XDP_BPM_SW_1_N

12

CPU2_XDP_BPM_SW_2_N

16

CPU2_XDP_BPM_SW_3_N

18

CPU2_XDP_BPM_SW_4_N

28

CPU2_XDP_BPM_SW_5_N

30

CPU2_XDP_BPM_SW_6_N

34

CPU2_XDP_BPM_SW_7_N

36

44

VTT1 VTT2

+VTT_CPU1

43

XDP_BPM_MUX_CTL

3

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CPU1_XDP_PREQ_N (16) CPU1_XDP_PRDY_N (16)

C584

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

R1761

0ohm

+/-5%

R0402H0_4

CPU1_XDP_BPM_7_N CPU1_XDP_BPM_6_N CPU1_XDP_BPM_5_N CPU1_XDP_BPM_4_N CPU1_XDP_BPM_3_N CPU1_XDP_BPM_2_N CPU1_XDP_BPM_1_N CPU1_XDP_BPM_0_N

CPU2_XDP_BPM_7_N CPU2_XDP_BPM_6_N CPU2_XDP_BPM_5_N CPU2_XDP_BPM_4_N CPU2_XDP_BPM_3_N CPU2_XDP_BPM_2_N CPU2_XDP_BPM_1_N CPU2_XDP_BPM_0_N

CPU2_XDP_PREQ_N (29)

CPU2_XDP_PRDY_N (29)

CPU_EAR_N (16,29,155)

C616

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

R1760

1kohm

+/-1%

R0402H0_4

DEPOP

XDP_BPM_MUX_CTL_R

R1112

0ohm

TP100TP100

TP99TP99

+/-5%

TP97TP97

TP98TP98 TP101TP101

+VTT_CPU1

+3.3V

R0402H0_4

R1765

1kohm

+/-1%

R0402H0_4

3

CPU1_JTAG_TDI

R1153

200ohm

+/-1%

R0402H0_4

R1086

200ohm

+/-1%

R0402H0_4

CPU2_JTAG_TDI(29)

CPU2_JTAG_TDO(29)

R1169

200ohm

+/-1%

R0402H0_4

R1097

200ohm

+/-1%

R0402H0_4

R1755

51.1ohm

+/-1%

R0402H0_4

R1767

200ohm

+/-1%

R0402H0_4

R1749

200ohm

+/-1%

R0402H0_4

2

+VTT_CPU1

@CPU1

PCH_PWRBTN_N(73,93)

CPU1_CPU_JTAG_TDO

CPU2_JTAG_TDI

CPU1_CPU_JTAG_TDO

CPU2_JTAG_TDO

2

R1768

200ohm

+/-1%

R0402H0_4

R1753

200ohm

+/-1%

R0402H0_4

CPU2_JTAG_TDI

CPU_JTAG_TDO

CPU_EAR_N

CPU_JTAG_TMS

PCH_PWRBTN_N

PCH_RST_N

CPU_JTAG_TRST_N

CPU_JTAG_TCK

U66

1

B2

2

GND

3

B1

SN74LVC1G3157DCKR

SOT-363H1_1

DEPOP_GA

U67

1

B2

2

GND

3

B1

SN74LVC1G3157DCKR

SOT-363H1_1

DEPOP_GA

R1762

200ohm

+/-1%

R0402H0_4

R1750

200ohm

+/-1%

R0402H0_4

Hon Hai Precision Ind.Co., Ltd.

Title

CPU XDP

Document Number:

Document Number: PCB P/N:

PCB P/N:

R1095 75ohm

+/-1% R0402H0_4

R1757 51.1ohm

+/-1% R0402H0_4

Harbor City is 1 kohm.

R1106 75ohm

+/-1% R0402H0_4

R1756 51.1ohm

+/-1% R0402H0_4

R452 1kohm

+/-1% R0402H0_4

R1114 1kohm

+/-1% R0402H0_4

R1754 51.1ohm

+/-1% R0402H0_4

R1109 51.1ohm

+/-1% R0402H0_4

CPU2_PRES_N

6

S

5

VCC

4

A

CPU2_PRES_N

6

S

5

VCC

CPU_JTAG_TDO

4

A

R1759

200ohm

+/-1%

R0402H0_4

R1747

200ohm

+/-1%

R0402H0_4

01015C800-000-G 70 185

1

+VTT_CPU2

@CPU2

+VTT_CPU1

@XDP connector

+3.3VAUX

@XDP connector

@CPU2

CPU2_PRES_N (29,43,153)

+3.3V

CPU1_JTAG_TDO (16)

C600

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

C588

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

+VTT_CPU1

R1211

200ohm

+/-1%

R0402H0_4

R1105

200ohm

+/-1%

R0402H0_4

01/25/2011, 10:58 AM

R1220

200ohm

+/-1%

R0402H0_4

+VTT_CPU2

R1093

200ohm

+/-1%

R0402H0_4

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

1

+3.3V

RevSheet

of

X00

5

4

3

2

1

R353 33ohm

PCH_OC0_N_R(74)

PCH_OC1_N_R(74)

D D

PCH_OC2_N_R(74)

PCH_OC3_N_R(74)

PCH_OC4_N_R(74)

PCH_OC5_N_R(74)

C C

B B

A A

PCH_OC6_N_R(74)

PCH_OC7_N_R(74)

PCH_GPIO28_R(74)

PCH_GPIO0_R(73)

PCH_GPIO35_R(74)

PCH_GPIO15_R(74)

PCH_GPIO21_R(74,84)

PCH_GPIO19_R(74,84)

PCH_GPIO36_R(74,84)

PCH_GPIO37_R(74,84)

PCH_GPIO16_R(74,84)

PCH_GPIO49_R(74,84)

R353 33ohm

+/-5% R0402H0_4

R348 33ohm

+/-5% R0402H0_4

R324 33ohm

+/-5% R0402H0_4

R295 33ohm

+/-5% R0402H0_4

R276 33ohm

+/-5% R0402H0_4

R262 33ohm

+/-5% R0402H0_4

R246 33ohm

+/-5% R0402H0_4

R228 33ohm

+/-5% R0402H0_4

R298 33ohm

+/-5% R0402H0_4

R343 33ohm

+/-5% R0402H0_4

R286 33ohm

+/-5% R0402H0_4

R384 33ohm

+/-5% R0402H0_4

R287 33ohm

+/-5% R0402H0_4

R268 33ohm

+/-5% R0402H0_4

R269 33ohm

+/-5% R0402H0_4

R254 33ohm

+/-5% R0402H0_4

R236 33ohm

+/-5% R0402H0_4

R237 33ohm

+/-5% R0402H0_4

5

R352 0ohm

+/-5% R0402H0_4

PCH_XDP_OBSDATA_A0

R347 0ohm

+/-5% R0402H0_4

PCH_XDP_OBSDATA_A1

R323 0ohm

+/-5% R0402H0_4

PCH_XDP_OBSDATA_A2

R294 0ohm

+/-5% R0402H0_4

PCH_XDP_OBSDATA_A3

R275 0ohm

+/-5% R0402H0_4

PCH_XDP_OBSDATA_B0

R261 0ohm

+/-5% R0402H0_4

PCH_XDP_OBSDATA_B1

R245 0ohm

+/-5% R0402H0_4

PCH_XDP_OBSDATA_B2

R227 0ohm

+/-5% R0402H0_4

PCH_XDP_OBSDATA_B3

R299 0ohm

+/-5% R0402H0_4

PCH_XDP_OBSDATA_C0

R326 0ohm

+/-5% R0402H0_4

PCH_XDP_OBSFN_C1

PCH_XDP_OBSDATA_C1

R365 0ohm

+/-5% R0402H0_4

PCH_XDP_OBSFN_C0

PCH_XDP_OBSDATA_C2

PCH_XDP_OBSDATA_C3

PCH_XDP_OBSDATA_D0

PCH_XDP_OBSDATA_D1

R255 0ohm

+/-5% R0402H0_4

PCH_XDP_OBSDATA_D2

R238 0ohm

+/-5% R0402H0_4

PCH_XDP_OBSDATA_D3

PCH_OC0_N (93)

PCH_OC1_N (93)

PCH_OC2_N (93)

To SMBus

PCH_OC3_N (93)

PCH_OC4_N (149)

PCH_OC5_N (93)

PCH_OC6_N (143)

PCH_OC7_N (149)

NM_PWR_I2C_MUX_EN0 (84,86)

CPU1_ERROR0_PCH (85)

GPE_NMI_N (93)

NM_PROCHOT_OUT_N (153)

NM_MEMHOT_OUT_N (153)

4

PCH_RESET_BTN_N(70,73,93,153)

PCH_APWROK_PG(73,84,153)

PCH_RESET_BTN_N(70,73,93,153) HOST_I2C_VAUX_SCL(70,87) HOST_I2C_VAUX_SDA(70,87)

PCH_JTAG_TDO(75)

PCH_JTAG_TDI(75) PCH_JTAG_TMS(75) PCH_JTAG_TCK(75)

http://adf.ly/3o8pJ

PCH_RESET_BTN_N

PCH_RST_N(70,153)

PCH_RST_N PCH_XDP_HOOK1

PCH_JTAG_TDO PCH_JTAG_TDI PCH_JTAG_TMS PCH_JTAG_TCK

PCH_JTAG_TMS(75)

PCH_JTAG_TDO(75)

PCH_JTAG_TDI(75)

PCH_JTAG_TCK(75)

PCH_JTAG_TMS

PCH_JTAG_TDO

PCH_JTAG_TDI

PCH_JTAG_TCK

TCK/TMS max trace length = 1.5ns Romley PDG Volume 2 rev 0.5, section 14.2.1

3

TP_PCH_XDP_ITPCLK_N

R220 1kohm +/-1% R0402H0_4R220 1kohm +/-1% R0402H0_4 R214 1kohm +/-1% R0402H0_4R214 1kohm +/-1% R0402H0_4 R213 0ohm +/-5% R0402H0_4R213 0ohm +/-5% R0402H0_4 R216 0ohm +/-5% R0402H0_4R216 0ohm +/-5% R0402H0_4 R221 0ohm +/-5% R0402H0_4R221 0ohm +/-5% R0402H0_4

TP5TP5

Different from PDG 1.0 page 502

R195 51.1ohm

+/-1% R0402H0_4

DEPOP

R1600

Close to PCH

R1600

51.1ohm

+/-1%

R0402H0_4

R222

51.1ohm

+/-1%

R0402H0_4

R483

51.1ohm

+/-1%

R0402H0_4

R197

51.1ohm

+/-1%

R0402H0_4

V_1P1AUX

PCH_XDP_HOOK0

PCH_XDP_SMBCLK PCH_XDP_SMBDAT

NC_PCH_XDP_JTAG_TRST

XDP_PRES_N

V_1P1AUX

2

XDP PCH

J16

48

DBR

42

ITP_CLKN

40

ITP_CLKP

39

PWRGOOD

46

RESET

53

SCL

51

SDA

41

TESTIN

52

TDO

56

TDI

58

TMS

57

TCK

54

TRST

1

VSS1

2

VSS2

7

VSS3

8

VSS4

13 14 19 20 25 26 31 32 37 38 49 50 59 60

NOA_PILOTCLK

VSS5

NOA_PILOTCLK

VSS6

NOA_PILOT0

VSS7

NOA_PILOT1

VSS8

NOA_PILOT2

VSS9

NOA_PILOT3

VSS10

NOA_PILOT4

VSS11

NOA_PILOT5

VSS12

NOA_PILOT6

VSS13

NOA_PILOT7

VSS14 VSS15 VSS16 VSS17 VSS18

QT510301-22-7F

QT51030H3_25A

Depop_GA

Hon Hai Precision Ind.Co., Ltd.

Title

Patsburg XDP

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 71 185

3

BPM5

5

BPM4

9

BPM3

11

BPM2

15

BPM1

17

BPM0

21

NC1

22

NC2

23

NC3

24

NC4

27

NC5

29

NC6

33

NC7

35

NC8

45

NC9

47

NC10

55

NC11

4 6 10 12 16 18 28 30 34 36

44

VTT1

43

VTT2

01/25/2011, 10:58 AM

NC_PCH_XDP_OBSFN_A0 NC_PCH_XDP_OBSFN_A1 PCH_XDP_OBSDATA_A0 PCH_XDP_OBSDATA_A1 PCH_XDP_OBSDATA_A2 PCH_XDP_OBSDATA_A3

NC_PCH_XDP_OBSFN_B0 NC_PCH_XDP_OBSFN_D0 NC_PCH_XDP_OBSFN_B1 NC_PCH_XDP_OBSFN_D1 PCH_XDP_OBSDATA_B0 PCH_XDP_OBSDATA_B1 PCH_XDP_OBSDATA_B2 PCH_XDP_OBSDATA_B3 NC_PCH_XDP_HOOK2 NC_PCH_XDP_HOOK3 NC_PCH_XDP_JTAG_TCK1

PCH_XDP_OBSFN_C0 PCH_XDP_OBSFN_C1 PCH_XDP_OBSDATA_C0 PCH_XDP_OBSDATA_C1 PCH_XDP_OBSDATA_C2 PCH_XDP_OBSDATA_C3 PCH_XDP_OBSDATA_D0 PCH_XDP_OBSDATA_D1 PCH_XDP_OBSDATA_D2 PCH_XDP_OBSDATA_D3

+3.3VAUX

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

4

3

2

1

http://adf.ly/3o8pJ

D D

PE_CPU1_3D_SB_15_C_DP(22) PE_CPU1_3D_SB_14_C_DP(22) PE_CPU1_3D_SB_13_C_DP(22) PE_CPU1_3D_SB_12_C_DP(22)

PE_CPU1_3D_SB_15_C_DN(22) PE_CPU1_3D_SB_14_C_DN(22) PE_CPU1_3D_SB_13_C_DN(22) PE_CPU1_3D_SB_12_C_DN(22)

PE_CPU1_3C_SB_11_C_DP(22) PE_CPU1_3C_SB_10_C_DP(22) PE_CPU1_3C_SB_9_C_DP(22) PE_CPU1_3C_SB_8_C_DP(22)

PE_CPU1_3C_SB_11_C_DN(22) PE_CPU1_3C_SB_10_C_DN(22) PE_CPU1_3C_SB_9_C_DN(22) PE_CPU1_3C_SB_8_C_DN(22)

PE_CPU1_3B_SB_7_C_DP(22) PE_CPU1_3B_SB_6_C_DP(22) PE_CPU1_3B_SB_5_C_DP(22)

C C

B B

PE_CPU1_3B_SB_4_C_DP(22)

PE_CPU1_3B_SB_7_C_DN(22) PE_CPU1_3B_SB_6_C_DN(22) PE_CPU1_3B_SB_5_C_DN(22) PE_CPU1_3B_SB_4_C_DN(22)

PE_CPU1_3A_SB_3_C_DP(22) PE_CPU1_3A_SB_2_C_DP(22) PE_CPU1_3A_SB_1_C_DP(22) PE_CPU1_3A_SB_0_C_DP(22)

PE_CPU1_3A_SB_3_C_DN(22) PE_CPU1_3A_SB_2_C_DN(22) PE_CPU1_3A_SB_1_C_DN(22) PE_CPU1_3A_SB_0_C_DN(22)

CPU1 CPU2

ECAD: Place near PCIe connector ECAD: Place near PCIe connector

C160 220nF +/-10% X7R16VC160 220nF +/-10% X7R16V C167 220nF +/-10% X7R16VC167 220nF +/-10% X7R16V C178 220nF +/-10% X7R16VC178 220nF +/-10% X7R16V C196 220nF +/-10% X7R16VC196 220nF +/-10% X7R16V

C162 220nF +/-10% X7R16VC162 220nF +/-10% X7R16V C169 220nF +/-10% X7R16VC169 220nF +/-10% X7R16V C182 220nF +/-10% X7R16VC182 220nF +/-10% X7R16V C200 220nF +/-10% X7R16VC200 220nF +/-10% X7R16V

C207 220nF +/-10% X7R16VC207 220nF +/-10% X7R16V C219 220nF +/-10% X7R16VC219 220nF +/-10% X7R16V C231 220nF +/-10% X7R16VC231 220nF +/-10% X7R16V C238 220nF +/-10% X7R16VC238 220nF +/-10% X7R16V

C213 220nF +/-10% X7R16VC213 220nF +/-10% X7R16V C222 220nF +/-10% X7R16VC222 220nF +/-10% X7R16V C233 220nF +/-10% X7R16VC233 220nF +/-10% X7R16V C244 220nF +/-10% X7R16VC244 220nF +/-10% X7R16V

C250 220nF +/-10% X7R16VC250 220nF +/-10% X7R16V C267 220nF +/-10% X7R16VC267 220nF +/-10% X7R16V C274 220nF +/-10% X7R16VC274 220nF +/-10% X7R16V C281 220nF +/-10% X7R16VC281 220nF +/-10% X7R16V

C256 220nF +/-10% X7R16VC256 220nF +/-10% X7R16V C272 220nF +/-10% X7R16VC272 220nF +/-10% X7R16V C277 220nF +/-10% X7R16VC277 220nF +/-10% X7R16V C285 220nF +/-10% X7R16VC285 220nF +/-10% X7R16V

C290 220nF +/-10% X7R16VC290 220nF +/-10% X7R16V C323 220nF +/-10% X7R16VC323 220nF +/-10% X7R16V C328 220nF +/-10% X7R16VC328 220nF +/-10% X7R16V C341 220nF +/-10% X7R16VC341 220nF +/-10% X7R16V

C308 220nF +/-10% X7R16VC308 220nF +/-10% X7R16V C325 220nF +/-10% X7R16VC325 220nF +/-10% X7R16V C333 220nF +/-10% X7R16VC333 220nF +/-10% X7R16V C343 220nF +/-10% X7R16VC343 220nF +/-10% X7R16V

PE_CPU1_3D_SB_15_DP (143) PE_CPU1_3D_SB_14_DP (143) PE_CPU1_3D_SB_13_DP (143) PE_CPU1_3D_SB_12_DP (143)

PE_CPU1_3D_SB_15_DN (143) PE_CPU1_3D_SB_14_DN (143) PE_CPU1_3D_SB_13_DN (143) PE_CPU1_3D_SB_12_DN (143)

PE_CPU1_3C_SB_11_DP (143) PE_CPU1_3C_SB_10_DP (143) PE_CPU1_3C_SB_9_DP (143) PE_CPU1_3C_SB_8_DP (143)

PE_CPU1_3C_SB_11_DN (143) PE_CPU1_3C_SB_10_DN (143) PE_CPU1_3C_SB_9_DN (143) PE_CPU1_3C_SB_8_DN (143)

PE_CPU1_3B_SB_7_DP (143) PE_CPU1_3B_SB_6_DP (143) PE_CPU1_3B_SB_5_DP (143) PE_CPU1_3B_SB_4_DP (143)

PE_CPU1_3B_SB_7_DN (143) PE_CPU1_3B_SB_6_DN (143) PE_CPU1_3B_SB_5_DN (143) PE_CPU1_3B_SB_4_DN (143)

PE_CPU1_3A_SB_3_DP (143) PE_CPU1_3A_SB_2_DP (143) PE_CPU1_3A_SB_1_DP (143) PE_CPU1_3A_SB_0_DP (143)

PE_CPU1_3A_SB_3_DN (143) PE_CPU1_3A_SB_2_DN (143) PE_CPU1_3A_SB_1_DN (143) PE_CPU1_3A_SB_0_DN (143)

PE_CPU2_3D_SB_15_C_DP(35) PE_CPU2_3D_SB_14_C_DP(35) PE_CPU2_3D_SB_13_C_DP(35) PE_CPU2_3D_SB_12_C_DP(35)

PE_CPU2_3D_SB_15_C_DN(35) PE_CPU2_3D_SB_14_C_DN(35) PE_CPU2_3D_SB_13_C_DN(35) PE_CPU2_3D_SB_12_C_DN(35)

PE_CPU2_3C_SB_11_C_DP(35) PE_CPU2_3C_SB_10_C_DP(35) PE_CPU2_3C_SB_9_C_DP(35) PE_CPU2_3C_SB_8_C_DP(35)

PE_CPU2_3C_SB_11_C_DN(35) PE_CPU2_3C_SB_10_C_DN(35) PE_CPU2_3C_SB_9_C_DN(35) PE_CPU2_3C_SB_8_C_DN(35)

PE_CPU2_3B_SB_7_C_DP(35) PE_CPU2_3B_SB_6_C_DP(35) PE_CPU2_3B_SB_5_C_DP(35) PE_CPU2_3B_SB_4_C_DP(35)

PE_CPU2_3B_SB_7_C_DN(35) PE_CPU2_3B_SB_6_C_DN(35) PE_CPU2_3B_SB_5_C_DN(35) PE_CPU2_3B_SB_4_C_DN(35)

PE_CPU2_3A_SB_3_C_DP(35) PE_CPU2_3A_SB_2_C_DP(35) PE_CPU2_3A_SB_1_C_DP(35) PE_CPU2_3A_SB_0_C_DP(35)

PE_CPU2_3A_SB_3_C_DN(35) PE_CPU2_3A_SB_2_C_DN(35) PE_CPU2_3A_SB_1_C_DN(35) PE_CPU2_3A_SB_0_C_DN(35)

PE_CPU2_1B_SB_7_C_DP(34) PE_CPU2_1B_SB_6_C_DP(34) PE_CPU2_1B_SB_5_C_DP(34) PE_CPU2_1B_SB_4_C_DP(34)

PE_CPU2_1B_SB_7_C_DN(34) PE_CPU2_1B_SB_6_C_DN(34) PE_CPU2_1B_SB_5_C_DN(34) PE_CPU2_1B_SB_4_C_DN(34)

PE_CPU2_1A_SB_3_C_DP(34) PE_CPU2_1A_SB_2_C_DP(34) PE_CPU2_1A_SB_1_C_DP(34) PE_CPU2_1A_SB_0_C_DP(34)

PE_CPU2_1A_SB_3_C_DN(34) PE_CPU2_1A_SB_2_C_DN(34) PE_CPU2_1A_SB_1_C_DN(34) PE_CPU2_1A_SB_0_C_DN(34)

C429 220nF +/-10% X7R16VC429 220nF +/-10% X7R16V C426 220nF +/-10% X7R16VC426 220nF +/-10% X7R16V C422 220nF +/-10% X7R16VC422 220nF +/-10% X7R16V C417 220nF +/-10% X7R16VC417 220nF +/-10% X7R16V

C431 220nF +/-10% X7R16VC431 220nF +/-10% X7R16V C428 220nF +/-10% X7R16VC428 220nF +/-10% X7R16V C423 220nF +/-10% X7R16VC423 220nF +/-10% X7R16V C420 220nF +/-10% X7R16VC420 220nF +/-10% X7R16V

C414 220nF +/-10% X7R16VC414 220nF +/-10% X7R16V C409 220nF +/-10% X7R16VC409 220nF +/-10% X7R16V C400 220nF +/-10% X7R16VC400 220nF +/-10% X7R16V C397 220nF +/-10% X7R16VC397 220nF +/-10% X7R16V

C416 220nF +/-10% X7R16VC416 220nF +/-10% X7R16V C410 220nF +/-10% X7R16VC410 220nF +/-10% X7R16V C403 220nF +/-10% X7R16VC403 220nF +/-10% X7R16V C398 220nF +/-10% X7R16VC398 220nF +/-10% X7R16V

C390 220nF +/-10% X7R16VC390 220nF +/-10% X7R16V C384 220nF +/-10% X7R16VC384 220nF +/-10% X7R16V C372 220nF +/-10% X7R16VC372 220nF +/-10% X7R16V C365 220nF +/-10% X7R16VC365 220nF +/-10% X7R16V

C394 220nF +/-10% X7R16VC394 220nF +/-10% X7R16V C387 220nF +/-10% X7R16VC387 220nF +/-10% X7R16V C378 220nF +/-10% X7R16VC378 220nF +/-10% X7R16V C366 220nF +/-10% X7R16VC366 220nF +/-10% X7R16V

C351 220nF +/-10% X7R16VC351 220nF +/-10% X7R16V C346 220nF +/-10% X7R16VC346 220nF +/-10% X7R16V C339 220nF +/-10% X7R16VC339 220nF +/-10% X7R16V C327 220nF +/-10% X7R16VC327 220nF +/-10% X7R16V

C357 220nF +/-10% X7R16VC357 220nF +/-10% X7R16V C347 220nF +/-10% X7R16VC347 220nF +/-10% X7R16V C342 220nF +/-10% X7R16VC342 220nF +/-10% X7R16V C331 220nF +/-10% X7R16VC331 220nF +/-10% X7R16V

C44 220nF +/-10% X7R16VC44 220nF +/-10% X7R16V C76 220nF +/-10% X7R16VC76 220nF +/-10% X7R16V C82 220nF +/-10% X7R16VC82 220nF +/-10% X7R16V C94 220nF +/-10% X7R16VC94 220nF +/-10% X7R16V

C55 220nF +/-10% X7R16VC55 220nF +/-10% X7R16V C79 220nF +/-10% X7R16VC79 220nF +/-10% X7R16V C86 220nF +/-10% X7R16VC86 220nF +/-10% X7R16V C100 220nF +/-10% X7R16VC100 220nF +/-10% X7R16V

C127 220nF +/-10% X7R16VC127 220nF +/-10% X7R16V C136 220nF +/-10% X7R16VC136 220nF +/-10% X7R16V C145 220nF +/-10% X7R16VC145 220nF +/-10% X7R16V C150 220nF +/-10% X7R16VC150 220nF +/-10% X7R16V

C132 220nF +/-10% X7R16VC132 220nF +/-10% X7R16V C137 220nF +/-10% X7R16VC137 220nF +/-10% X7R16V C146 220nF +/-10% X7R16VC146 220nF +/-10% X7R16V C152 220nF +/-10% X7R16VC152 220nF +/-10% X7R16V

PE_CPU2_3D_SB_15_DP (142) PE_CPU2_3D_SB_14_DP (142) PE_CPU2_3D_SB_13_DP (142) PE_CPU2_3D_SB_12_DP (142)

PE_CPU2_3D_SB_15_DN (142) PE_CPU2_3D_SB_14_DN (142) PE_CPU2_3D_SB_13_DN (142) PE_CPU2_3D_SB_12_DN (142)

PE_CPU2_3C_SB_11_DP (142) PE_CPU2_3C_SB_10_DP (142) PE_CPU2_3C_SB_9_DP (142) PE_CPU2_3C_SB_8_DP (142)

PE_CPU2_3C_SB_11_DN (142) PE_CPU2_3C_SB_10_DN (142) PE_CPU2_3C_SB_9_DN (142) PE_CPU2_3C_SB_8_DN (142)

PE_CPU2_3B_SB_7_DP (142) PE_CPU2_3B_SB_6_DP (142) PE_CPU2_3B_SB_5_DP (142) PE_CPU2_3B_SB_4_DP (142)

PE_CPU2_3B_SB_7_DN (142) PE_CPU2_3B_SB_6_DN (142) PE_CPU2_3B_SB_5_DN (142) PE_CPU2_3B_SB_4_DN (142)

PE_CPU2_3A_SB_3_DP (142) PE_CPU2_3A_SB_2_DP (142) PE_CPU2_3A_SB_1_DP (142) PE_CPU2_3A_SB_0_DP (142)

PE_CPU2_3A_SB_3_DN (142) PE_CPU2_3A_SB_2_DN (142) PE_CPU2_3A_SB_1_DN (142) PE_CPU2_3A_SB_0_DN (142)

PE_CPU2_1B_SB_7_DP (143) PE_CPU2_1B_SB_6_DP (143) PE_CPU2_1B_SB_5_DP (143) PE_CPU2_1B_SB_4_DP (143)

PE_CPU2_1B_SB_7_DN (143) PE_CPU2_1B_SB_6_DN (143) PE_CPU2_1B_SB_5_DN (143) PE_CPU2_1B_SB_4_DN (143)

PE_CPU2_1A_SB_3_DP (143) PE_CPU2_1A_SB_2_DP (143) PE_CPU2_1A_SB_1_DP (143) PE_CPU2_1A_SB_0_DP (143)

PE_CPU2_1A_SB_3_DN (143) PE_CPU2_1A_SB_2_DN (143) PE_CPU2_1A_SB_1_DN (143) PE_CPU2_1A_SB_0_DN (143)

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

SB PCIe AC Coupling Caps

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 72 185

5

4

3

2

01015C800-000-G 72 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

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U39A

Y4

R1707 0ohm +/-5% R0402H0_4R1707 0ohm +/-5% R0402H0_4

CK_100M_PCH_DMI_DP(98) CK_100M_PCH_DMI_DN(98)

Harbor City connect to GND Directly.

D D

C C

PCH_PROCPWRGD is a 1.1V output

Harbor City has this function.

CK_96M_PCH_DOT_DP(96)

CK_96M_PCH_DOT_DN(96) CK_100M_PCH_PCIE_DP(98) CK_100M_PCH_PCIE_DN(98)

CK_100M_PCH_SAS_DP(96)

CK_100M_PCH_SAS_DN(96) CK_100M_PCH_SATA_DP(96) CK_100M_PCH_SATA_DN(96)

CK_33M_PCH_PCI(96)

CK_14M_PCH_HPET(96)

Harbor City is test point.

PCH_A20GATE(84)

PCH_PROCPWRGD(85)

PCH_PECI(42)

CPU_PMSYNC(16,29)

Harbor City is test point.

PCH_KBRST_N(84)

PCH_SPKR(84)

Harbor City is test point.

CPU_THERMTRIP_N_DLY(84,153)

NC_CK_100M_PCH_SAS1_DP NC_CK_100M_PCH_SAS1_DN

Harbor City has this function.

PCH_RTC_XTAL2 PCH_RTC_XTAL1

NC_PCH_RESERVED_36 NC_PCH_RESERVED_30 NC_PCH_RESERVED_0

TP44TP44 TP42TP42 TP15TP15

TP_PCH_RESERVED_37 TP_PCH_RESERVED_33 TP_PCH_RESERVED_28

PCH_PROCPWRGD NC_PCH_INIT3_3V_N

NC_PCH_PM_SYNC2

NC_P1V1_TEST_RNG

CPU_THERMTRIP_N_DLY is a 1.1V input.

CLKIN_GND0_P

Y5

CLKIN_GND0_N

M2

CLKIN_DMI_P

M1

CLKIN_DMI_N

R31

CLKIN_DOT96P

R32

CLKIN_DOT96N

AM2

CLKIN_SPCIE0P

AN1

CLKIN_SPCIE0N

AV27

CLKIN_SAS0P

AU28

CLKIN_SAS0N

A17

CLKIN_SATA_P

B17

CLKIN_SATA_N

AW33

CLKIN_SAS1P

AV33

CLKIN_SAS1N

W8

VSS_248

W9

VSS_247

M3

VSS_250

N2

VSS_249

A10

VSS_252

B9

VSS_251

AK22

CLKIN_PCI

AV12

REFCLK14IN

P36

RTCX2

R36

RTCX1

W4

TP1

P11

TP4

A15

TP20

W5

TP2

P9

TP5

J19

TP21

B26

A20GATE

J9

PROCPWRGD

C31

INIT3_3V_N

E4

PECI

J6

PM_SYNC

H4

PM_SYNC2

B28

RCIN_N

A28

SPKR

AP13

NC_1

J7

THRMTRIPB

PATSBURG_Rev0.71-02242010

PATSBURG

SUSWARN_N/SUSPWRDNACK/GPIO30

1/10

HDA_BCLK HDA_RST_N HDA_SDIN_3 HDA_SDIN_2 HDA_SDIN_1 HDA_SDIN_0

HDA_SDO

HDA_SYNC

SLP_A_N

SLP_LAN_N/GPIO29

SLP_S3_N SLP_S4_N

SLP_S5_N/GPIO63

SLP_SUS_N

APWROK

BMBUSY_N/GPIO0

DPWROK

DRAMPWROK

DSWODVREN

PLTRST_N

PWRBTN_N

SUS_STAT_N/GPIO61

SUSACK_N

SUSCLK/GPIO62

SYS_PWROK

SYS_RESET_N

WAKE_N

INTRUDER_N

INTVRMEN

PCH_PWROK

RSMRST_N

RTCRST_N SRTCRST_N

ADR_COMPLETE

RI_N

V29 AW22 AH38 AH39 AG38 AH37 V30 AV17

E37 H28 F30 E31 B35 M39

F33 E24

R37 J28 R39 E34 K31 G39 E36 H33 C35

N38 C33 C30 J36

P34 M34 R34 M30 R38 P38

H37

Harbor City are test points.

NC_AUD_HDA_BITCLK NC_AUD_HDA_RST_N NC_PCH_HDA_SDIN_3 NC_PCH_HDA_SDIN_2 NC_PCH_HDA_SDIN_1 NC_AUD_SDATA_IN

NC_PCH_SLP_S3_N PCH_PWR_ON_REQ NC_PCH_GPIO63 NC_PCH_SLP_SUS_N

P3V3AUX_PWRGOOD_PCH

PCH_PLTRST_N

CK_32K_SUSCLK_MASTER_R

P3V3AUX_PWRGOOD_PCH PCH_RTCRST_N PCH_SRTCRST_N

NC_ADR_COMPLETE

Harbor City has function.

Harbor City is test point.

Harbor City has function.

Harbor City is test point.

PCH_PLTRST_N

Harbor City connect to a 2 pin header.

BIOSSPI_PCH_FLASH_UNPROTECT (84,103,153) AUD_HDA_SYNC (84)

PCH_SLP_A_N (84,153) PCH_SPI_WP_ISO_N (89)

PCH_PWR_ON_REQ (89,153,158)

PCH_APWROK_PG (71,84,153) PCH_GPIO0_R (71)

P3V3AUX_PWRGOOD_PCH (156) PCH_DRAMPWROK (84,153) PCH_DSWVRMEN (84)

PCH_PWRBTN_N (70,93) PCH_RI_N (84) PCH_PWD_RST_N (103) PCH_SUSACK_N (84)

NM_PWR_I2C_MUX_EN1 (84,86) SYSTEM_PWRGOOD (84,153,158) PCH_RESET_BTN_N (70,71,93,153) PCH_WAKE_N (103)

PCH_INTRUDER_N (84) PCH_INTVRMEN (84) PCH_PWRGOOD (84,153,156) P3V3AUX_PWRGOOD_PCH (156)

R533 33ohm

+/-5% R0402H0_4

CPLD_PLTRST_N (153)

R526

2.21kohm

+/-1%

R0402H0_4

DEPOP

To CPLD

CK_32K_SUSCLK_MASTER_R

PCH_RTC_XTAL2

R398 10MEGohm

B B

Crystal are used in 11G projects and difference with Orca Orca: EPSON MC-306 32.768K-A:ROHS FOX ELECTRONICS 414LF-0.032768-1

A A

R398 10MEGohm

+/-5% R0402H0_4

X2

C170

15pF

+/-5%

C0402H0_55

2 3

NPO

NPO 50V

50V

32.768KHz

XS4-4X8H2_5A

CL=12.5pF

5

41

PCH_RTC_XTAL1

C165

15pF

+/-5%

C0402H0_55

NPO

NPO 50V

50V

V_3P3_VBAT

PCH_SRTCRST_N

4

R1596

20kohm

+/-1%

R0402H0_4

C1610

1uF

+/-10%

10V

10V X5R

X5R

C0402H0_55

Harbor City is 22.1 ohm.

R515 33ohm

+/-5% R0402H0_4

R1595

0ohm

+/-5%

R0402H0_4

CK_32K_SUSCLK_MASTER (153)

PCH_RTCRST_N

3

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

PCH CLK

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 73 185

2

01015C800-000-G 73 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

4

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U39B

+1.1V

D D

C C

R1691

49.9ohm

+/-1%

R0402H0_4

R1698

750ohm

+/-1%

R0402H0_4

DMI_ZCOMP

DMIRBIAS

Follow Orca.

Do not use as GPIO!

PE_CPU1_DMI_SB_3_DP(88) PE_CPU1_DMI_SB_3_DN(88) PE_CPU1_DMI_SB_2_DP(88) PE_CPU1_DMI_SB_2_DN(88) PE_CPU1_DMI_SB_1_DP(88) PE_CPU1_DMI_SB_1_DN(88) PE_CPU1_DMI_SB_0_DP(88) PE_CPU1_DMI_SB_0_DN(88)

CPLD_PCH_SMI_N(84,153) TPM_ID1(90) PCH_GPIO49_R(71,84) PCH_GPIO16_R(71,84) PCH_GPIO37_R(71,84) PCH_GPIO36_R(71,84) PCH_GPIO19_R(71,84) PCH_GPIO21_R(71,84) PCH_GPIO35_R(71) TPM_ID0(90)

PCH_OC7_N_R(71) PCH_OC6_N_R(71) PCH_OC5_N_R(71) PCH_OC4_N_R(71) PCH_OC3_N_R(71) PCH_OC2_N_R(71) PCH_OC1_N_R(71) PCH_OC0_N_R(71)

Harbor City is TP.

TP43TP43

TP12TP12

DMI_ZCOMP

TP_PCH_RESERVED_34 DMIRBIAS

PCH_OC7_N_R PCH_OC6_N_R PCH_OC5_N_R PCH_OC4_N_R PCH_OC3_N_R PCH_OC2_N_R PCH_OC1_N_R PCH_OC0_N_R

TP_PCH_TRST_N NC_PCH_RESERVED_6 NC_PCH_RESERVED_29

U39B

N4

DMI_RXP_3

N5

DMI_RXN_3

P5

DMI_RXP_2

P4

DMI_RXN_2

T5

DMI_RXP_1

T6

DMI_RXN_1

U6

DMI_RXP_0

U5

DMI_RXN_0

U13

DMI_ZCOMP

U12

DMI_RCOMP

U8

TP3

U9

DMIRBIAS

AV24

GPIO13

AT37

GPIO33

H21

SATA5GP/GPIO49

H22

SATA4GP/GPIO16

C28

SATA3GP/GPIO37

C25

SATA2GP/GPIO36

A25

SATA1GP/GPIO19

J24

SATA0GP/GPIO21

B31

NMI_N/GPIO35

B24

GPIO32

K38

OC7_N/GPIO14

K30

OC6_N/GPIO10

L39

OC5_N/GPIO9

J30

OC4_N/GPIO43

K36

OC3_N/GPIO42

M38

OC2_N/GPIO41

M37

OC1_N/GPIO40

K34

OC0_N/GPIO59

F28

TP12

AL28

TP11

M32

TP6

PATSBURG_Rev0.71-02242010

BGA901_5_7MA_PBG

PATSBURG

LAN_PHY_PWR_CTRL/GPIO12

2/10

DMI_TXP_3 DMI_TXN_3 DMI_TXP_2 DMI_TXN_2 DMI_TXP_1 DMI_TXN_1 DMI_TXP_0 DMI_TXN_0

GPIO73 GPIO72 GPIO67 GPIO66 GPIO65 GPIO64 GPIO57 GPIO56 GPIO47 GPIO46 GPIO45 GPIO44

GPIO31/MGPIO2

GPIO28 GPIO27 GPIO34 GPIO26 GPIO25 GPIO24

SMI_N/GPIO20

GPIO18 GPIO15

GPIO8

P2 R1 R3 R2 U2 U1 U3 V2

B33

PCH_GPIO72

E38

NC_PCH_GPIO67

AK15

NC_PCH_GPIO66

AL15

NC_PCH_GPIO65

AK16

NC_PCH_GPIO64

AL16

NM_PWR_I2C_MUX_SEL1

J27

PCH_NVRAM_CLR_N

H27

PCH_CPLD_TMS_R

B32

PCH_CPLD_TCK_R

D37

PCH_CPLD_TDI_R

E25

PCH_CPLD_TDO

J25

NM_PWR_I2C_MUX_SEL0

K33 A33

ME_FW_RECOVERY_N

M35

USB_HUB_RST_N

F25

I2C_HOST_MUX_SEL1

F31

I2C_HOST_MUX_SEL0

J38

NC_PCH_GPIO24

F34

TP_PCH_GPIO20

F24

NDC_BIFURCATE_N

B29

PCH_GPIO15_R

E30

NC_PCH_GPIO12

F39

BMC_SMI_N

F38

PE_CPU1_DMI_NB_3_C_DP (88) PE_CPU1_DMI_NB_3_C_DN (88) PE_CPU1_DMI_NB_2_C_DP (88) PE_CPU1_DMI_NB_2_C_DN (88) PE_CPU1_DMI_NB_1_C_DP (88) PE_CPU1_DMI_NB_1_C_DN (88) PE_CPU1_DMI_NB_0_C_DP (88) PE_CPU1_DMI_NB_0_C_DN (88)

LOM_PLAYDEAD_PCIEDIS_SEL (84,178,182)

PCH_GPIO72 (84)

Harbor City are Test Points.

NM_PWR_I2C_MUX_SEL1 (84,86)

PCH_NVRAM_CLR_N (103)

PCH_CPLD_TMS_R (154) PCH_CPLD_TCK_R (154) PCH_CPLD_TDI_R (154)

PCH_CPLD_TDO (154)

NM_PWR_I2C_MUX_SEL0 (84,86) PCH_GPIO28_R (71)

ME_FW_RECOVERY_N (84,158)

USB_HUB_RST_N (84,149) I2C_HOST_MUX_SEL1 (87) I2C_HOST_MUX_SEL0 (87)

TP14TP14

NDC_BIFURCATE_N (84)

PCH_GPIO15_R (71)

BMC_SMI_N (161)

Defaults to GPI, needs PU

Harbor City are 10 Kohm connected to P3V3_AUX.

ATTENTION DESIGNERS:

There are only 8 overcurrent pins. There are 14 USB ports. Rose City CRB recommends ganging ports. Do NOT do this. Instead, for internal USB ports, do not use OC pins. Try to reserve OC pins for external facing USB only. Be aware that OC pins are banked, the first 4 only apply to the first 7 USB, the second 4 to the rest.

B B

A A

If you run out of pins, then you must gang them, but minimize this as much as possible. This is related to an issue with Windows 2003, Windows 2008 and Win7. .

5

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

PCH DMI/GPIO

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 74 185

4

3

2

01015C800-000-G 74 185

01/25/2011, 10:58 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

4

3

2

1

http://adf.ly/3o8pJ

U39C

D D

C C

Harbor City has 15 ohm series resistor.

B B

PCH_JTAG_TCK(71) PCH_JTAG_TMS(71)

LPC_AD_3(90,152,154,160) LPC_AD_2(90,152,154,160) LPC_AD_1(90,152,154,160) LPC_AD_0(90,152,154,160)

MOD_PCH_SOFT_SCI(84)

LPC_FRAME_N(90,152,153,160)

Harbor City are test points.

Harbor City is test point.

PCH_SPI_MISO(89)

Harbor City has pull-down 0 ohm connected to GND.

