Lenovo IS6XM schematics

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FOXCONN CONFIDENTIAL
DO NOT DISTRIBUTE

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Lenovo IS6XM - uATX

A A

PAGE

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B B

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C C

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D D

TITLE
TOC / SCH INDEX
PROJECT INFO
BLOCK DIAGRAM
CLOCKS DIAGRAM
POWER FLOW DIAGRAM
POWER GOOD DIAGRAM
POWER SEQUENCE DIAGRAM
TCM, AssertID, TCM Header
CLOCK GEN - CK505 32PIN
Intel XDP/DMI Debug header
MCP- CLK, CTRL, MISC, DEBUG
MCP- DDR3 CHANNEL A
MCP- PCIE, DMI, FDI
MCP VCCP CONNECTIONS
MCP- VCC_DDR, 1_1VAXG, GND
PCH DEBUG PORT
DDR3 CH-A DIMM1
DDR3 CH-A DIMM2
DDR3 CH-B DIMM1
DDR3 CH-B DIMM2
PCH- DMI, PCIE, USB
PCH - PCI & NVRAM
PCH - SATA, MLINK, GPIO
PCH - MISC, GPIO, SMBUS
PCH - DP, IPLINK,NVRAM
PCH - POWER & GND
PCH-PLL FILTER & DCPING
Front USB Port
AUDIO CODEC
AUDIO CONNECTOR
SATA
RJ45_USB 2.0 CONNECTORS
Blank
PCI 2.3 - PCI Slot 1
PCI 2.3 - PCI Slot 2
PCIEx1
PCIEx16 Slot
PCIE_x16
SuperIO NCT6681F
None

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TITLEPAGE
FRONT PANEL & DSW
SPI EEPROM
Serial Port, Thermal Header
VGA
DISPLAY PORT CONNECTOR
POWER INPUT & EMI CAP
LED
FAN HEADERS
Lewisville ( 82578LM )
+5V_DUAL
+3P3V_AUX
1P8VSFR
1P05_ME/ 1P05V_PCH
VCC_DDR/ VTT_DDR
VCORE
X-VCORE PHASE 1 & 2
X-VCORE PHASE 3 & 4
+1P1V_AXG
VCCP_VTT
VCCSA
EUP&+LPS61
PCH GPIO Information
SIO/Others GPIO Information
Strapping Information
Changelist

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Project Information

Phase: SVT X7 2011/03/18
BOM: SVT 0.4
SVID: 17AA

BIOS Licence Label

LBL1

LBL1

Note:

BIOS_LICENCE

BIOS_LICENCE

I

I

AMI uEFI

PCB Fab Note

PCB1

PCB1

Printed Circuit

Printed Circuit

Board

Board

PCB_SugarBay-uATX_REV:1.0

PCB_SugarBay-uATX_REV:1.0

CRITICAL

CRITICAL
4-Layer PCB,Color With Green(347C,348C,349C)Soldermask,White Silkscreen,243.84mmX243.84mm,Rev:1.0,ROHS

4-Layer PCB,Color With Green(347C,348C,349C)Soldermask,White Silkscreen,243.84mmX243.84mm,Rev:1.0,ROHS
010144A05-575-G

010144A05-575-G

5

I

I

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

TOC / SCH INDEX

TOC / SCH INDEX

TOC / SCH INDEX

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Friday, March 18, 2011 11:24:53

Page Modified:

Friday, March 18, 2011 11:24:53

Page Modified:

6

Friday, March 18, 2011 11:24:53

7

Modify Note:

- PCB Information

- PCB Stack-up information

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

165

165

165

1

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8

A A

B B

Phase: SVT Ver:X7 2011/03/18

Project SVID SSID BOM

Tech Name

LI

Manchester

LC

Ventoux

LI
LI

3070

1025

MANCHESTER-ATX-LI_SOVP_0.6_BOM.xls
MANCHESTER-ATX-LC_SOVP_0.5_BOM.xls

VENTOUX-ATX-LI_SVT_0.5_BOM.xls
THAMES-ATX-LI_SVT_0.4_BOM.xls

Thames

LC

IS6XM

LI

Merton

LC

C C

Edge91

LI

17AA

THAMES-ATX-LC_SVT_0.3_BOM.xls
MERTON-ATX-LI_SVT_0.5_BOM.xls

3077

MERTON-ATX-LC_SVT_0.4_BOM.xls

3081 EDGE91-ATX-LI_SDV_0.2_BOM.xls

Changzhou

LC

3071

CHANGZHOU-LC_SVT_0.4_BOM.xls

BOM DISTRIBUTION RULE

Manchester-LI,Manchester-LC,Ventoux-LI,Thames_LI,Thames_LC,Merton-LI,Merton-LC,Edge91-LI,Changzhou-LC

1 2 345 67 89

(BOM,BOM,BOM,BOM,BOM,BOM,BOM,BOM,BOM)

D D

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

Project Information

Project Information

Project Information

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 23, 2011 09:09:58

Page Modified:

Wednesday, March 23, 2011 09:09:58

Page Modified:

1

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Wednesday, March 23, 2011 09:09:58

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

265

265

265

1

www.schematic-x.blogspot.com

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3

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Block Diagram

IS6XM uATX

A A

4 Phase
VRD 12.0

Vcore:0.25-1.520V

Intel SandyBridge MCP

DDR3 1066/1333

Channel A DIMM 0
Channel A DIMM 1

PCIE2.0 x16 Slot*1

Voltage:3.3V,12V,3.3VAUX
Clock: 100MHZ

PCIE 2.0 x16

Voltage:VAXG(0.25~1.52V),

0.925V,1.05V,1.5V,1.8V

Clock:100MHZ

DDR3 1066/1333

Channel B DIMM 0
Channel B DIMM 1

Voltage:0.75V,1.5V
Clock:533M/667MHZ

FDIDMI

SATA 3.0 CONN*2

B B

SATA 2.0 CONN*1
eSATA CONN*1

Front USB 2.0 Header*2
(4 Ports)

Rear USB 2.0 CONN*2
(6 Ports)

64Mbit SPI ROM

C C

TCM Header*1

Voltage:3.3V,5V,3.3VAUX
Clock:33MHZ

TPM ST19NP18ER28P

Voltage:3.3V
Clock:33MHZ

SATA 3.0

SATA 2.0

USB 2.0

SPI

Intel CougarPoint PCH

Voltage::1.05V,1.8V,5V,3.3V,3.3VAUX,5VAUX,

3.3VLPS,3VBAT

Clock:32.768KHZ,25MHZ

LPC

HDA

PCIE x1

PCI 2.3

PCIE x1

VGA

Display Port

PCI2.3 Slot*2

Voltage:3.3V,5V,12V,-12V,3.3VAUX
Clock: 33MHZ

PCIE x1 Slot*1

Voltage:3.3V,12V,3.3VAUX
Clock: 100MHZ

PS/2 KB/MS Header*1

Rear COM CONN*1
COM Header*1

D D

LPT Header*1

SIO
NCT6681D

NOVOTON

AUDIO
Codec
ALC662

Voltage:3.3V,5V
Clock:24MHZ

SPI Flash ROM

Voltage::3.3V,

3.3VAUX,3VBAT
Clock:33MHZ,48MHZ

1

2

3

4

5

Intel
LAN
WG82579LM

Voltage:3.3VAUX
Clock:25MHZ,100MHZ

GLAN CONN*1

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

BLOCK DIAGRAM

BLOCK DIAGRAM

BLOCK DIAGRAM

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Tuesday, January 25, 2011 09:39:53

Page Modified:

Tuesday, January 25, 2011 09:39:53

Page Modified:

6

Tuesday, January 25, 2011 09:39:53

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

8

365

365

365

Sheet of

Sheet of

Sheet of

1

2

3

4

5

6

7

8

SA_CK[0..1]/#

A A

Intel

SandyBridge

CPU

SA_CK[2..3]/#

SB_CK[0..1]/#

SB_CK[2..3]/#

DIMM 1
DIMM 2

DIMM 1
DIMM 2

ITP_XDP

B B

PCIEX1

PCIEX1CLK 100MHz differential

SLOT
PCIEX16

100MHz differential

PCIEX16CLK

SLOT

100MHz

DMI/BCLK Diff Pair

100MHz

ITP Diff Pair

PCICLK 1 33MHz

PCICLK 2 33MHz

PCI-E Diff Pair

100MHz

PCI 2.3
SLOT

I

PCI 2.3
SLOT

II

Intel 82579
PHY

Intel

C C

NI

CougarPoint

PCH

100MHz

CLOCK CHIP

CK505

96MHz DOT Diff Pair
100MHz
14MHz REF

D D

1

2

SATA Diff Pair

DMI Diff Pari

3

25MHz

4

5

33MHzPCICLK
48MHzSIO 48M

Keyboard

Mouse

6

NOVOTON
NCT6681D

KCLK

MCLK

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

CLOCKS DIAGRAM

CLOCKS DIAGRAM

CLOCKS DIAGRAM

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, December 08, 2010 16:17:01

Page Modified:

Wednesday, December 08, 2010 16:17:01

Page Modified:

Wednesday, December 08, 2010 16:17:01

7

48MHz

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

465

465

465

5

4

3

2

1

VR_EN_10(H)

D D

PWRGD_30MS&SLP_S3#(H)

+12V_CPU

NCP6151S52MNR2G for PWM controller

NCP5901MNR2G *(4+1) for VCORE MOSFET driver
NTMFS4841NHT1G+NTD4906NT4G*2

L6738

NTMFS4841NHT1G+NTD4906NT4G*2

+VCORE

+VCC_AXG

VCCIO 8.5A/TBD

112A/85A

35A/25A

S0~S1

S0~S1

S0~S1

Iocp=20A Fsw=464KHz

L6738

VTT_PGOOD(H)

SLP_A (L)

C C

+12V

RJK0389DPA-00#J53

Iocp=20A Fsw=464KHz

L6738

RJK0389DPA-00#J53

Iocp=18A Fsw=464KHz

PWRGD_30MS(H)

NTD4906N-35G

+1P05V_ME

8A/TBD

+VCCSA

+1P05V_PCH

+1P05V_ME

8.8A/8.8A

6.2A/TBD

1.8A/TBD

S0~S1

S0~S1

S0~S5

Silver Box

+5V

NTR4101PT1G(P-MOS)
+NTD4960NT4G(N-MOS)
in S0-S5

+3V_GATE

11.2A/8.68A

SLP_S4#(L)

L6738

NTMFS4841NHT1G+NTD4960NT4G*2

Iocp=43A Fsw=343KHz

+1P5V_DUAL+5V_DUAL

20.5A/13.8A

PWRGD_50MS#(L)

APL5336KAI-TRG

+1P5V_DUAL

+VTT_DDR

1A/0.75A

S0~S3

S0~S1

B B

+5V_AUX_PSU

+5V_AUX

EUP function

+3P3V

-12V

AP4502GM

+3V_GATE

RT9018B-18PSP/APL1085-UC-TRL

APL5912KAC-TRG

PWRGD_30MS(H)

+5V_DUAL_USB_B

+3P3V_AUX

+1P8V_SFR

3.5A/3.5A

1.2A/0.7A

1.6A/1.5A

S0~S3

S0~S5

S0~S1

SPDT Linear Switching

A A

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Note:

Power Rail Control signal

5

4

xxA/ooA mean Imax / Itdc

3

2

Foxconn WuHan
China

China

China

Title

Title

Title

POWER FLOW DIAGRAM

POWER FLOW DIAGRAM

POWER FLOW DIAGRAM

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, December 08, 2010 16:17:00

Page Modified:

Wednesday, December 08, 2010 16:17:00

Page Modified:

Wednesday, December 08, 2010 16:17:00

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

1

(UTC/GMT)

565

565

565

Sheet of

Sheet of

Sheet of

1

2

3

4

5

AssertID

RESET_SWITCH

LAN

A A

PCI_SOLT1

PCI_SOLT2

TPM/PCM

PCI_Express x 1

PCI_Express x 16

SIO

<8>ATX_PWROK

PWROK

POWER SUPPLY

+12V

B B

Discrete
Circuit

POWER_SWITCH

PSON#

<6>PSON#

<2>PWRBTN#

PWRGD_30MS

W83667HG-B

PWROK_PS

PS_ON#

PWRBTN_IN#

KRST#

LRERST#

RSMRST#

PWRGD_140MS

<1>RSMRST#

Cougar Point

ACZ_RST#

PLT_RST#

PCIRST#

RSMRST#

H_PWRGOOD

PWROK

DRAM_PWRGD

PERST#

PROCESSOR

PWRGOOD

DRAM_PWRGD

AUDIO

XDP

DBRSYS_RST#

DBR

Discrete
Circuit

C C

+1P8V_EN#

Vcore_EN#

+1P05V_PCH_EN#
VCCSA_PGOOD

Discrete
Circuit

Vcore_EN#

1P8V_PGOOD
DDR_PGOOD

VCORE_PG

+3P3V_LPS

+1P05V_ME

Discrete
Circuit

Discrete
Circuit

SYS_PWROK

PCH_DPWROK

APWPWROK

NCP6151

<12>SVID

D D

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

POWERGOOD DIAGRAM

POWERGOOD DIAGRAM

POWERGOOD DIAGRAM

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, December 08, 2010 16:16:59

Page Modified:

Wednesday, December 08, 2010 16:16:59

Page Modified:

1

2

3

4

Wednesday, December 08, 2010 16:16:59

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

5

(UTC/GMT)

665

665

665

Sheet of

Sheet of

Sheet of

1

2

POWER SEQUENCE DIAGRAM

3

4

5

6

7

8

A A

B B

1.5V Dual

C C

D D

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

POWER SEQUENCE DIAGRAM

POWER SEQUENCE DIAGRAM

POWER SEQUENCE DIAGRAM

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, December 08, 2010 16:16:57

Page Modified:

Wednesday, December 08, 2010 16:16:57

Page Modified:

1

2

3

4

5

6

Wednesday, December 08, 2010 16:16:57

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

765

765

765

Sheet of

Sheet of

Sheet of

8

CustomerSpec

Trust Platform Module Spec:

- ST 19NP18

- Winbond WPCT210 (co-lay)
Header:

- TCM Header
CaseOpen

- 1 (Original header and also reserve common 2.54mm header)

1

2

3

4

5

6

7

8

Common Block

TPM_GPIO0

A A

LPD_PD#[24]

TPM_GPIO1
TPM_GPIO2
TPM_GPIO3

R180 10K_5% 0402 NIR180 10K_5% 0402 NI
R186 10K_5% 0402 NIR186 10K_5% 0402 NI
R188 10K_5% 0402 NIR188 10K_5% 0402 NI
R189 10K_5% 0402 NIR189 10K_5% 0402 NI

LPCPD#_R

R179

R179
0_5% NI

0_5% NI

Function Block ( WPCT210 )

+3P3V

B B

PP_PIN

Modify OK

SIO_TPM_RST#[38]

SER_IRQ[23,39]
CK_P_33M_TPM[25]
LPC_FRAME#[24,39]
LPC_AD0[24,39]
LPC_AD1[24,39]
LPC_AD2[24,39]
LPC_AD3[24,39]

LPCPD#_R

U14

U14

10

NC3

24

VDD

7

PP

3

NC2

15

GPIO4/CLKRUN#

28

LPCPD#

16

LRESET#

27

SERIRQ

21

LCLK

22

LFRAME#

26

LAD0

23

LAD1

20

LAD2

17

LAD3

WPCT210AA0WX

WPCT210AA0WX

NI

NI

GPIO0/XOR_OUT

GPIO2/GPX

GPIO3/BADD

GPIO1

TEST

VDD

+3P3V

+3P3V

C23

R192

R192
0_5%

0_5%

0402

0402
NI

NI

C23
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I,NI,I,I,NI,I,NI,NI,NI

I,NI,I,I,NI,I,NI,NI,NI

+3P3V_AUX

R175

R175
0_5%

0_5%

0402

0402
NI

NI

C19

C19
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

C18

C18
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805

I,NI,I,I,NI,I,NI,NI,NI

I,NI,I,I,NI,I,NI,NI,NI

TPM_GPIO0

1

TPM_GPIO1

2

TPM_GPIO2

6

TPM_GPIO3

9

TPM_VSB_5

5

VSB

TPM_TEST_8

8

TPM_VBAT_12

12

NC

13

NC4

14

NC5

TPM_VDD_19

19

TPM_VSS_25

25

VSS

NC1_TPM

11

NC1

18

VSS

4

VSS

PP_PIN

R194

R194
10K_5%

10K_5%

0402

0402
NI

NI

CK_P_33M_TPM

C185

C185
47pF_NPO_50V

47pF_NPO_50V

0603

0603
NI

NI

+3V_BATT

R191

R191
0_5%

0_5%

0402

0402
NI

NI

C22

C22
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

+3P3V

+3P3V

R193

R193
10K_5%

10K_5%

0402

0402
I,NI,I,I,NI,I,NI,NI,NI

I,NI,I,I,NI,I,NI,NI,NI

R178

R178
0_5%

0_5%

0402

0402
NI

NI

C17

C17
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

LPCPD#_R

For Debug Only

+3P3V

PP_PIN

LPCPD#_R
SIO_TPM_RST#

SER_IRQ
CK_P_33M_TPM
LPC_FRAME#
LPC_AD0
LPC_AD1
LPC_AD2
LPC_AD3

R190

R190
10K_5%

10K_5%

0402

0402
NI

NI

PP_PIN

7

PP

3

IO

15

GPIO5/CLKRUN#

28

LPCPD#

16

LRESET#

27

SERIRQ

21

LCLK

22

LFRAME#

26

LAD0

23

LAD1

20

LAD2

17

LAD3

NI

TPM_TEST_8

+3P3V

10

GND1

4

18

NI

R187 10K_5% 0402

R187 10K_5% 0402

WPCT Pin8 pull-up 3.3V for Test Mode.

U7

U7
ST19NP18ER28PVMO

ST19NP18ER28PVMO

24

I,NI,I,I,NI,I,NI,NI,NI

I,NI,I,I,NI,I,NI,NI,NI

1

GPIO1

VPS1

VPS2

2

GPIO2

6

GPIO3

9

GPIO4

5

NC1

8

NC2

12

NC3

13

NC4

14

NC5

19

NC6

25

NC7

GND3

GND2

11

NC1_TPM

R176

R176
0_5%

0_5%

0402

0402
I,NI,I,I,NI,I,NI,NI,NI

I,NI,I,I,NI,I,NI,NI,NI

TPM_GPIO0
TPM_GPIO1
TPM_GPIO2
TPM_GPIO3

TPM_VSB_5
TPM_TEST_8
TPM_VBAT_12

TPM_VDD_19
TPM_VSS_25

+3P3V

+3P3V_AUX

C C

Modify OK

CK_P_33M_TCM[25]

LPC_FRAME#[24,39]

SIO_TCM_RST#[38]

LPC_AD3[24,39]

LPC_AD0[24,39]

TPM_DET#[24]

LPD_PD#[24]

Design Note:
LEO_CHIP Header Pin Define:
13pin : Detect card

- L : have card

- H: no card
14pin: Disable/enable TCM function
20pin: No function now, only tied to SB GPIO.

D D

1

NI,I,NI,NI,NI,NI,I,NI,NI

NI,I,NI,NI,NI,NI,I,NI,NI

R185 0_5% 0402

R185 0_5% 0402

R174NI33_5%

R174NI33_5%

0402

0402

C13

C13
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI,I,NI,NI,NI,NI,I,NI,NI

NI,I,NI,NI,NI,NI,I,NI,NI

TPM1_PD

2

Lenovo TCM Header

+3P3V

CK_TPM1

1
3
5
7

9
11
13
15
17
19

C10

C10
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI,I,NI,NI,NI,NI,I,NI,NI

NI,I,NI,NI,NI,NI,I,NI,NI

J3

J3

LCLK

GND

KEY

KEY

LFRAMEn
LRESETn

NC_3

LAD3

LAD2

VDD

LAD1

LAD0

GND

NC_1

NC_4

NC_2

SERIRQ

GND

CLKRUNin

LPCPDn

NC_5

Header_2X10_K4_GF

Header_2X10_K4_GF

NI,I,NI,NI,NI,NI,I,NI,NI

NI,I,NI,NI,NI,NI,I,NI,NI

2

6
8
10
12
14
16
18
20

3

+5V

C12

C12
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI,I,NI,NI,NI,NI,I,NI,NI

NI,I,NI,NI,NI,NI,I,NI,NI

LPC_AD2 [24,39]
LPC_AD1 [24,39]

TCM_DIS# [23]
SER_IRQ [23,39]

PCH_GP19_R [23]

CK_P_33M_TCM

C188

C188
47pF_NPO_50V

47pF_NPO_50V

0603

0603
NI

NI

4

SMBCLK_L[39]

SMBDATA_L[39]

+3P3V_AUX

C929

C929
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

Case Open

INTRUDER#[24]

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

R608 0_5% 0402

R608 0_5% 0402
R607 0_5% 0402

R607 0_5% 0402

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

C2837

C2837

47pF_NPO_50V

47pF_NPO_50V

+3V_BATT

R494

R494
1M_5%

1M_5%

0402

0402
I

I

R177

R177
0_5% 0402

0_5% 0402

5

0402

0402
NI

NI

ASSET ID

+3P3V_AUX +3P3V_AUX

8

U23

I,I,I,I,I,I,I,I,NIU23

I,I,I,I,I,I,I,I,NI

VDD

PROT

NC1
NC2

GND

4

INTRUDER#_R

WP

6

SCL

5

SDA

PCA24S08AD

PCA24S08AD

C2836

C2836
47pF_NPO_50V

47pF_NPO_50V

0402

0402
NI

NI

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

7

SIO_ASSID_RST#_R

3
1

U3_PIN2

2

6

R211

R211

4.7K_5%

4.7K_5%

0603

0603
NI

NI

R212

R212

4.7K_5%

4.7K_5%

0603

0603
I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

R609

0_5% 0402

0_5% 0402

C2841

C2841

0402

0402
NI

NI

47pF_NPO_50V

47pF_NPO_50V

J7

J7
Header_1X2_T

Header_1X2_T

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

2

1

I,I,I,I,I,I,I,I,NIR609

I,I,I,I,I,I,I,I,NI

SIO_ASSID_RST# [38]

E23

E23

INTRUDER#_R

2
1

Header_1X2_15u

Header_1X2_15u

NI

NI

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

TCM, AssertID, TCM Header

TCM, AssertID, TCM Header

TCM, AssertID, TCM Header

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Friday, March 18, 2011 11:33:28

Page Modified:

Friday, March 18, 2011 11:33:28

Page Modified:

Friday, March 18, 2011 11:33:28

7

Co-layout

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

8

865

865

865

Sheet of

Sheet of

Sheet of

1

2

3

4

5

6

7

8

CK505 M+ CLOCK GEN

PDG v0.8 page 176: Clock input buffers on PCH that are not driven from CK505 should be terminated
properly using one (for REF14 input) or two (for differential inputs) separate 10-kohm
pulldown resistors. This is for reliability concerns during platform power-on.

Buffer thru mode for 1st build, ES1 sample

CLK3.3_VDD+3P3V

FB1 600_500mA

C746

C746

+

+

470uF_EC_6.3V

470uF_EC_6.3V

6.3X11

6.3X11
NI

NI
CCL=Y

CCL=Y

FB1 600_500mA

NI 0805

NI 0805

C34

C34
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
NI

NI

C47 4.7uF_X5R_10VNI 0805C47 4.7uF_X5R_10VNI 0805
C29 100nF_X7R_16VNI 0603C29 100nF_X7R_16VNI 0603

C30 100nF_X7R_16VNI 0603C30 100nF_X7R_16VNI 0603
C43 4.7uF_X5R_10VNI 0805C43 4.7uF_X5R_10VNI 0805

C33 100nF_X7R_16VNI 0603C33 100nF_X7R_16VNI 0603
C35 4.7uF_X5R_10VNI 0805C35 4.7uF_X5R_10VNI 0805

C44 100nF_X7R_16VNI 0603C44 100nF_X7R_16VNI 0603

A A

C45 100nF_X7R_16VNI 0603C45 100nF_X7R_16VNI 0603

OSC_CK14M_XTALOUT

Y1

Y1

NI CCL=Y

NI CCL=Y

14.318MHz

14.318MHz

C52

C52
33pF_NPO_50V

33pF_NPO_50V

0603

0603
NI

NI

TPVIA14 NOBOMTPVIA14 NOBOM
TPVIA15 NOBOMTPVIA15 NOBOM

B B

R184 47_5% 0402NIR184 47_5%0402NI
R181 47_5% 0402NIR181 47_5%0402NI

+3P3V_AUX

C

Q32A

Q32A

10K_5%

10K_5%

Q15A

Q15A

B

B

NI

NI

+3P3V_AUX

R426

R426

0402

0402

NI

NI

B

B

NI

NI

C

E

E

C

C

E

E

SLP_S3#[24,39,41,47,59]

10K_5%R434 NI 040210K_5%R434 NI 0402

SLP_S3#_CLK SLP_S3_CK505

MMDT3904-7-F

MMDT3904-7-F

+3P3V

R7

C C

R7

7.5K_5%

7.5K_5%

0402

0402
NI

NI

CK505_3P3 CK505_3P3_R

R297

R297
3K_5%

3K_5%

0402

0402
NI

NI

R20 7.5K_5% 0402NIR20 7.5K_5% 0402NI

C246

C246
1uF_X7R_16V

1uF_X7R_16V

0603

0603

NI

NI

MMDT3904-7-F

MMDT3904-7-F

Place close to Clock GEN

R443

R443
10K_5%

10K_5%

0402

0402
NI

NI

C

C

E

E

+3P3V

R425

R425

10K_5%

10K_5%

0402

0402

NI

NI

C

C

E

E

C53

C53
33pF_NPO_50V

33pF_NPO_50V

0603

0603
NI

NI

C50

C50
47pF_NPO_50V

47pF_NPO_50V

0603

0603
NI

NI

CK505_PWRGD

B

B

Q32B

Q32B
MMDT3904-7-F

MMDT3904-7-F

NI

NI

CK505_PWRGD

CK505_3P3OK_R

B

B

Q15B

Q15B
MMDT3904-7-F

MMDT3904-7-F

NI

NI

OSC_CK14M_XTALIN

CK505_PWRGD

C51

C51
47pF_NPO_50V

47pF_NPO_50V

0603

0603
NI

NI

C5

C5

100nF_X7R_16V

100nF_X7R_16V

0402

0402

NI

NI

U6

1

VDD_DOT

5

VDD_27

17

VDD_SRC

24

VDD_CPU

29

VDD_REF

27

XTAL_OUT

28

XTAL_IN

25

CKPWRGD_PD#

31

SDA

32

SCL

2

VSS_ODT

8

VSS_27

9

VSS_SATA

12

VSS_SRC

21

VSS_CPU

26

VSS_REF

33

Thermal Pad

ICS9LRS3187AKLFT_A

ICS9LRS3187AKLFT_A

IDT ICS9LRS3187AKLFT
SILEGO SLG8SP585VTR
SLI SL28748ELC

SMBUS ADDRESS: D2

CLOCK SELECTION TABLE

VDD_SRC_I/O
VDD_CPU_I/O

SRC_1/SATA

SRC_1#/SATA#

CPU_STOP#

REF_0/CPU_SEL

PIN30

0 (default)
1 (0.7V~1.5V)

DOT_96

DOT_96#

CPU_1

CPU_1#

CPU_0

CPU_0#

SRC_2

SRC_2#

27M

27M_SS

CLKVCC_IO

NICCL=YU6

NICCL=Y

C37 100nF_X7R_16VNI0603C37 100nF_X7R_16VNI0603

15

C40 100nF_X7R_16VNI0603C40 100nF_X7R_16VNI0603

18

CK_96M_DOT_R

3

CK_96M_DOT_R#

4

TP_CK_H_MCP

20

TP_CK_H_MCP#

19

23
22

CK_PE_SRC2_R

10

CK_PE_SRC2_R#

11

CK_PE_SRC4_R

13

CK_PE_SRC4_R#

14

6
7

CK_CPU_STOP#

16

CPU_SEL

30

CPU_0

133
100

R30 0_5% 0402NIR30 0_5% 0402NI
R31 0_5% 0402NIR31 0_5% 0402NI

TPVIA6 NOBOMTPVIA6 NOBOM
TPVIA7 NOBOMTPVIA7 NOBOM

R22 0_5% 0402NIR22 0_5% 0402NI
R21 0_5% 0402NIR21 0_5% 0402NI

R413 0_5% 0402NIR413 0_5% 0402NI
R412 0_5% 0402NIR412 0_5% 0402NI

R641 2.2K_5% 0402 NIR641 2.2K_5% 0402 NI

R12 22_5% 0402 NIR12 22_5% 0402 NI

R33 4.7K_5% 0402NIR33 4.7K_5% 0402NI

R34 4.7K_5% 0402NIR34 4.7K_5% 0402NI

CPU_1
133
100

FB2 600_500mANI0805FB2 600_500mANI0805
C39 10uF_X5R_6.3V 0805

C39 10uF_X5R_6.3V 0805

NI

NI

C42 10uF_X5R_6.3V 0805

C42 10uF_X5R_6.3V 0805

NI

NI

R730 10K_5% 0402IR730 10K_5% 0402I
R731 10K_5% 0402IR731 10K_5% 0402I

R732 10K_5% 0402IR732 10K_5% 0402I
R733 10K_5% 0402IR733 10K_5% 0402I

R734 10K_5% 0402IR734 10K_5% 0402I
R735 10K_5% 0402IR735 10K_5% 0402I

R736 10K_5% 0402IR736 10K_5% 0402I

C73

C73
47pF_NPO_50V

47pF_NPO_50V

0603

0603
NI

NI

+3P3V

CLK3.3_VDD

+VCCIO

CK_505_IN_96M [25]
CK_505_IN_96M# [25]

CK_505_IN_SATA [25]
CK_505_IN_SATA# [25]

CK_505_IN_DMI [25]
CK_505_IN_DMI# [25]

CK_14M_PCH [25]

D D

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

CLOCK GEN - CK505 32PIN

CLOCK GEN - CK505 32PIN

CLOCK GEN - CK505 32PIN

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:34

Page Modified:

Wednesday, March 02, 2011 09:21:34

Page Modified:

1

2

3

4

5

6

Wednesday, March 02, 2011 09:21:34

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

965

965

965

1

2

3

4

5

6

7

8

Intel MCP XDP Debugging Connector

If use XDP Debugging Connector Install "PROTO" Parts and Non-install "MP" Parts(Page25 have "PROTO" Parts)

TOP

TOP

0_5%R642 NI 04020_5%R642 NI 0402

TOP

TOP

0_5%R655 PROTO 04020_5%R655 PROTO 0402

H_RSTOUT_XDP_N

XDP_PWRGD

MCP_XDP_PLTRST_NMCP_XDP_PLTRST_N

XDP_CPU_HOOK3

CH_H_RR_XDP
CH_H_RR_XDP#
H_RSTOUT_XDP_N

H_TCK
H_TDI

H_TDO
H_TMS
H_TRST#

P4

P4

39

HOOK0

41

HOOK1

45

HOOK2

47

HOOK3

40

ITP_CLKP/HOOK4

42

ITP_CLKN/HOOK5

46

HOOK6/RESET#

48

HOOK7/DBR#

57

TCK0

55

TCK1

56

TDI

52

TDO

58

TMS

54

TRST#

51

SDA

53

SCL

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/XDP_PRESENT#

ITP_2X30_GF

ITP_2X30_GF

PROTO

PROTO

OBSFN_A0

OBSFN_A1
OBSDATA_A0
OBSDATA_A1
OBSDATA_A2
OBSDATA_A3

OBSFN_B0

OBSFN_B1
OBSDATA_B0
OBSDATA_B1
OBSDATA_B2
OBSDATA_B3

OBSFN_C0

OBSFN_C1
OBSDATA_C0
OBSDATA_C1
OBSDATA_C2
OBSDATA_C3

OBSFN_D0

OBSFN_D1
OBSDATA_D0
OBSDATA_D1
OBSDATA_D2
OBSDATA_D3

VCC_OBS_AB

VCC_OBS_CD

BOTTOM

BOTTOM

3
5
9
11
15
17

XDP_CPU_OBSFN_B0

21

XDP_CPU_OBSFN_B1

23

XDP_CPU_DATA_B0

27

XDP_CPU_DATA_B1

29

XDP_CPU_DATA_B2

33

XDP_CPU_DATA_B3

35

XDP_CPU_OBSFN_C0

4

XDP_CPU_OBSFN_C1

6

XDP_CPU_DATA_C0

10

XDP_CPU_DATA_C1

12

XDP_CPU_DATA_C2

16

XDP_CPU_DATA_C3

18

XDP_CPU_OBSFN_D0

22

XDP_CPU_OBSFN_D1

24

XDP_CPU_DATA_D0

28

XDP_CPU_DATA_D1

30

XDP_CPU_DATA_D2

34

XDP_CPU_DATA_D3

36

43

+VCCIO

44

H_BPM#0 [11]
H_BPM#1 [11]
H_BPM#2 [11]
H_BPM#3 [11]

0_5%R13 NI 04020_5%R13 NI 0402

0_5%R14 NI 04020_5%R14 NI 0402
0_5%R3 NI 04020_5%R3 NI 0402
0_5%R6 NI 04020_5%R6 NI 0402

0_5%R8 PROTO 04020_5%R8 PROTO 0402

0_5%R9 PROTO 04020_5%R9 PROTO 0402

0_5%R10 PROTO 04020_5%R10 PROTO 0402

0_5%R11 PROTO 04020_5%R11 PROTO 0402
0_5%R23 NI 04020_5%R23 NI 0402
0_5%R24 NI 04020_5%R24 NI 0402
0_5%R25 NI 04020_5%R25 NI 0402
0_5%R26 NI 04020_5%R26 NI 0402
0_5%R27 NI 04020_5%R27 NI 0402
0_5%R40 NI 04020_5%R40 NI 0402
0_5%R51 NI 04020_5%R51 NI 0402
0_5%R54 NI 04020_5%R54 NI 0402

0_5%R62 NI 04020_5%R62 NI 0402
0_5%R63 NI 04020_5%R63 NI 0402
0_5%R58 NI 04020_5%R58 NI 0402
0_5%R59 NI 04020_5%R59 NI 0402
0_5%R60 NI 04020_5%R60 NI 0402
0_5%R61 NI 04020_5%R61 NI 0402

H_PREQ_N [11]

H_PRDY_N [11]

CFG12 [11]

CFG13 [11]
CFG10 [11]
CFG11 [11]

CFG14 [11]

CFG15 [11]

CFG16 [11]

CFG17 [11]

CFG0 [11]

CFG1 [11]

CFG2 [11]

CFG3 [11]

CFG8 [11]

CFG9 [11]

CFG4 [11]

CFG5 [11]

CFG6 [11]

CFG7 [11]

H_BPM#4 [11]
H_BPM#5 [11]
H_BPM#6 [11]
H_BPM#7 [11]

PWRBTN_OUT#[16,24,41]

PLTRST_IN_CPU#[11]

+VCCIO

H_PWRGOOD[11,24]

PWRBTN_OUT#[16,24,41]

A A

B B

PLTRST_N[11,16,24,38,39]

XDP_EAR[11]

VCORE_PG[55,59]

CK_100M_H_ITP[11,25]

CK_100M_H_ITP#[11,25]

FP_RST#[11,16,24,41]

H_TCK[11]

H_TDI[11]
H_TDO[11]
H_TMS[11]

H_TRST#[11]

SMB_DATA[16,17,38,39]

SMB_CLK[16,17,38,39]

R39 1K_5% 0402PROTOR39 1K_5% 0402PROTO
R38 1.5K_5% 0402NIR38 1.5K_5% 0402NI
R428 249_1% 0402PROTO

R428 249_1% 0402PROTO
R671 3.3K_5% 0402PROTOR671 3.3K_5% 0402PROTO

R670 1K_5% 0402NI

R670 1K_5% 0402NI

R439 0_5% 0402PROTOR439 0_5% 0402PROTO

R213 47_5% 0402PROTOR213 47_5% 0402PROTO
R210 47_5% 0402PROTOR210 47_5% 0402PROTO

CPU XDP TERMINATION.

BPM#[0..5] : the length accounts for both the distance from the
CPU to XDP connector and the sub to the termination should
less than 1.5".

PLACE TMS/TDI TERMINATION NEAR CPU WITHIN 1.5" OF CPU,
PLACE TDO TERMINATION NEAR CONNECTOR.
PLACE TCK TERMINATION NEAR CPU WITHIN 1.5" OF CPU,
PLACE TRST# TERMIATION ANYWHERE ON ROUTE.

H_BPM#3
H_BPM#2
H_BPM#1
H_BPM#0

H_TDO

Cad Note: PLACE TDO TERMINATION NEAR XDP CONNECTOR

H_TDI
H_TMS
H_TCK

H_TRST#

Cad Note: Place H_TRST# Termination Anywhere on Route

R43 51_5% 0402NIR43 51_5% 0402NI
R44 51_5% 0402NIR44 51_5% 0402NI
R45 51_5% 0402NIR45 51_5% 0402NI
R46 51_5% 0402NIR46 51_5% 0402NI

R49 51_5% 0402IR49 51_5% 0402I

R833 51_5% 0402IR833 51_5% 0402IR438 0_5% 0402PROTOR438 0_5% 0402PROTO
R834 51_5% 0402IR834 51_5% 0402I
R835 51_5% 0402IR835 51_5% 0402I

R52 51_5% 0402IR52 51_5% 0402I

+VCCIO

C55

C55
100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

XTP CAD NOTES:

C C

- Place XP port 2 to 4 inches from processor in solder side.

- Match Impedance of the BPM signals to 50 ohm and trace width to 5 mils with 10 mil spacing.

- TCK signal spacing should be 5 mil trace and 10 mil spacing. TCK should split at the XTP and route to CPU.

- FBO signal spacing should be 5 mil trace and 10 mil spacing. Match FBO length to the length of BPM segment from XTP to CPU.

- TMS# signal spacing should be 5 mil trace and 10 mil spacing. Route in daisy chain with pull-up at XTP port.

- TRST# signal spacing should be 5 mil trace and 10 mil spacing. Route in daisy chain startinf from XTP to CPU.

- CPU_RST# signal spacing should be 5 mil trace and 10 mil spacing. Route in daisy chain starting from GMCH to CPU.

- TDI,TDO signal spacing should be 5 mil trace and 10 mil spacing.

- Other signals should have 5 mil trace and 10 mil spacing.

4. The Logic Analyzer pads nees to be plce 20-80% of teh total pin to pin length ( i.e., if total pin to pin length is 6〃 then the LA
pads
must be placed 1.2"to 4.0" from the pin.

5. The Logic Analyzer pads nees to be plce 45-70% of teh total pin to pin length ( i.e., if total pin to pin length is 6" then the LA pads
must be placed 3.6" to 6.0" from the pin.

DMI_PCH_CPU_RXN2[13,21]

D D

1

2

DMI_PCH_CPU_RXP2[13,21]
DMI_PCH_CPU_RXN0[13,21]

DMI_PCH_CPU_RXP0[13,21]

DMI_CPU_PCH_RXN2[13,21]
DMI_CPU_PCH_RXP2[13,21]

DMI_CPU_PCH_RXN0[13,21]
DMI_CPU_PCH_RXP0[13,21]

3

U1 NI

U1 NI

A12
A11
A10

A9
A8
A7
A6
A5
A4
A3
A2
A1

Header_2X12_DMI

Header_2X12_DMI

BOTTOM

BOTTOM

4

Intel DMI Debug Connector

B12
B11
B10
B9
B8
B7
B6
B5
B4
B3
B2
B1

5

DMI_PCH_CPU_RXN3 [13,21]

DMI_PCH_CPU_RXP3 [13,21]

DMI_PCH_CPU_RXN1 [13,21]

DMI_PCH_CPU_RXP1 [13,21]

DMI_CPU_PCH_RXP3 [13,21]

DMI_CPU_PCH_RXN3 [13,21]
DMI_CPU_PCH_RXN1 [13,21]

DMI_CPU_PCH_RXP1 [13,21]

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

Intel XDP Debugging Connector / DMI debug header

Intel XDP Debugging Connector / DMI debug header

Intel XDP Debugging Connector / DMI debug header

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 08:28:00

Page Modified:

Wednesday, March 02, 2011 08:28:00

Page Modified:

6

Wednesday, March 02, 2011 08:28:00

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

10 65

10 65

10 65

1

@XU1

@XU1

A A

CCL=Y

CCL=Y
I

I

NOBOM

NOBOM

CPU_HS

CPU_HS

9

10

11

12

MH3 MH4

13
14
15
16

MH2 MH1

123

B B

8
7
6
5

4

XDP_EAR[10]

CFG[0..17][10]

XDP_EAR

CFG[0..17]

CK_PE_100M_DMI[25]

CK_PE_100M_DMI#[25]

PLTRST_IN_CPU#[10]

2

H_PWRGOOD[10,24]

DRAM_PWRGD[24]

H_CATERR#[47]

H_PROCHOT#[39]

H_THERMTRIP#[23]

R453 1K_5% 0402NIR453 1K_5%0402NI
R559 1K_5% 0402NIR559 1K_5% 0402NI
R158 1K_5% 0402NIR158 1K_5%0402NI
R557 1K_5% 0402NIR557 1K_5%0402NI
R652 1K_5% 0402NIR652 1K_5%0402NI
R330 1K_5% 0402NIR330 1K_5% 0402NI
R555 1K_5% 0402NIR555 1K_5% 0402NI
R590 1K_5% 0402NIR590 1K_5% 0402NI
R653 1K_5% 0402NIR653 1K_5%0402NI
R326 1K_5% 0402NIR326 1K_5% 0402NI
R455 1K_5% 0402NIR455 1K_5% 0402NI
R556 1K_5% 0402NIR556 1K_5% 0402NI
R558 1K_5% 0402NIR558 1K_5%0402NI
R588 1K_5% 0402NIR588 1K_5% 0402NI
R456 1K_5% 0402NIR456 1K_5%0402NI
R544 1K_5% 0402NIR544 1K_5%0402NI
R554 1K_5% 0402NIR554 1K_5% 0402NI
R591 1K_5% 0402NIR591 1K_5% 0402NI
R672 1K_5% 0402NIR672 1K_5% 0402NI
R673 1K_5% 0402NIR673 1K_5% 0402NI

H_PECI[23,39]

VR_HOT[55]

+1P8V_SFR

H_SNB_N[22]

PMSYNC#[23]

+VCCIO

+VCCIO

+VCCIO

+VCCIO

+VCCIO

3

R397 0_5% 0402IR397 0_5% 0402I
R398 0_5% 0402IR398 0_5% 0402I

TPVIA71NOBOM TPVIA71NOBOM
TPVIA72NOBOM TPVIA72NOBOM

TPVIA76NOBOM TPVIA76NOBOM
TPVIA77NOBOM TPVIA77NOBOM

R451 51_5% 0402NIR451 51_5% 0402NI
R727 1K_5% 0402IR727 1K_5% 0402I

R251 120_1% 0402

I

R251 120_1% 0402

I

R444 1K_5% 0402NIR444 1K_5% 0402NI

R420 1K_5% 0402NIR420 1K_5% 0402NI

R548 51_5% 0402IR548 51_5% 0402I
R71 0_5% 0402IR71 0_5% 0402I

R445 51_5%

R445 51_5%

0402 NI

0402 NI

R452 2.2K_5% 0402IR452 2.2K_5% 0402I
R68 0_5% 0402NIR68 0_5% 0402NI

+VCCIO

MCP - VID,GFX-VID,CTRL, MSIC

CK_OUT_HCLK
CK_OUT_HCLK#

TP_VCC_VAL_SENSE
TP_VSSU_VAL_SENSE

TP_AXG_VAL_SENSE
TP_VSSGT_VAL_SENSE

PLTRST_IN_CPU#

H_SNB_N

CFG17
CFG16
CFG15
CFG14
CFG13
CFG12
CFG11
CFG10
CFG9
CFG8
CFG7
CFG6
CFG5
CFG4
CFG3
CFG2
CFG1
CFG0

4

MCP-VID,CTRL,MSIC

MCP-VID,CTRL,MSIC

XU1D

XU1D

W2

BCLK[0]

W1

BCLK#[0]

J31

RSVD_47

K31

RSVD_48

AD34

RSVD_49

AD35

RSVD_50

F36

RESET#

J40

UNCOREPWRGOOD

AJ19

SM_DRAMPWROK

J35

PECI

E37

CATERR#

H34

PROCHOT#

G35

THERMTRIP#

K32

PROC_SEL

E38

PM_SYNC

G36

CFG[17]

G37

CFG[16]

N40

CFG[15]

N37

CFG[14]

N39

CFG[13]

N38

CFG[12]

N36

CFG[11]

M38

CFG[10]

L35

CFG[9]

J38

CFG[8]

M36

CFG[7]

L37

CFG[6]

N35

CFG[5]

L36

CFG[4]

K36

CFG[3]

J37

CFG[2]

J36

CFG[1]

H36

CFG[0]

Socket_LGA 1155_15u_Black

Socket_LGA 1155_15u_Black

5

I CCL=Y

I CCL=Y

VIDSOUT

VIDSCLK

VIDALERT#

VCC_SENSE

VSS_SENSE

VCCIO_SENSE
VSSIO_SENSE

VCCAXG_SENSE
VSSAXG_SENSE

RSVD_51

VCCSA_VID

VCCSA_SENSE

SM_VREF

SM_DRAMRST#

SKTOCC#

VCC_NCTF

RSVD_46

TDO

TCK

TMS

PRDY#

TRST#

DBR#

PREQ#

FC_AH1
FC_AH4

BPM#[7]
BPM#[6]
BPM#[5]
BPM#[4]
BPM#[3]
BPM#[2]
BPM#[1]
BPM#[0]

TDI

W=4 S=12

H_VIDSOUT

B37

H_VIDSCK

C37
A37

A36
B36

AB4
AB3

L32
M32

VTT_SELECT

P33
P34
T2

SNB_DDR_VREF

AJ22

DDR3_DRAMRST#

AW18

AJ33

ITP_CLKINP

C40

ITP_CLKINN

D40
L40
L39
M40
L38

K38
J39

E39

K40

AH1
AH4

F40
E40
F38
G39
G40
G38
H38
H40

+VCCIO+VCCIO +VCCIO

R16

R16
110_1%

110_1%

0402

0402
I

I

R50 44.2_1%

R50 44.2_1%

0402 I

0402 I

PDG v0.8: 45 ohm

C900 100nF_Y5V_10V

C900 100nF_Y5V_10V

0402 NI

0402 NI

R161 51_5%

R161 51_5%

0402 NI

0402 NI

R836 51_5%

R836 51_5%

0402 NI

0402 NI

DIMM_DQ_CPU_VREF_B
DIMM_DQ_CPU_VREF_A

6

R340

R340

R55

R55

90.9_1%

90.9_1%

75_1%

75_1%

0402

0402

0402

0402

NI

NI

I

I

VRM_ALERT#_RVIDALERT_#

VCC_SENSE [55]
VSS_SENSE [55]

VTT_SENSE_P [59]
VTT_SENSE_N [59]

AXG_SENSE_P [55]
AXG_SENSE_N [55]

VCCSA_VID [60]
VCCSA_SENSE [60]

R440 0_5% 0402NIR440 0_5% 0402NI

SKTOCC# [24,39]

R649 0_5% 0402NIR649 0_5% 0402NI
R650 0_5% 0402NIR650 0_5% 0402NI

H_TDI [10]
H_TDO [10]
H_TCK [10]
H_TMS [10]

FP_RST# [10,16,24,41]

H_PREQ_N [10]

H_BPM#7 [10]
H_BPM#6 [10]
H_BPM#5 [10]
H_BPM#4 [10]
H_BPM#3 [10]
H_BPM#2 [10]
H_BPM#1 [10]
H_BPM#0 [10]

+VCCIO

H_PRDY_N [10]

+VCCIO

0_5%R57

0_5%R57

I0402

I0402

0_5%R67

0_5%R67

I0402

I0402

0_5%R56

0_5%R56

I0402

I0402

R1391 10K_5%

R1391 10K_5%

0402 I

0402 I

R1392 4.7K_5%

R1392 4.7K_5%

0402 I

0402 I

R737 0_5% 0402NIR737 0_5% 0402NI

CK_100M_H_ITP [10,25]
CK_100M_H_ITP# [10,25]

H_TRST# [10]

C567

C567
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

7

VRM_SDIO [55]
VRM_SCLK [55]
VRM_ALERT# [55]

+5V

DDR3_DRAMRST#A [17,18]
DDR3_DRAMRST#B [19,20]

Place close to DIMMs

C40/D40 are BCLK_ITP, confirmed by Intel

DIMM_DQ_CPU_VREF_B [19]
DIMM_DQ_CPU_VREF_A [17]

C905

C905
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

VTT_SELECT [59]

100nF_X7R_16V

100nF_X7R_16V

0402

0402

8

+1P5V_DUAL

R69

R69

1K_1%

1K_1%

0402

0402

I

I

C8

C8

R70

R70

1K_1%

1K_1%

0402

0402

I

I

I

I

C C

Ensure timings and edge rates are met on PLTRST# going to processor.

CPU REST CIRCUITRY

+3P3V_AUX

D.G v0.7: the resistor divider is
needed when a 3,3V buffer is used
and will aslo vary depending on
buffer imlementation. CRS use
178_1% and 75_1%

R476 10K_5%

PLTRST_N[10,16,24,38,39]

D D

R476 10K_5%

0402 I

0402 I

R487 5.1K_5%

R487 5.1K_5%

0402 I

0402 I

P_RST_CPU#

+3P3V_AUX

TPVIA18 NOBOMTPVIA18 NOBOM
TPVIA19 NOBOMTPVIA19 NOBOM

1

R72 0_5%

NIR72 0_5%

NI

0402

0402

R73 0_5%

NIR73 0_5%

NI

0402

0402

R717

R717
1K_5%

1K_5%

0402

0402
I

I

P_RST_CPU_P

Q221

Q221

C

C

MMBT3904LT1G

MMBT3904LT1G

SOT-23-3P

SOT-23-3P

B

B

E

E

I

I

C229

C229
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

SMBCLK_CPU_DDR
SMBDATA_CPU_DDR

2

R537

R537
0_5%

0_5%

0402

0402
I

I

DMI/FDI TERMINATION VOLTAGE
DC COUPLED: TX/RX TO VCC ISF SAMPLED HIGH
DC COUPLED: TX/RX TO VSS IF SAMPLED LOW
AC COUPLED: TX SET TO VCC/2, RX SET TO VSS REGARDLESS OF THIS STRAP

+3P3V

R622

R622
178_1%

178_1%

0402

0402
I

I

P_RST_CPU#_G

G

G

PLTRST_IN_CPU#

Q222

Q222

D

D

2N7002

2N7002

SOT23-3P

SOT23-3P

S

S

I

I

R633

R633
75_1%

75_1%

0402

0402
I

I

PLTRST_IN_CPU# [10]

C76

C76
100pF_NPO_50V

100pF_NPO_50V

0402

0402
NI

NI

+1P5V_DUAL

C510 1uF_X5R_16V 0603

C510 1uF_X5R_16V 0603

NI

U56

1

VDD
GND2RW

3

SCL

AD5247BKSZ10-RL7

AD5247BKSZ10-RL7

SDA

NIU56

NI

6

RH

5
4

3

NI

R688 12.1K_1% 0402

R688 12.1K_1% 0402

NI

NI

RW_POT_A_CPU_DDR

R701

R701

12.1K_1%

12.1K_1%

0402

0402
NI

NI

DDR3_DRAMRST#

RW_NEG_A_CPU_DDR

4

+5V_DUAL

1
3

V+

V+
V-

V-

R450 4.7K_5%

R450 4.7K_5%

0402 I

0402 I

C458 1uF_X5R_16V 0603

C458 1uF_X5R_16V 0603

52

U26

U26
AZV321KTR-G1

AZV321KTR-G1

NI

NI

4

DDR3 DRAMRST# BUFFER CIRCUIT

+3P3V_AUX

R715

R715
1K_5%

DRAMRST#

Q33A

Q33A

MMDT3904-7-F

MMDT3904-7-F

NI

NI

1K_5%

0402

0402
I

I

DRAMRST#_C

C

C

B

B

E

E

I

I

R739 2.2_5%0402

R739 2.2_5%0402

NI

NI

R684

R684

12.1K_1%

12.1K_1%

0402

0402
NI

NI

5

Place close to DIMMs

R708 1K_5% 0402IR708 1K_5%0402I

R709 1K_5% 0402IR709 1K_5%0402I

C469

C469
10pF_NPO_25V

10pF_NPO_25V

0402

0402
NI

NI

C457

C457
1uF_X5R_16V

1uF_X5R_16V

0603

0603
NI

NI

DRAMRST#_C_R1

MMBT3904LT1G

MMBT3904LT1G

SOT-23-3P

SOT-23-3P

DRAMRST#_C_R2

R749 0_5%

R749 0_5%

0402 NI

0402 NI
TOP

TOP

6

Q35

Q35

SNB_DDR_VREFSNB_DDR_REF_RSNB_DDR_REF_R

100_5%

100_5%

I

I

+1P5V_DUAL

R703

R703

0402

0402

I

I

C

C

B

B

E

E

R704

R704
100_5%

100_5%

0402

0402
I

I

C

C

B

B

E

E

Q33B

Q33B
MMDT3904-7-F

MMDT3904-7-F

I

I

Title

Title

Title

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

Page Modified:

Page Modified:

Page Modified:

C440

C440
1nF_X7R_16V

1nF_X7R_16V

0402

0402
NI

NI

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

MCP- CLK, CTRL, MISC, DEBUG

MCP- CLK, CTRL, MISC, DEBUG

MCP- CLK, CTRL, MISC, DEBUG

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Wednesday, March 02, 2011 09:21:34

Wednesday, March 02, 2011 09:21:34

Wednesday, March 02, 2011 09:21:34

7

DDR3_DRAMRST#A [17,18]
DDR3_DRAMRST#B [19,20]

C525

C525

1nF_X7R_16V

1nF_X7R_16V

0402

0402
NI

NI

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

11 65

11 65

11 65

1

2

MCP - DDR3 CH-A

3

4

5

6

7

8

MCP - DDR3 CH-B

MCP-DDR3

M_DA[0..63][17,18]

A A

B B

C C

M_DA_CB[0..7][17,18]

M_DA[0..63]

M_DA_CB[0..7]

M_DA63
M_DA62
M_DA61
M_DA60
M_DA59
M_DA58
M_DA57
M_DA56
M_DA55
M_DA54
M_DA53
M_DA52
M_DA51
M_DA50
M_DA49
M_DA48
M_DA47
M_DA46
M_DA45
M_DA44
M_DA43
M_DA42
M_DA41
M_DA40
M_DA39
M_DA38
M_DA37
M_DA36
M_DA35
M_DA34
M_DA33
M_DA32
M_DA31
M_DA30
M_DA29
M_DA28
M_DA27
M_DA26
M_DA25
M_DA24
M_DA23
M_DA22
M_DA21
M_DA20
M_DA19
M_DA18
M_DA17
M_DA16
M_DA15
M_DA14
M_DA13
M_DA12
M_DA11
M_DA10
M_DA9
M_DA8
M_DA7
M_DA6
M_DA5
M_DA4
M_DA3
M_DA2
M_DA1
M_DA0

M_DA_CB7
M_DA_CB6
M_DA_CB5
M_DA_CB4
M_DA_CB3
M_DA_CB2
M_DA_CB1
M_DA_CB0

AE40
AE39
AG38
AG39
AE37
AE38
AG37
AG40

AJ40
AJ39
AL38
AL39
AJ37
AJ38
AL37

AL40
AN40
AN39
AR38
AR39
AN37
AN38
AR37
AR40
AU37
AU38
AY36

AW35

AU36
AU39

AW37

AU35

AY9
AW9
AW7

AV7

AU9

AV9

AU7

AY7

AY5

AU5

AU3

AU2
AW5

AV5
AW3

AV2

AR1

AR2

AN3

AN2

AR4

AR3

AN4

AN1

AL1

AL2

AJ1

AJ2

AL4

AL3

AJ4

AJ3

AW12

AY12
AU11
AU13
AY13

AW13

AU14
AU12

MCP-DDR3

XU1A

XU1A

SA_DQ[63]
SA_DQ[62]
SA_DQ[61]
SA_DQ[60]
SA_DQ[59]
SA_DQ[58]
SA_DQ[57]
SA_DQ[56]
SA_DQ[55]
SA_DQ[54]
SA_DQ[53]
SA_DQ[52]
SA_DQ[51]
SA_DQ[50]
SA_DQ[49]
SA_DQ[48]
SA_DQ[47]
SA_DQ[46]
SA_DQ[45]
SA_DQ[44]
SA_DQ[43]
SA_DQ[42]
SA_DQ[41]
SA_DQ[40]
SA_DQ[39]
SA_DQ[38]
SA_DQ[37]
SA_DQ[36]
SA_DQ[35]
SA_DQ[34]
SA_DQ[33]
SA_DQ[32]
SA_DQ[31]
SA_DQ[30]
SA_DQ[29]
SA_DQ[28]
SA_DQ[27]
SA_DQ[26]
SA_DQ[25]
SA_DQ[24]
SA_DQ[23]
SA_DQ[22]
SA_DQ[21]
SA_DQ[20]
SA_DQ[19]
SA_DQ[18]
SA_DQ[17]
SA_DQ[16]
SA_DQ[15]
SA_DQ[14]
SA_DQ[13]
SA_DQ[12]
SA_DQ[11]
SA_DQ[10]
SA_DQ[9]
SA_DQ[8]
SA_DQ[7]
SA_DQ[6]
SA_DQ[5]
SA_DQ[4]
SA_DQ[3]
SA_DQ[2]
SA_DQ[1]
SA_DQ[0]

SA_ECC_CB[7]
SA_ECC_CB[6]
SA_ECC_CB[5]
SA_ECC_CB[4]
SA_ECC_CB[3]
SA_ECC_CB[2]
SA_ECC_CB[1]
SA_ECC_CB[0]

Socket_LGA 1155_15u_Black

Socket_LGA 1155_15u_Black

M_DQSA[0..7]

M_DQSA#[0..7]

I CCL=Y

I CCL=Y

SA_MA[15]
SA_MA[14]
SA_MA[13]
SA_MA[12]
SA_MA[11]
SA_MA[10]

SA_MA[9]
SA_MA[8]
SA_MA[7]
SA_MA[6]
SA_MA[5]
SA_MA[4]
SA_MA[3]
SA_MA[2]
SA_MA[1]
SA_MA[0]

SA_WE#
SA_CAS#
SA_RAS#

SA_BS[2]
SA_BS[1]
SA_BS[0]

SA_CS#[3]
SA_CS#[2]
SA_CS#[1]
SA_CS#[0]

SA_CKE[3]
SA_CKE[2]
SA_CKE[1]
SA_CKE[0]

SA_ODT[3]
SA_ODT[2]
SA_ODT[1]
SA_ODT[0]

SA_CK[3]
SA_CK[2]
SA_CK[1]

SA_CK[0]
SA_CK#[3]
SA_CK#[2]
SA_CK#[1]
SA_CK#[0]

SA_DQS[8]
SA_DQS[7]
SA_DQS[6]
SA_DQS[5]
SA_DQS[4]
SA_DQS[3]
SA_DQS[2]
SA_DQS[1]

SA_DQS[0]
SA_DQS#[8]
SA_DQS#[7]
SA_DQS#[6]
SA_DQS#[5]
SA_DQS#[4]
SA_DQS#[3]
SA_DQS#[2]
SA_DQS#[1]
SA_DQS#[0]

M_DQSA[0..7] [17,18]

M_DQSA#[0..7] [17,18]

AT20
AU20
AW32
AT21
AU21
AV28
AT22
AV22
AU22
AT23
AT24
AV23
AW23
AW24
AY24
AV27

AW29
AV30
AU28

AV20
AW28
AY29

AU33
AW30
AV32
AU29

AV18
AU18
AT19
AV19

AW33
AU30
AU32
AV31

AV26
AW27
AU24
AY25
AW26
AY27
AU25
AW25

AV13
AF38
AK38
AP38
AV37
AV8
AW4
AP3
AK3
AV12
AF39
AK39
AP39
AV36
AW8
AV4
AP2
AK2

M_MAA_A15
M_MAA_A14
M_MAA_A13
M_MAA_A12
M_MAA_A11
M_MAA_A10
M_MAA_A9
M_MAA_A8
M_MAA_A7
M_MAA_A6
M_MAA_A5
M_MAA_A4
M_MAA_A3
M_MAA_A2
M_MAA_A1
M_MAA_A0

M_DQSA8
M_DQSA7
M_DQSA6
M_DQSA5
M_DQSA4
M_DQSA3
M_DQSA2
M_DQSA1
M_DQSA0
M_DQSA#8
M_DQSA#7
M_DQSA#6
M_DQSA#5
M_DQSA#4
M_DQSA#3
M_DQSA#2
M_DQSA#1
M_DQSA#0

M_MAA_A[0..15]

M_WEA# [17,18]
M_CASA# [17,18]
M_RASA# [17,18]

M_BSA2 [17,18]
M_BSA1 [17,18]
M_BSA0 [17,18]

M_SCSA#3 [18]
M_SCSA#2 [18]
M_SCSA#1 [17]
M_SCSA#0 [17]

M_SCKEA3 [18]
M_SCKEA2 [18]
M_SCKEA1 [17]
M_SCKEA0 [17]

M_SODTA3 [18]
M_SODTA2 [18]
M_SODTA1 [17]
M_SODTA0 [17]

M_CLKA3 [18]
M_CLKA2 [18]
M_CLKA1 [17]
M_CLKA0 [17]
M_CLKA3# [18]
M_CLKA2# [18]
M_CLKA1# [17]
M_CLKA0# [17]

M_DB[0..63][19,20]

M_MAA_A[0..15] [17,18]

M_DQSA8 [17,18]

M_DQSA#8 [17,18]

M_DB_CB[0..7][19,20]

M_DB[0..63]

M_DB_CB[0..7]

M_DB63
M_DB62
M_DB61
M_DB60
M_DB59
M_DB58
M_DB57
M_DB56
M_DB50
M_DB53
M_DB49
M_DB54
M_DB51
M_DB55
M_DB52
M_DB48
M_DB47
M_DB46
M_DB45
M_DB44
M_DB43
M_DB42
M_DB41
M_DB40
M_DB39
M_DB38
M_DB37
M_DB36
M_DB35
M_DB34
M_DB33
M_DB32
M_DB31
M_DB30
M_DB29
M_DB28
M_DB27
M_DB26
M_DB25
M_DB24
M_DB23
M_DB22
M_DB21
M_DB20
M_DB19
M_DB18
M_DB17
M_DB16
M_DB10
M_DB14
M_DB8
M_DB12
M_DB15
M_DB11
M_DB9
M_DB13
M_DB7
M_DB6
M_DB5
M_DB4
M_DB3
M_DB2
M_DB1
M_DB0

M_DB_CB7
M_DB_CB6
M_DB_CB5
M_DB_CB4
M_DB_CB3
M_DB_CB2
M_DB_CB1
M_DB_CB0

XU1B

XU1B

AF35

SB_DQ[63]

AF33

SB_DQ[62]

AJ34

SB_DQ[61]

AJ35

SB_DQ[60]

AE35

SB_DQ[59]

AE34

SB_DQ[58]

AH34

SB_DQ[57]

AH35

SB_DQ[56]

AL34

SB_DQ[55]

AM35

SB_DQ[54]

AL31

SB_DQ[53]

AM34

SB_DQ[52]

AL32

SB_DQ[51]

AL35

SB_DQ[50]

AM31

SB_DQ[49]

AM32

SB_DQ[48]

AR34

SB_DQ[47]

AR35

SB_DQ[46]

AR31

SB_DQ[45]

AR32

SB_DQ[44]

AP34

SB_DQ[43]

AP35

SB_DQ[42]

AP31

SB_DQ[41]

AP32

SB_DQ[40]

AM29

SB_DQ[39]

AM28

SB_DQ[38]

AP29

SB_DQ[37]

AP28

SB_DQ[36]

AL29

SB_DQ[35]

AL28

SB_DQ[34]

AR29

SB_DQ[33]

AR28

SB_DQ[32]

AP12

SB_DQ[31]

AR12

SB_DQ[30]

AL13

SB_DQ[29]

AL12

SB_DQ[28]

AP13

SB_DQ[27]

AR13

SB_DQ[26]

AM13

SB_DQ[25]

AM12

SB_DQ[24]

AR9

SB_DQ[23]

AP9

SB_DQ[22]

AR6

SB_DQ[21]

AP6

SB_DQ[20]

AR10

SB_DQ[19]

AP10

SB_DQ[18]

AR7

SB_DQ[17]

AP7

SB_DQ[16]

AM9

SB_DQ[15]

AL9

SB_DQ[14]

AM6

SB_DQ[13]

AL6

SB_DQ[12]

AL10

SB_DQ[11]

AM10

SB_DQ[10]

AM7

SB_DQ[9]

AL7

SB_DQ[8]

AJ7

SB_DQ[7]

AJ6

SB_DQ[6]

AG6

SB_DQ[5]

AG5

SB_DQ[4]

AJ8

SB_DQ[3]

AJ9

SB_DQ[2]

AG8

SB_DQ[1]

AG7

SB_DQ[0]

AP15

SB_ECC_CB[7]

AR15

SB_ECC_CB[6]

AM15

SB_ECC_CB[5]

AL15

SB_ECC_CB[4]

AR16

SB_ECC_CB[3]

AP16

SB_ECC_CB[2]

AM16

SB_ECC_CB[1]

AL16

SB_ECC_CB[0]

Socket_LGA 1155_15u_Black

Socket_LGA 1155_15u_Black

MCP-DDR3

MCP-DDR3

I CCL=Y

I CCL=Y

SB_MA[15]
SB_MA[14]
SB_MA[13]
SB_MA[12]
SB_MA[11]
SB_MA[10]

SB_MA[9]
SB_MA[8]
SB_MA[7]
SB_MA[6]
SB_MA[5]
SB_MA[4]
SB_MA[3]
SB_MA[2]
SB_MA[1]
SB_MA[0]

SB_WE#
SB_CAS#
SB_RAS#

SB_BS[2]
SB_BS[1]
SB_BS[0]

SB_CS#[3]
SB_CS#[2]
SB_CS#[1]
SB_CS#[0]

SB_CKE[3]
SB_CKE[2]
SB_CKE[1]
SB_CKE[0]

SB_ODT[3]
SB_ODT[2]
SB_ODT[1]
SB_ODT[0]

SB_CK[3]
SB_CK[2]
SB_CK[1]
SB_CK[0]

SB_CK#[3]
SB_CK#[2]
SB_CK#[1]
SB_CK#[0]

SB_DQS[8]
SB_DQS[7]
SB_DQS[6]
SB_DQS[5]
SB_DQS[4]
SB_DQS[3]
SB_DQS[2]
SB_DQS[1]

SB_DQS[0]
SB_DQS#[8]
SB_DQS#[7]
SB_DQS#[6]
SB_DQS#[5]
SB_DQS#[4]
SB_DQS#[3]
SB_DQS#[2]
SB_DQS#[1]
SB_DQS#[0]

AV16
AY16
AR26
AT18
AU17
AN23
AY17
AN18
AL18
AM18
AP18
AP19
AK18
AM19
AM20
AK24

AR25
AK25
AP24

AW17
AM24
AP23

AT26
AL25
AN26
AN25

AV15
AW15
AY15
AU16

AK26
AM26
AP26
AL26

AP21
AL23
AL20
AL21
AN21
AM22
AK20
AL22

AN16
AG35
AL33
AP33
AN29
AN13
AR8
AM8
AH7
AN15
AG34
AM33
AR33
AN28
AN12
AP8
AL8
AH6

M_MAA_B15
M_MAA_B14
M_MAA_B13
M_MAA_B12
M_MAA_B11
M_MAA_B10
M_MAA_B9
M_MAA_B8
M_MAA_B7
M_MAA_B6
M_MAA_B5
M_MAA_B4
M_MAA_B3
M_MAA_B2
M_MAA_B1
M_MAA_B0

M_DQSB8
M_DQSB7
M_DQSB6
M_DQSB5
M_DQSB4
M_DQSB3
M_DQSB2
M_DQSB1
M_DQSB0
M_DQSB#8
M_DQSB#7
M_DQSB#6
M_DQSB#5
M_DQSB#4
M_DQSB#3
M_DQSB#2
M_DQSB#1
M_DQSB#0

M_DQSB[0..7]

M_DQSB#[0..7]

M_MAA_B[0..15]

M_WEB# [19,20]
M_CASB# [19,20]
M_RASB# [19,20]

M_BSB2 [19,20]
M_BSB1 [19,20]
M_BSB0 [19,20]

M_SCSB#3 [20]
M_SCSB#2 [20]
M_SCSB#1 [19]
M_SCSB#0 [19]

M_SCKEB3 [20]
M_SCKEB2 [20]
M_SCKEB1 [19]
M_SCKEB0 [19]

M_SODTB3 [20]
M_SODTB2 [20]
M_SODTB1 [19]
M_SODTB0 [19]

M_CLKB3 [20]
M_CLKB2 [20]
M_CLKB1 [19]
M_CLKB0 [19]
M_CLKB3# [20]
M_CLKB2# [20]
M_CLKB1# [19]
M_CLKB0# [19]

M_DQSB8 [19,20]

M_DQSB#8 [19,20]

M_DQSB[0..7] [19,20]

M_DQSB#[0..7] [19,20]

M_MAA_B[0..15] [19,20]

D D

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

MCP- DDR3 CHANNEL A

MCP- DDR3 CHANNEL A

MCP- DDR3 CHANNEL A

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Thursday, February 17, 2011 19:24:29

Page Modified:

Thursday, February 17, 2011 19:24:29

Page Modified:

1

2

3

4

5

6

Thursday, February 17, 2011 19:24:29

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

12 65

12 65

12 65

1

2

3

4

5

Routing bundles are differential pairs that share a common equalization register. Differential pair 0 and 1
are a bundle, differential pair 2 and 3 are a bundle, and so on. For example on PCIE: PEG_TX /#[0] and
PEG_TX/#[1] or PEG_TX /#[2] and PEG_TX /#[3] are two examples. Length match pairs in a bundle to
within 0.4 inch.

6

7

8

A A

MCP - PCIE,DMI,FDI

MCP-PEG,PE,DMI,FDI

MCP-PEG,PE,DMI,FDI

XU1C

XU1C

W=4 S=5

N1

PEG_RX[15]

N2

PEG_RX#[15]

M3

PEG_RX[14]

M4

PEG_RX#[14]

L1

PEG_RX[13]

L2

PEG_RX#[13]

K3

PEG_RX[12]

K4

PEG_RX#[12]

J1

PEG_RX[11]

J2

PEG_RX#[11]

H3

PEG_RX[10]

H4

PEG_RX#[10]

G2

PEG_RX[9]

G1

PEG_RX#[9]

F4

PEG_RX[8]

F3

PEG_RX#[8]

E2

PEG_RX[7]

E1

PEG_RX#[7]

A5

PEG_RX[6]

A6

PEG_RX#[6]

C6

PEG_RX[5]

C5

PEG_RX#[5]

B8

PEG_RX[4]

B7

PEG_RX#[4]

E10

PEG_RX[3]

E9

PEG_RX#[3]

C10

PEG_RX[2]

C9

PEG_RX#[2]

D12

PEG_RX[1]

D11

PEG_RX#[1]

B11

PEG_RX[0]

B12

PEG_RX#[0]

AA4

DMI_RX[3]

AA5

DMI_RX#[3]

Y3

DMI_RX[2]

Y4

DMI_RX#[2]

V3

DMI_RX[1]

V4

DMI_RX#[1]

W5

DMI_RX[0]

W4

DMI_RX#[0]

U2

PE_RX[3]

U1

PE_RX#[3]

T4

PE_RX[2]

T3

PE_RX#[2]

R2

PE_RX[1]

R1

PE_RX#[1]

P3

PE_RX[0]

P4

PE_RX#[0]

AC5

FDI_FSYNC[0]

AE5

FDI_FSYNC[1]

AC4

FDI_LSYNC[0]

AE4

FDI_LSYNC[1]

C4

PEG_RCOMPO

B5

PEG_ICOMPO

B4

PEG_COMPI

AE2

FDI_COMPIO

AE1

FDI_ICOMPO

AG3

FDI_INT

Socket_LGA 1155_15u_Black

Socket_LGA 1155_15u_Black

4

EXP_A_RXP_15[37]
EXP_A_RXN_15[37]
EXP_A_RXP_14[37]
EXP_A_RXN_14[37]
EXP_A_RXP_13[37]
EXP_A_RXN_13[37]
EXP_A_RXP_12[37]
EXP_A_RXN_12[37]
EXP_A_RXP_11[37]
EXP_A_RXN_11[37]
EXP_A_RXP_10[37]
EXP_A_RXN_10[37]

EXP_A_RXP_9[37]

EXP_A_RXN_9[37]

EXP_A_RXP_8[37]

EXP_A_RXN_8[37]

EXP_A_RXP_7[37]

EXP_A_RXN_7[37]

EXP_A_RXP_6[37]

EXP_A_RXN_6[37]

EXP_A_RXP_5[37]

B B

C C

SHORT B4 & C4 TOGETHER, ROUTE AS A SINGLE 4 MIL TRACE TO R65.

D D

ROUTE B5 TO R65 AS A SEPERATE 12 MIL TRACE

1

EXP_A_RXN_5[37]

EXP_A_RXP_4[37]

EXP_A_RXN_4[37]

EXP_A_RXP_3[37]

EXP_A_RXN_3[37]

EXP_A_RXP_2[37]

EXP_A_RXN_2[37]

EXP_A_RXP_1[37]

EXP_A_RXN_1[37]

EXP_A_RXP_0[37]

EXP_A_RXN_0[37]

DMI_PCH_CPU_RXP3[10,21]
DMI_PCH_CPU_RXN3[10,21]
DMI_PCH_CPU_RXP2[10,21]
DMI_PCH_CPU_RXN2[10,21]
DMI_PCH_CPU_RXP1[10,21]
DMI_PCH_CPU_RXN1[10,21]
DMI_PCH_CPU_RXP0[10,21]
DMI_PCH_CPU_RXN0[10,21]

FDI_FSYNC0[25]
FDI_FSYNC1[25]

FDI_LSYNC0[25]
FDI_LSYNC1[25]

+VCCIO

+VCCIO

FDI_INT[25]

R65 24.9_1% 0402IR65 24.9_1% 0402I

W=4 S=15 for PEG_ICOMPI and PEG_RCOMPO
W=12 S=15 for PEG_ICOMPO

R15 24.9_1% 0402IR15 24.9_1% 0402I

2

PEGICOMP_MCP

SNB_IPL_RCOMP

W=4 S=5

3

I CCL=Y

I CCL=Y

PEG_TX[15]

PEG_TX#[15]

PEG_TX[14]

PEG_TX#[14]

PEG_TX[13]

PEG_TX#[13]

PEG_TX[12]

PEG_TX#[12]

PEG_TX[11]

PEG_TX#[11]

PEG_TX[10]

PEG_TX#[10]

PEG_TX[9]

PEG_TX#[9]

PEG_TX[8]

PEG_TX#[8]

PEG_TX[7]

PEG_TX#[7]

PEG_TX[6]

PEG_TX#[6]

PEG_TX[5]

PEG_TX#[5]

PEG_TX[4]

PEG_TX#[4]

PEG_TX[3]

PEG_TX#[3]

PEG_TX[2]

PEG_TX#[2]

PEG_TX[1]

PEG_TX#[1]

PEG_TX[0]

PEG_TX#[0]

DMI_TX[3]

DMI_TX#[3]

DMI_TX[2]

DMI_TX#[2]

DMI_TX[1]

DMI_TX#[1]

DMI_TX[0]

DMI_TX#[0]

PE_TX[3]

PE_TX#[3]

PE_TX[2]

PE_TX#[2]

PE_TX[1]

PE_TX#[1]

PE_TX[0]

PE_TX#[0]

FDI_TX[7]

FDI_TX#[7]

FDI_TX[6]

FDI_TX#[6]

FDI_TX[5]

FDI_TX#[5]

FDI_TX[4]

FDI_TX#[4]

FDI_TX[3]

FDI_TX#[3]

FDI_TX[2]

FDI_TX#[2]

FDI_TX[1]

FDI_TX#[1]

FDI_TX[0]

FDI_TX#[0]

N5
N6
L6
L5
M8
M7
J5
J6
K7
K8
G5
G6
G10
G9
F8
F7
E6
E5
D3
C3
D8
D7
J14
J13
F12
F11
G14
G13
E14
E13
C13
C14

AA7
AA8
Y6
Y7
W7
W8
V7
V6

U5
U6
R6
R5
T7
T8
P8
P7

AG2
AG1
AF3
AF2
AE7
AE8
AD7
AD6
AD4
AD3
AD2
AD1
AC2
AC3
AC8
AC7

EXP_A_TXP15
EXP_A_TXN15
EXP_A_TXP14
EXP_A_TXN14
EXP_A_TXP13
EXP_A_TXN13
EXP_A_TXP12
EXP_A_TXN12
EXP_A_TXP11
EXP_A_TXN11
EXP_A_TXP10
EXP_A_TXN10
EXP_A_TXP9
EXP_A_TXN9
EXP_A_TXP8
EXP_A_TXN8
EXP_A_TXP7
EXP_A_TXN7
EXP_A_TXP6
EXP_A_TXN6
EXP_A_TXP5
EXP_A_TXN5
EXP_A_TXP4
EXP_A_TXN4
EXP_A_TXP3
EXP_A_TXN3
EXP_A_TXP2
EXP_A_TXN2
EXP_A_TXP1
EXP_A_TXN1
EXP_A_TXP0
EXP_A_TXN0

5

C77 220nF_X5R_10V 0402IC77 220nF_X5R_10V 0402I
C78 220nF_X5R_10V 0402IC78 220nF_X5R_10V 0402I
C79 220nF_X5R_10V 0402IC79 220nF_X5R_10V 0402I
C80 220nF_X5R_10V 0402IC80 220nF_X5R_10V 0402I
C81 220nF_X5R_10V 0402IC81 220nF_X5R_10V 0402I
C82 220nF_X5R_10V 0402IC82 220nF_X5R_10V 0402I
C83 220nF_X5R_10V 0402IC83 220nF_X5R_10V 0402I
C84 220nF_X5R_10V 0402IC84 220nF_X5R_10V 0402I
C85 220nF_X5R_10V 0402IC85 220nF_X5R_10V 0402I
C86 220nF_X5R_10V 0402IC86 220nF_X5R_10V 0402I
C87 220nF_X5R_10V 0402IC87 220nF_X5R_10V 0402I
C88 220nF_X5R_10V 0402IC88 220nF_X5R_10V 0402I
C89 220nF_X5R_10V 0402IC89 220nF_X5R_10V 0402I
C90 220nF_X5R_10V 0402IC90 220nF_X5R_10V 0402I
C91 220nF_X5R_10V 0402IC91 220nF_X5R_10V 0402I
C92 220nF_X5R_10V 0402IC92 220nF_X5R_10V 0402I
C93 220nF_X5R_10V 0402IC93 220nF_X5R_10V 0402I
C94 220nF_X5R_10V 0402IC94 220nF_X5R_10V 0402I
C95 220nF_X5R_10V 0402IC95 220nF_X5R_10V 0402I
C96 220nF_X5R_10V 0402IC96 220nF_X5R_10V 0402I
C97 220nF_X5R_10V 0402IC97 220nF_X5R_10V 0402I
C98 220nF_X5R_10V 0402IC98 220nF_X5R_10V 0402I
C99 220nF_X5R_10V 0402IC99 220nF_X5R_10V 0402I
C100 220nF_X5R_10V 0402IC100 220nF_X5R_10V 0402I
C101 220nF_X5R_10V 0402IC101 220nF_X5R_10V 0402I
C102 220nF_X5R_10V 0402IC102 220nF_X5R_10V 0402I
C103 220nF_X5R_10V 0402IC103 220nF_X5R_10V 0402I
C104 220nF_X5R_10V 0402IC104 220nF_X5R_10V 0402I
C105 220nF_X5R_10V 0402IC105 220nF_X5R_10V 0402I
C106 220nF_X5R_10V 0402IC106 220nF_X5R_10V 0402I
C107 220nF_X5R_10V 0402IC107 220nF_X5R_10V 0402I
C108 220nF_X5R_10V 0402IC108 220nF_X5R_10V 0402I

PDG v0.8: 180nF ~ 265nF

EXP_A_TXP_15_C [37]
EXP_A_TXN_15_C [37]
EXP_A_TXP_14_C [37]
EXP_A_TXN_14_C [37]
EXP_A_TXP_13_C [37]
EXP_A_TXN_13_C [37]
EXP_A_TXP_12_C [37]
EXP_A_TXN_12_C [37]
EXP_A_TXP_11_C [37]
EXP_A_TXN_11_C [37]
EXP_A_TXP_10_C [37]
EXP_A_TXN_10_C [37]
EXP_A_TXP_9_C [37]
EXP_A_TXN_9_C [37]
EXP_A_TXP_8_C [37]
EXP_A_TXN_8_C [37]
EXP_A_TXP_7_C [37]
EXP_A_TXN_7_C [37]
EXP_A_TXP_6_C [37]
EXP_A_TXN_6_C [37]
EXP_A_TXP_5_C [37]
EXP_A_TXN_5_C [37]
EXP_A_TXP_4_C [37]
EXP_A_TXN_4_C [37]
EXP_A_TXP_3_C [37]
EXP_A_TXN_3_C [37]
EXP_A_TXP_2_C [37]
EXP_A_TXN_2_C [37]
EXP_A_TXP_1_C [37]
EXP_A_TXN_1_C [37]
EXP_A_TXP_0_C [37]
EXP_A_TXN_0_C [37]

DMI_CPU_PCH_RXP3 [10,21]
DMI_CPU_PCH_RXN3 [10,21]
DMI_CPU_PCH_RXP2 [10,21]
DMI_CPU_PCH_RXN2 [10,21]
DMI_CPU_PCH_RXP1 [10,21]
DMI_CPU_PCH_RXN1 [10,21]
DMI_CPU_PCH_RXP0 [10,21]
DMI_CPU_PCH_RXN0 [10,21]

FDI_TX7_P [25]
FDI_TX7_N [25]
FDI_TX6_P [25]
FDI_TX6_N [25]
FDI_TX5_P [25]
FDI_TX5_N [25]
FDI_TX4_P [25]
FDI_TX4_N [25]
FDI_TX3_P [25]
FDI_TX3_N [25]
FDI_TX2_P [25]
FDI_TX2_N [25]
FDI_TX1_P [25]
FDI_TX1_N [25]
FDI_TX0_P [25]
FDI_TX0_N [25]

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

MCP- PCIE, DMI, FDI

MCP- PCIE, DMI, FDI

MCP- PCIE, DMI, FDI

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Thursday, February 17, 2011 19:24:28

Page Modified:

Thursday, February 17, 2011 19:24:28

Page Modified:

6

Thursday, February 17, 2011 19:24:28

Hon Hai Precision Industry Co. Ltd.

7

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

Sheet of

Sheet of

Sheet of

13 65

13 65

13 65

8

1

2

3

4

5

6

7

8

+VCORE +VCORE +VCORE

MCP-VCC

MCP-VCC

XU1E

XU1E

A12

VCC_0

A13

VCC_1

A14

VCC_2

A15

VCC_3

A18

VCC_4

A27

A A

B B

C C

C251

C251
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
NI

NI
BOTTOM

BOTTOM

VCC_5

A28

VCC_6

A16

VCC_7

A24

VCC_8

C25

VCC_9

C24

VCC_10

B25

VCC_11

B15

VCC_12

B16

VCC_13

B18

VCC_14

B24

VCC_15

B27

VCC_16

B28

VCC_17

C28

VCC_18

B30

VCC_19

B31

VCC_20

B33

VCC_21

C15

VCC_22

C16

VCC_23

C18

VCC_24

C19

VCC_25

C21

VCC_26

C22

VCC_27

C27

VCC_28

C30

VCC_29

C31

VCC_30

C33

VCC_31

C34

VCC_32

C36

VCC_33

D13

VCC_34

D14

VCC_35

D15

VCC_36

D16

VCC_37

D18

VCC_38

D19

VCC_39

D21

VCC_40

D22

VCC_41

D24

VCC_42

D25

VCC_43

D27

VCC_44

D28

VCC_45

D30

VCC_46

D31

VCC_47

D33

VCC_48

D34

VCC_49

D35

VCC_50

D36

VCC_51

E15

VCC_52

E16

VCC_53

E18

VCC_54

E19

VCC_55

E21

VCC_56

E22

VCC_57

E24

VCC_58

E25

VCC_59

E27

VCC_60

E28

VCC_61

Socket_LGA 1155_15u_Black

Socket_LGA 1155_15u_Black

C297

C297
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
NI

NI
BOTTOM

BOTTOM

I CCL=Y

I CCL=Y

VCC_62
VCC_63
VCC_64
VCC_65
VCC_66
VCC_67
VCC_68
VCC_69
VCC_70
VCC_71
VCC_72
VCC_73
VCC_74
VCC_75
VCC_76
VCC_77
VCC_78
VCC_79
VCC_80
VCC_81
VCC_82
VCC_83
VCC_84
VCC_85
VCC_86
VCC_87
VCC_88
VCC_89
VCC_90
VCC_91
VCC_92
VCC_93
VCC_94
VCC_95
VCC_96
VCC_97
VCC_98

VCC_99
VCC_100
VCC_101
VCC_102
VCC_103
VCC_104
VCC_105
VCC_106
VCC_107
VCC_108
VCC_109
VCC_110
VCC_111
VCC_112
VCC_113
VCC_114
VCC_115
VCC_116
VCC_117
VCC_118
VCC_119
VCC_120
VCC_121
VCC_122
VCC_123
VCC_124

C420

C420
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
NI

NI
BOTTOM

BOTTOM

E30
E31
E33
E34
E35
F15
F16
F18
F19
F21
F22
F24
F25
F27
F28
F30
F31
F32
F33
F34
G15
G16
G18
G19
G21
G22
G24
G25
G27
G28
G30
G31
G32
G33
H13
H14
H15
H16
H18
H19
H21
H22
H24
H25
H27
H28
H30
H31
H32
J12
J15
J16
J18
J19
J21
J22
J24
J25
J27
J28
J30
K15
K16

C279

C279
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
NI

NI
BOTTOM

BOTTOM

BACKSIDE OF THE SOCKET CAVITY FOR OPTION

C109

C109
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C111

C111
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C127

C127
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C136

C136
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C114

C114
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C112

C112
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C128

C128
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C137

C137
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

PDG Rev. 0.8: 22uF 0805 X5R *9
PLACE AT SOCKET CAVITY

C115

C115
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C121

C121
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C129

C129
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C138

C138
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C233

C233
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C232

C232
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C259

C259
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

PDG Rev. 0.8: 22uF 0805 X5R *14
Inside processor socket cavity

C110

C116

C116
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C122

C122
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C130

C130
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C139

C139
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C110
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C123

C123
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

PDG Rev. 0.8: 22uF 0805 X5R *4

C142

C142
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C258

C258
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

PDG Rev. 0.8: 10uF 0805 X5R *1

+1P5V_DUAL

C143

C143
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

+1P5V_DUAL

C369

C369
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C592

C592
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C368

C368
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

+1P8V_SFR

+VCCIO+VCCIO

MCP-VCC,VDDQ,VCCSA,VCCIO

MCP-VCC,VDDQ,VCCSA,VCCIO

XU1F

XU1F

K18

VCC_125

K19

VCC_126

K21

VCC_127

K22

VCC_128

K24

VCC_129

K25

VCC_130

K27

VCC_131

K28

VCC_132

K30

VCC_133

A25

VCC_134

L13

VCC_135

L14

VCC_136

L15

VCC_137

L16

VCC_138

L18

VCC_139

L19

VCC_140

L21

VCC_141

L22

VCC_142

L24

VCC_143

L25

VCC_144

L27

VCC_145

L28

VCC_146

L30

VCC_147

M14

VCC_148

M15

VCC_149

M16

VCC_150

M18

VCC_151

M19

VCC_152

M21

VCC_153

M22

VCC_154

M24

VCC_155

M25

VCC_156

M27

VCC_157

M28

VCC_158

M30

VCC_159

B34

VCC_160

AJ24

VDDQ_0

AV33

VDDQ_1

AJ14

VDDQ_2

AJ20

VDDQ_3

AW31

VDDQ_4

AV21

VDDQ_5

AR20

VDDQ_6

AU23

VDDQ_7

AR22

VDDQ_8

AR23

VDDQ_9

AJ13

VDDQ_10

AV25

VDDQ_11

AY23

VDDQ_12

AY26

VDDQ_13

AV24

VDDQ_14

AU19

VDDQ_15

AU31

VDDQ_16

AV29

VDDQ_17

AU27

VDDQ_18

AR24

VDDQ_19

AJ23

VDDQ_20

AY28

VDDQ_21

AR21

VDDQ_22

AK11

VCCPLL_0

AK12

VCCPLL_1

C591

C591
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
I

I

Socket_LGA 1155_15u_Black

Socket_LGA 1155_15u_Black

I CCL=Y

I CCL=Y

VCCSA_0
VCCSA_1
VCCSA_2
VCCSA_3
VCCSA_4
VCCSA_5
VCCSA_6
VCCSA_7
VCCSA_8
VCCSA_9

VCCSA_10

VCCIO_0
VCCIO_1
VCCIO_2
VCCIO_3
VCCIO_4
VCCIO_5
VCCIO_6
VCCIO_7
VCCIO_8

VCCIO_9
VCCIO_10
VCCIO_11
VCCIO_12
VCCIO_13
VCCIO_14
VCCIO_15
VCCIO_16
VCCIO_17
VCCIO_18
VCCIO_19
VCCIO_20
VCCIO_21
VCCIO_22
VCCIO_23
VCCIO_24
VCCIO_25
VCCIO_26
VCCIO_27
VCCIO_28
VCCIO_29
VCCIO_30
VCCIO_31
VCCIO_32
VCCIO_33
VCCIO_34
VCCIO_35
VCCIO_36
VCCIO_37
VCCIO_38
VCCIO_39
VCCIO_40
VCCIO_41
VCCIO_42
VCCIO_43
VCCIO_44

NCTF_1
NCTF_2
NCTF_3
NCTF_4
NCTF_5

L12
H10
M12
M10
M11
H11
K11
J10
H12
K10
L11

AK30
U3
R3
N3
L3
J3
G3
A7
AJ16
R7
U7
L7
J8
A11
AF8
AB8
AJ26
AG33
AJ32
AK21
AJ17
AK19
V8
N7
B9
AK15
D10
D6
E3
G4
J4
J7
L4
M13
N4
R4
U4
AK23
AK17
AJ28
AK27
AK29
E4
W3
AA3

A38
AU40
AW38
C2
D1

+VCCSA

+VCCIO

C131

C131
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
I

I
BOTTOM

BOTTOM

C133

C133
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C117

C117
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C124

C124
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C582

C582
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
NI

NI
BOTTOM

BOTTOM

C189

C189
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
NI

NI
BOTTOM

BOTTOM

C576

C576
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I
BOTTOM

BOTTOM

C579

C579
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
NI

NI
BOTTOM

BOTTOM

C586

C586
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
NI

NI
BOTTOM

BOTTOM

C589

C589
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
NI

NI
BOTTOM

BOTTOM

PDG Rev. 0.8: 10uF 0805 X5R *2
INSIDE THE SOCKET CAVITY.

C370

C370
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
I

I

PDG Rev. 0.8: 22uF 0805 X5R *9
INSIDE THE SOCKET CAVITY.

C135

C134

C134
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C118

C118
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C125

C125
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C583

C583
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I
BOTTOM

BOTTOM

C552

C552
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I
BOTTOM

BOTTOM

C577

C577
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
NI

NI
BOTTOM

BOTTOM

C581

C581
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
NI

NI
BOTTOM

BOTTOM

C587

C587
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
NI

NI
BOTTOM

BOTTOM

C135
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C119

C119
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C126

C126
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

C584

C584
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I
BOTTOM

BOTTOM

C561

C561
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I
BOTTOM

BOTTOM

C578

C578
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I
BOTTOM

BOTTOM

C585

C585
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
NI

NI
BOTTOM

BOTTOM

C588

C588
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
NI

NI
BOTTOM

BOTTOM

C7

D D

1

2

3

100nF_X7R_16V

100nF_X7R_16V

0402

0402

C7

I

I

For power decouple

4

100nF_X7R_16V

100nF_X7R_16V

0402

0402

C6

C6

I

I

5

PDG Rev. 0.8: 22uF 0805 X5R *16 placeholders
BACKSIDE OF THE BOARD.

6

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

MCP VCCP CONNECTIONS

MCP VCCP CONNECTIONS

MCP VCCP CONNECTIONS

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:35

Page Modified:

Wednesday, March 02, 2011 09:21:35

Page Modified:

Wednesday, March 02, 2011 09:21:35

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

14 65

14 65

14 65

1

PDG Rev. 0.8: 22uF 0805 X5R *6;
PLACE AT SOCKET CAVITY

C140 22uF_X5R_6.3V 0805IC140 22uF_X5R_6.3V 0805I
C141 22uF_X5R_6.3V 0805IC141 22uF_X5R_6.3V 0805I

A A

PLACE AT SOCKET CAVITY

C144 22uF_X5R_6.3V 0805IC144 22uF_X5R_6.3V 0805I
C145 22uF_X5R_6.3V 0805IC145 22uF_X5R_6.3V 0805I

C146 22uF_X5R_6.3V 0805NI

C146 22uF_X5R_6.3V 0805NI
C430 22uF_X5R_6.3V 0805NI

C430 22uF_X5R_6.3V 0805NI

BACKSIDE OF MCP
SOCKET CAVITY.

B B

C C

D D

BOTTOM

BOTTOM
BOTTOM

BOTTOM

1

+VCC_AXG

2

MCP-VCCAXG,RSVD

MCP-VCCAXG,RSVD

XU1G

XU1G

AC33

VCCAXG_0

AC34

VCCAXG_1

AC35

VCCAXG_2

AC36

VCCAXG_3

AC37

VCCAXG_4

AC38

VCCAXG_5

AC39

VCCAXG_6

AC40

VCCAXG_7

Y33

VCCAXG_8

Y34

VCCAXG_9

Y35

VCCAXG_10

Y36

VCCAXG_11

Y37

VCCAXG_12

Y38

VCCAXG_13

U33

VCCAXG_14

U34

VCCAXG_15

U35

VCCAXG_16

U36

VCCAXG_17

U37

VCCAXG_18

U38

VCCAXG_19

U39

VCCAXG_20

U40

VCCAXG_21

T35

VCCAXG_22

T34

VCCAXG_23

T40

VCCAXG_24

T33

VCCAXG_25

T36

VCCAXG_26

T37

VCCAXG_27

T38

VCCAXG_28

W33

VCCAXG_29

W34

VCCAXG_30

W35

VCCAXG_31

W36

VCCAXG_32

W37

VCCAXG_33

W38

VCCAXG_34

AB34

VCCAXG_35

AB35

VCCAXG_36

AB36

VCCAXG_37

AB37

VCCAXG_38

AB38

VCCAXG_39

AB39

VCCAXG_40

AB40

VCCAXG_41

T39

VCCAXG_42

AB33

VCCAXG_43

Socket_LGA 1155_15u_Black

Socket_LGA 1155_15u_Black

2

I CCL=Y

I CCL=Y

RSVD_0
RSVD_1
RSVD_2
RSVD_3
RSVD_4

RSVD_NCTF_01

RSVD_6
RSVD_7
RSVD_8

RSVD_9
RSVD_10
RSVD_11

RSVD_NCTF_02

RSVD_13
RSVD_14
RSVD_15
RSVD_16
RSVD_17
RSVD_18
RSVD_19
RSVD_20
RSVD_21
RSVD_22

RSVD_NCTF_03

VSS_NCTF

RSVD_25
RSVD_26
RSVD_27
RSVD_28
RSVD_29
RSVD_30
RSVD_31
RSVD_32
RSVD_33
RSVD_34
RSVD_35
RSVD_36
RSVD_37
RSVD_38
RSVD_39
RSVD_40
RSVD_41
RSVD_42
RSVD_43
RSVD_44
RSVD_45

3

3

H7
K9
H8
AF4
AE6
AV1
J33
J34
L31
L34
M34
N33
AW2
P35
P37
P39
R34
R36
R38
R40
C39
D38
AT14
AY3
B39
AD37
AJ31
AJ29
AB7
AN20
AJ30
N34
AY10
AP20
C38
AG4
AV34
AW34
AJ11
AU10
AB6
AT11
J9
K34
L33
L9

NCTF

NCTF

NCTF
NCTF

Pin38??

4

XU1H

XU1H

C17

VSS_0

C20

VSS_1

D37

VSS_2

D4

VSS_3

D5

VSS_4

K13

VSS_5

K2

VSS_6

AF36

VSS_7

T1

VSS_8

P1

VSS_9

M1

VSS_10

K1

VSS_11

H1

VSS_12

F1

VSS_13

D2

VSS_14

B6

VSS_15

C8

VSS_16

D9

VSS_17

F10

VSS_18

Y5

VSS_19

R8

VSS_20

U8

VSS_21

N8

VSS_22

G7

VSS_23

F5

VSS_24

E7

VSS_25

C7

VSS_26

B10

VSS_27

E36

VSS_28

F13

VSS_29

G34

VSS_30

K37

VSS_31

K5

VSS_32

K6

VSS_33

F2

VSS_34

F20

VSS_35

F23

VSS_36

F26

VSS_37

F29

VSS_38

F35

VSS_39

H2

VSS_40

H33

VSS_41

H39

VSS_42

H5

VSS_43

H6

VSS_44

J17

VSS_45

AL36

VSS_46

AN35

VSS_47

AJ36

VSS_48

AP37

VSS_49

AP36

VSS_50

AN33

VSS_51

AT31

VSS_52

AT35

VSS_53

AT32

VSS_54

AP22

VSS_55

AT6

VSS_56

AT7

VSS_57

AM4

VSS_58

AL5

VSS_59

AM5

VSS_60

AK7

VSS_61

AK6

VSS_62

AH5

VSS_63

AF5

VSS_64

AC6

VSS_65

AH8

VSS_66

AK35

VSS_67

AN32

VSS_68

AN24

VSS_69

AU6

VSS_70

AN14

VSS_71

AN11

VSS_72

AP14

VSS_73

AT13

VSS_74

AV11

VSS_75

AW16

VSS_76

AT17

VSS_77

AV17

VSS_78

AY18

VSS_79

AU26

VSS_80

AR19

VSS_81

AR18

VSS_82

AN17

VSS_83

AT15

VSS_84

AR17

VSS_85

AR14

VSS_86

AR36

VSS_87

AT25

VSS_88

AP5

VSS_89

AM36

VSS_90

AT37

VSS_91

AN7

VSS_92

Socket_LGA 1155_15u_Black

Socket_LGA 1155_15u_Black

4

MCP-VSS

MCP-VSS

I CCL=Y

I CCL=Y

VSS_93
VSS_94
VSS_95
VSS_96
VSS_97
VSS_98

VSS_99
VSS_100
VSS_101
VSS_102
VSS_103
VSS_104
VSS_105
VSS_106
VSS_107
VSS_108
VSS_109
VSS_110
VSS_111
VSS_112
VSS_113
VSS_114
VSS_115
VSS_116
VSS_117
VSS_118
VSS_119
VSS_120
VSS_121
VSS_122
VSS_123
VSS_124
VSS_125
VSS_126
VSS_127
VSS_128
VSS_129
VSS_130
VSS_131
VSS_132
VSS_133
VSS_134
VSS_135
VSS_136
VSS_137
VSS_138
VSS_139
VSS_140
VSS_141
VSS_142
VSS_143
VSS_144
VSS_145
VSS_146
VSS_147
VSS_148
VSS_149
VSS_150
VSS_151
VSS_152
VSS_153
VSS_154
VSS_155
VSS_156
VSS_157
VSS_158
VSS_159
VSS_160
VSS_161
VSS_162
VSS_163
VSS_164
VSS_165
VSS_166
VSS_167
VSS_168
VSS_169
VSS_170
VSS_171
VSS_172
VSS_173
VSS_174
VSS_175
VSS_176
VSS_177
VSS_178
VSS_179

VSS_NCTF_1
VSS_NCTF_2
VSS_NCTF_3
VSS_NCTF_4

AN6
AJ5
J11
G11
C12
E11
E12
Y8
AA6
AF34
AH36
AH37
V1
AK32
AK33
M2
M20
M23
M26
M29
M35
M5
M6
P2
P5
T5
V5
H9
A17
B14
B17
D17
D20
E17
E20
F14
F17
G17
H17
K14
AJ15
AY11
AY14
AM21
AK13
AK14
AK16
AM14
AM17
AL17
F6
AA37
AA38
AD33
AD36
AD38
AD39
AD40
AE33
V33
V34
V35
V36
V37
V38
V39
V40
AJ21
AJ25
AJ27
T6
L10
M9
P6
V2
AM25
AN22
B32
B26
AT16
AT9
G8
AK22
B35
AN19
AF7
AL14

B3
A4
AV39
AY37

5

XU1I

XU1I

AG36

VSS_180

A29

VSS_181

A23

VSS_182

A26

VSS_183

A35

VSS_184

B29

VSS_185

AT34

VSS_186

AA33

VSS_187

AA34

VSS_188

AA35

VSS_189

AA36

VSS_190

AH39

VSS_191

AB5

VSS_192

C11

VSS_193

AM37

VSS_194

AF37

VSS_195

AM38

VSS_196

AM39

VSS_197

E8

VSS_198

F9

VSS_199

G12

VSS_200

K12

VSS_201

L8

VSS_202

AE36

VSS_203

B13

VSS_204

AK37

VSS_205

AK40

VSS_206

AK34

VSS_207

AK31

VSS_208

AL30

VSS_209

W6

VSS_210

AU1

VSS_211

AJ12

VSS_212

AW11

VSS_213

AW14

VSS_214

AV14

VSS_215

AT27

VSS_216

AV10

VSS_217

AW10

VSS_218

AT10

VSS_219

AV35

VSS_220

AY6

VSS_221

AW36

VSS_222

AR30

VSS_223

AM30

VSS_224

AN30

VSS_225

D23

VSS_226

D26

VSS_227

D29

VSS_228

D32

VSS_229

D39

VSS_230

E23

VSS_231

E26

VSS_232

E29

VSS_233

E32

VSS_234

F37

VSS_235

F39

VSS_236

G20

VSS_237

G23

VSS_238

G26

VSS_239

G29

VSS_240

H20

VSS_241

H23

VSS_242

H26

VSS_243

H29

VSS_244

H35

VSS_245

H37

VSS_246

K17

VSS_247

K20

VSS_248

K23

VSS_249

K26

VSS_250

K29

VSS_251

K33

VSS_252

K35

VSS_253

K39

VSS_254

L17

VSS_255

L20

VSS_256

L23

VSS_257

L26

VSS_258

L29

VSS_259

M17

VSS_260

M33

VSS_261

M37

VSS_262

M39

VSS_263

P36

VSS_264

P38

VSS_265

P40

VSS_266

R33

VSS_267

R35

VSS_268

R37

VSS_269

Socket_LGA 1155_15u_Black

Socket_LGA 1155_15u_Black

5

MCP-VSS

MCP-VSS

6

I CCL=Y

I CCL=Y

VSS_270
VSS_271
VSS_272
VSS_273
VSS_274
VSS_275
VSS_276
VSS_277
VSS_278
VSS_279
VSS_280
VSS_281
VSS_282
VSS_283
VSS_284
VSS_285
VSS_286
VSS_287
VSS_288
VSS_289
VSS_290
VSS_291
VSS_292
VSS_293
VSS_294
VSS_295
VSS_296
VSS_297
VSS_298
VSS_299
VSS_300
VSS_301
VSS_302
VSS_303
VSS_304
VSS_305
VSS_306
VSS_307
VSS_308
VSS_309
VSS_310
VSS_311
VSS_312
VSS_313
VSS_315
VSS_316
VSS_317
VSS_318
VSS_319
VSS_320
VSS_321
VSS_322
VSS_323
VSS_324
VSS_325
VSS_326
VSS_327
VSS_328
VSS_329
VSS_330
VSS_331
VSS_332
VSS_333
VSS_334
VSS_335
VSS_336
VSS_337
VSS_338
VSS_339
VSS_340
VSS_341
VSS_342
VSS_343
VSS_344
VSS_345
VSS_346
VSS_347
VSS_348
VSS_349
VSS_350
VSS_351
VSS_352
VSS_353
VSS_354
VSS_355
VSS_356
VSS_357
VSS_358
VSS_359
VSS_360

6

R39
J20
J23
J26
J29
J32
AJ18
AT4
AP4
AP1
AM2
AC1
AK1
AL27
AN31
C23
AN34
AN36
AN5
AN8
AL19
AH40
AU15
AP27
AK28
AT2
AH2
AT30
AT33
AT36
AT38
AT5
AP17
AV3
AF1
B23
AY4
C26
C29
C32
C35
AD5
AD8
AE3
AF40
AF6
AM27
B38
AH33
AH38
AT12
AY35
AN27
AT29
AK5
AK8
AL11
AU8
AV6
AL24
AM23
AM40
AN10
AK4
AP40
AT40
AT39
AU34
AP11
AV38
AR5
AU4
AR27
AP25
AN9
AT28
AM3
AY8
AT3
AP30
AT1
AW6
AT8
AM11
AK36
AR11
AH3
AK10
AK9
AM1

7

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

MCP- VCC_DDR, 1_1VAXG, GND

MCP- VCC_DDR, 1_1VAXG, GND

MCP- VCC_DDR, 1_1VAXG, GND

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Thursday, February 17, 2011 19:24:30

Page Modified:

Thursday, February 17, 2011 19:24:30

Page Modified:

Thursday, February 17, 2011 19:24:30

7

Hon Hai Precision Industry Co. Ltd.

8

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

15 65

15 65

15 65

1

2

3

4

5

6

7

8

Intel PCH Debugging Connector

+3P3V_AUX

PCH_RSMRST#[24,41]

A A

PWRBTN_OUT#[10,24,41]

Intel WW 49 R695, R501 need change to 20K, 10K at MP

PCH_JTAG_TDI[24]

PCH_JTAG_TDO[24]

PCH_JTAG_TMS[24]

PCH_JTAG_RST#[24]

B B

+1P05V_PCH

+1P05V_PCH

PLTRST_N[10,11,24,38,39]

FP_RST#[10,11,24,41]

+1P05V_PCH

+3P3V_AUX

+1P05V_PCH

+3P3V_AUX

+1P05V_PCH

+3P3V_AUX

SMB_DATA[9,10,17,38,39]

SMB_CLK[9,10,17,38,39]

+1P05V_PCH

R427 1.5K_5% 0402NIR427 1.5K_5% 0402NI

R918 51_5% 0402PROTOR918 51_5% 0402PROTO

R675 1K_5% 0402NIR675 1K_5% 0402NI

R917 51_5% 0402MPR917 51_5% 0402MP
R695 200_5% 0402PROTOR695 200_5% 0402PROTO
R501 100_5% 0402PROTOR501 100_5% 0402PROTO

R915 51_5% 0402MPR915 51_5% 0402MP
R424 200_5% 0402PROTOR424 200_5% 0402PROTO
R418 100_5% 0402PROTOR418 100_5% 0402PROTO

R916 51_5% 0402MPR916 51_5% 0402MP
R694 200_5% 0402PROTOR694 200_5% 0402PROTO
R499 100_5% 0402PROTOR499 100_5% 0402PROTO
R286 47_5% 0402PROTOR286 47_5% 0402PROTO
R266 47_5% 0402PROTOR266 47_5% 0402PROTO

+1P05V_PCH

R169 1.5K_5% 0402PROTOR169 1.5K_5% 0402PROTO

0_5%R423 PROTO 04020_5%R423 PROTO 0402

TPVIA152NOBOM TPVIA152NOBOM
TPVIA153NOBOM TPVIA153NOBOM

0_5%R582 NI 04020_5%R582 NI 0402

0_5%R471 PROTO 04020_5%R471 PROTO 0402

0_5%R593 PROTO 04020_5%R593 PROTO 0402

0_5%R581 PROTO 04020_5%R581 PROTO 0402

C132

C132
100nF_X7R_16V

100nF_X7R_16V

0603

0603
PROTO

PROTO

XDP_PCH_PWRGD

XDP_PCH_HOOK1
XDP_PCH_HOOK2
XDP_PCH_HOOK3
XDP_PCH_HOOK4

PXH_XDP_RESET#

XDP_PCH_HOOK7

PCH_JTAG_TCK_XDP
PCH_JTAG_TDI

PCH_JTAG_TDO
PCH_JTAG_TMS
XDP_TRST#

PCH_XDP_PRESENT#

P7

P7

39

HOOK0

41

HOOK1

45

HOOK2

47

HOOK3

40

ITP_CLKP/HOOK4

42

ITP_CLKN/HOOK5

46

HOOK6/RESET#

48

HOOK7/DBR#

57

TCK0

55

TCK1

56

TDI

52

TDO

58

TMS

54

TRST#

51

SDA

53

SCL

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/XDP_PRESENT#

ITP_2X30_GF

ITP_2X30_GF

OBSFN_A0

OBSFN_A1
OBSDATA_A0
OBSDATA_A1
OBSDATA_A2
OBSDATA_A3

OBSFN_B0

OBSFN_B1
OBSDATA_B0
OBSDATA_B1
OBSDATA_B2
OBSDATA_B3

OBSFN_C0

OBSFN_C1
OBSDATA_C0
OBSDATA_C1
OBSDATA_C2
OBSDATA_C3

OBSFN_D0

OBSFN_D1
OBSDATA_D0
OBSDATA_D1
OBSDATA_D2
OBSDATA_D3

VCC_OBS_AB

VCC_OBS_CD

BOTTOM

BOTTOM

PCH XDP DG: JTAG is not included in th PCH pinmap. Leave the
XDP TRSTn pin unconnected for this type of JTAG connection.
PLACE BPM TERMINATION NEAR CONNECTOR.
W=4, S=5 mil Processor to XDP <1.5", a branch to Rpu < 1.0".