MOD_PCH_SOFT_SCI NC_LPC_DRQ_N LPC_FRAME_N

NC_PCH_NVRM_ADR_7 NC_PCH_NVRM_ADR_6 NC_PCH_NVRM_ADR_5 NC_PCH_NVRM_ADR_4 NC_PCH_NVRM_ADR_3 NC_PCH_NVRM_ADR_2 NC_PCH_NVRM_ADR_1 NC_PCH_NVRM_ADR_0

NC_PCH_NVRM_ALE NC_PCH_NVRM_CS_N NC_PCH_NVRM_OE_N NC_PCH_NVRM_WE_N

NC_PCH_NVRM_D_7 NC_PCH_NVRM_D_6 NC_PCH_NVRM_D_5 NC_PCH_NVRM_D_4 NC_PCH_NVRM_D_3 NC_PCH_NVRM_D_2 NC_PCH_NVRM_D_1 NC_PCH_NVRM_D_0

PCH_SPI_CLK_R NC_PCH_SPI_CS1_N PCH_SPI_CS0_N_R PCH_SPI_MISO PCH_SPI_MOSI_R

E28

JTAG_TDI

A37

JTAG_TCK

C39

JTAG_TMS

AU17

LAD_3

AL36

LAD_2

AV23

LAD_1

AV15

LAD_0

AR37

LDRQ1_N/GPIO23

AP19

LDRQ0_N

AF36

LFRAME_N

L6

NVRM_A_7

E3

NVRM_A_6

N12

NVRM_A_5

L8

NVRM_A_4

F2

NVRM_A_3

E2

NVRM_A_2

N9

NVRM_A_1

K2

NVRM_A_0

D3

NVRM_ALE

K1

NVRM_CE_N

C3

NVRM_OE_N

K3

NVRM_WE_N

G1

NVRM_D_7

N11

NVRM_D_6

L9

NVRM_D_5

H2

NVRM_D_4

G3

NVRM_D_3

N8

NVRM_D_2

L5

NVRM_D_1

J2

NVRM_D_0

B23

SPI_CLK

J21

SPI_CS1_N

K19

SPI_CS0_N

J22

SPI_MISO

K24

SPI_MOSI

E13

TS_VSS1

H16

TS_VSS2

E12

TS_VSS3

H15

TS_VSS4

PATSBURG_Rev0.71-02242010

BGA901_5_7MA_PBG

PATSBURG

3/10

JTAG_TDO

RESERVED_J4 RESERVED_E7 RESERVED_C5 RESERVED_B6

RESERVED_K6

RESERVED_F12

RESERVED_E6 RESERVED_F4

RESERVED_J10

RESERVED_C10

RESERVED_A7

DF_TVS RESERVED_B5 RESERVED_B8

RESERVED_H10

RESERVED_L12

RESERVED_K7 RESERVED_H9 RESERVED_F6 RESERVED_F7

RESERVED_K12

RESERVED_L13

RESERVED_F10

RESERVED_F9

RESERVED_J12

RESERVED_F13

RESERVED_E9

RESERVED_K13 RESERVED_E10

RESERVED_J13

PWM3 PWM2 PWM1 PWM0

SST

TACH7/GPIO71 TACH6/GPIO70 TACH5/GPIO69 TACH4/GPIO68

TACH3/GPIO7 TACH2/GPIO6 TACH1/GPIO1

TACH0/GPIO17

A34

NC_PCH_NV_CE_N_3

J4

NC_PCH_NV_CE_N_2

E7

NC_PCH_NV_CE_N_1

C5

NC_PCH_NV_CE_N_0

B6

NC_PCH_NV_DQS_1

K6

NC_PCH_NV_DQS_0

F12

NC_PCH_NV_RE_N_WR_N_1

E6

NC_PCH_NV_RE_N_WR_N_0

F4

NC_PCH_NV_WE_N_CK_1

J10

NC_PCH_NV_WE_N_CK_0

C10

NC_PCH_NV_ALE

A7

NC_PCH_NV_CLE

C7

NC_PCH_NV_RB_N

B5

NC_PCH_NV_RCOMP

B8

NC_PCH_NV_IO_15

H10

NC_PCH_NV_IO_14

L12

NC_PCH_NV_IO_13

K7

NC_PCH_NV_IO_12

H9

NC_PCH_NV_IO_11

F6

NC_PCH_NV_IO_10

F7

NC_PCH_NV_IO_9

K12

NC_PCH_NV_IO_8

L13

NC_PCH_NV_IO_7

F10

NC_PCH_NV_IO_6

F9

NC_PCH_NV_IO_5

J12

NC_PCH_NV_IO_4

F13

NC_PCH_NV_IO_3

E9

NC_PCH_NV_IO_2

K13

NC_PCH_NV_IO_1

E10

NC_PCH_NV_IO_0

J13

NC_PCH_PWM_3

AG36

NC_PCH_PWM_2

AR13

NC_PCH_PWM_1

AV22

NC_PCH_PWM_0

AW17

NC_PCH_SST

J34

AM36 AF34 Y32 AG34 AJ35

MOD_PCH_SOFT_SCI

Y31 AL19 AV21

PCH_JTAG_TDO (71)PCH_JTAG_TDI(71)

Harbor City has a depop 1 kohm pull-up resistor connect to P3V3.

Harbor City are test points.

Harbor City is test point.

PCH_GPIO71 (84) PCH_GPIO70 (84) BIOS_TEST_MODE_1_N (84,103) PCH_GPIO68 (84) PCH_GPIO7 (84) MOD_PCH_SOFT_SCI (84) CPU2_ERROR0_PCH (85) FVS_GPIO_1_N (103)

Harbor City has a 10 kohm pull-up resistor connect to P3V3.

Intel recommend 15ohm for series resistor

R591 33ohm

PCH_SPI_CLK(89)

PCH_SPI_CS0_N(89)

PCH_SPI_MOSI(89)

A A

5

R591 33ohm

+/-5% R0402H0_4

R646 33ohm

+/-5% R0402H0_4

R619 33ohm

+/-5% R0402H0_4

Harbor City is 15 ohm.

PCH_SPI_CLK_R

PCH_SPI_CS0_N_R

PCH_SPI_MOSI_R

4

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

PCH SPI/LAD

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 75 185

3

2

01015C800-000-G 75 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

4

3

2

1

http://adf.ly/3o8pJ

U39D

D D

LOM

Connected to PCIE Slot 2 (x8 Slot)

PCIe Uplink Port (-D, -T SKU Only)

C C

B B

PCH_PEG0_RBIASP

R1710

6.04kohm

+/-1%

R0402H0_4

NET_PHYSICAL_TYPE=PWR_PNG PROPAGATION_DELAY=L:S::500

Harbor City connect to CPU0. Harbor City connect to CPU0.

PE_PCH_NB_7_DP(88) PE_PCH_NB_7_DN(88)

PE_PCH_NB_5_DP(178) PE_PCH_NB_5_DN(178) PE_PCH_NB_4_DP(178) PE_PCH_NB_4_DN(178) PE_PCH_NB_3_DP(142) PE_PCH_NB_3_DN(142) PE_PCH_NB_2_DP(142) PE_PCH_NB_2_DN(142) PE_PCH_NB_1_DP(142) PE_PCH_NB_1_DN(142) PE_PCH_NB_0_DP(142) PE_PCH_NB_0_DN(142)

TP50TP50 TP45TP45 TP51TP51 TP41TP41

Harbor City are Test Points.

NC_PE_PCH_NB_6_DP NC_PE_PCH_NB_6_DN

NC_PE_CPU1_1A_SB_3_DP NC_PE_CPU1_1A_SB_3_DN NC_PE_CPU1_1A_SB_2_DP NC_PE_CPU1_1A_SB_2_DN NC_PE_CPU1_1A_SB_1_DP NC_PE_CPU1_1A_SB_1_DN NC_PE_CPU1_1A_SB_0_DP NC_PE_CPU1_1A_SB_0_DN

TP_PCH_RESERVED_7 TP_PCH_RESERVED_11 TP_PCH_RESERVED_8 TP_PCH_RESERVED_13

PCH_PEG0_RBIASP

NC_PCH_PCI_AD31 NC_PCH_PCI_AD30 NC_PCH_PCI_AD29 NC_PCH_PCI_AD28 NC_PCH_PCI_AD27 NC_PCH_PCI_AD26 NC_PCH_PCI_AD25 NC_PCH_PCI_AD24 NC_PCH_PCI_AD23 NC_PCH_PCI_AD22 NC_PCH_PCI_AD21 NC_PCH_PCI_AD20 NC_PCH_PCI_AD19 NC_PCH_PCI_AD18 NC_PCH_PCI_AD17 NC_PCH_PCI_AD16 NC_PCH_PCI_AD15 NC_PCH_PCI_AD14 NC_PCH_PCI_AD13 NC_PCH_PCI_AD12 NC_PCH_PCI_AD11 NC_PCH_PCI_AD10 NC_PCH_PCI_AD9 NC_PCH_PCI_AD8 NC_PCH_PCI_AD7 NC_PCH_PCI_AD6 NC_PCH_PCI_AD5 NC_PCH_PCI_AD4 NC_PCH_PCI_AD3 NC_PCH_PCI_AD2 NC_PCH_PCI_AD1 NC_PCH_PCI_AD0

AJ8

PERP8

AJ9

PERN8

AH9

PERP7

AH8

PERN7

AF9

PERP6

AF8

PERN6

AE9

PERP5

AE8

PERN5

AJ5

PERP4

AJ6

PERN4

AH5

PERP3

AH6

PERN3

AF4

PERP2

AF5

PERN2

AE5

PERP1

AE4

PERN1

AW7

PEG0_RP_3

AV8

PEG0_RN_3

AV6

PEG0_RP_2

AU7

PEG0_RN_2

AU5

PEG0_RP_1

AV5

PEG0_RN_1

AT3

PEG0_RP_0

AU3

PEG0_RN_0

AN2

TP7

AT1

TP8

AP1

TP9

AU1

TP10

AL5

PEG0_RBIASN

AL4

PEG0_RBIASP

AA31

AD_31

AL30

AD_30

AG31

AD_29

AR33

AD_28

AL34

AD_27

AD32

AD_26

AV13

AD_25

AM24

AD_24

AK27

AD_23

AL21

AD_22

AK33

AD_21

AN34

AD_20

AG32

AD_19

AG30

AD_18

AU22

AD_17

AM25

AD_16

AM30

AD_15

AL31

AD_14

AP12

AD_13

AM18

AD_12

AW20

AD_11

AC32

AD_10

AW12

AD_9

AU25

AD_8

AU12

AD_7

Y30

AD_6

AV14

AD_5

AP36

AD_4

AR36

AD_3

AN15

AD_2

AA30

AD_1

AW15

AD_0

PATSBURG_Rev0.71-02242010

BGA901_5_7MA_PBG

PATSBURG

GNT_1_N/GPIO51/GSXDOUT

REQ3_N/GPIO54/GSXSRESET_N

REQ2_N/GPIO52/GSXSLOAD

4/10

PETP8 PETN8 PETP7 PETN7 PETP6 PETN6 PETP5 PETN5 PETP4 PETN4 PETP3 PETN3 PETP2 PETN2 PETP1 PETN1

PEG0_TP_3 PEG0_TN_3 PEG0_TP_2 PEG0_TN_2 PEG0_TP_1 PEG0_TN_1 PEG0_TP_0 PEG0_TN_0

GNT_3_N/GPIO55

GNT_2_N/GPIO53/GSXDIN

GNT_0_N

REQ1_N/GPIO50/GSXCLK

C/BE3_N C/BE2_N C/BE1_N C/BE0_N

DEVSEL_N

FRAME_N

IRDY_N

PAR

PCIRST_N

PERR_N

PLOCK_N

PME_N

REQ0_N

SERR_N

STOP_N TRDY_N

PIRQA_N PIRQB_N PIRQC_N PIRQD_N

PIRQE_N/GPIO2

PIRQF_N/GPIO3 PIRQG_N/GPIO4 PIRQH_N/GPIO5

SERIRQ

AK3 AL2

NC_PE_PCH_SB_6_C_DP

AJ2

NC_PE_PCH_SB_6_C_DN

AK1 AH3 AH2 AG2 AH1 AE3 AF2 AD2 AE1 AB3 AC2 AB2 AB1

NC_PE_CPU1_1A_NB_3_C_DP

AP7

NC_PE_CPU1_1A_NB_3_C_DN

AR7

NC_PE_CPU1_1A_NB_2_C_DP

AR6

NC_PE_CPU1_1A_NB_2_C_DN

AP6

NC_PE_CPU1_1A_NB_1_C_DP

AN4

NC_PE_CPU1_1A_NB_1_C_DN

AR4

NC_PE_CPU1_1A_NB_0_C_DP

AN3

NC_PE_CPU1_1A_NB_0_C_DN

AP3

AF30 AJ34 AU15

NC_PCH_PCI_GNT_S7_N

AN33

AK21 AK34 AR34

NC_PCH_PCI_CBE3_N

AU20

NC_PCH_PCI_CBE2_N

AL33

NC_PCH_PCI_CBE1_N

AL18

NC_PCH_PCI_CBE0_N

AM31

AJ32 AF31 AP18

NC_PCH_PCI_PAR

AK28

NC_PCH_PCI_RST_R_N

E33 AM19 AR15

NC_PCH_PCI_PME_N

C37 AL27 AN16 AV19 AR12

AR19 AJ30 AV18 AR18 AF32 AL22 AA32 AR16 C22

PE_PCH_SB_7_C_DP (88) PE_PCH_SB_7_C_DN (88)

PE_PCH_SB_5_C_DP (88) PE_PCH_SB_5_C_DN (88) PE_PCH_SB_4_C_DP (88) PE_PCH_SB_4_C_DN (88) PE_PCH_SB_3_C_DP (88) PE_PCH_SB_3_C_DN (88) PE_PCH_SB_2_C_DP (88) PE_PCH_SB_2_C_DN (88) PE_PCH_SB_1_C_DP (88) PE_PCH_SB_1_C_DN (88) PE_PCH_SB_0_C_DP (88) PE_PCH_SB_0_C_DN (88)

PCH_GPIO55 (84) PCH_GNT_2_N (84) PCH_GNT_1_N (84)

PCH_GSXRESET (84) PCH_GSXLOAD (84) PCH_GSXCLK (84)

PCH_PCI_DEVSEL_N (84) PCH_PCI_FRAME_N (84) PCH_PCI_IRDY_N (84)

PCH_PCI_PERR_N (84) PCH_PCI_PLOCK_N (84)

PCH_PCI_REQ0_N (84) PCH_PCI_SERR_N (84) PCH_PCI_STOP_N (84) PCH_PCI_TRDY_N (84)

PCH_PCI_INTA_N (84) PCH_PCI_INTB_N (84) PCH_PCI_INTC_N (84) PCH_PCI_INTD_N (84)

CPU1_ERROR1_DLY (84,153) CPU2_ERROR1_DLY (84,153) CPU_COMBINED_MCERR_N (84,153) MOD_PCH_SOFT_SMI (77,84)

PCH_SERIRQ (84,90,160)

BMCBMC

LOM

Connected to PCIE Slot 2 (x8 Slot)

PCIe Uplink Port (-D, -T SKU Only)

GPIO Expander

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

PCH PCIE

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 76 185

5

4

3

2

01015C800-000-G 76 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

D D

SAS RAID -OR- SATA RAID 6G

1.5G/3G

SATA Only

1.5G/3G/6G

C C

B B

PROPAGATION_DELAY=L:S::500 NET_PHYSICAL_TYPE=POWER_PNG

A A

5

-D, -T Only

All SKUs (SATA only for -A)

POP R2721, R2722?

PCH_SAS_RBIASP_1

PCH_SATA_NB_4_C_DP(88) PCH_SATA_NB_4_C_DN(88) PCH_SATA_NB_3_C_DP(88) PCH_SATA_NB_3_C_DN(88) PCH_SATA_NB_2_C_DP(88) PCH_SATA_NB_2_C_DN(88) PCH_SATA_NB_1_C_DP(88) PCH_SATA_NB_1_C_DN(88) PCH_SATA_NB_0_C_DP(88) PCH_SATA_NB_0_C_DN(88)

PCH_SAS_CLOCK1(84) PCH_SAS_LOAD1(84)

PCH_SAS_DATAIN1(84)

PCH_SAS_DATAOUT1(84) PCH_SAS_CLOCK2(84) PCH_SAS_LOAD2(84)

PCH_SAS_DATAIN2(84)

PCH_SAS_DATAOUT2(84)

PCH_SAS_LED_N(84)

R617 0ohm

+/-5% R0402H0_4

R634 0ohm

+/-5% R0402H0_4

PCH_SAS_SMBCLK0(84) PCH_SAS_SMBDATA0(84)

PCH_SAS_SMBCLK1(84) PCH_SAS_SMBDATA1(84)

PCH_SAS_SMBCLK2(84) PCH_SAS_SMBDATA2(84)

R618

6.04kohm

+/-1%

R0402H0_4

TP9TP9 TP10TP10 TP11TP11

TP7TP7 TP6TP6 TP8TP8

4

Attention Designers: You MUST read the EDS to understand SAS/SATA allocations by PCH SKU. It is NOT straightforward.

U39E

NC_PCH_SAS_NB_7_C_DP NC_PCH_SAS_NB_7_C_DN NC_PCH_SAS_NB_6_C_DP NC_PCH_SAS_NB_6_C_DN NC_PCH_SAS_NB_5_C_DP NC_PCH_SAS_NB_5_C_DN NC_PCH_SAS_NB_4_C_DP NC_PCH_SAS_NB_4_C_DN NC_PCH_SAS_NB_3_C_DP NC_PCH_SAS_NB_3_C_DN NC_PCH_SAS_NB_2_C_DP NC_PCH_SAS_NB_2_C_DN NC_PCH_SAS_NB_1_C_DP NC_PCH_SAS_NB_1_C_DN NC_PCH_SAS_NB_0_C_DP NC_PCH_SAS_NB_0_C_DN

NC_PCH_SATA_NB_5_C_DP NC_PCH_SATA_NB_5_C_DN

TP_PCH_RESERVED_15 TP_PCH_RESERVED_18 TP_PCH_RESERVED_14 PCH_SAS_RBIASP_0

TP_PCH_RESERVED_16 TP_PCH_RESERVED_12 TP_PCH_RESERVED_10 PCH_SAS_RBIASP_1

C239

1uF

R608

6.04kohm

+/-1%

R0402H0_4

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

4

AR31

SAS7RXP

AP31

SAS7RXN

AR30

SAS6RXP

AP30

SAS6RXN

AR28

SAS5RXP

AN28

SAS5RXN

AR27

SAS4RXP

AN27

SAS4RXN

AR25

SAS3RXP

AP25

SAS3RXN

AR24

SAS2RXP

AP24

SAS2RXN

AN22

SAS1RXP

AR22

SAS1RXN

AN21

SAS0RXP

AR21

SAS0RXN

F22

SATA5RXP

E22

SATA5RXN

F21

SATA4RXP

E21

SATA4RXN

F19

SATA3RXP

E19

SATA3RXN

F18

SATA2RXP

E18

SATA2RXN

F16

SATA1RXP

E16

SATA1RXN

F15

SATA0RXP

E15

SATA0RXN

AL8

SAS_CLOCK1

AN10

SAS_LOAD1

AL9

SAS_DATAIN1

AV9

SAS_DATAOUT1

AW10

SAS_CLOCK2

AV10

SAS_LOAD2

AU10

SAS_DATAIN2

AR10

SAS_DATAOUT2

AR9

SAS_LED_N

AU37

TP13

AV35

TP15

AU35

TP17

AV26

SAS_RBIASP_0

AW25

SAS_RBIASN_0

AU39

TP14

AT39

TP16

AR38

TP18

AL25

SAS_RBIASP_1

AL24

SAS_RBIASN_1

AJ12

SAS_SMBCLK0

AL11

SAS_SMBDATA0

AH13

SAS_SMBCLK1

AH12

SAS_SMBDATA1

AL13

SAS_SMBCLK2

AM13

SAS_SMBDATA2

PATSBURG_Rev0.71-02242010

BGA901_5_7MA_PBG

PCH_RBIAS_SATA3PCH_SAS_RBIASP_0

R704

750ohm

+/-1%

R0402H0_4

3

http://adf.ly/3o8pJ

PATSBURG

5/10

3

SAS7TXP SAS7TXN SAS6TXP SAS6TXN SAS5TXP SAS5TXN SAS4TXP SAS4TXN SAS3TXP SAS3TXN SAS2TXP SAS2TXN SAS1TXP SAS1TXN SAS0TXP SAS0TXN

SATA5TXP SATA5TXN SATA4TXP SATA4TXN SATA3TXP SATA3TXN SATA2TXP SATA2TXN SATA1TXP SATA1TXN SATA0TXP SATA0TXN

SATA3RRBIAS

SATA3COMPI

SATA3COMPO

SATAICOMPI

SATAICOMPO

SATALED_N

SCLOCK/GPIO22 SDATAOUT1/GPIO48 SDATAOUT0/GPIO39

SLOAD/GPIO38

SMBALERT_N/GPIO11

SMBCLK

SMBDATA

SML0ALERT_N/GPIO60

SML0CLK

SML0DATA

SML1ALERT_N/GPIO74

SML1CLK/GPIO58

SML1DATA/GPIO75

PROPAGATION_DELAY=L:S::500 NET_PHYSICAL_TYPE=POWER_PNG

TP19

TP22

NC_PCH_SAS_SB_7_C_DP

AJ38

NC_PCH_SAS_SB_7_C_DN

AK39

NC_PCH_SAS_SB_6_C_DP

AK37

NC_PCH_SAS_SB_6_C_DN

AL38

NC_PCH_SAS_SB_5_C_DP

AM38

NC_PCH_SAS_SB_5_C_DN

AN39

NC_PCH_SAS_SB_4_C_DP

AN37

NC_PCH_SAS_SB_4_C_DN

AN38

NC_PCH_SAS_SB_3_C_DP

AU33

NC_PCH_SAS_SB_3_C_DN

AV32

NC_PCH_SAS_SB_2_C_DP

AV31

NC_PCH_SAS_SB_2_C_DN

AW30

NC_PCH_SAS_SB_1_C_DP

AU30

NC_PCH_SAS_SB_1_C_DN

AV29

NC_PCH_SAS_SB_0_C_DP

AV28

NC_PCH_SAS_SB_0_C_DN

AW28

NC_PCH_SATA_SB_5_C_DP

B22

NC_PCH_SATA_SB_5_C_DN

A22 C20 B21 B19 A20 C17 B18 C12 B13 B12 A12

PCH_RBIAS_SATA3

B14

PCH_SATA3COMPI

C15

J16

TP_PCH_RESERVED_20

B10

PCH_SATAICOMPI

K18 J18

PCH_RESERVED_21

B15

PCH_SATALED_N

B27

MOD_PCH_SOFT_SMI

F27 E27 K25 A30

PCH_SMBALERT_N

J31

HOST_I2C_VAUX_SCL_R

G37

HOST_I2C_VAUX_SDA_R

H38

NM_BMC_ALERT_N

H34

NM_I2C0_VAUX_SCL

F36

NM_I2C0_VAUX_SDA_R

G36

ANY_PSU_ALERT_N

J33

NM_I2C1_VAUX_SCL_R

K37

NM_I2C1_VAUX_SDA_R

K39

PCH_SATA3COMPI

PCH_SATAICOMPI

2

1

-D, -T Only

SAS RAID -OR- SATA RAID 6G

All SKUs (SATA only for -A)

PCH_SATA_SB_4_C_DP (88) PCH_SATA_SB_4_C_DN (88) PCH_SATA_SB_3_C_DP (88) PCH_SATA_SB_3_C_DN (88) PCH_SATA_SB_2_C_DP (88) PCH_SATA_SB_2_C_DN (88) PCH_SATA_SB_1_C_DP (88) PCH_SATA_SB_1_C_DN (88) PCH_SATA_SB_0_C_DP (88) PCH_SATA_SB_0_C_DN (88)

TP26TP26

1.5G/3G

1.5G/3G/6G

SATA Only

This net is for Intel VC only. Others may NC this net.

R695 0ohm

+/-5% R0402H0_4

PCH_SATALED_N (84) MOD_PCH_SOFT_SMI (76,84) PCH_GPIO48 (84) PCH_GPIO39 (84) PCH_GPIO38 (84)

PCH_SMBALERT_N (84)

HOST_I2C_VAUX_SCL_R (87) HOST_I2C_VAUX_SDA_R (87)

NM_BMC_ALERT_N (84,158)

NM_I2C0_VAUX_SCL (159,166) NM_I2C0_VAUX_SDA_R (86)

ANY_PSU_ALERT_N (84,105,153)

NM_I2C1_VAUX_SCL_R (86) NM_I2C1_VAUX_SDA_R (86)

R703

49.9ohm

+/-1%

R0402H0_4

R670

37.4ohm

+/-1%

R0402H0_4

Hon Hai Precision Ind.Co., Ltd.

Title

PCH SAS/SATA

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 77 185

2

01015C800-000-G 77 185

+1.1V

DEPOPR695 0ohm

DEPOP

R694

3.01kohm

+/-1%

R0402H0_4

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

01/25/2011, 10:57 AM

RevSheet

of

X00

1

X00

5

4

3

2

1

http://adf.ly/3o8pJ

D D

U39F

NC_PCH_RESERVED_4 NC_PCH_RESERVED_5 NC_PCH_RESERVED_3 NC_PCH_RESERVED_2

To BMC

To Front Panel

To RISER2 (Left Riser)

To Front Panel

C C

To Rear IO

To RIPS

To BMC

To Rear IO

B B

BMC_USB_P0_DP(160) BMC_USB_P0_DN(160) PCH_USB_12_DP(149) PCH_USB_12_DN(149)

PCH_USB_10_DP(143) PCH_USB_10_DN(143) PCH_USB_9_DP(149) PCH_USB_9_DN(149)

PCH_USB_7_DP(94) PCH_USB_7_DN(94)

PCH_USB_5_DP(94) PCH_USB_5_DN(94)

BMC_USB_P1_DP(160) BMC_USB_P1_DN(160)

PCH_USB_1_DP(94) PCH_USB_1_DN(94)

BMC_USB_P0_DP BMC_USB_P0_DN PCH_USB_12_DP PCH_USB_12_DN NC_PCH_USB_11_DP NC_PCH_USB_11_DN PCH_USB_10_DP PCH_USB_10_DN PCH_USB_9_DP PCH_USB_9_DN NC_PCH_USB_8_DP NC_PCH_USB_8_DN PCH_USB_7_DP PCH_USB_7_DN NC_PCH_USB_6_DP NC_PCH_USB_6_DN PCH_USB_5_DP PCH_USB_5_DN NC_PCH_USB_4_DP NC_PCH_USB_4_DN NC_PCH_USB_3_DP NC_PCH_USB_3_DN BMC_USB_P1_DP BMC_USB_P1_DN PCH_USB_1_DP PCH_USB_1_DN NC_PCH_USB_0_DP NC_PCH_USB_0_DN

AC5

RESERVED_AC5

AC6

RESERVED_AC6

AB6

RESERVED_AB6

AB5

RESERVED_AB5

Y36

USBP_13

Y34

USBN_13

AA36

USBP_12

AA34

USBN_12

AC35

USBP_11

AC34

USBN_11

AD35

USBP_10

AD34

USBN_10

V35

USBP_9

V34

USBN_9

U35

USBP_8

U34

USBN_8

AF38

USBP_7

AE37

USBN_7

AE39

USBP_6

AD38

USBN_6

AC38

USBP_5

AB37

USBN_5

AB39

USBP_4

AB38

USBN_4

AA38

USBP_3

Y37

USBN_3

V38

USBP_2

U37

USBN_2

Y39

USBP_1

W38

USBN_1

U39

USBP_0

U38

USBN_0

PATSBURG_Rev0.71-02242010

BGA901_5_7MA_PBG

PATSBURG

6/10

RESERVED_Y3

RESERVED_AA2

RESERVED_W2

RESERVED_Y1

USBRBIASP

USBRBIASN

TP24

TP23

CHIP_DETECT_N

NC_4

NC_3

NC_2

NC_PCH_RESERVED_39

Y3

NC_PCH_RESERVED_1

AA2

NC_PCH_RESERVED_35

W2

NC_PCH_RESERVED_38

Y1

PCH_USBRBIASP

U32 V32

PCH_RESERVED_31

P31

PCH_RESERVED_32

P32

NC_PCH_PRST_N

B2

NC_PCH_RESERVED_17

AV2

NC_PCH_RESERVED_19

AV38

NC_PCH_RESERVED_23

B38

DEPOP

R1622 10kohm +/-1% R0402H0_4

R1622 10kohm +/-1% R0402H0_4 R1615 10kohm +/-1% R0402H0_4

R1615 10kohm +/-1% R0402H0_4

DEPOP

R1586

22.6ohm

PCH_USBRBIASP

22.6ohm

+/-1%

R0402H0_4

+1.1V

USB Port

EHCI #1 OC[3:0]#

A A

EHCI #2 OC[7:4]#

5

4

Power Note

0

NA

PCH_USB_PWR_1 REAR IO

1

2

NA

3

NA

4

NA

5

+5V

6

NA

7

PCH_USB_PWR_2

NA

8

NA

9

NA

10

NA

11

NA

12

NA

13

NC

REAR IO

BMC

NC

IDSDM

NC

REAR IO

NC

Front OC4#

LEFT RISER OC6#

NC

Front

BMC

Over CurrentSDS

Orca

NC

OC0#

Debug capability

NC

OC1#

NC

Internal

Front

IDSDM

REAR IO

OC7#

Front

BMC

3

Debug capability

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

PCH USB

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 78 185

2

01015C800-000-G 78 185

01/25/2011, 10:58 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

4

3

2

1

http://adf.ly/3o8pJ

+1.1V

D D

C C

V_1P1_PCH_PLLSAS0(81)

V_1P1_PCH_PLLSAS1(81)

Note: Split VCCXUS/VCC_IO for -A/-T issue

B B

+1.5V

V_PCH_SCU

+3.3V

+3.3VAUX

U39G

Y16

VCCCORE_30

W16

VCCCORE_29

J15

VCCCORE_28

N16

VCCCORE_27

N15

VCCCORE_26

AC16

VCCCORE_25

AC17

VCCCORE_24

AC18

VCCCORE_23

AC19

VCCCORE_22

AC20

VCCCORE_21

AD16

VCCCORE_20

AD17

VCCCORE_19

AD18

VCCCORE_18

AD19

VCCCORE_17

AD20

VCCCORE_16

T17

VCCCORE_15

T18

VCCCORE_14

T19

VCCCORE_13

T20

VCCCORE_12

U17

VCCCORE_11

U18

VCCCORE_10

U19

VCCCORE_9

U20

VCCCORE_8

W17

VCCCORE_7

W18

VCCCORE_6

W19

VCCCORE_5

W20

VCCCORE_4

Y17

VCCCORE_3

Y18

VCCCORE_2

Y19

VCCCORE_1

Y20

VCCCORE_0

AF24

VCCIO_15

AE24

VCCIO_9

AF25

VCCIO_16

AF26

VCCIO_17

AF28

VCCIO_18

AH25

VCCIO_22

AH26

VCCIO_23

AH28

VCCIO_24

AJ25

VCCIO_29

AJ26

VCCIO_30

AJ28

VCCIO_31

AH20

VCCPLLSAS0_1

AJ20

VCCPLLSAS0_0

AF20

VCCIO_14

AH23

VCCIO_21

AJ23

VCCIO_28

AF23

VCCPLLSAS1

AJ22

VCCSAS1_5_2

AH22

VCCSAS1_5_1

AF22

VCCSAS1_5_0

AJ13

VCCXUS_7

AR2

VCCIO_33

AN9

VCCIO_32

AF12

VCCIO_11

AF11

VCCIO_10

AF16

VCCIO_12

AF17

VCCIO_13

AH15

VCCIO_19

AH16

VCCIO_20

AJ15

VCCIO_26

AJ16

VCCIO_27

R22

VCC3_3_6

N22

VCC3_3_5

AJ18

VCC3_3_3

AH18

VCC3_3_2

W25

VCCSUS3_3_2

W26

VCCSUS3_3_1

W28

VCCSUS3_3_0

AC29

VCC3_3_0

AC30

VCC3_3_1

PATSBURG_Rev0.71-02242010

BGA901_5_7MA_PBG

PATSBURG

7/10

VCCASW_18 VCCASW_17 VCCASW_16 VCCASW_15 VCCASW_14 VCCASW_13 VCCASW_12 VCCASW_11 VCCASW_10

VCCASW_9 VCCASW_8 VCCASW_7 VCCASW_6 VCCASW_5 VCCASW_4 VCCASW_3 VCCASW_2 VCCASW_1 VCCASW_0

VCCIO_44 VCCIO_43

VCCIO_7 VCCIO_6 VCCIO_5

VCCIO_4 VCCIO_46 VCCIO_47 VCCIO_48

VCCIO_8

VCCIO_3

VCCIO_2 VCCIO_49 VCCIO_50 VCCIO_51 VCCIO_55

VCCIO_1

VCCIO_0

VCCSCUS_5 VCCSCUS_4 VCCSCUS_3 VCCSCUS_2 VCCSCUS_1 VCCSCUS_0

VCCXUS_2 VCCXUS_1 VCCXUS_0

VCCIO_37 VCCIO_40 VCCIO_41

VCCIO_35

VCCIO_34 VCCIO_36

VCCIO_54 VCCIO_53 VCCIO_52

DCPSUS_1

DCPSUS_2 DCPSUS_0

VCCSUS3_3_4 VCCSUS3_3_5

VCCDFTERM_3 VCCDFTERM_2 VCCDFTERM_1 VCCDFTERM_0

V24 AC25 AC26 AC28 AD25 AD26 AD28 T22 T23 T24 U22 U23 U24 W22 W23 W24 Y22 Y23 Y24

T13 T12 AC9 AC8 AC13 AC12 W11 W12 W15 AE11 AB9 AB8 Y11 Y12 Y15 Y9 AB13 AB12 AC22 AC23 AC24 AD22 AD23 AD24

AE12 AC15 AD15

M24 N23 N24

L23

L19 M19

Y28 Y26 Y25

U15

NC_PCH_VCC_SUS1

U16

NC_PCH_VCC_SUS0

N26

R25 T25

L18 M18 N17 N18

V_1P1AUX

V_1P1_PCH_VCCPE_PLL(81)

+1.1V

V_PCH_SCU

+1.1V

+3.3VAUX

+3.3V

V_1P1_PCH_VCCAUPLL(81)

V_3P3_PCH_VCCAUBG(81)

V_3P3_PCH_SATABG(81)

V_1P1_PCH_SATA3_PLL(81)

V_1P1_PCH_EXP_PLL(81)

V_1P1_PCH_DMI_PLL(81)

V_3P3_PCH_VCCA3GBG(81)

R1633 0ohm

+/-5% R0402H0_4

R1694 0ohm

+/-5% R0402H0_4

R1671 0ohm

+/-5% R0402H0_4

R1697 0ohm

+/-5% R0402H0_4

PCH_VCCA_SUS (82)

PCH_5VREF

DEPOPR1633 0ohm

DEPOP

DEPOPR1694 0ohm

DEPOP

VCCSPI

+VTT_CPU1

L16

L25

L15

N20

P12

T16

M28

T15

N25

L28

L26

U25

N28

T26

T28

U26

+3.3VAUX +1.1V

V_3P3_VBAT

TP_PCH_DCPSUS_BYP

V_1P1AUX

V_VCCSST_PCH (82)

V_VCCRTCEXT_PCH (82)

TP13TP13

+1.5VPCH_5VREF_AUX

+1.1V

U39H

AF15

VCCPLLEXPU

AD29

V5REF

U28

V5REF_SUS

M25

VCCAUPLL

U29

VCCAUBG

L24

VCC3_3_4

L20

VCCVRM_1

M20

VCCAPLLSATA

P8

VCCAPLLEXP

Y8

VCCAPLLDMI2

L17

VCCVRM_0

T8

VCC3_3_7

PATSBURG_Rev0.71-02242010

BGA901_5_7MA_PBG

PATSBURG

8/10

V_PROC_IO

DCPSST

VCCDMI

VCCIO_39

VCCIO_42

VCCIO_45

DCPRTC

VCCSUS3_3_3

VCCRTC

DCPSUSBYP

VCCSUSHDA

VCCDSW3_3

VCCASW_19

VCCASW_20

VCCASW_21

Population Instruction for various PCH SKUs

-A/-B SKUs

-D/-T SKUs

NEVER POPULATE BOTH SETS OF RESISTORS. DUH! This whole thing will likely be removed for the PT Spin.

Populate Resistors to GND for -A/-B SKU silicon

Populate Resistors to 1.1V for -D/-T SKU silicon

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

PCH Power

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 79 185

5

4

3

2

01015C800-000-G 79 185

01/25/2011, 10:58 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

4

3

2

1

http://adf.ly/3o8pJ

D D

C C

B B

U39I

PATSBURG

M15

L22 AA1

AA3 AA33 AA37 AA39 AB11 AB15 AB16 AB17 AB18 AB19 AB20 AB22 AB23 AB24 AB26 AB28

AB7 AC11 AC33

AC7 AD1

AD3 AD30 AD33 AD37 AD39 AE10 AE15 AE16 AE17 AE18 AE19 AE20 AE22 AE23 AE25 AE26 AE28

A11 A13 A16 A19 A21 A24 A26 A29 A31 A36

AE6

AF1 AF10 AF18 AF19

AF3 AF33 AF37 AF39

AF6 AG33

A6 A8

PATSBURG

VSS_246 VSS_245 VSS_244 VSS_243 VSS_242 VSS_241 VSS_240 VSS_239 VSS_238 VSS_237 VSS_236 VSS_235 VSS_234 VSS_233 VSS_232 VSS_231 VSS_230 VSS_229 VSS_228 VSS_227 VSS_226 VSS_225 VSS_224 VSS_223 VSS_222 VSS_221 VSS_220 VSS_219 VSS_218 VSS_217 VSS_216 VSS_215 VSS_214 VSS_213 VSS_212 VSS_211 VSS_210 VSS_209 VSS_208 VSS_207 VSS_206 VSS_205 VSS_204 VSS_203 VSS_202 VSS_201 VSS_200 VSS_199 VSS_198 VSS_197 VSS_196 VSS_195 VSS_194 VSS_193 VSS_192 VSS_191 VSS_190 VSS_189 VSS_188 VSS_187 VSS_186 VSS_185 VSS_184 VSS_183

PATSBURG_Rev0.71-02242010

BGA901_5_7MA_PBG

9/10

VSS_182 VSS_181 VSS_180 VSS_179 VSS_178 VSS_177 VSS_176 VSS_175 VSS_174 VSS_173 VSS_172 VSS_171 VSS_170 VSS_169 VSS_168 VSS_167 VSS_166 VSS_165 VSS_164 VSS_163 VSS_162 VSS_161 VSS_160 VSS_159 VSS_158 VSS_157 VSS_156 VSS_155 VSS_154 VSS_153 VSS_152 VSS_151 VSS_150 VSS_149 VSS_148 VSS_147 VSS_146 VSS_145 VSS_144 VSS_143 VSS_142 VSS_141 VSS_140 VSS_139 VSS_138 VSS_137 VSS_136 VSS_135 VSS_134 VSS_133 VSS_132 VSS_131 VSS_130 VSS_129 VSS_128 VSS_127 VSS_126 VSS_125 VSS_124 VSS_123 VSS_122 VSS_121 VSS_120 VSS_119

AH11 AH17 AH19 AH24 AH7 AJ1 AJ11 AJ17 AJ19 AJ24 AJ29 AJ3 AJ33 AJ37 AJ39 AJ7 AL1 AL10 AL3 AL37 AL39 AL6 AM10 AM15 AM16 AM21 AM22 AM27 AM28 AM33 AM34 AM4 AM9 AN12 AN13 AN18 AN19 AN24 AN25 AN30 AN31 AN36 AN6 AN7 AP37 AP39 AR3 AU11 AU13 AU16 AU19 AU21 AU24 AU26 AU29 AU31 AU34 AU6 AU8 AW11 AW13 AW16 AW19 AW21

U39J

AW24

VSS_118

AW26

VSS_117

AW29

VSS_116

AW3

VSS_115

AW31

VSS_114

AW34

VSS_113

AW36

VSS_112

AW37

VSS_111

AW4

VSS_110

AW6

VSS_109

AW8

VSS_108

C11

VSS_107

C13

VSS_106

C16

VSS_105

C19

VSS_104

C21

VSS_103

C24

VSS_102

C26

VSS_101

C29

VSS_100

C34

VSS_99

C6

VSS_98

C8

VSS_97

D39

VSS_96

F1

VSS_95

F3

VSS_94

F37

VSS_93

G10

VSS_92

G12

VSS_91

G13

VSS_90

G15

VSS_89

G16

VSS_88

G18

VSS_87

G19

VSS_86

G21

VSS_85

G22

VSS_84

G24

VSS_83

G25

VSS_82

G27

VSS_81

G28

VSS_80

G30

VSS_79

G31

VSS_78

G33

VSS_77

G34

VSS_76

G4

VSS_75

G6

VSS_74

G7

VSS_73

G9

VSS_72

H1

VSS_71

H3

VSS_70

H39

VSS_69

L1

VSS_68

L11

VSS_67

D1

VSS_66

C1

VSS_65

L3

VSS_64

L37

VSS_63

L7

VSS_62

M16

VSS_61

M17

VSS_60

M22

VSS_59

AB25

VSS_58

M26

VSS_57

M29

VSS_56

PATSBURG_Rev0.71-02242010

BGA901_5_7MA_PBG

PATSBURG

10/10

VSS_55 VSS_54 VSS_53 VSS_52 VSS_51 VSS_50 VSS_49 VSS_48 VSS_47 VSS_46 VSS_45 VSS_44 VSS_43 VSS_42 VSS_41 VSS_40 VSS_39 VSS_38 VSS_37 VSS_36 VSS_35 VSS_34 VSS_33 VSS_32 VSS_31 VSS_30 VSS_29 VSS_28 VSS_27 VSS_26 VSS_25 VSS_24 VSS_23 VSS_22 VSS_21 VSS_20 VSS_19 VSS_18 VSS_17 VSS_16 VSS_15 VSS_14 VSS_13 VSS_12 VSS_11 VSS_10

VSS_9 VSS_8 VSS_7 VSS_6 VSS_5 VSS_4 VSS_3 VSS_2 VSS_1 VSS_0

VSS_253 VSS_254 VSS_255

M33 N1 N10 A4 A3 N19 N3 N37 N39 N6 P10 P30 P33 P6 R15 R16 R17 R18 R19 R20 R23 R24 R26 R28 R30 R33 T1 T11 T3 T37 T39 T7 U11 U33 U7 V15 V16 V17 V18 V19 V20 V22 V23 V25 V26 V28 V33 W1 W10 W3 W37 W39 W6 Y10 Y33 Y6

T9 M23 U30

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

PCH Ground

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 80 185

5

4

3

2

01015C800-000-G 80 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

4

3

2

1

http://adf.ly/3o8pJ

+1.1V +3.3V

D D

88mA

164mA

C C

55mA

27.71mA

B B

38.53mA

27mA

C1759

47uF

+/-20%

C1206H1_8

A A

C1206H1_8

X5R

6.3V

L1512

*

1.5uH 1MHz

L0806H1A

L1511

*

1.5uH 1MHz

L0806H1A

L1514

*

1.5uH 1MHz

L0806H1A

DEPOP

L1507

*

4.7uH 1MHz

L0603H0_9

L1510

*

4.7uH 1MHz

L0603H0_9

DEPOP

L1517

*

4.7uH 1MHz

L0603H0_9

DEPOP

L1515

*

4.7uH 1MHz

L0603H0_9

DEPOP

R1670

0ohm

+/-5%

R0603H0_55

R1639

0ohm

+/-5%

R0603H0_55

R1695

0ohm

+/-5%

R0402H0_4

DEPOP

R1609

0.1ohm

+/-1%

R0402H0_4

R1616

0.1ohm

+/-1%

R0402H0_4

DEPOP

R1714

0.1ohm

+/-1%

R0402H0_4

DEPOP

R1713

0.1ohm

+/-1%

R0402H0_4

DEPOP

C1701

47uF

+/-20%

C1206H1_8

X5R

6.3V

C1676

47uF

+/-20%

C1206H1_8

X5R

6.3V

C1734

47uF

+/-20%

C1206H1_8

X5R

6.3V

6.3V DEPOP

DEPOP

C1649

47uF

+/-20%

C1206H1_8

X5R

6.3V

C1666

47uF

+/-20%

C1206H1_8

X5R

6.3V

6.3V DEPOP

DEPOP

C1761

47uF

+/-20%

C1206H1_8

X5R

6.3V

6.3V DEPOP

DEPOP

C1760

47uF

+/-20%

C1206H1_8

X5R

6.3V

6.3V DEPOP

DEPOP

V_1P1_PCH_PLLSAS0

V_1P1_PCH_PLLSAS1

V_1P1_PCH_VCCPE_PLL

R1709

0ohm

+/-5%

R1206H0_7

V_1P1_PCH_VCCAUPLL

V_1P1_PCH_SATA3_PLL

V_1P1_PCH_EXP_PLL

V_1P1_PCH_DMI_PLL

V_1P1_PCH_PLLSAS0 (79)

V_1P1_PCH_PLLSAS1 (79)

V_1P1_PCH_VCCPE_PLL (79)

V_1P1_PCH_VCCAUPLL (79)

V_1P1_PCH_SATA3_PLL (79)

V_1P1_PCH_EXP_PLL (79)

V_1P1_PCH_DMI_PLL (79)

+3.3VAUX

0.32mA

0.64mA

1.1mA

L1509

*

4.7uH 1MHz

L0603H0_9

L1516

*

4.7uH 1MHz

L0603H0_9

L1503

*

4.7uH 1MHz

L0603H0_9

Population Instruction for various PCH SKUs

-A/-B SKUs

-D/-T SKUs

Obviously do not create a 1.1V to ground short. Duh. This whole thing will likely be removed for the PT Spin.