PROTO

PROTO

3
5
9
11
15
17

21
23
27
29
33
35

4
6
10
12
16
18

22
24
28
30
34
36

43
44

OBSFN_C0
OBSFN_C1

OBSDATA_C0
OBSDATA_C1
OBSDATA_C2
OBSDATA_C3

OBSDATA_D0
OBSDATA_D1
OBSDATA_D2
OBSDATA_D3

VCC_OBS_ABCD

PCH_OC#_XDP_0 [21]
PCH_OC#_XDP_1 [21]
PCH_OC#_XDP_2 [21]
PCH_OC#_XDP_3 [21]

PCH_OC#_XDP_4 [21]
PCH_OC#_XDP_5 [21]
PCH_OC#_XDP_6 [21]
PCH_OC#_XDP_7 [21]

TPVIA26 NOBOMTPVIA26 NOBOM
TPVIA59 NOBOMTPVIA59 NOBOM
TPVIA60 NOBOMTPVIA60 NOBOM
TPVIA61 NOBOMTPVIA61 NOBOM

TPVIA62 NOBOMTPVIA62 NOBOM
TPVIA63 NOBOMTPVIA63 NOBOM
TPVIA65 NOBOMTPVIA65 NOBOM
TPVIA66 NOBOMTPVIA66 NOBOM

0_5%R579 PROTO 04020_5%R579 PROTO 0402
0_5%R578 PROTO 04020_5%R578 PROTO 0402

0_5%R580 PROTO 04020_5%R580 PROTO 0402

PCH_OBSFN_C0 [24]
BMBUSY# [24]

+3P3V_AUX

If use PCH Debugging Connector Install "PROTO" Parts and Non-install "MP" Parts (Page 24 have "PROTO" Parts also)

U8

U8
74LVC1G17GV

+1P8V_SFR

C C

PCH_JTAG_TCK[24]

R171

C201

C201
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

R171
0_5%

0_5%

0402

0402
NI

NI

0_5%R170 NI 04020_5%R170 NI 0402

R575

R575
51_5%

51_5%

0402

0402
PROTO

PROTO

PCH_JTAG_TCK_R

74LVC1G17GV

NI

NI

5

Vcc

4

Y

GND

1

NC

A

2
3

0_5%R172 PROTO 04020_5%R172 PROTO 0402

PCH_JTAG_TCK_R_XDP

0_5%R492 NI 04020_5%R492 NI 0402

PCH_JTAG_TCK_XDP

- Subject: Ibex peak JTAG requirements
In addition to the changes shown in the WW35 MOW Intel recommends customers
implement the changes below on their platforms to support JTAG debug and boundary
scan capabilities. These changes will be reflected in future CRB schematics and the
Debug Port Design Guide.

1) JTAG_TDI, JTAG_TDO, JTAG_TMS, TRST# require a strong pull-ups to a

1.05V.
a) Pre-production and/or development systems should be connected to a

1.05 V sus rail, or Thevenin equivalent derived from 3.3 V sus. This
connection will insure Intel supported debug is functional, however it will
draw power in Sx states and thus is not recommended for production
b) Production systems should include a 51 ohm pull-up to 1.05 Core. In this
configuration power draw in Sx states is minimized, and JTAG boundary
Scan is functional. However, Intel supported debug via this interface

D D

1

2

3

is. Production layouts should include sites for connection to a 1.05V sus
rail, but components should not be stuffed.
c) Intel recommends JTAG_TDO have a placeholder pull-up to 1.05V sus and
core rails. The pull-up resistor pads should be left un-stuffed for ES1 due to
an issue where JTAG_TDO will drive 3.3V signaling level instead of 1.05V.

4

5

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

PCH DEBUG PORT

PCH DEBUG PORT

PCH DEBUG PORT

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:33

Page Modified:

Wednesday, March 02, 2011 09:21:33

Page Modified:

6

Wednesday, March 02, 2011 09:21:33

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

16 65

16 65

16 65

1

A A

B B

C C

D D

TPVIA20 NOBOMTPVIA20 NOBOM
TPVIA21 NOBOMTPVIA21 NOBOM

SMBCLK_NI[17,18,20]

XMM1B

XMM1B
DDRIII_240P_15u_Green I,I,I,I,I,I,I,I,NI

DDRIII_240P_15u_Green I,I,I,I,I,I,I,I,NI

239

VSS0

235

VSS1

232

VSS2

229

VSS3

226

VSS4

223

VSS5

220

VSS6

217

VSS7

214

VSS8

211

VSS9

208

VSS10

205

VSS11

202

VSS12

199

VSS13

166

VSS14

163

VSS15

160

VSS16

157

VSS17

154

VSS18

151

VSS19

148

VSS20

145

VSS21

142

VSS22

139

VSS23

136

VSS24

133

VSS25

130

VSS26

127

VSS27

124

VSS28

121

VSS29

116

VSS30

113

VSS31

110

VSS32

107

VSS33

104

VSS34

101

VSS35

98

VSS36

95

VSS37

92

VSS38

89

VSS39

86

VSS40

83

VSS41

80

VSS42

47

VSS43

44

VSS44

CCL=Y

CCL=Y

SMBCLK_NI

SMBCLK_NI
SMBDATA_NI

1

SMBDATA_NI

R90 0_5%

0402

0402

R91 0_5%

0402

0402

SMBDATA_NI[17,18,20]

VDD0
VDD1
VDD2
VDD3
VDD4
VDD5
VDD6
VDD7
VDD8

VDD9
VDD10
VDD11
VDD12
VDD13
VDD14
VDD15
VDD16
VDD17
VDD18
VDD19
VDD20
VDD21

VTT0

VTT1
FREE0/VTT2
FREE1/VTT3

NC/EVENT_N_NC

NC/TEST

VSS46
VSS47
VSS48
VSS49
VSS50
VSS51
VSS52
VSS53
VSS54
VSS55
VSS56
VSS57
VSS58
VSS45

DDR3_DRAMRST#A[11,18]

+3P3V_AUX

NIR90 0_5%

NI
NIR91 0_5%

NI

DIMMA_DQ_VREF[18]

SMB_DATA_DDR[18,19,20]

M_DA[0..63][12,18]

+1P5V_DUAL

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

240
120
48
49

187
167

38
35
32
29
26
23
20
17
14
11
8
5
2
41

M_RASA#[12,18]
M_CASA#[12,18]

M_SCKEA1[12]
M_SCKEA0[12]

DIMMA_CA_VREF[18]

SMB_CLK_DDR[18,19,20]

C219

C219
100nF_X7R_10V

100nF_X7R_10V

0402

0402
NI

NI

SMBCLK_DIMM_A
SMBDATA_DIMM_A

2

DDR3_CHA_DIMM0 Socket Color: Bule
1st DIMM slot from MCP

M_DA0
M_DA1
M_DA2
M_DA3
M_DA4
M_DA5
M_DA6
M_DA7
M_DA8
M_DA9
M_DA10
M_DA11
M_DA12
M_DA13
M_DA14
M_DA15
M_DA16
M_DA17
M_DA18
M_DA19
M_DA20
M_DA21
M_DA22
M_DA23
M_DA24
M_DA25
M_DA26
M_DA27
M_DA28
M_DA29
M_DA30
M_DA31
M_DA32
M_DA33
M_DA34
M_DA35
M_DA36
M_DA37
M_DA38
M_DA39
M_DA40
M_DA41
M_DA42
M_DA43
M_DA44
M_DA45
M_DA46
M_DA47
M_DA48
M_DA49
M_DA50
M_DA51
M_DA52
M_DA53
M_DA54
M_DA55
M_DA56
M_DA57
M_DA58
M_DA59
M_DA60
M_DA61
M_DA62
M_DA63

DIMMA_DQ_VREF
DIMMA_CA_VREF

+1P5V_DUAL

NIU47

NI

6

RH

5

RW

4

SDA

M_WEA#[12,18]

+VTT_DDR

2

DIMM_VDDSPD

U47

1

VDD

2

GND

3

SCL

ISL90727WIE627Z-TK

ISL90727WIE627Z-TK

3

DIMM Slot Sequence from MCP:

- CHA DIMM0 ( XMM1)

- CHA DIMM1( XMM2)

- CHB DIMM0(XMM3)

- CHB DIMM1(XMM4).
Memory module install rule: furthest slot from CPU is the 1st, then closest slot.

XMM1A

XMM1A
DDRIII_240P_15u_Green I,I,I,I,I,I,I,I,NI

DDRIII_240P_15u_Green I,I,I,I,I,I,I,I,NI

3

DQ0

4

DQ1

9

DQ2

10

DQ3

122

DQ4

123

DQ5

128

DQ6

129

DQ7

12

DQ8

13

DQ9

18

DQ10

19

DQ11

131

DQ12

132

DQ13

137

DQ14

138

DQ15

21

DQ16

22

DQ17

27

DQ18

28

DQ19

140

DQ20

141

DQ21

146

DQ22

147

DQ23

30

DQ24

31

DQ25

36

DQ26

37

DQ27

149

DQ28

150

DQ29

155

DQ30

156

DQ31

81

DQ32

82

DQ33

87

DQ34

88

DQ35

200

DQ36

201

DQ37

206

DQ38

207

DQ39

90

DQ40

91

DQ41

96

DQ42

97

DQ43

209

DQ44

210

DQ45

215

DQ46

216

DQ47

99

DQ48

100

DQ49

105

DQ50

106

DQ51

218

DQ52

219

DQ53

224

DQ54

225

DQ55

108

DQ56

109

DQ57

114

DQ58

115

DQ59

227

DQ60

228

DQ61

233

DQ62

234

DQ63

192

RAS#

74

CAS#

73

WE#

169

CKE1

50

CKE0

1

VREFDQ

67

VREFCA

236

VDDSPD

117

SA0

237

SA1

119

SA2

168

RESET#

118

SCL

238

SDA

CCL=Y

CCL=Y

C252 100nF_X7R_10VNI 0402C252 100nF_X7R_10VNI 0402
R646 12.1K_1% 0402NIR646 12.1K_1% 0402NI

RW_POT_A

RW_POT_B[19]

3

BA2/A16

DQS10
DQS11
DQS12
DQS13
DQS14
DQS15
DQS16
DQS17

DQS0#
DQS1#
DQS2#
DQS3#
DQS4#
DQS5#
DQS6#
DQS7#
DQS8#

DQS9#
DQS10#
DQS11#
DQS12#
DQS13#
DQS14#
DQS15#
DQS16#
DQS17#

RSVD/CS2

FREE3/CS3

NC/PAR_IN

NC/ERR_OUT

SPD ADDRESS: 000
SMBUS ADDRESS: A0

R645

R645

12.1K_1%

12.1K_1%

0402

0402
NI

NI

A0
A1
A2
A3
A4
A5
A6
A7
A8

A9
A10
A11
A12
A13
A14
A15

DQS0
DQS1
DQS2
DQS3
DQS4
DQS5
DQS6
DQS7
DQS8
DQS9

CB0
CB1
CB2
CB3
CB4
CB5
CB6
CB7

ODT0
ODT1

CK0

CK0#

CK1

CK1#

CS0
CS1

BA0
BA1

R741 0_5%

R741 0_5%

0402 NI

0402 NI

188
181
61
180
59
58
178
56
177
175
70
55
174
196
172
171
52

7
16
25
34
85
94
103
112
43
125
134
143
152
203
212
221
230
161

6
15
24
33
84
93
102
111
42
126
135
144
153
204
213
222
231
162

39
40
45
46
158
159
164
165

195
77

184
185
63
64

193
76
79
198

71
190

68
53

4

M_MAA_A0
M_MAA_A1
M_MAA_A2
M_MAA_A3
M_MAA_A4
M_MAA_A5
M_MAA_A6
M_MAA_A7
M_MAA_A8
M_MAA_A9
M_MAA_A10
M_MAA_A11
M_MAA_A12
M_MAA_A13
M_MAA_A14
M_MAA_A15

M_DQSA0
M_DQSA1
M_DQSA2
M_DQSA3
M_DQSA4
M_DQSA5
M_DQSA6
M_DQSA7
M_DQSA8

M_DQSA#0
M_DQSA#1
M_DQSA#2
M_DQSA#3
M_DQSA#4
M_DQSA#5
M_DQSA#6
M_DQSA#7
M_DQSA#8

M_DA_CB0
M_DA_CB1
M_DA_CB2
M_DA_CB3
M_DA_CB4
M_DA_CB5
M_DA_CB6
M_DA_CB7

4

M_MAA_A[0..15]M_DA[0..63]

M_DQSA[0..7]

M_DQSA#[0..7]

+5V_DUAL

52

U24

U24
AZV321KTR-G1

AZV321KTR-G1

1

V+

V+
V-

V-

3

DIMM_BIT_PIN7_A

C425 1uF_X5R_16V 0603NIC425 1uF_X5R_16V 0603NI

NI

NI

4

5

M_MAA_A[0..15] [12,18]

M_BSA2 [12,18]

M_DQSA[0..7] [12,18]

M_DQSA8 [12,18]

M_DQSA#[0..7] [12,18]

M_DQSA#8 [12,18]

M_DA_CB[0..7] [12,18]

M_SODTA0 [12]
M_SODTA1 [12]

M_CLKA0 [12]
M_CLKA0# [12]
M_CLKA1 [12]
M_CLKA1# [12]

M_SCSA#0 [12]
M_SCSA#1 [12]

M_BSA0 [12,18]
M_BSA1 [12,18]

R657 2.2_5%0402NIR657 2.2_5%0402NI

R656

R656

12.1K_1%

12.1K_1%

0402

0402
NI

NI

5

+VTT_DDR

PLACE CLOSE TO DIMM1
VTT_DDR ISLAND

C654

C654

4.7uF_X5R_10V

4.7uF_X5R_10V

0805

0805
I

I

+1P5V_DUAL

Place close together.

R74

R74
1K_1%

1K_1%

0402

0402
I

I

DIMMA_DQ_VREF_R

R75

R75
1K_1%

1K_1%

0402

0402
I

I

SMB_CLK[10,16,38,39]

DIMM_BIT_VOUT_A

C426

C426
1uF_X5R_16V

1uF_X5R_16V

0603

0603
NI

NI

6

C416

C416
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

C197

C197
100nF_X7R_10V

100nF_X7R_10V

0402

0402
NI

NI

R658 0_5%

R658 0_5%

0402 I

0402 I

C198

C198
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

Place resistors close
to channel_A dimms
on DIMM_VREF_A

DIMMA_DQ_VREF DIMMB_DQ_VREF

6

+1P5V_DUAL

R76

R76
1K_1%

1K_1%

0402

0402
I

I

R78

R78
1K_1%

1K_1%

0402

0402
I

I

+1P5V_DUAL

C205

C205
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

R79 0_5% 0402IR79 0_5% 0402I

R81 0_5% 0402IR81 0_5% 0402I

R83 0_5% 0402IR83 0_5% 0402I

R740 0_5%

R740 0_5%

0402 NI

0402 NI

C199

C199
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

DIMMA_VREF_RC

C200

C200
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

Custom

Custom

Custom

7

R933

R933
0_5%

0_5%

0402

0402
I

I

C901

C901
100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

R77 0_5% 0402IR77 0_5% 0402I

C220

C220
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

DDR3 CH-A DIMM1

DDR3 CH-A DIMM1

DDR3 CH-A DIMM1

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:34

Page Modified:

Wednesday, March 02, 2011 09:21:34

Page Modified:

Wednesday, March 02, 2011 09:21:34

7

DIMM_DQ_CPU_VREF_A [11]

DIMM_BIT_VOUT_A

R621

R621
0_5%

0_5%

0402

0402
NI

NI

DIMMA_DQ_VREF

C902

C902
100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

DIMMB_DQ_VREF [19,20]

D.W. CRS has more options for
DIMMA_CA_VREF

Place close together.

Place 0.1uF cap
close to DIMM

C422

C422
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

8

DIMMA_DQ_VREF [18]

DIMMA_CA_VREF

C427

C427
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

C501

C501
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

DIMM_VDDSPD+3P3V

SMB_DATA_DDR [18,19,20]SMB_DATA[10,16,38,39]

SMB_CLK_DDR [18,19,20]

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

17 65

17 65

17 65

1

2

3

4

5

6

7

8

DDR3_CHA_DIMM1 Socket Color: Green
2nd DIMM slot from MCP

+1P5V_DUAL

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

240
120
48
49

187
167

38
35
32
29
26
23
20
17
14
11
8
5
2
41

2

M_DA[0..63]

+VTT_DDR

DIMM_VDDSPD

DIMM_VDDSPD

M_DA0
M_DA1
M_DA2
M_DA3
M_DA4
M_DA5
M_DA6
M_DA7
M_DA8
M_DA9
M_DA10
M_DA11
M_DA12
M_DA13
M_DA14
M_DA15
M_DA16
M_DA17
M_DA18
M_DA19
M_DA20
M_DA21
M_DA22
M_DA23
M_DA24
M_DA25
M_DA26
M_DA27
M_DA28
M_DA29
M_DA30
M_DA31
M_DA32
M_DA33
M_DA34
M_DA35
M_DA36
M_DA37
M_DA38
M_DA39
M_DA40
M_DA41
M_DA42
M_DA43
M_DA44
M_DA45
M_DA46
M_DA47
M_DA48
M_DA49
M_DA50
M_DA51
M_DA52
M_DA53
M_DA54
M_DA55
M_DA56
M_DA57
M_DA58
M_DA59
M_DA60
M_DA61
M_DA62
M_DA63

M_RASA#
M_CASA#
M_WEA#

M_SCKEA3
M_SCKEA2

M_DA[0..63][12,17]

A A

XMM2B

XMM2B
DDRIII_240P_15u_Blue I

DDRIII_240P_15u_Blue I

239

VSS0

235

VSS1

232

VSS2

229

VSS3

226

VSS4

223

VSS5

220

VSS6

217

VSS7

214

VSS8

211

VSS9

208

VSS10

205

VSS11

202

VSS12

199

VSS13

166

VSS14

163

VSS15

160

VSS16

157

VSS17

154

VSS18

151

VSS19

148

VSS20

145

VSS21

142

VSS22

B B

C C

D D

139

VSS23

136

VSS24

133

VSS25

130

VSS26

127

VSS27

124

VSS28

121

VSS29

116

VSS30

113

VSS31

110

VSS32

107

VSS33

104

VSS34

101

VSS35

98

VSS36

95

VSS37

92

VSS38

89

VSS39

86

VSS40

83

VSS41

80

VSS42

47

VSS43

44

VSS44

CRITICAL

CRITICAL

1

VDD0
VDD1
VDD2
VDD3
VDD4
VDD5
VDD6
VDD7
VDD8

VDD9
VDD10
VDD11
VDD12
VDD13
VDD14
VDD15
VDD16
VDD17
VDD18
VDD19
VDD20
VDD21

VTT0

VTT1
FREE0/VTT2
FREE1/VTT3

NC/EVENT_N_NC

NC/TEST

VSS46
VSS47
VSS48
VSS49
VSS50
VSS51
VSS52
VSS53
VSS54
VSS55
VSS56
VSS57
VSS58
VSS45

DIMMA_DQ_VREF[17]

DIMMA_CA_VREF[17]

DDR3_DRAMRST#A[11,17]

SMB_CLK_DDR[17,19,20]

SMB_DATA_DDR[17,19,20]

M_RASA#[12,17]
M_CASA#[12,17]

M_WEA#[12,17]

M_SCKEA3[12]
M_SCKEA2[12]

XMM2A

XMM2A
DDRIII_240P_15u_Blue I

DDRIII_240P_15u_Blue I

3

DQ0

4

DQ1

9

DQ2

10

DQ3

122

DQ4

123

DQ5

128

DQ6

129

DQ7

12

DQ8

13

DQ9

18

DQ10

19

DQ11

131

DQ12

132

DQ13

137

DQ14

138

DQ15

21

DQ16

22

DQ17

27

DQ18

28

DQ19

140

DQ20

141

DQ21

146

DQ22

147

DQ23

30

DQ24

31

DQ25

36

DQ26

37

DQ27

149

DQ28

150

DQ29

155

DQ30

156

DQ31

81

DQ32

82

DQ33

87

DQ34

88

DQ35

200

DQ36

201

DQ37

206

DQ38

207

DQ39

90

DQ40

91

DQ41

96

DQ42

97

DQ43

209

DQ44

210

DQ45

215

DQ46

216

DQ47

99

DQ48

100

DQ49

105

DQ50

106

DQ51

218

DQ52

219

DQ53

224

DQ54

225

DQ55

108

DQ56

109

DQ57

114

DQ58

115

DQ59

227

DQ60

228

DQ61

233

DQ62

234

DQ63

192

RAS#

74

CAS#

73

WE#

169

CKE1

50

CKE0

1

VREFDQ

67

VREFCA

236

VDDSPD

117

SA0

237

SA1

119

SA2

168

RESET#

118

SCL

238

SDA

CRITICAL

CRITICAL

SPD ADDRESS: 001

SMBUS ADDRESS: A2

3

BA2/A16

DQS0
DQS1
DQS2
DQS3
DQS4
DQS5
DQS6
DQS7
DQS8

DQS9
DQS10
DQS11
DQS12
DQS13
DQS14
DQS15
DQS16
DQS17

DQS0#
DQS1#
DQS2#
DQS3#
DQS4#
DQS5#
DQS6#
DQS7#
DQS8#
DQS9#

DQS10#
DQS11#
DQS12#
DQS13#
DQS14#
DQS15#
DQS16#
DQS17#

ODT0
ODT1

CK0#
CK1#

RSVD/CS2

FREE3/CS3

NC/PAR_IN

NC/ERR_OUT

A10
A11
A12
A13
A14
A15

CB0
CB1
CB2
CB3
CB4
CB5
CB6
CB7

CK0
CK1

CS0
CS1

BA0
BA1

A0
A1
A2
A3
A4
A5
A6
A7
A8
A9

181
61
180
59
58
178
56
177
175
70
55
174
196
172
171
52

7
16
25
34
85
94
103
112
43
125
134
143
152
203
212
221
230
161

6
15
24
33
84
93
102
111
42
126
135
144
153
204
213
222
231
162

39
40
45
46
158
159
164
165

195
77

184
185
63
64

193
76
79
198

71
190

68
53

M_MAA_A1
M_MAA_A2
M_MAA_A3
M_MAA_A4
M_MAA_A5
M_MAA_A6
M_MAA_A7
M_MAA_A8
M_MAA_A9
M_MAA_A10
M_MAA_A11
M_MAA_A12
M_MAA_A13
M_MAA_A14
M_MAA_A15

M_DQSA0
M_DQSA1
M_DQSA2
M_DQSA3
M_DQSA4
M_DQSA5
M_DQSA6
M_DQSA7
M_DQSA8

M_DQSA#0
M_DQSA#1
M_DQSA#2
M_DQSA#3
M_DQSA#4
M_DQSA#5
M_DQSA#6
M_DQSA#7
M_DQSA#8

M_DA_CB0
M_DA_CB1
M_DA_CB2
M_DA_CB3
M_DA_CB4
M_DA_CB5
M_DA_CB6
M_DA_CB7

4

M_MAA_A0

188

M_MAA_A[0..15]

M_DQSA[0..7]

M_DQSA#[0..7]

M_MAA_A[0..15] [12,17]

M_BSA2 [12,17]

M_DQSA[0..7] [12,17]

M_DQSA8 [12,17]

M_DQSA#[0..7] [12,17]

M_DQSA#8 [12,17]

M_DA_CB[0..7] [12,17]

M_SODTA2 [12]
M_SODTA3 [12]

M_CLKA2 [12]
M_CLKA2# [12]
M_CLKA3 [12]
M_CLKA3# [12]

M_SCSA#2 [12]
M_SCSA#3 [12]

M_BSA0 [12,17]
M_BSA1 [12,17]

5

DIMM Slot Sequence from MCP:

- CHA DIMM0 ( XMM1)

- CHA DIMM1( XMM2)

- CHB DIMM0(XMM3)

- CHB DIMM1(XMM4).
Memory module install rule: furthest slot from CPU is the 1st, then closest slot.

+VTT_DDR

C660

C660

4.7uF_X5R_10V

4.7uF_X5R_10V

0805

0805
I

I

PLACE CLOSE TO DIMM2
VTT_DDR ISLAND

DIMM_VDDSPD

C203

C203
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

C418

C418
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

Place close to Ch-A pin 236

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

DDR3 CH-A DIMM2

DDR3 CH-A DIMM2

DDR3 CH-A DIMM2

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, January 12, 2011 14:39:16

Page Modified:

Wednesday, January 12, 2011 14:39:16

Page Modified:

6

Wednesday, January 12, 2011 14:39:16

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

18 65

18 65

18 65

1

M_DB[0..63][12,20]

XMM3B

XMM3B
DDRIII_240P_15u_Green I,I,I,I,I,I,I,I,NI

DDRIII_240P_15u_Green I,I,I,I,I,I,I,I,NI

239

1

VSS0

235

VSS1

232

VSS2

229

VSS3

226

VSS4

223

VSS5

220

VSS6

217

VSS7

214

VSS8

211

VSS9

208

VSS10

205

VSS11

202

VSS12

199

VSS13

166

VSS14

163

VSS15

160

VSS16

157

VSS17

154

VSS18

151

VSS19

148

VSS20

145

VSS21

142

VSS22

139

VSS23

136

VSS24

133

VSS25

130

VSS26

127

VSS27

124

VSS28

121

VSS29

116

VSS30

113

VSS31

110

VSS32

107

VSS33

104

VSS34

101

VSS35

98

VSS36

95

VSS37

92

VSS38

89

VSS39

86

VSS40

83

VSS41

80

VSS42

47

VSS43

44

VSS44

CCL=Y

CCL=Y

+3P3V_AUX

R111 0_5%

0402

0402

R122 0_5%

0402

0402

A A

B B

C C

D D

SMBCLK_NI[17,18,20]

SMBDATA_NI[17,18,20]

VDD0
VDD1
VDD2
VDD3
VDD4
VDD5
VDD6
VDD7
VDD8

VDD9
VDD10
VDD11
VDD12
VDD13
VDD14
VDD15
VDD16
VDD17
VDD18
VDD19
VDD20
VDD21

VTT0

VTT1
FREE0/VTT2
FREE1/VTT3

NC/EVENT_N_NC

NC/TEST

VSS46
VSS47
VSS48
VSS49
VSS50
VSS51
VSS52
VSS53
VSS54
VSS55
VSS56
VSS57
VSS58
VSS45

DIMMB_DQ_VREF[17,20]
DIMMB_CA_VREF[20]

DDR3_DRAMRST#B[11,20]

SMB_CLK_DDR[17,18,20]

SMB_DATA_DDR[17,18,20]

C204

C204
100nF_X7R_10V

100nF_X7R_10V

0402

0402
NI

NI

SMBCLK_DIMM_B

NIR111 0_5%

NI

SMBDATA_DIMM_B

NIR122 0_5%

NI

2

3

DDR3_CHB_DIMM0 Socket Color: Blue

4

3rd DIMM slot from MCP

5

DIMM Slot Sequence from MCP: CHA DIMM0 ( XMM1), CHA DIMM1( XMM2), CHB DIMM0(XMM3), CHB DIMM1(XMM4).

M_DB[0..63]

+1P5V_DUAL

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

240

+VTT_DDR

120
48
49

187
167

38
35
32
29
26
23
20
17
14
11
8
5
2
41

M_RASB#[12,20]
M_CASB#[12,20]

M_WEB#[12,20]

M_SCKEB1[12]
M_SCKEB0[12]

DIMM_VDDSPD

DIMM_VDDSPD

U25

1
2
3

ISL90728WIE627Z-TK

ISL90728WIE627Z-TK

CCL=Y

CCL=Y

SAME IC AS SL90727, DIFFERENT ADDRESS
REPLACE WITH ISL90728

2

Memory module install rule: furthest slot from CPU is the 1st, then closest slot.

XMM3A

XMM3A
DDRIII_240P_15u_Green I,I,I,I,I,I,I,I,NI

DDRIII_240P_15u_Green I,I,I,I,I,I,I,I,NI

3

DQ0

4

DQ1

9

DQ2

10

DQ3

122

DQ4

123

DQ5

128

DQ6

129

DQ7

12

DQ8

13

DQ9

18

DQ10

19

DQ11

131

DQ12

132

DQ13

137

DQ14

138

DQ15

21

DQ16

22

DQ17

27

DQ18

28

DQ19

140

DQ20

141

DQ21

146

DQ22

147

DQ23

30

DQ24

31

DQ25

36

DQ26

37

DQ27

149

DQ28

150

DQ29

155

DQ30

156

DQ31

81

DQ32

82

DQ33

87

DQ34

88

DQ35

200

DQ36

201

DQ37

206

DQ38

207

DQ39

90

DQ40

91

DQ41

96

DQ42

97

DQ43

209

DQ44

210

DQ45

215

DQ46

216

DQ47

99

DQ48

100

DQ49

105

DQ50

106

DQ51

218

DQ52

219

DQ53

224

DQ54

225

DQ55

108

DQ56

109

DQ57

114

DQ58

115

DQ59

227

DQ60

228

DQ61

233

DQ62

234

DQ63

192

RAS#

74

CAS#

73

WE#

169

CKE1

50

CKE0

1

VREFDQ

67

VREFCA

236

VDDSPD

117

SA0

237

SA1

119

SA2

168

RESET#

118

SCL

238

SDA

CCL=Y

CCL=Y

C421 100nF_X7R_10VNI 0402C421 100nF_X7R_10VNI 0402
R644 12.1K_1% 0402NIR644 12.1K_1% 0402NI

RW_POT_B

RW_POT_B[17]

3

BA2/A16

DQS0
DQS1
DQS2
DQS3
DQS4
DQS5
DQS6
DQS7
DQS8

DQS9
DQS10
DQS11
DQS12
DQS13
DQS14
DQS15
DQS16
DQS17

DQS0#
DQS1#
DQS2#
DQS3#
DQS4#
DQS5#
DQS6#
DQS7#
DQS8#
DQS9#

DQS10#
DQS11#
DQS12#
DQS13#
DQS14#
DQS15#
DQS16#
DQS17#

CB0
CB1
CB2
CB3
CB4
CB5
CB6
CB7

ODT0

ODT1

CK0

CK0#

CK1

CK1#

CS0
CS1

RSVD/CS2

FREE3/CS3

BA0
BA1

NC/PAR_IN

NC/ERR_OUT

SPD ADDRESS: 010
SMBUS ADDRESS: A4

R623

R623

12.1K_1%

12.1K_1%

0402

0402
NI

NI

A10
A11
A12
A13
A14
A15

A0
A1
A2
A3
A4
A5
A6
A7
A8
A9

181
61
180
59
58
178
56
177
175
70
55
174
196
172
171
52

7
16
25
34
85
94
103
112
43
125
134
143
152
203
212
221
230
161

6
15
24
33
84
93
102
111
42
126
135
144
153
204
213
222
231
162

39
40
45
46
158
159
164
165

195
77

184
185
63
64

193
76
79
198

71
190

68
53

M_MAA_B1
M_MAA_B2
M_MAA_B3
M_MAA_B4
M_MAA_B5
M_MAA_B6
M_MAA_B7
M_MAA_B8
M_MAA_B9
M_MAA_B10
M_MAA_B11
M_MAA_B12
M_MAA_B13
M_MAA_B14
M_MAA_B15

M_DQSB0
M_DQSB1
M_DQSB2
M_DQSB3
M_DQSB4
M_DQSB5
M_DQSB6
M_DQSB7
M_DQSB8

M_DQSB#0
M_DQSB#1
M_DQSB#2
M_DQSB#3
M_DQSB#4
M_DQSB#5
M_DQSB#6
M_DQSB#7
M_DQSB#8

M_DB_CB0
M_DB_CB1
M_DB_CB2
M_DB_CB3
M_DB_CB4
M_DB_CB5
M_DB_CB6
M_DB_CB7

+5V_DUAL

M_MAA_B0

188

52

1

V+

V+
V-

V-

3

DIMM_BIT_PIN1_B

4

VDD
GND
SCL

M_DB0
M_DB1
M_DB2
M_DB3
M_DB4
M_DB5
M_DB6
M_DB7
M_DB8
M_DB9
M_DB10
M_DB11
M_DB12
M_DB13
M_DB14
M_DB15
M_DB16
M_DB17
M_DB18
M_DB19
M_DB20
M_DB21
M_DB22
M_DB23
M_DB24
M_DB25
M_DB26
M_DB27
M_DB28
M_DB29
M_DB30
M_DB31
M_DB32
M_DB33
M_DB34
M_DB35
M_DB36
M_DB37
M_DB38
M_DB39
M_DB40
M_DB41
M_DB42
M_DB43
M_DB44
M_DB45
M_DB46
M_DB47
M_DB48
M_DB49
M_DB50
M_DB51
M_DB52
M_DB53
M_DB54
M_DB55
M_DB56
M_DB57
M_DB58
M_DB59
M_DB60
M_DB61
M_DB62
M_DB63

DIMMB_DQ_VREF
DIMMB_CA_VREF

+1P5V_DUAL

NIU25

NI

6

RH

5

RW

4

SDA

M_MAA_B[0..15]

M_DQSB[0..7]

M_DQSB#[0..7]

M_DB_CB[0..7]

U28

U28
AZV321KTR-G1

AZV321KTR-G1

NI

NI

4

M_MAA_B[0..15] [12,20]

M_BSB2 [12,20]

M_DQSB[0..7] [12,20]

M_DQSB8 [12,20]

M_DQSB#[0..7] [12,20]

M_DQSB#8 [12,20]

M_DB_CB[0..7] [12,20]

M_SODTB0 [12]
M_SODTB1 [12]

M_CLKB0 [12]
M_CLKB0# [12]
M_CLKB1 [12]
M_CLKB1# [12]

M_SCSB#0 [12]
M_SCSB#1 [12]

M_BSB0 [12,20]
M_BSB1 [12,20]

R648 2.2_5%0402NIR648 2.2_5%0402NI

R647

R647

12.1K_1%

12.1K_1%

0402

0402
NI

NI

5

+1P5V_DUAL

+1P5V_DUAL

C524

C524
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

+1P5V_DUAL

C574

C574
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

DIMM_BIT_VOUT_B

C226

C226
1uF_X5R_16V

1uF_X5R_16V

0603

0603
NI

NI

6

+1P5V_DUAL

Place close together.

R85

R85
1K_1%

1K_1%

0402

0402
I

I

DIMMB_DQ_VREF_R

R86

R86
1K_1%

1K_1%

0402

0402
I

I

+1P5V_DUAL

C206

C206
100nF_X7R_10V

100nF_X7R_10V

0402

0402
NI

NI

R660 0_5%

R660 0_5%

0402 I

0402 I

C207

C207
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

Place 0.1uF cap
close to DIMM

R87

R87
1K_1%

1K_1%

0402

0402
I

I

DIMMB_VREF_RC

R89

R89
1K_1%

1K_1%

0402

0402
I

I

Maybe some could be NI

C694

C693

C693
1uF_X5R_6.3V

1uF_X5R_6.3V

0402

0402
I

I

Place these CAPS close to DIMMs

C694
1uF_X5R_6.3V

1uF_X5R_6.3V

0402

0402
I

I

C551

C551
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

C593

C593
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

6

C559

C559
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

C595

C595
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

7

DIMM_DQ_CPU_VREF_B [11]

DIMM_BIT_VOUT_B

R934

R934
0_5%

0_5%

0402

0402
I

I

C903

C903
100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

C208

C208
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

Place close together.

R88 0_5% 0402IR88 0_5% 0402I

C209

C209
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

Place 0.1uF cap
close to DIMM

C704

C698

C698
1uF_X5R_6.3V

1uF_X5R_6.3V

0402

0402
I

I

Custom

Custom

Custom

C704
1uF_X5R_6.3V

1uF_X5R_6.3V

0402

0402
I

I

C572

C572
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

C597

C597
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

DDR3 CH-B DIMM1

DDR3 CH-B DIMM1

DDR3 CH-B DIMM1

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:37

Page Modified:

Wednesday, March 02, 2011 09:21:37

Page Modified:

Wednesday, March 02, 2011 09:21:37

7

R659

R659
0_5%

0_5%

0402

0402
NI

NI

DIMMB_DQ_VREF

C904

C904
100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

D.W. CRS has more options for
DIMMB_CA_VREF

DIMMB_CA_VREF

+VTT_DDR

C659

C659

4.7uF_X5R_10V

4.7uF_X5R_10V

0805

0805
I

I

PLACE CLOSE TO DIMM3
VTT_DDR ISLAND

C573

C573
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

C598

C598
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

C599

C599
100nF_X7R_10V

100nF_X7R_10V

0402

0402
NI

NI

C605

C605
100nF_X7R_10V

100nF_X7R_10V

0402

0402
NI

NI

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

8

DIMMB_DQ_VREF [17,20]

C417

C417
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

C606

C606
100nF_X7R_10V

100nF_X7R_10V

0402

0402
NI

NI

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

19 65

19 65

19 65

1

2

3

4

5

6

7

8

DDR3_CHB_DIMM1 Socket Color: Green

4th DIMM slot from MCP

DIMM Slot Sequence from MCP: CHA DIMM0 ( XMM1), CHA DIMM1( XMM2), CHB DIMM0(XMM3), CHB DIMM1(XMM4).

Memory module install rule: furthest slot from CPU is the 1st, then closest slot.

+1P5V_DUAL

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

240
120
48
49

187
167

38
35
32
29
26
23
20
17
14
11
8
5
2
41

M_DB[0..63]

+VTT_DDR

DIMM_VDDSPD
DIMM_VDDSPD

2

M_DB0
M_DB1
M_DB2
M_DB3
M_DB4
M_DB5
M_DB6
M_DB7
M_DB8
M_DB9
M_DB10
M_DB11
M_DB12
M_DB13
M_DB14
M_DB15
M_DB16
M_DB17
M_DB18
M_DB19
M_DB20
M_DB21
M_DB22
M_DB23
M_DB24
M_DB25
M_DB26
M_DB27
M_DB28
M_DB29
M_DB30
M_DB31
M_DB32
M_DB33
M_DB34
M_DB35
M_DB36
M_DB37
M_DB38
M_DB39
M_DB40
M_DB41
M_DB42
M_DB43
M_DB44
M_DB45
M_DB46
M_DB47
M_DB48
M_DB49
M_DB50
M_DB51
M_DB52
M_DB53
M_DB54
M_DB55
M_DB56
M_DB57
M_DB58
M_DB59
M_DB60
M_DB61
M_DB62
M_DB63

M_RASB#
M_CASB#
M_WEB#

M_SCKEB3
M_SCKEB2

M_DB[0..63][12,19]

A A

XMM4B

XMM4B
DDRIII_240P_15u_Blue I

DDRIII_240P_15u_Blue I

239

VSS0

235

VSS1

232

VSS2

229

VSS3

226

VSS4

223

VSS5

220

VSS6

217

VSS7

214

VSS8

211

VSS9

208

VSS10

205

VSS11

202

VSS12

199

VSS13

166

VSS14

163

VSS15

160

VSS16

157

VSS17

154

VSS18

151

VSS19

148

VSS20

145

VSS21

142

VSS22

B B

C C

D D

139
136
133
130
127
124
121
116
113
110
107
104
101

98
95
92
89
86
83
80
47
44

VSS23
VSS24
VSS25
VSS26
VSS27
VSS28
VSS29
VSS30
VSS31
VSS32
VSS33
VSS34
VSS35
VSS36
VSS37
VSS38
VSS39
VSS40
VSS41
VSS42
VSS43
VSS44

CRITICAL

CRITICAL

1

VDD0
VDD1
VDD2
VDD3
VDD4
VDD5
VDD6
VDD7
VDD8

VDD9
VDD10
VDD11
VDD12
VDD13
VDD14
VDD15
VDD16
VDD17
VDD18
VDD19
VDD20
VDD21

VTT0

VTT1
FREE0/VTT2
FREE1/VTT3

NC/EVENT_N_NC

NC/TEST

VSS46
VSS47
VSS48
VSS49
VSS50
VSS51
VSS52
VSS53
VSS54
VSS55
VSS56
VSS57
VSS58
VSS45

DIMMB_DQ_VREF[17,19]

DIMMB_CA_VREF[19]

DDR3_DRAMRST#B[11,19]

SMB_CLK_DDR[17,18,19]

SMB_DATA_DDR[17,18,19]

M_RASB#[12,19]
M_CASB#[12,19]

M_WEB#[12,19]

M_SCKEB3[12]
M_SCKEB2[12]

XMM4A

XMM4A
DDRIII_240P_15u_Blue I

DDRIII_240P_15u_Blue I

3

DQ0

4

DQ1

9

DQ2

10

DQ3

122

DQ4

123

DQ5

128

DQ6

129

DQ7

12

DQ8

13

DQ9

18

DQ10

19

DQ11

131

DQ12

132

DQ13

137

DQ14

138

DQ15

21

DQ16

22

DQ17

27

DQ18

28

DQ19

140

DQ20

141

DQ21

146

DQ22

147

DQ23

30

DQ24

31

DQ25

36

DQ26

37

DQ27

149

DQ28

150

DQ29

155

DQ30

156

DQ31

81

DQ32

82

DQ33

87

DQ34

88

DQ35

200

DQ36

201

DQ37

206

DQ38

207

DQ39

90

DQ40

91

DQ41

96

DQ42

97

DQ43

209

DQ44

210

DQ45

215

DQ46

216

DQ47

99

DQ48

100

DQ49

105

DQ50

106

DQ51

218

DQ52

219

DQ53

224

DQ54

225

DQ55

108

DQ56

109

DQ57

114

DQ58

115

DQ59

227

DQ60

228

DQ61

233

DQ62

234

DQ63

192

RAS#

74

CAS#

73

WE#

169

CKE1

50

CKE0

1

VREFDQ

67

VREFCA

236

VDDSPD

117

SA0

237

SA1

119

SA2

168

RESET#

118

SCL

238

SDA

CRITICAL

CRITICAL

SPD ADDRESS: 011
SMBUS ADDRESS: A6

3

BA2/A16

DQS0
DQS1
DQS2
DQS3
DQS4
DQS5
DQS6
DQS7
DQS8

DQS9
DQS10
DQS11
DQS12
DQS13
DQS14
DQS15
DQS16
DQS17

DQS0#
DQS1#
DQS2#
DQS3#
DQS4#
DQS5#
DQS6#
DQS7#
DQS8#
DQS9#

DQS10#
DQS11#
DQS12#
DQS13#
DQS14#
DQS15#
DQS16#
DQS17#

CB0
CB1
CB2
CB3
CB4
CB5
CB6
CB7

ODT0
ODT1

CK0

CK0#

CK1

CK1#

CS0
CS1

RSVD/CS2

FREE3/CS3

BA0
BA1

NC/PAR_IN

NC/ERR_OUT

A10
A11
A12
A13
A14
A15

A0
A1
A2
A3
A4
A5
A6
A7
A8
A9

181
61
180
59
58
178
56
177
175
70
55
174
196
172
171
52

7
16
25
34
85
94
103
112
43
125
134
143
152
203
212
221
230
161

6
15
24
33
84
93
102
111
42
126
135
144
153
204
213
222
231
162

39
40
45
46
158
159
164
165

195
77

184
185
63
64

193
76
79
198

71
190

68
53

M_MAA_B1
M_MAA_B2
M_MAA_B3
M_MAA_B4
M_MAA_B5
M_MAA_B6
M_MAA_B7
M_MAA_B8
M_MAA_B9
M_MAA_B10
M_MAA_B11
M_MAA_B12
M_MAA_B13
M_MAA_B14
M_MAA_B15

M_DQSB0
M_DQSB1
M_DQSB2
M_DQSB3
M_DQSB4
M_DQSB5
M_DQSB6
M_DQSB7
M_DQSB8

M_DQSB#0
M_DQSB#1
M_DQSB#2
M_DQSB#3
M_DQSB#4
M_DQSB#5
M_DQSB#6
M_DQSB#7
M_DQSB#8

M_DB_CB0
M_DB_CB1
M_DB_CB2
M_DB_CB3
M_DB_CB4
M_DB_CB5
M_DB_CB6
M_DB_CB7

M_MAA_B0

188

M_MAA_B[0..15]

4

M_DQSB[0..7]

M_DQSB#[0..7]

M_DB_CB[0..7]

M_MAA_B[0..15] [12,19]

M_BSB2 [12,19]

M_DQSB[0..7] [12,19]

M_DQSB8 [12,19]

M_DQSB#[0..7] [12,19]

M_DQSB#8 [12,19]

M_DB_CB[0..7] [12,19]

M_SODTB2 [12]
M_SODTB3 [12]

M_CLKB2 [12]
M_CLKB2# [12]
M_CLKB3 [12]
M_CLKB3# [12]

M_SCSB#2 [12]
M_SCSB#3 [12]

M_BSB0 [12,19]
M_BSB1 [12,19]

5

+VTT_DDR DIMM_VDDSPD

C661

C661

4.7uF_X5R_10V

4.7uF_X5R_10V

0805

0805
I

I

C419

C419
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

Place close to Ch-B pin236

PLACE CLOSE TO DIMM4
VTT_DDR ISLAND

+1P5V_DUAL

C620

C615

C615
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

+1P5V_DUAL

C607

C607
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

C618

C618
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

C608

C608
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

6

C619

C619
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

C609

C609
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

C620
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

C610

C610
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

Title

Title

Title

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

Page Modified:

Page Modified:

Page Modified:

C212

C212
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

C621

C621
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

C611

C611
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

DDR3 CH-B DIMM2

DDR3 CH-B DIMM2

DDR3 CH-B DIMM2

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Wednesday, March 02, 2011 09:21:36

Wednesday, March 02, 2011 09:21:36

Wednesday, March 02, 2011 09:21:36

7

C612

C612
100nF_X7R_10V

100nF_X7R_10V

0402

0402
NI

NI

C613

C613
100nF_X7R_10V

100nF_X7R_10V

0402

0402
NI

NI

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

C653

C653
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

C614

C614
100nF_X7R_10V

100nF_X7R_10V

0402

0402
NI

NI

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

20 65

20 65

20 65

1

2

3

4

5

6

The probing point requires populating a resistor stuffing option that can be used to
break the path to the device very near the device pins and ideally terminate each line
(TX+/TX-) to ground through a 50 Ohms 1% resistor. Also, an AC coupling capacitor is
required near the device pins. The resistor package/footprint must be as small as
possible, preferably size 0402. The population of a 50-Ohm resistor, as shown in
Figure 4-5,

7

8

U4B

M41

D13
B13
F13
F15
B15
A16
C16
B17
E17
F18
B21
E21
A22
C22
F23
F25

P41
J38

H38
R38
P38
H36
J36

F38
E37
C36
B37
B35
A36
B33
D33

E31
B31

A32

U4B

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

DMI3TXP
DMI3TXN
DMI2TXP
DMI2TXN
DMI1TXP
DMI1TXN
DMI0TXP
DMI0TXN

DMI3RXP
DMI3RXN
DMI2RXP
DMI2RXN
DMI1RXP
DMI1RXN
DMI0RXP
DMI0RXN

DMI_ZCOMP
DMI_IRCOMP

DMI2RBIAS

BD82Q67_B3

BD82Q67_B3

4

Cougar Point

Cougar Point

A A

PCH_C_HSOP6[49]

PCH_C_HSON6[49]

PCH_C_HSOP5[36]

PCH_C_HSON5[36]

It is highly recommended to
have DMI on surfaced vias (not buried).

DMI_PCH_CPU_RXP3[10,13]
DMI_PCH_CPU_RXN3[10,13]
DMI_PCH_CPU_RXP2[10,13]
DMI_PCH_CPU_RXN2[10,13]
DMI_PCH_CPU_RXP1[10,13]
DMI_PCH_CPU_RXN1[10,13]

B B

PDG v0.8: The DMI compensation pins should be tied together and connected to the PCH 1.05-V
rail (Vcc1_05_Filter) via a 49.9 ohm, 1% resistor

U101

U101

C C

@U4

@U4

HEATSINK_PCH

HEATSINK_PCH

I

I

CCL=Y

CCL=Y
VERICON_VSB10602A

VERICON_VSB10602A

AVL:
VERICON_CX91A

CLIP3

CLIP2

CLIP2

CLIP_2P

CLIP_2P

D D

I

I

CLIP3

CLIP_2P

CLIP_2P

I

I

BD82B65_B3

BD82B65_B3

BD82B65[VER.B3,SLJ4A]

BD82B65[VER.B3,SLJ4A]
CCL=Y

CCL=Y

U102

U102

BD82C206_B3

BD82C206_B3

BD82C206[VER.B3,SLJ4G]

BD82C206[VER.B3,SLJ4G]
CCL=Y

CCL=Y

U103

U103

DMI_PCH_CPU_RXP0[10,13]
DMI_PCH_CPU_RXN0[10,13]

DMI_CPU_PCH_RXP3[10,13]
DMI_CPU_PCH_RXN3[10,13]
DMI_CPU_PCH_RXP2[10,13]
DMI_CPU_PCH_RXN2[10,13]
DMI_CPU_PCH_RXP1[10,13]
DMI_CPU_PCH_RXN1[10,13]
DMI_CPU_PCH_RXP0[10,13]
DMI_CPU_PCH_RXN0[10,13]

∮

Changzhou
Edge91

Ventoux
Thames

+1P05V_PCH

B65-PCH

C206-PCH

Merton Q65-PCH

BD82Q65_B3

BD82Q65_B3

BD82Q65[VER.B3,SLJ4E]

BD82Q65[VER.B3,SLJ4E]
CCL=Y

CCL=Y

1

2

C71 100nF_X7R_16VI 0402C71 100nF_X7R_16VI 0402
C72 100nF_X7R_16VI 0402C72 100nF_X7R_16VI 0402
C213 100nF_X7R_16VI 0402C213 100nF_X7R_16VI 0402
C214 100nF_X7R_16VI 0402C214 100nF_X7R_16VI 0402

R93 49.9_1% 0402IR93 49.9_1% 0402I

R935 750_1% 0402IR935 750_1% 0402I

NI,NI,NI,NI,NI,NI,NI,I,I

NI,NI,NI,NI,NI,NI,NI,I,I

1

NI,NI,I,I,I,NI,NI,NI,NI

NI,NI,I,I,I,NI,NI,NI,NI

1

NI,NI,NI,NI,NI,I,I,NI,NI

NI,NI,NI,NI,NI,I,I,NI,NI

1

Layout Note:
PLACE CLOSE TO LAN PHY

1

1

1

3

PCH_HSOP6
PCH_HSON6
PCH_HSOP5
PCH_HSON5

No longer than 500 mils

PCH_DMICOMP

W=4 S=8

RBIAS_CPY

No longer than 450 mils

I,I,NI,NI,NI,NI,NI,NI,NICCL=Y

I,I,NI,NI,NI,NI,NI,NI,NICCL=Y

PERP8
PERN8
PERP7
PERN7
PERP6
PERN6
PERP5
PERN5
PERP4
PERN4
PERP3
PERN3
PERP2
PERN2
PERP1
PERN1

USBP13P
USBP13N
USBP12P
USBP12N
USBP11P
USBP11N
USBP10P
USBP10N

USBP9P
USBP9N
USBP8P
USBP8N
USBP7P
USBP7N
USBP6P
USBP6N
USBP5P
USBP5N
USBP4P
USBP4N
USBP3P
USBP3N
USBP2P
USBP2N
USBP1P
USBP1N
USBP0P
USBP0N

USBRBIAS

USBRBIAS#

OC7#_GPIO14
OC6#_GPIO10

OC5#_GPIO9
OC4#_GPIO43
OC3#_GPIO42
OC2#_GPIO41
OC1#_GPIO40
OC0#_GPIO59

J10
H10
H12
J12
L15
J15
M15
N15
M17
P17
J17
H17
R20
P20
L20
J20

BK27
BJ27
BD27
BF27
BK31
BJ31
BJ25
BK25
BT27
BR26
BR29
BN27
BD31
BF31
BJ33
BK33
BM30
BN29
BT31
BR32
BU32
BT33
BM35
BM33
BA33
BC33
BD36
BF36

PCH_USBBIAS

BM25

No longer than 450 mils

BP25

W=4 S=15

PCH_OC#_7

BM45

PCH_OC#_6

BT45

PCH_OC#_5

BJ41

PCH_OC#_4

BP43

PCH_OC#_3

BK43

PCH_OC#_2

BG41

PCH_OC#_1

BD41

PCH_OC#_0

BM43

USB ports 6 and 7 are disabled on 12 port SKU’s. (B65)
EHCI 1# Port 0~7
EHCI 2# Port 8~13
NOTES:

1. OC# pins are not 5 V tolerant.

2. OC# pins must be shared between ports

3. OC#[3:0] can only be used for EHCI Controller 1

4. OC#[4:7] can only be used for EHCI Controller 2

EHCI#1: Device 29 Function 0; EHCI#2 Device 26 Function 0
Port 0~Port7: EHCI1 Port0 RMH1
Port 8~Port13: EHCI2 Port0 RMH2

5

PCH_HSIP6 [49]
PCH_HSIN6 [49]
PCH_HSIP5 [36]
PCH_HSIN5 [36]

Check without used??

USB_P13 [32]
USB_N13 [32]
USB_P12 [32]
USB_N12 [32]
USB_P11 [32]
USB_N11 [32]
USB_P10 [32]
USB_N10 [32]
USB_P9 [32]
USB_N9 [32]
USB_P8 [32]
USB_N8 [32]

USB_P5 [28]
USB_N5 [28]
USB_P4 [28]
USB_N4 [28]
USB_P3 [28]
USB_N3 [28]
USB_P2 [28]
USB_N2 [28]
USB_P1 [28]
USB_N1 [28]
USB_P0 [28]
USB_N0 [28]

R92 22.6_1% 0402IR92 22.6_1% 0402I

DW: remove series resistors from LAN

0_5%R333 I 04020_5%R333 I 0402
0_5%R345 I 04020_5%R345 I 0402
0_5%R337 I 04020_5%R337 I 0402
10K_5%R363 I 040210K_5%R363 I 0402
10K_5%R339 I 040210K_5%R339 I 0402
0_5%R334 I 04020_5%R334 I 0402
0_5%R669 I 04020_5%R669 I 0402
0_5%R729 I 04020_5%R729 I 0402

R627 33_5% 0402PROTOR627 33_5% 0402PROTO
R626 33_5% 0402PROTOR626 33_5% 0402PROTO
R634 33_5% 0402PROTOR634 33_5% 0402PROTO
R636 33_5% 0402PROTOR636 33_5% 0402PROTO
R637 33_5% 0402PROTOR637 33_5% 0402PROTO
R661 33_5% 0402PROTOR661 33_5% 0402PROTO
R674 33_5% 0402PROTOR674 33_5% 0402PROTO
R679 33_5% 0402PROTOR679 33_5% 0402PROTO

6

USB ports 6 and 7 are disabled on 12 port SKU’s.
(B65)

OC#[4:7] can only be used

USB_OC1_BACK#_2 [32]
USB_OC0_BACK#_1 [32]

USB_OC2_BACK#_LAN [32]

+3P3V_AUX
+3P3V_AUX

USB_OC7_FRONT#3 [28]

USB_OC5_FRONT#1 [28]

USB_OC6_FRONT#2 [28]

PCH_OC#_XDP_7 [16]
PCH_OC#_XDP_6 [16]
PCH_OC#_XDP_5 [16]
PCH_OC#_XDP_4 [16]
PCH_OC#_XDP_3 [16]
PCH_OC#_XDP_1 [16]
PCH_OC#_XDP_0 [16]
PCH_OC#_XDP_2 [16]

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

PCH- DMI, PCIE, USB

PCH- DMI, PCIE, USB

PCH- DMI, PCIE, USB

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev
Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:35

Page Modified:

Wednesday, March 02, 2011 09:21:35

Page Modified:

Wednesday, March 02, 2011 09:21:35

7

for EHCI Controller 2

OC#[3:0] can only be used
for EHCI Controller 1

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

8

21 65

21 65

21 65

Sheet of

Sheet of

Sheet of

1

2

3

4

5

6

7

8

PCH - PCI

U4A

P_FRAME#[34,35]

P_RDEVSEL#[34,35]

A A

B B

GNT3:TOP-BLOCK SWAP OVERRIDE INTERNAL PULL UP 20K

A weak internal pull up, disabled after PLTRST# deasserts. A16 SWAP
OVERRIDE:OVERRIDE IF SAMPLED LOW

P_IRDY#[34,35]

P_TRDY#[34,35]

P_STOP#[34,35]
P_LOCK#[34,35]

P_PAR[34,35]
P_PERR#[34,35]
P_SERR#[34,35]

P_PME#[34,35]

+3P3V_AUX

P_PCIRST_N[34,35]

P_GNT1#[35]
P_GNT0#[34]

+3P3V

P_REQ1#[35]
P_REQ0#[34]

+3P3V

+3P3V

P_INTE#[34,35]
P_INTF#[34,35]
P_INTG#[34,35]
P_INTH#[34,35]

+3P3V

C221 47pF_NPO_50VI 0402C221 47pF_NPO_50VI 0402

R94 0_5% 0402IR94 0_5% 0402I

CRS v0.7 I

R615 8.2K_5%

R615 8.2K_5%

0402 NI

0402 NI

CRS use 1k_5%

R577 4.7K_5% 0402NIR577 4.7K_5% 0402NI
R595 4.7K_5% 0402NIR595 4.7K_5% 0402NI

8.2K_5%R356 I 04028.2K_5%R356 I 0402

R97 8.2K_5% 0402IR97 8.2K_5% 0402I
R108 8.2K_5% 0402IR108 8.2K_5% 0402I
R118 8.2K_5% 0402IR118 8.2K_5% 0402I
R157 8.2K_5% 0402IR157 8.2K_5% 0402I
R396 8.2K_5% 0402IR396 8.2K_5% 0402I
R546 8.2K_5% 0402IR546 8.2K_5% 0402I
R567 8.2K_5% 0402IR567 8.2K_5% 0402I

RN2 8.2K_5%

RN2 8.2K_5%

1
3
5
7 8

2

1206I

1206I

4
6

P_DEVSEL#

P_GNT3#

P_INTA#
P_INTB#
P_INTC#
P_INTD#

P_INTE#
P_INTF#
P_INTG#
P_INTH#

GNT2: EST srap for server only. Do not pull low

BOOT DEVICE

GNT1#

LPC

C C

PCI

SPI (Default)

GNT1#: has a weak internal pull up,20k.
SATA1GP: has a weak internal pull up,TBD..

PDG V0.7 check list:
Default (SPI):
Left both SATA1GP/GPIO19 and GNT0# floating.No pull up required.
Boot from PCI:
Connect GNT0# to ground with 1k Ohm pulldownresistor.
Leave SATA1GP/GPIO19 Floating.
Boot from LPC:
Connect both SATA1GP/GPIO19 and GNT0# to
ground with 1k Ohm pull-down resistor.

SATA1GP/GPIO19

0

0

10

』

1

』

1

H_SNB_N[11]

PDG:If not implemented, the dual channel NAND interface signals, including NV_RCOMP, can
be left as No Connect.

NV_RCOMP

R617

IR617

I

32.4_1%0402

32.4_1%0402

NVR_CLE

R457

IR457

I

4.7K_5%0402

Place the 4.7k resistor <= 100 mils from
the stub going to NVRAM

4.7K_5%0402

U4A

BC11

BH9

BF11

BC8
BC12
BA17

BH8

BM3

BR6
AV15
AV14

BE2
BU12

』

AV8
BA15

AV11

BK8

BT5

BG5

BK10

BJ5

BM15

BP5

BN9

AV9
BT15

BR4

BD82Q67_B3

BD82Q67_B3

FRAME#
DEVSEL#
IRDY#
TRDY#
STOP#
PLOCK#
PAR
PERR#
SERR#

PME#
PCIRST#
GNT3#_GPIO55

GNT2#_GPIO53
GNT1#_GPIO51
GNT0#

REQ3#_GPIO54
REQ2#_GPIO52
REQ1#_GPIO50
REQ0#

PIRQA#
PIRQB#
PIRQC#
PIRQD#

PIRQE#_GPIO2
PIRQF#_GPIO3
PIRQG#_GPIO4
PIRQH#_GPIO5

Cougar Point

Cougar Point

PCH - NVRAM

U4E

U4E

Y41

Reserved_21

M49

Reserved_22

M50

Reserved_23

J57

Reserved_24

U43

Reserved_25

R50

Reserved_26

M48

Reserved_27

R47

DF_TVS

L53

Reserved_29

Y44

Reserved_30

Cougar Point

Cougar Point

I,I,NI,NI,NI,NI,NI,NI,NICCL=Y

I,I,NI,NI,NI,NI,NI,NI,NICCL=Y

AD31
AD30
AD29
AD28
AD27
AD26
AD25
AD24
AD23
AD22
AD21
AD20
AD19
AD18
AD17
AD16
AD15
AD14
AD13
AD12
AD11
AD10

AD9
AD8
AD7
AD6
AD5
AD4
AD3
AD2
AD1
AD0

C_BE3#
C_BE2#
C_BE1#
C_BE0#

I,I,NI,NI,NI,NI,NI,NI,NICCL=Y

I,I,NI,NI,NI,NI,NI,NI,NICCL=Y

Reserved_01
Reserved_02
Reserved_03
Reserved_04
Reserved_05
Reserved_06
Reserved_07
Reserved_08
Reserved_09
Reserved_10
Reserved_11
Reserved_12
Reserved_13
Reserved_14
Reserved_15
Reserved_16

Reserved_17
Reserved_18
Reserved_19
Reserved_20

BK12
AV17
BF8
BA8
BF9
BA9
BM13
BC2
BL4
BC4
BL2
BA14
BT11
BC6
BG15
BE6
BE4
BN2
BF3
BM8
BJ10
BR9
BJ3
BR12
BU9
BJ12
BN11
BG12
BT13
BT7
BF17
BF15

BP13
BG2
BP7
BN4

E52
H52
F53
J55
L56
K46
H50
U44
U46
U50
R44
U49
AB44
AB49
Y50
AB50

G56
AB46
K49
K50

P_AD31
P_AD30
P_AD29
P_AD28
P_AD27
P_AD26
P_AD25
P_AD24
P_AD23
P_AD22
P_AD21
P_AD20
P_AD19
P_AD18
P_AD17
P_AD16
P_AD15
P_AD14
P_AD13
P_AD12
P_AD11
P_AD10
P_AD9
P_AD8
P_AD7
P_AD6
P_AD5
P_AD4
P_AD3
P_AD2
P_AD1
P_AD0

CBE#3
CBE#2
CBE#1
CBE#0

EDS v0.5 page 70: NV_CLE has a weak internal pull up
EDS v0.5 page 77: NV_CLE / NV_ALE has a 20 k internal pull down
PDG v0.7 check list page 379: NV_CLE has a weak internal pull up. DMI termination voltage.

D D

For future processor compatibility, the PROC_SEL should be connected to the NV_CLE
pin on the PCH through an isolation resistor of 4.7k ohm and a 2.2k ohm pull up to
V_NAND_IO. Place the 4.7k resistor <= 100 mils from the stub going to NVRAM
connector. Refer Figure 5-4 below for implementation

1

2

3

BD82Q67_B3

BD82Q67_B3

4

5

P_AD[0..31]

CBE#[0..3]

P_AD[0..31] [34,35]

CBE#[0..3] [34,35]

6

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

PCH - PCI & NVRAM

PCH - PCI & NVRAM

PCH - PCI & NVRAM

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:34

Page Modified:

Wednesday, March 02, 2011 09:21:34

Page Modified:

Wednesday, March 02, 2011 09:21:34

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

22 65

22 65

22 65

1

2

3

4

5

6

7

8

U4C

U4C

TPVIA30NOBOM TPVIA30NOBOM
TPVIA28NOBOM TPVIA28NOBOM
TPVIA32NOBOM TPVIA32NOBOM

FRONT_USB_DET#_3[28]

+3P3V
+3P3V

+3P3V
+3P3V

+3P3V
+3P3V
+3P3V

+3P3V

R324 1K_5% 0402IR324 1K_5% 0402I
R328 1K_5% 0402IR328 1K_5% 0402I

R407 1K_5% 0402IR407 1K_5% 0402I

R409 1K_5% 0402IR409 1K_5% 0402I

BRD_ID1
GPIO39

0

A A

Non-Pull-up have
serial 8.2K @OtherPage

The serial 1k resistor is
for Current limit.

B B

Project GPIO7

BIT

Manchester-LI
Manchester-LC

BOOT_BL_REC#[47]

COMM_B_DETECT#[43]

FRONT_USB_DET#_2[28]

LPC_SMI#[39]

CLR_CMOS[24]

CHASSIS_ID1[43]

CHASSIS_ID2[43]

PCA Board ID [3:1]:

BRD_ID3

BRD_ID2
GPIO35

00

TPVIA33NOBOM TPVIA33NOBOM

10K_5%R618 I 040210K_5%R618 I 0402
10K_5%R446 I 040210K_5%R446 I 0402

10K_5%R619 I 040210K_5%R619 I 0402
10K_5%R415 I 040210K_5%R415 I 0402

10K_5%R411 I 040210K_5%R411 I 0402
10K_5%R441 NI,NI,NI,NI,NI,NI,NI,I,I040210K_5%R441 NI,NI,NI,NI,NI,NI,NI,I,I0402
10K_5%R408 I 040210K_5%R408 I 0402

10K_5%R106 I,I,NI,NI,NI,NI,NI,NI,I040210K_5%R106 I,I,NI,NI,NI,NI,NI,NI,I0402
10K_5%R410 NI,NI,I,I,I,I,I,I,NI040210K_5%R410 NI,NI,I,I,I,I,I,I,NI0402

TPVIA64NOBOM TPVIA64NOBOM
TPVIA73NOBOM TPVIA73NOBOM
TPVIA74NOBOM TPVIA74NOBOM

TP_PCH_PWM3
TP_PCH_PWM2
TP_PCH_PWM1
TP_PCH_PWM0

BOOT_BL_REC#_R

PCH_GP1
PCH_GP17
BRD_ID3

10K_5% R121

0402 10K_5% R121

0402

I,I,I,I,I,I,I,NI,NI

I,I,I,I,I,I,I,NI,NI

GP_CHASSIS_ID1

BRD_ID1
GP_CHASSIS_ID2

TP_CL_CLK_LAN
TP_CL_DATA_LAN
TP_CL_RST_LAN#

Ventoux-LI
Thames-LI

01

1

Thames-LC
Merton-LI
Merton-LC
Edge91-LC
Changzhou-LC

C C

SLP_SUS# is a signal on PCH which indicate the system in deep sleep state. The deep sleep
state is a lower power, limited wake featurs supported state where the Suspend well is
powered off and only the DSW will in PCH remains powered.

00

10

01

1

1
0

BN19

PWM3

BM20

PWM2

BT21

PWM1

BN21

PWM0

BP15

TACH7_GPIO71

BN17

TACH6_GPIO70

BM18

TACH5_GPIO69

BU16

TACH4_GPIO68

BR16

TACH3_GPIO7

BA22

TACH2_GPIO6

BR19

TACH1_GPIO1

BT17

TACH0_GPIO17

BA53

SCLOCK_GPIO22

BE54

SLOAD_GPIO38

BF55

SDATAOUT0_GPIO39

AW53

SDATAOUT1_GPIO48

BA50

CL_CLK1

BF50

CL_DATA1

BF49

CL_RST1#

P22

TP1

L31

TP2

L33

TP3

M38

TP4

L36

TP5

Y18

TP6

Y17

TP7

AB18

TP8

AB17

TP9

BM46

TP10

BA27

TP11

AE49

TP13

AE41

TP14

AE43

TP15

AE50

TP16

BA36

TP17

AY36

TP18

Y14

TP19

Y12

TP20

H31

TP21

J27

TP22

J25

TP23

L22

TP24

J31

TP25

L27

TP26

L25

TP27

J22

TP28

C29

TP29

F28

TP30

C26

TP31

B25

TP32

E29

TP33

E27

TP34

B27

TP35

D25

TP36

BD82Q67_B3

BD82Q67_B3

Cougar Point

Cougar Point

I,I,NI,NI,NI,NI,NI,NI,NICCL=Y

I,I,NI,NI,NI,NI,NI,NI,NICCL=Y

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

SATA5RXP
SATA5RXN
SATA4RXP
SATA4RXN
SATA3RXP
SATA3RXN
SATA2RXP
SATA2RXN
SATA1RXP
SATA1RXN
SATA0RXP
SATA0RXN

SATALED#

SATAICOMPI

SATAICOMPO

SATA5GP_GPIO49
SATA4GP_GPIO16
SATA3GP_GPIO37
SATA2GP_GPIO36
SATA1GP_GPIO19
SATA0GP_GPIO21

SATA3COMPI

SATA3RCOMPO

SATA3RBIAS

A20GATE

INIT3_3V#

RCIN#

SERIRQ

THRMTRIP#

PECI

SST

PMSYNCH

TS_VSS1
TS_VSS2
TS_VSS3
TS_VSS4

NC_1

AV49
AV50
AT49
AT50
AM55
AN56
AL53
AL56
AG47
AG49
AE44
AE46

AT44
AT46
AN50
AN49
AN44
AN46
AL49
AL50
AA56
AA53
AB55
AC56

BF57
AJ55

SATA_COMP_PCH

AJ53

BA56

PCH_GP16

AU56

GPIO37

BG53

PCH_GP36

BB55

PCH_GP19

』

AY52
BC54

』

SATA1GP: has a weak internal pull up,TBD..

AE54

SATA3_COMP_PCH

AE52

SATA3_BIAS_PCH

AC52

BB57

INIT3_3V#

BN56
BG56
AV52

THERMTRIP#_PCH

E56

PCH_PECI_R

H48

TP_PCH_SST

BC43
F55

A54
A52
F57
D57
AY20

CRS rev0.7 remark: CONNECT TO GND ON CRB PINS A54,A52,F57,D57

R536 51_5% 0402NIR536 51_5% 0402NI

R479 0_5% 0402IR479 0_5% 0402I

TPVIA75 NOBOMTPVIA75 NOBOM

SATACOMPO and the SATACOMPI pins be shorted at the
package and then routed on the top layer to one end of a 37.4 ohm 1% resistor
to VccIO.

SATA3COMPO and the SATA3COMPI pins should be shorted at the package and
then routed on the top layer to one end of a 49.9 ohm 1% resistor to
VccIO

R100 37.4_1% 0402IR100 37.4_1% 0402I

R112 1K_5% 0402IR112 1K_5% 0402I

R238 1K_5% 0402IR238 1K_5% 0402I

R66 49.9_1% 0402IR66 49.9_1% 0402I

R936 750_1% 0402IR936 750_1% 0402I

10K_5%R264 I 040210K_5%R264 I 0402
10K_5%R249 I 040210K_5%R249 I 0402

+3P3V
+3P3V
+VCCIO

R570 1K_5% 0402NIR570 1K_5% 0402NI

R468 0_5% 0402NIR468 0_5% 0402NI
C222 150pF_NPO_25VNI 0402C222 150pF_NPO_25VNI 0402

SATA_TXP3 [31]
SATA_TXN3 [31]
SATA_TXP2 [31]
SATA_TXN2 [31]
SATA_TXP1 [31]
SATA_TXN1 [31]
SATA_TXP0 [31]
SATA_TXN0 [31]

SATA_RXP3 [31]
SATA_RXN3 [31]
SATA_RXP2 [31]
SATA_RXN2 [31]
SATA_RXP1 [31]
SATA_RXN1 [31]
SATA_RXP0 [31]
SATA_RXN0 [31]

10K_5%R572 I 040210K_5%R572 I 0402

SATA_LED# [41]

10K_5%R237 I 040210K_5%R237 I 0402
10K_5%R560 I 040210K_5%R560 I 0402

10K_5%R571 I 040210K_5%R571 I 0402
10K_5%R568 I 040210K_5%R568 I 0402

10K_5%R594 NI 040210K_5%R594 NI 0402
10K_5%R576 I 040210K_5%R576 I 0402

+3P3V

+1P05V_PCH
+3P3V
+3P3V

PS2_DET# [40]
TCM_DIS# [8]

PCH_GP19_R [8]
F_AUDIO_DET# [30]

+3P3V
+3P3V

+1P05V_PCH

A20GATE [39]
KBRST# [39]

SER_IRQ [8,39]

H_THERMTRIP# [11]

H_PECI [11,39]

PMSYNC# [11]

∮

Gen3 ( 6Gb/s ) support is
on ports 0 & 1 only

∮

D D

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

PCH - SATA, MLINK, GPIO

PCH - SATA, MLINK, GPIO

PCH - SATA, MLINK, GPIO

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:37

Page Modified:

Wednesday, March 02, 2011 09:21:37

Page Modified:

1

2

3

4

5

6

Wednesday, March 02, 2011 09:21:37

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

23 65

23 65

23 65

The VCCVRM rail (1.8 V) powers an internal voltage regulator module (VRM) that
regulates clean 1.05-V voltage supply for analog rails (VccAPLLEXP, VccaPLLDMI2, and
VccAPLLSATA).
GPIO28: On die PLL voltage regulator. has a internal pull up, 20k okm.
The on die PLL voltage requlator is enabled when sample high.
PCH_HDSYNC : OD PLL VR SUPPLY SEL

1.8V SUPPLY WHEN SAMPLE LOW

1.5V SUPPLY WHEN SAMPLE HIGH

GPIO15: Low = Intel Management Engine Crypto Transport Layer Security (TLS) cipher suite with no confidentiality.
High = Intel Management Engine Crypto TLS cipher suite with confidentiality
PDG v0.8 check list: GPIO 15 pull up with 1k ohm to Vccsus3.3 to enable TLS. Leave NC --> internal pull down 20k ohm

A A

1

HW strap: HDA_SDO It has a weak internal pull down.

C27 22pF_NPO_50V 0402

C27 22pF_NPO_50V 0402

For board bring up, and to insure that

B B

the handshake circuit does not prevent
the circuit from going into DeepSLeep,
do the following:
* Install R535 * NI R1405

SPI_MOSI : EDS v0.5: DMI Tx and FDI Rx
termination voltage. Internal pulll down 20k
ohm

C C

AUD_BITCLK

I

I

2

LPC_FRAME#[8,39]

L_DRQ_0#[39]

+3P3V

AUD_LINK_SDI0[29]

FLASH_OVERRIDE#[47]

RSDATA_OUT[29]

AUD_BITCLK[29]

AUD_SYNC[29]

AUD_LINK_RESET#[29]

+3P3V_AUX

PRT_DET#[40]

+3P3V_AUX

R114 1K_5% 0402IR114 1K_5% 0402I

R132 1K_5% 0402NIR132 1K_5% 0402NI

+3P3V_LPS

PCH_DPWROK[41]

DRAM_PWRGD[11]

PWRGD_140MS[38,39]

SUS_PWR_ACK#[39,41]

SUS_WARN#[39,41]

PWRBTN_OUT#[10,16,41]

PCI_EXP_WAKE#[36,37]

INTRUDER#[8]

+1P5V_DUAL

SYS_PWROK[59]
H_PWRGOOD[10,11]

+3P3V_AUX

+3P3V_AUX

LPD_PD#[8]

SIO_RSMRST#[39,41]

+3P3V_LPS

RING#[43]

PCH_RSMRST#[16,41]

PLTRST_N[10,11,16,38,39]

C802 100pF_X7R_50V 0402NIC802 100pF_X7R_50V 0402NI

FP_RST#[10,11,16,41]
SPI_MOSI[42]

SPI_MISO[42]

SPI_CS#[42]

SPI_SCK[42]

+3P3V

+3V_BATT

+3V_BATT

DPWROK: Power ok indication for the VccDSW3_3 voltage

R538 200_1% 0402

I

R538 200_1% 0402

I

R253 1K_5% 0402IR253 1K_5% 0402I
R417 0_5% 0402IR417 0_5% 0402I

R535 0_5% 0402NIR535 0_5% 0402NI
R255 0_5% 0402NIR255 0_5% 0402NI

R152 1K_5% 0402NIR152 1K_5% 0402NI
R654 8.2K_5% 0402NIR654 8.2K_5% 0402NI

C533 1nF_X7R_50V 0402IC533 1nF_X7R_50V 0402I
R919 200K_5% 0402IR919 200K_5% 0402I

C230 1uF_X7R_16V I0603C230 1uF_X7R_16V I0603

C224 1uF_X7R_16V I0603C224 1uF_X7R_16V I0603

3

SUSACK#: Input. Connect to deep sleep well monitoring logic to give PCH indication that system is entering deep sleep state. May be connected directly to SUSWARN# for
system supporting deep sleep well but not wishing to participate in the handshaking.
SUSWARN#/SUSPWRDNACK/GPIO30/MGPIO1:Output. Connect to external deep sleep well control logic.May be connected directly to SUSACK# for system supporting
deep sleep well but not wishing to participate in the handshaking.

SUSPWRDNACK/SUSWARN#/GPIO30/MGPIO1: Connect to external sus well control logic to turn off sus well when it is
not needed. Requires a 10 k pull up to VccSus3_3. Not needed when deep sleep is supported on the platform.

LPC_AD3[8,39]
LPC_AD2[8,39]
LPC_AD1[8,39]
LPC_AD0[8,39]

Only PCIECLKRQ[2:1]# on PCH are core well powered. All other PCIECLKRQx# are
suspend well powered.

If using a Suspend well powered CLKREQ# input on PCH, platform can optionally
use a blocking circuit to prevent any possible leakage path in S3-S5 states, from
the external 3.3-V Suspend rail through the CLKREQ# pin on the PCIe device to the
PCIe device core rails. The current blocking circuit may not be required if the PCI
Express* device allows its CLKREQ# output to be pulled up to a Suspend rail.

TPVIA58NOBOM TPVIA58NOBOM

PCH_GPIO23

10K_5%R336 I 040210K_5%R336 I 0402

47_5%R153 I 040247_5%R153 I 0402
33_5%R125 I 040233_5%R125 I 0402
33_5%R128 I 040233_5%R128 I 0402
33_5%R129 I 040233_5%R129 I 0402

PCH_HDSDO
PCH_HDBCLK
PCH_HDSYNC
PCH_HDRST#

10K_5%R105 I 040210K_5%R105 I 0402
10K_5%R154 I 040210K_5%R154 I 0402

PCH_GPI31

PCH_MEPWROK

PCH_SYSPWROK

10K_5%R254 NI 040210K_5%R254 NI 0402

SUS_PWR_ACK#

TPM LPD_PD#
SUS_WARN#

10K_5%R252 I 040210K_5%R252 I 0402

PCH_RSMRST#
PLTRST_N_R

33_5%R391 I 040233_5%R391 I 0402

10K_5%R138 I 040210K_5%R138 I 0402

R541 30_5% 0402 NIR541 30_5% 0402 NI

20K_5%R148 I 040220K_5%R148 I 0402

20K_5%R914 I 040220K_5%R914 I 0402

SPI_MOSI

SUSCLK_PCH

ICH_RTCX1
ICH_RTCX2

ICH_RTCRST#

SRTCRST#_ICH

0_5%R534 NI 04020_5%R534 NI 0402

4

U4D

U4D

BG17

FWH4_LFRAME#

BG20

FWH3_LAD3

BJ20

FWH2_LAD2

BJ17

FWH1_LAD1

BK15

FWH0_LAD0

BA20

LDRQ1#_GPIO23

BK17

LDRQ0#

BJ22

HDA_SDIN3

BK22

HDA_SDIN2

BF22

HDA_SDIN1

BD22

HDA_SDIN0

BT23

HDA_SDO

BU22

HDA_BCLK

BP23

HDA_SYNC

BC22

HDA_RST#

BC25

HDA_DOCK_EN#_GPIO33

BA25

HDA_DOCK_RST#_GPIO13

BG43

GPIO31

BC46

APWROK

BT37

DPWROK

BG46

DRAMPWROK

BJ38

PWROK

BJ53

SYS_PWROK

D53

PROCPWRGD

BP45

SUSACK#

BN54

SUS_STAT#_GPIO61

BU46

SUSWARN#_SUSPWRDNACK_GPIO30

BT43

PWRBTN#

BJ48

RI#

BC44

WAKE#

BM38

INTRUDER#

BK38

RSMRST#

BK48

PLTRST#

BE52

SYS_RESET#

AU53

SPI_MOSI

AT55

SPI_MISO

AR56

SPI_CS1#

AT57

SPI_CS0#

AR54

SPI_CLK

BA47

SUSCLK_GPIO62

BN39

RTCX2

BR39

RTCX1

BT41

RTCRST#

BN37

SRTCRST#

BD82Q67_B3

BD82Q67_B3

I,I,NI,NI,NI,NI,NI,NI,NICCL=Y

Cougar Point

Cougar Point

I,I,NI,NI,NI,NI,NI,NI,NICCL=Y

BMBUSY#_GPIO0

LAN_PHY_PWR_CTRL_GPIO12

GPIO24_MEM_LED
CLKRUN#_GPIO32

STP_PCI#_GPIO34

PCIECLKRQ2#_GPIO20
PCIECLKRQ5#_GPIO44
PCIECLKRQ6#_GPIO45
PCIECLKRQ7#_GPIO46

SML1ALERT#_PCHHOT#_GPIO74

GPIO8
GPIO15
GPIO27
GPIO28

GPIO35
GPIO57

BATLOW#_GPIO72

SML1DATA_GPIO75

SML1CLK_GPIO58

SLP_S3#
SLP_S4#

SLP_S5#_GPIO63

SLP_A#

SLP_SUS#

SLP_LAN#_GPIO29

INTVRMEN

DSWVRMEN

SMBALERT#_GPIO11

SML0ALERT#_GPIO60

SMBCLK

SMBDATA

SML0CLK

SML0DATA

SPKR

JTAG_TDO

JTAG_TDI
JTAG_TMS
JTAG_TCK

TP12

AW55
BK50
BP53
BC56

BL56

AV43
BL54
AV44
BP55

BP51
BM55
BJ43
BJ55

BJ57
BT53
AV46

BR46
BK46
BJ46

BM53
BN52
BH50
BC41
BD43
BH49

BN41
BR42

BN49
BU49

BT47
BR49
BT51
BM50

BE56
BF47

BC52
BC50
BA43

BC49

5

6

CheckList no external resistor request.

10K_5%R107 I 040210K_5%R107 I 0402

BMBUSY#

CPU_MISSING
GP_85%_PS_DET#

PCH_GP34

PCH_GPIO20
PCH_GP44
PCH_GP45

PCH_GPIO8
PCH_GP15
PCH_GPIO27
PCH_GPIO28

BRD_ID2
PCH_GP57
PCH_GP72

SML1ALERT#
SML1DATA
SML1CLK

SLP_S3#_PCH
SLP_S4#_PCH
SLP_S5#_PCH
SLP_A#_PCH
SLP_SUS#_PCH

PCH_INTVRMEN
DSW_VR_EN

SMLALERT_PCH

SML0CLK
SML0DATA

NI due to dulpicate pullup whien WOL isolation FETs are ON.

R573 0_5% 0402NIR573 0_5% 0402NI

10K_5%R196 I 040210K_5%R196 I 0402

R327 1K_5% 0402IR327 1K_5% 0402I

10K_5%R482 I 040210K_5%R482 I 0402

R728 33_5%0402PROTOR728 33_5%0402PROTO

10K_5%R110 I 040210K_5%R110 I 0402
10K_5%R183 I 040210K_5%R183 I 0402
10K_5%R349 I 040210K_5%R349 I 0402

R243 10K_5% 0402IR243 10K_5% 0402I

10K_5%R314 NI 040210K_5%R314 NI 0402
R103 1K_5% 0402NIR103 1K_5% 0402NI
R47 1K_5% 0402IR47 1K_5% 0402I
R651 10K_5% 0402IR651 10K_5% 0402I
R96 1K_5% 0402NIR96 1K_5% 0402NI

10K_5%R120 NI,NI,I,I,I,NI,NI,NI,NI040210K_5%R120 NI,NI,I,I,I,NI,NI,NI,NI0402

10K_5%R421 NI 040210K_5%R421 NI 0402

10K_5%R325 I 040210K_5%R325 I 0402

10K_5%R511 I,I,NI,NI,NI,I,I,I,I040210K_5%R511 I,I,NI,NI,NI,I,I,I,I0402
R123 2.2K_5% 0402IR123 2.2K_5% 0402I
R332 2.2K_5% 0402IR332 2.2K_5% 0402I
R422 2.2K_5% 0402IR422 2.2K_5% 0402I

10K_5%R109 I 040210K_5%R109 I 0402
R143 0_5% 0402IR143 0_5% 0402I
C324 470pF_X7R_50V 0402NIC324 470pF_X7R_50V 0402NI
R144 0_5% 0402IR144 0_5% 0402I
C325 470pF_X7R_50V 0402NIC325 470pF_X7R_50V 0402NI

TPVIA67 NOBOMTPVIA67 NOBOM

C326 470pF_X7R_50V 0402NIC326 470pF_X7R_50V 0402NI

R163 0_5% 0402IR163 0_5% 0402I

10K_5%R335 NI 040210K_5%R335 NI 0402

R561 1K_5% 0402NIR561 1K_5%0402NI
R565 390K_5% 0402IR565 390K_5%0402I
R294 390K_5% 0402IR294 390K_5%0402I

10K_5%R115 I 040210K_5%R115 I 0402

10K_5%R102 I 040210K_5%R102 I 0402

R149 2.2K_5% 0402NIR149 2.2K_5% 0402NI
R150 2.2K_5% 0402NIR150 2.2K_5% 0402NI

PCH_JTAG_TDO [16]
PCH_JTAG_TDI [16]
PCH_JTAG_TMS [16]
PCH_JTAG_TCK [16]

PCH_JTAG_RST# [16]

R500 20K_5% 0402PROTOR500 20K_5% 0402PROTO
R693 10K_5% 0402NIR693 10K_5% 0402NI

7

+3P3V

BMBUSY# [16]

LAN_DISABLE# [49]

+3P3V
+3P3V

+3P3V
+3P3V_AUX
+3P3V_AUX
+3P3V_AUX

+3P3V_AUX
+3P3V_LPS

+3P3V
+3P3V_AUX
+3P3V_AUX

+3P3V_AUX
+3P3V_AUX
+3P3V_AUX

SKTOCC# [11,39]
TPM_DET# [8]

FRONT_USB_DET#_1 [28]

PCH_OBSFN_C0 [16]

When use optional signals for XDP data,
MPGIO7/GPIO28 signal also needs to be pulled up to 3.3V_SUS

SML1DATA [39]

SML1CLK [39]
SLP_S3# [9,39,41,47,59]
SLP_S4# [28,32,39,47,54]

SLP_A#_PCH [53]

+3P3V_AUX

+3V_BATT
+3V_BATT

+3P3V_AUX
+3P3V_AUX

+3P3V_AUX
+3P3V_AUX

SLP_SUS# [41,51,61]
SLP_LAN# [47,49]

SIO_PME# [39]

SMBCLK [36,38,39]

SMBDATA [36,38,39]
SML0CLK [49]
SML0DATA [49]

SPKR [33]

+3P3V_AUX

8

DSWVRMEN: This signal enables the internal
Deep Sleep 1.05V regulators

@E2(1,2)

@E2(1,2)
Jumper_2P_GF_Blue

Jumper_2P_GF_Blue

2.54mm

2.54mm
I

I

@E3(2,3)

@E3(2,3)
Jumper_2P_GF_Blue

Jumper_2P_GF_Blue

2.54mm

2.54mm
NI

NI

CRS page 89: Use SLP_A control PCH_MEPWOK

+1P05V_ME

D D

APWROK

R139 30.1K_1%

R139 30.1K_1%

0402 I

0402 I

301K_1%

301K_1%

R159

R159

0402

0402

I

I

+1P05_ME_PG_1

C225

C225
470nF_X5R_6.3V

470nF_X5R_6.3V

0402

0402
I

I

R342

R342
33K_5%

33K_5%

0402

0402
I

I

B

B

Q31A

Q31A

MMDT3904-7-F

MMDT3904-7-F

SOT-363-6P

SOT-363-6P

I

I

RTC

C231 15pF_NPO_50V 0402IC231 15pF_NPO_50V 0402I

CRS use 18pF

CRS use 18pF

C234 15pF_NPO_50V 0402IC234 15pF_NPO_50V 0402I

1

R156

R156

10M_5%

10M_5%

0603

0603

I

I

2

C

C

E

E

2

1

4 3

R386

R386

5.6K_5%

5.6K_5%

0402

0402
I

I

PCH_MEPWROK
+1P05_ME_PG_2

C

C

E

E

MMDT3904-7-F

MMDT3904-7-F

SOT-363-6P

SOT-363-6P
I

I

Y5

Y5

32.768KHz

32.768KHz

I

I
<CRITICAL>

<CRITICAL>

SLP_A#_PCH

R116

R116
10K_5%

10K_5%

0402

0402
I

I

C228

C228
1uF_X5R_16V

1uF_X5R_16V

0603

0603
I

I

4

PCH_SLP_A#_R

C223

C223
1uF_X5R_16V

1uF_X5R_16V

0603

0603
NI

NI

BAT54C-7-F_200mA

BAT54C-7-F_200mA

SOT23-3P

SOT23-3P

B

B

Q31B

Q31B

C74

C74
100pF_NPO_50V

100pF_NPO_50V

0402

0402
I

I

ICH_RTCX2

C168

C168
1nF_X7R_50V

1nF_X7R_50V

0402

0402
I

I

@Y5 I

@Y5 I
Retainer_2P

Retainer_2P

+3V_BATT

ICH_RTCX1

3

R119

R119

4.7K_5%

4.7K_5%

0402

0402

B

B

+3P3V_AUX

+3P3V_AUX

I

I

C

C

E

E

R117

R117

4.7K_5%

4.7K_5%

0402

0402
NI

NI

D

D

Q10

Q10

S

S

G

G

I

I

Q11

Q11

2N7002

2N7002

SOT23-3PI

SOT23-3PI

SLP_A_R

SLP_A#

R540 0_5% 0402IR540 0_5% 0402I

0_5%R131 I

0_5%R131 I

0402

0402

(SLP_M#)

PCH_MEPWROK

SLP_A# [47]
SLP_A [49]

E2

E2

3

Header_1X3_GF_Red

Header_1X3_GF_Red

R265

R265
1K_5%

1K_5%

0402

0402
I

I

2
1

3
2
1

R207

R207
1K_5%

1K_5%

0402

0402
NI

NI

I

I

E3

E3
Header_1X3_GF_Red

Header_1X3_GF_Red

NI

NI

CLR_CMOS[23]

ICH_RTCRST#

BATTERY

D1

D1

BATT_R_1

R563 0_5% 0402IR563 0_5% 0402I

Battery Holder_H

Battery Holder_H

CCL=Y

CCL=Y

5

XBT1

XBT1

BATT1BATT_R_2

I

I

1K_5%R140 I 04021K_5%R140 I 0402

I

I

@XBT1

@XBT1

KTS

KTS

BATTARY_3V_225mAh

BATTARY_3V_225mAh

LITHIUM BATT

LITHIUM BATT

CR2032

CR2032

I

I
CRITICAL

CRITICAL

+3P3V_LPS

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

+

+

+

+

Socket

Socket

_

_

2 1

6

Foxconn WuHan
China

China

China

Title

Title

Title

PCH - MISC, GPIO, SMBUS

PCH - MISC, GPIO, SMBUS

PCH - MISC, GPIO, SMBUS

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:38

Page Modified:

Wednesday, March 02, 2011 09:21:38

Page Modified:

Wednesday, March 02, 2011 09:21:38

7

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

8

24 65

24 65

24 65

Sheet of

Sheet of

Sheet of

+3P3V_AUX+3P3V_AUX

1

A A

B B

PDG v0.8 page 176: Clock input buffers on PCH that are not driven from CK505 should be terminated
properly using one (for REF14 input) or two (for differential inputs) separate 10-kohm
pulldown resistors. This is for reliability concerns during platform power-on.

Prioritize 27/14/24/48/25-MHz FLEX on FLEX1 and FLEX3. Do not
configure or route 33-MHz PCI clocks through these pins.

CK_P_33M_S2[35]
CK_P_33M_S1[34]

CK_P_33M_TPM[8]

C C

D D

1

CK_P_33M_SIO[39]

CK_P_33M_TCM[8]
CK_P_14M_SIO[39]

CK_14M_PCH[9]

CK_505_IN_DMI[9]

CK_505_IN_DMI#[9]

CK_505_IN_SATA[9]

CK_505_IN_SATA#[9]

CK_505_IN_96M[9]

CK_505_IN_96M#[9]

Add TXC 9B25000013 into CIS

2

DPC_HPD_R[45]

DPC_AUX_DP_C[45]

DPC_AUX_DN_C[45]

DPC_LANE_DP3_C[45]
DPC_LANE_DN3_C[45]
DPC_LANE_DP2_C[45]
DPC_LANE_DN2_C[45]
DPC_LANE_DP1_C[45]
DPC_LANE_DN1_C[45]
DPC_LANE_DP0_C[45]
DPC_LANE_DN0_C[45]

PLACE CLOSE TO PCH
<250 MILS TO BALL

+1P05V_PCH

CK_P_33M_PCH CLKOUT_PCI2

TPVIA23NOBOM TPVIA23NOBOM

TPVIA29NOBOM TPVIA29NOBOM

2

R320 90.9_1% 0402IR320 90.9_1% 0402I

R598 22_5% 0402IR598 22_5% 0402I
R600 22_5% 0402IR600 22_5% 0402I
R610 22_5% 0402IR610 22_5% 0402I

R341 10K_5% 0402IR341 10K_5% 0402I
R362 10K_5% 0402IR362 10K_5% 0402I

R447 10K_5% 0402IR447 10K_5% 0402I
R448 10K_5% 0402IR448 10K_5% 0402I

33_5%R611 I 040233_5%R611 I 0402
33_5%R616 I 040233_5%R616 I 0402

33_5%R707 I 040233_5%R707 I 0402
33_5%R710 I 040233_5%R710 I 0402

+/-30ppm,CL=18pF,C0=7pF,Rs=20 Ohm

R323 1M_1%

IR323 1M_1%

I

0603

0603

Y2 25MHzI

Y2 25MHzI

CCL=Y

C235

C235
22pF_NPO_50V

22pF_NPO_50V

0402

0402
I

I

CCL=Y

3

TPVIA16NOBOM TPVIA16NOBOM
TPVIA17NOBOM TPVIA17NOBOM

C236

C236
22pF_NPO_50V

22pF_NPO_50V

0402

0402
I

I

3

XCLK_RCOMP
CK_P_33M_PCH

CLKOUT_PCI4
CLKOUT_PCI3

CLKOUT_PCI1
CLKOUT_PCI0

CLKOUTFLEX3
CLKOUTFLEX2
CLKOUTFLEX1
CLKOUTFLEX0

CK_CSI_PCH_IN
CK_CSI_PCH_IN#

CK_H_CLK_IN
CK_H_CLK_IN#

XTAL_25M_IN

XTAL_25M_OUT

TP_DDPD_AUXP
TP_DDPD_AUXN

AL2

BD15
AT14
AT17
AT12
AN14
AT11

BA2

AW5

BA5
AT9

AN8

V52

W53

R33

P33

P27

R27

AG56
AF55

BF38
BD38

AJ3

AJ5

4

PCH - DP AND FDI

U4F

U4F

M1

DDPD_HPD

N2

DDPC_HPD

T1

DDPB_HPD

N6

DDPD_AUXP

R6

DDPD_AUXN

U14

DDPC_AUXP

U12

DDPC_AUXN

R8

DDPB_AUXP

R9

DDPB_AUXN

E11

DDPD_3P

B11

DDPD_3N

B7

DDPD_2P

C9

DDPD_2N

C6

DDPD_1P

D7

DDPD_1N

D5

DDPD_0P

B5

DDPD_0N

E4

DDPC_3P

E2

DDPC_3N

F3

DDPC_2P

F5

DDPC_2N

G2

DDPC_1P

G4

DDPC_1N

L2

DDPC_0P

J3

DDPC_0N

L5

DDPB_3P

M3

DDPB_3N

H8

DDPB_2P

K8

DDPB_2N

M11

DDPB_1P

M12

DDPB_1N

R14

DDPB_0P

R12

DDPB_0N

U2

SDVO_INTP

T3

SDVO_INTN

W3

SDVO_STALLP

U5

SDVO_STALLN

U8

SDVO_TVCLKINP

U9

SDVO_TVCLKINN

BD82Q67_B3

BD82Q67_B3

Cougar Point

Cougar Point

I,I,NI,NI,NI,NI,NI,NI,NICCL=Y

I,I,NI,NI,NI,NI,NI,NI,NICCL=Y

FDI_RXP7
FDI_RXN7
FDI_RXP6
FDI_RXN6
FDI_RXP5
FDI_RXN5
FDI_RXP4
FDI_RXN4
FDI_RXP3
FDI_RXN3
FDI_RXP2
FDI_RXN2
FDI_RXP1
FDI_RXN1
FDI_RXP0
FDI_RXN0

FDI_LSYNC1
FDI_LSYNC0

FDI_FSYNC1
FDI_FSYNC0

DDPC_CTRLCLK

DDPC_CTRLDATA

DDPD_CTRLCLK

DDPD_CTRLDATA

SDVO_CTRLCLK

SDVO_CTRLDATA

CRT_HSYNC

CRT_VSYNC

CRT_RED

CRT_GREEN

CRT_BLUE

CRT_IRTN

CRT_DDC_CLK

CRT_DDC_DATA

DAC_IREF

PCH - CLOCK DISTRIBUTION

U4G

XCLK_RCOMP
CLKIN_PCILOOPBACK

CLKOUT_PCI4
CLKOUT_PCI3
CLKOUT_PCI2
CLKOUT_PCI1
CLKOUT_PCI0

CLKOUTFLEX3_GPIO67
CLKOUTFLEX2_GPIO66
CLKOUTFLEX1_GPIO65
CLKOUTFLEX0_GPIO64

REFCLK14IN
CLKIN_GND0_P

CLKIN_GND0_N

CLKIN_DMI_P
CLKIN_DMI_N

CLKIN_GND1_P
CLKIN_GND1_N

CLKIN_SATA_P
CLKIN_SATA_N

CLKIN_DOT_96P
CLKIN_DOT_96N

XTAL25_IN

XTAL25_OUT

BD82Q67_B3

BD82Q67_B3

4

CLKOUT_ITPXDP_P
CLKOUT_ITPXDP_N

CLKOUT_PCIE7P
CLKOUT_PCIE7N
CLKOUT_PCIE6P
CLKOUT_PCIE6N
CLKOUT_PCIE5P
CLKOUT_PCIE5N
CLKOUT_PCIE4P
CLKOUT_PCIE4N
CLKOUT_PCIE3P
CLKOUT_PCIE3N
CLKOUT_PCIE2P
CLKOUT_PCIE2N
CLKOUT_PCIE1P
CLKOUT_PCIE1N
CLKOUT_PCIE0P
CLKOUT_PCIE0N

CLKOUT_DMI_P
CLKOUT_DMI_N

CLKOUT_PEG_A_P
CLKOUT_PEG_A_N

CLKOUT_PEG_B_P
CLKOUT_PEG_B_N

P43
M43
H43
J43
C49
B47
A46
B45
D47
C46
J41
H41
F43
F45
B43
C42

D51
E49

C52
B51

H46

FDI_INT

AL12
AL14

AL9
AL8

AL15
AL17

AR4
AR2

AN6
AN2
AM1

AM6
AW3

AW1
AT3

I,I,NI,NI,NI,NI,NI,NI,NICCL=YU4G

I,I,NI,NI,NI,NI,NI,NI,NICCL=Y

CLKOUT_DP_P
CLKOUT_DP_N

5

TP_SDVO_CTRL_CLK
TP_SDVO_CTRL_DATA

R632 150_1% 0402IR632 150_1% 0402I

R630 150_1% 0402IR630 150_1% 0402I
R631 150_1% 0402IR631 150_1% 0402I
R638 2.2K_5% 0402IR638 2.2K_5% 0402I

PCH_DACIREF

N52
R52

AF1
AE2
AA2
AB3
AG2
AF3
Y8
Y9
AB8
AB9
AB14
AB12
W5
AA5
AC6
AE6

R31
P31

AG9
AG8

AE11
AE12

M55
N56

5

R639 2.2K_5% 0402IR639 2.2K_5% 0402I
R539 1K_1% 0402IR539 1K_1% 0402I

CK_100M_ITP
CK_100M_ITP#

TP_CK_OUT_PEG_B
TP_CK_OUT_PEG_B#

TP_CK_OUT_DP
TP_CK_OUT_DP#

120MHz differential clock for embeded DP.
Unused on DT PCH based platforms. May be left
as a NC

6

FDI_TX7_P [13]
FDI_TX7_N [13]
FDI_TX6_P [13]
FDI_TX6_N [13]
FDI_TX5_P [13]
FDI_TX5_N [13]
FDI_TX4_P [13]
FDI_TX4_N [13]
FDI_TX3_P [13]
FDI_TX3_N [13]
FDI_TX2_P [13]
FDI_TX2_N [13]
FDI_TX1_P [13]
FDI_TX1_N [13]
FDI_TX0_P [13]
FDI_TX0_N [13]

FDI_LSYNC1 [13]
FDI_LSYNC0 [13]

FDI_FSYNC1 [13]
FDI_FSYNC0 [13]

FDI_INT [13]

DDPC_CTRLCLK [45]
DDPC_CTRLDATA [45]

TPVIA1 NOBOMTPVIA1 NOBOM
TPVIA2 NOBOMTPVIA2 NOBOM

CRTHSYNC [44]
CRTVSYNC [44]

VGA_RED [44]
VGA_GREEN [44]
VGA_BLUE [44]

+3P3V

DDCA_CLK [44]
DDCA_DATA [44]

+3P3V

CRS v0.7:1k; PDG v0.7 1.02K;PDG v0.81 1k

R592 0_5% 0402PROTOR592 0_5% 0402PROTO
R603 0_5% 0402PROTOR603 0_5% 0402PROTO

TPVIA50 NOBOMTPVIA50 NOBOM
TPVIA51 NOBOMTPVIA51 NOBOM

TPVIA56 NOBOMTPVIA56 NOBOM
TPVIA55 NOBOMTPVIA55 NOBOM

6

CK_100M_H_ITP [10,11]
CK_100M_H_ITP# [10,11]

CK_PE_100M_X1PORT1 [36]
CK_PE_100M_X1PORT1# [36]

CK_GLAN [49]
CK_GLAN# [49]

CK_PE_100M_DMI [11]
CK_PE_100M_DMI# [11]

CK_PE_100M_X16PORT [37]
CK_PE_100M_X16PORT# [37]

7

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

PCH - DP, IPLINK,NVRAM

PCH - DP, IPLINK,NVRAM

PCH - DP, IPLINK,NVRAM

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:35

Page Modified:

Wednesday, March 02, 2011 09:21:35

Page Modified:

Wednesday, March 02, 2011 09:21:35

7

Hon Hai Precision Industry Co. Ltd.

8

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

25 65

25 65

25 65

1

+5V_REF[27]

V5REF_SUS[27]

+1P05V_PCH

A A

B B

C C

+VCCIO or +1P05V_PCH??

VCCSATA_PLL_PCH[27]

VCCDMI_PLL_PCH[27]

VCCUSB3_PLL_PCH[27]

VCCCLK_PLL_PCH[27]

VCCA_DPLL_A[27]
VCCA_DPLL_B[27]

+3P3V_PCH_DAC[27]

+3P3V_AUX

D D

VCCIPL_PLL_PCH[27]

+3_3V_ME

1

+1P05V_PCH

+1P05V_PCH

+VCCIO

C190 1uF_X5R_6.3V

IC190 1uF_X5R_6.3V

I

0402

0402

BF1

BT25

AV24
AV26
AY25
AY27
AG41

AL40
AN40
AN41

AJ38

Y36
V36

Y28
AE40
BA38
AG38
AG40
AA34
AA36

F20

F30

V25

V27

V31

V33

Y24

Y26

Y30

Y32

Y34

V22

Y20

Y22

AC20
AE20

AC24
AC26
AC28
AC30
AC32
AE24
AE28
AE30
AE32
AE34
AE36
AG32
AG34

AJ32
AJ34
AJ36
AL32

AL34
AN32
AN34
AR32
AR34

B41
E41

U56
B53
A19

AL5
AB1
AC2

AT1

AV28

C54

AN52

2

U4H

U4H

V5REF
V5REF_SUS

VCCIO_001
VCCIO_002
VCCIO_003
VCCIO_004
VCCIO_007
VCCIO_008
VCCIO_009
VCCIO_010
VCCIO_011
VCCIO_012
VCCIO_013
VCCIO_014
VCCIO_018
VCCIO_019
VCCIO_020
VCCIO_021
VCCIO_022
VCCIO_023
VCCIO_024
VCCIO_025
VCCIO_026
VCCIO_027
VCCIO_028
VCCIO_029
VCCIO_030
VCCIO_031
VCCIO_032
VCCIO_033
VCCIO_034
VCCIO_035
VCCIO_036
VCCIO_037

VCCSSC_01
VCCSSC_02

VCCCORE_001
VCCCORE_002
VCCCORE_003
VCCCORE_004
VCCCORE_005
VCCCORE_006
VCCCORE_007
VCCCORE_008
VCCCORE_009
VCCCORE_010
VCCCORE_011
VCCCORE_012
VCCCORE_013
VCCCORE_014
VCCCORE_015
VCCCORE_016
VCCCORE_017
VCCCORE_018
VCCCORE_019
VCCCORE_020
VCCCORE_021
VCCCORE_022

VCCDMI_02
VCCDMI_01

VCCAPLLSATA
VCCAPLLEXP
VCCAPLLDMI2
VCCACLK
VCCADPLLA
VCCADPLLB
VCCADAC
VCCSUSHDA
VCCAFDIPLL
VCCSPI

BD82Q67_B3

BD82Q67_B3

2

Cougar Point

Cougar Point

V_PROC_IO_NCTF

I,I,NI,NI,NI,NI,NI,NI,NICCL=Y

I,I,NI,NI,NI,NI,NI,NI,NICCL=Y

VCCASW_004
VCCASW_005
VCCASW_006
VCCASW_007
VCCASW_008
VCCASW_009
VCCASW_010
VCCASW_011
VCCASW_012
VCCASW_013
VCCASW_014
VCCASW_015
VCCASW_016
VCCASW_017
VCCASW_018
VCCASW_019
VCCASW_020
VCCASW_021
VCCASW_022
VCCASW_023

VCCASW_001
VCCASW_002
VCCASW_003

VCCDIFFCLKN_1
VCCDIFFCLKN_2
VCCDIFFCLKN_3

VCCCLKDMI

VCCVRM_01
VCCVRM_02
VCCVRM_03
VCCVRM_04

VCCDFTERM_01
VCCDFTERM_02

VCC3_3_01
VCC3_3_02
VCC3_3_03
VCC3_3_04
VCC3_3_05
VCC3_3_06
VCC3_3_07
VCC3_3_08
VCC3_3_09
VCC3_3_10

VCCSUS3_3_001
VCCSUS3_3_002
VCCSUS3_3_003
VCCSUS3_3_004
VCCSUS3_3_005
VCCSUS3_3_006
VCCSUS3_3_007
VCCSUS3_3_008
VCCSUS3_3_009
VCCSUS3_3_010
VCCSUS3_3_011

VCCDSW3_3

V_PROC_IO

DCPSUS_03
DCPSUS_02
DCPSUS_01

VCCRTC

DCPRTC

DCPRTC_NCTF

DCPSUSBYP

DCPSST

L_BKLTCTL

L_BKLTEN

L_VDD_EN

3

AG24
AG26
AG28
AJ24
AJ26
AJ28
AL24
AL28
AN22
AN24
AN26
AN28
AR24
AR26
AR28
AR30
AR36
AR38
AU30
AU36

AU32
AV36
AU34

+1P05V_PCH

AE15
AE17
AG15
AJ20

VCC_XCKPLLVCC_XCKPLL

AJ1

VCC_XCKPLL_AFDI

R56
R54

VCCADMI_VRM_R2

R2

T55
T57

+3P3V

AF57
BC17
BD17
BD20
AL38
AN38
AU22
A12
AU20
AV20

+3P3V_AUX

U31
AV30
AV32
AY31
AY33
BJ36
BK36
BM36
AT40
AU38
BT35

AV40

D55
B56

V_1P1_USB

A39

TP_VCCSUS_INT

AT41

TP_V_1P1_INT_NC

AA32
BU42

V_1P5_RTC_INT

BR54

BT56

V_1P1_DSW_INT

AV41

V_1P1_STBY_INT

BA46

TP_L_BKLTCTL

AG12

TP_L_BKLTEN

AG18

TP_L_VDDEN

AG17

3

+1P05V_ME

V_1P05_PCH_SRC [27]

+3P3V_AUX

+VCCIO

C167 100nF_X7R_10V

C167 100nF_X7R_10V

4

R414 0_5% 0402IR414 0_5% 0402I
C365 100nF_X7R_10VNI 0402C365 100nF_X7R_10VNI 0402

R429 0_5% 0402IR429 0_5% 0402I
R662 0_5% 0402IR662 0_5% 0402I

+1P8V_SFR

Internal VccVRM: VccVRM(1.8V/1.5V) power s
an internal regulator module that regulates
clean 1.05V voltage supply analog (
VccAPLEXP, VccAPLLDMI2, VccAPLLSATA). It
allow us to remove LC filter.