Place nearish AJ13

5

4

3

R1627

0.1ohm

+/-1%

R0402H0_4

R1712

0.1ohm

+/-1%

R0402H0_4

R1598

0.1ohm

+/-1%

R0402H0_4

C1686

47uF

+/-20%

C1206H1_8

X5R

6.3V

C1758

47uF

+/-20%

C1206H1_8

X5R

6.3V

C1606

47uF

+/-20%

C1206H1_8

X5R

6.3V

V_3P3_PCH_SATABG

V_3P3_PCH_VCCA3GBG

V_3P3_PCH_VCCAUBG

Populate C2290 with a 0 ohm, depop R2452, L2021

Populate as shown in the schematic

Hon Hai Precision Ind.Co., Ltd.

Title

PCH Power Filtering

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 81 185

2

01015C800-000-G 81 185

01/25/2011, 10:57 AM

V_3P3_PCH_SATABG (79)

V_3P3_PCH_VCCA3GBG (79)

V_3P3_PCH_VCCAUBG (79)

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

4

3

2

1

http://adf.ly/3o8pJ

+1.1V

C1715

C1735

C1714

C1696

C1500

C1728

22uF

D D

C C

22uF

+/-20%

C0805H1_4

X5R

6.3V

+1.1V

C1703

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

+3.3VAUX +1.5V +VTT_CPU1 +5VAUX +3.3V V_3P3_VBAT

C1684

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1727

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1692

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1665

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1733

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1739

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1675

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1671

2.2uF

+/-10%

C0603H0_9

X5R

X5R 16V

16V

C1713

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1680

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1500

2.2uF

+/-10%

C0603H0_9

X5R

X5R 16V

16V

C1502

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1682

10uF

+/-20%

C0603H0_9

X5R

6.3V

C1677

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1683

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1700

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1678

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C291

22uF

+/-20%

C0805H1_4

X5R

6.3V

C1731

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1501

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C283

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1721

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1732

22uF

+/-20%

C0805H1_4

X5R

6.3V

C1718

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1712

22uF

+/-20%

C0805H1_4

X5R

6.3V

C1505

22uF

+/-20%

C0805H1_4

X5R

6.3V

C1748

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1696

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1503

22uF

+/-20%

C0805H1_4

X5R

6.3V

C1504

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C133

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1695

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1697

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1714

22uF

+/-20%

C0805H1_4

X5R

6.3V

C1706

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1705

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1702

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1694

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1717

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1687

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1650

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1735

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1628

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1715

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1667

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

V_1P1AUX

B B

A A

C1673

22uF

+/-20%

C0805H1_4

X5R

6.3V

C1669

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

5

C1681

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

PCH_VCCA_SUS(79)

V_VCCSST_PCH(79)

V_VCCRTCEXT_PCH(79)

C1672

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

Hon Hai Precision Ind.Co., Ltd.

Title

PCH Decoupling CAP

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 82 185

4

3

2

01015C800-000-G 82 185

01/25/2011, 10:57 AM

C1674

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

1

C269

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

of

RevSheet

X00

1

2

3

4

5

6

7

8

http://adf.ly/3o8pJ

A A

+3.3V +5V

D8

B B

PCH_5VREF

A

N

BAT54

SOT-23-ANCH1_3A

R430 150ohm

C

C176

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

R430 150ohm

+/-1% R0603H0_55

R414 150ohm

+/-1% R0603H0_55

C181

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

+5VAUX+3.3VAUX

D7

A

C

PCH_5VREF_AUX

C C

D D

1

2

3

N

BAT54

SOT-23-ANCH1_3A

4

C180

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

R429 150ohm

+/-1% R0603H0_55

R413 150ohm

+/-1% R0603H0_55

C175

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

5

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

PCH_5VREF

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 83 185

6

01015C800-000-G 83 185

7

01/25/2011, 10:58 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

8

5

Val Function

+3.3V

R558

1kohm

+/-1%

D D

Weak Internal PD Sampled at rising edge of PWROK

+/-1%

R0402H0_4

DEPOP_GA

R557

10kohm

+/-1%

R0402H0_4

POP_GA

01Reboot Mode

No Reboot Mode

PCH_SPKR (73)

Flash Descriptor Override Strapping

Flash Descriptor security override DISABLED Sampled on rising edge of PCH_PWROK

+3.3VAUX

R471

1kohm

C C

May need for NM debug

1kohm

+/-1%

R0402H0_4

DEPOP

BIOSSPI_PCH_FLASH_UNPROTECT (73,103,153)

Sampled on rising edge of PCH_PWROK

PLL VR Voltage Strapping

+3.3VAUX

R666

1kohm

+/-1%

R0402H0_4

Set on-die VR to 1.5V Sampled on rising edge of RSMRST#

B B

DMI AC Coupling Strap

PCH_GNT_2_N(76)

Low=AC Coupled, High/Open=DC Coupled

AUD_HDA_SYNC (73)

R1589

1kohm

+/-1%

R0402H0_4

Sampled on rising edge of PCH_PWROK

PLL Voltage Regulator Enable

+3.3VAUX +3.3V

R231

10kohm

+/-1%

A A

Set on-die PLL Voltage Regulator Enable Sampled on rising edge of RSMRST# Probably can be no-popped after NM backout stuff is settled down

+/-1%

R0402H0_4

NM_PWR_I2C_MUX_EN0 (71,86)

5

4

+3.3V

http://adf.ly/3o8pJ

R1618 10kohm

+/-1% R0402H0_4

R1590 10kohm

+/-1% R0402H0_4

R693 10kohm

+/-1% R0402H0_4

R668 10kohm

+/-1% R0402H0_4

R723 10kohm

+/-1% R0402H0_4

R609 10kohm

+/-1% R0402H0_4

R701 10kohm

+/-1% R0402H0_4

R632 10kohm

+/-1% R0402H0_4

R733 10kohm

+/-1% R0402H0_4

R641 10kohm

+/-1% R0402H0_4

R1621 10kohm

+/-1% R0402H0_4

R640 10kohm

+/-1% R0402H0_4

R667 10kohm

+/-1% R0402H0_4

R788 10kohm

+/-1% R0402H0_4

R769 10kohm

+/-1% R0402H0_4

R778 10kohm

+/-1% R0402H0_4

R767 10kohm

+/-1% R0402H0_4

R749 10kohm

+/-1% R0402H0_4

Designers Note: If you actually use this interface make sure to change resistors to 2K for max speed.

+3.3VAUX

R193

10kohm

+/-1%

R0402H0_4

ME_FW_RECOVERY_N (74,158)

J12

1

2

HB1102V

H2-2_54H8_58A

Depop_GA

GPIO36 pull high 150k~200k ohm per MOW ww50.

Top-Block Swap Override

+3.3V

Sampled on rising edge of PCH_PWROK

R1588 10kohm

+/-1% R0402H0_4

High=Normal

PCH_GPIO55 (76)

+/-1% R0402H0_4

R732 10kohm

+/-1% R0402H0_4

R748 10kohm

+/-1% R0402H0_4

R768 10kohm

+/-1% R0402H0_4

R779 10kohm

+/-1% R0402H0_4

R750 10kohm

+/-1% R0402H0_4

R722 10kohm

+/-1% R0402H0_4

R734 10kohm

+/-1% R0402H0_4

R699 10kohm

+/-1% R0402H0_4

R700 10kohm

+/-1% R0402H0_4

R1591 10kohm

+/-1% R0402H0_4

R642 10kohm

+/-1% R0402H0_4

R474 10kohm

+/-1% R0402H0_4

R584 10kohm

+/-1% R0402H0_4

R603 10kohm

+/-1% R0402H0_4

R534 10kohm

+/-1% R0402H0_4

R669 10kohm

+/-1% R0402H0_4

R645 10kohm

+/-1% R0402H0_4

R1624 10kohm

+/-1% R0402H0_4

R606 10kohm

+/-1% R0402H0_4

R559 174kohm

+/-1% R0402H0_4

R538 10kohm

+/-1% R0402H0_4

+VTT_CPU1

R803 1kohm

+/-1% R0402H0_4

Boot Source Select [Always SPI]

Sampled on rising edge of PCH_PWROK

PDG recommend PU 4.7kohm to main power.

+3.3V

It's different from Orca.

R580 4.7kohm

+/-1% R0402H0_4

+3.3V

GPIO51/GNT1_N pull-high voltage is different from Orca (+3.3VAUX)

R691 10kohm

+/-1% R0402H0_4

4

PCH_GPIO19_R (71,74)

PCH_GNT_1_N (76)

3

PCH_PCI_DEVSEL_N (76)

PCH_PCI_FRAME_N (76)

PCH_PCI_IRDY_N (76)

PCH_PCI_PERR_N (76)

PCH_PCI_PLOCK_N (76)

PCH_PCI_REQ0_N (76)

PCH_PCI_SERR_N (76)

PCH_PCI_STOP_N (76)

PCH_PCI_TRDY_N (76)

PCH_PCI_INTA_N (76)

PCH_PCI_INTB_N (76)

PCH_PCI_INTC_N (76)

PCH_PCI_INTD_N (76)

PCH_SAS_CLOCK1 (77)

PCH_SAS_LOAD1 (77)

PCH_SAS_DATAIN1 (77)

PCH_SAS_DATAOUT1 (77)

PCH_SAS_CLOCK2 (77)

PCH_SAS_LOAD2 (77)

PCH_SAS_DATAIN2 (77)

PCH_SAS_DATAOUT2 (77)

PCH_SAS_SMBCLK0 (77)

PCH_SAS_SMBDATA0 (77)

PCH_SAS_SMBCLK1 (77)

PCH_SAS_SMBDATA1 (77)

PCH_SAS_SMBCLK2 (77)

PCH_SAS_SMBDATA2 (77)

CPU1_ERROR1_DLY (76,153)

CPU2_ERROR1_DLY (76,153)

CPU_COMBINED_MCERR_N (76,153)

PCH_GPIO48 (77)

PCH_GPIO39 (77)

PCH_GPIO38 (77)

PCH_GPIO49_R (71,74)

PCH_GPIO16_R (71,74)

PCH_GPIO21_R (71,74)

DEPOPR606 10kohm

DEPOP

USB_HUB_RST_N (74,149)

PCH_GPIO36_R (71,74)

PCH_GPIO37_R (71,74)

CPU_THERMTRIP_N_DLY (73,153)

3

2

+3.3V

+3.3VAUX

V_3P3_VBAT

1

R569 10kohm

+/-1% R0402H0_4

R551 10kohm

+/-1% R0402H0_4

R477 10kohm

+/-1% R0402H0_4

R475 10kohm

+/-1% R0402H0_4

R479 10kohm

+/-1% R0402H0_4

R611 10kohm

+/-1% R0402H0_4

R692 10kohm

+/-1% R0402H0_4

R473 10kohm

+/-1% R0402H0_4

R633 10kohm

+/-1% R0402H0_4

R476 10kohm

+/-1% R0402H0_4

R478 10kohm

+/-1% R0402H0_4

R1593 10kohm

+/-1% R0402H0_4

R1592 10kohm

+/-1% R0402H0_4

R546 10kohm

+/-1% R0402H0_4

R486 10kohm

+/-1% R0402H0_4

R563 10kohm

+/-1% R0402H0_4

R487 10kohm

+/-1% R0402H0_4

R451 10kohm

+/-1% R0402H0_4

R484 10kohm

+/-1% R0402H0_4

R453 10kohm

+/-1% R0402H0_4

R616 10kohm

+/-1% R0402H0_4

R488 10kohm

+/-1% R0402H0_4

R454 2.7kohm

+/-5% R0402H0_4

R485 10kohm

+/-1% R0402H0_4

R455 10kohm

+/-1% R0402H0_4

R575 10kohm

+/-1% R0402H0_4

R514 20kohm

+/-1% R0402H0_4

R426 2.21kohm

+/-1% R0402H0_4

R523 2.21kohm

+/-1% R0402H0_4

R472 2.21kohm

+/-1% R0402H0_4

R924 8.2kohm

+/-1% R0402H0_4

Intel recommend PD 8.2k~10kohm for PCH_PWRGOOD Intel recommend PD 8.2k~10kohm for SYSTEM_PWRGOOD Intel recommend PD 8.2k~10kohm for PCH_APWROK_PG

R492 390kohm

+/-5% R0402H0_4

R1597 390kohm

+/-5% R0402H0_4

R493 1MEGohm

+/-5% R0402H0_4

R789 10kohm

+/-1% R0402H0_4

R567 10kohm

+/-1% R0402H0_4

Hon Hai Precision Ind.Co., Ltd.

Title

Document Number:

Document Number: PCB P/N:

PCB P/N:

Harbor City is 10 kohm connected to P3V3_AUX.

PCH PU/PD

01015C800-000-G 84 185

PCH_A20GATE (73)

PCH_KBRST_N (73)

PCH_GPIO71 (75)

PCH_GPIO7 (75)

MOD_PCH_SOFT_SCI (75)

PCH_SERIRQ (76,90,160)

MOD_PCH_SOFT_SMI (76,77)

BIOS_TEST_MODE_1_N (75,103)

PCH_GSXRESET (76)

PCH_GSXLOAD (76)

PCH_GSXCLK (76)

PCH_GPIO68 (75)

PCH_GPIO70 (75)

NDC_BIFURCATE_N (74)

PCH_GPIO72 (74)

PCH_DRAMPWROK (73,153)

PCH_RI_N (73)

PCH_SUSACK_N (73)

PCH_SMBALERT_N (77)

NM_BMC_ALERT_N (77,158)

CPLD_PCH_SMI_N (74,153)

NM_PWR_I2C_MUX_EN1 (73,86)

ANY_PSU_ALERT_N (77,105,153)

PCH_SLP_A_N (73,153)

NM_PWR_I2C_MUX_SEL0 (74,86)

NM_PWR_I2C_MUX_SEL1 (74,86)

LOM_PLAYDEAD_PCIEDIS_SEL (74,178,182)

PCH_PWRGOOD (73,153,156)

SYSTEM_PWRGOOD (73,153,158)

PCH_APWROK_PG (71,73,153)

USB_HUB_RST_N (74,149)

PCH_DSWVRMEN (73)

PCH_INTVRMEN (73)

PCH_INTRUDER_N (73)

PCH_SAS_LED_N (77)

PCH_SATALED_N (77)

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

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01/25/2011, 10:57 AM

1

RevSheet

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X00

5

4

3

2

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+3.3V +3.3V

R824

R741

+3.3V

R741

4.75kohm

+/-1%

R0402H0_4

4 321 6

MBT3904DW1T1G

SOT-363H1_1

+3.3VAUX

R799

4.75kohm

+/-1%

R0402H0_4

CPU1_ERROR0_PCH (71)

R819

5

470ohm

+/-1%

R0402H0_4

CPU1_ERROR0_N (23,42)

CPU2_ERROR1_CPLD(153)

R805

CPU2_ERROR1_N(36,42,43)

R805

470ohm

+/-1%

R0402H0_4

QN14

R820

4.75kohm

R742

470ohm

+/-1%

R0402H0_4

4.75kohm

+/-1%

R0402H0_4

QN11

D D

CPU1_ERROR1_CPLD(153)

CPU1_ERROR1_N(23,42)

R824

4.75kohm

+/-1%

R0402H0_4

5

4 321 6

MBT3904DW1T1G

SOT-363H1_1

R810

470ohm

+/-1%

R0402H0_4

CPU2_ERROR0_PCH (75)

CPU2_ERROR0_N (36,42,43)

C C

PCH_PROCPWRGD_N(153)

PCH_PROCPWRGD(73)

B B

A A

5

R821

1.5kohm

+/-1%

R0402H0_4

R746

4.75kohm

+/-1%

R0402H0_4

QN12

R823

4.75kohm

+/-1%

R0402H0_4

4 321 6

MBT3904DW1T1G

SOT-363H1_1

4

R809 0ohm

+/-5% R0402H0_4

R747 1.5kohm

5

+/-1% R0402H0_4

VRD_1V5_PG_N (153)

+1.5V

3

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

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Hon Hai Precision Ind.Co., Ltd.

Title

PCH Level Translators

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 85 185

2

01015C800-000-G 85 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

Intel recommend 8.2k~10kohm PU to +3.3VAUX

R424 22.6ohm

NM_I2C1_VAUX_SCL_R(77)

NM_I2C1_VAUX_SDA_R(77)

D D

NM_I2C0_VAUX_SDA_R(77)

R424 22.6ohm

+/-1% R0402H0_4

R425 22.6ohm

+/-1% R0402H0_4

No src term, PCH never masters this bus!

R1601 22.6ohm

+/-1% R0402H0_4

+3.3VAUX

R445

2.21kohm

+/-1%

R0402H0_4

R446

2.21kohm

+/-1%

R0402H0_4

NM_I2C1_VAUX_SCL

NM_I2C1_VAUX_SDA

NM_I2C0_VAUX_SCL

NM_I2C0_VAUX_SDA

Pullups to 3.3VAux on DRAC side for I2C0

+3.3VAUX

It is SN74CBT3257DBQ in Orca

U26

SN74CBTLV3257

NM_I2C1_VAUX_SCL NM_I2C1_VAUX_SDA NC_VR_CTL_P11

I2C_BMC_SEG7_VAUX_SCL(159,166) I2C_BMC_SEG7_VAUX_SDA(159,166)

C C

SW Note: EN0/EN1 should be controlled in a make before break fashion. Always transition to "11" before setting any bit to "0"

NC_VR_CTL_P14

NC_VR_CTL_P10 NC_VR_CTL_P13

SN74CBTLV3257

2

1B1

5

2B1

11

3B1

14

4B1

3

1B2

6

2B2

10

3B2

13

4B2

8

GND

SN74CBTLV3257DBQR

SSOP16-0_635-6_2H1_75

16

VCC

4

1A

7

2A

9

3A

12

4A

1

S

15

OE

POWER_I2C_VAUX_SCL POWER_I2C_VAUX_SDA NC_VR_CTL_P9 NC_VR_CTL_P12

IDRAC_PSU_VR_TAKEOVER POWER_I2C_MUX_EN_N

4

To DRAC

NM_I2C0_VAUX_SCL (77,159,166)

NM_I2C0_VAUX_SDA (159,166)

C155

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

R291

2.21kohm

+/-1%

R0402H0_4

J19

NM_I2C1_VAUX_SCL

NM_I2C1_VAUX_SDA

POWER_I2C_VAUX_SCL (166) POWER_I2C_VAUX_SDA (166)

IDRAC_PSU_VR_TAKEOVER (161,162)

R437

2.21kohm

+/-1%

R0402H0_4

DEPOP

J19

1

2

3

HB1103V

H3-2_54H8_58A

DEPOP_GA

DEPOP R2640 due to double pull down

3

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PMBus Control Signal Control Population Options (Pick ONE)

NM_PWR_I2C_MUX_SEL0(74,84)

NM Direct Control (RTS POR)

DRAC Direct Control (NM Backout)

NM_PWR_I2C_MUX_SEL1(74,84)

NM_PWR_I2C_MUX_EN0(71,84) NM_PWR_I2C_MUX_EN1(73,84)

BMC_I2C_PMBUS_SEG7_S0(158)

BMC_I2C_PMBUS_SEG7_S1(158) BMC_I2C_PMBUS_SEG7_EN0(158) BMC_I2C_PMBUS_SEG7_EN1(158)

DRAC Takeover (BU/Pre-ME FW)

SN74CBTLV3257

NM_PWR_I2C_MUX_SEL0 NM_PWR_I2C_MUX_SEL1 NM_PWR_I2C_MUX_EN0 NM_PWR_I2C_MUX_EN1

BMC_I2C_PMBUS_SEG7_S0(158)

BMC_I2C_PMBUS_SEG7_S1(158) BMC_I2C_PMBUS_SEG7_EN0(158) BMC_I2C_PMBUS_SEG7_EN1(158)

BMC_I2C_PMBUS_SEG7_S0 BMC_I2C_PMBUS_SEG7_S1 BMC_I2C_PMBUS_SEG7_EN0 BMC_I2C_PMBUS_SEG7_EN1

SN74CBTLV3257

2

1B1

5

2B1

11

3B1

14

4B1

3

1B2

6

2B2

10

3B2

13

4B2

8

GND

SN74CBTLV3257DBQR

SSOP16-0_635-6_2H1_75

2

NM_PWR_I2C_MUX_SEL0 NM_PWR_I2C_MUX_SEL1 NM_PWR_I2C_MUX_EN0 NM_PWR_I2C_MUX_EN1

BMC_I2C_PMBUS_SEG7_S0 BMC_I2C_PMBUS_SEG7_S1 BMC_I2C_PMBUS_SEG7_EN0 BMC_I2C_PMBUS_SEG7_EN1

+3.3VAUX

U20

16

VCC

PWR_I2C_MUX_SEL0

4

1A

PWR_I2C_MUX_SEL1

7

2A

PWR_I2C_MUX_EN0

9

3A

PWR_I2C_MUX_EN1

12

4A

IDRAC_PSU_VR_TAKEOVER

1

S

PWR_I2C_MUX_EN_N

15

OE

RN3

A1 B1 B2 C1 D1 D2

0ohm

+/-5%

8P4RB0603H0_6

DEPOP

RN4

A1 B1 B2 C1 D1 D2

0ohm

+/-5%

8P4RB0603H0_6

DEPOP

PWR_I2C_MUX_SEL0

A2

PWR_I2C_MUX_SEL1 PWR_I2C_MUX_EN0

C2

PWR_I2C_MUX_EN1

PWR_I2C_MUX_SEL0

A2

PWR_I2C_MUX_SEL1 PWR_I2C_MUX_EN0

C2

PWR_I2C_MUX_EN1

C153

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

IDRAC_PSU_VR_TAKEOVER (161,162)

R259

2.21kohm

+/-1%

R0402H0_4

1

+3.3VAUX

C154

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

POWER_I2C_VAUX_SCL POWER_I2C_VAUX_SDA NC_PSU_CTL_P9 NC_PSU_CTL_P12

PWR_I2C_MUX_SEL0 PWR_I2C_MUX_EN1

R290

2.21kohm

+/-1%

B B

+/-1%

R0402H0_4

It is 74CBTLV3253DBQRG4 in Orca

C192

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

+3.3VAUX

R465

10kohm

+/-1%

R0402H0_4

PWR_I2C_MUX_EN0

A A

PWR_I2C_MUX_SEL0 PWR_I2C_MUX_SEL1

R345

R219

2.21kohm

+/-1%

R0402H0_4

R345

2.21kohm

+/-1%

R0402H0_4

DEPOP

POWER_I2C_VAUX_SCL

POWER_I2C_VAUX_SDA

TP_FVS_3TP_FVS_3

TP_FVS_2TP_FVS_2

TP_FVS_7TP_FVS_7

TP_FVS_4TP_FVS_4

5

It is SN74CBT3257DBQ in Orca

U25

SN74CBTLV3257

16

VCC

1B1 2B1

1A

3B1

2A

4B1 3A 4A

1B2

2B2

3B2

4B2 S OE

GND

SN74CBTLV3257DBQR

SSOP16-0_635-6_2H1_75

I2C DestinationsNM

SEG0

NC

SEG1

NC

SEG2

NC

SEG3

Reserved for PDB current monitors.

NC_VR_I2C_SEG0_VAUX_SCL

6

1B1

NC_VR_I2C_SEG1_VAUX_SCL

5

1B2

NC_VR_I2C_SEG2_VAUX_SCL

4

1B3

VR_I2C_SEG3_VAUX_SCL

3

1B4

NC_VR_I2C_SEG0_VAUX_SDA

10

2B1

NC_VR_I2C_SEG1_VAUX_SDA

11

2B2

NC_VR_I2C_SEG2_VAUX_SDA

12

2B3

VR_I2C_SEG3_VAUX_SDA

13

2B4

PWR_I2C_MUX_SEL0

14

S0

PWR_I2C_MUX_SEL1

2

S1

8

GND

+3.3VAUX

4 7 9

12

1

15

U27

16

VCC

7

1A

9

2A

1

1OE

15

2OE

SN74CB3Q3253DBQR

SSOP16-0_635-6_2H1_75

DEPOP

PWR_I2C_MUX_EN_N

PWR_I2C_MUX_SEL0

PWR_I2C_MUX_SEL1

PWR_I2C_MUX_EN0

PSU1_I2C_VAUX_SCL

2

PSU1_I2C_VAUX_SDA

5

NC_PSU_CTL_P11

11

NC_PSU_CTL_P14

14

PSU2_I2C_VAUX_SCL

3

PSU2_I2C_VAUX_SDA

6

NC_PSU_CTL_P10

10

NC_PSU_CTL_P13

13

8

TP_FVS_5TP_FVS_5

TP_FVS_8TP_FVS_8

TP_FVS_9TP_FVS_9

TP_FVS_6TP_FVS_6

PSU Segments

PWR_I2C_MUX_EN1

POWER_I2C_VAUX_SCL

POWER_I2C_VAUX_SDA

POWER_I2C_MUX_EN_N

4

PSU1_I2C_VAUX_SCL

PSU1_I2C_VAUX_SDA

+3.3VAUX +3.3VAUX

R435

R432

2.7kohm

+/-5%

R0402H0_4

R434 22.6ohm

+/-1% R0402H0_4

To PSU1 To PSU2

PSU1_I2C_VAUX_SCL (105)

PSU1_I2C_VAUX_SDA_R (105)

PSU2_I2C_VAUX_SCL

PSU2_I2C_VAUX_SDA

VR_I2C_SEG3_VAUX_SCL

VR_I2C_SEG3_VAUX_SDA

+3.3VAUX

Reserved for PDB current monitors. To PDB.

3

2

R433

2.7kohm

+/-5%

R0402H0_4

R344

10kohm

+/-1%

R0402H0_4

DEPOP

R431

2.7kohm

+/-5%

R0402H0_4

R436 22.6ohm

+/-1% R0402H0_4

R463

10kohm

+/-1%

R0402H0_4

DEPOP

R464 0ohm

+/-5% R0402H0_4

Hon Hai Precision Ind.Co., Ltd.

Title

I2C Node Manager

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 86 185

PSU2_I2C_VAUX_SCL (105)

PSU2_I2C_VAUX_SDA_R (105)

VR_I2C_SEG3_VAUX_SCL (105)

DEPOPR464 0ohm

DEPOP

VR_I2C_SEG3_VAUX_SDA_R (105)

Personal Computer & Enterprise

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Host I2C Page

D D

+3.3VAUX

R305

2.21kohm

+/-1%

R0402H0_4

R342 22.6ohm

HOST_I2C_VAUX_SCL_R(77)

HOST_I2C_VAUX_SDA_R(77)

C C

R342 22.6ohm

+/-1% R0402H0_4

Harbor City is 0 ohm.

R349 22.6ohm

+/-1% R0402H0_4

HOST_I2C_VAUX_SCL

HOST_I2C_VAUX_SDA

Harbor City is 4.7 Kohm pull-up to P3V3. Harbor City has connected to BMC.

R350

2.21kohm

+/-1%

R0402H0_4

HOST_I2C_VAUX_SCL

HOST_I2C_VAUX_SDA

Different description from Orca

I2C DestinationsHOST

SEG0

CKMNG+

SEG1

CK420BQ, CK1900Z

iSCSI

SEG2

Security PIM

SEG3

C151

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

+3.3VAUX

R234

2.21kohm

+/-1%

R0402H0_4

5

It is 74CBTLV3253DBQRG4 in Orca

U23

16

1B1

VCC

1B2 1B3 1B4

7

1A

2B1

9

2B2

2A

2B3 2B4

S0

1

S1

1OE

15

2OE

GND

SN74CB3Q3253DBQR

SSOP16-0_635-6_2H1_75

HOST_I2C_SEG3_VMAIN_SCL

6

HOST_I2C_SEG2_VMAIN_SCL

5

HOST_I2C_SEG1_VMAIN_SCL

4

HOST_I2C_SEG0_VAUX_SCL

3

HOST_I2C_SEG3_VMAIN_SDA

10

HOST_I2C_SEG2_VMAIN_SDA

11

HOST_I2C_SEG1_VMAIN_SDA

12

HOST_I2C_SEG0_VAUX_SDA

13

I2C_HOST_MUX_SEL0

14

I2C_HOST_MUX_SEL1

2

8

R257

2.21kohm

+/-1%

R0402H0_4

HOST_I2C_SEG3_VMAIN_SCL (90) HOST_I2C_SEG2_VMAIN_SCL (90,149) HOST_I2C_SEG1_VMAIN_SCL (95,97) HOST_I2C_SEG0_VAUX_SCL (99)

I2C_HOST_MUX_SEL0 (74) I2C_HOST_MUX_SEL1 (74)

I2C_HOST_MUX_SEL0

I2C_HOST_MUX_SEL1

R233

2.21kohm

+/-1%

R0402H0_4

4

B B

HOST_I2C_VAUX_SCL

HOST_I2C_VAUX_SDA

A A

J18

1

2

3

HB1103V

H3-2_54H8_58A

DEPOP_GA

HOST_I2C_VAUX_SCL (70,71)

HOST_I2C_VAUX_SDA (70,71)

+3.3VAUX

R247

10kohm

+/-1%

R0402H0_4

HOST_I2C_SEG0_VAUX_SCL

HOST_I2C_SEG0_VAUX_SDA

+3.3V

R264

10kohm

+/-1%

R0402H0_4

HOST_I2C_SEG1_VMAIN_SCL

HOST_I2C_SEG1_VMAIN_SDA HOST_I2C_SEG1A_VMAIN_SDA_R

+3.3V

R278

10kohm

+/-1%

R0402H0_4

HOST_I2C_SEG2_VMAIN_SCL

HOST_I2C_SEG2_VMAIN_SDA

+3.3V

R292

10kohm

+/-1%

R0402H0_4

HOST_I2C_SEG3_VMAIN_SCL

HOST_I2C_SEG3_VMAIN_SDA

3

R270

10kohm

+/-1%

R0402H0_4

R258 22.6ohm

+/-1% R0402H0_4

R289

10kohm

+/-1%

R0402H0_4

R288 22.6ohm

+/-1% R0402H0_4

R271 22.6ohm

+/-1% R0402H0_4

R302

10kohm

+/-1%

R0402H0_4

R300 22.6ohm

+/-1% R0402H0_4

R301 22.6ohm

+/-1% R0402H0_4

R328

10kohm

+/-1%

R0402H0_4

R327 22.6ohm

+/-1% R0402H0_4

HOST_I2C_SEG1B_VMAIN_SDA_R

Hon Hai Precision Ind.Co., Ltd.

Title

I2C Host

Document Number:

Document Number: PCB P/N:

PCB P/N:

2

PCB P/N:

HOST_I2C_SEG0_VAUX_SCL (99)

HOST_I2C_SEG0_VAUX_SDA_R (99)

HOST_I2C_SEG1_VMAIN_SCL (95,97)

HOST_I2C_SEG1A_VMAIN_SDA_R (95)

HOST_I2C_SEG1B_VMAIN_SDA_R (97)

HOST_I2C_SEG2_VMAIN_SCL (90,149)

HOST_I2C_SEG2_VMAIN_SDA_R (90)

HOST_I2C_SEG2A_VMAIN_SDA_R (149)

SDS Only

HOST_I2C_SEG3_VMAIN_SCL (90)

HOST_I2C_SEG3_VMAIN_SDA_R (90)

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

01015C800-000-G 87 185

01/25/2011, 10:57 AM

1

To CKMNG+

To CK420BQ

To DB1900Z

iSCSI

Front USB Hub

To TCM

of

RevSheet

X00

5

4

3

2

1

http://adf.ly/3o8pJ

DMI AC Caps

D D

PE_CPU1_DMI_SB_3_DP(74) PE_CPU1_DMI_SB_3_DN(74) PE_CPU1_DMI_SB_2_DP(74) PE_CPU1_DMI_SB_2_DN(74) PE_CPU1_DMI_SB_1_DP(74) PE_CPU1_DMI_SB_1_DN(74) PE_CPU1_DMI_SB_0_DP(74) PE_CPU1_DMI_SB_0_DN(74)

C293 0.1uF +/-10% X7R16VC293 0.1uF +/-10% X7R16V C292 0.1uF +/-10% X7R16VC292 0.1uF +/-10% X7R16V C309 0.1uF +/-10% X7R16VC309 0.1uF +/-10% X7R16V

C294 0.1uF +/-10% X7R16VC294 0.1uF +/-10% X7R16V C295 0.1uF +/-10% X7R16VC295 0.1uF +/-10% X7R16V C311 0.1uF +/-10% X7R16VC311 0.1uF +/-10% X7R16V C312 0.1uF +/-10% X7R16VC312 0.1uF +/-10% X7R16V

PE_CPU1_DMI_SB_3_C_DP (23) PE_CPU1_DMI_SB_3_C_DN (23) PE_CPU1_DMI_SB_2_C_DP (23) PE_CPU1_DMI_SB_2_C_DN (23) PE_CPU1_DMI_SB_1_C_DP (23) PE_CPU1_DMI_SB_1_C_DN (23) PE_CPU1_DMI_SB_0_C_DP (23) PE_CPU1_DMI_SB_0_C_DN (23)

From CPU1To PCH To PCH

PCH_SATA_NB_3_C_DP(77) PCH_SATA_NB_3_C_DN(77) PCH_SATA_NB_2_C_DP(77) PCH_SATA_NB_2_C_DN(77) PCH_SATA_NB_1_C_DP(77) PCH_SATA_NB_1_C_DN(77) PCH_SATA_NB_0_C_DP(77) PCH_SATA_NB_0_C_DN(77)

SATA AC Caps (NB)

C350 10nF +/-10% X7R16VC350 10nF +/-10% X7R16V C356 10nF +/-10% X7R16VC356 10nF +/-10% X7R16V C348 10nF +/-10% X7R16VC348 10nF +/-10% X7R16V C349 10nF +/-10% X7R16VC349 10nF +/-10% X7R16VC310 0.1uF +/-10% X7R16VC310 0.1uF +/-10% X7R16V C337 10nF +/-10% X7R16VC337 10nF +/-10% X7R16V C340 10nF +/-10% X7R16VC340 10nF +/-10% X7R16V C330 10nF +/-10% X7R16VC330 10nF +/-10% X7R16V C335 10nF +/-10% X7R16VC335 10nF +/-10% X7R16V

PCH_SATA_NB_3_DP (92) PCH_SATA_NB_3_DN (92) PCH_SATA_NB_2_DP (92) PCH_SATA_NB_2_DN (92) PCH_SATA_NB_1_DP (92) PCH_SATA_NB_1_DN (92) PCH_SATA_NB_0_DP (92) PCH_SATA_NB_0_DN (92)

ECAD: Place near connector (SMD Connector)ECAD: Place near PCH

PE_CPU1_DMI_NB_3_DP(23) PE_CPU1_DMI_NB_3_DN(23) PE_CPU1_DMI_NB_2_DP(23) PE_CPU1_DMI_NB_2_DN(23) PE_CPU1_DMI_NB_1_DP(23) PE_CPU1_DMI_NB_1_DN(23) PE_CPU1_DMI_NB_0_DP(23) PE_CPU1_DMI_NB_0_DN(23)

C296 0.1uF +/-10% X7R16VC296 0.1uF +/-10% X7R16V C297 0.1uF +/-10% X7R16VC297 0.1uF +/-10% X7R16V C313 0.1uF +/-10% X7R16VC313 0.1uF +/-10% X7R16V C314 0.1uF +/-10% X7R16VC314 0.1uF +/-10% X7R16V C298 0.1uF +/-10% X7R16VC298 0.1uF +/-10% X7R16V C299 0.1uF +/-10% X7R16VC299 0.1uF +/-10% X7R16V C315 0.1uF +/-10% X7R16VC315 0.1uF +/-10% X7R16V C316 0.1uF +/-10% X7R16VC316 0.1uF +/-10% X7R16V

PE_CPU1_DMI_NB_3_C_DP (74) PE_CPU1_DMI_NB_3_C_DN (74) PE_CPU1_DMI_NB_2_C_DP (74) PE_CPU1_DMI_NB_2_C_DN (74) PE_CPU1_DMI_NB_1_C_DP (74) PE_CPU1_DMI_NB_1_C_DN (74) PE_CPU1_DMI_NB_0_C_DP (74) PE_CPU1_DMI_NB_0_C_DN (74)

From PCH

To PCHTo CPU1

PCH_SATA_NB_4_C_DP(77) PCH_SATA_NB_4_C_DN(77)

C364 10nF +/-10% X7R16VC364 10nF +/-10% X7R16V C363 10nF +/-10% X7R16VC363 10nF +/-10% X7R16V

PCH_SATA_NB_4_DP (92) PCH_SATA_NB_4_DN (92)

ECAD: Place near connector (Through Hole Connector)

ECAD: Place near PCH

SATA AC Caps (SB)

C C

PCIe AC Caps

To BMC

PE_PCH_SB_7_DP(160) PE_PCH_SB_7_DN(160)

C306 0.1uF +/-10% X7R16VC306 0.1uF +/-10% X7R16V C307 0.1uF +/-10% X7R16VC307 0.1uF +/-10% X7R16V

PE_PCH_SB_7_C_DP (76) PE_PCH_SB_7_C_DN (76)

ECAD: Place near PCH

From PCH

PCH_SATA_SB_3_C_DP(77)

PCH_SATA_SB_3_C_DN(77)

PCH_SATA_SB_2_C_DP(77)

PCH_SATA_SB_2_C_DN(77)

PCH_SATA_SB_1_C_DP(77)

PCH_SATA_SB_1_C_DN(77)

PCH_SATA_SB_0_C_DP(77)

PCH_SATA_SB_0_C_DN(77)

ECAD: Place near connector (SMD Connector)

PE_PCH_NB_7_DP(76) PE_PCH_NB_7_DN(76)

C322 0.1uF +/-10% X7R16VC322 0.1uF +/-10% X7R16V C321 0.1uF +/-10% X7R16VC321 0.1uF +/-10% X7R16V

PE_PCH_NB_7_C_DP (160) PE_PCH_NB_7_C_DN (160)

From BMC

ECAD: Place near BMC

PCH_SATA_SB_4_C_DP(77)

PCH_SATA_SB_4_C_DN(77)

ECAD: Place near PCH (Through Hole Connector)

To LOM

PE_PCH_SB_5_DP(178)

PE_PCH_SB_5_DN(178)

PE_PCH_SB_4_DP(178) PE_PCH_SB_4_DN(178)

C139 0.1uF +/-10% X7R16V DEPOPC139 0.1uF +/-10% X7R16V DEPOP

C138 0.1uF +/-10% X7R16V DEPOPC138 0.1uF +/-10% X7R16V DEPOP

C304 0.1uF +/-10% X7R16VC304 0.1uF +/-10% X7R16V C305 0.1uF +/-10% X7R16VC305 0.1uF +/-10% X7R16V

PE_PCH_SB_5_C_DP (76)

PE_PCH_SB_5_C_DN (76)

PE_PCH_SB_4_C_DP (76) PE_PCH_SB_4_C_DN (76)

From PCH

ECAD: Place near PCH

B B

From PCH

PE_PCH_SB_3_C_DP(76) PE_PCH_SB_3_C_DN(76) PE_PCH_SB_2_C_DP(76) PE_PCH_SB_2_C_DN(76) PE_PCH_SB_1_C_DP(76) PE_PCH_SB_1_C_DN(76) PE_PCH_SB_0_C_DP(76) PE_PCH_SB_0_C_DN(76)

C319 0.1uF +/-10% X7R16VC319 0.1uF +/-10% X7R16V C320 0.1uF +/-10% X7R16VC320 0.1uF +/-10% X7R16V C302 0.1uF +/-10% X7R16VC302 0.1uF +/-10% X7R16V C303 0.1uF +/-10% X7R16VC303 0.1uF +/-10% X7R16V C317 0.1uF +/-10% X7R16VC317 0.1uF +/-10% X7R16V C318 0.1uF +/-10% X7R16VC318 0.1uF +/-10% X7R16V C300 0.1uF +/-10% X7R16VC300 0.1uF +/-10% X7R16V C301 0.1uF +/-10% X7R16VC301 0.1uF +/-10% X7R16V

PE_PCH_SB_3_DP (142) PE_PCH_SB_3_DN (142) PE_PCH_SB_2_DP (142) PE_PCH_SB_2_DN (142) PE_PCH_SB_1_DP (142) PE_PCH_SB_1_DN (142) PE_PCH_SB_0_DP (142) PE_PCH_SB_0_DN (142)

Connected to Right Riser

ECAD: Place near Riser Slot

C248 10nF +/-10% X7R16VC248 10nF +/-10% X7R16V C246 10nF +/-10% X7R16VC246 10nF +/-10% X7R16V C263 10nF +/-10% X7R16VC263 10nF +/-10% X7R16V C260 10nF +/-10% X7R16VC260 10nF +/-10% X7R16V C273 10nF +/-10% X7R16VC273 10nF +/-10% X7R16V C270 10nF +/-10% X7R16VC270 10nF +/-10% X7R16V C278 10nF +/-10% X7R16VC278 10nF +/-10% X7R16V C275 10nF +/-10% X7R16VC275 10nF +/-10% X7R16V

C243 10nF +/-10% X7R16VC243 10nF +/-10% X7R16V C237 10nF +/-10% X7R16VC237 10nF +/-10% X7R16V

PCH_SATA_SB_3_DP (92)

PCH_SATA_SB_3_DN (92)

PCH_SATA_SB_2_DP (92)

PCH_SATA_SB_2_DN (92)

PCH_SATA_SB_1_DP (92)

PCH_SATA_SB_1_DN (92)

PCH_SATA_SB_0_DP (92)

PCH_SATA_SB_0_DN (92)

PCH_SATA_SB_4_DP (92)

PCH_SATA_SB_4_DN (92)

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

PCH PCIe AC Caps

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 88 185

5

4

3

2

01015C800-000-G 88 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

4

3

2

1

http://adf.ly/3o8pJ

+3.3VAUX

C17

0.1uF

+/-10%

C0402H0_55

X7R

D D

C C

B B

A A

X7R 16V

16V

SUPERVU_SPI_CLK(152)

SUPERVU_SPI_MOSI(152)

SUPERVU_SPI_MISO(152)

BIOS_SPI_CS_N

BIOS_DBG_SPI_CS_N

SUPERVU_SPI_CS_N

SYSTEM_PWRGOOD_FETS_6V(93,143,149,156,167)

5

+3.3VAUX

BIOS_SPI_CLK BIOS_DBG_SPI_CS_N BIOS_SPI_MOSI BIOS_SPI_MISO

BIOS_SPI_MUX_S

R31

220ohm

+/-1%

R0402H0_4

SUPERVU_SPI_CLK BIOS_SPI_CLK

SUPERVU_SPI_MOSI BIOS_SPI_MOSI

PCH_SPI_WP_ISO_N(73)

U3

SN74CBTLV3257

16

VCC

4

1A

7

2A

9

3A

12

4A

1

S

15

OE

SN74CBTLV3257DBQR

SSOP16-0_635-6_2H1_75

R33 0ohm

+/-5% R0402H0_4

1B1 2B1 3B1 4B1

1B2 2B2 3B2 4B2

GND

R16 0ohm

+/-5% R0402H0_4

DEPOP_GA

R29 0ohm

+/-5% R0402H0_4

DEPOP_GA

R30 0ohm

+/-5% R0402H0_4

DEPOP_GA

R543

1kohm

+/-1%

R0402H0_4

+3.3VAUX

R528

10kohm

+/-1%

R0402H0_4

2 5 11 14

3 6 10 13

8

POP_GAR33 0ohm

POP_GA

BMC_BIOS_SPI_SCK BMC_BIOS_SPI_CS0_N BMC_BIOS_SPI_MOSI BMC_BIOS_SPI_MISO

PCH_SPI_CLK PCH_SPI_CS0_N PCH_SPI_MOSI PCH_SPI_MISO

4

G

BIOS_SPI_MISOSUPERVU_SPI_MISO

J4

1

2

3

HB1103V

H3-2_54H8_58A

DEPOP_GA

D

Q13

2N7002KT1G

SOT-23-GSDH1_12

S

BMC_BIOS_SPI_SCK (158) BMC_BIOS_SPI_CS0_N (158) BMC_BIOS_SPI_MOSI (158,162) BMC_BIOS_SPI_MISO (158)

PCH_SPI_CLK (75) PCH_SPI_CS0_N (75) PCH_SPI_MOSI (75) PCH_SPI_MISO (75)

PCH_SPI_WP_N

C105

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

IC,PROG

BLANK PART

DSK, PROG

R6

10kohm

+/-1%

R0402H0_4

BIOS_SPI_MUX_S

+3.3VAUX

R72

R25

10kohm

+/-1%

R0402H0_4

PCH_SPI_CS0_N(75)

BMC_BIOS_SPI_CS0_N(158)

SUPERVU_SPI_CS_N(152)

SUPERVU_SPI_MOSI(152)

PCH_SPI_CLK(75)

SUPERVU_SPI_CLK(152)

+3.3VAUX

C106

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PCH_SPI_CS0_N

BIOS_SPI_CS_N

BMC_BIOS_SPI_CS0_N

SUPERVU_SPI_CS_N

SUPERVU_SPI_MOSI

PCH_SPI_CLK

SUPERVU_SPI_CLK

R73 2.21kohm

+/-1%

R0402H0_4

R0402H0_4 U4

NC_BIOS_P3 NC_BIOS_P4 NC_BIOS_P5 NC_BIOS_P6 BIOS_SPI_CS_N BIOS_SPI_MISO_R

R10

2.21kohm

+/-1%

R0402H0_4

5119G

231W1

HGRR1

3

Same as Orca??