+3P3V_LPS

C568 100nF_X7R_10V

C568 100nF_X7R_10V

TPVIA34 NOBOMTPVIA34 NOBOM
TPVIA31 NOBOMTPVIA31 NOBOM

C161 100nF_X7R_10V

C161 100nF_X7R_10V

I0402

I0402

TPVIA13 NOBOMTPVIA13 NOBOM

I0402

I0402

TPVIA4 NOBOMTPVIA4 NOBOM
TPVIA8 NOBOMTPVIA8 NOBOM
TPVIA9 NOBOMTPVIA9 NOBOM

4

I0402

I0402

+1P8V_SFR

+1P8V_SFR
+1P8V_SFR

5

U4I

U4I

AE56

VSS_0001

BR36

VSS_0002

C12

VSS_0003

AY22

VSS_0004

A26

VSS_0005

A29

VSS_0006

A42

VSS_0007

A49

VSS_0008

A9

VSS_0009

AA20

VSS_0010

AA22

VSS_0011

AA24

VSS_0012

AA26

VSS_0013

AA28

VSS_0014

AA30

VSS_0015

AA38

VSS_0016

AB11

VSS_0017

AB15

VSS_0018

AB40

VSS_0019

AB41

VSS_0020

AB43

VSS_0021

AB47

VSS_0022

AB52

VSS_0023

AB57

VSS_0024

AB6

VSS_0025

AC22

VSS_0026

AC34

VSS_0027

AC36

VSS_0028

AC38

VSS_0029

AC4

VSS_0030

AC54

VSS_0031

AE14

VSS_0032

AE18

VSS_0033

AE22

VSS_0034

AE26

VSS_0035

AE38

VSS_0036

AE4

VSS_0037

AE47

VSS_0038

AE8

VSS_0039

AE9

VSS_0040

AF52

VSS_0041

AF6

VSS_0042

AG11

VSS_0043

AG14

VSS_0044

AG20

VSS_0045

AG22

VSS_0046

AG30

VSS_0047

AG36

VSS_0048

AG43

VSS_0049

AG44

VSS_0050

AG46

VSS_0051

AG5

VSS_0052

AG50

VSS_0053

AG53

VSS_0054

AH52

VSS_0055

AH6

VSS_0056

AJ22

VSS_0057

AJ30

VSS_0058

AJ57

VSS_0059

AK52

VSS_0060

AK6

VSS_0061

AL11

VSS_0062

AL18

VSS_0063

AL20

VSS_0064

AL22

VSS_0065

AL26

VSS_0066

AL30

VSS_0067

AL36

VSS_0068

AL41

VSS_0069

AL46

VSS_0070

AL47

VSS_0071

AM3

VSS_0072

AM52

VSS_0073

AM57

VSS_0074

AN11

VSS_0075

AN12

VSS_0076

BD82Q67_B3

BD82Q67_B3

V_1P1_USB [27]

VCCRTC

+3V_BATT

Per PDG v0.8:Pin A39 dupply 1.05A
( A= turn on during S0~S5)

5

Cougar Point

Cougar Point

I,I,NI,NI,NI,NI,NI,NI,NICCL=Y

I,I,NI,NI,NI,NI,NI,NI,NICCL=Y

VSS_0077
VSS_0078
VSS_0079
VSS_0080
VSS_0081
VSS_0082
VSS_0083
VSS_0084
VSS_0085
VSS_0086
VSS_0087
VSS_0088
VSS_0089
VSS_0090
VSS_0091
VSS_0092
VSS_0093
VSS_0094
VSS_0095
VSS_0096
VSS_0097
VSS_0098
VSS_0099
VSS_0100
VSS_0101
VSS_0102
VSS_0103
VSS_0104
VSS_0105
VSS_0106
VSS_0107
VSS_0108
VSS_0109
VSS_0110
VSS_0111
VSS_0112
VSS_0113
VSS_0114
VSS_0115
VSS_0116
VSS_0117
VSS_0118
VSS_0119
VSS_0120
VSS_0121
VSS_0122
VSS_0123
VSS_0124
VSS_0125
VSS_0126
VSS_0127
VSS_0128
VSS_0129
VSS_0130
VSS_0131
VSS_0132
VSS_0133
VSS_0134
VSS_0135
VSS_0136
VSS_0137
VSS_0138
VSS_0139
VSS_0140
VSS_0141
VSS_0142
VSS_0143
VSS_0144
VSS_0145
VSS_0146
VSS_0147
VSS_0148
VSS_0149
VSS_0150
VSS_0151
VSS_0152

6

BJ1
AN15
AN17
AN18
AN20
AN30
AN36
AN4
AN43
AN47
AN54
AN9
AR20
AR22
AR52
AR6
AT15
AT18
AT43
AT47
AT52
AT6
AT8
AU24
AU26
AU28
AU5
AV12
AV18
AV22
AV34
AV38
AV47
AV6
AW57
AY38
AY6
B23
BA11
BA12
BA31
BA41
BA44
BA49
BB1
BB3
BB52
BB6
BC14
BC15
BC20
BC27
BC31
BC36
BC38
BC47
BC9
BD25
BD33
BF12
BF20
BF25
BF33
BF41
BF43
BF46
BF52
BF6
BG22
BG25
BG27
BG31
BG33
BG36
BG38
BH52
BH6

6

BJ15
BK20
BK41
BK52

BK6
BM10
BM12
BM16
BM22
BM23
BM26
BM28
BM32
BM40
BM42
BM48

BM5
BN31
BN47

BN6

BP3
BP33
BP35
BR22
BR52
BU19
BU26
BU29
BU36
BU39

C19

C32

C39

D15

D23

D35

D43

D45

E19

E39

F10
F12
F16
F22
F26
F32
F33
F35
F36
F40
F42
F46
F48
F50

E54

G54

H15

H20

H22

H25

H27

H33

J33
J46
J48

J53

K52

L12
L17
L38

C4

D3

E6
E9

F8

H6

J1

J5

K6
K9

Custom

Custom

Custom

7

U4J

U4J

VSS_0153
VSS_0154
VSS_0155
VSS_0156
VSS_0157
VSS_0158
VSS_0159
VSS_0160
VSS_0161
VSS_0162
VSS_0163
VSS_0164
VSS_0165
VSS_0166
VSS_0167
VSS_0168
VSS_0169
VSS_0170
VSS_0171
VSS_0172
VSS_0173
VSS_0174
VSS_0175
VSS_0176
VSS_0177
VSS_0178
VSS_0179
VSS_0180
VSS_0181
VSS_0182
VSS_0183
VSS_0184
VSS_0185
VSS_0186
VSS_0187
VSS_0188
VSS_0189
VSS_0190
VSS_0191
VSS_0192
VSS_0193
VSS_0194
VSS_0195
VSS_0196
VSS_0197
VSS_0198
VSS_0199
VSS_0200
VSS_0201
VSS_0202
VSS_0203
VSS_0204
VSS_0205
VSS_0206
VSS_0207
VSS_0208
VSS_0209
VSS_0210
VSS_0211
VSS_0212
VSS_0213
VSS_0214
VSS_0215
VSS_0216
VSS_0217
VSS_0218
VSS_0219
VSS_0220
VSS_0221
VSS_0222
VSS_0223
VSS_0224
VSS_0225
VSS_0226
VSS_0227
VSS_0228
VSS_0229
VSS_0230
VSS_0231
VSS_0232
VSS_0233

BD82Q67_B3

BD82Q67_B3

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

PCH - POWER & GND

PCH - POWER & GND

PCH - POWER & GND

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Page Modified:

Page Modified:

I,I,NI,NI,NI,NI,NI,NI,NICCL=Y

I,I,NI,NI,NI,NI,NI,NI,NICCL=Y

Cougar Point

Cougar Point

VSS_NCTF_001
VSS_NCTF_002
VSS_NCTF_003
VSS_NCTF_004
VSS_NCTF_005
VSS_NCTF_006
VSS_NCTF_007
VSS_NCTF_008
VSS_NCTF_009
VSS_NCTF_010
VSS_NCTF_011
VSS_NCTF_012
VSS_NCTF_013
VSS_NCTF_014

Wednesday, March 02, 2011 09:21:38

Wednesday, March 02, 2011 09:21:38

Wednesday, March 02, 2011 09:21:38

7

VSS_0234
VSS_0235
VSS_0236
VSS_0237
VSS_0238
VSS_0239
VSS_0240
VSS_0241
VSS_0242
VSS_0243
VSS_0244
VSS_0245
VSS_0246
VSS_0247
VSS_0248
VSS_0249
VSS_0250
VSS_0251
VSS_0252
VSS_0253
VSS_0254
VSS_0255
VSS_0256
VSS_0257
VSS_0258
VSS_0259
VSS_0260
VSS_0261
VSS_0262
VSS_0263
VSS_0264
VSS_0265
VSS_0266
VSS_0267
VSS_0268
VSS_0269
VSS_0270
VSS_0271
VSS_0272
VSS_0273
VSS_0274
VSS_0275
VSS_0276
VSS_0277
VSS_0278
VSS_0279
VSS_0280
VSS_0281
VSS_0282
VSS_0283
VSS_0284
VSS_0285
VSS_0286
VSS_0287
VSS_0288
VSS_0289
VSS_0290
VSS_0291
VSS_0292
VSS_0293
VSS_0294
VSS_0295
VSS_0296

VSSADAC

L41
L43
M20
M22
M25
M27
M31
M33
M36
M46
M52
M57
M6
M8
M9
N4
N54
R11
R15
R17
R22
R4
R41
R43
R46
R49
T52
T6
U11
U15
U17
U20
U22
U25
U27
U33
U36
U38
U47
U53
V20
V38
V6
W1
W55
W57
Y11
Y15
Y38
Y40
U41
Y43
Y46
Y47
Y49
Y52
Y6
P25
R25
P36
R36
AL44
AL43

AU2
A4

A6
B2
BM1
BM57
BP57
BT2
BU4
BU52
BU54
BU6
D1
F1
BP1

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

8

TP_CPT_NCTF01

TP_CPT_NCTF07

TP_CPT_NCTF05

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

TPVIA10

TPVIA10

TPVIA11

TPVIA11

TPVIA12

TPVIA12

26 65

26 65

26 65

NOBOM

NOBOM

NOBOM

NOBOM

NOBOM

NOBOM

1

2

3

4

5

6

7

8

+3P3V+5V

D31

D31
B130LAW-7-F_1A

B130LAW-7-F_1A

SOD123-2P

SOD123-2P
I

I

C423

C423
1uF_X5R_16V

1uF_X5R_16V

0603

0603
I

I

+5V_REF

PDG Rev0.8
CRS rev0.7 100nF

+5V_REF [26]

R389 10_5%

R389 10_5%

0402 I

0402 I

C194

C194
100nF_X7R_10V

100nF_X7R_10V

0402

A A

0402
I

I

+5V_AUX

R388 10_5%

R388 10_5%

0402 I

0402 I

C255

C255
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

FILTER

L28 10uH_125mA

NIL28 10uH_125mA

+1P05V_PCH

SATA PLL FILTER

+1P05V_PCH

DMI PLL FILTER

+1P05V_PCH

B B

+1P05V_PCH

+1P05V_PCH

+1P05V_PCH

+1P05V_PCH

+3P3V_PCH_DAC

+1P8V_SFR

C C

+1P05V_PCH

NI

0805

0805

L23 1uH_500mA

L23 1uH_500mA

1206

1206
NI

NI

L36 1uH_500mA

L36 1uH_500mA

1206

1206
NI

NI

VccAPLLDMI2

L32 10uH_125mA

IL32 10uH_125mA

I

0805

0805

L31 10uH_125mA

IL31 10uH_125mA

I

0805

0805

L37 10uH_125mA

IL37 10uH_125mA

I

0805

0805

VccAPLLSATA

DMI_PLL_FILTER

VccAPLLEXP

USB3_PLL_FILTER VCCUSB3_PLL_PCH

DPLL_A_FILTER VCCA_DPLL_A

DPLL_B_FILTER VCCA_DPLL_B

1P05_SRC_FILTER

R416 0_5%

R416 0_5%

0402 NI

0402 NI

R82 0_5%

R82 0_5%

0402 NI

0402 NI

R84 0_5%

R84 0_5%

0402 NI

0402 NI

R432 0_5%

R432 0_5%

0402 I

0402 I

R435 0_5%

R435 0_5%

0402 I

0402 I

R430 0_5%

R430 0_5%

0402 I

0402 I

VCCSATA_PLL_PCH

C528

C528
10uF_X5R_25V

10uF_X5R_25V

1206

1206
NI

NI

C431

C431
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
NI

NI

C530

C530
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
NI

NI

VCCCLK_PLL_PCH

VCCIPL_PLL_PCH

C164

C164

+

+

220uF_EC_10V

220uF_EC_10V

6.3X11

6.3X11
I

I

C166

C166

+

+

220uF_EC_10V

220uF_EC_10V

6.3X11

6.3X11
I

I

C600

C600
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
I

I

+3_3V_PCH_DAC

+5V

D D

C159

C159

100nF_X7R_16V

100nF_X7R_16V

0402

0402

I

I

1

3

1

U332

U332

VIN

SHDN

I

I

VOUT

SET

GND

APL5315BI-TRG

APL5315BI-TRG

2

CCL=Y

CCL=Y

2

4

5

TDC=70mA
Imax=TBD

+3P3V_PCH_DAC_LDO

R364

R364
147K_1%

147K_1%

0402

0402

+3P3V_PCH_DAC_ADJ

I

I

R338

R338
47K_1%

47K_1%

0402

0402
I

I

+3P3V_AUX

D32

D32
B130LAW-7-F_1A

B130LAW-7-F_1A

SOD123-2P

SOD123-2P
I

I

V5REF_SUS

C179

C179
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

C527

C527
1uF_X5R_6.3V

1uF_X5R_6.3V

0402

0402
I

I

PDG v0.8: Pin U56 need one 1uF cap for 1.1/1.05S

R436 0_5%

R436 0_5%

0402 NI

0402 NI

C429

C429
1uF_X5R_6.3V

1uF_X5R_6.3V

0402

0402
NI

NI

C570

C570
1uF_X5R_6.3V

1uF_X5R_6.3V

0402

0402
NI

NI

C163

C163
1uF_X5R_6.3V

1uF_X5R_6.3V

0402

0402
I

I

C165

C165

1uF_X5R_6.3V

1uF_X5R_6.3V

0402

0402
I

I

C157

C157
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

C171

C171
1uF_X5R_6.3V

1uF_X5R_6.3V

0402

0402
I

I

100mils from PCH

FB9

3

FB9

C174

C174

4.7uF_X5R_10V

4.7uF_X5R_10V

0805

0805
I

I

600_350mAI

600_350mAI

V5REF_SUS [26]

VCCSATA_PLL_PCH [26]

Pin U56

100mils from PCH

VCCDMI_PLL_PCH [26]

Pin B53

100mils from PCH

VCCUSB3_PLL_PCH [26]

Pin A19

100mils from PCH

VCCCLK_PLL_PCH [26]

Pin AL5

VCCIPL_PLL_PCH [26]

Pin C54

VCCA_DPLL_A [26]

Pin AB1

100mils from PCH

VCCA_DPLL_B [26]

Pin AC2

100mils from PCH

+3P3V_PCH_DAC [26]

Pin AT1

Pin T55 / T57

V_1P05_PCH_SRC [26]

Pin AJ20

100mils from PCH

+3P3V_PCH_DAC

C575

C575
1uF_X5R_16V

1uF_X5R_16V

0603

0603
I

I

4

+3P3V

+1P05V_PCH

C443 1uF_X5R_16V 0805IC443 1uF_X5R_16V 0805I

C21 10uF_X5R_6.3V 0805IC21 10uF_X5R_6.3V 0805I
C202 10uF_X5R_6.3V 0805IC202 10uF_X5R_6.3V 0805I
C432 1uF_X5R_6.3V 0402IC432 1uF_X5R_6.3V 0402I
C498 1uF_X5R_6.3V 0402IC498 1uF_X5R_6.3V 0402I
C523 1uF_X5R_6.3V 0402IC523 1uF_X5R_6.3V 0402I
C603 1uF_X5R_6.3V 0402IC603 1uF_X5R_6.3V 0402I

HVCMOS

PLACE NEAR PIN AU20

PCIE/DMI/Core/DP/FDI/Diff-CLK

PLACE NEAR PIN
F20,AC24,AC20,AE15,AA34,Y20

PCIE/DMI

+3P3V

C172 100nF_X7R_10VI 0402C172 100nF_X7R_10VI 0402

+VCCIO

C604 1uF_X5R_16V 0603IC604 1uF_X5R_16V 0603I

Trace needs to be at least 20 mils width with full VSS/VCC reference plane.

PLACE NEAR PIN A12

PLACE NEAR PIN B41,E41.

USB 3

V_1P1_USB[26]

C529 100nF_X7R_10VNI 0402C529 100nF_X7R_10VNI 0402

+3P3V_AUX

C46 100nF_X7R_10VI 0402

C46 100nF_X7R_10VI 0402

+3P3V_AUX

C153 100nF_X7R_10VI 0402

C153 100nF_X7R_10VI 0402

+1P05V_PCH

C49 1uF_X5R_6.3V 0402IC49 1uF_X5R_6.3V 0402I
C75 1uF_X5R_6.3V 0402IC75 1uF_X5R_6.3V 0402I

BOTTOM

BOTTOM

AZALIA

BOTTOM

BOTTOM

SATA/Diff-CLK

PLACE NEAR PIN A39

PLACE NEAR PIN U31

PLACE NEAR PIN AV28

PLACE NEAR PIN
AL40,AG41,AG38,AJ38

SATA

+3P3V

C183 100nF_X7R_10VI 0402C183 100nF_X7R_10VI 0402

+3P3V_AUX

C535 2.2uF_X5R_10V

C535 2.2uF_X5R_10V

+3P3V_AUX

C9 100nF_X7R_10VI 0402C9 100nF_X7R_10VI 0402

+1P8V_SFR

C192 100nF_X7R_10VNI 0402C192 100nF_X7R_10VNI 0402
C193 100nF_X7R_10VNI 0402C193 100nF_X7R_10VNI 0402

I0603

I0603

PLACE NEAR PIN AF57

USB2/Sus

PLACE NEAR PIN AV30,AT40

USB2

PLACE NEAR PIN BT35

+1P8V_SFR

CLOCK Gen

C158

C158
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

+3P3V

C553 1uF_X5R_16V 0603NI

C553 1uF_X5R_16V 0603NI

Dual layout

FB10

FB10

R319 0_5% 0603NIR319 0_5% 0603NI

BOTTOM

BOTTOM

5

600_350mANI

600_350mANI

PLACE NEAR PIN AU20

+3P3V

+3P3V

C14 100nF_X7R_10VI 0402C14 100nF_X7R_10VI 0402
C594 100nF_X7R_10VI 0402

C594 100nF_X7R_10VI 0402

BOTTOM

BOTTOM

+3P3V

C170 100nF_X7R_10VI 0402C170 100nF_X7R_10VI 0402

+3V_BATT

C424 1uF_X5R_16V 0603IC424 1uF_X5R_16V 0603I
C178 100nF_X7R_10VI 0402C178 100nF_X7R_10VI 0402

+VCCIO

C436 4.7uF_X5R_6.3V 0603IC436 4.7uF_X5R_6.3V 0603I
C180 100nF_X7R_10VI 0402C180 100nF_X7R_10VI 0402
C181 100nF_X7R_10VI 0402C181 100nF_X7R_10VI 0402

PCI/GPIO/LPC

VCCRTC

PLACE NEAR PIN BU42
PLACE NEAR PIN BU42

CPU

PLACE NEAR PIN D55
PLACE NEAR PIN D55
PLACE NEAR PIN D55

PLACE NEAR PIN BC17
PLACE NEAR PIN BC17

PLACE NEAR PIN AL38

CORE

+1P05V_ME

C554 1uF_X5R_6.3V 0402IC554 1uF_X5R_6.3V 0402I
C555 1uF_X5R_6.3V 0402IC555 1uF_X5R_6.3V 0402I
C556 1uF_X5R_6.3V 0402IC556 1uF_X5R_6.3V 0402I
C151 10uF_X5R_6.3V 0805I

C151 10uF_X5R_6.3V 0805I

BOTTOM

BOTTOM

PLACE NEAR PIN AJ24,AN22
PLACE NEAR PIN AJ24,AN22
PLACE NEAR PIN AJ24,AN22
PLACE NEAR PIN AJ24,AN22

STICK CAP

+3P3V

C210 100nF_X7R_16VI 0402C210 100nF_X7R_16VI 0402

+3P3V

C218 100nF_X7R_10VI 0402C218 100nF_X7R_10VI 0402

+3P3V

C238 100nF_X7R_10VI 0402C238 100nF_X7R_10VI 0402

+3P3V

C243 100nF_X7R_10VI 0402C243 100nF_X7R_10VI 0402

+3P3V

C227 100nF_X7R_10VI 0402C227 100nF_X7R_10VI 0402

+3P3V

C237 100nF_X7R_10VI 0402C237 100nF_X7R_10VI 0402

+12V

C250 100nF_X7R_16VI 0402C250 100nF_X7R_16VI 0402

+12V

C254 100nF_X7R_16VI 0402C254 100nF_X7R_16VI 0402

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

PCH-PLL FILTER & DCPING

PCH-PLL FILTER & DCPING

PCH-PLL FILTER & DCPING

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Thursday, March 10, 2011 09:50:04

Page Modified:

Thursday, March 10, 2011 09:50:04

Page Modified:

6

Thursday, March 10, 2011 09:50:04

7

Hon Hai Precision Industry Co. Ltd.

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

+12V

+5V_DUAL

+5V_DUAL

+5V

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

Sheet of

Sheet of

Sheet of

27 65

27 65

27 65

8

1

2

3

4

5

6

7

8

USBV_FRONT1

C2658

C2658

100nF_X7R_16V

12

12

100nF_X7R_16V

L41

L41

34

34

CMF_120_400mA

CMF_120_400mA

0805

0805
I

I

0402

0402

I

I

USB_N3[21]

A A

USB_P3[21]

R668 NI0_5% 0603R668 NI 0_5% 0603

R748 NI0_5% 0603R748 NI 0_5% 0603

LP3­LP3+

F_USB1

F_USB1
Header_2X6_K11_GF_Yellow

Header_2X6_K11_GF_Yellow

USB_DET#_1_L

1 2
3 4
5 6
7 8
91210

X

X

R287 1K_5% 0402IR287 1K_5% 0402I

LP2­LP2+

R754 NI0_5%R754 NI0_5%

34

34

R753 NI0_5%R753 NI0_5%

FRONT_USB_DET#_1 [24]

USB_N2 [21]

L40

L40
CMF_120_400mA

CMF_120_400mA

12

12

0805

0805
I

I

USB_P2 [21]

C558

C558
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

C665

C665
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

F8 2.6A_6V

F8 2.6A_6V

1812 I

1812 I

USBV_FRONT1+5V_DUAL

C356

C356
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

C625

C625
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

+

+

C536

C536
470uF_EC_6.3V

470uF_EC_6.3V

6.3X11

6.3X11
I

I

USBV_FRONT1

USB_DET#_1_L

12

12

D59

D59
PESD5V0U1BB_8KV

PESD5V0U1BB_8KV

SOD523-2P

SOD523-2P
NI

NI

Place close to header

USB_N1[21]

B B

USB_P1[21]

R755 NI0_5% 0603R755 NI 0_5% 0603

34

34

12

12

R750 NI0_5% 0603R750 NI 0_5% 0603

LP3-

LP2-

100nF_X7R_16V

100nF_X7R_16V

I

I
0805

0805

CMF_120_400mA

CMF_120_400mA
L39

L39

U33

NI

U33

NI

1

1

6

2

2

5

3

3

4

AZC099-04S.R7F_8KV

AZC099-04S.R7F_8KV

CRITICAL

CRITICAL

USBV_FRONT2

C2656

C2656

0402

0402

I

I

LP1­LP1+

LP3+

6
5

LP2+

4

F_USB2

F_USB2
Header_2X6_K11_GF_Yellow

Header_2X6_K11_GF_Yellow

USB_DET#_2_L

1 2
3 4
5 6
7 8
91210

X

X

R288 1K_5% 0402IR288 1K_5% 0402I

LP0­LP0+

USBV_FRONT1

C629

C629
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

R752 NI0_5%R752 NI0_5%

R751 NI0_5%R751 NI0_5%

FRONT_USB_DET#_2 [23]

34

34

12

12

I

I
0805

0805

CMF_120_400mA

CMF_120_400mA
L38

L38

USB_N0 [21]

USB_P0 [21]

R405

R405
10K_5%

10K_5%

0402

0402
I

I

R394

R394
15K_5%

15K_5%

0402

0402
I

I

C624

C624
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

C367

C367
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

C655

C655
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

USB_OC5_FRONT#1 [21]

F11 2.6A_6V

F11 2.6A_6V

1812 I

1812 I

USBV_FRONT2+5V_DUAL

C359

C359
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

C627

C627
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

+

+

C626

C626
470uF_EC_6.3V

470uF_EC_6.3V

6.3X11

6.3X11
I

I

USBV_FRONT2

R390

R390
10K_5%

USB_DET#_2_L

12

12

D68

D68
PESD5V0U1BB_8KV

PESD5V0U1BB_8KV

SOD523-2P

SOD523-2P
NI

NI

Place close to header

LP1-

LP0-

U34

NI

U34

NI

1

1

6

2

2

5

3

3

4

AZC099-04S.R7F_8KV

AZC099-04S.R7F_8KV

CRITICAL

CRITICAL

LP1+

6
5

LP0+

4

USBV_FRONT2

C628

C628
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

10K_5%

0402

0402
I

I

R403

R403
15K_5%

15K_5%

0402

0402
I

I

C435

C435
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

USB_OC6_FRONT#2 [21]

USBV_FRONT3

USB_DET#_3_L

F_USB3

1 2
3 4
5 6
7 8
91210

X

LP5+

NIXF_USB3

NI

R293 1K_5% 0402NIR293 1K_5% 0402NI

LP5­LP5+

C630

C630
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

R760 NI0_5%R760 NI0_5%

34

34

R759 NI0_5%R759 NI0_5%

USBV_FRONT3

FRONT_USB_DET#_3 [23]

USB_N5 [21]

NI

NI
0805

0805

12

12

CMF_120_400mA

CMF_120_400mA
L42

L42

USB_P5 [21]

C2657

C2657

100nF_X7R_16V

USB_N4[21]

C C

USB_P4[21]

R761 NI0_5% 0603R761 NI 0_5% 0603

R758 NI0_5% 0603R758 NI 0_5% 0603

USB_DET#_3_L

12

12

D70

D70
PESD5V0U1BB_8KV

PESD5V0U1BB_8KV

SOD523-2P

SOD523-2P
NI

NI

Place close to header

100nF_X7R_16V

NI

NI

34

34

0805

0805

12

12

CMF_120_400mA

CMF_120_400mA
L43

L43

LP4- LP4+

LP5-

0402

0402

NI

NI

LP4­LP4+

U35

NI

U35

NI

1

1

6

2

2

5

3

3

4

AZC099-04S.R7F_8KV

AZC099-04S.R7F_8KV

CRITICAL

CRITICAL

Header_2X6_K11_GF_Yellow

Header_2X6_K11_GF_Yellow

6
5
4

+5V_DUAL USBV_FRONT3

R683 0_5%

R683 0_5%

0805

I

0805

I

F9 2.6A_6V

F9 2.6A_6V

1812 NI

1812 NI

C571

C571
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

C656

C656
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

C372

C372
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

USBV_FRONT3

R454

R454
10K_5%

10K_5%

0402

0402
I

I

R401

R401
15K_5%

15K_5%

0402

0402
I

I

C373

C373
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

USB_OC7_FRONT#3 [21]

C631

C631
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

+

+

C545

C545
470uF_EC_6.3V

470uF_EC_6.3V

6.3X11

6.3X11
NI

NI

+5V_DUAL

R484

R484

R483

B

B

470_5%

470_5%

0603

0603
I

I

R483

R486

R486

470_5%

470_5%

470_5%

470_5%

0603

0603

0603

0603

I

I

I

I

C

C

Q52

Q52

E

E

I

I

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

Front USB Port

Front USB Port

Front USB Port

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:32

Page Modified:

Wednesday, March 02, 2011 09:21:32

Page Modified:

3

4

5

6

Wednesday, March 02, 2011 09:21:32

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

8

28 65

28 65

28 65

Sheet of

Sheet of

Sheet of

R485

R485
470_5%

470_5%

0603

0603
I

D D

+3P3V_AUX

R3292 4.7K_5%

R3292 4.7K_5%

0402 I

0402 I

R3287 4.7K_5%

R3287 4.7K_5%

SLP_S4#[24,32,39,47,54]

0402 I

0402 I

1

I

C

C

Q51

Q51

B

B

E

E

I

I

2

1

A A

B B

MIC1_JD[30]
LINE_IN_JD[30]
LINE_OUT_JD[30]

HP_SENSE[30]

MIC_SENSE[30]

C C

2

Close Chipset

R514 20K_1% 0402IR514 20K_1% 0402I
R406 10K_1% 0402IR406 10K_1% 0402I
R465 5.1K_1% 0402IR465 5.1K_1% 0402I

R943 39.2K_1%0402IR943 39.2K_1%0402I
R937 20K_1% 0402IR937 20K_1% 0402I

3

+3P3V

C836

C835

C835
10uF_X5R_16V

10uF_X5R_16V

0805

0805
I

I

AUD_BITCLK[24]

AUD_SYNC[24]

AUD_LINK_RESET#[24]

RSDATA_OUT[24]

AUD_LINK_SDI0[24]

AUD_GPIO0[30]

R285 22_5% 0402 IR285 22_5% 0402 I

C650

C650
22pF_NPO_50V

22pF_NPO_50V

0402

0402
I

I

C867

C867
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
I

I

C836
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

C507

C507
22pF_NPO_50V

22pF_NPO_50V

0402

0402
I

I

VREF_R_2

C845

C845
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

JDREF_R

R270

R270
20K_1%

20K_1%

0402

0402
I

I

4

C839

C839
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

U13

U13

6

BIT_CLK

10

SYNC

11

RESET#

5

SDATA_OUT

8

SDATA_IN

18

CD_L

19

CD_G

20

CD_R

27

VREF

37

PIN37-VREFO

40

JDREF

13

SENSE_A

34

SENSE_B

2

GPIO0

3

GPIO1

12

BEEP_IN

47

EAPD

48

SPDIO

ALC662-VC1-GR_C1

ALC662-VC1-GR_C1

+5V_AUDIO

1

9

DVDD_IO

DVDD_CORE

DVSS_CORE

DVSS_IO

4

7

25

AVDD1

AVSS1

26

38

AVDD2

AVSS2

42

5

SURR-L
SURR-R

MIC1-VREFO-L

MIC1-L

MIC1-R

LINE1-L

LINE1-R

MIC1-VREFO-R

FRONT-L

FRONT_R

LINE2-VREFO

LINE2-L

LINE2-R

MIC2-VREFO

MIC2-L_F

MIC2-R_F

CENTER

LFE

6

C837

C838

C838
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

33

NC

SURR_L_L

39

SURR_R_L

41

28

MIC1_L

21

MIC1_R

22

29

NC

LINE_IN_L

23

LINE_IN_R

24

C837
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

C858 2.2uF_X5R_10V I,I,I,I,I,I,I,I,NI0603C858 2.2uF_X5R_10V I,I,I,I,I,I,I,I,NI0603
C859 2.2uF_X5R_10V I,I,I,I,I,I,I,I,NI0603C859 2.2uF_X5R_10V I,I,I,I,I,I,I,I,NI0603

C897 22uF_X5R_16V 1206IC897 22uF_X5R_16V 1206I
C909 22uF_X5R_16V 1206IC909 22uF_X5R_16V 1206I

C910 22uF_X5R_16V 1206IC910 22uF_X5R_16V 1206I
C911 22uF_X5R_16V 1206IC911 22uF_X5R_16V 1206I

C860

C860
10uF_X5R_16V

10uF_X5R_16V

0805

0805
I

I

32

LINE_OUT_L

35

LINE_OUT_R

36

31

HP_OUT_L

14

HP_OUT_R

15

30

MIC2_L

16

MIC2_R

17

43
44

45

NC

46

NC

G7

G7
SHORT PAD

SHORT PAD

NOBOM

NOBOM

C850 100uF_EC_16V6.3X5I

C850 100uF_EC_16V6.3X5I

+

+

C851 100uF_EC_16V6.3X5I

C851 100uF_EC_16V6.3X5I

+

+

C854 100uF_EC_16V6.3X5I

C854 100uF_EC_16V6.3X5I

+

+

C855 100uF_EC_16V6.3X5I

C855 100uF_EC_16V6.3X5I

+

+

C861 4.7uF_X5R_10VI 0805C861 4.7uF_X5R_10VI 0805
C907 4.7uF_X5R_10VI 0805C907 4.7uF_X5R_10VI 0805

C849

C849
10uF_X5R_16V

10uF_X5R_16V

0805

0805
I

I

7

From B43

- Need to update ALC662 "VC1"

SURR_L [33]
SURR_R [33]

MIC1_VREF_L [30]

MIC1_L_C [30]
MIC1_R_C [30]

LINE_IN_L_C [30]
LINE_IN_R_C [30]

MIC1_VREF_R [30]
LINE_OUT_L_C [30]

LINE_OUT_R_C [30]

LINE2_REF [30]
HP_OUT_L_C [30]

HP_OUT_R_C [30]

MIC2_REF [30]

MIC2_L_C [30]
MIC2_R_C [30]

8

1 2

R853 0_5% 0402NIR853 0_5% 0402NI

+12V

Digital

U51

D23

D23

1N4148W-7-F_150mA

1N4148W-7-F_150mA

D D

1

FB8

FB8

80_300mA

80_300mA

0603

0603
I

I

C949

C949

+

+

100uF_EC_16V

100uF_EC_16V

5X11

5X11
NI

NI

+12V_AUDIO

C950

C950
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

2

U51

8
7
6
5

MC78L05ACDR2G

MC78L05ACDR2G

Vin
GND4
GND3
NC2

3

I

I

Vout
GND1
GND2

NC1

CRITICAL

CRITICAL

+5V_AUDIO_ADJ+12V_AUDIO_IN

1
2
3
4

+5V_AUX

D3

D3
B130LAW-7-F_1A

B130LAW-7-F_1A

SOD123-2P

SOD123-2P
I

I

C951

C951
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
I

I

Analog

4

FB11

FB11

80_300mA

80_300mA

0603

0603
I

I

+5V_AUDIO

C952

C952
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

C913 680pF_X7R_50V 0402

I

C913 680pF_X7R_50V 0402

I

R852 0_5% 0402IR852 0_5% 0402I

Place near J78.

C868 680pF_X7R_50V 0402

I

C868 680pF_X7R_50V 0402

I

R838 0_5% 0402IR838 0_5% 0402I

For EMI

C2725 100nF_X7R_16VI 0402C2725 100nF_X7R_16VI 0402
C2726 100nF_X7R_16VI 0402C2726 100nF_X7R_16VI 0402
C2727 100nF_X7R_16VI 0402C2727 100nF_X7R_16VI 0402

Place near U13.

C869 680pF_X7R_50V 0402

I

C869 680pF_X7R_50V 0402

I

0_5%R664 NI 06030_5%R664 NI 0603

Place near P23.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

AUDIO CODEC

AUDIO CODEC

AUDIO CODEC

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Friday, March 18, 2011 11:32:56

Page Modified:

Friday, March 18, 2011 11:32:56

Page Modified:

5

6

Friday, March 18, 2011 11:32:56

7

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

29 65

29 65

29 65

1

_

_

2

3

4

5

6

7

8

MIC1_VREF_R[29]
MIC1_VREF_L[29]

FB13

FB13

R887

R887

R886

R2917

R2917
75_5%

75_5%

0402

0402
I

MIC1_L_C[29]

MIC1_JD[29]

A A

MIC1_R_C[29]

I

R2920

R2920
75_5%

75_5%

0402

0402
I

I

R886

2.2K_5%

2.2K_5%

0402

0402
I

I

R2924

R2924
22K_5%

22K_5%

0402

0402
NI

NI

2.2K_5%

2.2K_5%

0402

0402
I

I

R2923

R2923
22K_5%

22K_5%

0402

0402
NI

NI

600_350mA

600_350mA

I

I

FB14

FB14
600_350mA

600_350mA

I

I

C923

C923
470pF_X7R_50V

470pF_X7R_50V

0402

0402
I

I

MIC1_LL

MIC1_RR

C922

C922
470pF_X7R_50V

470pF_X7R_50V

0402

0402
I

I

REAR MIC_IN

J79A

J79A

2
3
4
5
1

HDA_X3_GF

HDA_X3_GF

36
37

REAR LINE_OUT

FB15

R2928

R2928
22K_5%

22K_5%

0402

0402
I

I

FB15
600_350mA

600_350mA

I

I

FB16

FB16
600_350mA

600_350mA

I

I

C918

C918
470pF_X7R_50V

470pF_X7R_50V

0402

0402
I

I

LINE_OUT_LL

LINE_OUT_RR

C919

C919
470pF_X7R_50V

470pF_X7R_50V

0402

0402
I

I

J79B

J79B

22
23
24
25

HDA_X3_GF

HDA_X3_GF

38
39

R2935

R2935
75_5%

75_5%

0402

0402
I

LINE_OUT_L_C[29]

LINE_OUT_JD[29]

I

LINE_OUT_R_C[29]

R2937

R2937
75_5%

75_5%

0402

0402
I

I

LINE_OUT_L_C_R

LINE_OUT_R_C_R

R2927

R2927
22K_5%

22K_5%

0402

0402
I

I

MIC1_LL
MIC1_RR

12

12

LINE_OUT_LL
LINE_OUT_JD
LINE_OUT_RR

12

12

For Front Audio Header

D49

D49
PESD5V0U1BB_8KV

PESD5V0U1BB_8KV

SOD523-2P

SOD523-2P
NI

NI

D53

D53
PESD5V0U1BB_8KV

PESD5V0U1BB_8KV

SOD523-2P

SOD523-2P
NI

NI

12

12

D51

D51
PESD5V0U1BB_8KV

PESD5V0U1BB_8KV

SOD523-2P

SOD523-2P
NI

NI

12

D55

12

D55
PESD5V0U1BB_8KV

PESD5V0U1BB_8KV

SOD523-2P

SOD523-2P
NI

NI

REAR LINE_IN

12

FB17

R2921

R2921
75_5%

B B

LINE_IN_L_C[29]

LINE_IN_JD[29]

LINE_IN_R_C[29]

75_5%

0402

0402
I

I

R2922

R2922
75_5%

75_5%

0402

0402
I

I

LINE_IN_L_C_R

LINE_IN_R_C_R

R2925

R2925
22K_5%

22K_5%

0402

0402
NI

NI

R2926

R2926
22K_5%

22K_5%

0402

0402
NI

NI

FB17
600_350mA

600_350mA

I

I

FB18

FB18
600_350mA

600_350mA

I

I

C920

C920
470pF_X7R_50V

470pF_X7R_50V

0402

0402
I

I

LINE_IN_LL

LINE_IN_RR

C921

C921
470pF_X7R_50V

470pF_X7R_50V

0402

0402
I

I

J79C

J79C

32
33
34
35

HDA_X3_GF

HDA_X3_GF

40

12

D65

D65
PESD5V0U1BB_8KV

PESD5V0U1BB_8KV

SOD523-2P

SOD523-2P
NI

NI

12

12

D62

D62
PESD5V0U1BB_8KV

PESD5V0U1BB_8KV

SOD523-2P

SOD523-2P
NI

NI

12

12

D63

D63
PESD5V0U1BB_8KV

PESD5V0U1BB_8KV

SOD523-2P

SOD523-2P
NI

NI

MIC_SENSE HP_SENSEJ4_10

12

12

D61

D61
PESD5V0U1BB_8KV

PESD5V0U1BB_8KV

SOD523-2P

SOD523-2P
NI

NI

LINE_IN_LL
LINE_IN_JDMIC1_JD
LINE_IN_RR

12

12

12

D52

D52
PESD5V0U1BB_8KV

PESD5V0U1BB_8KV

SOD523-2P

SOD523-2P
NI

NI

12

12

12

D56

D56
PESD5V0U1BB_8KV

PESD5V0U1BB_8KV

SOD523-2P

SOD523-2P
NI

NI

D43

D43
PESD5V0U1BB_8KV

PESD5V0U1BB_8KV

SOD523-2P

SOD523-2P
NI

NI

HP_OUT_RRMIC2_LLMIC2_RR HP_OUT_LL

12

12

D66

D66
PESD5V0U1BB_8KV

PESD5V0U1BB_8KV

SOD523-2P

SOD523-2P
NI

NI

12

12

D60

D60
PESD5V0U1BB_8KV

PESD5V0U1BB_8KV

SOD523-2P

SOD523-2P
NI

NI

12

12

D44

D44
PESD5V0U1BB_8KV

PESD5V0U1BB_8KV

SOD523-2P

SOD523-2P
NI

NI

12

12

D67

D67
PESD5V0U1BB_8KV

PESD5V0U1BB_8KV

SOD523-2P

SOD523-2P
NI

NI

12

12

D46

D46
PESD5V0U1BB

PESD5V0U1BB

SOD523-2P

SOD523-2P
NI

NI

C C

LINE2_REF[29]

MIC2_REF[29]

MIC2_R_C[29]

MIC2_L_C[29]

HP_OUT_R_C[29]

HP_OUT_L_C[29]

D D

1

SOT23-3P

SOT23-3P

U513

U513

NI

NI

BAT54A-7-F_200mA

BAT54A-7-F_200mA

SOT23-3P

SOT23-3P

U512

U512

MIC2_REF_L_C

I

I

MIC2_REF_R_C

BAT54A-7-F_200mA

BAT54A-7-F_200mA

R2918 1K_5% 0402IR2918 1K_5% 0402I
R2919 1K_5% 0402IR2919 1K_5% 0402I
R2929 75_5% 0402IR2929 75_5% 0402I
R2930 75_5% 0402IR2930 75_5% 0402I

R1371 4.7K_5% 0402NIR1371 4.7K_5% 0402NI
R1372 4.7K_5% 0402NIR1372 4.7K_5% 0402NI

R1370 4.7K_5% 0402IR1370 4.7K_5% 0402I
R1369 4.7K_5% 0402IR1369 4.7K_5% 0402I

R2932

R2932

R2931

R2931
22K_5%

22K_5%

0402

0402
NI

NI

2

3

22K_5%

22K_5%

0402

0402
NI

NI

R2933

R2933
22K_5%

22K_5%

0402

0402
I

I

R2934

R2934
22K_5%

22K_5%

0402

0402
I

I

C924

C924
470pF_X7R_50V

470pF_X7R_50V

0402

0402
I

I

FRONT AUDIO HEADER

@J4(3,5)

@J4(3,5)
Jumper_2P_GF_Blue

Jumper_2P_GF_Blue

2.54mm

2.54mm
NI

NI

C914

C914
470pF_X7R_50V

470pF_X7R_50V

I

I
0402

0402

4

C915

C915
470pF_X7R_50V

470pF_X7R_50V

I

I
0402

0402

F_AUDIO_DET#[23]

AUD_GPIO0[29]

5

MIC2_RR
MIC2_LL
HP_OUT_RR
HP_OUT_LL

C916

C916
470pF_X7R_50V

470pF_X7R_50V

I

I
0402

0402

R840 NI33_5% 0402R840 NI33_5%0402

R843 0_5% 0402 IR843 0_5% 0402 I

J4

J4
Header_2X7_K14_GF

Header_2X7_K14_GF

I

I

1 2
3
5 6
7 8

9
11
13

+3P3V

R635

R635
10K_5%

10K_5%

0402

0402
I

I

4

10
12

X

X

HP_SENSE [29]
MIC_SENSE [29]

For EMI

J4_10

C652

C652
1nF_X7R_50V

1nF_X7R_50V

0402

0402
I

I

6

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

AUDIO CONNECTOR

AUDIO CONNECTOR

AUDIO CONNECTOR

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Friday, March 11, 2011 09:07:32

Page Modified:

Friday, March 11, 2011 09:07:32

Page Modified:

Friday, March 11, 2011 09:07:32

7

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

30 65

30 65

30 65

1

2

3

4

5

6

7

8

SATA Gen3

P60

I

P60

HOLD1
GND1
A+
A­GND2
B­B+
GND3
HOLD2

CCL=Y

CCL=Y

P62

I,I,I,I,I,NI,NI,NI,NI

P62

I,I,I,I,I,NI,NI,NI,NI

HOLD1
GND1
A+
A­GND2
B­B+
GND3
HOLD2

CCL=Y

CCL=Y

P65

NI,NI,NI,NI,NI,I,I,I,I

P65

NI,NI,NI,NI,NI,I,I,I,I

HOLD1
GND1
A+
A­GND2
B­B+
GND3
HOLD2

CCL=Y

CCL=Y

SATA

P63

HOLD1
GND1
A+
A­GND2
B­B+
GND3
HOLD2

I

SATA GEN3

RED

Manchester

eSATA

BLACK

Ventoux

SATA GEN3

RED

SATA

ORANGE

Thames

SATA

ORANGE

eSATA

BLACK

Merton
Edge91

IP63

I

SATA

ORANGE

SATA GEN3

RED

SATA

ORANGE

8

A A

SATA_TXP0[23]

SATA_TXN0[23]
SATA_RXN0[23]

SATA_RXP0[23]

SATA_TXP1[23]

SATA_TXN1[23]
SATA_RXN1[23]

SATA_RXP1[23]

C301 10nF_X7R_25VI 0402C301 10nF_X7R_25VI 0402
C302 10nF_X7R_25VI 0402C302 10nF_X7R_25VI 0402

C303 10nF_X7R_25VI 0402C303 10nF_X7R_25VI 0402
C304 10nF_X7R_25VI 0402C304 10nF_X7R_25VI 0402

C305 10nF_X7R_25VI 0402C305 10nF_X7R_25VI 0402
C306 10nF_X7R_25VI 0402C306 10nF_X7R_25VI 0402

C307 10nF_X7R_25VI 0402C307 10nF_X7R_25VI 0402
C308 10nF_X7R_25VI 0402C308 10nF_X7R_25VI 0402

SATA_TXP0_C
SATA_TXN0_C

SATA_RXN0_C
SATA_RXP0_C

SATA_TXP1_C
SATA_TXN1_C

SATA_RXN1_C
SATA_RXP1_C

Co-layout with P62

B B

SATA_TXP2[23]

SATA_TXN2[23]
SATA_RXN2[23]

SATA_RXP2[23]

C C

C362 10nF_X7R_25VI 0402C362 10nF_X7R_25VI 0402
C361 10nF_X7R_25VI 0402C361 10nF_X7R_25VI 0402

C357 10nF_X7R_25VI 0402C357 10nF_X7R_25VI 0402
C360 10nF_X7R_25VI 0402C360 10nF_X7R_25VI 0402

SATA_TXP1_C
SATA_TXN1_C

SATA_RXN1_C
SATA_RXP1_C

SATA_TXP2_C
SATA_TXN2_C

SATA_RXN2_C
SATA_RXP2_C

1
2
3
4
5
6
7
9

SATA_S_15u_Red

SATA_S_15u_Red

8
1
2
3
4
5
6
7
9

SATA_S_15u_Red

SATA_S_15u_Red

8
1
2
3
4
5
6
7
9

SATA_S_15u_Orange

SATA_S_15u_Orange

8
1
2
3
4
5
6
7
9

SATA_S_15u_Orange

SATA_S_15u_Orange

Changzhou

eSATA

P64

I,I,I,I,I,I,I,I,NIP64

HOLD1
GND1
A+
A­GND2
B­B+
GND3
HOLD2

4

I,I,I,I,I,I,I,I,NI

5

8

SATA_TXP3[23]
SATA_TXN3[23]

SATA_RXN3[23]

SATA_RXP3[23]

D D

1

C313 10nF_X7R_25VI,I,I,I,I,I,I,I,NI 0402C313 10nF_X7R_25VI,I,I,I,I,I,I,I,NI 0402
C314 10nF_X7R_25VI,I,I,I,I,I,I,I,NI 0402C314 10nF_X7R_25VI,I,I,I,I,I,I,I,NI 0402

C315 10nF_X7R_25VI,I,I,I,I,I,I,I,NI 0402C315 10nF_X7R_25VI,I,I,I,I,I,I,I,NI 0402
C316 10nF_X7R_25VI,I,I,I,I,I,I,I,NI 0402C316 10nF_X7R_25VI,I,I,I,I,I,I,I,NI 0402

2

3

SATA_TXP3_C
SATA_TXN3_C

SATA_RXN3_C
SATA_RXP3_C

1
2
3
4
5
6
7
9

SATA_S_15u_Black

SATA_S_15u_Black

SATA

ORANGE

6

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

SATA

SATA

SATA

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:33

Page Modified:

Wednesday, March 02, 2011 09:21:33

Page Modified:

Wednesday, March 02, 2011 09:21:33

7

SATA GEN3

RED

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

8

31 65

31 65

31 65

Sheet of

Sheet of

Sheet of

1

D.W.

C318 1uF_X5R_16V 0603IC318 1uF_X5R_16V 0603I
C317 100nF_X7R_10VI 0402C317 100nF_X7R_10VI 0402

ACTIVE_LED#[49]

+3_3V_LAN

C320 470pF_X7R_50V 0402IC320 470pF_X7R_50V 0402I

A A

SPEED_LED_100#[49]

SPEED_LED_1000#[49]

B B

C C

C321 470pF_X7R_50V 0402IC321 470pF_X7R_50V 0402I

LAN_MDIP0[49]

LAN_MDIN0[49]

LAN_MDIP1[49]

LAN_MDIN1[49]

LAN_MDIP2[49]

LAN_MDIN2[49]

LAN_MDIP3[49]

LAN_MDIN3[49]

C322

C322
470pF_X7R_50V

470pF_X7R_50V

0402

0402
I

I

R28 0_5% 0603NIR28 0_5% 0603NI
L1

USB_N8[21]
USB_P8[21]

USB_N9[21]
USB_P9[21]

USB_N11[21]
USB_P11[21]

USB_N10[21]
USB_P10[21]

USB_N13[21]

USB_P13[21]

USB_N12[21]

USB_P12[21]

REAR USB

Ports 10, 11, 12, 13

L1

12

12

R29 0_5% 0603NIR29 0_5% 0603NI
R53 0_5% 0603NIR53 0_5% 0603NI

L2

L2

12

12

R48 0_5% 0603NIR48 0_5% 0603NI

U11

USB_N11_R USB_P11_R

USB_N10_R USB_P10_R

U11

1
2
3

SRV05-4.TCT_8KV

SRV05-4.TCT_8KV

1
2
3

LAN_PIN9

R41 0_5% 0603NIR41 0_5% 0603NI
L3

L3

R42 0_5% 0603NIR42 0_5% 0603NI
R98 0_5% 0603NIR98 0_5% 0603NI

L4

L4

R99 0_5% 0603NIR99 0_5% 0603NI
R245 0_5% 0603NIR245 0_5% 0603NI

L5

L5

R267 0_5% 0603NIR267 0_5% 0603NI
R268 0_5% 0603NIR268 0_5% 0603NI

L6

L6

R269 0_5% 0603NIR269 0_5% 0603NI

CCL=Y

CCL=Y

2

C323

C323
470pF_X7R_50V

470pF_X7R_50V

0402

0402
I

I

34

34

CMF_120_400mA

CMF_120_400mA

0805ICCL=Y

0805ICCL=Y

34

34

CMF_120_400mA

CMF_120_400mA

0805ICCL=Y

0805ICCL=Y

34

34

CMF_120_400mA

CMF_120_400mA

12

12

0805ICCL=Y

0805ICCL=Y

34

34

CMF_120_400mA

CMF_120_400mA

12

12

0805ICCL=Y

0805ICCL=Y

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

34

34

CMF_120_400mA

CMF_120_400mA

12

12

0805

0805

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

34

34

CMF_120_400mA

CMF_120_400mA

12

12

0805

0805

NI

NI

6

6

5

5

4

4

+5V_DUAL_USB_B

3

I,NI,I,I,NI,I,NI,I,NI

I,NI,I,I,NI,I,NI,I,NI

27
28
29
30

1
5

2
6

3
7

4
8

23
24
25
26

LED's:
10MHz : OFF
100MHz: Green
1GHz : Orange

USBV_LAN

LAN USB ESD Component

USB_N8_R USB_P8_R

USB_N9_R USB_P9_R

J12

REAR LAN + USB

J9

J9

YLW_LED

YLW_LED

22
21

9
10
11
12
13

NC

NC

14

NC

NC

15

NC

NC

16

NC

NC

17
18

GRN_LED

GRN_LED

20
19

DRANGE

DRANGE

USBX2+RJ45_30u_Black

USBX2+RJ45_30u_Black

Ports 8 & 9

RJ45-MJ2

RJ45-MJ2

USB_N8_R

USB_P8_R

USB_N9_R

USB_P9_R

USB-2

USB-2

USB-1

USB-1

LC Surge LAN CONN

USBX2+RJ45_30u_Black

USBX2+RJ45_30u_Black

CCL=Y

CCL=Y

CCL=Y

CCL=Y

USB_N11_R
USB_P11_R

USB_N10_R
USB_P10_R

USB_N13_R
USB_P13_R

USB_N12_R
USB_P12_R

USBV_REAR_1B

USBV_REAR_2B

J10

11

PWR1

12

USB0#

13

USB0

14

GND1

21

PWR2

22

USB1#

23

USB1

24

GND2

31

PWR3

32

USB2#

33

USB2

34

GND3

41

PWR4

42

USB3#

43

USB3

44

GND4

USBX4_30u

USBX4_30u

UB11123-QDD3-4F

UB11123-QDD3-4F

MT1
MT2

MT3
MT4

MT5
MT6

I,I,I,I,I,I,I,I,NIJ10

I,I,I,I,I,I,I,I,NI

45
46

47
48

49
50

REAR USB ESD Component

USBV_REAR_1B USBV_REAR_2B

C434

C434
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

USB_N13_R USB_P13_R

REAR USB

Ports 10, 11

USB_N10_R
USB_P10_R

USB_N11_R
USB_P11_R

U12

NI

U12

NI

1

1

2

2

3

3

SRV05-4.TCT_8KV

SRV05-4.TCT_8KV

CCL=Y

CCL=Y

USBV_REAR_1B

For Changzhou only

6

6

5

5

USB_P12_RUSB_N12_R

4

4

4

U9

U9

1

1

2

2

3

3

SRV05-4.TCT_8KV

SRV05-4.TCT_8KV

NI

NI

6
5
4

CCL=Y

CCL=Y

NI,I,NI,NI,I,NI,I,NI,IJ12

NI,I,NI,NI,I,NI,I,NI,I

9

J11

J11

1

BOTTOM TOP

BOTTOM TOP

2
3
4

5
6
7
8

10

USBX2_30u

USBX2_30u

UB11123-8D1-4F

UB11123-8D1-4F

C328

C328
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

6
5
4

1

1

12

NI,NI,NI,NI,NI,NI,NI,NI,I

NI,NI,NI,NI,NI,NI,NI,NI,I

Co-layout with J10

11

USBV_LAN

5

C319

C319
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

6

From Handel 3/12

- RJ45 Need to change to with ESD.

- Update LED Status.

+5V_DUAL_USB_B

C664

C645

C645
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

C664
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

USBV_LAN

R449

R449
10K_5%

10K_5%

0402

0402
I

I

R442

R442

C380

C380

15K_5%

15K_5%

100nF_X7R_16V

100nF_X7R_16V

0402

0402

0402

0402

I

I

I

I

+5V_DUAL_USB_B

C657

C596

C596
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

C657
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

USBV_REAR_2B

R515

R515
10K_5%

10K_5%

0402

0402
I

I

C376

C376

R402

R402

100nF_X7R_16V

100nF_X7R_16V

15K_5%

15K_5%

0402

0402

0402

0402

I

I

I

I

+5V_DUAL_USB_B

C658

C623

C623
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

C658
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

USBV_REAR_1B

R437

R437
10K_5%

10K_5%

0402

0402
I

I

R431

R431

C378

C378

15K_5%

15K_5%

100nF_X7R_16V

100nF_X7R_16V

0402

0402

0402

0402

I

I

I

I

F13 2.6A_6V

F13 2.6A_6V

1812 I

1812 I

USB_OC2_BACK#_LAN [21]

R686 0_5%

R686 0_5%

NI,NI,NI,NI,NI,NI,NI,NI,I

NI,NI,NI,NI,NI,NI,NI,NI,I

0805

0805

F10 2.6A_6V

F10 2.6A_6V

1812 I,I,I,I,I,I,I,I,NI

1812 I,I,I,I,I,I,I,I,NI

USB_OC1_BACK#_2 [21]

F12 2.6A_6V

F12 2.6A_6V

1812 I

1812 I

USB_OC0_BACK#_1 [21]

7

USBV_LAN

C379

C379
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

USBV_REAR_2B

C375

C375
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

USBV_REAR_1B

C377

C377
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

C646

C646
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

C632

C632
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

C635

C635
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

8

USB E-cap 470uF
Need to Change to Low-ESR type.

C565

C565

+

+

470uF_EC_6.3V

470uF_EC_6.3V

6.3X11

6.3X11
I

I

USB E-cap 470uF
Need to Change to Low-ESR type.

C548

C548

+

+

470uF_EC_6.3V

470uF_EC_6.3V

6.3X11

6.3X11
I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

USB E-cap 470uF
Need to Change to Low-ESR type.