+3.3VAUX

U4-1

BIOS_HOLD_N

NC_BIOS_P3 NC_BIOS_P4 NC_BIOS_P5 NC_BIOS_P6 BIOS_SPI_CS_N BIOS_SPI_MISO_R

1 2 3 4 5 6 7

AT25DF641-S3H-T

SOP16-1_27-10_3H2_65

R72

10kohm

+/-1%

R0402H0_4

R8

2.21kohm

+/-1%

R0402H0_4

BIOS_SPI_MISO_R BIOS_SPI_MISO

U4

1

16

2

15

3

14

4

13

5

12

5

6

11

6

7

10

7

8

SOP16-Socket

SOP16-1_27-10_4H6_05A-SK

DEPOP_GA

HOLD VCC NC1 NC2 NC3 NC4 CS SO/SOI8WP

SCK

SI/SIO

NC8 NC7 NC6 NC5

GND

2

+3.3VAUX

C18

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

53

1

A

4

Y

GNDVCC

2

B

U1

SN74AHC1G32DCKR

SOT-353H1_1

R13

10kohm

+/-1%

R0402H0_4

DEPOP_GA

R34 33ohm

+/-5% R0402H0_4

BIOS_SPI_CLKBIOS_HOLD_N BIOS_SPI_MOSI NC_BIOS_P14 NC_BIOS_P13 NC_BIOS_P12 NC_BIOS_P11

BIOS_SPI_CLK BIOS_SPI_MOSI NC_BIOS_P14 NC_BIOS_P13 NC_BIOS_P12 NC_BIOS_P11

PCH_SPI_WP_N

Hon Hai Precision Ind.Co., Ltd.

Title

Firmware Hub

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 89 185

9

16 15 14 13 12 11 10 9

R19

10kohm

+/-1%

R0402H0_4

16 15 14 13 12 11 10 9

PCH_PWR_ON_REQ (73,153,158)

BMC_BIOS_SPI_MUX_S (161)

R28

10kohm

+/-1%

R0402H0_4

DEPOP_GA

+3.3VAUX

R518

10kohm

+/-1%

R0402H0_4

R535

10kohm

+/-1%

R0402H0_4

DEPOP

01/25/2011, 10:57 AM

PCH_SPI_WP_N

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

1

RevSheet

of

X00

5

4

3

2

1

+3.3V

R172

8.2kohm

+/-1%

R0402H0_4

D D

LPC_AD_0(75,152,154,160) LPC_AD_1(75,152,154,160) LPC_AD_2(75,152,154,160) LPC_AD_3(75,152,154,160)

LPC_FRAME_N(75,152,153,160)

RST_TPM_N(153)

CK_33M_TPM(96)

PCH_SERIRQ(76,84,160)

pin 11 GND is NC for Nuvuton

LPC_AD_0 LPC_AD_1 LPC_AD_2 LPC_AD_3

LPC_FRAME_N RST_TPM_N

CK_33M_TPM PCH_SERIRQ

R155 220ohm

+/-1% R0402H0_4

TPM_LPCPD_N

TPM_CLKRUN_N

R63 0ohm

DEPOP R63 0ohm

DEPOP

+/-5% R0402H0_4

R171 0ohm

+/-5% R0402H0_4

Populate this PD to Ground for Nuvuton

Bring-Up modem: Depopulate TPM since BIOS is not supporting before UT. Strapping is for STmicro for Bringup board for now

C C

B B

A A

UnitTest modem: Use P295K (Current Nuvuton) PT build and beyond should be using PT659 (Nuvuton NPCT420JA0WX EK cert with TCG116), available Jan2011 Previous plan on ProductTest modem & later: (was going to use 75TFW (NPCT410J with EK cert TCG103 avail early November 2010)

CLIP1

RDMA & ISCSI key

HOST_I2C_SEG2_VMAIN_SDA_R(87)

HOST_I2C_SEG2_VMAIN_SCL(87,149)

13

KY390

2

R21 0ohm

+/-5% R0402H0_4

TPM_PIM_SEEPROM_E0

R26

220ohm

+/-1%

R0402H0_4

5

+3.3VAUX

+3.3V

RST_TPM_PIM_NRST_TPM_N

R7

220ohm

+/-1%

R0402H0_4

C16

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

TPM_MODULE_PRES_N(153)

J5

1 2 3 4

RJ22-TYCO-1982198H12_7A

TYCO-1982198-1

TYCO-1982198-1 DEPOP

DEPOP

I2C address: 0xAC & 0xAE

Note: Near TPM Chip

R170 0ohm

+/-5% R0402H0_4

U12

26

LAD0

23

LAD1

20

LAD2

17

LAD3

28

LPCPD

22

LFRAME

16

LRESET

21

LCLK

27

SERIRQ

15

GPIO5

4

GND_1

11

GND_2

18

GND_3

25

NC_25

WPCT210KA0WX

TSSOP28-0_65-6_4H1_2

ECAD: place within 1000mils

+3.3VAUX

R27

8.2kohm

+/-1%

R0402H0_4

LPC_AD_0

LPC_AD_1 TPM_PIM_SEEPROM_E0

RST_TPM_PIM_N LPC_FRAME_N

CK_33M_TCM

Security PIM (Plug In Module) header

NC_J_ISCSI_KEY_5

SH1

NC_J_ISCSI_KEY_6

SH2

4

CK_33M_TCMCK_33M_TPM

VPS_10

NC_19

VPS_24

NC_12

GPIO3 GPIO1 GPIO2 GPIO4

NC_13 NC_14

SH2

SH1

1 2

4 5 6 15 7 14 8 13 9 12

10 11

SH4

SH5

Depop this PU for Nuvuton pin 10

V_TPM_3P3V

10 19 24

V_TPM_3P3VAUX

5

NC_5

VNC

NC_8

PP

NC_TPM_12

12

NC_TPM_3

3

NC_TPM_7

7

NC_TPM_6

6

TP_XOR_OUT

1

NC_GPIO2

2

TPM_BADD

9

TP_TEST1

8

NC_TPM_13

13

NC_TPM_14

14

I2C address: 0xA0

+3.3V

J7

SH3

20 19 183 17 16

SH6

QT8A020A-1021-9F

QT8A020H2_4A

HOST_I2C_SEG3_VMAIN_SCL

LPC_AD_3

PCH_SERIRQ

LPC_AD_2

CK_14M_TCM

+3.3VAUX +3.3V

C38

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

C29

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

3

+3.3V

R64 0ohm

+/-5% R0402H0_4

R67 0ohm

+/-5% R0402H0_4

DEPOPR64 0ohm

DEPOP

+3.3VAUX

Populate this PU to 3.3Vaux for Nuvuton

TP3TP3

Note: remove R67 (change to direct connection) after for UT modem

TP4TP4

pin 3, 2 are NC for Nuvuton pin 1 is TP_XOR_OUT for Nuvuton pin 9 is TP_BADD for Nuvuton pin 8 is TP_TESTI for Nuvuton

TPM_BADD

Populate for Nuvutoneither PU/PD to set LPC base address

HOST_I2C_SEG3_VMAIN_SCL (87)

HOST_I2C_SEG3_VMAIN_SDA_R (87)

PCH_SERIRQ (76,84,160)

CK_14M_TCM (96)

TPM Option:

1. Onboard TPM Installed (Nuvuton)

2. TPM PIM Connector installed (no onboard TPM), and PIM installed

3. TPM PIM Connector installed (no onboard TPM), and no PIM installed

TPM_ID1 TPM_ID0

C103

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

00

01

10

11

+3.3V

R65

8.2kohm

+/-1%

R0402H0_4

DEPOP

R66

220ohm

+/-1%

R0402H0_4

V_TPM_3P3V

C102

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

DEPOP

V_TPM_3P3VAUX

C104

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

ECAD: place between U_TPM and J_Security_PIM

+3.3VAUX +3.3V

C37

10uF

+/-10%

C0805H1_35

X7R

6.3V

TPM_ID0(74)

TPM_ID1(74)

Description

PIM (Daughter card, check PIM presence bit)

STMicro

Nuvuton (ROW)

Reserved

Hon Hai Precision Ind.Co., Ltd.

Title

TPM

Document Number:

Document Number: PCB P/N:

PCB P/N:

2

PCB P/N:

http://adf.ly/3o8pJ

+3.3V

C131

C128

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

C39

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

01015C800-000-G 90 185

C131

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

C129

10uF

+/-10%

C0805H1_35

X7R

6.3V

+3.3V

R581

8.2kohm

+/-1%

R0402H0_4

DEPOP

R579

220ohm

+/-1%

R0402H0_4

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

01/25/2011, 10:57 AM

C130

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

R480

8.2kohm

+/-1%

R0402H0_4

R481

220ohm

+/-1%

R0402H0_4

DEPOP

1

of

RevSheet

X00

8

7

6

5

4

3

2

1

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Mini SAS Internal Connector (PORT A)

J_SAS_1

A1

D D

C C

SAS_A_IOP_NB_0_P(147) SAS_A_IOP_NB_0_N(147)

SAS_A_IOP_NB_1_P(147) SAS_A_IOP_NB_1_N(147)

SAS_A_IOP_NB_2_P(147) SAS_A_IOP_NB_2_N(147)

SAS_A_IOP_NB_3_P(147) SAS_A_IOP_SB_3_P (147) SAS_A_IOP_NB_3_N(147)

R737

R737 100kohm

100kohm

+/-1%

R0402H0_4

SAS_A_IOP_NB_0_P SAS_A_IOP_NB_0_N

SAS_A_IOP_NB_1_P SAS_A_IOP_NB_1_N

SEP_RST_BKPLN_N

SAS_CBL_DETECT1

SAS_A_IOP_NB_2_P SAS_A_IOP_NB_2_N

SAS_A_IOP_NB_3_P SAS_A_IOP_NB_3_N

SGND_A0

A2

Rx0+

A3

Rx0-

A4

SGND_A1

A5

Rx1+

A6

Rx1-

A7

SGND_A2

A8

SB0

A9

SB1

A10

SB2

A11

SB6

A12

SGND_A3

A13

RX2+

A14

Rx2-

A15

SGND_A4

A16

Rx3+

A17

Rx3-

A18

SGND_A5

MH1

MH2

MH3

MH4

LD2536H-M8ML6

SA36-LD2536H21_66A

SGND_B0

Tx0+

Tx0-

SGND_B1

Tx1+

Tx1-

SGND_B2

SB7 SB3 SB4 SB5

SGND_B3

Tx2+

Tx2-

SGND_B4

Tx3+

Tx3-

SGND_B5

MH5 MH6 MH7 MH8

B1 B2 B3 B4 B5 B6 B7 B8 B9 B10 B11 B12 B13 B14 B15 B16 B17 B18

MH5 MH6 MH7 MH8

SAS_A_IOP_SB_0_P SAS_A_IOP_SB_0_N

SAS_A_IOP_SB_1_P SAS_A_IOP_SB_1_N

I2C_SEP_BKPL_SDA I2C_SEP_BKPL_SCL NC_SAS1_B11

SAS_A_IOP_SB_2_P SAS_A_IOP_SB_2_N

SAS_A_IOP_SB_3_P SAS_A_IOP_SB_3_N

SAS_A_IOP_SB_0_P (147)

SAS_A_IOP_SB_0_N (147)

SAS_A_IOP_SB_1_P (147)

SAS_A_IOP_SB_1_N (147)

I2C_SEP_BKPL_SDA (147)SEP_RST_BKPLN_N(147)

I2C_SEP_BKPL_SCL (147)

SAS_A_IOP_SB_2_P (147)

SAS_A_IOP_SB_2_N (147)

SAS_A_IOP_SB_3_N (147)

Mini SAS Internal Connector (PORT B)

J_SAS_2

A1

SAS_B_IOP_NB_0_P(147) SAS_B_IOP_NB_0_N(147)

SAS_B_IOP_NB_1_P(147) SAS_B_IOP_NB_1_N(147)

B B

SAS_B_IOP_NB_2_P(147) SAS_B_IOP_NB_2_N(147)

SAS_B_IOP_NB_3_P(147) SAS_B_IOP_SB_3_P (147) SAS_B_IOP_NB_3_N(147)

R263

1kohm

+/-1%

R0402H0_4

A A

8

SAS_B_IOP_NB_0_P SAS_B_IOP_NB_0_N

SAS_B_IOP_NB_1_P SAS_B_IOP_NB_1_N

NC_SAS_1_PIN_A9

SAS_CBL_DETECT2

SAS_B_IOP_NB_2_P SAS_B_IOP_NB_2_N

SAS_B_IOP_NB_3_P SAS_B_IOP_NB_3_N

7

SGND_A0

A2

Rx0+

A3

Rx0-

A4

SGND_A1

A5

Rx1+

A6

Rx1-

A7

SGND_A2

A8

SB0

A9

SB1

A10

SB2

A11

SB6

A12

SGND_A3

A13

RX2+

A14

Rx2-

A15

SGND_A4

A16

Rx3+

A17

Rx3-

A18

SGND_A5

MH1

MH2

MH3

MH4

LD2536H-M8ML6

SA36-LD2536H21_66A

SGND_B0

Tx0+

Tx0-

SGND_B1

Tx1+

Tx1-

SGND_B2

SB7 SB3 SB4 SB5

SGND_B3

Tx2+

Tx2-

SGND_B4

Tx3+

Tx3-

SGND_B5

MH5 MH6 MH7 MH8

B1

SAS_B_IOP_SB_0_P

B2

SAS_B_IOP_SB_0_N

B3 B4

SAS_B_IOP_SB_1_P

B5

SAS_B_IOP_SB_1_N

B6 B7 B8

NC_SAS_1_PIN_B9

B9

NC_SAS_1_PIN_B10

B10 B11 B12

SAS_B_IOP_SB_2_P

B13

SAS_B_IOP_SB_2_N

B14 B15

SAS_B_IOP_SB_3_P

B16

SAS_B_IOP_SB_3_N

B17 B18

MH5 MH6 MH7 MH8

6

SAS_B_IOP_SB_0_P (147)

SAS_B_IOP_SB_0_N (147)

SAS_B_IOP_SB_1_P (147)

SAS_B_IOP_SB_1_N (147)

SAS_B_IOP_SB_2_P (147)

SAS_B_IOP_SB_2_N (147)

SAS_B_IOP_SB_3_N (147)

5

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

SAS Connectors

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 91 185

4

3

01015C800-000-G 91 185

2

01/25/2011, 10:58 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

5

4

3

2

1

http://adf.ly/3o8pJ

SAS Connectors

D D

SATA PORT 0

SATA_CD

MH1 1

PCH_SATA_SB_4_DP(88)

PCH_SATA_SB_4_DN(88)

PCH_SATA_NB_4_DN(88)

PCH_SATA_NB_4_DP(88)

Due to a broken behavioral spec, SATA0 must be blue if any only if there is more than one SATA connector. Else it must be black.

Color: Blue

C C

2 3

5 6

LD1807V-S55ZD

SA7-LD1807H8_4A

17

4

7 MH2

PCH_SATA_NB_0_DP(88)

PCH_SATA_NB_0_DN(88)

PCH_SATA_NB_1_DP(88)

PCH_SATA_NB_1_DN(88)

PCH_SATA_NB_2_DP(88)

PCH_SATA_NB_2_DN(88)

PCH_SATA_NB_3_DP(88)

PCH_SATA_NB_3_DN(88)

R876

10kohm

+/-1%

R0402H0_4

J_SAS_PCH

A1

SGND_A0

A2

Rx0+

A3

Rx0-

A4

SGND_A1

A5

Rx1+

A6

Rx1-

A7

SGND_A2

A8

SB0

A9

SB1

A10

SB2

A11

SB6

A12

SGND_A3

A13

RX2+

A14

Rx2-

A15

SGND_A4

A16

Rx3+

A17

Rx3-

A18

SGND_A5

MH1

MH2

MH3

MH4

LD2536H-M8ML6

SA36-LD2536H21_66A

SGND_B0

Tx0+

Tx0-

SGND_B1

Tx1+

Tx1-

SGND_B2

SB7 SB3 SB4 SB5

SGND_B3

Tx2+

Tx2-

SGND_B4

Tx3+

Tx3-

SGND_B5

MH5 MH6 MH7 MH8

B1 B2 B3 B4 B5 B6 B7 B8 B9 B10 B11 B12 B13 B14 B15 B16 B17 B18

MH5 MH6 MH7 MH8

NC_SAS4_B11

PCH_SATA_SB_0_DP (88)

PCH_SATA_SB_0_DN (88)

PCH_SATA_SB_1_DP (88)

PCH_SATA_SB_1_DN (88)

I2C_BMC_SEG8_VAUX_SDA (160)BMC_BKPLN_SEP_RST_N(161) I2C_BMC_SEG8_VAUX_SCL (160)

PCH_SATA_SB_2_DP (88)

PCH_SATA_SB_2_DN (88)

PCH_SATA_SB_3_DP (88)

PCH_SATA_SB_3_DN (88)

CDROM Connectors

B B

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

SAS/SATA Connectors

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 92 185

5

4

3

2

01015C800-000-G 92 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

U7

+5V

C107

CE3

+

D D

+

220uF

+/-20%

CPS7343H4_3

6.3V

C107

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

R128

R128 1kohm

1kohm

+/-1%

R0402H0_4

U7

1

GND

2

IN

3

EN1

4

EN2

TPS2062DGNRG4

MSOP9-0_65-4_98H1_07TI

EPAD

OC1 OUT1 OUT2

OC2

4

+3.3VAUX +3.3VAUX

PCH_USB_PWR_1 PCH_USB_PWR_2

9 8 7 6 5

PCH_USB_OC0_N_ISO

PCH_USB_OC1_N_ISO

CE2

+

220uF

+/-20%

CPS7343H4_3

6.3V

C109

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

http://adf.ly/3o8pJ

R75

10kohm

+/-1%

R0402H0_4

DEPOP

R83

1kohm

+/-5%

R0603H0_55

DEPOP

R130

10kohm

+/-1%

R0402H0_4

DEPOP

3

CE1

+

220uF

+/-20%

CPS7343H4_3

6.3V

C116

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

R127

1kohm

+/-5%

R0603H0_55

DEPOP

2

1

+3.3VAUX

R94

39.2kohm

+/-1%

R0402H0_4

G

D

S

+3.3VAUX

D

S

R0402H0_4

Q8

2N7002KT1G

SOT-23-GSDH1_12

R144

39.2kohm

+/-1%

R0402H0_4

Q11

2N7002KT1G

SOT-23-GSDH1_12

R1007 100ohm

+/-1% R0402H0_4

PCH_OC2_N(71)

PCH_OC3_N(71)

BMC_NMIBTN_N (161)

PCH_OC0_N(71)

R77 1kohm

SYSTEM_PWRGOOD_FETS_6V(89,143,149,156,167)

C C

SYSTEM_PWRGOOD_FETS_6V(89,143,149,156,167)

B B

CP_NMI_BTN_N(149) GPE_NMI_N (71)

PCH_USB_OC0_N_ISO

PCH_OC1_N(71)

PCH_USB_OC1_N_ISO

+3.3VAUX

R1004

1.5kohm

+/-1%

R0402H0_4

R1005 1kohm

+/-1% R0402H0_4

R77 1kohm

+/-1% R0402H0_4

R153 1kohm

+/-1% R0402H0_4

C436

R1006 100ohm

0.1uF

+/-1% R0402H0_4

+/-10%

C0402H0_55

X7R

X7R 16V

16V

+3.3VAUX

R306

8.2kohm

+/-1%

R0402H0_4

R293

8.2kohm

+/-1%

R0402H0_4

PCH_OC5_N(71)

+3.3VAUX

R260

8.2kohm

+/-1%

R0402H0_4

+3.3VAUX +3.3V

R919

R1011

1.5kohm

CP_PWR_BTN_N(103,149,153)

SW5

A A

PWR_BTN_OUTPUT_N(153)

21

Tact-SW

SWS2-4_61X3H2_1A

DEPOP_GA

R111 100ohm

+/-1% R0402H0_4

5

1.5kohm

+/-1%

R0402H0_4

R97 100ohm

+/-1% R0402H0_4

R920 100ohm

+/-1% R0402H0_4

DEPOP_GA

PCH_PWRBTN_N (70,73)

BMC_PWRBTN_N (161)

SW4

Tact-SW

SWS2-4_61X3H2_1A

DEPOP_GA

4

21

R919

1.5kohm

+/-1%

R0402H0_4

PCH_RESET_BTN_N (70,71,73,153)

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

USB Power and Buttons

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 93 185

3

2

01015C800-000-G 93 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

4

3

2

1

http://adf.ly/3o8pJ

FL1

A1

B1 B2

PCH_USB_1_DN(78)

D D

C C

PCH_USB_1_DP(78)

PCH_USB_7_DN(78) PCH_USB_7_DP(78)

A1 B1 B2

A1

B1 B2

A1 B1 B2

A2

90ohm 100MHz

L4-2_2X1_4H1_4A

A2

FL2

A2

90ohm 100MHz

L4-2_2X1_4H1_4A

A2

RN1

0ohm

+/-5%

4P2RB0603H0_6Depop

RN2

0ohm

+/-5%

4P2RB0603H0_6Depop

USB_1_DN_R USB_1_DP_R

USB_2_DN_R USB_2_DP_R

A1

A2

ED10

PGB102ST23WR

SOT-23-A1A2GH0_79A

DEPOP

G

A1

A2

ED12

PGB102ST23WR

SOT-23-A1A2GH0_79A

DEPOP

G

PCH_USB_PWR_1

PCH_USB_PWR_2

USB1

1

123 4

2 3 4

UB11123-4H9-4F

USB-UB1112H6_95A

USB2

1

123 4

2 3 4

UB11123-4H9-4F

USB-UB1112H6_95A

MH2

MH1

MH2

MH1

PCH_USB_PWR_1

PCH_USB_PWR_2

A1

A2

ED11

PGB102ST23WR

SOT-23-A1A2GH0_79A

DEPOP

G

+3.3VAUX +5V

SLOT3

NC_RIPS_B1 NC_RIPS_B2 NC_RIPS_B3

I2C_BMC_RIPS_SCL(166) I2C_BMC_RIPS_SDA(166)

B B

A A

5

R206 22.6ohm

+/-1% R0402H0_4

+3.3V

I2C_BMC_RIPS_SDA_R

NC_RIPS_B8 NC_RIPS_B9

NC_RIPS_B11

NC_RIPS_B12

PCH_USB_5_DP(78) PCH_USB_5_DN(78)

NC_RIPS_B17

R450 10kohm

+/-1% R0402H0_4

4

SLOT3

B1

12V_1

B2

12V_2

B3

RSVD1

B4

GND0

B5

SMCLK

B6

SMDAT

B7

GND1

B8

3.3V_1

B9

JTAG1

B10

3.3VAUX

B11

WAKE

B12

RSVD_B12

B13

GND_B13

B14

PETP0

B15

PETN0

B16

GND_B16

B17

PRSNT2_B17

B18

GND_B18

PCIE-X1-SLOT

PCIE1X36-2EG018H11A

RIPS_PRES_N (153)

KEY

PRSNT1

12V_A2 12V_A3

GND_A4

JTAG2 JTAG3 JTAG4 JTAG5

3.3V_A9

3.3V_A10 PERST

GND_A12 REFCLK+

REFCLK-

GND_A15

PERP0 PERN0

GND_A18

A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11

A12 A13 A14 A15 A16 A17 A18

NC_RIPS_A3

RIPS_SDCARD_PRES_N NC_RIPS_A6 NC_RIPS_A7 NC_RIPS_A8 NC_RIPS_A9 NC_RIPS_A10 NC_RIPS_A11

RIPS_PRES_N (153)

Need Dell to check "NC_RIPS_SDCARD_PRES_N"

NC_RIPS_A13 NC_RIPS_A14

NC_RIPS_A16 NC_RIPS_A17

Presence Return

ATTENTION DESIGNERS:

RIPS_SDCARD_PRES_N is a worthless signal that we're including for giggles. BIOS has confirmed it is not used. If you think you need it, ask yourself why. It likely will be removed when it becomes inconvenient.

3

+3.3VAUX

R491

R491 10kohm

10kohm

+/-1%

R0402H0_4

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

USB Connectors & RIPS

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 94 185

2

01015C800-000-G 94 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

Note: Set to operate in SSC mode (enable via SMBus control)

CK_CK420BQ_XTAL_X1 CK_CK420BQ_XTAL_X2

HOST_I2C_SEG1A_VMAIN_SDA_R(87)

HOST_I2C_SEG1_VMAIN_SCL(87,97)

D D

C C

B B

PWRDN_CK(97,153)

CK420BQ_TEST

P3V3_CK420BQ_SAS P3V3_CK420BQ_CLK_SRC P3V3_CK420BQ_CLK14 P3V3_CK420BQ_CLK96

P3V3_CK420BQ

P3V3_CK420BQ_VDDNS P3V3_CK420BQ_PCI

P3V3_CK420BQ_XTAL

XS4-3_35X5_15H1_1A

C264

33pF

+/-5%

NPO

NPO 50V

50V

C1716

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

X5

2 3

25MHz

CL=18pF

C1720

10uF

+/-20%

C0603H0_9

X5R

6.3V

41

U40

ICS932SQ420B

8

X1_25

9

X2_25

27

TEST_MODE

28

CKPWRGD_N/PD

64

SMBDAT

1

SMBCLK

51

AVDD_NS_SAS

38

AVDD_SRC

3

AVDD14

26

AVDD96

4

VDD14

20

VDD48

57

VDDCPU_57

63

VDDCPU_63

45

VDDNS

12

VDDPCI_12

19

VDDPCI_19

29

VDDSRC_29

37

VDDSRC_37

10

VDDXTAL

2

GND14_2

6

GND14_6

22

GND48

23

GND96

58

GNDCPU

46

GNDNS_46

52

GNDNS_52

11

GNDPCI_11

18

GNDPCI_18

32

GNDSRC_32

39

GNDSRC_39

7

GNDXTAL

ICS932SQ420DGLFT

TSSOP64-0_5-8_1H1_2

Note: Need Change Chip Version from B to D.

CK_CK420BQ_XTAL_X1CK_CK420BQ_XTAL_X2

C262

33pF

+/-5%

NPO

NPO 50V

50V

R1672

2.21ohm

P3V3_CK420BQP3V3_CK420BQ_XTAL

+/-1%

R0402H0_4

4

NS_SAS0C NS_SAS0T NS_SAS1C NS_SAS1T

NS_SRC0C

NS_SRC0T

NS_SRC1C

NS_SRC1T

48M_2X_100M_133M_N VREF14_3X_TEST_SEL

P3V3_CK420BQ

Note: Disable un-used clock by BIOS

CPU0C CPU0T CPU1C CPU1T CPU2C CPU2T CPU3C CPU3T

SRC0C SRC0T SRC1C SRC1T SRC2C SRC2T

PCI0_2X PCI1_2X PCI2_2X PCI3_2X PCI4_2X

DOT96C DOT96T

IREF

NC_CK_CPU0_DP

54

NC_CK_CPU1_DN

55

NC_CK_CPU1_DP

56 59 60

TP_CPU3C

61

TP_CPU3T

62

31 30 33 34

NC_SPARE_CK420BQ_SRC2C

35

NC_SPARE_CK420BQ_SRC2T

36

17 16 15 14 13

NC_CK_100M_PCH_SAS1_R_DN

47

NC_CK_100M_PCH_SAS1_R_DP

48 49 50

TP_NS_SRC0C

41

TP_NS_SRC0T

42

TP_NS_SRC1C

43

TP_NS_SRC1T

44

25 24

CK420BQ_100M_SEL

21 5

CK_CK420BQ_IREF

40

NC_CK_CPU0_DN

53

VDDA Plane Filtering

P3V3_CK420BQ_SAS

3

http://adf.ly/3o8pJ

VDD Plane Filtering

P3V3_CK420BQ

CK_100M_XDP_R_DN (96) CK_100M_XDP_R_DP (96)

TP16TP16 TP21TP21

CK_100M_DB1900Z_R_DN (96) CK_100M_DB1900Z_R_DP (96) CK_100M_PCH_SATA_R_DN (96) CK_100M_PCH_SATA_R_DP (96)

CK_33M_BMC_LPC_R (96) CK_33M_PCH_PCI_R (96) CK_33M_LPC_CPLD_R (96) CK_33M_SPIVU2_R (96) CK_33M_TPM_R (96)

CK_100M_PCH_SAS_R_DN (96) CK_100M_PCH_SAS_R_DP (96)

CK_96M_PCH_DOT_R_DN (96) CK_96M_PCH_DOT_R_DP (96)

CK_14M_PCH_HPET_R (96)

R804

412ohm

+/-1%

R0402H0_4

C268

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C1744

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

TP36TP36 TP35TP35 TP27TP27 TP28TP28

+/-1% R0603H0_55

C265

10uF

+/-10%

C1206H1_8

X5R

X5R 25V

25V

C1736

10uF

+/-10%

C1206H1_8

X5R

X5R 25V

25V

R1690 2.2ohm

R1711 2.2ohm

+/-1% R0603H0_55

VDD_48 Plane Filtering

C1698

C1730

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

12

C1698

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C1707

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C1751

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C1742

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

+3.3V

P3V3_CK420BQ_PCI

L1513

600ohm 100MHz

FB0805H1_05

C1746

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

Idd = 118mA

R1708

2.2ohm

P3V3_CK420BQ_VDDNS_R P3V3_CK420BQ_VDDNS

2.2ohm

+/-1%

R0603H0_55

C1741

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

2

C1743

10uF

+/-10%

C1206H1_8

X5R

X5R 25V

25V

1

C1719

C241

10uF

+/-10%

C1206H1_8

X5R

X5R 25V

25V

C1719

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

600ohm 100MHz

FB0805H1_05

C1747

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

L20

12

Idd = 106mA

C1699

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C1745

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C1750

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C1711

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C1738

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

P3V3_CK420BQ_CLK14 P3V3_CK420BQ

P3V3_CK420BQ_CLK_SRC P3V3_CK420BQP3V3_CK420BQ_CLK96 P3V3_CK420BQ

C1704

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

+3.3V

R1649 2.2ohm

+/-1% R0603H0_55

C1685

10uF

+/-10%

C1206H1_8

X5R

X5R 25V

25V

R1715 2.2ohm

+/-1% R0603H0_55

C1749

10uF

+/-10%

C1206H1_8

X5R

X5R 25V

25V

C242

10uF

+/-10%

C1206H1_8

X5R

X5R 25V

25V

+3.3V

L21

12

600ohm 100MHz

FB0805H1_05

Idd = 170mA

Clock Chips Routing Rules

Test Mode Settings

P3V3_CK420BQ

R813

4.75kohm

+/-1%

R0402H0_4

DEPOP

CK420BQ_TEST

R800

A A

R800 1kohm

1kohm

+/-1%

R0402H0_4

+3.3V

R812 2.21kohm

+/-1% R0402H0_4

R777 2.21kohm

+/-1% R0402H0_4

PWRDN_CK

CK420BQ_100M_SEL

PD is different from Orca

PDG is 1k PD.

5

4

- Do not split the 2 halves of a diff clk pair between layers. Route clks to agents on the same physical routing layer.

- Route clks to all Intel QPI agents (Sandy Bridge) on the same physical layer. (after Source-Shunt termination)

- Route clks to the PCH on the same physical layer.

- Clk traces should not cross any plane splits on adjacent layers.

- Layer transition for reference clk routing not allowed for normal topologies, unless it is for the Source-Shunt Termination Placement or for breaking out the sig at the receiver

- All clocks going to the CPU (QPI clk and PCIE ref clk) must be matched within 0.5 in pin-pin.

- The ground flood should be via’d through the ground plane with no less than 12 to 16 vias under the part.

- The DB1900Z external board feedback trace must be routed on the outer layer and should be as short as possible < 680 mils. Match prop dly as close as possible to 125ps.

Notes

- PCH and TPM have to share the same 33Mhz clock for security reasons.

- BIOS: Stop unused output clocks (all NC_CK_*).

3

Hon Hai Precision Ind.Co., Ltd.

Title

CK420BQ

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 95 185

2

01015C800-000-G 95 185

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

01/25/2011, 10:58 AM

1

RevSheet

of

X00

5

4

3

2

1

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PCH Storage Clocks DB1900Z Clock Buffer

R827

27.4ohm

R827

R786

27.4ohm

R786

CK_96M_PCH_DOT_R_DP(95) CK_96M_PCH_DOT_DP (73)

D D

+/-1%

R797

+/-1%

27.4ohm

R0402H0_4

27.4ohm

R0402H0_4

R801 42.2ohm

+/-1% R0402H0_4

R802 42.2ohm

+/-1% R0402H0_4

CK_100M_DB1900Z_R_DP(95)

CK_96M_PCH_DOT_DN (73)CK_96M_PCH_DOT_R_DN(95)

CK_100M_DB1900Z_R_DN(95)

+/-1%

R833

+/-1%

27.4ohm

R0402H0_4

27.4ohm

R0402H0_4

R826 42.2ohm

+/-1% R0402H0_4

R832 42.2ohm

+/-1% R0402H0_4

CK_100M_DB1900Z_DP (97)

CK_100M_DB1900Z_DN (97)

27.4ohm

R0402H0_4

27.4ohm

R0402H0_4

27.4ohm

R0402H0_4

27.4ohm

R0402H0_4

CK_100M_PCH_SAS_C_DP

R736 42.2ohm

+/-1% R0402H0_4

CK_100M_PCH_SAS_C_DN

R752 42.2ohm

+/-1% R0402H0_4

R818 42.2ohm

+/-1% R0402H0_4

R829 42.2ohm

+/-1% R0402H0_4

R735

CK_100M_PCH_SAS_R_DP(95)

CK_100M_PCH_SAS_R_DN(95)

CK_100M_PCH_SATA_R_DP(95)

C C

CK_100M_PCH_SATA_R_DN(95)

R735

+/-1%

R751

+/-1%

R817

+/-1%

R828

+/-1%

C257 0.1uF +/-10%

X7R 16V C0402H0_55

C258 0.1uF +/-10%

X7R 16V C0402H0_55

CK_100M_PCH_SAS_DP (73)

CK_100M_PCH_SAS_DN (73)

CK_100M_PCH_SATA_DP (73)

CK_100M_PCH_SATA_DN (73)

SPIVU2 Clocks

R763

39ohm

R763

39ohm

+/-5%

R0402H0_4

+/-5%

R0402H0_4

BMC LPC Clocks

R766

39ohm

R766

39ohm

+/-5%

R0402H0_4

+/-5%

R0402H0_4

CK_33M_SPIVU2 (152)CK_33M_SPIVU2_R(95)

CK_33M_BMC_LPC (160)CK_33M_BMC_LPC_R(95)

PCH and TCM Shared Clock

R647

27.4ohm

R647

CK_14M_PCH_HPET_R(95) CK_14M_PCH_HPET (73)

Layout note: keep lengths after R647 and R671 equal

+/-1%

R671

+/-1%

27.4ohm

R0402H0_4

27.4ohm

R0402H0_4

R1647 4.75kohm

+/-1% R0402H0_4

R1647 Follow Orca design is 4.75K Ohm. IDT recommend pull down is 10K Ohm.

CK_14M_TCM (90)

PCH Clock

R774

39ohm

R774

39ohm

+/-5%

R0402H0_4

+/-5%

R0402H0_4

CK_33M_PCH_PCI (73)CK_33M_PCH_PCI_R(95)

XDP Clock

B B

R662

27.4ohm

R662

CK_100M_XDP_R_DP(95) CK_100M_XDP_DP (70)

+/-1%

R690

+/-1%

27.4ohm

R0402H0_4

27.4ohm

R0402H0_4

R643 42.2ohm

+/-1% R0402H0_4

R644 42.2ohm

+/-1% R0402H0_4

TPM Clock

CK_100M_XDP_DN (70)CK_100M_XDP_R_DN(95)

CK_33M_TPM_R(95)

R744

+/-5%

39ohm

R0402H0_4

CK_33M_TPM (90)

CPLD Clock

R745

39ohm

R745

CK_33M_LPC_CPLD_R(95)

A A

5

+/-5%

39ohm

R0402H0_4

4

CK_33M_LPC_CPLD (153)

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CK420BQ Termination

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 96 185

3

2

01015C800-000-G 96 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

U41

ICS9ZX21901B

CK_100M_DB1900Z_DP(96) CK_100M_DB1900Z_DN(96)

CK_FB_DB1900Z_R_DP(98) CK_FB_DB1900Z_R_DN(98)

D D

C C

CK_FB_DB1900Z_DP(98) CK_FB_DB1900Z_DN(98)

HOST_I2C_SEG1_VMAIN_SCL(87,95)

HOST_I2C_SEG1B_VMAIN_SDA_R(87)

SEL_DB1900Z_H1_BW

R1705

4.75kohm

+/-1%

R0402H0_4

SMB_DB1900Z_A0 SMB_DB1900Z_A1

SEL_DB1900Z_100M

PWRDN_CK_N

VDD_DB1900Z

VDDA_DB1900Z VDDR_DB1900Z

9

DIF_IN

10

DIF_IN_N

15

DFB_IN

16

DFB_IN_N

18

DFB_OUT

17

DFB_OUT_N

5

HIBW_BYPM_LOBW_N

34

OE5_N

37

OE6_N

40

OE7_N

43

OE8_N

48

OE9_N

51

OE10_N

54

OE11_N

57

OE12_N

13

SMBCLK

12

SMBDAT

11

SMB_A0_TRI

14

SMB_A1_TRI

4

100M_133M_N

6

CKPWRGD_PD_N

21

VDD21

31

VDD31

45

VDD45

58

VDD58

68

VDD68

1

VDDA

8

VDDR

2

GNDA

26

GND26

44

GND44

63

GND63

7

GND7

73

GND_EPAD

ICS9ZX21901BKLFT

QFN73-0_5-SQ10H1

4

Note: Disable un-used clock by BIOS

NC_CK_100M_DB1900Z_DIF18_R_DP

71

DIF_18

DIF_18_N

DIF_17

DIF_17_N

DIF_16

DIF_16_N

DIF_15

DIF_15_N

DIF_14

DIF_14_N

DIF_13

DIF_13_N

DIF_12

DIF_12_N

DIF_11

DIF_11_N

DIF_10

DIF_10_N

DIF_9

DIF_9_N

DIF_8

DIF_8_N

DIF_7

DIF_7_N

DIF_6

DIF_6_N

DIF_5

DIF_5_N

DIF_4

DIF_4_N

DIF_3

DIF_3_N

DIF_2

DIF_2_N

DIF_1

DIF_1_N

DIF_0

DIF_0_N

IREF

NC_CK_100M_DB1900Z_DIF18_R_DN

72 69 70 66 67

NC_CK_100M_DB1900Z_DIF15_R_DP

64

NC_CK_100M_DB1900Z_DIF15_R_DN

65 61 62 59 60 55 56 52 53 49 50 46 47 41 42 38 39 35 36 32 33 29 30

NC_CK_100M_MIDBUS1_R_DP

27

NC_CK_100M_MIDBUS1_R_DN

28 24 25

NC_CK_100M_DB1900Z_DIF1_R_DP

22

NC_CK_100M_DB1900Z_DIF1_R_DN

23 19 20

CK_DB1900Z_IREF

3

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R743

412ohm

+/-1%

R0402H0_4

3

CK_100M_CPU1_QPI_R_DP (98) CK_100M_CPU1_QPI_R_DN (98) CK_100M_LOM_R_DP (98) CK_100M_LOM_R_DN (98)

CK_100M_PCH_PCIE_R_DP (98) CK_100M_PCH_PCIE_R_DN (98) CK_100M_PCH_DMI_R_DP (98) CK_100M_PCH_DMI_R_DN (98) CK_100M_BMC_PCIE_R_DP (98) CK_100M_BMC_PCIE_R_DN (98) CK_100M_CPU1_PE_1AB_R_DP (98) CK_100M_CPU1_PE_1AB_R_DN (98) CK_100M_CPU1_PE_3AB_R_DP (98) CK_100M_CPU1_PE_3AB_R_DN (98) CK_100M_PCH_PE_R_DP (98) CK_100M_PCH_PE_R_DN (98) CK_100M_CPU2_PE_3AB_R_DP (98) CK_100M_CPU2_PE_3AB_R_DN (98) CK_100M_CPU2_PE_3CD_R_DP (98) CK_100M_CPU2_PE_3CD_R_DN (98) CK_100M_CPU2_PE_R_DP (98) CK_100M_CPU2_PE_R_DN (98) CK_100M_CPU2_QPI_R_DP (98) CK_100M_CPU2_QPI_R_DN (98) CK_100M_CPU1_PE_3CD_R_DP (98) CK_100M_CPU1_PE_3CD_R_DN (98)

CK_100M_CPU2_PE_1AB_R_DP (98) CK_100M_CPU2_PE_1AB_R_DN (98)

CK_100M_CPU1_PE_R_DP (98) CK_100M_CPU1_PE_R_DN (98)

2

+3.3V

R785

4.75kohm

+/-1%

R0402H0_4

R782 0ohm

+/-5% R0402H0_4

DEPOP

PWRDN_CK(95,153)

D

Q1500

2N7002KT1G

SOT-23-GSDH1_12

G

SOT-23-GSDH1_12

S

1

PWRDN_CK_N

PCIE Midbus Debug Clocks

Not supported in GR

+3.3V

12

L22

330ohm 100MHz

VDD Plane Filtering

VDD_DB1900Z

C1724

R796

2.21ohm

+/-1%

R0402H0_4

R705

2.21ohm

+/-1%

R0402H0_4

C1724

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

C1725

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

P3V3_DB1900Z_VDDA

C1752

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

L24

1 2

600ohm 100MHz

FB0603H0_95

4

C1723

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

+3.3V

C1755

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

C1740

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

C1722

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

C1754

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

3

C1757

C286

10uF

+/-10%

C1206H1_8

X5R

X5R 25V

25V

C261

10uF

+/-10%

C1206H1_8

X5R

X5R 25V

25V

C1757

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

C1756

0.1uF

B B

VDDR_DB1900Z

VDDA_DB1900Z P3V3_DB1900Z_VDDA

A A

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

C1753

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

C280

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

C271

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

5

C1726

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

330ohm 100MHz

FB0603H0_95

Idd = ?mA

C247

10uF

+/-10%

C1206H1_8

X5R

X5R 25V

25V

Operating Freq and Bandwidth Select I2C Addr

VDD_DB1900Z

R808

1.02kohm

+/-1%

R0402H0_4

R775

4.75kohm

+/-1%

R0402H0_4

R776

4.75kohm

+/-1%

R0402H0_4

DEPOP

R764

4.75kohm

+/-1%

R0402H0_4

R765

4.75kohm

+/-1%

R0402H0_4

DEPOP

2

SEL_DB1900Z_H1_BW

SEL_DB1900Z_100M

Hon Hai Precision Ind.Co., Ltd.

Title

Document Number:

Document Number: PCB P/N:

PCB P/N:

Clock Buffer DB1900Z

R0402H0_4

SMBus Addess Table

SA_1 SA_0 SMBus

01015C800-000-G 97 185

01/25/2011, 10:57 AM

SMB_DB1900Z_A0

SMB_DB1900Z_A1

R822

1.02kohm

+/-1%

R0402H0_4

Address

LLD8

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

of

1

RevSheet

X00

5

4

3

2

1

PCH Clocks

R659 27.4ohm

CK_100M_PCH_DMI_R_DP(97)

D D

CK_100M_PCH_DMI_R_DN(97)

CK_100M_PCH_PCIE_R_DN(97)

R659 27.4ohm

+/-1% R0402H0_4

R658 27.4ohm

+/-1% R0402H0_4

R657 27.4ohm

+/-1% R0402H0_4

R656 27.4ohm

+/-1% R0402H0_4

CK_100M_PCH_PCIE_C_DP

CK_100M_PCH_PCIE_C_DN

R629 42.2ohm

+/-1% R0402H0_4

R628 42.2ohm

+/-1% R0402H0_4

C1690 0.1uF +/-10%

16VX7R C0402H0_55

R627 42.2ohm

+/-1% R0402H0_4

C1691 0.1uF +/-10%

16VX7R C0402H0_55

R626 42.2ohm

+/-1% R0402H0_4

CK_100M_PCH_DMI_DP (73)

CK_100M_PCH_DMI_DN (73)

CK_100M_PCH_PCIE_DP (73)CK_100M_PCH_PCIE_R_DP(97)

CK_100M_PCH_PCIE_DN (73)

CPU Clocks

R653 27.4ohm

C C

B B

A A

CK_100M_CPU1_QPI_R_DP(97)

CK_100M_CPU1_QPI_R_DN(97) CK_100M_CPU1_QPI_DN (16)

CK_100M_CPU2_QPI_R_DP(97)

CK_100M_CPU2_QPI_R_DN(97) CK_100M_CPU2_QPI_DN (29)

CK_100M_CPU1_PE_R_DP(97)

CK_100M_CPU1_PE_R_DN(97) CK_100M_CPU1_PE_DN (16)

CK_100M_CPU2_PE_R_DP(97)

CK_100M_CPU2_PE_R_DN(97) CK_100M_CPU2_PE_DN (29)

Feedback Clocks

CK_FB_DB1900Z_R_DP(97)

CK_FB_DB1900Z_R_DN(97) CK_FB_DB1900Z_DN (97)

5

R653 27.4ohm

+/-1% R0402H0_4

R652 27.4ohm

+/-1% R0402H0_4

R845 27.4ohm

+/-1% R0402H0_4

R846 27.4ohm

+/-1% R0402H0_4

R839 27.4ohm

+/-1% R0402H0_4

R840 27.4ohm

+/-1% R0402H0_4

R655 27.4ohm

+/-1% R0402H0_4

R654 27.4ohm

+/-1% R0402H0_4

R835 27.4ohm

+/-1% R0402H0_4

R831 27.4ohm

+/-1% R0402H0_4

R623 42.2ohm

+/-1% R0402H0_4

R622 42.2ohm

+/-1% R0402H0_4

R860 42.2ohm

+/-1% R0402H0_4

R861 42.2ohm

+/-1% R0402H0_4

R854 42.2ohm

+/-1% R0402H0_4

R855 42.2ohm

+/-1% R0402H0_4

R625 42.2ohm

+/-1% R0402H0_4

R624 42.2ohm

+/-1% R0402H0_4

R834 42.2ohm

+/-1% R0402H0_4

R830 42.2ohm

+/-1% R0402H0_4

4

CK_100M_CPU1_QPI_DP (16)

CK_100M_CPU2_QPI_DP (29)

CK_100M_CPU1_PE_DP (16)

CK_100M_CPU2_PE_DP (29)

CK_FB_DB1900Z_DP (97)

http://adf.ly/3o8pJ

LOM Clocks

CK_100M_LOM_R_DN(97)

CPU PCIe Clocks

CK_100M_CPU1_PE_1AB_R_DP(97) CK_100M_CPU1_PE_1AB_DP (147)

CK_100M_CPU1_PE_1AB_R_DN(97) CK_100M_CPU1_PE_1AB_DN (147)

CK_100M_CPU1_PE_3AB_R_DP(97) CK_100M_CPU1_PE_3AB_DP (143)

CK_100M_CPU1_PE_3AB_R_DN(97) CK_100M_CPU1_PE_3AB_DN (143)

CK_100M_CPU1_PE_3CD_R_DP(97) CK_100M_CPU1_PE_3CD_DP (143)

CK_100M_CPU1_PE_3CD_R_DN(97) CK_100M_CPU1_PE_3CD_DN (143)

CK_100M_CPU2_PE_1AB_R_DP(97) CK_100M_CPU2_PE_1AB_DP (143)

CK_100M_CPU2_PE_3AB_R_DP(97) CK_100M_CPU2_PE_3AB_DP (142)

CK_100M_CPU2_PE_3AB_R_DN(97) CK_100M_CPU2_PE_3AB_DN (142)

CK_100M_CPU2_PE_3CD_R_DP(97) CK_100M_CPU2_PE_3CD_DP (142)

CK_100M_CPU2_PE_3CD_R_DN(97) CK_100M_CPU2_PE_3CD_DN (142)

PCH PCIe Clocks

CK_100M_PCH_PE_R_DP(97)

CK_100M_PCH_PE_R_DN(97)

iBMC Clock

CK_100M_BMC_PCIE_R_DP(97) CK_100M_BMC_PCIE_DP (160)

CK_100M_BMC_PCIE_R_DN(97) CK_100M_BMC_PCIE_DN (160)

3

R783 27.4ohm

+/-1% R0402H0_4

R770 27.4ohm

+/-1% R0402H0_4

R724 27.4ohm

+/-1% R0402H0_4

R697 27.4ohm

+/-1% R0402H0_4

R760 27.4ohm

+/-1% R0402H0_4

R738 27.4ohm

+/-1% R0402H0_4

R847 27.4ohm

+/-1% R0402H0_4

R848 27.4ohm

+/-1% R0402H0_4

R841 27.4ohm

+/-1% R0402H0_4

R842 27.4ohm

+/-1% R0402H0_4

R843 27.4ohm

+/-1% R0402H0_4

R844 27.4ohm

+/-1% R0402H0_4

R850 27.4ohm

+/-1% R0402H0_4

R836 27.4ohm

+/-1% R0402H0_4

R806 27.4ohm

+/-1% R0402H0_4

R794 27.4ohm

+/-1% R0402H0_4

R661 27.4ohm

+/-1% R0402H0_4

R660 27.4ohm

+/-1% R0402H0_4

2

R784 42.2ohm

+/-1% R0402H0_4

R771 42.2ohm

+/-1% R0402H0_4

R725 42.2ohm

+/-1% R0402H0_4

R698 42.2ohm

+/-1% R0402H0_4

R761 42.2ohm

+/-1% R0402H0_4

R739 42.2ohm

+/-1% R0402H0_4

R862 42.2ohm

+/-1% R0402H0_4

R863 42.2ohm

+/-1% R0402H0_4

R856 42.2ohm

+/-1% R0402H0_4

R857 42.2ohm

+/-1% R0402H0_4

R858 42.2ohm

+/-1% R0402H0_4

R859 42.2ohm

+/-1% R0402H0_4

R851 42.2ohm

+/-1% R0402H0_4

R837 42.2ohm

+/-1% R0402H0_4

R807 42.2ohm

+/-1% R0402H0_4

R795 42.2ohm

+/-1% R0402H0_4

R631 42.2ohm

+/-1% R0402H0_4

R630 42.2ohm

+/-1% R0402H0_4

Hon Hai Precision Ind.Co., Ltd.

Title

DB1900Z Termination

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 98 185

CK_100M_LOM_DP (178)CK_100M_LOM_R_DP(97)

CK_100M_LOM_DN (178)

CK_100M_CPU2_PE_1AB_DN (143)CK_100M_CPU2_PE_1AB_R_DN(97)

CK_100M_PCH_PE_DP (142)

CK_100M_PCH_PE_DN (142)

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

01/25/2011, 10:58 AM

RevSheet

of

X00

1

X00

5

4

3

2

1

http://adf.ly/3o8pJ

VDD Plane Filtering

P3V3_AUX_CKMNG

U32

CK_CKMNG_XTAL_X1

D D

HOST_I2C_SEG0_VAUX_SCL(87) HOST_I2C_SEG0_VAUX_SDA_R(87)

VRD_1V5AUX_PG(109,153)

C C

B B

Clocks

CK_CKMNG_XTAL_X2

P3V3_AUX_CKMNG_VDD32K

P3V3_AUX_CKMNG_VDD96 P3V3_AUX_CKMNG_VDDCPU P3V3_AUX_CKMNG P3V3_AUX_CKMNG_RGMII P3V3_AUX_CKMNG_RMII

Changed R517 (CKMNG+ iRef) from 475ohm to 412ohm per IDT reccomandation

C188

33pF

+/-5%

NPO

NPO 50V

50V

CK_25M_CPLD_R

CK_50M_IDRAC_RMII_R

CK_50M_NCSI_LOM_R

CK_50M_NCSI_DBG_R

BMC_RGMII_125M_MAC_CLK_SRC_R

X3

2 3

25MHz

XS4-3_35X5_15H1_1A

CL=18pF

R448 33ohm

+/-5% R0402H0_4

R509 22.1ohm

+/-1% R0402H0_4

R565 22.1ohm

+/-1% R0402H0_4

R564 22.1ohm

+/-1% R0402H0_4

R566 22.1ohm

+/-1% R0402H0_4

U32

19

XTAL_IN

20

XTAL_OUT

38

SCLK

39

SDATA

12

VDD_32K

23

VDD_33

2

VDD_96

9

VDD_CPU

15

VDD_REF

34

VDDIO_RGMII

26

VDD_RMII_26

31

VDD_RMII_31

40

PWRGD/PWRDWN#

1

VSS_1

41

EPAD

14

VSS_32K

21

VSS_21

10

VSS_CPU

18

VSS_REF

35

VSS_RGMII

27

VSS_RMII_27

30

VSS_RMII_30

SLG84504VTR

QFN41-0_5-SQ6_15H0_84

41

C189

33pF

+/-5%

NPO

NPO 50V

50V

RGMII_0 RGMII_1

RMII_0 RMII_1 RMII_2 RMII_3 RMII_4 RMII_5

CPU#

CPU

OE_CPU

OE_96

DOT_96#

DOT_96

25MHZ_0 25MHZ_1

VDDIO_SEL/32K

33_33MHZ/SMBADR

IREF

CK_CKMNG_XTAL_X1CK_CKMNG_XTAL_X2

CK_25M_CPLD (153)

CK_50M_BMC_NCSI (159)

CK_50M_NCSI_LOM (182)

CK_50M_NCSI_DBG (182)

BMC_RGMII_125M_MAC_CLK (159)

BMC_RGMII_125M_MAC_CLK_SRC_R

37

NC_SPARE_CK_125M_RGMII1

36

CK_50M_NCSI_LOM_R

33

CK_50M_NCSI_DBG_R

32

CK_50M_IDRAC_RMII_R

29

NC_SPARE_CK_50M_RMII3

28

NC_SPARE_CK_50M_RMII4

25

NC_SPARE_CK_50M_RMII5

24

NC_CKMNG_133M_DN

8

NC_CKMNG_133M_DP

7

CKMNG_OE_CPU

6

CKMNG_OE_96

5

NC_CKMNG_96M_DN

4

NC_CKMNG_96M_DP

3

CK_25M_CPLD_R

16

NC_SPARE_CKMNG_CK_25M

17

NC_CKMNG_32P768KHZ

13

CKMNG_I2C_ADDR

22

CKMNG_IREF

11

R449

412ohm

+/-1%

R0402H0_4

C216

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

C205

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

C204

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C227

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C228

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C218

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C185

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

C1612

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

R443 2.2ohm

+/-1% R0603H0_55

C199

10nF

+/-10%

16V

16V X7R

X7R

C0402H0_55

R544 2.2ohm

+/-1% R0603H0_55

C226

10nF

+/-10%

16V

16V X7R

X7R

C0402H0_55

R570 2.2ohm

+/-1% R0603H0_55

C229

10nF

+/-10%

16V

16V X7R

X7R

C0402H0_55

R549 2.2ohm

+/-1% R0603H0_55

C214

10nF

+/-10%

16V

16V X7R

X7R

C0402H0_55

R444 2.2ohm

+/-1% R0603H0_55

C184

10nF

+/-10%

16V

16V X7R

X7R

C0402H0_55

C211

10uF

+/-10%

C1206H1_8

X5R

X5R 25V

25V

P3V3_AUX_CKMNGP3V3_AUX_CKMNG_VDDCPU

P3V3_AUX_CKMNGP3V3_AUX_CKMNG_RMII

P3V3_AUX_CKMNGP3V3_AUX_CKMNG_RGMII

P3V3_AUX_CKMNGP3V3_AUX_CKMNG_VDD96

P3V3_AUX_CKMNGP3V3_AUX_CKMNG_VDD32K

L19

12

600ohm 100MHz

FB0805H1_05

+3.3VAUX

CKMNG_OE_CPU

CKMNG_OE_96

A A

CKMNG_I2C_ADDR

R499 1kohm

+/-1% R0402H0_4

R508 1kohm

+/-1% R0402H0_4

R469 1kohm

+/-1% R0402H0_4

5

4

Notes

- This is a Dell custom part. No price increase from the regular CKMNG+.

- Pin 33 (50MHz), Pin 32(50MHz), Pin 29(50MHz) and Pin 16 (25MHz) go active before VTTPWR_GD (Pin 40) goes high.

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CKMNG+

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 99 185

3

2

01015C800-000-G 99 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

1

RevSheet

of

X00

5

Њ

+3.3V

R1223

1kohm

G

1kohm

+/-1%

R0402H0_4

DS

Q36

BSS138LT1G

SOT-23-GSDH1_12

R1218 3.24kohm

+/-1% R0402H0_4

R1224 3.24kohm

+/-1% R0402H0_4

FAN1

D D

R1219

100ohm

BMC_FANSPEED_1_N(161)

100ohm

+/-1%

R0402H0_4

4

http://adf.ly/3o8pJ

+12VA

BMC_FAN2_TACH_R BMC_FANSPEED_1_REAR

C617

0.1uF

+/-10%

C0402H0_55

16V

16V X7R

X7R

3

FAN1

2

112

4

334

6

556

8

778

MOLEX-55917-0810

MOLEX-55917-081H9_75A

+12VA

BMC_FAN1_TACH_R BMC_FANSPEED_1_FRONT

C619

22uF

+/-10%

C1210H2_7

X5R

X5R 16V

16V DEPOP

DEPOP

C612

0.1uF

+/-10%

C0402H0_55

16V

16V X7R

X7R

2

+3.3VAUX

R1165

8.2kohm

+/-1%

R0402H0_4

R1147 100ohm

+/-1% R0402H0_4

R1148 8.2kohm

+/-1% R0402H0_4

Near iBMC Chip.

R1146

1kohm

+/-1%

R0402H0_4

C

G

1

A

C253

4.7nF

+/-10%

C0402H0_55

X7R

X7R 25V

25V

D16

D16 BAT54SW-7-F

BAT54SW-7-F

SOT-323-ACGH1_1

BMC_FAN1_TACH (158)

+3.3V

R1208

FAN's Power Trace width must 50 mils.

R1208

1kohm

+/-1%

R0402H0_4

R1207 3.24kohm

+/-1% R0402H0_4

DS

Q32

G

Q32

BSS138LT1G

SOT-23-GSDH1_12

+3.3V

R1210

1kohm

+/-1%

R0402H0_4

DS

Q34

BSS138LT1G

SOT-23-GSDH1_12

+3.3V

R1201

1kohm

+/-1%

R0402H0_4

DS

Q35

BSS138LT1G

SOT-23-GSDH1_12

R1174

100ohm

C C

BMC_FANSPEED_1_N(161)

100ohm

+/-1%

R0402H0_4

FAN2

R1221

100ohm

BMC_FANSPEED_2_N(161)

B B

BMC_FANSPEED_2_N(161)

100ohm

+/-1%

R0402H0_4

R1209

100ohm

+/-1%

R0402H0_4

+/-1% R0402H0_4

R1214 3.24kohm

+/-1% R0402H0_4

R1222 3.24kohm

+/-1% R0402H0_4

R1215 3.24kohm

+/-1% R0402H0_4

R1189 3.24kohm

+/-1% R0402H0_4

R1184 3.24kohm

+/-1% R0402H0_4

BMC_FANSPEED_1_FRONT

BMC_FANSPEED_2_FRONT

SILK will use One FAN Speed and Tach from this Connector.

+12VA +12VA

FAN2

2

BMC_FAN4_TACH_R BMC_FANSPEED_2_REAR

C614

0.1uF

+/-10%

C0402H0_55

16V

16V X7R

X7R

112

4

334

6

556

8

778

MOLEX-55917-0810

MOLEX-55917-081H9_75A

FAN's Power Trace width must 50 mils.

SILK will use One FAN Speed and Tach from this Connector.

BMC_FAN3_TACH_R BMC_FANSPEED_2_FRONT

C610

22uF

+/-10%

C1210H2_7

X5R

X5R 16V

16V DEPOP

DEPOP

BMC_FAN2_TACH_R

C615

0.1uF

+/-10%

C0402H0_55

16V

16V X7R

X7R

BMC_FAN4_TACH_R

+3.3VAUX

R1197

8.2kohm

+/-1%

R0402H0_4

R1173

8.2kohm

+/-1%

R0402H0_4

R1185

8.2kohm

+/-1%

R0402H0_4

R1168 100ohm

+/-1% R0402H0_4

R1196 8.2kohm

+/-1% R0402H0_4

Near iBMC Chip.

R1177 100ohm

+/-1% R0402H0_4

R1179 8.2kohm

+/-1% R0402H0_4

Near iBMC Chip.

R1193 100ohm

+/-1% R0402H0_4

R1180 8.2kohm

+/-1% R0402H0_4

Near iBMC Chip.

R1172

1kohm

+/-1%

R0402H0_4

R1178

1kohm

+/-1%

R0402H0_4

R1204

1kohm

+/-1%

R0402H0_4

C

G

C

G

C

G

A

C266

4.7nF

+/-10%

C0402H0_55

X7R

X7R 25V

25V

A

C1661

4.7nF

+/-10%

C0402H0_55

X7R

X7R 25V

25V

A

C223

4.7nF

+/-10%

C0402H0_55

X7R

X7R 25V

25V

D18

D18 BAT54SW-7-F

BAT54SW-7-F

SOT-323-ACGH1_1

BMC_FAN2_TACH (158)

D20

D20 BAT54SW-7-F

BAT54SW-7-F

SOT-323-ACGH1_1

BMC_FAN3_TACH (158)

D19

D19 BAT54SW-7-F

BAT54SW-7-F

SOT-323-ACGH1_1

BMC_FAN4_TACH (158)

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Design Note: Some fan failure cases have various signal pins shorted to 12volts. If the fanspeed signal is shorted to 12V, these two resistors limit the currrent preventing damage to the FET. Two 0402 parts are needed for power disappaition.

5

4

3

2

Hon Hai Precision Ind.Co., Ltd.

Title

Fan Connectors and Tach (1)

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 100 185

01/25/2011, 10:58 AM

Business Group (PCEBG)

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

Њ

+3.3V

R1183

1kohm

+/-1%

G

+/-1%

R0402H0_4

DS

Q29

BSS138LT1G

SOT-23-GSDH1_12

R1151 3.24kohm

+/-1% R0402H0_4

R1166 3.24kohm

+/-1% R0402H0_4

FAN3

D D

R1150

100ohm

BMC_FANSPEED_3_N(161)

100ohm

+/-1%

R0402H0_4

4

http://adf.ly/3o8pJ

+12VA

BMC_FAN6_TACH_R BMC_FANSPEED_3_REAR

C624

0.1uF

+/-10%

C0402H0_55

16V

16V X7R

X7R

3

FAN3

2

112

4

334

6

556

8

778

MOLEX-55917-0810

MOLEX-55917-081H9_75A

+12VA

BMC_FAN5_TACH_R BMC_FANSPEED_3_FRONT

C628

22uF

+/-10%

C1210H2_7

X5R

X5R 16V

16V DEPOP

DEPOP

C625

0.1uF

+/-10%

C0402H0_55

16V

16V X7R

X7R

2

+3.3VAUX

R1205

8.2kohm

+/-1%

R0402H0_4

R1202 100ohm

+/-1% R0402H0_4

R1192 8.2kohm

+/-1% R0402H0_4

Near iBMC Chip.

R1203

1kohm

+/-1%

R0402H0_4

C

G

1

A

C224

4.7nF

+/-10%

C0402H0_55

X7R

X7R 25V

25V

D17

D17 BAT54SW-7-F

BAT54SW-7-F

SOT-323-ACGH1_1

BMC_FAN5_TACH (158)

+3.3V

FAN's Power Trace width must 50 mils.

SILK will use One FAN Speed and Tach from this Connector.

R1217

1kohm

+/-1%

R0402H0_4

R1216 3.24kohm

+/-1% R0402H0_4

R1212 3.24kohm

+/-1% R0402H0_4

R1161 3.24kohm

+/-1% R0402H0_4

R1160 3.24kohm

+/-1% R0402H0_4

R1176 3.24kohm

+/-1% R0402H0_4

R1182 3.24kohm

+/-1% R0402H0_4

BMC_FANSPEED_3_FRONT

BMC_FAN8_TACH_R BMC_FANSPEED_4_REAR

SILK will use One FAN Speed and Tach from this Connector.

BMC_FANSPEED_4_FRONT

+12VA

FAN4

2

112

4

334

6

556

8

778

MOLEX-55917-0810

MOLEX-55917-081H9_75A

C633

0.1uF

+/-10%

C0402H0_55

16V

16V X7R

X7R

MOLEX-55917-081H9_75A

FAN's Power Trace width must 50 mils.

+12VA

BMC_FAN7_TACH_R BMC_FANSPEED_4_FRONT

C631

22uF

+/-10%

C1210H2_7

X5R

X5R 16V

16V DEPOP

DEPOP

G

DS

Q33

BSS138LT1G

SOT-23-GSDH1_12

+3.3V

R1162

1kohm

+/-1%

R0402H0_4

DS

Q27

BSS138LT1G

SOT-23-GSDH1_12

+3.3V

R1763

1kohm

+/-1%

R0402H0_4

DS

Q31

BSS138LT1G

SOT-23-GSDH1_12

R1188

100ohm

C C

BMC_FANSPEED_3_N(161)

100ohm

+/-1%

R0402H0_4

FAN4

R1163

100ohm

BMC_FANSPEED_4_N(161)

B B

BMC_FANSPEED_4_N(161)

100ohm

+/-1%

R0402H0_4

R1187

100ohm

+/-1%

R0402H0_4

BMC_FAN6_TACH_R

C632

0.1uF

+/-10%

C0402H0_55

16V

16V X7R

X7R

BMC_FAN8_TACH_R

+3.3VAUX

R1167

8.2kohm

+/-1%

R0402H0_4

R1142

8.2kohm

+/-1%

R0402H0_4

R1157

8.2kohm

+/-1%

R0402H0_4

R1139 100ohm

+/-1% R0402H0_4

R1152 8.2kohm

+/-1% R0402H0_4

Near iBMC Chip.

R1138 100ohm

+/-1% R0402H0_4

R1143 8.2kohm

+/-1% R0402H0_4

Near iBMC Chip.

R1158 100ohm

+/-1% R0402H0_4

R1156 8.2kohm

+/-1% R0402H0_4

Near iBMC Chip.

R1145

1kohm

+/-1%

R0402H0_4

R1144

1kohm

+/-1%

R0402H0_4

R1159

1kohm

+/-1%

R0402H0_4

C

G

C

G

C

G

A

C1653

4.7nF

+/-10%

C0402H0_55

X7R

X7R 25V

25V

A

C1668

4.7nF

+/-10%

C0402H0_55

X7R

X7R 25V

25V

A

C1662

4.7nF

+/-10%

C0402H0_55

X7R

X7R 25V

25V

D14

D14 BAT54SW-7-F

BAT54SW-7-F

SOT-323-ACGH1_1

BMC_FAN6_TACH (158)

D12

D12 BAT54SW-7-F

BAT54SW-7-F

SOT-323-ACGH1_1

BMC_FAN7_TACH (158)

D13

D13 BAT54SW-7-F

BAT54SW-7-F

SOT-323-ACGH1_1

BMC_FAN8_TACH (158)

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Design Note: Some fan failure cases have various signal pins shorted to 12volts. If the fanspeed signal is shorted to 12V, these two resistors limit the currrent preventing damage to the FET. Two 0402 parts are needed for power disappaition.

5

4

3

2

Hon Hai Precision Ind.Co., Ltd.

Title

Fan Connectors and Tach (2)

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 101 185

01/25/2011, 10:57 AM

Business Group (PCEBG)

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

1

Њ

FAN5

A A

R1149

100ohm

BMC_FANSPEED_5_N(159,161)

100ohm

+/-1%

R0402H0_4

G

2

+3.3V

R1171

1kohm

+/-1%

R0402H0_4

DS

Q28

BSS138LT1G

SOT-23-GSDH1_12

3

R1175 3.24kohm

+/-1% R0402H0_4

R1181 3.24kohm

+/-1% R0402H0_4

4

BMC_FAN10_TACH_R BMC_FANSPEED_5_REAR

5

http://adf.ly/3o8pJ

+12VA

C630

0.1uF

+/-10%

C0402H0_55

16V

16V X7R

X7R

FAN5

2

112

4

334

6

556

8

778

MOLEX-55917-0810

MOLEX-55917-081H9_75A

+12VA

BMC_FAN9_TACH_R BMC_FANSPEED_5_FRONT

C629

C627

22uF

+/-10%

C1210H2_7

X5R

X5R 16V

16V DEPOP

DEPOP

C629

0.1uF

+/-10%

C0402H0_55

16V

16V X7R

X7R

6

+3.3VAUX

R1136 100ohm

+/-1% R0402H0_4

R1140

8.2kohm

+/-1%

R0402H0_4

R1141 8.2kohm

+/-1% R0402H0_4

7

R1137

1kohm

+/-1%

R0402H0_4

Near iBMC Chip.

C

G

A

C220

4.7nF

+/-10%

C0402H0_55

X7R

X7R 25V

25V

8

D11

D11 BAT54SW-7-F

BAT54SW-7-F

SOT-323-ACGH1_1

BMC_FAN9_TACH (161)

+3.3V

R1186

1kohm

+/-1%

R0402H0_4

R1206 3.24kohm

+/-1% R0402H0_4

DS

Q30

G

Q30

BSS138LT1G

SOT-23-GSDH1_12

R1170

100ohm

B B

C C

BMC_FANSPEED_5_N(159,161)

100ohm

+/-1%

R0402H0_4

+/-1% R0402H0_4

R1195 3.24kohm

+/-1% R0402H0_4

BMC_FANSPEED_5_FRONT

Design Note: Some fan failure cases have various signal pins shorted to 12volts. If the fanspeed signal is shorted to 12V, these two resistors limit the currrent preventing damage to the FET. Two 0402 parts are needed for power disappaition.

SILK will use One FAN Speed and Tach from this Connector.

FAN's Power Trace width must 50 mils.

BMC_FAN10_TACH_R

+3.3VAUX

R1155

8.2kohm

+/-1%

R0402H0_4

R1135 100ohm

+/-1% R0402H0_4

R1154 8.2kohm

+/-1% R0402H0_4

Near iBMC Chip.

R1134

1kohm

+/-1%

R0402H0_4

C

G

A

C1635

4.7nF

+/-10%

C0402H0_55

X7R

X7R 25V

25V

D15

D15 BAT54SW-7-F

BAT54SW-7-F

SOT-323-ACGH1_1

BMC_FAN10_TACH (161)

D D

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

Fan Connectors and Tach (3)

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 102 185

1

2

3

4

5

6

01015C800-000-G 102 185

7

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

8

1

2

3

4

5

6

7

8

http://adf.ly/3o8pJ

A A

NC_PSWD_5 NC_PSWD_6

B B

BIOSSPI_PCH_FLASH_UNPROTECT(73,84,153)

C C

+3.3VAUX

R787

10kohm

+/-1%

R0402H0_4

J24

1

2

3

4

5 6

HC1303V

H2X3-2_54ZH10_82A

SILKSCREEN1=NVRAM_CLR SILKSCREEN2=PWRD_EN

J24(3-5)

JUMPER-2P-Black

1-3 CLEAR NVRAM 3-5 Disable NVRAM Clear (DEFAULT)

+3.3V

R39

10kohm

+/-1%

R0402H0_4

CP_PWR_BTN_N(93,149,153)

R811

0ohm

+/-5%

R0402H0_4

J24(2-4)

JUMPER-2P-Black

2-4 ENABLE PASSWORD (DEFAULT) 4-6 DISABLE PASSWORD

J6

1

2

3

4

HC1102V

H2X2-2_54ZH8_58A

PCH_NVRAM_CLR_N (74)

PCH_PWD_RST_N (73)

BMC_UNBLANK_VID_N (161)

FVS_GPIO_1_N (75)

PS1_PG (105,153)

J13

1

2

HB1102V

H2-2_54H8_58A

DEPOP_GA

BIOS_TEST_MODE_1_N (75,84)

R178

100ohm

+/-1%

R0402H0_4

+3.3VAUX

R118

R118 1kohm

1kohm

+/-1%

R0402H0_4

DS

Q7

BSS138LT1G

R119 1kohm

INTRUDED_COVER_VAUX_N(156)

D D

1

R119 1kohm

+/-1% R0402H0_4

2

MOD_PCH_INTRUSION_COVER_VAUX_N

3

G

4

BSS138LT1G

SOT-23-GSDH1_12

PCIE_WAKE_N_R

C110

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PCH_WAKE_N (73)

R81 100ohm

+/-1% R0402H0_4

5

PCIE_WAKE_N (142,143,178)

6

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

Jumpers, PCIe Wake

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 103 185

7

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

8

5

4

3

2

1

http://adf.ly/3o8pJ

D D

VFPCP is gated 12V Aux

VFPCP(156)

Required by product safety

D4

R84 1kohm

+/-1% R0402H0_4

C C

+3.3VAUX

D4

A

C

N

BAT54

SOT-23-ANCH1_3A

D2

CA

MMSD4148

SOD-123H1_27

Required by product safety

D3

R32 1kohm

+/-1% R0402H0_4

BATTERY

BAT1

B1

Battery Holder

LITHIUM BATT

CR2032

B B

CR2032

Battery CR-2032L/BE

Battery Holder

BAT2-23_9X21_76H6_3A

C A

+/-1% R0402H0_4

D3

CA

MMSD4148

SOD-123H1_27

V_3P3_VBAT

C23

470pF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

D S

Q6

Q6 2N7002

2N7002

SOT-23-GSDH1_3A

V_3P3_VBAT

C22

10uF

+/-10%

C0805H1_35

X7R

6.3V

6.3V DEPOP

DEPOP

G

R104

10MEGohm

+/-5%

R0402H0_4

R125

10MEGohm

+/-5%

R0402H0_4

R103

221kohm

+/-1%

R0402H0_4

C113

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

BMC_A2D_BAT (161)

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

Coin Cell Battery

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 104 185

5

4

3

2

01015C800-000-G 104 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

1

2

3

4

5

6

7

8

Power Input Connector This is not a standard pinout

+12VAUX+12VB +12VB+5V

J30

PS2_AC_OK PS1_AC_OK

PS2_PG PS1_PG

C1709

4.7nF

+/-10%

C0402H0_55

X7R

X7R 25V

25V

C467

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PS2_PG(153)

J30

13 14 15 16 17 18 19 20 21 22 23 24

3

1 2 3 4 5 6 7 8 9 10 11 12

HM3512E-P1

HM3512-P1H12_8A

BMC_FAN11_TACH (161)

C254

4.7nF

+/-10%

C0402H0_55

X7R

X7R 25V

25V

+3.3VAUX

PS1_PRES_N_R

PS_PWROK PS_PWROK_DELAY

+12VB

+12VAUX

BMC_FAN12_TACH (161)

C539

10uF

+/-10%

C1206H1_8

X5R

X5R 25V

25V

C613

10uF

+/-10%

C1206H1_8

X5R

X5R 25V

25V

+12VA

Close to J34

PDB Connector

J29

1 3

7

9 11 12 13 14 15 16 17 18 19 21 22 23 24

HL5512V

HL5512H6_4A

R1094

8.2kohm

+/-1%

R0402H0_4

R1031

8.2kohm

+/-1%

R0402H0_4

R1030

3.01kohm

+/-1%

R0402H0_4

C580

470pF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

3.3V

C1523

100pF

+/-5%

C0402H0_55

C0G

C0G 50V

50V

PS2_PRES_NPS2_PRES_N_R

ANY_PSU_ALERT_NANY_PSU_ALERT_N

Near iBMC Chip.

R1035

8.2kohm

+/-1%

R0402H0_4

R1033

3.01kohm

+/-1%

R0402H0_4

R211

R211 10kohm

10kohm

+/-1%

R0402H0_4

PS1_ENABLE_CPLD_N PS2_ENABLE_CPLD_N PS_RAPIDON_WAKE_N PS_RAPIDON_STATUS

A A

B B

C C

D D

PS_ENABLE_CPLD_N(153) SINGLE_PS_PRES_N (153)

R1522

R322

R322 100kohm

100kohm

+/-1%

R0402H0_4

PS1_PRES_N_R PS1_PRES_N

PMBUS_ALERT_PS_N_R

+12VAUX

R1028

8.2kohm

+/-1%

R0402H0_4

R1029

3.01kohm

+/-1%

R0402H0_4

R218

R218 100kohm

100kohm

+/-1%

R0402H0_4

R1522 10kohm

10kohm

+/-1%

R0402H0_4

R1525 49.9ohm

+/-1% R0402H0_4

R1524 49.9ohm

+/-1% R0402H0_4

R110 0ohm

+/-5% R0402H0_4

C115

47pF

+/-5%

C0402H0_55

C0G

C0G 50V

50V

R1040

8.2kohm

+/-1%

R0402H0_4

R1039

3.01kohm

+/-1%

R0402H0_4

PSU2 SMBus

PSU1 SMBus

Reserved for PDB current monitors.

1

2

+3.3V +3.3V

C147

100pF

+/-5%

C0402H0_55

C0G

C0G 50V

50V

PS1_PRES_N (153)

PS2_PRES_N (153)

ANY_PSU_ALERT_N (77,84,153)

Near iBMC Chip.

PSU2_I2C_VAUX_SDA_R(86)

PSU2_I2C_VAUX_SCL(86)

PS_RAPIDON_WAKE_N(153)

PS1_ENABLE_CPLD_N(153)

PSU1_I2C_VAUX_SDA_R(86)

PSU1_I2C_VAUX_SCL(86)

PS1_AC_OK(153)

VR_I2C_SEG3_VAUX_SDA_R(86)

VR_I2C_SEG3_VAUX_SCL(86)

http://adf.ly/3o8pJ

SINGLE_PS_PRES_N

+3.3VAUX+3.3VAUX +3.3VAUX +3.3VAUX +3.3VAUX

C558

10uF

+/-10%

C1206H1_8

X5R

X5R 25V

25V

C618

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

5 6 7 8

PS2_PRES_N

PS1_PRES_N

2 4 65 8 10

20

4

State

0

1

R1090

8.2kohm

+/-1%

R0402H0_4

C577

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

C550

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

C611

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

J32

1 2 3 4

HM3504E-P1

HM3504-P1H12_8A

+3.3VAUX

PS2_PRES_N_R PMBUS_ALERT_PS_N_R

Single PSU

Redundant PSU

C543

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

+5V

C1783

10uF

+/-10%

C1206H1_8

X5R

X5R 25V

25V

R239

8.2kohm

+/-1%

R0402H0_4

PS2_ENABLE_CPLD_N (153)

PS_RAPIDON_STATUS (153)

PS2_AC_OK (153)

BMC_FAN11_TACH (161) BMC_FAN12_TACH (161) PS1_PG (103,153) BMC_FANSPEED_6_N (159,161)

BP0_PWR_CABLE_PRES_N (153)

5

C545

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C1786

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

R226

8.2kohm

+/-1%

R0402H0_4

C574

470pF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

+12VA

C626

10uF

+/-10%

C1206H1_8

X5R

X5R 25V

25V

R1074

1kohm

+/-1%

R0402H0_4

R1081

1MEGohm

+/-5%

R0402H0_4

DEPOP

C546

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C1785

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C553

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C1784

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

Close to J35

C589

10uF

+/-10%

C1206H1_8

X5R

X5R 25V

25V

Reserve for EMI solution

PS1_ENABLE_CPLD_N

PS2_ENABLE_CPLD_N

PS1_AC_OK

PS2_AC_OK

PS1_PRES_N_R

PS2_PRES_N_R

6

U64A

61

NC7WZ14P6X

SOT-363H1_1

2 5

C547

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

+3.3V

C601

10uF

+/-10%

C1206H1_8

X5R

X5R 25V

25V

C622

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

C455

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V DEPOP

DEPOP

C544

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C585

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

C597

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

C441

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V DEPOP

DEPOP

Hon Hai Precision Ind.Co., Ltd.