C564

C564

+

+

470uF_EC_6.3V

470uF_EC_6.3V

6.3X11

6.3X11
I

I

R491

R491

R490

R490

470_5%

470_5%

470_5%

470_5%

0603

0603

0603

0603

I

I

I

D D

+3P3V_AUX

R3293 4.7K_5%

R3293 4.7K_5%

0402 I

0402 I

R3288 4.7K_5%

R3288 4.7K_5%

SLP_S4#[24,28,39,47,54]

0402 I

0402 I

1

B

B

I

B

B

C

C

Q53

Q53

E

E

I

I

2

R488

R488

R489

R489

470_5%

470_5%

470_5%

470_5%

0603

0603

0603

0603

I

I

I

I

C

C

Q54

Q54

E

E

I

I

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

RJ45 and USB 2.0 CONNECTORS

RJ45 and USB 2.0 CONNECTORS

RJ45 and USB 2.0 CONNECTORS

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev
Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 08:43:58

Page Modified:

Wednesday, March 02, 2011 08:43:58

Page Modified:

3

4

5

6

7

Wednesday, March 02, 2011 08:43:58

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

32 65

32 65

32 65

Sheet of

Sheet of

Sheet of

8

1

A A

SURR_L[29]
SURR_R[29]
SPKR[24]

2

R2842

R2842
100K_5%

100K_5%

0603

0603
I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

R2841

R2841
10K_5%

10K_5%

0402

0402
I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

0402

0402

100nF_X7R_16V

100nF_X7R_16V

C891

C891

C880

C880
10nF_X7R_25V

10nF_X7R_25V

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI
0402

0402

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

R2840 33K_5%

R2840 33K_5%

Mono Out

R2859

R2859

33K_5%

33K_5%

0603

0603

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

0603I,I,I,I,I,I,I,I,NI

0603I,I,I,I,I,I,I,I,NI

3

R2860

R2860
33K_5%

33K_5%

0603

0603
I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

IN_R MONO_SPK_OUT­IN+_R

C881

C881
1uF_X7R_16V

1uF_X7R_16V

0603

0603
I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

R2839 33K_5%

U1081

4

IN

3

IN+

2

BYPASS

1

SHUTDOWN

SSM2211CPZ-REEL

SSM2211CPZ-REEL

100nF_X7R_16V

100nF_X7R_16V

0603

0603
I,I,I,I,I,I,I,I,NIU1081

I,I,I,I,I,I,I,I,NI

VOUTA

V+

V

VOUTB

GND

4

C882

C882

0402

0402

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NIR2839 33K_5%

I,I,I,I,I,I,I,I,NI

5
6
7
8
9

+5V

L61

L61
120_600mA

120_600mA

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI
0603

0603

C890

C890
10uF_X5R_16V

10uF_X5R_16V

0805

0805
I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

MONO_SPK_OUT+

5

D35

D35

BAV99LT1G_215mA

BAV99LT1G_215mA

SOT23-3P

SOT23-3P

P11

P11

NI

NI

1

3

2

Header_1X2_T_White

Header_1X2_T_White

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

D37

D37

+5V

+5V

6

7

8

B B

Buzzer

R493

R493
100_1%

100_1%

1206

1206
I,I,NI,NI,NI,I,I,I,I

Q1168.C

R1378

R1378

2.2K_5%

2.2K_5%

0402

0402

C C

D D

SPKR

1

SPKR_R_1

I,I,NI,NI,NI,I,I,I,I

I,I,NI,NI,NI,I,I,I,I

B

B

Q1168

Q1168

C

C

MMBT3904LT1G

MMBT3904LT1G

SOT-23-3P

SOT-23-3P

E

E

I,I,NI,NI,NI,I,I,I,I

I,I,NI,NI,NI,I,I,I,I

SPKRJ[41]

2

I,I,NI,NI,NI,I,I,I,I

+5V

D34

D34
1N4148W-7-F_150mA

1N4148W-7-F_150mA

I,I,NI,NI,NI,I,I,I,I

I,I,NI,NI,NI,I,I,I,I

C2686

C2686
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I,I,NI,NI,NI,I,I,I,I

I,I,NI,NI,NI,I,I,I,I

3

SPKRJ

BZ1

BZ1

1

+

+

BUZZER

BUZZER

2

-

-

Buzzer_5V_40mA

Buzzer_5V_40mA

I,I,NI,NI,NI,I,I,I,I

I,I,NI,NI,NI,I,I,I,I

4

BAV99LT1G_215mA

BAV99LT1G_215mA

SOT23-3P

SOT23-3P
NI

NI

5

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

Mono-Out, Buzzer

Mono-Out, Buzzer

Mono-Out, Buzzer

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 08:45:17

Page Modified:

Wednesday, March 02, 2011 08:45:17

Page Modified:

6

Wednesday, March 02, 2011 08:45:17

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

33 65

33 65

33 65

1

2

3

4

5

6

7

8

PCI SLOT 1

P_AD[0..31][22,35]

B10
B11
B12
B13
B14
B15
B16
B17
B18
B19
B20
B21
B22
B23
B24
B25
B26
B27
B28
B29
B30
B31
B32
B33
B34
B35
B36
B37
B38
B39
B40
B41
B42
B43
B44
B45
B46
B47
B48
B49

B52
B53
B54
B55
B56
B57
B58
B59
B60
B61
B62

B1
B2
B3
B4
B5
B6
B7
B8
B9

CBE#[0..3][22,35]

J20

J20

-12V
TCK
GND11
TDO
+5V22
+5V23
INTB
INTD
PRSNT1
RESERVED5
PRSNT2
GND12
GND13
RESERVED6
GND14
CLK
GND15
REQ
+5V8
AD31
AD29
GND16
AD27
AD25
+3.3V7
C/BE3
AD23
GND17
AD21
AD19
+3.3V8
AD17
C/BE2
GND18
IRDY
+3.3V9
DEVSEL
GND19
LOCK
PERR
+3.3V10
SERR
+3.3V11
C/BE1
AD14
GND20
AD12
AD10
GND21

AD8
AD7
+3.3V12
AD5
AD3
GND22
AD1
+5V9
ACK64
+5V10
+5V11

PCI_120P_15u

PCI_120P_15u

+5V -12V

+3P3V +3P3V

A A

P_INTF#[22,35]
P_INTH#[22,35]

CK_P_33M_S1[25]

P_REQ0#[22]

B B

P_IRDY#[22,35]

P_RDEVSEL#[22,35]

P_LOCK#[22,35]
P_PERR#[22,35]

P_SERR#[22,35]

C C

+3P3V

C334 100nF_X7R_16VI 0402C334 100nF_X7R_16VI 0402
C336 100nF_X7R_16VI 0402C336 100nF_X7R_16VI 0402
C337 100nF_X7R_16VI 0402C337 100nF_X7R_16VI 0402
C339 100nF_X7R_16VI 0402C339 100nF_X7R_16VI 0402
C340 100nF_X7R_16VI 0402C340 100nF_X7R_16VI 0402

C341 470uF_EC_6.3V 6.3X11I CCL=Y

C341 470uF_EC_6.3V 6.3X11I CCL=Y

+

+

P_FRAME#

D D

P_IRDY#
P_TRDY#
P_RDEVSEL#

P_STOP#
P_LOCK#
P_PERR#
P_SERR#

RN3 8.2K_5% 1206IRN3 8.2K_5% 1206I

2
4
6

RN4 8.2K_5% 1206IRN4 8.2K_5% 1206I

2
4
6

1

R272 4.7K_5% 0603IR272 4.7K_5% 0603I

C332 10nF_X7R_25VI 0402C332 10nF_X7R_25VI 0402
C331 10nF_X7R_25VI 0402C331 10nF_X7R_25VI 0402

C149

C149
47pF_NPO_50V

47pF_NPO_50V

0603

0603
NI

NI

R277 4.7K_5% 0603IR277 4.7K_5% 0603I
C333 100nF_X7R_16VI 0603C333 100nF_X7R_16VI 0603

+5V

C335 100nF_X7R_16VI 0402C335 100nF_X7R_16VI 0402
C338 470uF_EC_6.3V 6.3X11I CCL=Y

C338 470uF_EC_6.3V 6.3X11I CCL=Y

+

+

+3P3V

1
3
5
78

1
3
5
78

+3P3V_AUX

2

SLOT1_TCK

SLOT1_PRSNT1#
SLOT1_PRSNT2#

P_AD29

P_AD25
CBE#3

P_AD23

P_AD19

CBE#2
P_IRDY#
P_RDEVSEL#
P_LOCK#

P_PERR#
P_SERR#
CBE#1

P_AD14

P_AD10

P_AD8
P_AD7

P_AD3

ACK64#_1

+3P3V

Stitching caps

C343 10nF_X7R_25VI 0402C343 10nF_X7R_25VI 0402
C342 10nF_X7R_25VI 0402C342 10nF_X7R_25VI 0402

C345 10nF_X7R_25VNI 0402C345 10nF_X7R_25VNI 0402
C344 100nF_X7R_16VI 0402C344 100nF_X7R_16VI 0402

3

P_AD[0..31]
CBE#[0..3]

RESERVED1
RESERVED2

RESERVED3

RESERVED4

INT - E
REQ - 0
GNT - 0
IDSEL - AD16

I

I

TRST

+12V

TMS

+5V1
INTA
INTC
+5V2

+5V3

GND1
GND2

RST

+5V4

GNT

GND3

AD30

+3.3V1

AD28
AD26

GND4

AD24

IDSEL

+3.3V2

AD22
AD20

GND5

AD18
AD16

+3.3V3

FRAME

GND6

TRDY

GND7

STOP

+3.3V4

SDONE

SBO

GND8

PAR

AD15

+3.3V5

AD13
AD11

GND9

AD9

C/BE0

+3.3V6

AD6
AD4

GND10

AD2
AD0

+5V5

REQ64

+5V6
+5V7

+12V +3P3V_AUX

A1
A2
A3
A4

TDI

A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
A21
A22
A23
A24
A25
A26
A27
A28
A29
A30
A31
A32
A33
A34
A35
A36
A37
A38
A39
A40
A41
A42
A43
A44
A45
A46
A47
A48
A49

A52
A53
A54
A55
A56
A57
A58
A59
A60
A61
A62

4

+5V

SLOT1_TRST#
SLOT1_TMS

SLOT1_TDI

SLOT1_IDSEL

P_FRAME#
P_TRDY#
P_STOP#

REQ64#_1

R278 4.7K_5% 0603IR278 4.7K_5% 0603I

5

R273 4.7K_5% 0603IR273 4.7K_5% 0603I
R274 4.7K_5% 0603IR274 4.7K_5% 0603I

R275 4.7K_5% 0603IR275 4.7K_5% 0603I

300_5%R276 I 0603300_5%R276 I 0603

P_AD30P_AD31
P_AD28

P_AD26P_AD27
P_AD24

P_AD16
P_AD22

P_AD20P_AD21
P_AD18

P_AD16P_AD17

P_AD15
P_AD13

P_AD11P_AD12
P_AD9

CBE#0
P_AD6

P_AD4P_AD5
P_AD2

P_AD0P_AD1

+5V

P_INTE# [22,35]
P_INTG# [22,35]

P_GNT0# [22]
P_PME# [22,35]

P_FRAME# [22,35]
P_TRDY# [22,35]
P_STOP# [22,35]

SMBCLK_PCI [35,38]
SMBDATA_PCI [35,38]

P_PAR [22,35]

+5V+5V

6

C113

C113
47pF_NPO_50V

47pF_NPO_50V

0603

0603
NI

NI

P_PCIRST_N [22,35]

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

PCI 2.3 - PCI Slot 1

PCI 2.3 - PCI Slot 1

PCI 2.3 - PCI Slot 1

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:38

Page Modified:

Wednesday, March 02, 2011 09:21:38

Page Modified:

Wednesday, March 02, 2011 09:21:38

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

34 65

34 65

34 65

1

2

3

4

5

6

7

8

PCI SLOT

J21

J21

-12V
TCK
GND11
TDO
+5V22
+5V23
INTB
INTD
PRSNT1
RESERVED5
PRSNT2
GND12
GND13
RESERVED6
GND14
CLK
GND15
REQ
+5V8
AD31
AD29
GND16
AD27
AD25
+3.3V7
C/BE3
AD23
GND17
AD21
AD19
+3.3V8
AD17
C/BE2
GND18
IRDY
+3.3V9
DEVSEL
GND19
LOCK
PERR
+3.3V10
SERR
+3.3V11
C/BE1
AD14
GND20
AD12
AD10
GND21

AD8
AD7
+3.3V12
AD5
AD3
GND22
AD1
+5V9
ACK64
+5V10
+5V11

PCI_120P_15u

PCI_120P_15u

P_AD[0..31]
CBE#[0..3]

RESERVED1
RESERVED2

RESERVED3

RESERVED4

INT - F
REQ - 1
GNT - 1
IDSEL - AD17

I

I

TRST

+12V

TMS

+5V1
INTA
INTC
+5V2

+5V3

GND1
GND2

RST

+5V4

GNT

GND3

AD30

+3.3V1

AD28
AD26

GND4

AD24

IDSEL

+3.3V2

AD22
AD20

GND5

AD18
AD16

+3.3V3

FRAME

GND6
TRDY
GND7
STOP

+3.3V4

SDONE

SBO

GND8

PAR

AD15

+3.3V5

AD13
AD11

GND9

AD9

C/BE0

+3.3V6

AD6
AD4

GND10

AD2
AD0

+5V5

REQ64

+5V6
+5V7

+5V

+3P3V_AUX

+3P3V+12V

A1
A2
A3
A4

TDI

A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
A21
A22
A23
A24
A25
A26
A27
A28
A29
A30
A31
A32
A33
A34
A35
A36
A37
A38
A39
A40
A41
A42
A43
A44
A45
A46
A47
A48
A49

A52
A53
A54
A55
A56
A57
A58
A59
A60
A61
A62

SLOT2_TRST#
SLOT2_TMS

SLOT2_TDI
P_INTF#

P_INTH#

P_PCIRST_N

P_PME#

SLOT2_IDSEL

P_FRAME#
P_TRDY#
P_STOP#
SMBCLK_PCI

SMBDATA_PCI
P_PAR

REQ64#_2

R400 4.7K_5% 0603IR400 4.7K_5% 0603I
R419 4.7K_5% 0603IR419 4.7K_5% 0603I

R399 4.7K_5% 0603IR399 4.7K_5% 0603I

300_5%R393 I 0603300_5%R393 I 0603

R311 4.7K_5% 0603IR311 4.7K_5% 0603I

P_AD30
P_AD28

P_AD26
P_AD24

P_AD17
P_AD22

P_AD20
P_AD18

P_AD16

P_AD15
P_AD13

P_AD11
P_AD9

CBE#0
P_AD6

P_AD4
P_AD2

P_AD0

+5V

P_INTF# [22,34]
P_INTH# [22,34]

P_GNT1# [22]
P_PME# [22,34]

P_FRAME# [22,34]
P_TRDY# [22,34]
P_STOP# [22,34]

SMBCLK_PCI [34,38]
SMBDATA_PCI [34,38]

P_PAR [22,34]

+5V

C148

C148
47pF_NPO_50V

47pF_NPO_50V

0603

0603
NI

NI

P_PCIRST_N [22,34]

P_AD[0..31][22,34]

CBE#[0..3][22,34]

+5V -12V

A A

R309 4.7K_5% 0603IR309 4.7K_5% 0603I

P_INTG#[22,34]

P_INTE#[22,34]

CK_P_33M_S2[25]

P_REQ1#[22]

B B

P_IRDY#[22,34]

P_RDEVSEL#[22,34]

P_LOCK#[22,34]
P_PERR#[22,34]

P_SERR#[22,34]

C C

+5V

C371 10nF_X7R_25VI 0402C371 10nF_X7R_25VI 0402
C562 10nF_X7R_25VI 0402C562 10nF_X7R_25VI 0402

C154

C154
47pF_NPO_50V

47pF_NPO_50V

0603

0603
NI

NI

R392 4.7K_5% 0603IR392 4.7K_5% 0603I
C566 100nF_X7R_16VI 0603C566 100nF_X7R_16VI 0603

SLOT2_TCK

P_INTG#
P_INTE#

P_AD31
P_AD29

P_AD27
P_AD25

CBE#3
P_AD23

P_AD21
P_AD19

P_AD17
CBE#2

P_IRDY#
P_RDEVSEL#
P_LOCK#

P_PERR#
P_SERR#
CBE#1

P_AD14
P_AD12

P_AD10

P_AD8
P_AD7

P_AD5
P_AD3

P_AD1
ACK64#_2

+3P3V

SLOT2_PRSNT1#
SLOT2_PRSNT2#

B10
B11
B12
B13
B14
B15
B16
B17
B18
B19
B20
B21
B22
B23
B24
B25
B26
B27
B28
B29
B30
B31
B32
B33
B34
B35
B36
B37
B38
B39
B40
B41
B42
B43
B44
B45
B46
B47
B48
B49

B52
B53
B54
B55
B56
B57
B58
B59
B60
B61
B62

B1
B2
B3
B4
B5
B6
B7
B8
B9

+3P3V

C874 100nF_X7R_16VI 0402C874 100nF_X7R_16VI 0402

D D

1

C876 100nF_X7R_16VI 0402C876 100nF_X7R_16VI 0402
C875 100nF_X7R_16VI 0402C875 100nF_X7R_16VI 0402
C872 100nF_X7R_16VI 0402C872 100nF_X7R_16VI 0402
C877 100nF_X7R_16VI 0402C877 100nF_X7R_16VI 0402

C873 470uF_EC_6.3V 6.3X11NI CCL=Y

C873 470uF_EC_6.3V 6.3X11NI CCL=Y

+

+

2

+5V

C857 100nF_X7R_16VI 0402C857 100nF_X7R_16VI 0402
C856 470uF_EC_6.3V 6.3X11I CCL=Y

C856 470uF_EC_6.3V 6.3X11I CCL=Y

+

+

3

4

5

6

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

PCI 2.3 - PCI Slot 2

PCI 2.3 - PCI Slot 2

PCI 2.3 - PCI Slot 2

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:35

Page Modified:

Wednesday, March 02, 2011 09:21:35

Page Modified:

Wednesday, March 02, 2011 09:21:35

7

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

35 65

35 65

35 65

8

1

A A

2

3

4

5

6

7

8

A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11

A12
A13
A14
A15
A16
A17
A18

+12V+12V

PCIEX1_TCK_J31
PCIEX1_TDI_J31

PCIEX1_TMS_J31

R282 8.2K_5% 0402IR282 8.2K_5% 0402I
R279 8.2K_5% 0402IR279 8.2K_5% 0402I

R280 8.2K_5% 0402IR280 8.2K_5% 0402I

C150

C150
47pF_NPO_50V

47pF_NPO_50V

0603

0603
NI

NI

+3P3V
+3P3V

SIO_PCIEX1_RST#_1 [38]

CK_PE_100M_X1PORT1 [25]
CK_PE_100M_X1PORT1# [25]

PCH_HSIP5 [21]
PCH_HSIN5 [21]

+12V +12V

C346

C346
100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

+3P3V

C853

C853

+

+

470uF_EC_6.3V

470uF_EC_6.3V

6.3X11

6.3X11
I

I
CCL=Y

CCL=Y

+3P3V +3P3V

C358

C358
100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

C253

C253
100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

C347

C347
100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

PCI EXPRESS X1 SLOT1

SMBCLK_PCIE_SLOT[37]

SMBDATA_PCIE_SLOT[37]

R281 8.2K_5% 0402IR281 8.2K_5% 0402I

PCI_EXP_WAKE#[24,37]

B B

PCH_C_HSOP5[21]

PCH_C_HSON5[21]

PCIEX1_TRST_J31#

+3P3V_AUX

+3P3V +3P3V

B10
B11

B12
B13
B14
B15
B16
B17
B18

J31

J31

B1

+12V_1

B2

+12V_2

B3

+12V_3

B4

GND1

B5

SMCLK

B6

SMDAT

B7

GND2

B8

+3.3V_1

B9

TRST#

3.3VAUX
WAKE

MECH. KEY

MECH. KEY

RSVD2
GND3
PETp0
PETn0
GND4
PRSNT2
GND5

HOLD11HOLD2

2

I

I

PRSNT1

+12V_4
+12V_5

GND6

TCK

TDI
TDO
TMS

+3.3V_2
+3.3V_3

PERST

GND7

REFCLK+

REFCLK-

GND8
PERp0
PERn0

GND9

PCIE-X1_36P_15u

PCIE-X1_36P_15u

For Monotonic improve use

SMBCLK[24,38,39]

SMBDATA[24,38,39]

C C

R283 47_5% 0402IR283 47_5% 0402I
R284 47_5% 0402IR284 47_5% 0402I

SMBCLK_PCIE_SLOT [37]
SMBDATA_PCIE_SLOT [37]

D D

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

PCIEx1

PCIEx1

PCIEx1

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:34

Page Modified:

Wednesday, March 02, 2011 09:21:34

Page Modified:

1

2

3

4

5

6

Wednesday, March 02, 2011 09:21:34

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

36 65

36 65

36 65

1

2

3

4

5

6

7

8

PCI EXPRESS x16 SLOT

+12V +12V +3P3V

+3P3V_AUX

A A

SMBCLK_PCIE_SLOT[36]

SMBDATA_PCIE_SLOT[36]

R292 8.2K_5% 0402IR292 8.2K_5% 0402I

PCI_EXP_WAKE#[24,36] SIO_PCIE_RST#_X16 [38]

EXP_A_TXP_0_C[13]
EXP_A_TXN_0_C[13]

EXP_A_TXP_1_C[13]
EXP_A_TXN_1_C[13]

EXP_A_TXP_2_C[13]
EXP_A_TXN_2_C[13]

B B

C C

D D

EXP_A_TXP_3_C[13]
EXP_A_TXN_3_C[13]

EXP_A_TXP_4_C[13]
EXP_A_TXN_4_C[13]

EXP_A_TXP_5_C[13]
EXP_A_TXN_5_C[13]

EXP_A_TXP_6_C[13]
EXP_A_TXN_6_C[13]

EXP_A_TXP_7_C[13]
EXP_A_TXN_7_C[13]

EXP_A_TXP_8_C[13]
EXP_A_TXN_8_C[13]

EXP_A_TXP_9_C[13]
EXP_A_TXN_9_C[13]

EXP_A_TXP_10_C[13]

EXP_A_TXN_10_C[13]

EXP_A_TXP_11_C[13]

EXP_A_TXN_11_C[13]

EXP_A_TXP_12_C[13]

EXP_A_TXN_12_C[13]

EXP_A_TXP_13_C[13]

EXP_A_TXN_13_C[13]

EXP_A_TXP_14_C[13]

EXP_A_TXN_14_C[13]

EXP_A_TXP_15_C[13]

EXP_A_TXN_15_C[13]

1

PCIEX16_TRST#

+3P3V

J41

J41

B1

+12V_1

B2

+12V_2

B3

+12V_3

B4

GND1

B5

SMCLK

B6

SMDAT

B7

GND2

B8

+3.3V_1

B9

TRST#

B10

3.3VAUX

B11

WAKE

MECH. KEY

RSVD2
GND3
PETp0
PETn0
GND4
PRSNT2#_1
GND5

PETp1
PETn1
GND6
GND7
PETp2
PETn2
GND8
GND9
PETp3
PETn3
GND10
RSVD3
PRSNT2#_2
GND11

PETp4
PETn4
GND12
GND13
PETp5
PETn5
GND14
GND15
PETp6
PETn6
GND16
GND17
PETp7
PETn7
GND18
PRSNT2#_3
GND19
PETp8
PETn8
GND20
GND21
PETp9
PETn9
GND22
GND23
PETp10
PETn10
GND24
GND25
PETp11
PETn11
GND26
GND27
PETp12
PETn12
GND28
GND29
PETp13
PETn13
GND30
GND31
PETp14
PETn14
GND32
GND33
PETp15
PETn15
GND34
PRSNT2#_4
RSVD4

MECH. KEY

HOLD11HOLD2

2

3

B12
B13
B14
B15
B16
B17
B18

B19
B20
B21
B22
B23
B24
B25
B26
B27
B28
B29
B30
B31
B32

B33
B34
B35
B36
B37
B38
B39
B40
B41
B42
B43
B44
B45
B46
B47
B48
B49
B50
B51
B52
B53
B54
B55
B56
B57
B58
B59
B60
B61
B62
B63
B64
B65
B66
B67
B68
B69
B70
B71
B72
B73
B74
B75
B76
B77
B78
B79
B80
B81
B82

PCIE-X16_164P_15u

PCIE-X16_164P_15u

2

PRSNT1#

+12V_4
+12V_5

GND35

TCK

TDO

TMS
+3.3V_2
+3.3V_3

PERST

GND36

REFCLK+

REFCLK-

GND37

PERp0
PERn0

GND38
RSVD5

GND39

PERp1

PERn1
GND40
GND41

PERp2

PERn2
GND42
GND43

PERp3

PERn3
GND44
RSVD6

RSVD7
GND45

PERp4

PERn4
GND46
GND47

PERp5

PERn5
GND48
GND49

PERp6

PERn6
GND50
GND51

PERp7

PERn7
GND52
RSVD8
GND53

PERp8

PERn8
GND54
GND55

PERp9

PERn9
GND56
GND57

PERp10
PERn10

GND58
GND59

PERp11
PERn11

GND60
GND61

PERp12
PERn12

GND62
GND63

PERp13
PERn13

GND64
GND65

PERp14
PERn14

GND66
GND67

PERp15
PERn15

GND68

I,I,NI,NI,NI,I,I,I,I

I,I,NI,NI,NI,I,I,I,I

A1
A2
A3
A4
A5
A6

TDI

A7
A8
A9
A10
A11

A12
A13
A14
A15
A16
A17
A18

A19
A20
A21
A22
A23
A24
A25
A26
A27
A28
A29
A30
A31
A32

A33
A34
A35
A36
A37
A38
A39
A40
A41
A42
A43
A44
A45
A46
A47
A48
A49
A50
A51
A52
A53
A54
A55
A56
A57
A58
A59
A60
A61
A62
A63
A64
A65
A66
A67
A68
A69
A70
A71
A72
A73
A74
A75
A76
A77
A78
A79
A80
A81
A82

PCIEX16_TCK
PCIEX16_TDI

PCIEX16_TMS

4

8.2K_5%

R289 I 0402

R289 I 0402
R290 8.2K_5% 0402IR290 8.2K_5% 0402I

R291 8.2K_5% 0402IR291 8.2K_5% 0402I

8.2K_5%

CK_PE_100M_X16PORT [25]
CK_PE_100M_X16PORT# [25]

EXP_A_RXP_0 [13]
EXP_A_RXN_0 [13]

EXP_A_RXP_1 [13]
EXP_A_RXN_1 [13]

EXP_A_RXP_2 [13]
EXP_A_RXN_2 [13]

EXP_A_RXP_3 [13]
EXP_A_RXN_3 [13]

EXP_A_RXP_4 [13]
EXP_A_RXN_4 [13]

EXP_A_RXP_5 [13]
EXP_A_RXN_5 [13]

EXP_A_RXP_6 [13]
EXP_A_RXN_6 [13]

EXP_A_RXP_7 [13]
EXP_A_RXN_7 [13]

EXP_A_RXP_8 [13]
EXP_A_RXN_8 [13]

EXP_A_RXP_9 [13]
EXP_A_RXN_9 [13]

EXP_A_RXP_10 [13]
EXP_A_RXN_10 [13]

EXP_A_RXP_11 [13]
EXP_A_RXN_11 [13]

EXP_A_RXP_12 [13]
EXP_A_RXN_12 [13]

EXP_A_RXP_13 [13]
EXP_A_RXN_13 [13]

EXP_A_RXP_14 [13]
EXP_A_RXN_14 [13]

EXP_A_RXP_15 [13]
EXP_A_RXN_15 [13]

+3P3V
+3P3V

C152

C152
47pF_NPO_50V

47pF_NPO_50V

0603

0603
NI

NI

+3P3V_AUX +3P3V_AUX

C862

C862
100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

+3P3V

C355

C355
100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

+12V

C353

C353
100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

J42

+3P3V_AUX

+

+

+

+

C352

C352
10nF_X7R_25V

10nF_X7R_25V

0402

0402
I

I

C863

C863
470uF_EC_6.3V

470uF_EC_6.3V

6.3X11

6.3X11
I

I
CCL=Y

CCL=Y

C354

C354
470uF_EC_16V

470uF_EC_16V

CRITICAL

CRITICAL
8X11.5

8X11.5
I

I

NI,NI,I,I,I,NI,NI,NI,NIJ42

NI,NI,I,I,I,NI,NI,NI,NI

Ventoux PCIe-X16
(Friction Fit )

PCIE-X16_164P_15u

PCIE-X16_164P_15u

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

Page Modified:

Page Modified:

5

6

Page Modified:

1

1

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

PCIEx16 Slot

PCIEx16 Slot

PCIEx16 Slot

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Wednesday, March 02, 2011 09:21:33

Wednesday, March 02, 2011 09:21:33

Wednesday, March 02, 2011 09:21:33

7

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

37 65

37 65

37 65

1

2

3

4

5

6

7

8

+3P3V_AUX+3P3V_AUX

53

U67

PLTRST_N[10,11,16,24,39]

A A

C2

C2
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

33_5%R147 I 040233_5%R147 I 0402

+3P3V_AUX+3P3V_AUX

C4

C4
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

U67

2 4
1

SN74LVC1G14DBVRE4

SN74LVC1G14DBVRE4

I

I

53

U66

U66

2 4
1

SN74LVC1G14DBVRE4

SN74LVC1G14DBVRE4

I

I

33_5%R164 I 040233_5%R164 I 0402
33_5%R146 I 040233_5%R146 I 0402
33_5%R142 I 040233_5%R142 I 0402
33_5%R168 I 040233_5%R168 I 0402
33_5%R195 I 040233_5%R195 I 0402
33_5%R167 I 040233_5%R167 I 0402

SIO_PCIE_RST#_X16 [37]
SIO_PCIEX1_RST#_1 [36]
SIO_TPM_RST# [8]
SIO_TCM_RST# [8]
SIO_ASSID_RST# [8]
SIO_LAN_RST# [49]

ACPI Contrlol Option

+3P3V_AUX+3P3V_AUX

R209

R209

R205

R205

10K_5%

10K_5%

10K_5%

10K_5%

0402

0402

0402

0402

NI

NI

NI

NI

LATCHED_BKFD_CUT[39]

3VSBSW#[39]

R3307 0_5% 0402IR3307 0_5% 0402I
R3308 0_5% 0402NIR3308 0_5% 0402NI

For Debug.

R3306 0_5% 0402IR3306 0_5% 0402I

SIO_3V_GATE

R64

R64

4.7K_5%

4.7K_5%

0402

0402
I

I

+5V_AUX

G

G

R3305

R3305

2.7K_5%

2.7K_5%

0402

0402
NI

NI

D

D

S

S

Q1198

Q1198
2N7002

2N7002

SOT23-3P

SOT23-3P
NI

NI

+3V_GATE [50]

SM Bus Isolate Circuit

+3P3V_AUX

B B

R677

I

I

R3134

R3134

I

I

Q1177

Q1177

C

C

MMBT3904LT1G

MMBT3904LT1G

SOT-23-3P

SOT-23-3P

E

E

I

I

R677

2.2K_5%

2.2K_5%

0402

0402

I

I

0402

0402

4.7K_5%

4.7K_5%

+12V

R687I8.2K_5%

R687I8.2K_5%

0402

0402

C

C

B

B

E

E

R2318 0_5%

R2318 0_5%

0402 NI

0402 NI

Q83 2N7002

Q83 2N7002

Q85 2N7002

Q85 2N7002

Q1176_C

Q1176

Q1176
MMBT3904LT1G

MMBT3904LT1G

SOT-23-3P

SOT-23-3P
I

I

D

S

D

S

SOT23-3PI

SOT23-3PI

G

G

D

S

D

S

SOT23-3PI

SOT23-3PI

G

G

R2319 0_5%

R2319 0_5%

0402 NI

0402 NI

R665

R665

2.2K_5%

2.2K_5%

0402

R681 47_5%

SMBDATA_PCI[34,35]

SMBDATA[24,36,39]

SMBCLK_PCI[34,35]

SMBCLK[24,36,39]

R681 47_5%

0402 I

0402 I

R666 47_5%

R666 47_5%

0402 I

0402 I

0402

+3P3V_AUX

R3136 10K_5%

R3136 10K_5%

0402 I

+3P3V_AUX

R3137 10K_5%

R3137 10K_5%

0402 NI

0402 NI

PWRGD_140MS[24,39]

C C

0402 I

R365 0_5%

R365 0_5%

0402 I

0402 I

Q1177_C Q1176_B

R3135 15K_5%

R3135 15K_5%

0402 I

0402 I

Q1177_B

B

B

2.2K_5%

2.2K_5%

R757

R757

0402

0402

+3P3V

R746

R746

2.2K_5%

2.2K_5%

I

I

I

I

0402

0402

SMB_DATA [10,16,17,39]

SMB_CLK [10,16,17,39]

D D

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

PCI RST, 30ms Delay, SMBus

PCI RST, 30ms Delay, SMBus

PCI RST, 30ms Delay, SMBus

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:36

Page Modified:

Wednesday, March 02, 2011 09:21:36

Page Modified:

1

2

3

4

5

6

Wednesday, March 02, 2011 09:21:36

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

8

38 65

38 65

38 65

Sheet of

Sheet of

Sheet of

1

+3P3V_AUX

R3271 1K_5% 0402 IR3271 1K_5% 0402 I
R3272 4.7K_5% 0402 NIR3272 4.7K_5% 0402 NI
R227 4.7K_5% 0402 IR227 4.7K_5% 0402 I
R296 4.7K_5% 0402 IR296 4.7K_5% 0402 I

R3256 10K_5% 0402 IR3256 10K_5% 0402 I
R3257 10K_5% 0402 NIR3257 10K_5% 0402 NI

+3P3V

R230 4.7K_5% 0402 IR230 4.7K_5% 0402 I
R223 4.7K_5% 0402 IR223 4.7K_5% 0402 I

A A

R101 8.2K_5% 0402 IR101 8.2K_5% 0402 I
R204 1K_5% 0402 IR204 1K_5% 0402 I
R208 4.7K_5% 0402 IR208 4.7K_5% 0402 I
R3253 10K_5% 0402 IR3253 10K_5% 0402 I

+5V_AUX

R307 4.7K_5% 0402 IR307 4.7K_5% 0402 I

R495 1K_5% 0402 IR495 1K_5% 0402 I
R160 20K_5% 0402 NIR160 20K_5% 0402 NI

R305 4.7K_5% 0402 IR305 4.7K_5% 0402 I
R302 4.7K_5% 0402 IR302 4.7K_5% 0402 I

RN10

RN10

4.7K_5%

4.7K_5%

8P4R0603

8P4R0603

I

I

B B

Defense Design By Nuvoton

+3V_BATT

C C

D D

1
3
5
7 8

I

I
0402

0402

4.7K_5%

4.7K_5%
R301

R301

RN11

RN11

4.7K_5%

4.7K_5%

8P4R0603

8P4R0603

I

I

+3P3V

Due to SuperIO's PG is monitor Vcc3, To Improve power off PowerGD timing.

1
3
5
7 8

RN33

RN33

1
3
5
7 8

1K_5%

1K_5%

8P4R0603

8P4R0603

NI

NI

R241 1M_1%0603NIR241 1M_1% 0603NI
R233 1K_5% 0402 IR233 1K_5%0402 I

R225

R225
1K_5%

1K_5%

0402

0402

SLP_S3#_R

I

I

+5V_DUAL

R5

R5
20K_1%

20K_1%

0402

0402
I

I

R17

R17

10K_1%

10K_1%

0402

0402

I

I

SIO_AGND

1

2
4
6

2
4
6

2
4
6

LPC_AD0
LPC_AD1
LPC_AD2
LPC_AD3

R224

R224

4.7K_5%

4.7K_5%

0402

0402
I

I

G2

G2

SIO_AGND

SIO_CASEOPEN#
PWRGD_140MS

SIO_GPIO10
SIO_GPIO14

SIO_GPIO15
SIO_GPIO16
SIO_GPIO17

SKTOCC#_S
SKTOCC#_S

+3P3V_AUX

D2

D2

S2

S2

G2

G2

SHORT PAD

SHORT PAD

NOBOM

NOBOM

SIO_VIN0

SIO_RSMRST#_R
PWRBTN_OUT#_SIO
SIO_THERMTRIP#
PWRBTN#_SIO

GRN_LED
YLW_LED

SIO_RSTOUT1
SIO_AMDSID
SIO_LPC_SMI#

PWRGD_140MS

RESETCON#
SER_IRQ

PSON#_SIO

SIO_CPUVCORE
SIO_VIN5

SIO_VIN4
SIO_VIN3
SIO_VIN2

G1

G1

Q1202B

Q1202B
2N7002DW-7-F

2N7002DW-7-F

I

I

12

R35

R35

10K_1%

10K_1%

LPC_SMI#[23]

SMB_CLK[9,10,16,17,38]

SMB_DATA[9,10,16,17,38]

SMBCLK[11,17,19,24,36,38]

SMBDATA[11,17,19,24,36,38]

PWRGD_140MS

D1

D1

Q1202A

Q1202A
2N7002DW-7-F

2N7002DW-7-F

I

I

S1

S1

+5V_DUAL_USB_B

0402

0402

I

I

SIO_AGND

2

PWRBTN#_SIO[41]

PWRBTN_OUT#_SIO[41]

PSON#_SIO[41]

SLP_S3#[9,24,41,47,59]

PWRGD_140MS[24,38]

LATCHED_BKFD_CUT[38]

PWROK_PS[46]

SIO_RSMRST#[24,41]

SKTOCC#[11,24]

CK_P_14M_SIO[25]

R36

R36
20K_1%

20K_1%

0402

0402
I

I

SIO_VIN1

2

SLP_S4#[24,28,32,47,54]

R306 0_5%0402 IR306 0_5%0402 I

I 0402

I 0402

PWRGD_30MS[52,53,59]

3VSBSW#[38]

I 0402

I 0402

R299 0_5% 0402 IR299 0_5% 0402 I
R295 0_5% 0402 NIR295 0_5% 0402 NI

33_5%R357 I 040233_5%R357 I 0402
33_5%R361 I 040233_5%R361 I 0402

SML1CLK[24]
SML1DATA[24]

GRN_LED[41]
YLW_LED[41]

R477 0_5% 0402IR477 0_5% 0402I

SIO_PME#[24]

CK_P_33M_SIO[25]
L_DRQ_0#[24]
SER_IRQ[8,23]
LPC_AD3[8,24]
LPC_AD2[8,24]
LPC_AD1[8,24]
LPC_AD0[8,24]
LPC_FRAME#[8,24]

VRD_SENSOR+[43]
OUTSIDE_SENSOR+[43]

H_PECI[11,23]

TS_D-[43]

C667

C667

4.7uF_X5R_10V

4.7uF_X5R_10V

0805

0805
I

I

ADD +5V_DUAL_USB_B monitor for enter deep sleep safety to PCH

33_5%R271

33_5%R271

SMBCLK_L
SMBDATA_L

PLTRST_N[10,11,16,24,38]

R469 0_5% 0402IR469 0_5% 0402I

SIO_PWROK2
SIO_RSTOUT1
PWROK_PS
RESETCON#

SIO_RSMRST#_R

SIO_CPUVCORE

SIO_VIN5

SIO_VIN4

SIO_VIN3

SIO_VIN2

SIO_VIN1

SIO_VIN0

SIO_CASEOPEN#
SIO_LPC_SMI#

SKTOCC#_S
SIO_THERMTRIP#
SIO_PROCHOT#

SIO_XIN
SIO_XOUT

VRD_SENSOR+

SIO_AMDSID

PAD_CAP
SIO_VREF

C1015

C1015
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

33_5%R298

33_5%R298

SIO_GPIO10
SIO_GPIO14
SIO_GPIO15
SIO_GPIO16
SIO_GPIO17

SIO_AGND

SLP_S3#_R
SLP_S4#_R

0_5%R317 NI 04020_5%R317 NI 0402
0_5%R318 NI 04020_5%R318 NI 0402
0_5%R366 NI 04020_5%R366 NI 0402
0_5%R367 NI 04020_5%R367 NI 0402

3

+3P3V_A_AUX

U68

U68

63

PSIN# / GPEN04

62

PSOUT# / GPEN03

59

PSON# / GPEN00

66

SLP_S5# / GPEN06

60

SLP_S3# / GPEN01

121

PWROK0 / GPEN14

122

PWROK1 / GPEN15

123

PWROK2 / GPEN16

70

RSTOUT1# / GPEN12

69

LATCHED_BKFD_CUT / RSTOUT0# / GPEN11

68

ATXPGD / GPEN10

67

BKFD_CUT / 3VSBSW# / GPEN07

65

RESETCON# / GPEN05

124

RSMRST# / GPEN17

92

V07_COMP3 / CPUVOCRE / GPI97

93

V07_COMP4 / VIN5 / GPI96

97

GPI92 / VIN4

98

GPI91 / VIN3

99

GPI90 / VIN2

100

GPI56 / VIN1

101

GPI55 / VIN0 / AUXTIN

126

CASEOPEN# / GPIO67

119

GPIO57 / SMI# / OVT#

125

SKTOCC# / GPIO66

89

THERMTRIP#

90

PROCHOT#

75

MSCL2 / GPIO63

74

MSDA2 / GPIO62

73

MSCL1 / GPIO61

72

MSDA1 / GPIO60

78

HMSCL / GPIO65

77

HMSDA / GPIO64

16

GPIO13 / GRN_LED / Fading

15

GPIO12 / YLW_LED / Fading

13

GPIO10

17

SVCI / GPIO14

18

INTEL_SVDI / AMD_SVDI / GPIO15

19

INTEL_ALTERI / GPIO16

20

GPIO17

22

XIN

23

XOUT

61

PME# / GPEN02

10

PCICLK

3

LDRQ# / GPIO00

4

SERIRQ#

5

LAD3

6

LAD2

7

LAD1

8

LAD0

9

LFRAME#

2

LRESET#

103

GPI53 / CPUTIN

102

GPI54 / SYSTIN

127

AMDSIC / PECI

128

AMDSID

105

AGND

80

PAD_CAP

91

VREF

3

104

AVSB

C2846

C2846
1nF_X7R_50V

1nF_X7R_50V

0402

0402
NI

NI

L45

L45

2.7uH_15mA

2.7uH_15mA

0603

0603
NI

NI

+3P3V

1

VCC

NCT6681D_A

NCT6681D_A

ACPI

ACPI

HM

HM

PWR_LED

PWR_LED

SVID

SVID

LPC BUS

LPC BUS

HM

HM

VSS

24

Y4 48MHz NIY4 48MHz NI

C676

C676
10pF_NPO_50V

10pF_NPO_50V

0402

0402
NI

NI

4

21

3VSB

4

54

3VSB

KB/MS

KB/MS

SPI

SPI

LPT

LPT

ErP

ErP

COMA

COMA

COMB

COMB

FAN CONTROL

FAN CONTROL

GPIO

GPIO

VSS

64

76

SIO_XOUTSIO_XIN

+3V_BATT+3P3V_AUX

79

120

3VSB

VBAT

DB_RX / DB_SCE# / MCU_TMS / KDAT

DB_SI / MCU_TCK / KCLK

DB_TX / DB_SCK / MCU_TDO / MDAT

DB_SO / MCU_TDI / MCLK

KBRST# / SPI_HOLD# / GPIO51

GATEA20 / SPI_WP# / GPIO50

DGH# / RDATA# / AFD# / GPIO47

DGH# / INDEX# / ERR# / GPIO46

DGL# / TRAK0# / INIT# / GPIO45

DGL# / DSKCHG# / SLIN# / GPIO44

LED_G / HEAD# / PD0 / GPIO43

LED_F / DRVDEN0 / PD1 / GPIO42

LED_E / DSA# / PD2 / GPIO41

LED_D / WE# / PD3 / GPIO40

LED_C / WD# / PD4 / GPIO37

LED_B / STEP# / PD5 / GPIO36

LED_A / DIR# / PD6 / GPIO35

SCE2# / SLCT# / GPIO30

VRM_EN / DPSL_S5_LATCH / GPIO11

DSLP_LANEN# / SVCO / GPIO74

GPOA0 / DSLP_S5_CTRL

DSLP_WAKEIN# / RSTOUT2# / GPEN13

DTRA# / CIRTX2 / GPIO23
RTSA# / CIRTX1 / GPIO22

DSRA# / CIRWB / GPIO21

CTSA# / CIRRX / GPIO20

GPIO87 / RIB# / PWMOUT2
GPIO86 / DCDB# / PWMOUT1
GPIO85 / SOUTB / PWMOUT0

GPIO84 / SINB / TACHIN4
GPIO83 / DTRB# / TACHIN3
GPIO82 / RTSB# / TACHIN2

GPIO81 / DSRB# / TACHIN1

GPIO80 / CTSB# / TACHIN0

SYSFANOUT / INTEL_ALTERO / SCS1# / GPIO76

VSS

C677

C677
10pF_NPO_50V

10pF_NPO_50V

0402

0402
NI

NI

CPUFANOUT / SVDO / GPIO75

AUXFANOUT / SCS2# / GPIO77

ADD it For no-S0 states SIO EC moudle can work noramly

5

Strap1 / SCK1

Strap0 / SCE1#

SCSIN# / GPIO73

WP# / STB# / GPIO52

MOA# / PD7 / GPIO34
SO2 / ACK# / GPIO33

SI2 / BUSY / GPIO32

SCK2 / PE / GPIO31

RIA# / GPIO27

DCDA# / GPIO26

SOUTA / GPIO25

SINA / GPIO24

SYSFANIN / GPI94
CPUFANIN / GPI93
AUXFANIN / GPI95

GPOA1 / WDTO2
GPOA2 / WDTO1

GPOA3
GPOA4

V07_CMP2 / GPIO72
V07_CMP1 / GPIO71
V07_CMP0 / GPIO70

5

6

56
55
58
57

SIO_PIN51

12

SIO_PIN50

11

SIO_GPIO11
SIO_GPIO74
SIO_GPOA0
SIO_GPEN13

SIO_WDTO2
SIO_WDTO1

33_5%R244 I040233_5%R244 I0402
33_5%R259 I040233_5%R259 I0402
33_5%R261 I040233_5%R261 I0402
33_5%R262 I040233_5%R262 I0402

SIO_SCSIN#
XOR_EN
PS2_EN

H_STB# [40]
H_AFD# [40]
H_ERR# [40]
H_PRNINIT# [40]
H_SLIN# [40]

H_PD0 [40]
H_PD1 [40]
H_PD2 [40]
H_PD3 [40]
H_PD4 [40]
H_PD5 [40]
H_PD6 [40]

H_PD7 [40]
H_ACK# [40]
H_BUSY [40]
H_PE [40]
H_SLCT [40]

SYSTEM_FAN_PWM [48]
SYSTEM_FAN_TACH [48]

CPU_FAN_PWM [48]
CPU_FAN_TACH [48]

PWR_FAN_PWM [48]
PWR_FAN_TACH [48]

36

SO1

35

SI1

34
33
84

53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37

14
85
110
71

32
31
30
29
28
27
26
25

118
117
116
115
114
113
112
111

87
95
86
96
88
94

109
108
107
106

SIO_GPIO72

83

SIO_GPIO71

82

SIO_GPIO70

81

ARI1# [43]

DCD1# [43]
TXD1 [43]
RXD1 [43]

DTR1# [43]
RTS1# [43]

DSR1# [43]

CTS1# [43]

ARI2# [43]

DCD2# [43]
TXD2 [43]
RXD2 [43]

DTR2# [43]

R14200_5% 0402 IR14200_5% 0402 I

DSR2# [43]

CTS2# [43]

R14210_5% 0402 NIR14210_5% 0402 NI

R14170_5% 0402 IR14170_5% 0402 I
R14180_5% 0402 IR14180_5% 0402 I

KBDDATA [40]
KBDCLK [40]
MSDATA [40]
MSCLK [40]

S_SPI_MOSI [43]
S_SPI_MISO [43]
S_SPI_SCK [43]
S_SPI_CS# [43]

6

RN12

RN12

4.7K_5%

4.7K_5%

8P4R0603

8P4R0603

I

I

SIO_PROCHOT#

Choose one feature at one time.