Title

PIB Connectors

Document Number:

Document Number: PCB P/N:

PCB P/N:

C559 0.1uF

+/-10% X7R 16V

U64B

NC7WZ14P6X

SOT-363H1_1

2 5

C548

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C587

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C607

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C460

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V DEPOP

DEPOP

01015C800-000-G 105 185

7

C0402H0_55C559 0.1uF

C0402H0_55

43

C540

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C609

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C623

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C442

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V DEPOP

DEPOP

01/25/2011, 10:57 AM

PS_PWRGD (153)

C565

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

+12VB

CE4

270uF

+

+/-20%

CE3_5-8H12

16V

+

C621

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C453

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V DEPOP

DEPOP

of

8

+

C586

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C591

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C473

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V DEPOP

DEPOP

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

CE5

270uF

+/-20%

CE3_5-8H12

16V

RevSheet

X00

1

2

3

4

5

6

7

8

http://adf.ly/3o8pJ

A A

+5V

R1190 0ohm

+/-5% R0603H0_55

R1191 0ohm

+/-5% R0603H0_55

B B

+/-5% R0603H0_55

VRD_BP_COMBINED_EN(153)

I2C_BACKPLANE0_SDA(166)

DEPOPR1190 0ohm

DEPOP

V_FET_DRV

Flex Bay

J33

A01 A02 A03 A04 A05 A06 A07 A08

FCI-98414-S06-16ULF

FCI-98414-xxx-16H5_9A

A08: PRESENCE RETURN

ID = 0.0325V 10k pullup / 16.5k pulldown on backplane

B01 B02 B03 B04 B05 B06 B07 B08

BP_SIG0_BAY_ID

R1200

R1200 100ohm

100ohm

+/-1%

R0402H0_4

+3.3VAUX+3.3V +3.3VAUX+3.3V+3.3VAUX+12VB

R758

R758 20kohm

20kohm

+/-1%

R0402H0_4

R1194

8.2kohm

+/-1%

R0402H0_4

R1199

8.2kohm

+/-1%

R0402H0_4

R1198

100kohm

+/-1%

R0402H0_4

DEPOP

BP0_SIG_CABLE_PRES_N (153)

VRD_BP0_PG (153)I2C_BACKPLANE0_SCL(166) BP0_DOWNSTREAM_MODE (159)

BAY 0 = 100 ohm 1%

C C

+3.3V

C1788

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C1789

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C1790

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

For EMI

C1791

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C1792

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C1793

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C1794

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C1795

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

C1796

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

D D

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

BP I2C Connectors

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 106 185

1

2

3

4

5

6

01015C800-000-G 106 185

7

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

8

5

4

3

2

1

http://adf.ly/3o8pJ

D D

P5R9

2.21kohm

+/-1%

R0402H0_4

P5C8

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

P5C1

22uF

+/-20%

C0805H1_4

X5R

6.3V

6.3V DEPOP

DEPOP

VRD_5VAUX_VIN

P5C1500

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

P5C2

22uF

+/-20%

C0805H1_4

X5R

6.3V

+12VAUX

P5R8

45.3kohm

+/-1%

R0402H0_4

P5R7

14.3kohm

+/-1%

R0402H0_4

C C

B B

P5C13

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

P5R1502

21.5kohm

+/-1%

R0603H0_55

+5VAUX_AGND

VRD_5VAUX_PG(108)

V

VCC

GNDGRST/RST

R

VRD_5VAUX_FB

P5R11

118kohm

+/-1%

R0603H0_55

P5C10 47nF+/-10%

P5U2

RT9818A-13GU3

SOT-323-GRVH1_1

16VX7R C0402H0_55

+12VAUX

P5R1500

4.22kohm

+/-1%

R0402H0_4

P5R4

8.2kohm

+/-1%

R0402H0_4

P5R5

4.22kohm

+/-1%

R0402H0_4

P5C12

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

P5R10

10kohm

+/-0.1%

R0603H0_55

P5C11

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

+5VAUX_AGND

VRD_5VAUX_EN

VRD_5VAUX_VREG5

VRD_5VAUX_SS

P5C9

6.8nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

P5U1

VIN_113VBST

VIN_214SW_1

15

VCC

5

PG

6

EN

2

VREG5

SS3PGND_1

1

VFB

16

VO

TPS53312RGTR

QFN17-0_5-SQ3_15H1TI-PWR

VRD_5VAUX_VO

P5R6

45.3kohm

+/-1%

R0402H0_4

SW_2

SW_3

PGND_2

GND

EPAD

VRD_5VAUX_VBST

P5R1 0ohm

12

+/-5% R0603H0_55

9

10

11

7

8

4 17

+5VAUX_AGND

P5C5 0.1uF +/-10%

VRD_5VAUX_PHASE

50VX7R C0603H0_9

P5R2

1ohm

+/-1%

R0402H0_4

DEPOP

P5R3

1ohm

+/-1%

R0402H0_4

DEPOP

P5C6

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V DEPOP

DEPOP

P5L1

4.7nH 100MHz

L2-6_3X6_2H3A

P5L2

22ohm 100MHz

FB0805H1_05

P5C7

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

P5C3

22uF

+/-20%

C0805H1_4

X5R

6.3V

1 2

P5C4

22uF

+/-20%

C0805H1_4

X5R

6.3V

+12VAUX

+5VAUX

P5R1501 0ohm

+/-5% R0603H0_55

+5VAUX_AGND

A A

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

VR:AUX Rails 5V

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 107 185

5

4

3

2

01015C800-000-G 107 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

Ϩ

4

3

2

1

http://adf.ly/3o8pJ

+3.3VAUX

+12VAUX+5VAUX

P6L1

+

P6L1

150nH 2MHz

P6CE2

270uF

+/-20%

CE3_5-8H12

16V

P6C5

22uF

+/-20%

C0805H1_4

X5R

6.3V

P6C3

22uF

+/-20%

C0805H1_4

X5R

6.3V

+

+3.3VAUX

P6CE1

560uF

+/-20%

CE3_5-8H9

6.3V

D D

P6R5

VRD_3V3AUX_VCC

VRD_3V3AUX_SET2

P6R5

2.2ohm

+/-1%

R0603H0_55

P6C8

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

3VAUX_AGND

P6U1

17

VCC

18

PVCC

3

VID0

2

VID1

12

PGOOD

13

EN

8

FB

1

RTN

4

SREF

5

SET0

6

SET1

7

SET3

ISL95870B

QFN21-0_5-3X4H1-PWR

BOOT

UGATE

PHASE

LGATE

OCSET

FSEL

PGND

EPAD

P6C1504

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

16

15

14

19

9 10

VO

11

20 21

VRD_3V3AUX_BOOT1

VRD_3V3AUX_UGATE

VRD_3V3AUX_PHASE

VRD_3V3AUX_LGATE

VRD_3V3AUX_CSP VRD_3V3AUX_CSN

P6C9 0.1uF +/-10%

P6R10

100kohm

+/-1%

R0402H0_4

DEPOP

3VAUX_AGND3VAUX_AGND

50VX7R C0603H0_9

D1_1 D1_2 D1_3 D1_4

P6R1500 1ohm

+/-1% R0603H0_55

P6R14

14kohm

+/-1%

R0402H0_4

P6Q1

FDMS7602S

PWR56DUALH0_8B-PWR

D

S1/D2

G1

S1_D2

P6R3

1ohm

+/-1%

R0402H0_4

POP

P6R2

1ohm

+/-1%

R0402H0_4

P6C6

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

S

S2

G2G1

G2

TOKO_FDVE0630-1R5=P3

P6L2

1.5uH 100KHz

L2-7_7X7H3A

12

P6TP1

TP-SHORT-PAD

ROCSET

P6R16

14kohm

+/-1%

R0402H0_4

CSEN

P6C12

68nF

P6C12

68nF

16VX7R

C0402H0_55

+/-10%

C0402H0_55

+/-10%

P6C13

1nF

P6C13

1nF

50VX7R

C0402H0_55

+/-10%

C0402H0_55

+/-10%

OCP Setting

12

P6TP2

TP-SHORT-PAD

P6C1501

22uF

+/-20%

C0805H1_4

X5R

6.3V

P6C2

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

P6C1503

22uF

+/-20%

C0805H1_4

X5R

6.3V

P6R4

+/-5%

0ohm

R0603H0_55

P6C7

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

P6R8

P6R8 0ohm

0ohm

VRD_3V3AUX_PVCC

+/-5%

R0402H0_4

VRD_3V3AUX_VID

VRD_3V3AUX_PG(156)

C C

VRD_5VAUX_PG(107)

3VAUX_AGND

P6R9 0ohm

+/-5% R0603H0_55

P6C10

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

3VAUX_AGND

VRD_3V3AUX_EN

VRD_3V3AUX_VSENP VRD_3V3AUX_VSENN

VRD_3V3AUX_SREF VRD_3V3AUX_FSEL

P6R11 200kohm

+/-1% R0402H0_4

P6C11

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

P6R12 100kohm

+/-1% R0402H0_4

P6C1

22uF

+/-10%

C1210H2_7

X5R

X5R 16V

16V

P6C4

22uF

+/-20%

C0805H1_4

X5R

6.3V

VRD_3V3AUX_VIN

P6C1500

22uF

+/-10%

C1210H2_7

X5R

X5R 16V

16V

P6C1502

22uF

+/-20%

C0805H1_4

X5R

6.3V

OCP=(ROSET*IOCSET)/LDCR

B B

IOCSET : 8.5uA LDCR : 12.1m ohm CSEN : L/(ROSET*LDCR)

P6R15

+/-1%

P6R15

P6R7

+/-1%

R0603H0_55

+/-1%

R0603H0_55

3VAUX_AGND

3

P6R1501 0ohm

+/-5% R0603H0_55

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

VR:AUX Rails 3.3V

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 108 185

2

01015C800-000-G 108 185

Module Integration Business Group (MIBG)

01/25/2011, 10:57 AM

1

RevSheet

of

X00

1.69kohm

P6R13

P6R6

1.4kohm

+/-1%

R0402H0_4

3VAUX_AGND3VAUX_AGND

3V3AUX REGULATOR

A A

VR:12VAUX->3.3VAUX

1.69kohm

Controller:ISL95870B

TDC=5.77A

Imax=7.21A

OCP=9.8A

Frequ=500KHz

5

4

5

Ϩ

4

3

2

1

http://adf.ly/3o8pJ

D D

+3.3VAUX

P7R1500

10kohm

+/-1%

R0402H0_4

VRD_1V5AUX_PG(99,153)

C C

P7R1 0ohm

VRD_1V5AUX_EN(153)

B B

P7R1 0ohm

+/-5% R0603H0_55

P7R5

2.21kohm

+/-1%

R0402H0_4

P7C3

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

R0402H0_4

P7C1500

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

P7C8

100pF

+/-5%

C0402H0_55

C0G

C0G 50V

50V

P7R12

49.9ohm

+/-1%

R0402H0_4

P7C13

3.9nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

174kohm

+1.5VAUX_AGND

P7R9

2.21kohm

+/-1%

R0402H0_4

P7C12

10nF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

P7R10

2.21kohm

R1 R2

+/-1%

R0402H0_4

+3.3VAUX

+1.5VAUX_AGND

P7R7

P7R8

1.47kohm

+/-1%

R0402H0_4

+1.5VAUX_AGND

VRD_1V5AUX_SENSE

P7R6

10ohm

+/-1%

R0603H0_55

P7C7

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

VRD_1V5AUX_PS

+/-1%

R0402H0_4

NC_VRD_1_5AUX_SYNC

VRD_1V5AUX_EN_R

VRD_1V5AUX_COMP

VRD_1V5AUX_FB

1.5VAUX VR for iDRAC7 (shared with PCH 300mA 1.5V main)

P7L1

22ohm 100MHz

FB0805H1_05

P7C4

10uF

+/-10%

C0805H1_35

X7R

6.3V

P7C11

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

FB0805H1_05

1 2

P7C10

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

VRD_1V5AUX_VDD

P7U1

VIN_113VBST

VIN_214SW_1

12

VDD

8

PS

3

PGD

2

SYNC

EN1PGND_1

9

COMP

10

FB

TPS53311RGTR

QFN17-0_5-SQ3_15H1TI-PWR

P7R11

10ohm

SW_2

SW_3

PGND_2

AGND

EPAD

+/-1%

R0402H0_4

VRD_1V5AUX_VBST

P7R4 0ohm

4

+/-5% R0603H0_55

5

6

7

15

16

11 17

+1.5VAUX_AGND

VRD_1V5AUX_PHASE

P7C2 0.1uF +/-10%

50VX7R C0603H0_9

NEC_MPLCG0530L1R0

P7R3

1ohm

+/-1%

R0402H0_4

DEPOP

P7R2

1ohm

+/-1%

R0402H0_4

DEPOP

P7C1

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V DEPOP

DEPOP

P7L2

1uH 100KHz

L2-5_5X5_2H3A

P7C6

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

VRD_1V5AUX_VIN

P7C5

10uF

+/-10%

C0805H1_35

X7R

6.3V

P7C9

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+3.3VAUX

+1.5VAUX

Vout=(0.6*(R1+R2))/R2

OVP Setting

OVP=Vout *1.17*R2/(R1+R2)

+1.5VAUX_AGND

1V5AUX REGULATOR

A A

VR:3.3VAUX->1.5VAUX

Controller:TI53311

TDC=1.94A(include 1.5V main and downstream rails)

Imax=2.48A

OCP=4.5A( Fixed inside IC)

Frequ=1.1MHz

5

4

3

P7R1501 0ohm

+/-5% R0603H0_55

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

VR:AUX Rails 1.5V

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 109 185

2

01015C800-000-G 109 185

01/25/2011, 10:57 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

4

3

2

1

http://adf.ly/3o8pJ

D D

1.25VAUX Linear VR for iDRAC7

+1.5VAUX

C C

B B

P8C10

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+3.3VAUX

P8C6

4.7uF

+/-10%

C0603H0_9

X5R

X5R 10V

10V

VRD_1V25AUX_PG (153)

VRD_1V25AUX_PG

VRD_1V25AUX_EN_R

P8R4 0ohm

+/-5% R0603H0_55

+3.3VAUX

10kohm

1 2 3 4

VRD_1V25AUX_EN (153)

P8R10

P8R5

2.21kohm

P8U2

IN_1

OUT_2

IN_2

OUT_1

PG

FB

BIAS

SS

EN5GND

EPAD

TPS74801DRCR

QFN11-0_5-SQ3_15H1A

+/-1%

R0402H0_4

+/-1%

R0402H0_4

VRD_1V25AUX_PG

VRD_1V25AUX_EN

P8C4

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

10 9

VRD_1V25AUX_FB

8

VRD_1V25AUX_SS

7 6 11

Place near iDRAC for remote sense

P8R11

10ohm

+/-1%

P8C5

22nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

Ra

Rb

R0402H0_4

P1V25AUX_SENSE

P8R8

16.9kohm

+/-0.5%

R0603H0_55

P8R7

30.9kohm

+/-0.5%

R0402H0_4

Vout=0.8*(Ra+Rb)/Rb

P8C9

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+1.25VAUX

P8C11

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

A A

1V25AUX Linear VR

VR:3.3VAUX->1.25VAUX

Controller:TPS74801

TDC=0.6A

Imax=0.75A

OCP=5.5A( Fixed inside IC)

5

Hon Hai Precision Ind.Co., Ltd.

Title

VR:AUX Rails 1.25V

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 110 185

4

3

2

01015C800-000-G 110 185

01/25/2011, 10:57 AM

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

Ϩ

4

3

2

1

http://adf.ly/3o8pJ

1.1VAUX

VRD_1V1AUX_VDD

P9U1

VIN_113VBST

VIN_214SW_1

12

VDD

8

PS

3

PGD

2

SYNC

EN1PGND_1

9

COMP

10

FB

TPS53311RGTR

QFN17-0_5-SQ3_15H1TI-PWR

SW_2

SW_3

PGND_2

AGND

EPAD

VRD_1V1AUX_VBST

P9R4 0ohm

4

+/-5% R0603H0_55

5

6

7

15

16

11 17

V_1P1AUX_AGND

VRD_1V1AUX_PHASE

P9C2 0.1uF +/-10%

50VX7R C0603H0_9

NEC_MPLCG0530L1R0

P9R2

1ohm

+/-1%

R0402H0_4

DEPOP

P9R3

1ohm

+/-1%

R0402H0_4

DEPOP

DEPOPP9R9

P9C1

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V DEPOP

DEPOP

P9C5

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

P9L1

1uH 100KHz

L2-5_5X5_2H3A

L2-5_5X5_2H3A P9C6

P9C6

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

VRD_1V1AUX_VIN

P9C3

10uF

+/-10%

C0805H1_35

X7R

6.3V

P9C1500

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

P9L2

22ohm 100MHz

FB0805H1_05

1 2

P9C4

10uF

+/-10%

C0805H1_35

X7R

6.3V

P9C1501

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+3.3VAUX

V_1P1AUX

+/-1%

+3.3VAUX

P9R7

10ohm

+/-1%

R0603H0_55

P9C8

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

V_1P1AUX_AGND

VRD_1V1AUX_PS

NC_VRD_1V1AUX_SYNC

VRD_1V1AUX_COMP

VRD_1V1AUX_FB

D D

+3.3VAUX

P9R5

4.75kohm

+/-1%

R0402H0_4

C C

VRD_1V1AUX_PG(153)

P6R1 0ohm

P9R1

2.21kohm

+/-1%

R0402H0_4

P6R1 0ohm

+/-5% R0603H0_55

P9C7

100pF

+/-5%

C0402H0_55

C0G

C0G 50V

50V

VRD_1V1AUX_EN(153)

R0402H0_4

V_1P1AUX_AGND

P9R9

1.21kohm

+/-1%

R0402H0_4

P9C9

10nF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

P9R8

174kohm

R0402H0_4

B B

P9R10

20ohm

+/-1%

R0402H0_4

P9C10

3.3nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

P9R11

1.37kohm

R1 R2

+/-1%

R0603H0_55

P9R6

1.65kohm

+/-1%

R0402H0_4

V_1P1AUX_AGND

VRD_1V1AUX_SENSE

P9R12

10ohm

+/-1%

R0402H0_4

Vout=(0.6*(R1+R2))/R2

OVP Setting

OVP=Vout *1.17*R2/(R1+R2)

P9R1500 0ohm

+/-5% R0603H0_55

1V1AUX REGULATOR

A A

VR:3.3VAUX->1.1VAUX

Controller:TI53311

TDC=2A

Imax=2.7A

OCP=4.5A( Fixed inside IC)

Frequ=1.1MHz

5

4

V_1P1AUX_AGND

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

VR:AUX Rails 1.1V

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 111 185

3

2

01015C800-000-G 111 185

01/25/2011, 10:58 AM

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

VRD_CPU1_VCC

PAR14

PAR31

1kohm

1kohm 750ohm

750ohm

+/-1%

+/-1% +/-1%

+/-1%

R0402H0_4

D D

PAC20

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

R0402H0_4

PATH2

6.8kohm

+/-5%

R0603H0_95

R0402H0_4

PATH1

6.8kohm

+/-5%

R0603H0_95

VRD_CPU1_TM

VRD_CPU1_TMS

PAC5

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

Close to VR Lout Close to VSA Lout

PAR37 0ohm

VRD_CPU1_VCORE_PWM2(114)

VRD_CPU1_VCORE_EN

C C

Differential 10mil Phase current sense

VRD_CPU1_VCORE_CS2P(114)

VRD_CPU1_VCORE_CS2N(114)

Differential 10mil Phase current sense

VRD_CPU1_VCORE_CS4P(115)

VRD_CPU1_VCORE_CS4N(115)

Differential 10mil Phase current sense

B B

VRD_CPU1_VCORE_CS1P(114)

VRD_CPU1_VCORE_CS1N(114)

Differential 10mil Phase current sense

VRD_CPU1_VCORE_CS3P(114)

VRD_CPU1_VCORE_CS3N(114)

VR:12V->Vcore

A A

Controller:ISL6364

SVID range:0.7V~1.2V (PDG1.0)

LL=1.25m

TDC=106A

Imax=135A

OCP=165A

Transient iccstep=100A, 450A/us

Phase shedding 4>3>2 at PS0, 1at PS1 and PS2

Frequ=403KHz

PAR53

2.21kohm

+/-1%

R0402H0_4

PAR44 8.06kohm

+/-1% R0402H0_4

PAR48 0ohm

+/-5% R0402H0_4

PAR41 8.06kohm

+/-1% R0402H0_4

PAR49 0ohm

+/-5% R0402H0_4

PAR42 8.06kohm

+/-1% R0402H0_4

PAR51 0ohm

+/-5% R0402H0_4

PAR43 8.06kohm

+/-1% R0402H0_4

PAR50 0ohm

+/-5% R0402H0_4

5

VRD_CPU1_VCORE_PWM4(115)

VRD_CPU1_VCORE_PWM1(114)

VRD_CPU1_VCORE_PWM3(114)

VRD_CPU1_VCORE_EN(153)

PAC27

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PAC26

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PAC24

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PAC25

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PAR37 0ohm

+/-5% R0402H0_4

PAR38 0ohm

+/-5% R0402H0_4

PAR46 0ohm

+/-5% R0402H0_4

PAR39 0ohm

+/-5% R0402H0_4

PAR47 0ohm

+/-5% R0402H0_4

PAC31

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PAC28

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PAC29

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PAC30

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

CPU1_SKT_VCORE_VSENN(27)

CPU1_SKT_VCORE_VSENP(27)

+VCORE_CPU1

Differential 20/25/5/25/20 Vcore voltage sense

4

PAR32 0ohm

+/-5% R0402H0_4

PAR33 8.06kohm

+/-1% R0402H0_4

PAR34 124kohm

+/-1% R0402H0_4

+5V

VRD_CPU1_PWM2

VRD_CPU1_PWM4

VRD_CPU1_PWM1

VRD_CPU1_PWM3

VRD_CPU1_EN_VTT

VRD_CPU1_ISEN2-

VRD_CPU1_ISEN2+

VRD_CPU1_ISEN4-

VRD_CPU1_ISEN4+

VRD_CPU1_ISEN1-

VRD_CPU1_ISEN1+

VRD_CPU1_ISEN3-

VRD_CPU1_ISEN3+

VRD_CPU1_VCORE_VIN

PAR1508 100ohm

+/-1% R0402H0_4

PAR1510 0ohm

+/-5% R0402H0_4

PAR1511 0ohm

+/-5% R0402H0_4

PAR1509 100ohm

+/-1% R0402H0_4

4

PAR36

2.2ohm

+/-1%

R0603H0_55

VRD_CPU1_VCC

PAU1

37

PWM4

38

PWM1

39

PWM3

40

EN_VTT

41

ISEN2-

42

ISEN2+

43

ISEN4-

44

ISEN4+

45

ISEN1-

46

ISEN1+

47

ISEN3-

48

ISEN3+

49

EPAD

ISL6364CRZ-T

TQFN49-0_4-SQ6H0_8-PWR

PAR40

100kohm

+/-1%

R0402H0_4

PAR45

2.74kohm

+/-1%

R0603H0_55

PAR52

6.65kohm

+/-1%

R0603H0_55

PAR35 1.2MEGohm

+/-5% R0603H0_55

3

CPU1 VCORE & VSA

VRD_CPU1_VCC

PAC22

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

36

35

VCC

PWM2

EN_PWR_OVP1RAMP_ADJ2RGND3VSEN4HFCOMP5PSICOMP6FB7COMP8IMON9SVDATA10SVALERT#11SVCLK

VRD_CPU1_RAMP

VRD_CPU1_EN_PWR

PAC23

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PAC19

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

http://adf.ly/3o8pJ

VRD_CPU1_TCOMP

VRD_CPU1_FS

33

34

FS_DRP

VRD_CPU1_RGND

PAC21

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

DEPOP

VRD_CPU1_RSET

RSET

VRD_CPU1_VSEN

PAC18

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

VRD_CPU1_TCOMPS

VRD_CPU1_IAUTO

VRD_CPU1_TM

29

31

32

30

TM

IAUTO

BT_SUTH_TCOMP

BTS_IMAXS_TCOMPS

VRD_PU1_HFCOMP

VRD_CPU1_PSICOMP

VRD_CPU1_FB

VRD_CPU1_COMP

PAR30

2.21kohm

+/-1%

R0402H0_4

PAC14

330pF

C0G

PAR25 750ohm

+/-1% R0402H0_4

PAR1507 10ohm

+/-1% R0402H0_4

3

VRD_CPU1_TMAX

VRD_CPU1_IMAX

28

27

NPSI_DE_IMAX

ADDR_DES_FDVID_TMAX

VRD_CPU1_IMON

PAC13

0.1uF

+/-10%

C0402H0_55

X7R

PAC16

16V

33pF

NPO

50V

VRD_CPU1_FB_R

+/-5%

C0402H0_55

VRD_CPU1_PSICOM

VRD_CPU1_VSEN_R

PAR22

20.5kohm

+/-1%

R0402H0_4

PAR19 0ohm

+/-5% R0402H0_4

VRD_CPU1_ISEN-

VRD_CPU1_PWMS

25

26

PWMS

ISENS-

ISENS+

FSS_DRPS

RGNDS

VSENS

COMPS

VR_RDYS

HFCOMPS

VR_HOT#

IMONS

VR_RDY

12

VRD_CPU1_SVCLK

50V

+/-5%

C0402H0_55

PAC17

2.2nF

X7R

C0402H0_6

2

PAR28 will change 383K Ohm. PAR26 will change 365K Ohm. PAR27 will change 453K Ohm.

PAR28 383kohm

+/-1% R0402H0_4

PAR26 365kohm

+/-1% R0402H0_4

PAR23 15kohm

+/-1% R0402H0_4

PAR21 19.6kohm

+/-1% R0402H0_4

PAR27

PAR24

30.1kohm

+/-1%

R0402H0_4

VRD_CPU1_ISEN+ VRD_CPU1_VSA_ISEN+

24

VRD_CPU1_TMS

23

TMS

VRD_CPU1_VSA_FS

22

VRD_CPU1_VSA_RGND VRD_CPU1_VSA_VSEN_R

21

VRD_CPU1_VSA_VSEN

20

VRD_CPU1_VSA_FB

19

FBS

18

17

VRD_CPU1_VSA_HFCOMP

16

15

VRD_CPU1_IMONS

14

13

PAR18

10.5kohm

+/-1%

R0402H0_4

PAR1504

15kohm

+/-1%

R0402H0_4

50V

+/-10%

12V

PAR29

453kohm

121kohm

+/-1%

R0402H0_4

VRD_CPU1_VSA_PWM (115)

PAR17

200ohm

+/-1%

R0402H0_4

PAC12

120pF

+/-5%

C0402H0_55

NPO

NPO 50V

50V 16V

16V

VRD_CPU1_VCC

VRD_CPU1_VSA_PG (153)

ANY_CPU_VRHOT_N (117,153)

PAR8 10kohm

+/-1% R0402H0_4

PAR3 10kohm

+/-1% R0402H0_4

PAR13 10kohm

+/-1% R0402H0_4

VRD_CPU1_VCORE_PG (153)

PAR12 150ohm

+/-1% R0402H0_4

PAC1500

470pF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

PAR1506

249ohm

+/-1%

R0402H0_4

PAR20

2.49kohm

+/-1%

R0402H0_4

PAC15

2.2nF

+/-10%

50V

50V X7R

X7R

C0402H0_6

PAR15

124kohm

+/-1%

R0402H0_4

PAC10

1nF

X7R

C0402H0_55

PAR16 4.99kohm

+/-1% R0402H0_4

+3.3V

PAR1505

2kohm

+/-1%

R0402H0_4

2

VRD_CPU1_VCC

Differential 10mil Phase current sense

PAC7

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PAC2

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

50V

+/-10%

PAR11

10kohm

+/-1%

R0402H0_4

PAC11

82pF

NPO

VRD_CPU1_VSA_VSEN

PAC9

220nF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PAR1 10ohm

+/-1% R0402H0_4

VRD_CPU1_VSA_FB_RVRD_CPU1_VSA_COMP

PAR9

10.5kohm

+/-1%

R0402H0_4

PAR5 5.6kohm

+/-1% R0402H0_4

PAR4 0ohm

+/-5% R0402H0_4

PAR1502 100ohm

+/-1% R0402H0_4

PAR1500 0ohm

+/-5% R0402H0_4

PAR1503 0ohm

+/-5% R0402H0_4

PAC3

PAR1501 100ohm

0.1uF

+/-1% R0402H0_4

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PAC8

10nF

X7R

C0402H0_55

50V

+/-5%

C0402H0_55

+VTT_CPU1

PAR10

56ohm

+/-1%

R0402H0_4

1

VBOOT setting PAR26 PAR27

ES2 (0V)

365K 453K

78.7K

VRD_CPU1_VSA_CSP (115)

VRD_CPU1_VSA_CSN (115)

Differential 20/25/5/25/20 VSA voltage sense

CPU1_SKT_VSA_VSENN (27)

CPU1_SKT_VSA_VSENP (27)

V_VSA_CPU1

PAC1

2.2nF

+/-10%

50V

PAR2

X7R

1kohm

25V

+/-10%

12V

Place caps near PAR10/PAR7

PAR7

100ohm

+/-1%

R0402H0_4

1kohm

C0402H0_6

+/-1%

PAR6

R0402H0_4

499ohm

+/-1%

R0402H0_4

PAC6

PAC4

0.1uF

10uF

+/-10%

+/-20%

16V

6.3V

6.3V X7R

X7R

X5R

C0402H0_55

C0603H0_9

SVID_CPU1_SVCLK (42,121)

SVID_CPU1_ALERT_N (42,121)

SVID_CPU1_SDIO (42,121)

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU1 VCORE & VSA

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 113 185

Module Integration Business Group (MIBG)

01/25/2011, 10:57 AM

1

97.6KES1 (1V)

RevSheet

of

X00

5

4

3

2

1

CPU1 VCORE Phase 1-3

PAR57

2.2ohm

+/-1%

R0603H0_55

DEPOP

PAC1502

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

PAR60

2.2ohm

+/-1%

R0603H0_55

DEPOP

PAC1505

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

PAR65

2.2ohm

+/-1%

R0603H0_55

DEPOP

PAC1508

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

VRD_CPU1_VCORE_PWM1(113)

VRD_CPU1_VCORE_PWM2(113)

VRD_CPU1_VCORE_PWM3(113)

PAR1512 0ohm

+/-5% R0603H0_55

RAR1500

DEPOP

4.7kohm

+/-1%

R0402H0_4

PAR1516 0ohm

+/-5% R0603H0_55

RAR1501

DEPOP

4.7kohm

+/-1%

R0402H0_4

PAR1523 0ohm

+/-5% R0603H0_55

RAR1502

DEPOP

4.7kohm

+/-1%

R0402H0_4

PAR58 1ohm

VRD_CPU1_VCORE_BOOT1

VRD_CPU1_VCORE_GD1

VRD_CPU1_VCORE_UVC1 VRD_CPU1_VCORE_VCC1 VRD_CPU1_VCORE_PVC1

PAC1501

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

VRD_CPU1_VCORE_BOOT2

VRD_CPU1_VCORE_GD2

VRD_CPU1_VCORE_UVC2 VRD_CPU1_VCORE_VCC2 VRD_CPU1_VCORE_PVC2

PAC1504

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

VRD_CPU1_VCORE_BOOT3

VRD_CPU1_VCORE_GD3

VRD_CPU1_VCORE_UVC3 VRD_CPU1_VCORE_VCC3 VRD_CPU1_VCORE_PVC3

PAC1509

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

+/-1% R0603H0_55

PAR63 1ohm

+/-1% R0603H0_55

PAR64 1ohm

+/-1% R0603H0_55

PAC33 0.1uF +/-10%

50VX7R C0603H0_9

PADR1

2

BOOT

4

UGATE

PWM

3

GD SEL

PHASE

8

UVCC

GND

9

LGATE

VCC

7

PVCC

EPAD

ISL6622CRZ-T

QFN11-0_5-SQ3H1A-PWR

PAC39 0.1uF +/-10%

50VX7R C0603H0_9

PADR2

2

BOOT

4

UGATE

PWM

3

GD SEL

PHASE

8

UVCC

GND

9

LGATE

VCC

7

PVCC

EPAD

ISL6622CRZ-T

QFN11-0_5-SQ3H1A-PWR

PAC48 0.1uF +/-10%

50VX7R C0603H0_9

PADR3

2

BOOT

4

UGATE

PWM

3

GD SEL

PHASE

8

UVCC

GND

9

LGATE

VCC

7

PVCC

EPAD

ISL6622CRZ-T

QFN11-0_5-SQ3H1A-PWR

VRD_CPU1_VCORE_VIN

D D

C C

B B

+VCORE_CPU1

PAR56

2.2ohm

+/-1%

R0603H0_55

PAC1503

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

PAR59

2.2ohm

+/-1%

R0603H0_55

PAC1506

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

PAR66

2.2ohm

+/-1%

R0603H0_55

PAC1507

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

DEPOP

PAR1513

2.2ohm

+/-1%

R0603H0_55

PAR1517

2.2ohm

+/-1%

R0603H0_55

PAR1522

2.2ohm

+/-1%

R0603H0_55

+5V

PAR1514 0ohm

+/-5% R0402H0_4

+5V

PAR1518 0ohm

+/-5% R0402H0_4

+5V

PAR1521 0ohm

+/-5% R0402H0_4

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PAQ2

876

5

876

5

PAR1515

10kohm

VRD_CPU1_VCORE_DRVH1

1 10 5

VRD_CPU1_VCORE_DRVL1

6 11

VRD_CPU1_VCORE_DRVH2

1 10 5

VRD_CPU1_VCORE_DRVL2

6 11

VRD_CPU1_VCORE_DRVH3

1 10 5

VRD_CPU1_VCORE_DRVL3

6 11

10kohm

+/-1%

R0603H0_55

PAR1519

10kohm

+/-1%

R0603H0_55

PAR1520

10kohm

+/-1%

R0603H0_55

1

1 4

4

S

G D

VRD_CPU1_VCORE_PH1

PAQ1

5

4

G D

PAQ4

876

5

876

5

1

1 4

4

S

G D

VRD_CPU1_VCORE_PH2

PAQ3

5

4

G D

PAQ5

876

5

876

5

1

1 4

4

S

G D

VRD_CPU1_VCORE_PH3

PAQ6

5

4

G D

BSZ060NE2LS

PAC37

PAC34

PAC35

PAC36

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

PAC36

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

EMC_L10441-03

PAL1

LDCR:0.29m ohm

PAR54

1ohm

+/-1%

R0402H0_4

876

PAR55

1ohm

1

+/-1%

R0402H0_4

BSC018NE2LS

S

PAC32

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

230nH 500KHz

L2-12_1X8H7_5A

PAC43

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

PATP1 TP-SHORT-PADPATP1 TP-SHORT-PAD

PATP2 TP-SHORT-PADPATP2 TP-SHORT-PAD

PAC42

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

EMC_L10441-03

PAL2

PAR61

1ohm

+/-1%

R0402H0_4

876

PAR62

1ohm

1

+/-1%

R0402H0_4

BSC018NE2LS

S

PAC38

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

230nH 500KHz

L2-12_1X8H7_5A

PAC44

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

LDCR:0.29m ohm

PAC47

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

EMC_L10441-03

PAL3

PAR67

1ohm

+/-1%

R0402H0_4

876

PAR68

1ohm

1

+/-1%

R0402H0_4

BSC018NE2LS

S

PAC49

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

230nH 500KHz

L2-12_1X8H7_5A

LDCR:0.29m ohm

VRD_CPU1_VCORE_VIN

PACE2

270uF

+

+/-20%

CE3_5-8H12

16V

1 2

VRD_CPU1_VCORE_VIN

PAC41

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

1 2

PATP3 TP-SHORT-PADPATP3 TP-SHORT-PAD

1 2

PATP4 TP-SHORT-PADPATP4 TP-SHORT-PAD

VRD_CPU1_VCORE_VIN

PAC46

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

1 2

PATP5 TP-SHORT-PADPATP5 TP-SHORT-PAD

1 2

PATP6 TP-SHORT-PADPATP6 TP-SHORT-PAD

PACE1

270uF

+

+/-20%

CE3_5-8H12

16V

PAC40

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

PAC45

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

+

+VCORE_CPU1

PAL5

150nH 2MHz

PACE3

270uF

+/-20%

CE3_5-8H12

16V

VRD_CPU1_VCORE_CS1N (113)

VRD_CPU1_VCORE_CS1P (113)

VRD_CPU1_VCORE_CS2N (113)

VRD_CPU1_VCORE_CS2P (113)

VRD_CPU1_VCORE_CS3N (113)

VRD_CPU1_VCORE_CS3P (113)

+12VA

PBC11

PBC19

PBC12

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+

PBCE1505

470uF

+/-20%

CPS7343H2_1

2V

PBC12

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBCE1502

+

470uF

+/-20%

CPS7343H2_1

2V

22uF

+/-20%

+

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBCE1503

470uF

+/-20%

CPS7343H2_1

2V

5

A A

PBC10

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+

PBC16

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBCE1508

470uF

+/-20%

CPS7343H2_1

2V

+

PBC9

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBCE1504

470uF

+/-20%

CPS7343H2_1

2V

PBCE1507

+

470uF

+/-20%

CPS7343H2_1

2V

PBC5

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

4

+

PBC4

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBCE1506

470uF

+/-20%

CPS7343H2_1

2V

PBC20

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+

PBCE1509

470uF

+/-20%

CPS7343H2_1

2V

PBC26

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC13

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC14

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC18

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

3

PBC17

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC15

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC27

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBR1500

150ohm

+/-1%

R0603H0_55

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU1 VCORE Phase 1-3

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 114 185

2

01015C800-000-G 114 185

Module Integration Business Group (MIBG)

01/25/2011, 10:57 AM

1

RevSheet

of

X00

5

VRD_CPU1_VCORE_PWM4(113)

VRD_CPU1_VCORE_VIN

D D

C C

PAR73

2.2ohm

+/-1%

R0603H0_55

DEPOP

PAC1510

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

+VCORE_CPU1 +VCORE_CPU1

PAR1526

2.2ohm

+/-1%

R0603H0_55

+5V

PAR72

2.2ohm

+/-1%

R0603H0_55

PAR1525 0ohm

+/-5% R0402H0_4

DEPOP

PAC1511

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

PBC31

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC33

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC32

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC1520

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

RAR1503

4.7kohm

+/-1%

R0402H0_4

PBC21

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC1508

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC23

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC1509

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

4

VRD_CPU1_VCORE_GD4

PAR1527 0ohm

+/-5% R0603H0_55

DEPOP

PBC30

PBC22

22uF

+/-20%

C0805H1_4

X6S

4V

PBC1506

PBC1505

22uF

+/-20%

C0805H1_4

X6S

4V

CPU1 VCORE Phase 4

PAC55 0.1uF +/-10%

PBC1510

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC1513

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PAC55 0.1uF +/-10%

50VX7R C0603H0_9

PADR4

2

BOOT

4

UGATE

PWM

3

GD SEL

PHASE

8

UVCC

9

LGATE

VCC

7

PVCC

ISL6622CRZ-T

QFN11-0_5-SQ3H1A-PWR

PBC24

PBC25

22uF

+/-20%

C0805H1_4

X6S

4V

PBC1512

PBC1511

22uF

+/-20%

C0805H1_4

X6S

4V

GND

EPAD

PAR71 1ohm

+/-1% R0603H0_55

VRD_CPU1_VCORE_BOOT4

VRD_CPU1_VCORE_UVC4 VRD_CPU1_VCORE_VCC4 VRD_CPU1_VCORE_PVC4

PAC1512

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

PBC29

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC1522

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

3

http://adf.ly/3o8pJ

PAQ7

876

5

876

5

PAR1524

10kohm

1 10 5 6 11

10kohm

+/-1%

R0603H0_55

VRD_CPU1_VCORE_DRVH4 VRD_CPU1_VCORE_PH4

VRD_CPU1_VCORE_DRVL4

PBC1526

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC1531

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

4

G D

PBC1519

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC1532

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

4

1

BSZ060NE2LS

S

PAQ8

5

G D

PBC1514

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC1521

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

876

1

BSC018NE2LS

S

PAR69

1ohm

+/-1%

R0402H0_4

PAR70

1ohm

+/-1%

R0402H0_4

PAC54

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

PBC1515

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC1523

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

EMC_L10441-03

PBC1516

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC1524

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

2

PAC50

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

PAL4

230nH 500KHz

L2-12_1X8H7_5A

PBC1517

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC1525

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

VRD_CPU1_VCORE_VIN

PAC53

PAC51

10uF

+/-10%

C0805H1_35

X5R

16V

LDCR:0.29m ohm

1 2

PATP7 TP-SHORT-PADPATP7 TP-SHORT-PAD

1 2

PATP8 TP-SHORT-PADPATP8 TP-SHORT-PAD

PBC1518

PBC1528

22uF

+/-20%

C0805H1_4

X6S

4V

PBC1529

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PAC52

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

PBC1530

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

1

+VCORE_CPU1

VRD_CPU1_VCORE_CS4N (113)

VRD_CPU1_VCORE_CS4P (113)

CPU1 VSA Phase

PCC10

BSC018NE2LS

PCR4

1ohm

+/-1%

R0402H0_4

PCR5

1ohm

+/-1%

R0402H0_4

PCC6

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

PCC10

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

TOKO_N3RC4-B

PCL1

0.33uH 100KHz

L2-12X10_3H6B

VRD_CPU1_VSA_PWM(113)

B B

VRD_CPU1_VCORE_VIN

PCR3

2.2ohm

+/-1%

R0603H0_55

DEPOP

PCC4

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

A A

VR:12V->VSA

Controller:ISL6364

SVID range:0.85V~1.1V (PDG0.9)

TDC=20A

Imax=24A

PCR1503

2.2ohm

+/-1%

R0603H0_55

+5V

PCR1

2.2ohm

+/-1%

R0603H0_55

PCR1502 0ohm

+/-5% R0402H0_4

PCC3

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

V_VSA_CPU1

PBCE1501

+

470uF

+/-20%

CPS7343H2_1

2V

DEPOP

+

PBCE1500

470uF

+/-20%

CPS7343H2_1

2V

RCR1500

4.7kohm

+/-1%

R0402H0_4

PBC1500

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

VRD_CPU1_VSA_GD

PCR1501 0ohm

+/-5% R0603H0_55

DEPOP

PBC1504

PBC1503

22uF

+/-20%

C0805H1_4

X6S

4V

PCR2 1ohm

+/-1% R0603H0_55

VRD_CPU1_VSA_BOOT

VRD_CPU1_VSA_UVC VRD_CPU1_VSA_VCC VRD_CPU1_VSA_PVC

PCC2

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

PBC7

PBC6

22uF

+/-20%

C0805H1_4

X6S

4V

PCC5 0.1uF +/-10%

PCDR1

2

BOOT

4

PWM

3

GD SEL

8

UVCC

9

VCC

7

PVCC

ISL6622CRZ-T

QFN11-0_5-SQ3H1A-PWR

PBC2

PBC1

22uF

+/-20%

C0805H1_4

X6S

4V

50VX7R C0603H0_9

UGATE PHASE

GND

LGATE

EPAD

1 10 5 6 11

PBC1501

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PCR1504

10kohm

+/-1%

R0603H0_55

VRD_CPU1_VSA_DRVH VRD_CPU1_VSA_PH

VRD_CPU1_VSA_DRVL

PCR6

150ohm

+/-1%

R0603H0_55

PCQ2

876

5

876

5

1

1 4

4

BSZ060NE2LS

S

G D

PCQ1

876

5

876

5

1

1 4

4

S

G D

OCP=30A

Transient iccstep=4.1A, 4A/us

Frequ=403KHz

5

4

3

VRD_CPU1_VCORE_VIN

PCC9

PCC8

10uF

+/-10%

C0805H1_35

X5R

16V

LDCR:0.6m ohm

1 2

PCTP1 TP-SHORT-PADPCTP1 TP-SHORT-PAD

1 2

PCTP2 TP-SHORT-PADPCTP2 TP-SHORT-PAD

2

PCC7

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

V_VSA_CPU1

Hon Hai Precision Ind.Co., Ltd.