SIO_PIN51
SIO_PIN50

SIO_PIN51
SIO_PIN50

RTS2# [43]

HDD_FAN_TACH [48]

+3P3V_AUX

SUS_PWR_ACK# [24,41]

SUS_WARN# [24,41]

SIO_AGND SIO_AGND

CK_P_33M_SIO CK_P_14M_SIO

C155

C155
47pF_NPO_50V

47pF_NPO_50V

0603

0603
NI

NI

+3P3V_AUX

R239 4.7K_5% 0402 IR239 4.7K_5% 0402 I
R232 4.7K_5% 0402 IR232 4.7K_5% 0402 I
R234 4.7K_5% 0402 IR234 4.7K_5% 0402 I
R300 4.7K_5% 0402 IR300 4.7K_5% 0402 I
R322 4.7K_5% 0402 IR322 4.7K_5% 0402 I
R303 4.7K_5% 0402 NIR303 4.7K_5% 0402 NI
R329 4.7K_5% 0402 NIR329 4.7K_5% 0402 NI
R331 4.7K_5% 0402 NIR331 4.7K_5% 0402 NI

+3P3V

1
3
5
7 8

R248 0_5% 0402 IR248 0_5% 0402 I
R247 0_5% 0402 IR247 0_5% 0402 I

PS2_EN
XOR_EN

L17

L17
120_600mA

120_600mA

+3P3V_A_AUX

0603

0603
I

I

C437

C437
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
I

I

C191

C191
47pF_NPO_50V

47pF_NPO_50V

0603

0603
NI

NI

7

SIO_SCSIN#
SIO_GPIO74
SIO_GPOA0

SIO_GPEN13

SIO_GPIO11

SIO_GPIO72

SIO_GPIO71

SIO_XIN

2
4
6

R308 1K_5% 0402 IR308 1K_5% 0402 I
R321 4.7K_5% 0402 NIR321 4.7K_5% 0402 NI
R312 4.7K_5% 0402 IR312 4.7K_5% 0402 I

R201 0_5% 0402IR201 0_5% 0402I

33_5%R216 NI040233_5%R216 NI0402
33_5%R242 NI040233_5%R242 NI0402

C187

C187
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

Title

Title

Title

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

Page Modified:

Page Modified:

Page Modified:

7

SIO_WDTO1
SIO_WDTO2
PWRGD_30MS
SIO_PWROK2

SIO_GPIO72
SIO_GPIO71
SIO_GPIO70

SMBCLK_L [8]
SMBDATA_L [8]

KBRST# [23]

A20GATE [23]

S_SPI_HOLD# [43]
S_SPI_WP# [43]

+3P3V_AUX

R126

R126

R104

R104

4.7K_5%

4.7K_5%

4.7K_5%

4.7K_5%

0402

0402

0402

0402

NI

NI

NI

NI

(Pin34) PS2_EN
(Pin33) XOR_EN

R127

R127

R124

R124

1K_5%

1K_5%

1K_5%

1K_5%

0402

0402

0402

0402

I

I

I

I

+3V_BATT

C1007 100nF_X7R_16VI 0402C1007 100nF_X7R_16VI 0402

+3P3V

C1006 100nF_X7R_16VI 0402C1006 100nF_X7R_16VI 0402

+3P3V_AUX

C1004 100nF_X7R_16VI 0402C1004 100nF_X7R_16VI 0402
C999 100nF_X7R_16VI 0402C999 100nF_X7R_16VI 0402
C1008 100nF_X7R_16VI 0402C1008 100nF_X7R_16VI 0402
C1009 100nF_X7R_16VI 0402C1009 100nF_X7R_16VI 0402

PWROK_PS

C3 10nF_X7R_25VI 0402C3 10nF_X7R_25VI 0402

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

SuperIO NCT6681D

SuperIO NCT6681D

SuperIO NCT6681D

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Friday, March 11, 2011 09:10:47

Friday, March 11, 2011 09:10:47

Friday, March 11, 2011 09:10:47

8

H_PROCHOT# [11]

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

8

39 64

39 64

39 64

Sheet of

Sheet of

Sheet of

1

+5V_DUAL_USB_B

A A

F6 1.1A_6V 1210IF6 1.1A_6V 1210I

KBDDATA[39]

MSCLK[39]
KBDCLK[39]
MSDATA[39]

2

The +5V_FUSED power trace width
must be 40 mils or greater

5V_PS2_FUSE

RN5

RN5

1
3
5
7 8

4.7K_5%

4.7K_5%

8P4R0603

8P4R0603

+5V_DUAL_USB_B

I

I

2
4
6

33_5%R382 I 040233_5%R382 I 0402
33_5%R383 I 040233_5%R383 I 0402
33_5%R384 I 040233_5%R384 I 0402
33_5%R385 I 040233_5%R385 I 0402

+5V_DUAL_USB_B

3

FB6 80_3A 0805FB6 80_3A 0805

KB_D_R
MS_C_R
KB_C_R
MS_D_R

L13 120_600mAI 0603L13 120_600mAI 0603
L14 120_600mAI 0603L14 120_600mAI 0603
L15 120_600mAI 0603L15 120_600mAI 0603
L16 120_600mAI 0603L16 120_600mAI 0603

C409

C409
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

4

KEYBOARD / MOUSE

D16

D15

D15
BAV99_200mA

BAV99_200mA

NI

NI
SOT23-3P

SOT23-3P

D16
BAV99_200mA

BAV99_200mA

NI

NI
SOT23-3P

SOT23-3P

5

D17

D17
BAV99_200mA

BAV99_200mA

NI

NI
SOT23-3P

SOT23-3P

+5V_FUSED

D18

D18
BAV99_200mA

BAV99_200mA

NI

NI
SOT23-3P

SOT23-3P

CKBDATA
CMSCLK
CKBCLK
CMSDATA

6

PS2_DET#[23]

+5V_FUSED KB_DET#
CKBDATA

7

R235 1K_5% 0402 IR235 1K_5% 0402 I

J6

J6

1 2
3
5 6
7

Header_2X4_K8_GF

Header_2X4_K8_GF

I

I

CMSCLKCKBCLK

4

CMSDATA

X

X

8

From G41R uATX

- PS2/LPT Waiting GPIO Detect

EMI SOLUTION

B B

+5V

+5V

+5V

D19

D19
1N4148W-7-F_150mA

C2683

C2682

C2682

100nF_X7R_16V

100nF_X7R_16V

0402

0402

I

I

C C

D D

1

C2683
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

H_ERR#[39]
H_SLIN#[39]
H_ACK#[39]

H_PRNINIT#[39]

H_STB#[39]
H_PD3[39]

H_PD2[39]
H_PD1[39]
H_PD0[39]

H_PD7[39]
H_PD6[39]
H_PD5[39]
H_PD4[39]

H_AFD#[39]

H_PE[39]

H_BUSY[39]

H_SLCT[39]

H_ERR#
H_SLIN#
H_ACK#
H_PRNINIT#

H_PD3
H_PD2
H_PD1
H_PD0

H_PD7
H_PD6
H_PD5
H_PD4

H_AFD#
H_PE
H_BUSY
H_SLCT

1N4148W-7-F_150mA

I

I

RN22 2K_5%IRN22 2K_5%I

R2871 22_5% 0402IR2871 22_5% 0402I

RN19 22_5%

RN19 22_5%

RN18 22_5%

RN18 22_5%

2

C414

C414
100pF_NPO_50V

100pF_NPO_50V

0402

0402
I

I

1
3
5
7 8

7 8
5
3
1

I

I

7 8
5
3
1

I

I

C415
10nF_X7R_25V

10nF_X7R_25V

0402

0402
I

I

+5V_LPT2

R2872

R2872
2K_5%

2
4
6

STROBE#_RH_STB#

6
4
2

6
4
2

C2685 I,I,NI,NI,NI,I,I,I,I

C2685 I,I,NI,NI,NI,I,I,I,I
C2687 I,I,NI,NI,NI,I,I,I,IC2687 I,I,NI,NI,NI,I,I,I,I
C2701 I,I,NI,NI,NI,I,I,I,IC2701 I,I,NI,NI,NI,I,I,I,I
C2702 I,I,NI,NI,NI,I,I,I,IC2702 I,I,NI,NI,NI,I,I,I,I

180pF_X7R_50V

180pF_X7R_50V

3

2K_5%

0402

0402
I

I

C2689

C2689
C2690

C2690

C2688

C2688

C2691

C2691

I,I,NI,NI,NI,I,I,I,I

I,I,NI,NI,NI,I,I,I,I
I,I,NI,NI,NI,I,I,I,I

I,I,NI,NI,NI,I,I,I,I
I,I,NI,NI,NI,I,I,I,I

I,I,NI,NI,NI,I,I,I,I
I,I,NI,NI,NI,I,I,I,I

I,I,NI,NI,NI,I,I,I,I

270pF_NPO_50V

270pF_NPO_50V

0402

0402

4

CKBCLK
CKBDATA
CMSDATA
CMSCLK

C410 150pF_NPO_50VI 0402C410 150pF_NPO_50VI 0402C415
C411 150pF_NPO_50VI 0402C411 150pF_NPO_50VI 0402
C412 150pF_NPO_50VI 0402C412 150pF_NPO_50VI 0402
C413 150pF_NPO_50VI 0402C413 150pF_NPO_50VI 0402

C2692

C2692

C2693

C2693
C2695

C2695
C2694

C2694

I,I,NI,NI,NI,I,I,I,I

I,I,NI,NI,NI,I,I,I,I
I,I,NI,NI,NI,I,I,I,I

I,I,NI,NI,NI,I,I,I,I
I,I,NI,NI,NI,I,I,I,I

I,I,NI,NI,NI,I,I,I,I
I,I,NI,NI,NI,I,I,I,I

I,I,NI,NI,NI,I,I,I,I

270pF_NPO_50V

270pF_NPO_50V

0402

0402

PPD3_R
PPD2_R
PPD1_R
PPD0_R

PPD7_R
PPD6_R
PPD5_R
PPD4_R

H_ERR#
H_SLIN#
H_ACK#
H_PRNINIT#

STROBE#_R
PPD3_R

PPD2_R
PPD1_R
PPD0_R

H_AFD#
H_PE
H_BUSY
H_SLCT

C2696 I,I,NI,NI,NI,I,I,I,I

C2696 I,I,NI,NI,NI,I,I,I,I
C2697 I,I,NI,NI,NI,I,I,I,IC2697 I,I,NI,NI,NI,I,I,I,I
C2698 I,I,NI,NI,NI,I,I,I,IC2698 I,I,NI,NI,NI,I,I,I,I
C2699 I,I,NI,NI,NI,I,I,I,IC2699 I,I,NI,NI,NI,I,I,I,I

180pF_X7R_50V

180pF_X7R_50V

5

RN9 2K_5%IRN9 2K_5%I

RN20

RN21 2K_5%IRN21 2K_5%I

C2700

C2700

I,I,NI,NI,NI,I,I,I,I

I,I,NI,NI,NI,I,I,I,I

180pF_X7R_50V

180pF_X7R_50V

1
3
5
7 8

IRN20

I

1
3
5
7 8

1
3
5
7 8

PPD7_R
PPD6_R
PPD5_R
PPD4_R

6

+5V_LPT2

2
4
6

2
4
6

2
4
6

2K_5%

2K_5%

C2684

C2684
10nF_X7R_25V

10nF_X7R_25V

I

I
0402

0402

J5

STROBE#_R
PPD0_R
PPD1_R
PPD2_R
PPD3_R
PPD4_R
PPD5_R
PPD6_R
PPD7_R
H_ACK#
H_BUSY
H_PE
H_SLCT

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

PS2, LPT HEADER

PS2, LPT HEADER

PS2, LPT HEADER

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Page Modified:

Page Modified:

J5

1
3 4
5 6
7

9
11 12
13
15
17
19
21
23
25

Header_2X13_K26_GF

Header_2X13_K26_GF

I,I,NI,NI,NI,I,I,I,I

I,I,NI,NI,NI,I,I,I,I

PRT_DET#[24]

Wednesday, March 02, 2011 09:07:29

Wednesday, March 02, 2011 09:07:29

Wednesday, March 02, 2011 09:07:29

7

H_AFD#

2

H_ERR#
H_PRNINIT#
H_SLIN#

8
10

14
16
18
20
22
24

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

ICH_LPT_DET#

R236 1K_5% 0402

R236 1K_5% 0402

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

I,I,NI,NI,NI,I,I,I,I

I,I,NI,NI,NI,I,I,I,I

40 65

40 65

40 65

Sheet of

Sheet of

Sheet of

8

1

+3P3V_LPS

R3289

R3289

8.2K_5%

8.2K_5%

0402

0402
I

A A

I

PWRBTN#

C1010

C1010
10nF_X7R_25V

10nF_X7R_25V

0402

0402
I

I

YLW_LED[39]

GRN_LED[39]

B B

+5V_DUAL +5V+5V

R3294

R3294
100_5%

100_5%

0402

0402
I

I

R3299

R3299
1K_5%

1K_5%

0402

0402
NI

NI

R3301

R3301
1K_5%

1K_5%

0402

0402
I

I

+3P3V_LPS

R1397

R1397
10K_5%

10K_5%

0402

0402
NI

NI

R1393 4.7K_5%

SLP_SUS#[24,51,61]

R1393 4.7K_5%

0402 NI

0402 NI

2

PD=(5-2)*(5-2)/330=0.027W

R3296

R3296

R3291

R3291

330_5%

330_5%

330_5%

330_5%

0603

0603

0603

0603

I

I

I

I

HD_LED+
PWR_LED_Y
PWR_LED_G
PWR_LED+
PWRBTN_R

12

12

D72

D72
PESD5V0U1BB_8KV

PESD5V0U1BB_8KV

SOD523-2P

SOD523-2P
NI

NI

PWR_LED_Y

Q1193

Q1193

C

C

PMBT2222A

PMBT2222A

B

B

SOT23-3P

SOT23-3P

E

E

NI

NI

PWR_LED_G

Q1195

Q1195

C

C

PMBT2222A

PMBT2222A

B

B

SOT23-3P

SOT23-3P

E

E

I

I

DSW CONTROL SIGNAL

+5V_AUX_PSU

R1395

R1395
200K_5%

200K_5%

0402

0402
NI

NI

SLP_SUS_FET_R

C

B

B

Q223

NI

Q223

NI

MMBT3904LT1G

MMBT3904LT1G

C

E

E

SLP_SUS#_G1

FRONT PANEL

J94

J94

I

I

HD_LED-

1 2
3 4
5

6
7 8
9 10

11 12

14

13

Header_2X7_K13_GF_Black

Header_2X7_K13_GF_Black

R1394 0_5%

R1394 0_5%

0402 NI

0402 NI

R1402

R1402
200K_5%

200K_5%

0402

0402
NI

NI

3

+3P3V

Q1191

Q1191
PMBT2222A

PMBT2222A

SOT23-3P

SOT23-3P
I

I

C

C

R3295 100_5% 0402 IR3295 100_5% 0402 I

C1011

C1011
10nF_X7R_25V

10nF_X7R_25V

0402

0402
I

I

PWRLED- (Yellow)

PWRLED-(Green)

PWRLED+

SLP_SUS_FET

C569

C569
1uF_X5R_16V

1uF_X5R_16V

0603

0603
NI

NI

R3290

R3290

8.2K_5%

8.2K_5%

0402

0402
I

I

B

B

E

E

SPKRJ [33]
FP_RST# [10,11,16,24]

12

12

D74

D74
PESD5V0U1BB_8KV

PESD5V0U1BB_8KV

SOD523-2P

SOD523-2P
NI

NI

HD+

1
34
56
7

PW- RST+

11 12
13 14

SLP_SUS_FET

SATA_LED# [23]

HD-

2

SPK+
NC
NC

8

SPK-PW+

109

RST-CUT

4

5

BOM option: EVT1 bring up I R1423, NI Q234. If DSW test NI R1423, I Q234
BOM option for EVT1: I R1428, NI Q235. and R680. If DSW test, NI R1428, I Q235. and R680
BOM option for EVT1: I R1409, NI R682, R1422, Q22. If DSW test, NI R1409, I R682, R1422,Q22

6

7

8

PowerButton CONTROL LOGIC

D26

ID26

I

B130LAW-7-F_1A

B130LAW-7-F_1A

R1423

R1423
0_5%

0_5%

0402

0402
NI

NI

PB_ON#

PWRBTN#

G2

G2

S2

S2

Q234B

Q234B
2N7002DW-7-F

2N7002DW-7-F

D2

D2

NI

NI

D1

D1

Q234A

Q234A
2N7002DW-7-F

2N7002DW-7-F

S1

S1

G1

G1

NI

NI

D

S

D

S

Q24

Q24

G

G

2N7002

2N7002

NI

NI

R1429

R1429
0_5%

0_5%

0402

0402
I

I

+5V_AUX_PSU

PWRBTN#_SIO[39]

Check Resistor

+5V_AUX_PSU

R1413

R1413
200K_5%

200K_5%

0402

0402
I

I

G1

G1

PB_ON#

D1

D1

Q233A

Q233A
2N7002DW-7-F

2N7002DW-7-F

S1

S1

I

I

R3302

R3302
1K_5%

1K_5%

0402

0402
I

SIO_RSMRST#[24,39]

I

G2

G2

D2

D2

Q233B

Q233B
2N7002DW-7-F

2N7002DW-7-F

S2

S2

I

I

PB_ON

R1414

R1414
200K_5%

200K_5%

0402

0402
I

I

R680 10K_5%

R680 10K_5%

R1415

R1415
200K_5%

200K_5%

0402

0402
NI

NI

PSON#_ON

0402I

0402I

PWRBTN_OUT#[10,16,24]

PWRBTN_OUT#_SIO[39]

PB_ON

PS_ON# CONTROL LOGIC

R1428 0_5%

R1428 0_5%

0402 NI

0402 NI

D1

S1

D1

PSON#_ON

R1430 0_5%

R1430 0_5%

0402 NI

0402 NI

D2

D2

PSON#_ON

S1

Q235A

Q235A
2N7002DW-7-F

2N7002DW-7-F

I

I

G1

G1

S2

S2

Q235B

Q235B
2N7002DW-7-F

2N7002DW-7-F

I

I

G2

G2

PSON#[46]

SLP_S3

PSON#_SIO [39]

+3P3V_LPS

D

D

S

S

R310

R310
100K_1%

100K_1%

0402

0402
NI

NI

G

G

Q23

Q23
2N7002

2N7002

NI

NI

SLP_S3# [9,24,39,47,59]

PCH_DPWROK

+3P3V_LPS

For board bring up, and to insure that

C C

the handshake circuit does not prevent
the circuit from going into DeepSLeep,
do the following:
* Install R535 * NI R1405

obs 615987

+5V_DUAL SUS ACK

Min. 10m sec

R1412 56K_5% 0402 IR1412 56K_5% 0402 I

C175

C175
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

+5V_AUX_PSU

R263

+3P3V_AUX+3P3V_AUX

R605 10K_5%

R605 10K_5%

0402 NI

0402 NI

R606 10K_5%

R606 10K_5%

0402 NI

0402 NI

SUS_WARN#_R

Q252A

Q252A

D2

D2

2N7002DW-7-F

2N7002DW-7-F

SOT363-6P

SOT363-6P

S2

S2

SUS_PWR_ACK_R
SUS_P_ACK_5V

2N7002

2N7002

SUS_P_ACK_5V_R

obs 628488

D1

D1

SOT363-6P

SOT363-6P

S1

S1

G1

G1

NI

NI

2

Q25

Q25

NI

NI

G

G

SUS_WRN#_PTN#

R1416 0_5%

SUS_PWR_ACK#[24,39]

D D

SUS_WARN#[24,39]

R1416 0_5%

0402 NI

0402 NI

R1419 0_5%

R1419 0_5%

0402 NI

0402 NI

1

C173

C173
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

10K_5%

10K_5%

Q252B

Q252B

2N7002DW-7-F

2N7002DW-7-F

+3P3V_LPS

R676

R676

0402

0402

G2

G2

NI

NI

NI

NI

+3P3V_LPS

R685

R685

R585

R585

R604

R604
10K_5%

10K_5%

0402

0402
NI

NI

D

D

S

S

C

C

E

E

10K_5%

10K_5%

10K_5%

10K_5%

0402

0402

0402

0402

NI

NI

NI

NI

C

C

SUS_PWR_ACK_5V

B

B

E

E

Q227B

Q227B
MMDT3904-7-F

MMDT3904-7-F

NI

NI

SUS_PWR_ACK_5VB SUS_ACK_5VSB

B

B

SOT-363-6P

SOT-363-6P

Q227A

Q227A
MMDT3904-7-F

MMDT3904-7-F

NI

NI

C169

C169
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

R1406 0_5%

R1406 0_5%

0402 NI

0402 NI

C184

C184
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

R1403 0_5%

R1403 0_5%

0402 NI

0402 NI

3

SUS_ACK_5VS

1.0536_AUX

+5V_DUAL_USB_B

1.0536_AUX

+5V_DUAL

R597

R597
10K_5%

10K_5%

0402

0402
NI

NI

R1407

R1407

2.67K_1%

2.67K_1%

0402

0402
NI

NI

R583

R583
10K_5%

10K_5%

0402

0402
NI

NI

R1404

R1404

2.67K_1%

2.67K_1%

0402

0402
NI

NI

R263

5.6K_1%

5.6K_1%

0402

0402
I

I

R304

R304

1.4K_1%

1.4K_1%

0402

0402
I

I

4

R1408 0_5%

R1408 0_5%

0402 I

0402 I

1uF_X5R_16V

1uF_X5R_16V

Operation voltage: 1.6~5.5V

PCH_DPWROK_3P3V

C602

C602
1uF_X5R_16V

1uF_X5R_16V

0603

0603
I

I

+5V_AUX_PSU

R678

R678

4.7K_5%

4.7K_5%

0402

0402
I

I

1.09_AUX

B

B

Q230

I

Q230

C601

C601

0603

0603

NI

NI

I

MMBT3904LT1G

MMBT3904LT1G

BOM option:a. ( NI or delete ): R263, 304, R1408, C601, Q230, R678 ); b. I R1424

5

+3P3V_LPS +3P3V_LPS

53

2 4
1

R1410

R1410
0_5%

0_5%

0402

0402
I

I

DPOK_12V_R_C

PCH_DPOK_12V

C

C

C

C

PCH_DPOK_12V_RPCH_DPWOK_12V_BPCH_DPWOK_12V

B

B

E

E

E

E

Q229

Q229
MMBT3904LT1G

MMBT3904LT1G

I

I

U62

IU62

I

SN74LVC1G14DBVRE4

SN74LVC1G14DBVRE4

PCH_DPOK_3P3V#

R1411 1K_5%

R1411 1K_5%

0402 I

0402 I

6

53

U63
SN74LVC1G14DBVRE4

SN74LVC1G14DBVRE4

2 4
1

IU63

I

DPOK_3P3V#

C182

C182
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

R1422 499_1%

R1422 499_1%

0402 I

0402 I

R1409 0_5%

R1409 0_5%

0402 NI

0402 NI

PCH_DPWROK

R682

R682
10K_5%

10K_5%

0402

0402
I

I

PCH_RSMRST# [16,24]

PCH_DPWROK [24]

PCH_RSMRST#

D

D

Q22

Q22
2N7002

SLP_SUS_FET

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

FRONT PANEL & DSW

FRONT PANEL & DSW

FRONT PANEL & DSW

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

C

C

C

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Page Modified:

Page Modified:

7

2N7002

S

S

G

G

SOT23-3P

SOT23-3P
NI

NI

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Wednesday, March 02, 2011 09:33:05

Wednesday, March 02, 2011 09:33:05

Wednesday, March 02, 2011 09:33:05

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

41 65

41 65

41 65

1

A A

SPI_SCK[24]

SPI_MOSI[24]

Place close to PCH

@U20

NI

@U20

NI

VCC

VCC

CS#

CS#

NC

NC

SO

SO

WP#

WP#

SCK

SCK

GND

GND

SI

SI

MX25L6406EM2I-12G

MX25L6406EM2I-12G

CRITICAL

CRITICAL
DIP

DIP

B B

PN same with U19,only for BOM on sample phase.

2

33_5%R347 I 040233_5%R347 I 0402
33_5%R348 I 040233_5%R348 I 0402

3

+3_3V_ME +3_3V_ME

R344

R344
1K_5%

1K_5%

0402

0402
I

I

4

8 PIN AND 16 PIN SHOULD BE DUAL FOOTPRINT

C374

C374
10nF_X7R_25V

10nF_X7R_25V

0402

0402
I

I

SPI_HOLD#
SPI_SCK_R
SPI_MOSI_R

SPI_CS#_R2
SPI_MISO_R

SPI ROM

DEVICE 0

U19

U19

8

CE#

VCC

7

HOLD#

6

WP#

SCK

5

GND

SI

MX25L6406EM2I-12G

MX25L6406EM2I-12G

CCL=Y

CCL=Y

U21

U21

1

HOLD#

2

VCC

SI/SIO0

3

NC

4

NC

5

NC

6

NC

7

CS#
SO/SO18WP#

MX25L6405DMI-12G

MX25L6405DMI-12G

CCL=Y

CCL=Y

I

I

SO

SCLK

VSS

SPI_CS#_R2

1

SPI_MISO_R

2

FWH_WP#

3
4

NI

NI

SPI_SCK_R

16

SPI_MOSI_R

15
14

NC

13

NC

12

NC

11

NC

10
9

5

+3_3V_ME

R343

R343

8.2K_5%

8.2K_5%

0402

0402
I

I

6

33_5%R346 I 040233_5%R346 I 0402

SPI_MISO

SPI_MISO [24]

7

8

Place close to SPI ROM

R350 1K_5%0402NIR350 1K_5% 0402NI

+3_3V_ME

SPI_HOLD#
SPI_SCK_R
SPI_MOSI_R

Add socket for Sample phase debug

C C

D D

1

U20

U20
BIOS_Socket_15u_Black

BIOS_Socket_15u_Black

NI

NI

8

CE#

VCC

7

SO

HOLD#

6

WP#

SCK

5

GND

SI

SPI_CS#_R2

1

SPI_MISO_R

2

FWH_WP#

3
4

@E16(1_2)

@E16(1_2)

Jumper_2P_15u_Black

Jumper_2P_15u_Black

NI

NI

Place Jumper on Pins 1 and 2

2

SPI ROM Debug Header

+3_3V_ME

E17

SPI_CS#_R2
SPI_CS_R1#
SPI_MISO
FWH_WP#

SPI ROM BOOTBLOCK HEADER/JUMBER

The header traces should be daisy-chain through the header with no stubs.

+3_3V_ME

3

E17

1
3 4
5 6
7 8

Header_2X5_K2_GF_Black

Header_2X5_K2_GF_Black

NI

NI

R223 must be installed for
MVB or if E16 is not installed.

SPI_CS#_R2

SPI_HOLD#
SPI_SCK_R
SPI_MOSI_R

109

E16

E16

8

Header_2X4_K4_GF

Header_2X4_K4_GF

NI

NI

0_5%R351 I 04020_5%R351 I 0402

SPI_CS_R1#

12

SPI_MOSI_R_E16

3

SPI_MISO_E16

56

SPI_SCK_R_E16

7

4

@E17(1_3)

@E17(1_3)
Jumper_2P_GF_Black

Jumper_2P_GF_Black

NI

NI

R353 0_5% 0402NIR353 0_5% 0402NI
R354 0_5% 0402NIR354 0_5% 0402NI
R355 0_5% 0402NIR355 0_5% 0402NI

Place close to SPI ROM

SPI_DEBUG: Header color: ­pin1: SPI_CS#(to SPI ROM) pin2: CUT
pin3: SPI_CS#(to SB) pin4: +VSPI
pin5: SPI_MISO_R pin6: SPI_HOLD#
pin7: SPI_WP# pin8: SPI_SCK_R
pin9: GND pin10: SPI_MOSI_R

Header and Jumper datasheet as attached file:

Place close to PCH

SPI_MOSI_R
SPI_MISO
SPI_SCK_R

5

6

33_5%R352 I 040233_5%R352 I 0402

SPI_CS# [24]

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

SPI EEPROM

SPI EEPROM

SPI EEPROM

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:36

Page Modified:

Wednesday, March 02, 2011 09:21:36

Page Modified:

Wednesday, March 02, 2011 09:21:36

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

42 65

42 65

42 65

1

DCD1#[39]
DSR1#[39]

RXD1[39]

RTS1#[39]

TXD1[39]

CTS1#[39]

DTR1#[39]

A A

+5V

C926

C926

2.2uF_X5R_10V

2.2uF_X5R_10V

B B

0603

0603

C454

C454
10nF_X7R_25V

10nF_X7R_25V

I

I

I

I
0402

0402

B_RI1
EXT_RI2

B_RI2

ARI1#[39]

-12V

D33

D33
1N4148W-7-F_150mA

1N4148W-7-F_150mA

I

I

C441

C441
10nF_X7R_25V

10nF_X7R_25V

I

I
0402

0402

+5V

D22

D22

SOT23-3P

SOT23-3P

BAT54C-7-F_200mA

BAT54C-7-F_200mA

R3324 4.7K_5% 0402IR3324 4.7K_5% 0402I

I

I

R360

R360
0_5%

0_5%

0402

0402
NI

NI

2

U27

U27

20
19
18
17
16
15
14
13
12
11

SN75185DBR

SN75185DBR

I

I

+12V

VCC
RY1
RY2
RY3
DA1
DA2
RY4
DA3
RY5
GND

D30

D30
1N4148W-7-F_150mA

1N4148W-7-F_150mA

I

I

SERIAL1_+12SERIAL1_-12

C495

C495
10nF_X7R_25V

10nF_X7R_25V

I

I
0402

0402

R3325

R3325

2.2K_5%

2.2K_5%

0402

0402
I

I

VDD
RA1
RA2
RA3
DY1
DY2
RA4
DY3
RA5
VSS

1
2
3
4
5
6
7
8
9
10

B_RI1_R_2

3

SERIAL1_+12
B_DCD1#
B_DSR1#
B_RXD1
B_RTS1#
B_TXD1
B_CTS1#
B_DTR1#
B_RI1
SERIAL1_-12

C2612 150pF_NPO_50VI

C2612 150pF_NPO_50VI
C2613 150pF_NPO_50VI

C2613 150pF_NPO_50VI
C2615 150pF_NPO_50VI

C2615 150pF_NPO_50VI
C2614 150pF_NPO_50VI

C2614 150pF_NPO_50VI

C2619 150pF_NPO_50VI

C2619 150pF_NPO_50VI
C2616 150pF_NPO_50VI

C2616 150pF_NPO_50VI
C2618 150pF_NPO_50VI

C2618 150pF_NPO_50VI
C2617 150pF_NPO_50VI

C2617 150pF_NPO_50VI

+3P3V_AUX

B

B

C1018

C1018
10nF_X7R_25V

10nF_X7R_25V

0402

0402
I

I

0402

0402
0402

0402
0402

0402
0402

0402

0402

0402
0402

0402
0402

0402
0402

0402

R3323

R3323

8.2K_5%

8.2K_5%

0402

0402
I

I

C

C

Q1199

Q1199
MMBT3904LT1G

MMBT3904LT1G

E

E

I

I

SOT-23-3P

SOT-23-3P

SERIAL A

RING# [24]

4

11

1
6

J53

J53

2

RS232_9P_GF

RS232_9P_GF

7

DSUB2M9

DSUB2M9

3

I

I

8
4
9
5

10

J2

J2

H_2X8_100_790X196_O15

H_2X8_100_790X196_O15

I,I,NI,NI,NI,I,I,I,I

SERIAL2_+12 SERIAL2_-12
B_DCD2#
B_RXD2
B_TXD2
B_DTR2#

EXT_RI2

I,I,NI,NI,NI,I,I,I,I

1 2

21

21

3 4
5 6
7 8
9 10

11 12

1211

1211

13 14
15 16

15 16

15 16

The "Comm_B_Detect#" Pull up resistor at ICH end.

B_DSR2#
B_RTS2#
B_CTS2#
B_RI2

5

+5V

DCD2#[39]

DSR2#[39]

RXD2[39]

RTS2#[39]

TXD2[39]

CTS2#[39]

DTR2#[39]

ARI2#[39]

TXD2 B_TXD2

+5V

COMM_B_DETECT# [23]

U15

U15

20

VCC

19

RY1

18

RY2

17

RY3

16

DA1

15

DA2

14

RY4

13

DA3

12

RY5

11

GND

SN75185DBR

SN75185DBR

NI

NI

RN1

RN1

1
3
5
7 8

0_5%

0_5%

0804

0804
I,I,NI,NI,NI,I,I,I,I

I,I,NI,NI,NI,I,I,I,I

RN13

RN13

1
3
5
7 8

0_5%

0_5%

0804

0804
I,I,NI,NI,NI,I,I,I,I

I,I,NI,NI,NI,I,I,I,I

6

B_RTS2#RTS2#

2

B_RXD2RXD2

4

B_DSR2#DSR2#

6

B_DCD2#DCD2#

B_RI2ARI2#

2

B_DTR2#DTR2#

4

B_CTS2#CTS2#

6

CO-LAYOUT

VDD

RA1
RA2
RA3
DY1
DY2
RA4
DY3
RA5
VSS

SERIAL2_+12

1

B_DCD2#

2

B_DSR2#

3

B_RXD2

4

B_RTS2#

5

B_TXD2

6

B_CTS2#

7

B_DTR2#

8

B_RI2

9

SERIAL2_-12

10

C2623 150pF_NPO_50VNI0402C2623 150pF_NPO_50VNI0402
C2620 150pF_NPO_50VNI0402C2620 150pF_NPO_50VNI0402
C2622 150pF_NPO_50VNI0402C2622 150pF_NPO_50VNI0402
C2621 150pF_NPO_50VNI0402C2621 150pF_NPO_50VNI0402

C2627 150pF_NPO_50VNI0402C2627 150pF_NPO_50VNI0402
C2624 150pF_NPO_50VNI0402C2624 150pF_NPO_50VNI0402
C2626 150pF_NPO_50VNI0402C2626 150pF_NPO_50VNI0402
C2625 150pF_NPO_50VNI0402C2625 150pF_NPO_50VNI0402

2.2uF_X5R_10V

2.2uF_X5R_10V

C925

C925

0603

0603

7

8

COM2

+5V

C240

C240
10nF_X7R_25V

10nF_X7R_25V

0402

0402
I

I

I

I

-12V +12V

D21

D21
1N4148W-7-F_150mA

1N4148W-7-F_150mA

C186

C186
10nF_X7R_25V

10nF_X7R_25V

0402

0402
I

I

D20

D20
1N4148W-7-F_150mA

1N4148W-7-F_150mA

SERIAL2_+12SERIAL2_-12

C239

C239
10nF_X7R_25V

10nF_X7R_25V

I0402

I0402

Thermal Header

C1012

C1012

2.2nF_X7R_10V

2.2nF_X7R_10V

0402

0402

I

I

J74

J74
Header_2X3_K4_GF

Header_2X3_K4_GF

1 2

C C

FB21

FB21

30_900mA

30_900mA

3
5 6

I

I

Close SuperIO

TS_D- [39]OUTSIDE_SENSOR+[39]

CHASSIS_ID2 [23]

CHASSIS_ID1 [23]

VRD_SENSOR+[39]

Need to Inform BIOS this.

Chassis ID:

CHASSIS_ID2
CHASSIS_ID1

D D

S_SPI_HOLD#[39]
S_SPI_SCK[39]
S_SPI_MOSI[39]

1

8.2K_5%

8.2K_5%

0402

0402

10K_5%R358 I 040210K_5%R358 I 0402
10K_5%R359 I 040210K_5%R359 I 0402

R4

R4

I

I

2

+3P3V_AUX

+3P3V
+3P3V

U2

U2
MX25L8006EM2I-12G

MX25L8006EM2I-12G

I

I

8

CE#

VCC

7

SO

HOLD#

6

WP#

SCK

5

GND

SI

25L
17L
20L (New)
13L
11L
10L

+3P3V_AUX+3P3V_AUX +3P3V_AUX

R1

R1

8.2K_5%

8.2K_5%

0402

0402
NI

NI

1
2
3
4

3

VRD_SENSOR+

Q1187

Q1187

C

C

MMBT3904LT1G

MMBT3904LT1G

SOT-23-3P

SOT-23-3P

B

B

E

E

I

I

TS_D­OUTSIDE_SENSOR+
VRD_SENSOR+

C120

C120
100pF_NPO_50V

100pF_NPO_50V

0402

0402
NI

+3P3V_AUX

NI

C1017

C1017
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

4

TS_D-

Chassis ID1 Chassis ID2

1 (Empty) 1 (Empty)
1 (Empty) 0 (GND)

0
0

R2

R2

8.2K_5%

8.2K_5%

0402

0402
I

I

S_SPI_CS# [39]
S_SPI_MISO [39]

S_SPI_WP# [39]

C1005

C1005

2.2nF_X7R_10V

2.2nF_X7R_10V

0402

0402
I

I

Fine-tune close to thermal sensor device side.

C147

C147
100pF_NPO_50V

100pF_NPO_50V

0402

0402
NI

NI

Default

1
0

For sample phase debug using

+3P3V_AUX

U22

U22
BIOS_Socket_15u_Black

BIOS_Socket_15u_Black

NI

S_SPI_HOLD#
S_SPI_SCK
S_SPI_MOSI

NI

8

VCC

7

HOLD#

6

SCK

5

SI

@U22

@U22

VCC

VCC

NC

NC

SCK

SCK

SI

SI

MX25L8006EM2I-12G

MX25L8006EM2I-12G

CRITICAL

CRITICAL
DIP

DIP

5

WP#
GND

S_SPI_CS#

1

CE#

S_SPI_MISO

2

SO

S_SPI_WP#

3
4

NI

CS#

CS#

WP#

WP#
GND

GND

NI

SO

SO

6

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

Serial Port, Thermal Header

Serial Port, Thermal Header

Serial Port, Thermal Header

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:36

Page Modified:

Wednesday, March 02, 2011 09:21:36

Page Modified:

Wednesday, March 02, 2011 09:21:36

7

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

43 65

43 65

43 65

8

1

2

3

4

5

6

7

8

RGB ESD PROTECTION

D2

D2

0402

0402

Variable_18V

Variable_18V

A A

D4

D4

12

12

0402

0402

I

I

Variable_18V

Variable_18V

D5

D5

12

0402

0402

I

I

12

Variable_18V

Variable_18V

From Handel xx/xx
Need to check VGA Connector Footprint and connect net.

12

12

I

I

RA

L8 18nH_600mA

IL8 18nH_600mA

L7 18nH_600mA

IL7 18nH_600mA

VGA_RED[25]

R371

R371
150_1%

150_1%

0402

0402
I

I

VGA_GREEN[25]

R372

R372
150_1%

150_1%

0402

0402
I

I

B B

VGA_BLUE[25]

R373

R373
150_1%

150_1%

0402

0402
I

I

Place 150 ohm resistors close
to filters ( Cap/Ferrite-Beads )

PLACE CLOSE TO PCH

CRTHSYNC[25]
CRTVSYNC[25]

R376 20_5% 0402IR376 20_5% 0402I
R377 20_5% 0402IR377 20_5% 0402I

CRS 33 ohm

C C

DDCA_CLK[25]

DDCA_DATA[25]

I

0603

0603

C392

C392

3.3pF_NPO_50V

3.3pF_NPO_50V

0402

0402
NI

NI

L9 18nH_600mA

IL9 18nH_600mA

I

0603

0603

C393

C393

3.3pF_NPO_50V

3.3pF_NPO_50V

0402

0402
NI

NI

L11 18nH_600mA

IL11 18nH_600mA

I

0603

0603

C397

C397

3.3pF_NPO_50V

3.3pF_NPO_50V

0402

0402
NI

NI

3.3pF_NPO_50V

3.3pF_NPO_50V

C401 10pF_NPO_50VNI 0402C401 10pF_NPO_50VNI 0402

C402 10pF_NPO_50VNI 0402C402 10pF_NPO_50VNI 0402

DDCA_CLK_R1

G

G

D

S

D

S

G

G

S

S

Q19

Q19
2N7002

2N7002

SOT23-3PI

SOT23-3PI

GA

BA

C398

C398

0402

0402

D

D

I

0603

0603

C390

C390

3.3pF_NPO_50V

3.3pF_NPO_50V

0402

0402
I

I

L10 18nH_600mA

IL10 18nH_600mA

I

0603

0603

C394

C394

3.3pF_NPO_50V

3.3pF_NPO_50V

0402

0402
I

I

L12 18nH_600mA

IL12 18nH_600mA

I

0603

0603

2.7pF_NPO_50V

2.7pF_NPO_50V

I

I

Q18

Q18
2N7002

2N7002

SOT23-3PI

SOT23-3PI

C399

C399

0402

0402

I

I

0_5%R380 I 04020_5%R380 I 0402

RDDCA_CLK

RDDCA_DATA

C407

C407
470pF_X7R_50V

470pF_X7R_50V

0402

0402
NI

NI

C391

C391

2.7pF_NPO_50V

2.7pF_NPO_50V

0402

0402
I

I

C395

C395

2.7pF_NPO_50V

2.7pF_NPO_50V

0402

0402
I

I

+12V

+3P3V

C408

C408
470pF_X7R_50V

470pF_X7R_50V

0402

0402
NI

NI

R374

R374

2.2K_5%

2.2K_5%

0402

0402

+5V

G

G

I

I

F5 1.1A_6V

S

S

Q3

Q3
APM2306AC-TRL

APM2306AC-TRL

D

D

SOT23-3P

SOT23-3P

I

I

VGA+5V

R375

R375

2.2K_5%

2.2K_5%

0402

0402
I

I

Variable_18V

Variable_18V

IF5 1.1A_6V

I
1210

1210

100_5%R378 I 0402100_5%R378 I 0402
100_5%R379 I 0402100_5%R379 I 0402

D8

D8

0402

0402

0402

0402

I

I

D9

D9

12

12

I

I

0402

0402

Variable_18V

Variable_18V

RED

GREEN

BLUE

FB5 120_1.1AI 0805FB5 120_1.1AI 0805

100nF_X7R_16V

100nF_X7R_16V

12

12

D6

D6

I

I

Variable_18V

Variable_18V

VHSYNC
VVSYNC
RDDCA_CLK_RC

RDDCA_DATA_RC

C403

C403

12

12

100pF_NPO_50V

100pF_NPO_50V

0402

0402
NI

NI

C396

C396

0603

0603

I

I

12

12

D7

D7

0402

0402

I Variable_18V

I Variable_18V

C404

C404
100pF_NPO_50V

100pF_NPO_50V

0402

0402
NI

NI

VGA_PWRVGA_PWR_F

C405

C405
100pF_NPO_50V

100pF_NPO_50V

0402

0402
I

I

VGA_15P_GF

VGA_15P_GF

31.01X16.77X12.42

31.01X16.77X12.42

J70

J70

VGA

VGA

SCL

SCL

15

GND

GND

10

VSYNC

VSYNC

14

NC

NC

9

HSYNC

HSYNC

13

GND

GND

8

SDA

SDA

12

GND

GND

7

ID1

ID1

11

GND

GND

6

C406

C406
100pF_NPO_50V

100pF_NPO_50V

0402

0402
I

I

I

I

GND

GND

5

ID0

ID0

4

B

B

3

G

G

2

R

R

1

16

17

RDDCA_DATA_RC
RDDCA_CLK_RC
VVSYNC
VHSYNC

Place at 4531.00 6045.00 /4664.00 6050.00 Place at 4721.00 6050.00 4880.00 6083.00

D D

1

2

3

C445

C445
100pF_NPO_50V

100pF_NPO_50V

0402

0402
NI

NI

4

C428

C428
100pF_NPO_50V

100pF_NPO_50V

0402

0402
NI

NI

C446

C446
100pF_NPO_50V

100pF_NPO_50V

0402

0402
NI

NI

5

C442

C442
100pF_NPO_50V

100pF_NPO_50V

0402

0402
NI

NI

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

VGA Port

VGA Port

VGA Port

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:36

Page Modified:

Wednesday, March 02, 2011 09:21:36

Page Modified:

6

Wednesday, March 02, 2011 09:21:36

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

44 65

44 65

44 65

1

2

3

4

5

If the Upstream device is a dual-mode device and supports HDMI, then
the CONFIG1 Pin Pull down resistor (R640) must be changed to 4.99Moh

0805FB7 120_1.1A

0805

C26

C26
1uF_X5R_16V

1uF_X5R_16V

0603

0603
I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

C28

C28
1uF_X5R_16V

1uF_X5R_16V

0603

0603
NI

NI

DPC_LANE_DP0
DPC_LANE_DN0

DPC_LANE_DP1
DPC_LANE_DN1

DPC_LANE_DP2
DPC_LANE_DN2

DPC_LANE_DP3
DPC_LANE_DN3

DP_PIN13
J64_PIN14
DPC_AUX_DP

DPC_AUX_DN

DP_+3V

12

12

D12

D12
Variable_5.5V

Variable_5.5V

0402

0402
NI,NI,I,I,I,NI,NI,NI,NI

NI,NI,I,I,I,NI,NI,NI,NI

DPC_LANE_DP0_C[25]
DPC_LANE_DN0_C[25]

DPC_LANE_DP1_C[25]

A A

DPC_LANE_DN1_C[25]
DPC_LANE_DP2_C[25]

DPC_LANE_DN2_C[25]
DPC_LANE_DP3_C[25]

DPC_LANE_DN3_C[25]

C636 100nF_X7R_10V I,I,I,I,I,I,I,I,NI0402C636 100nF_X7R_10V I,I,I,I,I,I,I,I,NI0402
C637 100nF_X7R_10V I,I,I,I,I,I,I,I,NI0402C637 100nF_X7R_10V I,I,I,I,I,I,I,I,NI0402

C638 100nF_X7R_10V I,I,I,I,I,I,I,I,NI0402C638 100nF_X7R_10V I,I,I,I,I,I,I,I,NI0402
C639 100nF_X7R_10V I,I,I,I,I,I,I,I,NI0402C639 100nF_X7R_10V I,I,I,I,I,I,I,I,NI0402

C640 100nF_X7R_10V I,I,I,I,I,I,I,I,NI0402C640 100nF_X7R_10V I,I,I,I,I,I,I,I,NI0402
C641 100nF_X7R_10V I,I,I,I,I,I,I,I,NI0402C641 100nF_X7R_10V I,I,I,I,I,I,I,I,NI0402

C642 100nF_X7R_10V I,I,I,I,I,I,I,I,NI0402C642 100nF_X7R_10V I,I,I,I,I,I,I,I,NI0402
C643 100nF_X7R_10V I,I,I,I,I,I,I,I,NI0402C643 100nF_X7R_10V I,I,I,I,I,I,I,I,NI0402
R640 1M_5% 0402 I,I,I,I,I,I,I,I,NIR640 1M_5% 0402 I,I,I,I,I,I,I,I,NI

R586 100K_5% 0402

R586 100K_5% 0402

I,I,I,I,I,I,I,I,NI

F7 1.1A_6V

F7 1.1A_6V

+3P3V

DPC_HPD_R[25]

B B

I,I,I,I,I,I,I,I,NI

1210I,I,I,I,I,I,I,I,NI

1210I,I,I,I,I,I,I,I,NI

Q5

Q5
BSH111

BSH111

G

G

+5V

S

S

DPC_HPD

3.3VDP_FL

FB7 120_1.1A

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

SOT23-3P

SOT23-3P

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

D

D

R589 100K_5%0402

R589 100K_5%0402

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

R433 0_5% 0402

R433 0_5% 0402

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

DPC_HPD

J64

J64

ML_LANE_0P

ML_LANE_0P

1
2

ML_LANE_0N

ML_LANE_0N

3

ML_LANE_1P

ML_LANE_1P

4
5

ML_LANE_1N

ML_LANE_1N

6

ML_LANE_2P

ML_LANE_2P

7
8

ML_LANE_2N

ML_LANE_2N

9

ML_LANE_3P

ML_LANE_3P

10
11

ML_LANE_3N

ML_LANE_3N

12
13
14

AUX_CH_P

AUX_CH_P

15
16

AUX_CH_N

AUX_CH_N

17
18

PWR_RTN

PWR_RTN

19

PWR_RTN

PWR_RTN

20

DISPLAYPORT_30u_Black

DISPLAYPORT_30u_Black

CCL=Y

CCL=Y
FOXCONN:34040NN00-600-G

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND
GND

GND

GND

GND

HP_DET

HP_DET

212223

24

DP

DP

DPC_LANE_DN1
DPC_LANE_DP1

DPC_LANE_DN0
DPC_LANE_DP0

DPC_LANE_DN3
DPC_LANE_DP3

DPC_LANE_DN2
DPC_LANE_DP2

DPC_HPD_L

DPC_AUX_DN
DPC_AUX_DP

ESD suppressor

U57

IN1

1

IN2

2

IN3

4

IN4

5

GND

3

RCLAMP0524PATCT

RCLAMP0524PATCT

U58

IN1

1

IN2

2

IN3

4

IN4

5

GND

3

RCLAMP0524PATCT

RCLAMP0524PATCT

U59

IN1

1

IN2

2

IN3

4

IN4

5

GND

3

RCLAMP0524PATCT

RCLAMP0524PATCT

GND

GND

GND

NC
NC

NC
NC

NC
NC

NC
NC

NC
NC

NC
NC

CCL=YNI,NI,I,I,I,NI,NI,NI,NIU57

CCL=YNI,NI,I,I,I,NI,NI,NI,NI

10
9

7
6
8

CCL=YNI,NI,I,I,I,NI,NI,NI,NIU58

CCL=YNI,NI,I,I,I,NI,NI,NI,NI

10
9

7
6
8

CCL=YNI,NI,I,I,I,NI,NI,NI,NIU59

CCL=YNI,NI,I,I,I,NI,NI,NI,NI

10
9

7
6
8

DPC_LANE_DN1
DPC_LANE_DP1

DPC_LANE_DN0
DPC_LANE_DP0

DPC_LANE_DN3
DPC_LANE_DP3

DPC_LANE_DN2
DPC_LANE_DP2DPC_HPD_L

DPC_HPD_L

DPC_AUX_DN
DPC_AUX_DP

Looking for 6 pins device: NXP IP4282CZ6 / Semtech RCLAMP0522P

U3

I,I,I,I,I,I,I,I,NIU3

DPC_AUX_DP_C[25]

DPC_AUX_DN_C[25]

C15 100nF_X7R_10V

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

DEVICE_DETECT

C16 100nF_X7R_10V

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

PDG v0.8 page 96 / CRS v0.7 use MOSET

R599 2.2K_5% 0402 I,I,I,I,I,I,I,I,NIR599 2.2K_5% 0402 I,I,I,I,I,I,I,I,NI

+3P3V

DDPC_CTRLCLK[25]

C C

DDPC_CTRLDATA[25]

+3P3V

DEVICE_DETECT_N

R596 2.2K_5% 0402 I,I,I,I,I,I,I,I,NIR596 2.2K_5% 0402 I,I,I,I,I,I,I,I,NI

0402C15 100nF_X7R_10V

0402

0402C16 100nF_X7R_10V

0402

AUX_DP_C_R

AUX_DN_C_R

1
5
7

SN74CBT3306PWR

SN74CBT3306PWR

1
5
7

SN74CBT3306PWR

SN74CBT3306PWR

1A21B
1OE
2A
2OE
GND4VCC

CCL=Y

CCL=Y

U5

1A21B
1OE
2A
2OE
GND4VCC

CCL=Y

CCL=Y

I,I,I,I,I,I,I,I,NI

3

6

2B

8

I,I,I,I,I,I,I,I,NIU5

I,I,I,I,I,I,I,I,NI

3

6

2B

8

+5V

C11 100nF_X7R_16V

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

+5V

C20

I,I,I,I,I,I,I,I,NI

C20

I,I,I,I,I,I,I,I,NI

100nF_X7R_16V

0402

100nF_X7R_16V

0402

DPC_AUX_DP

R32

100K_5%

0402C11 100nF_X7R_16V

0402

100K_5%

DPC_AUX_DN

R37 100K_5%0402

R37 100K_5%0402

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

DPC_AUX_DP

C648 470pF_X7R_50VNI 0402C648 470pF_X7R_50VNI 0402

DPC_AUX_DN

C649 470pF_X7R_50VNI 0402C649 470pF_X7R_50VNI 0402

0402I,I,I,I,I,I,I,I,NIR32

0402I,I,I,I,I,I,I,I,NI

12

12

D10

D10
Variable_5.5V

+3P3V_AUX

Variable_5.5V

0402

0402
NI,NI,I,I,I,NI,NI,NI,NI

NI,NI,I,I,I,NI,NI,NI,NI

J64_PIN14 DPC_HPD_LDP_PIN13

12

12

D11

D11
Variable_5.5V

Variable_5.5V

0402

0402
NI,NI,I,I,I,NI,NI,NI,NI

NI,NI,I,I,I,NI,NI,NI,NI

12

12

D13

D13
Variable_5.5V

Variable_5.5V

0402

0402
NI,NI,I,I,I,NI,NI,NI,NI

NI,NI,I,I,I,NI,NI,NI,NI

Close to J64

+5V +5V

+3P3V

R667

R667
1M_5%

1M_5%

0402

D D

PIN13

DP DONGLE

LX
XH

FUNCTION

DEVICE_DETECT
DEVICE_DETECT_N

1

DP_PIN13

0402
NI

NI

R587

R587
1M_5%

1M_5%

0402

0402
I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

4.7K_5%R584

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

2

04024.7K_5%R584

0402

DP_PIN13_RQ

2N7002DW-7-F

2N7002DW-7-F

SOT363-6P

SOT363-6P

G1

G1

Q2A

Q2A

I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

R315

R315
10K_5%

10K_5%

0402

0402
I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

D1

D1

S1

S1

D2

D2

S2

S2

2N7002DW-7-F

2N7002DW-7-F

R316

R316
10K_5%

10K_5%

0402

0402
I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

G2

G2

Q2B

Q2B

SOT363-6P

SOT363-6P
I,I,I,I,I,I,I,I,NI

I,I,I,I,I,I,I,I,NI

DEVICE_DETECT_N

DEVICE_DETECT

3

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

China Fax: [phone]

China Fax: [phone]

China Fax: [phone]

Title

Title

Title

DISPLAY PORT CONNECTOR

DISPLAY PORT CONNECTOR

DISPLAY PORT CONNECTOR

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:36

Page Modified:

Wednesday, March 02, 2011 09:21:36

Page Modified:

4

Wednesday, March 02, 2011 09:21:36

Hon Hai Precision Industry Co. Ltd.

(UTC/GMT)

(UTC/GMT)

5

(UTC/GMT)

45 65

45 65

45 65

Sheet of

Sheet of

Sheet of

1

2

3

4

5

6

7

8

Power Input Connector

+5V_AUX_PSU

+5V

C622

A A

PWROK_PS[39]

Add these cap for some power supply have noise

B B

EMI CAP

+5V

C215 100nF_X7R_16VNI 0402C215 100nF_X7R_16VNI 0402
C216 100nF_X7R_16VI 0402C216 100nF_X7R_16VI 0402
C245 100nF_X7R_16VNI 0402C245 100nF_X7R_16VNI 0402
C248 100nF_X7R_16VI 0402C248 100nF_X7R_16VI 0402
C363 100nF_X7R_16VNI 0402C363 100nF_X7R_16VNI 0402
C364 100nF_X7R_16VI 0402C364 100nF_X7R_16VI 0402
C460 100nF_X7R_16VI 0402C460 100nF_X7R_16VI 0402

C483 100nF_X7R_16VNI 0402C483 100nF_X7R_16VNI 0402

C C

C433 100nF_X7R_16VNI 0402C433 100nF_X7R_16VNI 0402
C438 100nF_X7R_16VNI 0402C438 100nF_X7R_16VNI 0402
C439 100nF_X7R_16VNI 0402C439 100nF_X7R_16VNI 0402

FXN EMI SUGGESTED PLACEMENT

place near R188
place near R482
place near R283
place near MTG4
place near PC202

place near MTG10
place near R2
place near R126

R663

R663

4.7K_5%

4.7K_5%

0402

0402
I

I

C681

C681
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

C622

470uF_EC_6.3V 6.3X11

470uF_EC_6.3V 6.3X11

100_5%R826 I 0402100_5%R826 I 0402

+12V

C482 100nF_X7R_16VNI 0402C482 100nF_X7R_16VNI 0402

+3P3V

C486 100nF_X7R_16VNI 0402C486 100nF_X7R_16VNI 0402

+1P5V_DUAL

C503 100nF_X7R_16VNI 0603C503 100nF_X7R_16VNI 0603

Place at (5002.00 6359.00)(4901.00 6100.00)(4220.00 5723.00)

+5V +5V+3P3V -12V+12V +3P3V

+

+

I

I

PWROK_PS_R

C678

C678
470pF_X7R_50V

470pF_X7R_50V

0402

0402
I

I

C801

C801
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

P1

P1

1

+3_3V1

2

+3_3V2

3

GND1

4

+5V1

5

GND2

6

+5V2

7

GND3

8

PWR0K

9

+5V_AUX

10

+12V_1

11

+12V_2

12

+3_3V4

PWR_2X12_4.2

PWR_2X12_4.2

+3_3V3

-12V
GND4
PSON
GND5
GND6
GND7
RSVD

+5V3
+5V4
+5V5

GND8

+5V_AUX_PSU

R832

R832

2.2K_5%

2.2K_5%

0402

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

PSON#_R

R827 47_5%0402IR827 47_5%0402I

C31

C31

1uF_X5R_16V

1uF_X5R_16V

0603

0603

I

I

RESEVER THIS CAP FOR SOME POWER SUPPLY HAVE monotonic

+3P3V

C506 10nF_X7R_25VI 0402C506 10nF_X7R_25VI 0402
C444 10nF_X7R_25VI 0402C444 10nF_X7R_25VI 0402

+3P3V_AUX

C515 10nF_X7R_25VNI 0402C515 10nF_X7R_25VNI 0402

+12V

C499 10nF_X7R_25VNI 0402C499 10nF_X7R_25VNI 0402
C464 10nF_X7R_25VNI 0402C464 10nF_X7R_25VNI 0402

+5V_AUX_PSU

C504 10nF_X7R_25VNI 0402C504 10nF_X7R_25VNI 0402

0402
I

I

C680

C680
470pF_X7R_50V

470pF_X7R_50V

0402

0402
I

I

PSON# [41]

FXN EMI SUGGESTED PLACEMENT

place near J41

EMI CAP

+5V

C459 10nF_X7R_25VNI 0402C459 10nF_X7R_25VNI 0402
C461 10nF_X7R_25VI 0402C461 10nF_X7R_25VI 0402

C456 10nF_X7R_25VI 0402C456 10nF_X7R_25VI 0402

-12V

C497 10nF_X7R_25VNI 0402C497 10nF_X7R_25VNI 0402
C500 10nF_X7R_25VNI 0402C500 10nF_X7R_25VNI 0402

+VCCIO

C451 10nF_X7R_25VNI 0402C451 10nF_X7R_25VNI 0402
C466 10nF_X7R_25VNI 0402C466 10nF_X7R_25VNI 0402

C471 10nF_X7R_25VNI 0402C471 10nF_X7R_25VNI 0402

Close PU300

+5V_AUX_PSU

C381

C381

+

+

470uF_EC_16V

470uF_EC_16V

CRITICAL

CRITICAL
8X11.5

8X11.5
I

I

place near R489
place near P52

place near R702
place near R312
place near R272

place near PCE523
place near PCE523

place near R158

D D

1

1

8

2

3

4 5

MTG1

NOBOMMTG1

NOBOM

MOUNTING_HOLE

MOUNTING_HOLE

7

2

6

3

MTG2
MOUNTING_HOLE

MOUNTING_HOLE

1

1

4 5

8

NOBOMMTG2

NOBOM

2

7

3

6

MTG3
MOUNTING_HOLE

MOUNTING_HOLE

1

4 5

8

NOBOMMTG3

NOBOM

2

7

3

6

MTG4
MOUNTING_HOLE

MOUNTING_HOLE

2

1

4 5

8

NOBOMMTG4

NOBOM

7

2

6

3

MTG5
MOUNTING_HOLE

MOUNTING_HOLE

1

4 5

8

NOBOMMTG5

NOBOM

2

7

3

6

MTG6
MOUNTING_HOLE

MOUNTING_HOLE

3

1

4 5

8

NOBOMMTG6

NOBOM

1

7

6

MTG7
MOUNTING_HOLE

MOUNTING_HOLE

4

8

2

3

4 5

NOBOMMTG7

NOBOM

7

6

MTG9
MOUNTING_HOLE

MOUNTING_HOLE

5

8

2

3

4 5

NOBOMMTG9

NOBOM

7

6

FM2

FM2

NOBOM

NOBOM

FM5

FM5

NOBOM

NOBOM

FM1

FM1

NOBOM

NOBOM

FM6

FM6

NOBOM

NOBOM

6

FM3

FM3

NOBOM

NOBOM

FM7

FM7

NOBOM

NOBOM

FM4

FM4

NOBOM

NOBOM

FM8

FM8

NOBOM

NOBOM

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

POWER INPUT / EMI CAP

POWER INPUT / EMI CAP

POWER INPUT / EMI CAP

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:37

Page Modified:

Wednesday, March 02, 2011 09:21:37

Page Modified:

Wednesday, March 02, 2011 09:21:37

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

46 65

46 65

46 65

1

+3P3V_AUX

+VCCIO

A A

B B

H_CATERR#[11]

2

R460 4.7K_5% 0603NIR460 4.7K_5% 0603NI

R463 10K_5% 0402NIR463 10K_5% 0402NI R226

+3P3V

IERR3

IERRG

3

B

B

D

S

D

S

G

G

C

C

Q39

Q39
MMBT3904LT1G

MMBT3904LT1G

E

E

NI

NI
SOT-23-3P

SOT-23-3P

IERR_T

Q37

Q37
NTR1P02T1G

NTR1P02T1G

NI

NI
SOT23-3P

SOT23-3P

R461

R461
300_5%

300_5%

0402

0402
NI

NI

IERR_L

CR2

CR2
LED_Red

LED_Red

NI

NI
1206

1206
SMD

SMD

4

CATERR#

PCA LED

5

+3P3V_AUX

R228

R228
1K_5%

1K_5%

0402

0402
I

I

SLP_S3#[9,24,39,41,59]

+3P3V_AUX

R226
1K_5%

1K_5%

0402

0402
I

I

SLP_S4#[24,28,32,39,54]

+3P3V_AUX

SLP_A#[24]

+3P3V_AUX

SLP_LAN#[24,49]

WOL EN=H
WOL DIS=L

6

D

S

D

S

Q38

Q38
NTR1P02T1G

NTR1P02T1G

G

G

NI

NI
SOT23-3P

SOT23-3P

D

S

D

S

Q40

Q40
NTR1P02T1G

NTR1P02T1G

G

G

NI

NI
SOT23-3P

SOT23-3P

D

S

D

S

Q42

Q42
NTR1P02T1G

NTR1P02T1G

G

G

NI

NI
SOT23-3P

SOT23-3P

D

S

D

S

SLP_LAN_Q SLP_LAN_R

Q47

Q47
NTR1P02T1G

NTR1P02T1G

G

G

NI

NI
SOT23-3P

SOT23-3P

300_5%R459 NI 0402300_5%R459 NI 0402

300_5%R462 NI 0402300_5%R462 NI 0402

300_5%R464 NI 0402300_5%R464 NI 0402

300_5%R602 NI 0402300_5%R602 NI 0402

7

8

S3_LS3_T

CR8

CR8
LED_Green

LED_Green

0805

0805
SMD

SMD
NI

NI

SLP_S3#

S4_LS4_T

CR9

CR9
LED_Green

LED_Green

0805

0805
SMD

SMD
NI

NI

SLP_S4#

SLP_M_LSLP_M_T

CR10

CR10
LED_Green

LED_Green

0805

0805
SMD

SMD
NI

NI

SLP_A#

SLP_LAN# debug LED

CR11

CR11
LED_Green

LED_Green

0805

0805
SMD

SMD
NI

NI

OTS:0438329

FLASH OVERRIDE

BOOTBLOCK RECOVERY

E15: SPI ROM bootblock recovery header

+3P3V

34062C200-600-G

C C

JUMPER ON:Bootblock Recovery.