Title

CPU1 VCORE Phase 4 / VSA Phase

Document Number:

Document Number: PCB P/N:

PCB P/N:

VRD_CPU1_VSA_CSN (113)

VRD_CPU1_VSA_CSP (113)

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

of

01015C800-000-G 115 185

01/25/2011, 10:57 AM

1

of

RevSheet

X00

5

VRD_CPU2_VCC

PDR33

PDR12

1kohm

1kohm 750ohm

750ohm

+/-1%

+/-1% +/-1%

+/-1%

R0402H0_4

D D

PDC19

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

R0402H0_4

PDTH2

6.8kohm

+/-5%

R0603H0_95

R0402H0_4

PDTH1

6.8kohm

+/-5%

R0603H0_95

VRD_CPU2_TM

VRD_CPU2_TMS

PDC4

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

Close to VR Lout Close to VSA Lout

PDR40 0ohm

VRD_CPU2_VCORE_PWM2(118)

VRD_CPU2_VCORE_EN

C C

Differential 10mil Phase current sense

VRD_CPU2_VCORE_CS2P(118)

VRD_CPU2_VCORE_CS2N(118)

Differential 10mil Phase current sense

VRD_CPU2_VCORE_CS4P(119)

VRD_CPU2_VCORE_CS4N(119)

Differential 10mil Phase current sense

B B

VRD_CPU2_VCORE_CS1P(118)

VRD_CPU2_VCORE_CS1N(118)

Differential 10mil Phase current sense

VRD_CPU2_VCORE_CS3P(118)

VRD_CPU2_VCORE_CS3N(118)

VR:12V->Vcore

A A

Controller:ISL6364

SVID range:0.7V~1.2V (PDG1.0)

LL=1.25m

TDC=106A

Imax=135A

OCP=165A

Transient iccstep=100A, 450A/us

Phase shedding 4>3>2 at PS0, 1at PS1 and PS2

Frequ=403KHz

PDR55

2.21kohm

+/-1%

R0402H0_4

PDR47 8.06kohm

+/-1% R0402H0_4

P2R1 0ohm

+/-5% R0402H0_4

PDR45 8.06kohm

+/-1% R0402H0_4

PDR52 0ohm

+/-5% R0402H0_4

PDR46 8.06kohm

+/-1% R0402H0_4

PDR51 0ohm

+/-5% R0402H0_4

PDR44 8.06kohm

+/-1% R0402H0_4

PDR50 0ohm

+/-5% R0402H0_4

5

VRD_CPU2_VCORE_PWM4(119)

VRD_CPU2_VCORE_PWM1(118)

VRD_CPU2_VCORE_PWM3(118)

VRD_CPU2_VCORE_EN(153)

PDC28

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PDC32

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PDC27

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PDC25

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PDC26

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PDR40 0ohm

+/-5% R0402H0_4

PDR41 0ohm

+/-5% R0402H0_4

PDR53 0ohm

+/-5% R0402H0_4

PDR42 0ohm

+/-5% R0402H0_4

PDR54 0ohm

+/-5% R0402H0_4

PDC29

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PDC30

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PDC31

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

CPU2_SKT_VCORE_VSENN(40)

CPU2_SKT_VCORE_VSENP(40)

+VCORE_CPU2

Differential 20/25/5/25/20 Vcore voltage sense

4

PDR35 0ohm

+/-5% R0402H0_4

PDR36 8.06kohm

+/-1% R0402H0_4

PDR37 124kohm

+/-1% R0402H0_4

+5V

VRD_CPU2_PWM2

VRD_CPU2_PWM4

VRD_CPU2_PWM1

VRD_CPU2_PWM3

VRD_CPU2_EN_VTT

VRD_CPU2_ISEN2-

VRD_CPU2_ISEN2+

VRD_CPU2_ISEN4-

VRD_CPU2_ISEN4+

VRD_CPU2_ISEN1-

VRD_CPU2_ISEN1+

VRD_CPU2_ISEN3-

VRD_CPU2_ISEN3+

VRD_CPU2_VCORE_VIN

PDR1502 100ohm

+/-1% R0402H0_4

PDR1505 0ohm

+/-5% R0402H0_4

PDR1504 0ohm

+/-5% R0402H0_4

PDR1503 100ohm

+/-1% R0402H0_4

4

PDR38

2.2ohm

+/-1%

R0603H0_55

VRD_CPU2_VCC

PDU1

37

PWM4

38

PWM1

39

PWM3

40

EN_VTT

41

ISEN2-

42

ISEN2+

43

ISEN4-

44

ISEN4+

45

ISEN1-

46

ISEN1+

47

ISEN3-

48

ISEN3+

49

EPAD

ISL6364CRZ-T

TQFN49-0_4-SQ6H0_8-PWR

PDR43

100kohm

+/-1%

R0402H0_4

PDR48

2.74kohm

+/-1%

R0603H0_55

PDR49

6.65kohm

+/-1%

R0603H0_55

PDR39 1.2MEGohm

+/-5% R0603H0_55

3

http://adf.ly/3o8pJ

CPU2 VCORE & VSA

VRD_CPU2_VCC

VRD_CPU2_FS

VRD_CPU2_RSET

VRD_CPU2_IAUTO

PDC23

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

33

34

36

35

VCC

PWM2

EN_PWR_OVP1RAMP_ADJ2RGND3VSEN4HFCOMP5PSICOMP6FB7COMP8IMON9SVDATA10SVALERT#11SVCLK

VRD_CPU2_RAMP

VRD_CPU2_EN_PWR

PDC24

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PDC22

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

FS_DRP

VRD_CPU2_RGND

PDC21

0.1uF

+/-10%

16V

16V X7R

X7R

C0402H0_55

DEPOP

RSET

VRD_CPU2_VSEN

32

IAUTO

VRD_PU2_HFCOMP

PDR32

2.21kohm

+/-1%

R0402H0_4

PDR34 10ohm

+/-1% R0402H0_4

PDC20

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

VRD_CPU2_TCOMP

VRD_CPU2_TCOMPS

VRD_CPU2_TM

29

31

30

TM

BT_SUTH_TCOMP

BTS_IMAXS_TCOMPS

VRD_CPU2_PSICOMP

VRD_CPU2_FB

VRD_CPU2_COMP

PDC15

330pF

C0G

PDR27 750ohm

+/-1% R0402H0_4

3

VRD_CPU2_TMAX

VRD_CPU2_IMAX

28

27

NPSI_DE_IMAX

ADDR_DES_FDVID_TMAX

VRD_CPU2_IMON

PDC14

0.1uF

+/-10%

C0402H0_55

X7R

PDC17

16V

33pF

NPO

50V

VRD_CPU2_FB_R

+/-5%

C0402H0_55

VRD_CPU2_PSICOM

VRD_CPU2_VSEN_R

PDR21

20.5kohm

+/-1%

R0402H0_4

PDR17 0ohm

+/-5% R0402H0_4

VRD_CPU2_ISEN-

VRD_CPU2_PWMS

25

26

PWMS

ISENS-

ISENS+

FSS_DRPS

RGNDS

VSENS

COMPS

VR_RDYS

HFCOMPS

VR_HOT#

IMONS

VR_RDY

12

VRD_CPU2_SVCLK

50V

+/-5%

C0402H0_55

2

PDR30 will change 383K Ohm. PDR25 will change 365K Ohm. PDR26 will change 453K Ohm.

PDR30 383kohm

+/-1% R0402H0_4

PDR25 365kohm

+/-1% R0402H0_4

PDR23 15kohm

+/-1% R0402H0_4

PDR20 19.6kohm

+/-1% R0402H0_4

PDR24

30.1kohm

+/-1%

R0402H0_4

VRD_CPU2_ISEN+ VRD_CPU2_VSA_ISEN+

24

VRD_CPU2_TMS

23

TMS

VRD_CPU2_VSA_FS

22

VRD_CPU2_VSA_RGND VRD_CPU2_VSA_VSEN_R

21

VRD_CPU2_VSA_VSEN

20

VRD_CPU2_VSA_FB

19

FBS

18

17

VRD_CPU2_VSA_HFCOMP

16

15

VRD_CPU2_IMONS

14

13

PDR19

10.5kohm

+/-1%

R0402H0_4

PDR18

15kohm

+/-1%

R0402H0_4

50V

PDC18

2.2nF +/-10%

X7R

12V

C0402H0_6

+/-1% R0402H0_4

PDR26

PDR31

453kohm

121kohm

+/-1%

R0402H0_4

VRD_CPU2_VSA_PWM (119)

PDR15

200ohm

+/-1%

R0402H0_4

PDC12

120pF

+/-5%

C0402H0_55

NPO

NPO 50V

50V 16V

16V

VRD_CPU2_VCC

VRD_CPU2_VSA_PG (153)

ANY_CPU_VRHOT_N (113,153)

PDR5 10kohm

+/-1% R0402H0_4

PDR11 10kohm

+/-1% R0402H0_4

VRD_CPU2_VCORE_PG (153)

PDR16 150ohm

+/-1% R0402H0_4

PDC16

470pF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

PDR29

249ohm

+/-1%

R0402H0_4

PDR22

2.49kohm

+/-1%

R0402H0_4

PDC13

2.2nF

+/-10%

50V

50V X7R

X7R

C0402H0_6

PDR13

124kohm

+/-1%

R0402H0_4

PDC9

1nF

X7R

C0402H0_55

PDR14 4.99kohm

+/-1% R0402H0_4

+3.3V

PDR28

2kohm

+/-1%

R0402H0_4

2

VRD_CPU2_VCC

Differential 10mil Phase current sense

PDC5

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PDC6

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

50V

+/-10%

PDR9

10kohm

+/-1%

R0402H0_4

PDC10

82pF

NPO

VRD_CPU2_VSA_VSEN

PDC11

220nF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PDR3 10ohm

+/-1% R0402H0_4

VRD_CPU2_VSA_FB_RVRD_CPU2_VSA_COMP

PDR10

10.5kohm

+/-1%

R0402H0_4

PDR7 5.6kohm

+/-1% R0402H0_4

PDR6 0ohm

+/-5% R0402H0_4

PDC7

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PDC8

10nF

X7R

50V

+/-5%

C0402H0_55

PDR1

56ohm

+/-1%

R0402H0_4

1

VBOOT setting PDR25 PDR26

ES2 (0V)

365K 453K

78.7K

VRD_CPU2_VSA_CSP (119)

VRD_CPU2_VSA_CSN (119)

Differential 20/25/5/25/20 VSA voltage sense

PDR1501 100ohm

+/-1% R0402H0_4

PDR1506 0ohm

+/-5% R0402H0_4

PDR1507 0ohm

+/-5% R0402H0_4

PDR1500 100ohm

+/-1% R0402H0_4

25V

+/-10%

C0402H0_55

+VTT_CPU2

PDR2

100ohm

+/-1%

R0402H0_4

Hon Hai Precision Ind.Co., Ltd.

Title

CPU2 VCORE & VSA

Document Number:

Document Number: PCB P/N:

PCB P/N:

CPU2_SKT_VSA_VSENN (40)

CPU2_SKT_VSA_VSENP (40)

V_VSA_CPU2

PDC3

2.2nF

+/-10%

50V

PDR4

X7R

1kohm

C0402H0_6

+/-1%

PDR8

R0402H0_4

499ohm

+/-1%

R0402H0_4

Place caps near PDR1/PDR2

PDC2

PDC1

0.1uF

10uF

+/-10%

+/-20%

16V

6.3V

6.3V X7R

X7R

X5R

C0402H0_55

C0603H0_9

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

01015C800-000-G 117 185

01/25/2011, 10:57 AM

1

97.6KES1 (1V)

SVID_CPU2_SVCLK (43,127)

SVID_CPU2_ALERT_N (43,127)

SVID_CPU2_SDIO (43,127)

of

RevSheet

X00

5

4

3

2

1

CPU2 VCORE Phase 1-3

VRD_CPU2_VCORE_VIN

D D

C C

B B

+VCORE_CPU2

PDR56

2.2ohm

+/-1%

R0603H0_55

PDC1504

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

PDR61

2.2ohm

+/-1%

R0603H0_55

PDC1507

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

PDR70

2.2ohm

+/-1%

R0603H0_55

PDC1508

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

DEPOP

PDR1511

2.2ohm

+/-1%

R0603H0_55

PDR1515

2.2ohm

+/-1%

R0603H0_55

PDR1520

2.2ohm

+/-1%

R0603H0_55

+5V

PDR57

2.2ohm

+/-1%

R0603H0_55

PDR1512 0ohm

+/-5% R0402H0_4

DEPOP

PDC1503

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

+5V

PDR62

2.2ohm

+/-1%

R0603H0_55

PDR1516 0ohm

+/-5% R0402H0_4

PDC1506

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

+5V

PDR69

2.2ohm

+/-1%

R0603H0_55

PDR1519 0ohm

+/-5% R0402H0_4

PDC1509

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

DEPOP

VRD_CPU2_VCORE_PWM1(117)

RCR1502

4.7kohm

+/-1%

R0402H0_4

VRD_CPU2_VCORE_PWM2(117)

RCR1503

4.7kohm

+/-1%

R0402H0_4

VRD_CPU2_VCORE_PWM3(117)

RCR1504

4.7kohm

+/-1%

R0402H0_4

VRD_CPU2_VCORE_GD1

PDR1510 0ohm

+/-5% R0603H0_55

DEPOP

VRD_CPU2_VCORE_GD2

PDR1514 0ohm

+/-5% R0603H0_55

DEPOP

VRD_CPU2_VCORE_GD3

PDR1521 0ohm

+/-5% R0603H0_55

DEPOP

PDR60 1ohm

+/-1% R0603H0_55

VRD_CPU2_VCORE_BOOT1

VRD_CPU2_VCORE_UVC1 VRD_CPU2_VCORE_VCC1 VRD_CPU2_VCORE_PVC1

PDC1502

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

PDR65 1ohm

+/-1% R0603H0_55

VRD_CPU2_VCORE_BOOT2

VRD_CPU2_VCORE_UVC2 VRD_CPU2_VCORE_VCC2

PDC1505

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

PDR66 1ohm

+/-1% R0603H0_55

VRD_CPU2_VCORE_BOOT3

VRD_CPU2_VCORE_UVC3 VRD_CPU2_VCORE_VCC3 VRD_CPU2_VCORE_PVC3

PDC1510

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

PDC34 0.1uF +/-10%

50VX7R C0603H0_9

PDDR1

2

BOOT

4

UGATE

PWM

3

GD SEL

PHASE

8

UVCC

GND

9

LGATE

VCC

7

PVCC

EPAD

ISL6622CRZ-T

QFN11-0_5-SQ3H1A-PWR

PDC40 0.1uF +/-10%

50VX7R C0603H0_9

PDDR2

2

BOOT

4

UGATE

PWM

3

GD SEL

PHASE

8

UVCC

GND

9

LGATE

VCC

7

PVCC

EPAD

ISL6622CRZ-T

QFN11-0_5-SQ3H1A-PWR

PDC49 0.1uF +/-10%

50VX7R C0603H0_9

PDDR3

2

BOOT

4

UGATE

PWM

3

GD SEL

PHASE

8

UVCC

GND

9

LGATE

VCC

7

PVCC

EPAD

ISL6622CRZ-T

QFN11-0_5-SQ3H1A-PWR

http://adf.ly/3o8pJ

PDQ2

876

5

876

5

PDR1513

10kohm

1 10 5 6 11

10kohm

+/-1%

R0603H0_55

VRD_CPU2_VCORE_DRVH1

VRD_CPU2_VCORE_DRVL1

PDR1517

10kohm

+/-1%

R0603H0_55

VRD_CPU2_VCORE_DRVH2

VRD_CPU2_VCORE_DRVL2

PDR1518

10kohm

+/-1%

R0603H0_55

VRD_CPU2_VCORE_DRVH3

VRD_CPU2_VCORE_DRVL3

1

1 4

4

S

G D

VRD_CPU2_VCORE_PH1

PDQ1

5

4

G D

PDQ4

876

5

876

5

1

1 4

4

S

G D

VRD_CPU2_VCORE_PH2

PDQ3

5

4

G D

PDQ5

876

5

876

5

1

1 4

4

S

G D

VRD_CPU2_VCORE_PH3

PDQ6

5

4

G D

BSZ060NE2LS

PDC38

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

PDC35

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

PDC36

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

PDC37

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

EMC_L10441-03

PDL1

LDCR:0.29m ohm

PDR58

1ohm

+/-1%

R0402H0_4

876

PDR59

1ohm

1

+/-1%

R0402H0_4

BSC018NE2LS

S

PDC33

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

230nH 500KHz

L2-12_1X8H7_5A

PDC44

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

PDC41

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

EMC_L10441-03

PDL2

PDR63

1ohm

+/-1%

R0402H0_4

876

PDR64

1ohm

1

+/-1%

R0402H0_4

BSC018NE2LS

S

PDC39

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

230nH 500KHz

L2-12_1X8H7_5A

PDC45

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

LDCR:0.29m ohm

PDC46

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

EMC_L10441-03

PDL3

LDCR:0.29m ohm

PDR67

1ohm

+/-1%

R0402H0_4

876

PDR68

1ohm

1

+/-1%

R0402H0_4

BSC018NE2LS

S

PDC50

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

230nH 500KHz

L2-12_1X8H7_5A

VRD_CPU2_VCORE_VIN

PDCE3

270uF

+

+/-20%

CE3_5-8H12

16V

1 2

PDTP1 TP-SHORT-PADPDTP1 TP-SHORT-PAD

1 2

PDTP2 TP-SHORT-PADPDTP2 TP-SHORT-PAD

VRD_CPU2_VCORE_VIN

PDC42

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

1 2

PDTP3 TP-SHORT-PADPDTP3 TP-SHORT-PAD

1 2

PDTP4 TP-SHORT-PADPDTP4 TP-SHORT-PAD

VRD_CPU2_VCORE_VIN

PDC48

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

1 2

PDTP5 TP-SHORT-PADPDTP5 TP-SHORT-PAD

1 2

PDTP6 TP-SHORT-PADPDTP6 TP-SHORT-PAD

PDCE2

270uF

+

+/-20%

CE3_5-8H12

16V

PDC43

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

PDC47

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

+VCORE_CPU2

PDL5

PDCE1

150nH 2MHz

270uF

+

+/-20%

CE3_5-8H12

16V

VRD_CPU2_VCORE_CS1N (117)

VRD_CPU2_VCORE_CS1P (117)

VRD_CPU2_VCORE_CS2N (117)

VRD_CPU2_VCORE_CS2P (117)

VRD_CPU2_VCORE_CS3N (117)

VRD_CPU2_VCORE_CS3P (117)

+12VA

PEC34

PEC36

PEC29

PEC32

PEC1533

22uF

+/-20%

A A

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+

5

C0805H1_4

PECE1504

470uF

+/-20%

CPS7343H2_1

2V

X6S

X6S 4V

4V

+

PECE1505

470uF

+/-20%

CPS7343H2_1

2V

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+

PEC30

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PECE1506

470uF

+/-20%

CPS7343H2_1

2V

+

PECE1508

470uF

+/-20%

CPS7343H2_1

2V

PEC35

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+

PEC33

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PECE1509

470uF

+/-20%

CPS7343H2_1

2V

+

PEC1535

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PECE1510

470uF

+/-20%

CPS7343H2_1

2V

4

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+

PECE1511

470uF

+/-20%

CPS7343H2_1

2V

PEC36

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PECE1507

+

470uF

+/-20%

CPS7343H2_1

2V

PEC1534

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC1526

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC1527

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC1528

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

3

PEC1537

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC1536

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC28

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PER1500

150ohm

+/-1%

R0603H0_55

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU2 VCORE Phase 1-3

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 118 185

2

01015C800-000-G 118 185

Module Integration Business Group (MIBG)

01/25/2011, 10:58 AM

1

RevSheet

of

X00

5

4

3

2

1

CPU2 VCORE Phase 4

VRD_CPU2_VCORE_PWM4(117)

VRD_CPU2_VCORE_VIN

D D

C C

PDR75

2.2ohm

+/-1%

R0603H0_55

PDC1511

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

+5V

PDR74

PDR1523

2.2ohm

+/-1%

R0603H0_55

DEPOP

+VCORE_CPU2 +VCORE_CPU2

PDR1524 0ohm

+/-5% R0402H0_4

DEPOP

PDC1512

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

PEC12

PEC16

22uF

+/-20%

C0805H1_4

X6S

4V

PEC20

PEC19

22uF

+/-20%

C0805H1_4

X6S

4V

RCR1505

4.7kohm

+/-1%

R0402H0_4

PEC13

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC21

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PDR1525 0ohm

+/-5% R0603H0_55

DEPOP

PEC15

PEC14

22uF

+/-20%

C0805H1_4

X6S

4V

PEC23

PEC22

22uF

+/-20%

C0805H1_4

X6S

4V

PEC17

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC24

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PDR73 1ohm

+/-1% R0603H0_55

VRD_CPU2_VCORE_BOOT4

VRD_CPU2_VCORE_GD4 VRD_CPU2_VCORE_UVC4 VRD_CPU2_VCORE_VCC4 VRD_CPU2_VCORE_PVC4

PDC1513

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

PEC1531

PEC7

22uF

+/-20%

C0805H1_4

X6S

4V

PEC26

PEC25

22uF

+/-20%

C0805H1_4

X6S

4V

PDC56 0.1uF +/-10%

PDDR4

2

BOOT

4

UGATE

PWM

3

GD SEL

PHASE

8

UVCC

9

LGATE

VCC

7

PVCC

ISL6622CRZ-T

QFN11-0_5-SQ3H1A-PWR

PEC8

PEC18

22uF

+/-20%

C0805H1_4

X6S

4V

PEC1530

PEC27

22uF

+/-20%

C0805H1_4

X6S

4V

50VX7R C0603H0_9

GND

EPAD

http://adf.ly/3o8pJ

PDQ7

876

5

876

5

PDR1522

10kohm

VRD_CPU2_VCORE_DRVH4

1 10 5

VRD_CPU2_VCORE_DRVL4

6 11

10kohm

+/-1%

R0603H0_55

PEC1516

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC1521

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

1

1 4

4

S

G D

VRD_CPU2_VCORE_PH4

PDQ8

5

4

G D

PEC1514

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC1520

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

BSZ060NE2LS

876

1

S

PDR71

1ohm

+/-1%

R0402H0_4

PDR72

1ohm

+/-1%

R0402H0_4

BSC018NE2LS

PDC55

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

PEC1529

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC1510

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC1512

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC1515

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PDC51

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

EMC_L10441-03

PDL4

230nH 500KHz

L2-12_1X8H7_5A

PEC1513

PEC1519

22uF

+/-20%

C0805H1_4

X6S

4V

PEC1518

PEC1517

22uF

+/-20%

C0805H1_4

X6S

4V

VRD_CPU2_VCORE_VIN

PDC53

PDC54

10uF

+/-10%

C0805H1_35

X5R

16V

LDCR:0.29m ohm

1 2

PDTP7 TP-SHORT-PADPDTP7 TP-SHORT-PAD

1 2

PDTP8 TP-SHORT-PADPDTP8 TP-SHORT-PAD

PEC1525

PEC1524

22uF

+/-20%

C0805H1_4

X6S

4V

PDC52

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

PEC1523

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+VCORE_CPU2

VRD_CPU2_VCORE_CS4N (117)

VRD_CPU2_VCORE_CS4P (117)

PEC1522

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

CPU2 VSA Phase

PFC15

1uF

+/-10%

BSC018NE2LS

PFR24

1ohm

+/-1%

R0402H0_4

PFR25

1ohm

+/-1%

R0402H0_4

PFC11

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

+/-10%

C0603H0_9

X7R

X7R 16V

16V

TOKO_N3RC4-B

PFL3

0.33uH 100KHz

L2-12X10_3H6B

+

RCR1501

4.7kohm

+/-1%

R0402H0_4

PECE1503

470uF

+/-20%

CPS7343H2_1

2V

VRD_CPU2_VSA_PWM(117)

PDR1508 0ohm

+/-5% R0603H0_55

DEPOP

PEC1504

PEC11

22uF

+/-20%

C0805H1_4

X6S

4V

PFR23 1ohm

+/-1% R0603H0_55

VRD_CPU2_VSA_BOOT

VRD_CPU2_VSA_GD VRD_CPU2_VSA_UVC VRD_CPU2_VSA_VCC VRD_CPU2_VSA_PVC

PDC1500

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

PEC1505

PEC1511

22uF

+/-20%

C0805H1_4

X6S

4V

PFC10 0.1uF +/-10%

PFDR1

2

BOOT

4

PWM

3

GD SEL

8

UVCC

9

VCC

7

PVCC

ISL6622CRZ-T

QFN11-0_5-SQ3H1A-PWR

PEC10

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

50VX7R C0603H0_9

UGATE PHASE

GND

LGATE

EPAD

PEC1506

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

1 10 5 6 11

PEC1508

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

VRD_CPU2_VSA_DRVH

VRD_CPU2_VSA_DRVL

PEC5

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PFR1502

10kohm

+/-1%

R0603H0_55

PFR1503

150ohm

+/-1%

R0603H0_55

PFQ5

5

4

G D

4

876

1

BSZ060NE2LS

S

VRD_CPU2_VSA_PH

PFQ4

876

5

876

5

1

S

G D

PFR1501

2.2ohm

+/-1%

R0603H0_55

+5V

PFR22

2.2ohm

+/-1%

R0603H0_55

PDR1509 0ohm

+/-5% R0402H0_4

DEPOP

PDC1501

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

V_VSA_CPU2

+

PECE1502

470uF

+/-20%

CPS7343H2_1

2V

VRD_CPU2_VCORE_VIN

B B

PFR21

2.2ohm

+/-1%

R0603H0_55

DEPOP

PFC1503

1uF

+/-10%

C0402H0_55

X5R

X5R 16V

16V

A A

VR:12V->VSA

Controller:ISL6364

SVID range:0.85V~1.1V (PDG0.9)

TDC=20A

Imax=24A

OCP=30A

Transient iccstep=4.1A, 4A/us

Frequ=403KHz

5

4

3

PFC14

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

LDCR:0.6m ohm

1 2

PFTP3 TP-SHORT-PADPFTP3 TP-SHORT-PAD

1 2

PFTP4 TP-SHORT-PADPFTP4 TP-SHORT-PAD

VRD_CPU2_VCORE_VIN

PFC12

PFC13

10uF

+/-10%

C0805H1_35

X5R

16V

2

V_VSA_CPU2

VRD_CPU2_VSA_CSN (117)

VRD_CPU2_VSA_CSP (117)

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU2 VCORE Phase 4-6

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 119 185

Module Integration Business Group (MIBG)

01/25/2011, 10:58 AM

1

RevSheet

of

X00

5

CPU1 MEM01-ISL6353

+12VB

POR10

24.9kohm

+/-1%

R0402H0_4

DEPOP

D D

VRD_CPU1_MEM01_EN(123,153)

SVID_CPU1_SDIO(42,113) SVID_CPU1_SVCLK(42,113)

VRD_CPU1_MEM01_VDDQ_PG(153)

SVID_CPU1_ALERT_N(42,113)

ANY_MEM_VRHOT_N(127,153)

CPU1_VDDQ1_FB

C C

POC8

POC34

330nF

+/-10%

C0402H0_55

POC8

47pF

+/-5%

C0402H0_55

C0G

C0G 50V

50V

POR7 2kohm

+/-1% R0402H0_4

POC6 470pF

50VNPO

+/-5%

C0402H0_55

DEPOP

POR38

11kohm

+/-1%

R0402H0_4

POC35

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

POR6

10kohm

+/-1%

R0402H0_4

DEPOP

POC1

10nF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

CPU1_VDDQ1_VSUMP

B B

CPU1_VDDQ1_VSUMN

POR40

2.61kohm

+/-1%

R0402H0_4

POTH1

10kohm

+/-1%

R0603H0_95

POC5

470pF

+/-5%

C0402H0_55

NPO

NPO 50V

50V

POR11

33kohm

+/-1%

R0402H0_4

VR:12V->MEM VDDQ(1.5V default)

Controller:ISL6353

SVID range:1.5V,1.35V,1.2V

A A

LL=0m

TDC=40A

Imax=44A

OCP=106A

Transient iccstep=26A, 8A/us

Frequ=300KHz

5

DEPOP

POR9

2.21kohm

+/-1%

R0402H0_4

+3.3V

POR15

4.75kohm

+/-1%

R0402H0_4

POR8 8.06kohm

+/-1% R0402H0_4

POC7 1nF +/-10%

50V X7R C0402H0_55

POC9 150pF

50V NPO

+/-5%

C0402H0_55

+/-5%

C0402H0_55

DEPOP

POR12 8.25kohm

+/-1% R0402H0_4

CPU1_VDDQ1_VSUMP(122)

CPU1_VDDQ1_VSUMN(122)

DEPOP

POC28

330pF

+/-5%

C0402H0_55

POC29

C0G

220nF

50V

50V DEPOP

DEPOP

X7R

+/-10%

16V

POR32

C0402H0_55

100ohm

+/-1%

R0402H0_4

DEPOP

CPU1_VDDQ1_VSENP

CPU1_VDDQ1_VSENN

POC4

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

POR14

4.75kohm

+/-1%

R0402H0_4

POR39 0ohm

+/-5% R0603H0_55

POR52 150ohm

+/-1% R0402H0_4

POR16 10kohm

+/-1% R0402H0_4

POR5 0ohm

+/-5% R0402H0_4

POR20 10kohm

+/-1% R0402H0_4

POR19 1.1kohm

+/-1% R0402H0_4

POR34

470ohm

+/-1%

R0402H0_4

POC3

47nF

+/-10%

16V X7R

CPU1_VDDQ1_VSUMP

CPU1_VDDQ1_VSUMN

4

CPU1_VDDQ1_VW

CPU1_VDDQ1_COMP

DEPOP

CPU1_VDDQ1_FB

CPU1_VDDQ1_VSENP

CPU1_VDDQ1_VSENN

DEPOP

POR4

8.06kohm

16.5kohm

POR1502

C0402H0_55

+/-1%

R0402H0_4

POC26

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

4

+12VB

+5V +5V

PRO1

2.2ohm

+/-1%

R0603H0_55

POC31

220nF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

CPU1_VDDQ1_VIN

CPU1_VDDQ1_VDDP

21

POU1

4

VR_ON

1

SDA

3

SOLK

5

PGOOD

2

ALERT#

7

VR_HOT#

9

VW

10

COMP

12

FB2

11

FB

16

VSEN

17

RTN

39

OVP

40

ADDR

19

ISUMP

18

ISUMN

6

IMON

22

PROG1

35

PROG2

36

PSI

ISL6353CRTZ-T

TQFN41-0_4-SQ5H0_75-PWR

POR29

11kohm

V_MEM_VDD_CPU1

+/-1%

R0402H0_4

POR1503 100ohm

+/-1% R0402H0_4

POR2 0ohm

+/-5% R0402H0_4

29

VIN

VDDP

POR33

16.5kohm

+/-1%

R0402H0_4

DEPOP

POR27

0ohm

+/-5%

R0402H0_4

V_MEM_VDD_CPU1

Sense Line To DIMM Field

POR1 0ohm

+/-5% R0402H0_4

POR1504 100ohm

+/-1% R0402H0_4

PRO2

2.2ohm

+/-1%

R0603H0_55

POC33

2.2uF

+/-10%

C0603H0_9

X5R

X5R 16V

16V

20

BOOT1

VDD

UG1

VSSP1

ISEN1

BOOT2

UG2

VSSP2

ISEN2

PWM3

ISEN3

VSET2

VSET1

NTC

EPAD

3

http://adf.ly/3o8pJ

POR36

2.2ohm

+/-1%

R0603H0_55

PH1

LG1

PH2

LG2

23

24

25

27

26

15

34

33

32

30

31

14

28

13

37

38

8

41

R0603H0_55

POC30

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

CPU1_VDDQ1_BOOT1

CPU1_VDDQ1_DRVH1

CPU1_VDDQ1_PH1

CPU1_VDDQ1_DRVL1

CPU1_VDDQ1_ISEN1

CPU1_VDDQ1_BOOT2

CPU1_VDDQ1_DRVH2

CPU1_VDDQ1_PH2

CPU1_VDDQ1_DRVL2

CPU1_VDDQ1_ISEN2

CPU1_VDDQ1_PWM3

CPU1_VDDQ1_ISEN3

POC2

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

POR3

33kohm

+/-1%

R0402H0_4

CPU1_VDDQ1_VDD

POR37 1ohm

+/-1% R0603H0_55

POR35 1ohm

+/-1% R0603H0_55

CPU1_VDDQ1_PWM3 (122)

CPU1_VDDQ1_ISEN3 (122)

POR13

3.83kohm

+/-1%

R0402H0_4

POTH2

100kohm

+/-1%

R0603H0_95

3

POC32 0.1uF +/-10%

POC27 0.1uF +/-10%

POC12

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

50VX7R C0603H0_9

CPU1_VDDQ1_VDD

POR24

0ohm

+/-5%

R0402H0_4

DEPOP

POR22

0ohm

+/-5%

R0402H0_4

POR49

10kohm

+/-1%

R0603H0_55

POR50

10kohm

+/-1%

R0603H0_55

POR1501

0ohm

+/-5%

R0402H0_4

DEPOP

POR1500

0ohm

+/-5%

R0402H0_4

5

4

G D

5

4

G D

5

4

G D

5

4

G D

POC1500

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

POQ4

POQ1

POQ5

POQ2

2

876

1

BSZ060NE2LS

S

876

1

BSC018NE2LS

S

876

1

BSZ060NE2LS

S

876

1

BSC018NE2LS

S

2

POC41

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

POR43

1ohm

+/-1%

R0402H0_4

POR44

1ohm

+/-1%

R0402H0_4

POC38

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

POC43

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

POR47

1ohm

+/-1%

R0402H0_4

POR48

1ohm

+/-1%

R0402H0_4

POC40

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

POC42

POC1512

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

POC42

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

LDCR:0.6m ohm

CPU1_VDDQ1_VSUMP

CPU1_VDDQ1_V2N

CPU1_VDDQ1_V3N

CPU1_VDDQ1_ISEN1

CPU1_VDDQ1_VSUMN

POC1510

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

POC19 220nF

16V X7R

+/-10%

C0402H0_55

POC44

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

POR30 3.3kohm

+/-1% R0402H0_4

POR53 10kohm

+/-1% R0402H0_4

POR54 10kohm

+/-1% R0402H0_4

POR31 10kohm

+/-1% R0402H0_4

POR28 10ohm

+/-1% R0402H0_4

LDCR:0.6m ohm

CPU1_VDDQ1_VSUMP

CPU1_VDDQ1_V1N

CPU1_VDDQ1_V3N

CPU1_VDDQ1_ISEN2

CPU1_VDDQ1_VSUMN

CPU1_VDDQ1_V1N

CPU1_VDDQ1_V2N

CPU1_VDDQ1_V3N

Hon Hai Precision Ind.Co., Ltd.

Title

Document Number:

Document Number: PCB P/N:

PCB P/N:

POR25 3.3kohm

+/-1% R0402H0_4

POR55 10kohm

+/-1% R0402H0_4

POR56 10kohm

+/-1% R0402H0_4

POR26 10kohm

POC11 220nF

+/-1% R0402H0_4

16V X7R

POR23 10ohm

+/-10%

+/-1% R0402H0_4

C0402H0_55

CPU1 MEM01 ISL6353

01015C800-000-G 121 185

VRD_CPU1_MEM01_VDDQ_VIN

POCE2

+

POCE2

270uF

+/-20%

CE3_5-8H12

16V

POC1511

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

TOKO_N3RC4-B

0.33uH 100KHz

L2-12X10_3H6B

12

TP-SHORT-PAD

VRD_CPU1_MEM01_VDDQ_VIN

POC1509

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

TOKO_N3RC4-B

0.33uH 100KHz

L2-12X10_3H6B

12

TP-SHORT-PAD

CPU1_VDDQ1_V1N (122)

CPU1_VDDQ1_V2N (122)

CPU1_VDDQ1_V3N (122)

01/25/2011, 10:57 AM

1

POCE1

270uF

+

+/-20%

CE3_5-8H12

16V

V_MEM_VDD_CPU1

POL3

12

POTP4

TP-SHORT-PAD

DEPOPPOR53 10kohm

DEPOP

DEPOPPOR54 10kohm

DEPOP

CPU1_VDDQ1_V1N

POL4

POTP5

DEPOPPOR55 10kohm

DEPOP

DEPOPPOR56 10kohm

DEPOP

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

1

V_MEM_VDD_CPU1

12

TP-SHORT-PAD

CPU1_VDDQ1_V2N

POL1

150nH 2MHz

POTP1

POTP2

of

RevSheet

+12VB

X00

5

CPU1 MEM1 VDDQ

4

3

2

1

http://adf.ly/3o8pJ

D D

CPU1_VDDQ1_PWM3(121)

+5V

POR42

2.2ohm

+/-1%

R0603H0_55

POC36

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

C C

B B

POR41 1ohm

CPU1_VDDQ1_BOOT3

CPU1_VDDQ1_NC1 CPU1_VDDQ1_NC2

CPU1_VDDQ1_VCC

V_MEM_VDD_CPU1

+/-1% R0603H0_55

PODR1

2

BOOT

4

PWM

3

NC1

8

NC2

9

EN

7

VCC

ISL6620CRZ-T

QFN11-0_5-SQ3H1A-PWR

POCE1505

+

470uF

+/-20%

CPS7343H2_1

2V

POC1506

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

POC37 0.1uF +/-10%

50VX7R C0603H0_9

CPU1_VDDQ1_DRVH3

1

UGATE

10

PHASE

5

GND

CPU1_VDDQ1_DRVL3

6

LGATE

11

EPAD

POCE1504

+

470uF

+/-20%

CPS7343H2_1

2V

POC14

POC13

22uF

+/-20%

C0805H1_4

X6S

4V

POCE1503

470uF

+/-20%

CPS7343H2_1

2V

+

POC15

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

POCE1502

470uF

+/-20%

CPS7343H2_1

2V

POR51

10kohm

+/-1%

R0603H0_55

+

POC16

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

POQ6

5

4

G D

POQ3

5

4

G D

POCE1501

470uF

+/-20%

CPS7343H2_1

2V

POC17

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

876

1

BSZ060NE2LS

S

CPU1_VDDQ1_PH3

876

1

BSC018NE2LS

S

POCE1500

+

470uF

+/-20%

CPS7343H2_1

2V

POC18

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

POC45

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

POR45

1ohm

+/-1%

R0402H0_4

POR46

1ohm

+/-1%

R0402H0_4

POC39

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

CPU1_VDDQ1_VSUMP

CPU1_VDDQ1_ISEN3

CPU1_VDDQ1_VSUMN

POC1503

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

POC46

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

CPU1_VDDQ1_ISEN3

CPU1_VDDQ1_VSUMN

POC1504

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

POC1508

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

CPU1_VDDQ1_VSUMP

CPU1_VDDQ1_V1N

CPU1_VDDQ1_V2N

VRD_CPU1_MEM01_VDDQ_VIN

POC1507

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

TOKO_N3RC4-B

POR17 3.3kohm

+/-1% R0402H0_4

POR57 10kohm

+/-1% R0402H0_4

POR58 10kohm

+/-1% R0402H0_4

POR18 10kohm

POC10 220nF

+/-1% R0402H0_4

16V X7R

POR21 10ohm

+/-1% R0402H0_4

+/-10%

C0402H0_55

CPU1_VDDQ1_VSUMP (121)

CPU1_VDDQ1_ISEN3 (121)

CPU1_VDDQ1_VSUMN (121)

POC1501

POC1505

22uF

+/-20%

C0805H1_4

X6S

4V

LDCR:0.6m ohm

POL2

0.33uH 100KHz

L2-12X10_3H6B

12

POTP6

TP-SHORT-PAD

DEPOPPOR57 10kohm

DEPOP

DEPOPPOR58 10kohm

DEPOP

CPU1_VDDQ1_V1N

CPU1_VDDQ1_V2N

CPU1_VDDQ1_V3N

POC1502

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

V_MEM_VDD_CPU1

12

POTP3

TP-SHORT-PAD

CPU1_VDDQ1_V3N

CPU1_VDDQ1_V1N (121)

CPU1_VDDQ1_V2N (121)

CPU1_VDDQ1_V3N (121)

POC22

POC23

POC20

POC21

10uF

+/-20%

C0603H0_9

X5R

6.3V

A A

5

4

10uF

+/-20%

C0603H0_9

X5R

6.3V

POC23

10uF

+/-20%

C0603H0_9

X5R

6.3V

POC24

10uF

+/-20%

C0603H0_9

X5R

6.3V

POC25

10uF

+/-20%

C0603H0_9

X5R

6.3V

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU1 MEM01 VDDQ

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 122 185

3

2

01015C800-000-G 122 185

Module Integration Business Group (MIBG)

01/25/2011, 10:57 AM

1

RevSheet

of

X00

5

4

3

2

1

http://adf.ly/3o8pJ

D D

CPU1 MEM01 VTT

C C

V_MEM_VDD_CPU1

PWC3

10uF

+/-10%

C0805H1_35

X7R

6.3V

V_MEM_VTT_CPU1

PWC1

10uF

+/-10%

C0805H1_35

X7R

6.3V

B B

6.3V

PWC1500

10uF

+/-10%

C0805H1_35

X7R

6.3V

PWC4

10uF

+/-10%

C0805H1_35

X7R

6.3V

PWC2

10uF

+/-10%

C0805H1_35

X7R

6.3V

V_MEM_VDD_CPU1

PWC1501

10uF

+/-10%

C0805H1_35

X7R

6.3V

PWR1501

10kohm

+/-1%

R0603H0_55

PWR1

10kohm

+/-1%

R0603H0_55

PWR1500 0ohm

+/-5% R0603H0_55

VRD_CPU1_MEM01_EN(121,153)

PWC5

1nF

+/-10%

C0603H0_9

X7R

X7R 50V

50V

PWU2

1

REFIN

2

VLDOIN

3

VO

4

PGND VOSNS5REFOUT

TPS51200DRCR

QFN11-0_5-SQ3_15H1A

11

EPAD

10

VIN

9

PGOOD

8

GND

7

EN

6

PWR2 0ohm

+/-5% R0603H0_55

+3.3V +3.3V

PWC9

PWC7

4.7uF

+/-10%

C0603H0_9

X5R

X5R 10V

10V

PWC9

0.1uF

+/-10%

C0603H0_9

X7R

X7R 25V

25V

PWC6

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PWR4

10kohm

+/-1%

R0402H0_4

PWC8

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

PWR3 0ohm

+/-5% R0603H0_55

VRD_CPU1_MEM01_VTT_PG (153)

VR:MEM VDD->MEM VTT(1/2 VDDQ)

Controller:TPS51200

TDC=3.9A

A A

Imax=4.3A

OCP=3A

Transient iccstep=0.4A, 1A/us

5

Hon Hai Precision Ind.Co., Ltd.

Title

CPU1 MEM01 VTT

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 123 185

4

3

2

01015C800-000-G 123 185

01/25/2011, 10:57 AM

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

CPU2 MEM01-ISL6353

+12VB

PQR31

24.9kohm

+/-1%

R0402H0_4

DEPOP

D D

VRD_CPU2_MEM01_EN(129,153)

SVID_CPU2_SDIO(43,117) SVID_CPU2_SVCLK(43,117)

VRD_CPU2_MEM01_VDDQ_PG(153)

SVID_CPU2_ALERT_N(43,117)

ANY_MEM_VRHOT_N(121,153)

C C

CPU2_VDDQ1_FB

PQC19

PQR1

2.61kohm

+/-1%

R0402H0_4

PQTH2

10kohm

+/-1%

R0603H0_95

PQC19

470pF

+/-5%

C0402H0_55

NPO

NPO 50V

50V

PQR30

33kohm

+/-1%

R0402H0_4

PQR35

10kohm

+/-1%

R0402H0_4

DEPOP

PQC23

10nF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

CPU2_VDDQ1_VSUMP

B B

CPU2_VDDQ1_VSUMN

PQC1

330nF

+/-10%

C0402H0_55

PQC16

47pF

+/-5%

C0402H0_55

C0G

C0G 50V

50V

PQR34 2kohm

+/-1% R0402H0_4

PQC18 470pF

50VNPO

+/-5%

C0402H0_55

DEPOP

PQR2

11kohm

+/-1%

R0402H0_4

PQC6

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

VR:12V->MEM VDDQ(1.5V default)

Controller:ISL6365

SVID range:1.5V,1.35V,1.2V

A A

LL=0m

TDC=40A

Imax=44A

OCP=106A

Transient iccstep=26A, 8A/us

Frequ=300KHz

5

DEPOP

PQR32

2.21kohm

+/-1%

R0402H0_4

+3.3V

PQR27

4.75kohm

+/-1%

R0402H0_4

PQR1503 0ohm

+/-5% R0603H0_55

PQR52 150ohm

+/-1% R0402H0_4

PQR33 8.06kohm

+/-1% R0402H0_4

PQC17 1nF +/-10%

50V X7R C0402H0_55

PQC15 150pF

50V NPO

+/-5%

C0402H0_55

+/-5%

C0402H0_55

DEPOP

PQR29 8.25kohm

+/-1% R0402H0_4

PQC7

220nF

X7R

+/-10%

16V

C0402H0_55

CPU2_VDDQ1_VSUMP(128)

CPU2_VDDQ1_VSUMN(128)

DEPOP

PQC8

330pF

+/-5%

C0402H0_55

C0G

C0G 50V

50V DEPOP

DEPOP

PQR10

100ohm

+/-1%

R0402H0_4

DEPOP

CPU2_VDDQ1_VSENP

CPU2_VDDQ1_VSENN

PQC20

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

PQR26 10kohm

+/-1% R0402H0_4

PQR36 0ohm

+/-5% R0402H0_4

PQR24 10kohm

+/-1% R0402H0_4

PQR25 1.1kohm

+/-1% R0402H0_4

PQR8

470ohm

+/-1%

R0402H0_4

PQC21

47nF

+/-10%

16V X7R

CPU2_VDDQ1_VSUMP

CPU2_VDDQ1_VSUMN

4

CPU2_VDDQ1_VW

CPU2_VDDQ1_COMP

DEPOP

CPU2_VDDQ1_FB

CPU2_VDDQ1_VSENP

CPU2_VDDQ1_VSENN

DEPOP

PQR37

8.06kohm

16.5kohm

PQR1500

C0402H0_55

+/-1%

R0402H0_4

PQR1504 100ohm

+/-1% R0402H0_4

PQC10

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

PQR1505 100ohm

+/-1% R0402H0_4

4

+12VB

PQR13

11kohm

+/-1%

R0402H0_4

PQR51 0ohm

+/-5% R0402H0_4

PQR5

2.2ohm

+/-1%

R0603H0_55

PQC4

220nF

+/-10%

C0603H0_9

4 1 3 5 2 7

9

10

12

11

16

17

39

40

19

18

6

22

35

36

V_MEM_VDD_CPU2

+5V +5V

X7R

X7R 16V

16V

CPU2_VDDQ1_VIN

CPU2_VDDQ1_VDDP

21

PQU1

VR_ON SDA SOLK PGOOD ALERT# VR_HOT#

VW

COMP

FB2

FB

VSEN

RTN

OVP

ADDR

ISUMP

ISUMN

IMON

PROG1

PROG2

PSI

ISL6353CRTZ-T

TQFN41-0_4-SQ5H0_75-PWR

29

VIN

VDDP

PQR9

16.5kohm

+/-1%

R0402H0_4

DEPOP

PQR15

0ohm

+/-5%

R0402H0_4

V_MEM_VDD_CPU2

Sense Line To DIMM Field

PQR50 0ohm

+/-5% R0402H0_4

PQR3

2.2ohm

+/-1%

R0603H0_55

20

BOOT1

VDD

UG1

VSSP1

ISEN1

BOOT2

UG2

VSSP2

ISEN2

PWM3

ISEN3

VSET2

VSET1

NTC

EPAD

3

http://adf.ly/3o8pJ

PQR6

2.2ohm

+/-1%

R0603H0_55

PQC2

2.2uF

+/-10%

C0603H0_9

X5R

X5R 16V

16V

23

24

25

PH1

27

LG1

26

15

34

33

32

PH2

30

LG2

31

14

28

13

37

38

8

41

R0603H0_55

PQC5

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

CPU2_VDDQ1_BOOT1

CPU2_VDDQ1_DRVH1

CPU2_VDDQ1_PH1

CPU2_VDDQ1_DRVL1

CPU2_VDDQ1_ISEN1

CPU2_VDDQ1_BOOT2

CPU2_VDDQ1_DRVH2

CPU2_VDDQ1_PH2

CPU2_VDDQ1_DRVL2

CPU2_VDDQ1_ISEN2

CPU2_VDDQ1_PWM3

CPU2_VDDQ1_ISEN3

PQC22

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

PQR38

33kohm

+/-1%

R0402H0_4

CPU2_VDDQ1_VDD

PQR4 1ohm

+/-1% R0603H0_55

PQR7 1ohm

+/-1% R0603H0_55

CPU2_VDDQ1_PWM3 (128)

CPU2_VDDQ1_ISEN3 (128)

PQR28

3.83kohm

+/-1%

R0402H0_4

PQTH1

100kohm

+/-1%

R0603H0_95

3

PQC3 0.1uF +/-10%

PQC9 0.1uF +/-10%

PQC13

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

50VX7R C0603H0_9

CPU2_VDDQ1_VDD

PQR20

0ohm

+/-5%

R0402H0_4

DEPOP

PQR19

0ohm

+/-5%

R0402H0_4

PQR39

10kohm

+/-1%

R0603H0_55

PQR40

10kohm

+/-1%

R0603H0_55

PQR1501

0ohm

+/-5%

R0402H0_4

DEPOP

PQR1502

0ohm

+/-5%

R0402H0_4

5

4

G D

5

4

G D

5

4

G D

5

4

G D

PQC1500

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

PQQ2

PQQ4

PQQ1

PQQ5

2

876

1

BSZ060NE2LS

S

876

1

BSC018NE2LS

S

876

1

BSZ060NE2LS

S

876

1

BSC018NE2LS

S

2

PQC29

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

PQR46

1ohm

+/-1%

R0402H0_4

PQR45

1ohm

+/-1%

R0402H0_4

PQC32

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

PQC26

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

PQR44

1ohm

+/-1%

R0402H0_4

PQR43

1ohm

+/-1%

R0402H0_4

PQC31

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

PQC1506

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

PQC24

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

LDCR:0.6m ohm

CPU2_VDDQ1_VSUMP

CPU2_VDDQ1_V2N

CPU2_VDDQ1_V3N

CPU2_VDDQ1_ISEN1

CPU2_VDDQ1_VSUMN

PQC1504

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

PQC11 220nF

16V X7R

+/-10%

C0402H0_55

PQC25

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

PQR12 3.3kohm

+/-1% R0402H0_4

PQR53 10kohm

+/-1% R0402H0_4

PQR54 10kohm

+/-1% R0402H0_4

PQR11 10kohm

+/-1% R0402H0_4

PQR14 10ohm

+/-1% R0402H0_4

LDCR:0.6m ohm

CPU2_VDDQ1_VSUMP

CPU2_VDDQ1_V1N

CPU2_VDDQ1_V3N

CPU2_VDDQ1_ISEN2

CPU2_VDDQ1_VSUMN

CPU2_VDDQ1_V1N

CPU2_VDDQ1_V2N

CPU2_VDDQ1_V3N

Hon Hai Precision Ind.Co., Ltd.

Title

Document Number:

Document Number: PCB P/N:

PCB P/N:

PQR17 3.3kohm

+/-1% R0402H0_4

PQR55 10kohm

+/-1% R0402H0_4

PQR56 10kohm

+/-1% R0402H0_4

PQR16 10kohm

PQC12 220nF

+/-1% R0402H0_4

16V X7R

PQR18 10ohm

+/-10%

+/-1% R0402H0_4

C0402H0_55

CPU2 MEM01 ISL6353

01015C800-000-G 127 185

VRD_CPU2_MEM01_VDDQ_VIN

PQCE1

+

PQCE1

270uF

+/-20%

CE3_5-8H12

16V

PQC1505

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

TOKO_N3RC4-B

0.33uH 100KHz

L2-12X10_3H6B

12

TP-SHORT-PAD

VRD_CPU2_MEM01_VDDQ_VIN

PQC1503

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

TOKO_N3RC4-B

0.33uH 100KHz

L2-12X10_3H6B

12

TP-SHORT-PAD

CPU2_VDDQ1_V1N (128)

CPU2_VDDQ1_V2N (128)

CPU2_VDDQ1_V3N (128)

01/25/2011, 10:57 AM

1

PQCE2

270uF

+

+/-20%

CE3_5-8H12

16V

V_MEM_VDD_CPU2

PQL4

12

PQTP1

TP-SHORT-PAD

DEPOPPQR53 10kohm

DEPOP

DEPOPPQR54 10kohm

DEPOP

CPU2_VDDQ1_V1N

PQL2

PQTP2

DEPOPPQR55 10kohm

DEPOP

DEPOPPQR56 10kohm

DEPOP

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

1

V_MEM_VDD_CPU2

12

TP-SHORT-PAD

CPU2_VDDQ1_V2N

PQL1

150nH 2MHz

PQTP6

PQTP4

of

RevSheet

+12VB

X00

5

4

3

2

1

http://adf.ly/3o8pJ

CPU2 MEM1 VDDQ

D D

CPU2_VDDQ1_PWM3(127)

PQC1501

PQC28

+5V

PQR49

2.2ohm

+/-1%

R0603H0_55

PQC34

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

C C

B B

PQR42 1ohm

+/-1% R0603H0_55

CPU2_VDDQ1_BOOT3

CPU2_VDDQ1_NC1 CPU2_VDDQ1_NC2

CPU2_VDDQ1_VCC

PQDR1

2

BOOT

4

PWM

3

NC1

8

NC2

9

EN

7

VCC

ISL6620CRZ-T

QFN11-0_5-SQ3H1A-PWR

PQCE1500

+

470uF

+/-20%

CPS7343H2_1

2V

PQC44

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PQC30 0.1uF +/-10%

50VX7R C0603H0_9

1

UGATE

10

PHASE

5

GND

6

LGATE

11

EPAD

PQCE1501

+

470uF

+/-20%

CPS7343H2_1

2V

PQC41

PQC45

22uF

+/-20%

C0805H1_4

X6S

4V

CPU2_VDDQ1_DRVH3 CPU2_VDDQ1_PH3

CPU2_VDDQ1_DRVL3

PQCE1502

+

470uF

+/-20%

CPS7343H2_1

2V

PQC42

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PQCE1503

470uF

+/-20%

CPS7343H2_1

2V

PQC43

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+

PQR41

10kohm

+/-1%

R0603H0_55

PQCE1504

470uF

+/-20%

CPS7343H2_1

2V

PQC1507

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

4

+

PQQ3

5

G D

PQQ6

5

G D

PQCE1505

470uF

+/-20%

CPS7343H2_1

2V

PQC1508

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PQC28

10uF

1uF

+/-10%

876

1

BSZ060NE2LS

S

876

1

BSC018NE2LS

S

PQC1509

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

C0603H0_9

X7R

X7R 16V

16V

PQR48

1ohm

+/-1%

R0402H0_4

PQR47

1ohm

+/-1%

R0402H0_4

PQC33

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

PQC46

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

C0805H1_35

X5R

X5R 16V

16V

VRD_CPU2_MEM01_VDDQ_VIN

PQC1502

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

CPU2_VDDQ1_VSUMP

CPU2_VDDQ1_V1N

CPU2_VDDQ1_V2N

CPU2_VDDQ1_ISEN3

CPU2_VDDQ1_VSUMN

CPU2_VDDQ1_VSUMP

CPU2_VDDQ1_ISEN3

CPU2_VDDQ1_VSUMN

PQC1511

PQC1510

22uF

+/-20%

C0805H1_4

X6S

4V

PQC27

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

PQC14 220nF

16V X7R

+/-10%

C0402H0_55

CPU2_VDDQ1_VSUMP (127)

CPU2_VDDQ1_ISEN3 (127)

CPU2_VDDQ1_VSUMN (127)

PQC1512

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

LDCR:0.6m ohm

TOKO_N3RC4-B

12

TP-SHORT-PAD

PQR22 3.3kohm

+/-1% R0402H0_4

PQR57 10kohm

+/-1% R0402H0_4

PQR58 10kohm

+/-1% R0402H0_4

PQR21 10kohm

+/-1% R0402H0_4

PQR23 10ohm

+/-1% R0402H0_4

TP-SHORT-PAD

PQL3

0.33uH 100KHz

L2-12X10_3H6B

PQTP3

DEPOPPQR57 10kohm

DEPOP

DEPOPPQR58 10kohm

DEPOP

V_MEM_VDD_CPU2

12

PQTP5

TP-SHORT-PAD

CPU2_VDDQ1_V3N

CPU2_VDDQ1_V1N

CPU2_VDDQ1_V2N

CPU2_VDDQ1_V3NV_MEM_VDD_CPU2

CPU2_VDDQ1_V1N (127)

CPU2_VDDQ1_V2N (127)

CPU2_VDDQ1_V3N (127)

PQC37

PQC38

10uF

+/-20%

C0603H0_9

X5R

6.3V

PQC38

10uF

+/-20%

C0603H0_9

X5R

6.3V

PQC39

10uF

+/-20%

C0603H0_9

X5R

6.3V

PQC40

10uF

+/-20%

C0603H0_9

X5R

6.3V

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

CPU2 MEM01 VDDQ

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 128 185

3

2

01015C800-000-G 128 185

Module Integration Business Group (MIBG)

01/25/2011, 10:57 AM

1

RevSheet

of

X00

PQC36

PQC35

10uF

+/-20%

C0603H0_9

X5R

6.3V

A A

5

4

5

4

3

2

1

http://adf.ly/3o8pJ

D D

CPU2 MEM01 VTT

V_MEM_VDD_CPU2

PXR1500

10kohm

C C

PXC6

10uF

+/-10%

C0805H1_35

X7R

6.3V

V_MEM_VTT_CPU2

PXC1501

10uF

+/-10%

C0805H1_35

X7R

6.3V

B B

6.3V

PXC8

10uF

+/-10%

C0805H1_35

X7R

6.3V

V_MEM_VDD_CPU2

PXC7

10uF

+/-10%

C0805H1_35

X7R

6.3V

PXC1500

10uF

+/-10%

C0805H1_35

X7R

6.3V

PXC9

10uF

+/-10%

C0805H1_35

X7R

6.3V

10kohm

+/-1%

R0603H0_55

PXR4

10kohm

+/-1%

R0603H0_55

PXR1501 0ohm

+/-5% R0603H0_55

VRD_CPU2_MEM01_EN(127,153)

PXC5

1nF

+/-10%

C0603H0_9

X7R

X7R 50V

50V

PWU1

1

REFIN

2

VLDOIN

3

VO

4

PGND VOSNS5REFOUT

TPS51200DRCR

QFN11-0_5-SQ3_15H1A

11

EPAD

10

VIN

9

PGOOD

8

GND

7

EN

6

PXR3 0ohm

+/-5% R0603H0_55

+3.3V +3.3V

PXC2

4.7uF

+/-10%

C0603H0_9

X5R

X5R 10V

10V

PXC3

0.1uF

+/-10%

C0603H0_9

X7R

X7R 25V

25V

PXC4

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PXR1

10kohm

+/-1%

R0402H0_4

PXC1

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V DEPOP

DEPOP

PXR2 0ohm

+/-5% R0603H0_55

VRD_CPU2_MEM01_VTT_PG (153)

VR:12V->MEM VTT(1/2 VDDQ)

Controller:TPS51200

TDC=3.9A

A A

Imax=4.3A

OCP=3A

Transient iccstep=0.4A, 1A/us

5

Hon Hai Precision Ind.Co., Ltd.

Title

CPU2 MEM01 VTT

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 129 185

4

3

2

01015C800-000-G 129 185

01/25/2011, 10:57 AM

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

RevSheet

of

X00

1

X00

5

Ϩ

4

3

2

1

http://adf.ly/3o8pJ

+5V

H:1.05V-Ivy Bridge

L:1.00V-Sandy Bridge

D D

C C

CPU1_IVT_ID_CPLD(135,153,155)

VRD_CPU1_VTT_PG(153) VRD_CPU1_VTT_EN(153)

+VTT_CPU1

CPU1_SKT_VTT_VSENP(27)

CPU1_SKT_VTT_VSENN(27)

Place close to CPU scoket

B B

VRD_CPU1_VTT_VID0

D

PCQ1500

2N7002KT1G

SOT-23-GSDH1_12

G

S

+3.3V

PCR12

PCR22

3.3kohm

10kohm

+/-1%

R0402H0_4

PCR19 0ohm

+/-5% R0603H0_55

PCR18

2.21kohm

+/-1%

R0402H0_4

CPU1VTT_AGND

PCR7 100ohm

+/-1% R0402H0_4

PCTP1500 TP-SHORT-PAD

1 2

TP-SHORT-PAD

PCTP1501 TP-SHORT-PAD

PCR10 100ohm

TP-SHORT-PAD

1 2

TP-SHORT-PAD

+/-1% R0402H0_4

PCR14

3.3kohm

+/-1%

R0402H0_4

DEPOP

CPU1VTT_AGND

PCR8

+/-5%

0ohm

R0603H0_55

PCC12

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

PCR15

PCR15 0ohm

0ohm

+/-5%

R0402H0_4

VRD_CPU1_VTT_VID0

VRD_CPU1_VTT_VID1

VRD_CPU1_VTT_VSENP VRD_CPU1_VTT_VSENN

VRD_CPU1_VTT_SREF

PCR17

147kohm

+/-0.1%

R0603H0_55

PCC15

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PCR23 140kohm

+/-0.1% R0603H0_55

VRD_CPU1_VTT_PVCC

PCR16

7.15kohm

+/-0.1%

R0402H0_4

CPU1VTT_AGND

PCR9

2.2ohm

+/-1%

R0603H0_55

PCC13

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

VRD_CPU1_VTT_VCC

17

18

3 2

12 13

8 1

4

5 6 7

VRD_CPU1_VTT_SET2

PCC11

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

CPU1VTT_AGND

PFU2

VCC

BOOT

PVCC

UGATE

VID0

PHASE

VID1

LGATE

PGOOD EN

OCSET

FB RTN

VO

SREF

FSEL

SET0

PGND

SET1 SET3

EPAD

ISL95870B

QFN21-0_5-3X4H1-PWR

PCR1505 0ohm

+/-5% R0603H0_55

16

VRD_CPU1_VTT_DRVH

15

VRD_CPU1_VTT_PH

14

VRD_CPU1_VTT_DRVL

19

VRD_CPU1_VTT_OCSET

9

VRD_CPU1_VTT_VO

10

11

20 21

CPU1VTT_AGND

CPU1 VTT

PCR11

0ohm

+/-5%

R0603H0_55

VRD_CPU1_VTT_BOOT

PCR13 1ohm

+/-1% R0603H0_55

PCR21

100kohm

+/-1%

R0402H0_4

DEPOP

CPU1VTT_AGND

PCC14

0.1uF

X7R

+/-10%

50V

C0603H0_9

VRD_CPU1_VTT_DRVH_R

PCR20

2.2kohm

+/-1%

R0402H0_4

PCC18

PCC21

22uF

1uF

+/-10%

C1210H2_7

C0603H0_9

X5R

X7R

16V

PCQ3

876

5

876

5

1

1 4

4

BSZ060NE2LS

S

G D

TOKO_N3RC4-B

PCL2

0.33uH 100KHz

PCR25

1ohm

+/-1%

PCQ4

R0402H0_4

876

5

876

5

PCR26

1

4

G D

1ohm

+/-1%

S

BSC018NE2LS

R0402H0_4

PCC22

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

0.33uH 100KHz

12

PCTP4

TP-SHORT-PAD

ROCSET

PCR24

2.2kohm

+/-1%

R0402H0_4

CSEN

PCC17

220nF

PCC17

220nF

16VX7R

C0402H0_55

+/-10%

C0402H0_55

+/-10%

X7R

22nF

PCC16

16V

PCC16

16V

C0402H0_6

+/-10%

C0402H0_6

+/-10%

OCP Setting OCP=(ROSET*IOCSET)/LDCR IOCSET : 8.5uA LDCR : 0.6m ohm CSEN : L/(ROSET*LDCR)

12

PCTP3

TP-SHORT-PAD

PBC36

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC1537

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC35

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC1533

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PCC19

22uF

+/-10%

C1210H2_7

X5R

X5R 16V

16V

VRD_CPU1_VTT_VIN

PCC20

22uF

+/-10%

C1210H2_7

X5R

X5R 16V

16V

PBC28

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC1536

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PCCE1

270uF

+

+/-20%

CE3_5-8H12

16V

PBC1502

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC1535

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC3

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+

PBC1507

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC8

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PCL3

150nH 2MHz

PBCE1510

470uF

+/-20%

CPS7343H2_1A

2V

PBC37

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC1534

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+12VA

+

+VTT_CPU1

PBCE2

470uF

+/-20%

CPS7343H2_1A

2V

PBC1527

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBC34

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+

PBC38

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PBCE1

470uF

+/-20%

CPS7343H2_1A

2V

+VTT_CPU1

+

PBCE1511

470uF

+/-20%

CPS7343H2_1A

2V

VR:12V->1.05/1.00V

Controller:ISL95870B

TDC=20A

Imax=24A

OCP=31A

A A

Transient iccstep=7.5A, 20A/us

Frequ=500KHz

Hon Hai Precision Ind.Co., Ltd.

Title

CPU1 VTT

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 133 185

5

4

3

2

01015C800-000-G 133 185

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

01/25/2011, 10:58 AM

1

RevSheet

of

X00

5

Ϩ

4

3

2

1

http://adf.ly/3o8pJ

+5V

H:1.05V-Ivy Bridge

L:1.00V-Sandy Bridge

D D

C C

CPU2_IVT_ID_CPLD(136,153,155)

VRD_CPU2_VTT_PG(153) VRD_CPU2_VTT_EN(153)

+VTT_CPU2

CPU2_SKT_VTT_VSENP(40)

CPU2_SKT_VTT_VSENN(40)

Place close to CPU scoket

B B

VRD_CPU2_VTT_VID0

D

PFQ1

2N7002KT1G

SOT-23-GSDH1_12

G

S

+3.3V

PFR11

PFR7

10kohm

3.3kohm

+/-1%

R0402H0_4

PFR9 0ohm

+/-5% R0603H0_55

PFR8

2.21kohm

+/-1%

R0402H0_4

CPU2VTT_AGND

PFR20 100ohm

+/-1% R0402H0_4

PFTP1500 TP-SHORT-PAD

1 2

TP-SHORT-PAD

PFTP1501 TP-SHORT-PAD

PFR19 100ohm

TP-SHORT-PAD

1 2

TP-SHORT-PAD

+/-1% R0402H0_4

PFR6

3.3kohm

+/-1%

R0402H0_4

DEPOP

CPU2VTT_AGND

PFR2

+/-5%

0ohm

R0603H0_55

PFC1

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

PFR5

PFR5 0ohm

0ohm

+/-5%

R0402H0_4

VRD_CPU2_VTT_VID0

VRD_CPU2_VTT_VID1

VRD_CPU2_VTT_VSENP

VRD_CPU2_VTT_VSENN

PFR10

147kohm

+/-0.1%

R0603H0_55

PFC4

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

PFR12 140kohm

+/-0.1% R0603H0_55

VRD_CPU2_VTT_VCC

VRD_CPU2_VTT_PVCC

PFR13

7.15kohm

+/-0.1%

R0402H0_4

CPU2VTT_AGND

PFR1

2.2ohm

+/-1%

R0603H0_55

PFC2

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

CPU2VTT_AGND

PFU1

17

VCC

18

PVCC

3

VID0

2

VID1

12

PGOOD

13

EN

8

FB

1

RTN

4

SREF

5

SET0

6

SET1

7

SET3

ISL95870B

QFN21-0_5-3X4H1-PWR

PFC1500

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

16

BOOT

VRD_CPU2_VTT_DRVH

15

UGATE

VRD_CPU2_VTT_PH

14

PHASE

VRD_CPU2_VTT_DRVL

19

LGATE

VRD_CPU2_VTT_OCSET

9

OCSET

VRD_CPU2_VTT_VO

10

VO

11

FSEL

20

PGND

21

EPAD

CPU2VTT_AGND

PFR1500 0ohm

+/-5% R0603H0_55

CPU2 VTT

PFR3

0ohm

+/-5%

R0603H0_55

VRD_CPU2_VTT_BOOT

PFR4 1ohm

+/-1% R0603H0_55

PFR16

100kohm

+/-1%

R0402H0_4

DEPOP

CPU2VTT_AGND

PFC3

0.1uF

X7R

+/-10%

50V

C0603H0_9

VRD_CPU2_VTT_DRVH_R

PFR15

2.2kohm

+/-1%

R0402H0_4

PFC7

PFC8

1uF

22uF

1uF

22uF

+/-10%

C0603H0_9

C1210H2_7

C0603H0_9

C1210H2_7

X7R

X5R

X7R

X5R

16V

PFQ3

876

5

876

5

1

1 4

4

BSZ060NE2LS

S

G D

TOKO_N3RC4-B

PFL2

0.33uH 100KHz

PFR18

1ohm

+/-1%

PFQ2

R0402H0_4

876

5

876

5

PFR17

1

4

G D

1ohm

+/-1%

S

BSC018NE2LS

R0402H0_4

PFC9

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

0.33uH 100KHz

12

PFTP1

TP-SHORT-PAD

ROCSET

PFR14

2.2kohm

+/-1%

R0402H0_4

CSEN

PFC6

+/-10%

PFC5

+/-10%

OCP Setting OCP=(ROSET*IOCSET)/LDCR IOCSET : 8.5uA LDCR : 0.6m ohm CSEN : L/(ROSET*LDCR)

220nF

16VX7R

C0402H0_55

22nF

16VX7R

C0402H0_6

12

PFTP2

TP-SHORT-PAD

PEC1

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC3

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC31

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC2

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PFC1502

22uF

+/-10%

C1210H2_7

X5R

X5R 16V

16V

VRD_CPU2_VTT_VIN

PFC1501

22uF

+/-10%

C1210H2_7

X5R

X5R 16V

16V

PEC37

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC4

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PFCE1

270uF

+

+/-20%

CE3_5-8H12

16V

PEC6

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC9

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC1500

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+

PEC1509

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC1538

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PFL1

150nH 2MHz

PECE1500

470uF

+/-20%

CPS7343H2_1A

2V

PEC1503

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC1532

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+12VB

+

+VTT_CPU2

PECE1501

470uF

+/-20%

CPS7343H2_1A

2V

PEC1501

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PEC1507

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+

PEC1502

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PECE1

470uF

+/-20%

CPS7343H2_1A

2V

+VTT_CPU2

+

PECE2

470uF

+/-20%

CPS7343H2_1A

2V

VR:12V->1.05/1.00V

Controller:ISL95870B

TDC=20A

Imax=24A

OCP=31A

A A

Transient iccstep=7.5A, 20A/us

Frequ=500KHz

Hon Hai Precision Ind.Co., Ltd.

Title

CPU2 VTT

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 134 185

5

4

3

2

01015C800-000-G 134 185

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

01/25/2011, 10:58 AM

1

RevSheet

of

X00

5

Ϩ

4

3

2

1

http://adf.ly/3o8pJ

+3.3V

PMR8

10ohm

+/-1%

R0603H0_55

D D

PMU1/PMU51 is configured to DE Master/Slave pair

+3.3V

PMR3

4.75kohm

+/-1%

R0402H0_4

VRD_CPU1_PLL_PG(153)

PMR12 174kohm

+/-1% R0402H0_4

C C

VRD_CPU1_PLL_EN(153)

PMR4

2.21kohm

+/-1%

R0402H0_4

+12VB

PMR9

4.75kohm

+/-1%

R0402H0_4

H:1.7V-Ivy Bridge

B B

L:1.8V-Sandy Bridge

CPU1_IVT_ID_CPLD(133,153,155)

PMQ2

6

5

4 3

DMN601DWK-7

SOT-363H1_1

1

2

+1.8V_CPU1_AGND

PMR2 0ohm

+/-5% R0603H0_55

R2

PMR14

1kohm

+/-0.1%

R0402H0_4

PMR18

90.9ohm

+/-1%

R0402H0_4

PMC10

150pF

+/-5%

C0402H0_55

NPO

NPO 50V

50V

PMR11

20ohm

+/-1%

R0402H0_4

PMC13

2.2nF

+/-10%

C0402H0_6

X7R

X7R 50V

50V

Vout=(0.6*(R1+R2))/R2

OVP Setting

OVP=Vout *1.17*R2/(R1+R2)

R0603H0_55

PMC8

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

+1.8V_CPU1_AGND

VRD_CPU1_PLL_SYNC(136)

PMR10

2kohm

+/-1%

R0402H0_4

PMC12

10nF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

R1

PMR15

2kohm

+/-0.1%

R0402H0_4

VRD_CPU1_PLL_SENSE

VRD_CPU1_PLL_VDD

VRD_CPU1_PLL_PS

Place close to VR controller

VRD_CPU1_PLL_VIN

12

8

3

2

9

10

PMR19

10ohm

CPU1 PLL

PMU1

VIN_113VBST

VIN_214SW_1

VDD

PS

PGD

SYNC

EN1PGND_1

COMP

FB

TPS53311RGTR

QFN17-0_5-SQ3_15H1TI-PWR

+/-1%

R0402H0_4

SW_2

SW_3

PGND_2

AGND EPAD

+1.8V_CPU1_AGND

4

5

6

7

15

16

11 17

PMR1 0ohm

VRD_CPU1_PLL_VBST

+/-5% R0603H0_55

VRD_CPU1_PLL_PH

+1.8V_CPU1_AGND

PMC1 0.1uF +/-10%

50VX7R

C0603H0_9

PMR1500 0ohm

+/-5% R0603H0_55

PMC5

PMC3

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

PMC5

10uF

+/-20%

C0603H0_9

X5R

6.3V

Sense must be run as separate trace, only connecting

to PLL rail at the CPU , trace must not connect

at any other point

NEC_MPLCG0530L1R0

PML2

1uH 100KHz

PMR5

L2-5_5X5_2H3A

1ohm

+/-1%

R0402H0_4

DEPOP

PMR6

1ohm

+/-1%

R0402H0_4

DEPOP

PMC2

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V DEPOP

DEPOP

PML1

22ohm 100MHz

FB0805H1_05

1 2

PMC4

10uF

+/-20%

C0603H0_9

X5R

6.3V

PMC15

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+3.3V

PMC9

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PMC6

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PMC7

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V DEPOP

DEPOP

+1.8V_CPU1

A A

3.3V->1.8/1.7V

Controller:TPS53311

TDC=1.5A

Imax=2A

OCP=4.5A Fixed indide IC

Frequ=1MHz

5

Hon Hai Precision Ind.Co., Ltd.

Title

CPU1 PLL

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 135 185

4

3

2

01015C800-000-G 135 185

01/25/2011, 10:57 AM

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

RevSheet

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+3.3V

PMR13

10ohm

+/-1%

R0603H0_55

D D

PMU1/PMU51 is configured to DE Master/Slave pair

+3.3V

PMR25

4.75kohm

+/-1%

R0402H0_4

VRD_CPU2_PLL_PG(153)

PMR29 24.3kohm

+/-1% R0603H0_55

C C

VRD_CPU2_PLL_EN(153)

H:1.7V-Ivy Bridge

B B

L:1.8V-Sandy Bridge

CPU2_IVT_ID_CPLD(134,153,155)

PMQ1

6

5

4 3

DMN601DWK-7

SOT-363H1_1

1

2

VRD_CPU1_PLL_SYNC(135)

PMR21

2.21kohm

+/-1%

R0402H0_4

+12VB

PMR7

4.75kohm

+/-1%

R0402H0_4

+1.8V_CPU2_AGND

PMR16 0ohm

+/-5% R0603H0_55

R2

PMR20

1kohm

+/-0.1%

R0402H0_4

PMR17

90.9ohm

+/-1%

R0402H0_4

PMR23 0ohm

+/-5% R0402H0_4

PMC20

150pF

+/-5%

C0402H0_55

NPO

NPO 50V

50V

PMR22

20ohm

+/-1%

R0402H0_4

PMC18

2.2nF

+/-10%

C0402H0_6

X7R

X7R 50V

50V

Vout=(0.6*(R1+R2))/R2

OVP Setting

OVP=Vout *1.17*R2/(R1+R2)

R0603H0_55

PMC16

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

+1.8V_CPU2_AGND

VRD_CPU2_PLL_PS

VRD_CPU2_PLL_SYNC

PMR28

2kohm

+/-1%

R0402H0_4

PMC19

10nF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

R1

PMR24

2kohm

+/-0.1%

R0402H0_4

VRD_CPU2_PLL_SENSE

VRD_CPU2_PLL_VIN

VRD_CPU2_PLL_VDD

12

8

3

2

9

10

Place close to VR controller

PMR26

10ohm

CPU2 PLL

PMU2

VIN_113VBST

VIN_214SW_1

VDD

PS

PGD

SYNC

EN1PGND_1

COMP

FB

TPS53311RGTR

QFN17-0_5-SQ3_15H1TI-PWR

+/-1%

R0402H0_4

SW_2

SW_3

PGND_2

AGND EPAD

4

5

6

7

15

16

11 17

PMR27 0ohm

VRD_CPU2_PLL_VBST

+/-5% R0603H0_55

VRD_CPU2_PLL_PH

+1.8V_CPU2_AGND

PMC21 0.1uF +/-10%

50VX7R

C0603H0_9

PMR1501 0ohm

+/-5% R0603H0_55

PMC14

PMC17

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

PMC14

10uF

+/-20%

C0603H0_9

X5R

6.3V

Sense must be run as separate trace, only connecting

to PLL rail at the CPU , trace must not connect

at any other point

NEC_MPLCG0530L1R0

PML4

1uH 100KHz

PMR30

L2-5_5X5_2H3A

1ohm

+/-1%

R0402H0_4

DEPOP

PMR31

1ohm

+/-1%

R0402H0_4

DEPOP

PMC22

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V DEPOP

DEPOP

PML3

22ohm 100MHz

FB0805H1_05

1 2

PMC11

10uF

+/-20%

C0603H0_9

X5R

6.3V

PMC1501

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

+3.3V

PMC23

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PMC24

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

PMC1500

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V DEPOP

DEPOP

+1.8V_CPU2

A A

3.3V->1.8/1.7V

Controller:TPS53311

TDC=1.5A

Imax=2A

OCP=4.5A Fixed indide IC

Frequ=1MHz

5

Hon Hai Precision Ind.Co., Ltd.

Title

CPU2 PLL

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 136 185

4

3

2

01015C800-000-G 136 185

01/25/2011, 10:58 AM

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

RevSheet

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D D

PBG 1.5V

+1.5VAUX

5

6

C C

1

P3C1

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

P3R1

100ohm

+/-1%

R0402H0_4

VRD_1V5_EN

P3R3

10kohm

+/-1%

R0402H0_4

G

+12VAUX

D

S

P3R2

100kohm

+/-1%

R0402H0_4

P3Q2

2N7002KT1G

SOT-23-GSDH1_12

+3.3VAUX

B B

VRD_1V5_EN_N(153)

2

3 4

P3Q1

SI3410DV-T1-GE3

SOT-23-6H1_1

PBG 1.5V Requirement:

DC:+/-2.5%,AC:+/-2%

P3C3

22uF

+/-20%

C0805H1_4

X5R

6.3V

P3C2

1uF

+/-10%

C0402H0_55

X5R

X5R 10V

10V

+1.5V

RDSon<0.0195@Vgs=10V

Vdroup=0.5A*0.0195=0.00975V=>6.5%

Ploss=0.5A*0.5A*0.0195=4.8mW

1V5 Load Switch

VR:1.5VAUX->1.5V

A A

TDC=0.4A

Imax=0.5A

OCP=NA

Hon Hai Precision Ind.Co., Ltd.

Title

+1.5V

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 140 185

5

4

3

2

01015C800-000-G 140 185

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

01/25/2011, 10:57 AM

1

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D D

+5V

P4R6

P4R7

+/-5%

0ohm

R0603H0_55

P4C5

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

P4R11

+3.3V

C C

VRD_1V1_PG(153) VRD_1V1_EN(153)

B B

1V1_AGND

P4R3

10kohm

+/-1%

R0402H0_4

P4R2 0ohm

+/-5% R0603H0_55

P4R1

2.21kohm

+/-1%

R0402H0_4

PCC1

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

1V1_AGND

P4R11 0ohm

0ohm

+/-5%

R0402H0_4

VRD_1V1_VID

VRD_1V1_ENR

VRD_1V1_VSENP VRD_1V1_VSENN

VRD_1V1_SREF

P4R12 160kohm

+/-1% R0402H0_4

change to 160k 0402 1%

P4R13 133kohm

+/-1% R0402H0_4

P4R6

2.2ohm

+/-1%

R0603H0_55

P4C1500

P4C2

0.1uF

+/-10%

C0402H0_55

X7R

X7R 16V

16V

VRD_1V1_VCC

VRD_1V1_PVCC

17

18

12 13

VRD_1V1_SET2

P4C1500

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

1V1_AGND

P4U1

VCC

BOOT

PVCC

3 2

8 1

4

5 6 7

UGATE

VID0

PHASE

VID1

LGATE

PGOOD EN

OCSET

FB RTN

SREF

SET0

PGND

SET1 SET3

ISL95870B

QFN21-0_5-3X4H1-PWR

FSEL

EPAD

VRD_1V1_BOOT

16

VRD_1V1_UGATE

15

VRD_1V1_PHASE

14

VRD_1V1_LGATE

19

VRD_1V1_CSP

9

VRD_1V1_CSN

10

VO

11

20 21

+1.1V

P4C1 0.1uF +/-10%

50VX7R C0603H0_9

P4R4

100kohm

+/-1%

R0402H0_4

DEPOP

1V1_AGND1V1_AGND

P4R1501 1ohm

+/-1% R0603H0_55

P4R5

3.3kohm

+/-1%

R0402H0_4

PWR56DUALH0_8B-PWR

D

D1_1 D1_2 D1_3 D1_4

G1

FDMS7602S

S1/D2

S1_D2

P4R16

1ohm

+/-1%

R0402H0_4

P4R15

1ohm

+/-1%

R0402H0_4

P4C13

1nF

+/-10%

C0402H0_55

X7R

X7R 50V

50V

P4Q1

S

S2

G2G1

G2

NEC_MPCG0740LR42

P4L2

0.42uH 100KHz

L2-8X7H4A

12

P4TP1

TP-SHORT-PAD

ROCSET

P4R8

3.3kohm

+/-1%

R0402H0_4

CSEN

P4C3

+/-10%

P4C4

+/-10%

12

68nF

16VX7R

C0402H0_55

15nF

25VX7R

C0402H0_55

P4C9

1uF

+/-10%

C0603H0_9

X7R

X7R 16V

16V

P4TP2

TP-SHORT-PAD

P4C8

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

VRD_1V1_VIN

P4C1501

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

P4C11

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

P4C12

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V DEPOP

DEPOP

P4C7

10uF

+/-10%

C0805H1_35

X5R

X5R 16V

16V

P4C1502

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

P4C10

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V DEPOP

DEPOP

P4L1

150nH 2MHz

P4C6

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V

P4C1503

22uF

+/-20%

C0805H1_4

X6S

X6S 4V

4V DEPOP

DEPOP

+12VB

P4CE1500

+

470uF

+/-20%

CPS7343H2_1

2V

P4CE1

+

470uF

+/-20%

CPS7343H2_1

2V

+1.1V

OCP Setting OCP=(ROSET*IOCSET)/LDCR IOCSET : 8.5uA

P4R1500

+/-5%

P4R1500

+/-5%

0ohm

R0402H0_4

0ohm

R0402H0_4

P4R14

+/-5%

DEPOPP4R14

+/-5%

R0402H0_4

+/-5%

R0402H0_4

+/-5%

R0402H0_4

DEPOP

DEPOPP4R10

DEPOP

1V1_AGND

PCR1500 0ohm

+/-5% R0603H0_55

0ohm

P4R10

0ohm

P4R9

0ohm

1V1 REGULATOR

VR:12V->1.1V

A A

Controller:ISL95870B

P4R1500 & P4R9 Close to PCH

0ohm

TDC=8A

Imax=11A

OCP=18A

Transient iccstep=8A,8A/us

Frequ=500KHz

5

4

3

LDCR : 1.55m ohm CSEN=L/(ROSET*LDCR)

2

Personal Computer & Enterprise

Personal Computer & Enterprise Business Group (PCEBG)

Business Group (PCEBG)

Module Integration Business Group (MIBG)

Hon Hai Precision Ind.Co., Ltd.

Title

+1.1V

Document Number:

Document Number: PCB P/N:

PCB P/N:

01015C800-000-G 141 185

Module Integration Business Group (MIBG)

01/25/2011, 10:57 AM

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Foxconn SDS-BU Schematics

Specifications and Main Features

Frequently Asked Questions

User Manual