D D

1

2

3

4

E15

E15

1
2

Header_1X2_15u

Header_1X2_15u

NI

NI

R497

R497

8.2K_5%

8.2K_5%

0402

0402
I

I

5

BOOT_BL_REC# [23]

6

E1

E1

1
2

Header_1X2_15u

Header_1X2_15u

I

I

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

LED

LED

LED

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Page Modified:

Page Modified:

+3P3V_AUX

R502

R502
1K_5%

1K_5%

0402

0402
I

I

FLASH_RIDE

HDA_SDO: A weak internal pull down.
Strap low, the security measures
defined in the Flash Descriptor will
be in effect ( default ). Sample high,
Flash Descriptor Security will be
overridden.

Wednesday, March 02, 2011 09:15:34

Wednesday, March 02, 2011 09:15:34

Wednesday, March 02, 2011 09:15:34

7

FLASH_OVERRIDE# [24]

R162

R162
20K_5%

20K_5%

0402

0402
NI

NI

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

47 65

47 65

47 65

1

A A

CPU FAN

B B

SYSTEM FAN

PWR FAN

C C

HDD FAN

D D

1

Color: Brown

Color: White

Color: White

Color: White

P12 Close to P9

2

P9

P9

I

I

FAN_4P_T_Brown

FAN_4P_T_Brown

CMD4GND1+12V

TACH3MT

2

5

C534

C534
100pF_NPO_50V

100pF_NPO_50V

0402

0402
I

I

P8

P8

I

I

FAN_4P_T_White

FAN_4P_T_White

CMD4GND1+12V

TACH3MT

2

5

C546

C546
100pF_NPO_50V

100pF_NPO_50V

0402

0402
I

I

P10

P10

I

I

FAN_4P_T_White

FAN_4P_T_White

CMD4GND1+12V

TACH3MT

2

5

C557

C557
100pF_NPO_50V

100pF_NPO_50V

0402

0402
I

I

P12

NIP12

NI

FAN_3P_T_Natural

FAN_3P_T_Natural

3
2
14

2

P9_4
P9_3

C539

C539
47pF_NPO_50V

47pF_NPO_50V

0402

0402
I

I

P8_4
P8_3

C538

C538
47pF_NPO_50V

47pF_NPO_50V

0402

0402
I

I

P10_4
P10_3

C541

C541
47pF_NPO_50V

47pF_NPO_50V

0402

0402
I

I

P12_3

C560

C560
100pF_NPO_50V

100pF_NPO_50V

0402

0402
NI

NI

3

C537

C537
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

C543

C543
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

C550

C550
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

C563

C563
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

3

4

+12V_CPU +12V_CPU

R506

R506

3.3K_5%

3.3K_5%

0402

0402
I

I

+

+

C544

C544
33uF_EC_25V

33uF_EC_25V

I

I

6.3X5

6.3X5

+12V

+

+

C540

C540
33uF_EC_25V

33uF_EC_25V

6.3X5

6.3X5
I

I

+12V +12V

+

+

C542

C542
33uF_EC_25V

33uF_EC_25V

6.3X5

6.3X5
I

I

+12V_CPU

+12V

R473

R473

3.3K_5%

3.3K_5%

0402

0402
I

I

R509

R509

3.3K_5%

3.3K_5%

0402

0402
I

I

+12V

R516

R516

3.3K_5%

3.3K_5%

0402

0402
NI

NI

15K_5% 0402

15K_5% 0402

4

5

+5V +5V

R507

R507
1K_5%

1K_5%

0402

0402
NI

NI

R472 150_5%
R505 15K_5% 0402IR505 15K_5% 0402I

R474 150_5%
R475 15K_5% 0402IR475 15K_5% 0402I

R510 150_5%
R508 15K_5% 0402IR508 15K_5% 0402I

R513

1206

IR472 150_5%

1206

I C547

R137

R137

6.2K_5%

6.2K_5%

0402

0402
I

I

+5V +5V

R504

R504
1K_5%

1K_5%

0402

0402
NI

NI

1206

IR474 150_5%

1206

I

R136

R136

6.2K_5%

6.2K_5%

0402

0402
I

I

+5V +5V

R512

R512
1K_5%

1K_5%

0402

0402
NI

NI

1206

IR510 150_5%

1206

I

R141

R141

6.2K_5%

6.2K_5%

0402

0402
I

I

NIR513

NI

R145

R145

6.2K_5%

6.2K_5%

0402

0402
NI

NI

5

+5V

D27

D27
BAT54C-7-F_200mA

BAT54C-7-F_200mA

SOT23-3PI

SOT23-3PI

D28

D28
BAT54C-7-F_200mA

BAT54C-7-F_200mA

SOT23-3PI

SOT23-3PI

D29

D29
BAT54C-7-F_200mA

BAT54C-7-F_200mA

SOT23-3PI

SOT23-3PI

D36

D36
BAT54C-7-F_200mA

BAT54C-7-F_200mA

SOT23-3P

SOT23-3P
NI

NI

6

CPU_FAN_PWM [39]
CPU_FAN_TACH [39]

SYSTEM_FAN_PWM [39]
SYSTEM_FAN_TACH [39]

PWR_FAN_PWM [39]
PWR_FAN_TACH [39]

HDD_FAN_TACH [39]

6

+12V +12V

From Kansas

- Check PWR FAN color

- Follow thermal spec add +5v pull up (Reserved)

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

FAN HEADERS

FAN HEADERS

FAN HEADERS

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Page Modified:

Page Modified:

7

For EMI

C549

C549
10nF_X7R_50V

10nF_X7R_50V

0603

0603
NI

NI

Wednesday, March 02, 2011 09:21:34

Wednesday, March 02, 2011 09:21:34

Wednesday, March 02, 2011 09:21:34

7

C547
10nF_X7R_50V

10nF_X7R_50V

0603

0603
NI

NI

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

8

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

48 65

48 65

48 65

1

2

3

4

5

6

7

8

Intel Lewisville ( Intel 82579 )

U10

U10

LAN_MDIP0

13

LAN_MDIN0

14

LAN_MDIP1

17

LAN_MDIN1

18

LAN_MDIP2

20

LAN_MDIN2

21

LAN_MDIP3

23

LAN_MDIN3

24

TP_LAN_RSVD_NC

6

LAN_RSVD1

1

LAN_RSVD2

2
5

V_3P3_C

4
15

19
29

When sharing, make sure both +3.3_LAN and 1.0Vdc rails are remailed

47

powered on during Sx states as required. ( supporting WOL in S3)

46
37

43

TPVIA25

TPVIA25

NOBOM

NOBOM

R18 4.7K_5% 0402IR18 4.7K_5% 0402I
R19 4.7K_5% 0402IR19 4.7K_5% 0402I

C668 1uF_X5R_16V0603IC668 1uF_X5R_16V 0603I

LAN_CORE_VDD

LAN_MDIP0 [32]
LAN_MDIN0 [32]

LAN_MDIP1 [32]
LAN_MDIN1 [32]

LAN_MDIP2 [32]
LAN_MDIN2 [32]

LAN_MDIP3 [32]
LAN_MDIN3 [32]

+3_3V_LAN

11
40

22
16
8

+1_0V_LAN_CTRL

7
49

4.7uF_X5R_6.3V

4.7uF_X5R_6.3V

iSVR generates 1V
Keep short and wide

L44 4.7uH_1.7A

I

L44 4.7uH_1.7A

I

+3_3V_LAN

I

I

4.0X4.0X1.8

4.0X4.0X1.8

PLACE NEAR
VDD PINS

C156

C156
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
I

I

CCL=Y

CCL=Y

C675

C675

0603

0603

C679

C679
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
I

I

SLP_A[24]

15:4:8:4:15

C616

C616
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

R643 47K_5% 0402 IR643 47K_5% 0402 I

C683

C683
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
I

I

+3_3V_ME

C617

C617
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

TDC=60mA
I max=60mA

+3_3V_ME_G

C196

C196
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

100nF_X7R_10V

100nF_X7R_10V

C669

C669
100nF_X7R_10V

100nF_X7R_10V

0402

0402
I

I

Close to VDD pin (pin5)

+3P3V_AUX

G

G

S

S

Q78

Q78
NTR4101PT1G

NTR4101PT1G

D

D

SOT23-3P

SOT23-3P
I

I

C195

C195

4.7uF_X5R_6.3V

4.7uF_X5R_6.3V

0402

0402

I

I

+3_3V_LAN

C670

C670
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
I

I

+3_3V_ME

C177

C177

0603

0603

I

I

C176

C176
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
NI

NI

I

I

LAN_CLKREQ#

HSI6
HSI6#

LAN_DIS_#_R

LAN_LED0
LAN_LED1
LAN_LED2

TP_LAN_TDI
TP_LAN_TDO

LOM_XTAL_OUT
LOM_XTAL_IN

LAN_TESTEN
PHY_RBIAS

R624

R624

3.01K_1%

3.01K_1%

0402

0402
I

I

LAN_TMS
LAN_TCK

48

CLKREQn

36

PE_RSTn

44

PE_CLK_P

45

PE_CLK_N

38

PE_Tp

39

PE_Tn

41

PE_Rp

42

PE_Rn

28

SMB_CLK

31

SMB_DATA

3

LAN_DISABLE_N

26

LED[0]

27

LED[1]

25

LED[2]

32

TDI

34

TDO

33

TMS

35

TCK

9

XTLO

10

XTLI

30

TEST_ENABLE

12

RBIAS

WG82579LM_C0 CCL=Y

WG82579LM_C0 CCL=Y

+3_3V_LAN

S0:3.3V 90 mA; 1.0V 332mA
Sx WOL enable:3.3V 16mA; 1.0V 49mA
Sx WOL disable:3.3V 1mA; 1.0V 7mA

+3_3V_LAN__GATE

R182

R182
10K_5%

10K_5%

0402

0402
NI

NI

R250 30_5%

IR250 30_5%

I

0402

0402

MDI

MDI

PCIE

PCIE

SMBUS

SMBUS

JTAG LED

JTAG LED

+3_3V_LAN_G

100nF_X7R_10V

100nF_X7R_10V

MDI_P[0]
MDI_N[0]

MDI_P[1]
MDI_N[1]

MDI_P[2]
MDI_N[2]

MDI_P[3]
MDI_N[3]

RSVD_NC

OUTVDD
INVDD_1

INVDD_2
INVDD_3

COREVDD_9
COREVDD_8
COREVDD_5

COREVDD_7
COREVDD_2
COREVDD_6

COREVDD_4
COREVDD_3
COREVDD_1

CTRL10

+3P3V_AUX

G

G

C674

C674

0402

0402

I

I

GPIO[0]
GPIO[1]
VDD3.3

GND

S

S

Q76

Q76
NTR4101PT1G

NTR4101PT1G

D

D

SOT23-3P

SOT23-3P
I

I

+3_3V_LAN

SIO_LAN_RST#[38]

CK_GLAN[25]

CK_GLAN#[25]

A A

B B

R620 47K_5% 0603NIR620 47K_5% 0603NI

C C

SLP_LAN#[24,47]

PCH_HSIP6[21]
PCH_HSIN6[21]

PCH_C_HSOP6[21]

PCH_C_HSON6[21]

SML0CLK[24]
SML0DATA[24]

+3_3V_LAN
+3_3V_LAN

+3_3V_LAN

LAN_DISABLE#[24]

ACTIVE_LED#[32]

SPEED_LED_1000#[32]

SPEED_LED_100#[32]

+3_3V_LAN
+3_3V_LAN

+/-30ppm,CL=18pF,C0=7pF,Rs=20 Ohm

C671

C671
22pF_NPO_50V

22pF_NPO_50V

0402

0402
I

I

+3P3V_LPS

G

G

R601 10K_5% 0402IR601 10K_5% 0402I

PLACE CLOSE TO LAN

C662 100nF_X7R_10VI 0402C662 100nF_X7R_10VI 0402
C663 100nF_X7R_10VI 0402C663 100nF_X7R_10VI 0402

R313 2.2K_5% 0402IR313 2.2K_5% 0402I
R198 2.2K_5% 0402IR198 2.2K_5% 0402I

R612 10K_5% 0402IR612 10K_5% 0402I
R613 0_5% 0402IR613 0_5% 0402I
R614 10K_5% 0402NIR614 10K_5% 0402NI
R256 249_1% 0402IR256 249_1% 0402I

R257 249_1% 0402IR257 249_1% 0402I
R258 0_5% 0402IR258 0_5% 0402I

R628 10K_5% 0402NIR628 10K_5% 0402NI
R629 10K_5% 0402NIR629 10K_5% 0402NI

LOM_XTAL_O_R

Y325MHz Y325MHz

C672

C672
22pF_NPO_50V

22pF_NPO_50V

0402

0402
I

I

R155

R155
10K_5%

10K_5%

0402

0402
I

I

+3_3V_LAN_RC_G

Q8

Q8

D

D

2N7002

2N7002

SOT23-3P

SOT23-3P

S

S

I

I

TPVIA48NOBOM TPVIA48NOBOM
TPVIA24NOBOM TPVIA24NOBOM

R260 0_5% 0402IR260 0_5% 0402I

R625

R625

1K_5%

1K_5%

0402

0402

I

I

R470 47K_5% 0402 IR470 47K_5% 0402 I

C673

C673

100nF_X7R_16V

100nF_X7R_16V

0603

0603

EMI Cap

+3_3V_LAN

D D

1

2

3

4

5

6

C684 100nF_X7R_16VNI 0603C684 100nF_X7R_16VNI 0603

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

Lewisville( Intel 82579 )

Lewisville( Intel 82579 )

Lewisville( Intel 82579 )

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:35

Page Modified:

Wednesday, March 02, 2011 09:21:35

Page Modified:

Wednesday, March 02, 2011 09:21:35

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

49 65

49 65

49 65

1

A A

2

3

4

5

6

7

8

PQ460 PD spec:1.68w
actual PD=Rds(on)*(Iout)^2
=10m*8.68^2=0.753W

+5V

B B

PR451

PR451

4.7K_5%

4.7K_5%

0402

0402
I

I

C C

3V_GATER1

PC450

PC450

2.2nF_X7R_50V

2.2nF_X7R_50V

0402

0402
NI

NI

S3

S0/S1

S0/S5

PR452

+3V_GATE[38]

PR452

4.7K_5%

4.7K_5%

0402

0402
I

I

3V_GATER2

PC451

PC451

2.2nF_X7R_50V

2.2nF_X7R_50V

0402

0402
NI

NI

B

B

+5V_AUX

B

B

+12V

PR450

PR450

4.7K_5%

4.7K_5%

0402

0402
I

I

5V_MAINGATE_10

PQ450

PQ450

C

C

MMBT3904LT1G

MMBT3904LT1G

SOT-23-3P

SOT-23-3P

E

E

I

I

PR453

PR453

4.7K_5%

4.7K_5%

0402

0402
I

I

5VSB_AUXGATE_10

PQ451

PQ451

C

C

MMBT3904LT1G

MMBT3904LT1G

SOT-23-3P

SOT-23-3P

E

E

I

I

+5V_AUX

PC452

PC452
100nF_X7R_16V

100nF_X7R_16V

0402

0402

NI

NI

PQ461

PQ461

PC453

PC453
100nF_X7R_16V

100nF_X7R_16V

0402

0402

NI

NI

I

I

STD60N3LH5

STD60N3LH5

TO252-3P

TO252-3P

S

S

G

G

CCL=Y

CCL=Y

S

S

G

G

PQ460

PQ460

D

D

Imax=11.2A
Itdc=8.68A

+5V_DUAL

+5V_DUAL

D

D

I

I

NTR4101PT1GSOT23-3P

NTR4101PT1GSOT23-3P

+5V

+5V_AUX

PQ462A

PQ462A
FDS4501H

FDS4501H

1

PQ462B

PQ462B
FDS4501H

FDS4501H

3

8
7

2

6
5

4

PQ462 PD spec:2w
actual PD=Rds(on)*(Iout)^2
=18m*3.5^2=0.22W

Imax=3.5A
Itdc=3.5A

+5V_DUAL_USB_B

+5V_DUAL_USB_B

D D

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

+5V_DUAL

+5V_DUAL

+5V_DUAL

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:35

Page Modified:

Wednesday, March 02, 2011 09:21:35

Page Modified:

1

2

3

4

5

6

Wednesday, March 02, 2011 09:21:35

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

50 65

50 65

50 65

1

A A

PC300

PC300
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

PC308

PC308
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
I

I

SLP_SUS#[24,41,61]

B B

2

PL300 60_3A

PL300 60_3A

NI 0805

NI 0805

PR314

PR314

PC305

PC305
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

0_5%

0_5%

0402

0402
NI

NI

3P3V_AUX_VDD

3

3

PR315

PR315
0_5%

0_5%

0402

0402
NI

NI

I

I

CCL=Y

CCL=Y

PU300

PU300

Vin

Vout

ADJ

APL1085-UC-TRL

APL1085-UC-TRL

1

TO252-3P

TO252-3P

3P3V_AUX_ADJ_10

PR300

PR300
200_1%

200_1%

0402

0402
I

I

3P3V_AUX_IN

3
2
4
8
9

+5V_AUX_PSU

2

PU302

PU302

IN
EN
VDD
GND
GND

RT9018B-18PSP

RT9018B-18PSP

CCL=Y

CCL=Y

PC304

PC304
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

NI

NI

OUT

ADJ

PG
NC

SOP-8P

SOP-8P

PR301

PR301
120_1%

120_1%

0402

0402
I

I

10K_1%

10K_1%

0402

0402
NI

NI

PR313

PR313

6
7
1
5

4

DVT

PR302

PR302
0_5%

0_5%

0402

0402
NI

NI

PR303

PR303
56K_1%

56K_1%

0402

0402
NI

3P3V_AUX_ADJ_10

+

+

NI

PR304

PR304

17.8K_1%

17.8K_1%

0402

0402
NI

NI

PCE300

PCE300
470uF_EC_16V

470uF_EC_16V

CCL=Y

CCL=Y
8X11.5

8X11.5
I

I

Design Note:
Vout=0.8*(1+PR303/PR304)=3.32V
PU302 Pd spec
actual Pd=(Vin-Vout)*Iout=(5-3.3)*0.7=1.19w

5

PC306

PC306
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

：

1.16w

PC302

PC302

NI

NI

22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805

6

PC301

PC301
100nF_X7R_16V

100nF_X7R_16V

0603

0603
NI

NI

Imax=1.2A
Itdc=0.7A
Ilimit=3.2A

+3P3V_AUX

+3P3V_AUX+5V_AUX

7

8

C C

D D

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

+3P3V_AUX

+3P3V_AUX

+3P3V_AUX

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, March 02, 2011 09:21:37

Page Modified:

Wednesday, March 02, 2011 09:21:37

Page Modified:

1

2

3

4

5

6

Wednesday, March 02, 2011 09:21:37

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

51 65

51 65

51 65

8

1

A A

2

3

4

5

6

7

8

+3P3V

PC340

PC340
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
I

I

B B

C C

PWRGD_30MS[39,53,59]

PU340

PU340
APL5912KAC-TRG

APL5912KAC-TRG

9

VIN

1

GND

2

FB
VOUT13VCNTL

4

VOUT2

CCL=Y

CCL=Y
I

I

PR342

PR342
15K_1%

15K_1%

0402

0402

LDO4_FB LDO4_SENSELDO4_FB_R

I

I

PC344

PC344
68pF_NPO_50V

68pF_NPO_50V

PR343

PR343

0402

0402

12K_1%

12K_1%

I

I

0402

0402

I

I

POK

LDO4_EN

8

EN

7

LDO4_VCNTL

6
5

VIN

PR345

PR345

0_5%

0_5%

0402

0402
I

I

2

+5V

PR341

PR341
0_5%

0_5%

0402

0402
I

I

PR340

PR340

2.2_5%

2.2_5%

0603

0603
I

I

PC341

PC341
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

PJP340

PJP340

112

SHORT PAD

SHORT PAD

NOBOM

NOBOM
10X8Mil

10X8Mil

PC342

PC342
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
I

I

Design Note:
Vout=0.8*(1+PR342/PR343)=1.8V
PU340 Pd spec
actual Pd=(Vin-Vout)*Iout=(3.3-1.8)*1.5=2.25w

1P8V_PGOOD [59]

Imax=1.6A
Itdc=1.5A
Ilimit=6A

+1P8V_SFR

+1P8V_SFR

PCE340

PC343

PC343
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

：

3w

PCE340

+

+

220uF_EC_6.3V

220uF_EC_6.3V

6.3X11

6.3X11
NI

NI

CO_LAY

D D

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

+1P8V_SFR

+1P8V_SFR

+1P8V_SFR

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX

IS6XM uATX

IS6XM uATX

Page Modified:

Wednesday, March 02, 2011 09:21:33

Page Modified:

Wednesday, March 02, 2011 09:21:33

Page Modified:

1

2

3

4

5

6

Wednesday, March 02, 2011 09:21:33

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

52 65

52 65

52 65

8

X7

X7

X7

1

A A

B B

C C

sequence control

+5V_AUX

PR515

PR515

4.7K_5%

4.7K_5%

0402

0402
I

I

PQ508B

PQ508B

D2

D2

2N7002DW-7-F

PR516

SLP_A#_PCH[24]

PR516

4.7K_5%

4.7K_5%

0402

0402
I

I

PWRGD_30MS[39,52,59]

D D

1

2N7002DW-7-F

SOT363-6P

SOT363-6P

S2

S2

G2

G2

I

I
CCL=Y

CCL=Y

PR517

PR517

4.7K_5%

4.7K_5%

0402

0402
I

I

Fsw=464KHz

SW1_Comp_RC

G1

G1

2

PQ508A

PQ508A

D1

D1

2N7002DW-7-F

2N7002DW-7-F

SOT363-6P

SOT363-6P

S1

S1

I

I
CCL=Y

CCL=Y

2

TPVIA68

TPVIA68

NOBOM

NOBOM

SW1_OSC

PR506

PR506
47K_1%

47K_1%

0402

0402
I

I

SW1_COMP

PR501

PR501

4.7K_1%

4.7K_1%

0402

0402
I

I

PC506

PC506
22nF_X7R_16V

22nF_X7R_16V

0402

0402
I

I

PR508

PR508
3K_1%

3K_1%

0402

0402
I

I

PU500_PIN6

PC504

PC504

2.2nF_X7R_50V

2.2nF_X7R_50V

0402

0402
I

I

PR510

PR510

1K_0.5% 0402

1K_0.5% 0402

PC508

PC508

22nF_X7R_16V

22nF_X7R_16V

0402

0402
I

I

G

G

PC926

PC926

2.2nF_X7R_50V

2.2nF_X7R_50V

0402

0402
NI

NI

PWRGD_30MS[39,52,59]

SW1_FB

I

I

SW1_OSC

PQ507

PQ507

D

D

2N7002

2N7002

I

I

S

S

SOT23-3P

SOT23-3P

6

7

14

16

17

8

1K_0.5%

1K_0.5%

SW1_FB_RC

3

+12V

PR514

PR514

2.2_5%

2.2_5%

0603

0603

I

I

PC510

PC510
1uF_X7R_16V

1uF_X7R_16V

0603

0603
I

I

PU500

PU500

PGOOD

SYNCH

OSC/EN

GND

Thermal Pad

COMP

FB9VSEN10FBG

0_5%

0_5%

0402 NI

0402 NI

PR513

PR513

SW1_VSEN

I

I

0402

0402

PR722

PR722

1K_5%

1K_5%

0402

0402
I

I

3

PR505

PR505

PR509

PR509

10_1%

10_1%

0402

0402
I

I

+12V

1

VCCDR

SWA_C

+5V_AUX

SW1_VCC_20

PD500

PD500
BAT54C-7-F_200mA

BAT54C-7-F_200mA

SOT23-3P

SOT23-3P
I

I

15

I

I

VCC

L6738TR

L6738TR

PR723

PR723
10K_5%

10K_5%

0402

0402
I

I

SWA_A

CCL=Y

CCL=Y

BOOT

UGATE

PHASE

LGATE

CSP

CSN

CCL=Y

CCL=Y

11

VFQFPN-16P

VFQFPN-16P

PR512

PR512

3K_1%

3K_1%

0402

0402
I

I

I

I

G1

G1

S1

S1

I

I

CCL=Y

CCL=Y

D2

D2

PC512

PC512
1uF_X7R_16V

1uF_X7R_16V

0603

0603
I

I

SW1_BOOT_20

4

5

3

2

13

12

S2

S2

2N7002DW-7-FSOT363-6P

2N7002DW-7-FSOT363-6P

G2

G2

PQ721A

PQ721A

D1

D1

SOT363-6P

SOT363-6P

2N7002DW-7-F

2N7002DW-7-F

4

SW1_HG_R_20

SW1_HG_20

SW1_PHASE_20

SW1_LG_30

SW1_CSP

PC509

PC509
100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

SW1_FBG

PR725

PR725

30_5%

30_5%

0402

0402
I

I

PQ721B

PQ721B

SWA_B

4

PC507

PC507

100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

PR507

PR507
27K_1%

27K_1%

0402

0402
I

I

+5V_AUX

PR720

PR720
10K_5%

10K_5%

0402

0402
I

I

G

G

PR500

PR500

0805

0805

4.7_5%

4.7_5%

I

I

PC501

PC501
18nF_X7R_16V

18nF_X7R_16V

0402

0402
I

I

SW1_CSN

SW1_FB_R

G

G

SW1_VIN

D

D

PQ502

PQ502
NTMFS4841NHT1G

NTMFS4841NHT1G

CCL=Y

CCL=Y

S

S

SO8 FL-8P

SO8 FL-8P
NI

NI

SW1_PHASE_20

PQ502 colay with PQ500

SW1_HG_R_20

PR502

PR502
10K_5%

10K_5%

0402

0402
I

I

+1P05V_ME

PQ720 Pd spec:2w
PQ720 actual PD=Rds(on)*(Iout)^2
=5.1m*6.2^2=0.196W

PQ720

PQ720

D

D

NTD4906N-35G

NTD4906N-35G

TO251-3P

TO251-3P

S

S

I

I
CCL=Y

CCL=Y

PC722

PC722
100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

G

G

G

G

PR504

PR504

0_5%

0_5%

0402

0402
I

I

PR721

PR721
100K_5%

100K_5%

0402

0402
I

I

5

10uF_X7R_16V

10uF_X7R_16V

PQ500

PQ500

D

D

STD60N3LH5

STD60N3LH5

TO252-3P

TO252-3P

S

S

I

I
CCL=Y

CCL=Y

PQ505

PQ505

D

D

STD75N3LLH6

STD75N3LLH6

TO252-3P

TO252-3P

S

S

I

I
CCL=Y

CCL=Y

5

SW1_LG_30

SW1_VIN

PC502

PC502

PR503

PR503

56K_1%

56K_1%

0402

0402
I

I

G

G

1206

1206

I

I

SW1_SN_20

SW1_FB_RJ

PC720

PC720
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

SW1_PHASE_20

D

D

PQ506

PQ506
NTMFS4841NHT1G

NTMFS4841NHT1G

CCL=Y

CCL=Y

S

S

SO8 FL-8P

SO8 FL-8P
NI

NI

PC503

PC503

10uF_X7R_16V

10uF_X7R_16V

1206

1206

PC511

PC511

2.2nF_X7R_50V

2.2nF_X7R_50V

I

I
0603

0603

PR511

PR511
1_5%

1_5%

0805

0805
I

I

SW1_CSP_RR

Imax=6.2A
Itdc=TBD

+1P05V_PCH

+1P05V_PCH

PC721

PC721
22uF_X5R_6.3V

22uF_X5R_6.3V

0805

0805
I

I

6

PQ506 colay with PQ505

NI

NI

PL505 1.0uH_23A/18A

PL505 1.0uH_23A/18A

1

PJP501

PJP501

1
2

SHORT PAD

SHORT PAD

2

NOBOM

NOBOM

10X8Mil

10X8Mil

6

PCE500

PCE500

+

+

270uF_CP_16V

270uF_CP_16V

8X11.5

8X11.5
I

I
CCL=Y

CCL=Y

CCL=Y

CCL=Y

PR724

PR724
1K_5%

1K_5%

0402

0402
NI

NI

8.0X8.0X6.0

8.0X8.0X6.0
I

I

PL500 900nH_12A

I

PL500 900nH_12A

I

7X10CCL=Y

7X10CCL=Y

1

PJP502

PJP502

1
2

SHORT PAD

SHORT PAD

2

NOBOM

NOBOM

10X8Mil

10X8Mil

7

8

+5V_AUX +12V

PQ501

PQ501

G

G

S

PD501

PD501
B340A-13-F_3A

B340A-13-F_3A

SMA

SMA
I

I

SW1_VIN_Select

PC500

PC500
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

I

I

PC505

PC505

0805

0805

+

+

22uF_X5R_6.3V

22uF_X5R_6.3V

Design Note:
Vout = 0.8 * (PR510+PR508)/PR508
=0.8*(1K+3K)/3K
=1.067V
Iocset =20.5A

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

+1P05_ME /+1P05V_PCH,

+1P05_ME /+1P05V_PCH,

+1P05_ME /+1P05V_PCH,

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX

IS6XM uATX

IS6XM uATX

Page Modified:

Page Modified:

Page Modified:

7

S

STD60N3LH5

STD60N3LH5

D

D

TO252-3P

TO252-3P
CCL=Y

CCL=Y

I

I

Imax=8A
Itdc=TBD
Iocp =20.5A

+1P05V_ME

+1P05V_ME

I

I

PCE505

PCE505

6.3X8

6.3X8

CCL=Y

CCL=Y

820uF_CP_2.5V

820uF_CP_2.5V

Wednesday, March 02, 2011 09:21:35

Wednesday, March 02, 2011 09:21:35

Wednesday, March 02, 2011 09:21:35

1

2

1
2

10X8Mil

10X8Mil

1

PJP505

PJP505

1
2

SHORT PAD

SHORT PAD

2

NOBOM

NOBOM

10X8Mil

10X8Mil

PJP506

PJP506
SHORT PAD

SHORT PAD

NOBOM

NOBOM

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

53 65

53 65

53 65

8

X7

X7

X7

1

D2

CCL=Y

CCL=Y

CCL=Y

CCL=Y

D2

I

I

G1

G1

S1

S1

I

I

1P5V_DUAL_OSC

R503 100_5%

R503 100_5%

SLP_S4#[24,28,32,39,47]

0402 I

0402 I

A A

B B

C C

D D

1

2

S2

S2

PQ395B

PQ395B

2N7002DW-7-FSOT363-6P

2N7002DW-7-FSOT363-6P

G2

G2

PQ395A 2N7002DW-7-F

PQ395A 2N7002DW-7-F

D1

D1

SOT363-6P

SOT363-6P

1P5V_DUAL_COMP_RC

PC312

PC312
100nF_X5R_16V

100nF_X5R_16V

0402

0402
I

I

2

DDR_PGOOD[59]

Fsw=324KHz

I

I

+1P5V_DUAL

+5V_AUX

PR484

PR484
100K_1%

100K_1%

0402

0402
I

I

PR472

PR472

6.8K_1%

6.8K_1%

I

I

PC478

PC478
22nF_X7R_16V

22nF_X7R_16V

0402

0402

PR475 1K_0.5%

PR475 1K_0.5%

0402

0402

PC477

PC477

PR479

PR479

1.13K_1%

1.13K_1%

0402

0402
I

I

+1P5V_DUAL

PR310

PR310
10K_1%

10K_1%

0402

0402
I

I

VTT_DDR_REF

PR311

PR311
10K_1%

10K_1%

0402

0402
I

I

PR395

PR395

4.7K_5%

4.7K_5%

0402

0402
I

I

PS&EN1#

1P5V_DUAL_OSC

0402

0402

PC474

PC474
470pF_X7R_50V

470pF_X7R_50V

0402

0402
I

I

1P5V_DUAL_FB

I

I

1P5V_DUAL_FB_RC

33nF_X7R_16V

33nF_X7R_16V

0402

0402
I

I

+VTT_DDR

TDC=750mA
Imax=1A
S0(M0) = ON

PC310

PC310
100nF_X5R_16V

100nF_X5R_16V

0402

0402
I

I

3

+12V

+5V_DUAL +5V_DUAL

PD470

PD470
BAT54C-7-F_200mA

BAT54C-7-F_200mA

SOT23-3P

SOT23-3P
I

I

PR486

PR486

2.2_5%

2.2_5%

0603

0603
I

I

1P5V_DUAL_VCC_20

PU470

PU470

6

PGOOD

7

SYNCH

14

OSC/EN

16

GND

17

Thermal Pad

8

COMP

VFQFPN-16P

VFQFPN-16P

0_5% 0402NI

0_5% 0402NI

PR482

PR482

1K_0.5%

1K_0.5%

0402

0402
I

I

PC479

PC479
1uF_X7R_16V

1uF_X7R_16V

0603

0603
I

I

1

VCCDR

FB9VSEN10FBG

PR480

PR480

1P5V_DUAL_VSEN

PR477

PR477

10_1%

10_1%

0402

0402
I

I

L6738TR

L6738TR

1P5V_DUAL_VCCDR_20

15

VCC

UGATE

PHASE

11

+5V

PU310

PU310

I

VIN

NC3
NC2
NC1

VCNT

VREF

GND

VOUT

PAD

APL5336KAI-TRG

APL5336KAI-TRG

CCL=Y

CCL=Y

I

8
7
5

6

4

PC311

PC311
100nF_X5R_16V

100nF_X5R_16V

0402

0402
I

I

1

3

2
9

3

4

PR487

PR487

2.2_5%

2.2_5%

0603

0603
I

I

PC481

PC481
1uF_X7R_16V

1uF_X7R_16V

0603

0603
I

I

I

I

1P5V_DUAL_BOOT_20

4

BOOT

PC480

PC480

100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

1P5V_DUAL_HG_20

5

3

1P5V_DUAL_LG_30

2

LGATE

1P5V_DUAL_CSP1P5V_DUAL_COMP

13

CSP

PR478

12

CSN

CCL=Y

CCL=Y

PR483

PR483

1.13K_1%

1.13K_1%

0402

0402
I

I

Design Note:
Vout=0.75V
PU310 Pd spec:internal limited
actual Pd=(Vin-Vout)*Iout=(1.5-0.75)*0.75=0.563w

PR478
24K_1%

24K_1%

0402

0402
I

I

PC482

PC482
100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

1P5V_DUAL_FBG

1P5V_DUAL_FB_RR

Imax=1A
Itdc=0.75A

+VTT_DDR

PC314

PC314

PC313

PC313

10uF_X5R_6.3V

10uF_X5R_6.3V

10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805

0805

0805

I

I

I

I

4

1P5V_DUAL_LG_30

PQ471 Colay with PQ470

PR470

PR470

0805

0805

2.2_5%

2.2_5%

I

I

PC476

PC476
18nF_X7R_16V

18nF_X7R_16V

0402

0402
I

I

1P5V_DUAL_CSN

+VTT_DDR

PR312

PR312
10K_1%

10K_1%

0402

0402
I

I

Please close PU310 PIN4.

5

G

G

1P5V_DUAL_HG_R_20

G

G

PR473

PR473
10K_5%

10K_5%

0402

0402
I

I

G

G

5

1P5V_DUAL_PHASE_20

D

D

G

G

PQ477

PQ477
NTMFS4841NHT1G

NTMFS4841NHT1G

CCL=Y

CCL=Y

S

S

SO8 FL-8P

SO8 FL-8P
NI

NI

1P5V_DUAL_VIN

D

D

PQ470

PQ470
NTMFS4921NT1G

NTMFS4921NT1G

G

G

CCL=Y

CCL=Y

S

S

NI

NI

1P5V_DUAL_PHASE_20

PQ475

PQ475

D

D

STD60N3LH5

STD60N3LH5

TO252-3P

TO252-3P

S

S

PR476

PR476

0_5%

0_5%

0402

0402
I

I

CCL=Y

CCL=Y
I

I

PR474

PR474

100K_1%

100K_1%

0402

0402
I

I

G

G

6

D

D

PQ478

PQ478
NTMFS4841NHT1G

NTMFS4841NHT1G

CCL=Y

CCL=Y

S

S

SO8 FL-8P

SO8 FL-8P
NI

NI

PC472

PC472

10uF_X7R_16V

10uF_X7R_16V

1206

1206

I

I

PQ471

PQ471

D

D

STD60N3LH5

STD60N3LH5

TO252-3P

TO252-3P

S

S

CCL=Y

CCL=Y
I

I

PC471

PQ476

PQ476

D

D

STD60N3LH5

STD60N3LH5

2.2nF_X7R_50V

2.2nF_X7R_50V

TO252-3P

TO252-3P

I

CCL=Y

CCL=Y
I

I

I
0603

0603

1P5V_DUAL_SN_20

PR471

PR471

2.2_5%

2.2_5%

1206

1206
I

I

S

S

1P5V_DUAL_CSP_RR

Design Note:
Vout = 0.8 * (PR479+PR475)/PR479
=0.8*(1K+1.1K)/1.1K
=1.5V
Iocset = 34.4A

6

PQ477 colay with PQ475
PQ478 colay with PQ476

PC473

PC473

10uF_X7R_16V

10uF_X7R_16V

1206

1206

NI

NI

PL476 3.3uH_30A/25A

PL476 3.3uH_30A/25A

PL475 1.0uH_23A/18A

PL475 1.0uH_23A/18A

1P5V_DUAL_FB_RJ

CCL=Y

CCL=Y

1

PJP472

PJP472

1
2

SHORT PAD

SHORT PAD

2

NOBOM

NOBOM

10X8Mil

10X8Mil

7

+5V_DUAL

PL470900nH_12A

PL470900nH_12A

I

CCL=Y

I

CCL=Y
7X10

7X10

PC470

+

+

I

I

PCE476

PCE476

6.3X8

6.3X8

820uF_CP_2.5V

820uF_CP_2.5V

CCL=Y

CCL=Y

PC470
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

NI

NI

PCE477

PCE477

+

+

CCL=Y

CCL=Y

CCL=Y

CCL=Y

PCE470

PCE470

+

+

560uF_CP_6.3V

560uF_CP_6.3V

8X8

8X8
I

I
CCL=Y

CCL=Y

10.8X10.8X10

10.8X10.8X10
NI

NI

8.0X8.0X6.0

8.0X8.0X6.0
I

I

1

2

PJP471

PJP471

1
2

SHORT PAD

SHORT PAD

NOBOM

NOBOM

10X8Mil

10X8Mil

PCE471

PCE471

+

+

560uF_CP_6.3V

560uF_CP_6.3V

8X8

8X8
I

I
CCL=Y

CCL=Y

add PL476 colay with PL475

I

IPC471

PC475

PC475

I

I

0805

0805

PCE475

PCE475

+

+

6.3X8

6.3X8

22uF_X5R_6.3V

22uF_X5R_6.3V

CCL=Y

CCL=Y

820uF_CP_2.5V

820uF_CP_2.5V

VCC_DDR BLEED OFF

+1P5V_DUAL

PR481

PR481
20_5%

20_5%

1206

1206
NI

DDR_BLEED_D

PS&EN1#

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

VCC_DDR

VCC_DDR

VCC_DDR

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX

IS6XM uATX

IS6XM uATX

Page Modified:

Wednesday, March 02, 2011 09:21:37

Page Modified:

Wednesday, March 02, 2011 09:21:37

Page Modified:

Wednesday, March 02, 2011 09:21:37

7

NI

PQ480

PQ480

D

D

2N7002

2N7002

SOT23-3P

SOT23-3P

S

S

G

G

NI

NI

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

8

Imax=20.5A
Itdc=13.8A
Iocp= 34.4A

+1P5V_DUAL

+1P5V_DUAL

1

PJP475

PJP475

6.3X8

6.3X8

1
2

SHORT PAD

SHORT PAD

2

NOBOM

NOBOM

10X8Mil

10X8Mil

820uF_CP_2.5V

820uF_CP_2.5V

1

PJP476

PJP476

1
2

SHORT PAD

SHORT PAD

2

NOBOM

NOBOM

10X8Mil

10X8Mil

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

X7

X7

X7

Sheet of

Sheet of

Sheet of

54 65

54 65

54 65

8

5

D D

VR_EN_10[59]

VCORE_PG[10,59]

VRM_FBRC VRM_COMP_RC

PR106

I

PR106

I

47_1% 0402

47_1% 0402

PR111 1K_1% 0402

I

PR111 1K_1% 0402

I

I

I

0402

0402

PR114 2K_1%

PR114 2K_1%

VRM_TRBST_RR

PR128

ISEN1+[56]
ISEN2+[56]
ISEN3+[57]
ISEN4+[57]

C C

ISEN1-[56]
ISEN2-[56]
ISEN3-[57]
ISEN4-[57]

B B

PR128
PR129

PR129
PR130

PR130
PR132

PR132

PR117

PR117
PR119

PR119
PR118

PR118
PR133

PR133

+VCC_AXG

25.5K_1%0402

25.5K_1%0402

I

I

25.5K_1%0402

25.5K_1%0402

25.5K_1%0402

25.5K_1%0402

25.5K_1%0402

25.5K_1%0402

I

I

10_1%0402

10_1%0402

I

I

10_1%0402

10_1%0402

I

I

10_1%0402

10_1%0402

I

I

10_1%0402

10_1%0402

PR122 2K_1%

PR122 2K_1%

AXG_TRBST_RR

SHORT PAD

NOBOM

NOBOM

NOBOM

NOBOM

SHORT PAD

SHORT PAD

+5V

I

I

I

I
I

I

PR109

PR109

PR140 1K_1% 0402

I

PR140 1K_1% 0402

I

0402

0402

I

I

PJP103

PJP103

2

112

AXG_SENSE_P[11]

AXG_SENSE_N[11]

PJP104

PJP104

2

112

10X8Mil

10X8Mil

PR158

100nF_X5R_16V

100nF_X5R_16V

PR115

PR115
402_1% 0402

402_1% 0402

PR112 82.5K_1%

PR112 82.5K_1%

I

I

I

I

47_1% 0402

47_1% 0402

PR124

PR124
402_1% 0402

402_1% 0402

10X8MilSHORT PAD

10X8Mil

AXG_VSN_RC

NIPR158

NI

10K_5%0402

10K_5%0402

PC133

PC133

0402

0402

PC116 560pF_X7R_50V

PC116 560pF_X7R_50V

VRM_TRBST_RC

I

I

4.7nF_X7R_50V 0402

4.7nF_X7R_50V 0402

PC125 5.6nF_X7R_50V

PC125 5.6nF_X7R_50V

0402

0402

I

I

PC112 470pF_X7R_50V

PC112 470pF_X7R_50V

0402

0402

NI

NI

VRM_IL_RR

0402

0402

PRT100

PRT100

PC101

PC124

PC124

4.7nF_X7R_50V

4.7nF_X7R_50V

0402

0402
I

I

PC122 470pF_X7R_50V

PC122 470pF_X7R_50V

AXG_TRBST_RC

I

I

4.7nF_X7R_50V 0402

4.7nF_X7R_50V 0402

4.7nF_X7R_50V 0402

4.7nF_X7R_50V 0402

AXG_VCCSENSE1

PR141 0_5%

PR141 0_5%

0402 I

0402 I

PR142 0_5%

PR142 0_5%

0402 I

0402 I

PR159

PR159
33K_1%

33K_1%

0402

0402
I

NI

NI

I

I

I

PC108

1 2

I

I

PC119

PC119
PR167

AXG_VCCSENSE

+5V

PR110

PR110

0402

0402

0402

0402

PC109

I

PC109

I

0402PC108

0402

10nF_X7R_25VI

10nF_X7R_25VI

PR127

PR127

T

T

R0603

R0603

100K_1%+/-1%

100K_1%+/-1%

I

0603

I

0603

VRM_DROOP_RC

IPC101

I

680pF_X7R_50V0402

680pF_X7R_50V0402

PR125

PR125

0402

0402

0402

0402

PC120

I

PC120

I

I

I

IPR167

I PR152

100_5%0402

100_5%0402

PR166 100_5%

PR166 100_5%

0402 I

0402 I

PR146

NIPR146

NI

1K_5%0402

1K_5%0402

PR147

PR147

10K_1%

10K_1%

0402

0402

PC110

NI PC110

NI

1uF_X7R_16V0603

1uF_X7R_16V0603

I

I

4.02K_1%

4.02K_1%

I

I

PR121

I

PR121

I

45.3K_1%0402

45.3K_1%0402

PR102 5.9K_1%

PR102 5.9K_1%

PR103 10_1%

PR103 10_1%

I

I

4.02K_1%

4.02K_1%

PR168

PR168

PRT102

PRT102
100K_1%

100K_1%
+/-1%

+/-1%

0603

0603
I

I

I

I

4

PC117 47pF_NPO_50V 0402I PC117 47pF_NPO_50V 0402I

0402IPR116

0402

2.21K_1%

2.21K_1%

1K_1%0402

1K_1%0402

VRM_DROOP_2

0402I

0402I

0402I

0402I

PC123 47pF_NPO_50V 0402I PC123 47pF_NPO_50V 0402I

0402IPR139

0402

8.06K_1%

8.06K_1%

100nF_X5R_16V

100nF_X5R_16V

0_5%0402 I

0_5%0402 I

NI

NI

100nF_X5R_16V 0402

100nF_X5R_16V 0402

PR162

PR162

0_5%

0_5%

0402

0402

I

I

12

T

T

PC115

PC115

PR116

I

0402

0402

1nF_X7R_50V

1nF_X7R_50V

PC121

PC121

PR139

I

PC139

PC139

0402

0402

PC140

PC140

100nF_X5R_16V

100nF_X5R_16V

AXG_TSE_R

PR164

PR164

7.5K_1%

7.5K_1%

0402

0402

3

+5V

+12V_CPU

PR155

PR155

2.2_5%

2.2_5%

PR104

PR104

0805

0805

1K_5%

1K_5%

0402

0402

I

I

I

I

VRM_PVCC

PC129

PC129
10nF_X7R_25V

52
48

49

50

44
45
47

46

42

17
19

16

18

15

14

23
27

13

9
7

8

10nF_X7R_25V

0402

0402
I

I

ENABLE
VR_RDY

DIFFOUT
COMP

FB

TRBST

CSSUM
CSCOMP
ILIM

DROOP

CSREF

VR-RDYA
DIFFOUTA

COMPA

FBA

TRBSTA

VSPA

VSNA

IMONA
VBOOTA

TSENSEA

PR107

PR107
1K_5%

1K_5%

0402

0402
NI

NI

PU100

PU100

CCL=Y

CCL=Y
I

I
QFN-52P

QFN-52P

VRM_DIFFOUT

VRM_COMP

I

I

2.2nF_X7R_50V0402

2.2nF_X7R_50V0402

VRM_VFB

VRM_TRBSTVRM_TRBST

VRM_TRBST

VRM_CSSUM
VRM_CSCOMP

PR131 62K_1%

PR131 62K_1%

0402

0402

PC118

PC118

I

I

I

I

2.2nF_X7R_50V0402

2.2nF_X7R_50V0402

I

I

PC137

PC137

0402

0402

I

I

VRM_IL

I

I

PR126

PR126

4.64K_1%

4.64K_1%

0402

0402

VRM_DROOP

I

I

VRM_CSREF VRM_VSNVRM_VSN

AXG_DIFFOUT

AXG_COMPAXG_COMP_RCAXG_FBRC

AXG_VFB

AXG_TRBST

AXG_VSP

PC138

PC138

1nF_X7R_50V

1nF_X7R_50V

AXG_VSN

0402

0402

NI

NI

AXG_IMON

AXG_VBOOT

AXG_TSE

I

I

VRM_VCC

12

10

VCC

VRMP

NCP6151S52MNR2G

NCP6151S52MNR2G

ROSC

11

VRM_ROSC

PR148

PR148

8.2K_1%

8.2K_1%

0402

0402

I

I

SDIO
SCLK

ALERT#

DRON

PWM1/ADDR

CSN1

CSP1

PWM2/VBOOT

CSN2

CSP2

PWM3/IMAX

CSN3

CSP3

PWM4

CSN4

CSP4

IMON

PWMA/IMAX

CSNA
CSPA

CSSUMA

CSCOMPA

ILIMA

DROOPA

VRHOT

TSENSE

GND

53

PC130

PC130
1uF_X7R_16V

1uF_X7R_16V

0603

0603
I

I

4
5
6

33
32
35
34

30
39
38

31
37
36

29
40
41

1

VSP

51

VSN

43

28
26
25

24
22
20

21

3
2

PC113

PC113

0402

0402

VRM_VSP

NI

NI

1nF_X7R_16V

1nF_X7R_16V

AXG_CS

AXG_IL

AXG_DROOP_2

AXG_DROOP

VRM_CS1

ISEN1+[56]

VRM_CS2

ISEN2+[56]

VRM_CS3

ISEN3+[57]

VRM_CS4

ISEN4+[57]

100nF_X5R_16V

100nF_X5R_16V

PC114

PC114

0402

0402

PC135

NI

PC135

NI

100nF_X5R_16V0402

100nF_X5R_16V0402

AXG_ISEN+[58]

AXG_CSSUM

AXG_CSCOMP

PR153

PR153

31.6K_1% 0402

31.6K_1% 0402

PC131

PC131

1nF_X7R_50V

1nF_X7R_50V

0402

0402

I

I

VRM_TSE

PR143

PR143

I

I

5.6K_1% 0402

5.6K_1% 0402

PR105

PR105

I

I

5.6K_1% 0402

5.6K_1% 0402

I

I

5.6K_1% 0402

5.6K_1% 0402

I

I

5.6K_1% 0402

5.6K_1% 0402

0_5% 0402I

0_5% 0402I

NI

NI

PR156

PR156

I

I

4.99K_1% 0402

4.99K_1% 0402

I

I

PR154

PR154
1K_1%

1K_1%

0402

0402
I

I

0402 I

0402 I

PC136

PC136
100nF_X5R_16V

100nF_X5R_16V

0402

0402
I

I

PR149

PR149

PR169

PR169

PR138

PR138

PR150

PR150

7.87K_1%

7.87K_1%

I

I

100_5% 0402

100_5% 0402

PC132

PC132

0402

0402

0402 I

0402 I

PR10110_1%

PR10110_1%

VRM_TSE_R

PR165

PR165

7.15K_1%

7.15K_1%

0402

0402
I

I

PC103

PC103

I

I

PC105

PC105

I

I

PC107

PC107

I

I

PC142

PC142

I

I

VRM_VCCSENSE

PR137

I PR137

I

0402I

0402I

VRM_IMON

0603

0603

100nF_X7R_16V

100nF_X7R_16V

I

I

R0603

R0603

100K_1% +/-1%

100K_1% +/-1%

PR10017.8K_1%

PR10017.8K_1%

AXG_DROOP_RC

PR163

PR163
0_5%

0_5%

0402

0402
I

I

12

PRT103

PRT103
100K_1%

100K_1%
+/-1%

+/-1%

T

T

0603

0603
I

I

2

PR171

PR171
110_1%

110_1%

0402

0402
I

I

0603

0603

100nF_X7R_16V

100nF_X7R_16V

0603

0603

100nF_X7R_16V

100nF_X7R_16V

0603

0603

100nF_X7R_16V

100nF_X7R_16V

0603

0603

100nF_X7R_16V

100nF_X7R_16V

VRM_VCCSENSE1

PR136100_5%

PR136100_5%

T

T

I

I

I

0603

I

0603

PR123

PR123
51_1%

51_1%

0402

0402
NI

NI

+VCCIO

+VCCIO

PR1130_5%

PR1130_5%

0402I

0402I

PR1350_5%

PR1350_5%

0402I

0402I

VRM_VSN_RC

PR172 28K_1%

PR172 28K_1%

0402

0402

I

I

I

I

I PC127

I

AXG_IL_RR

PR15135.7K_1%

PR15135.7K_1%

0402

0402

PRT101

PRT101

12

PC100

I PC100

I

680pF_X7R_50V0402

680pF_X7R_50V0402

1nF_X7R_50V

1nF_X7R_50V

VR_HOT [11]

PR174

PC106

0402

PC106

0402

100nF_X5R_16V

100nF_X5R_16V

PC111

0402

PC111

0402

100nF_X5R_16V

100nF_X5R_16V

PC141

0402

PC141

0402

100nF_X5R_16V

100nF_X5R_16V

PC143

0402

PC143

0402

100nF_X5R_16V

100nF_X5R_16V

VCC_SENSE [11]

112

PJP101

PJP101

VSS_SENSE [11]

PJP102

PJP102

112

10X8Mil

10X8Mil

PR152

I

I

PC126

PC126

0402

0402

I

I

PR174
75_1%

75_1%

0402

0402
NI

NI

NI

NI

NI

NI

NI

NI

NI

NI

SHORT PAD

2

NOBOM

NOBOM

NOBOM

NOBOM

2

SHORT PAD

SHORT PAD

PR173

PR173
56_1%

56_1%

0402

0402
I

I

10X8Mil SHORT PAD

10X8Mil

1P1V_AXG_PWM_10 [58]
AXG_ISEN- [58]

PC128

PC128

1.5nF_X7R_50V0402

1.5nF_X7R_50V0402
PC127

2.2nF_X7R_50V0402

2.2nF_X7R_50V0402
120K_1% 0402

120K_1% 0402

AXG_ISEN-_R

VRM_SDIO [11]

VRM_SCLK [11]

VRM_ALERT# [11]
VRM_OD# [56,57,58]
ISEN1- [56]

ISEN2- [56]

ISEN3- [57]

ISEN4- [57]

+VCORE

PR134

PR134

PC134

PC134

28.7K_1%

28.7K_1%
100nF_X5R_16V

100nF_X5R_16V

0402

0402

0402

0402

I

I

NI

NI

PR144

I

PR144

I

27K_1%0402

27K_1%0402

PR145

I

PR145

I

10_1%0402

10_1%0402

PR157 10K_1%

PR157 10K_1%

0402 I

0402 I

PR160 10K_1%

PR160 10K_1%

0402 I

0402 I

PR161 88.7K_1%

PR161 88.7K_1%

0402

0402

PR170 1K_5%

PR170 1K_5%

0402 NI

0402 NI

PR120100_5%

NI PR120100_5%

NI

0402

0402

AXG_ISEN+ [58]

AXG_ISEN- [58]

1

VRM_PWM1_10 [56]

VRM_PWM2_10 [56]

VRM_PWM3_10 [57]

I

I

VRM_PWM4_10 [57]

+5V

Design Note:
VCORE OCP :

A A

5

Iocpset=Rlimit * 10u * Rph /[Rcs2+Rcs1*Rth/((Rcs1+Rth)]/DCR
Rcs2 & PR112 =82.5K
Rcs1 & PR127 =35.7K
Rth & PRT100 =100K
Rph & PR128 =25.5K
Rlimit& PR131=62K
DCR=0.65mohm
Iocpset =223.5A

4

Design Note:
AXG OCP :
Iocpset=Rlimit * 10u * Rph /[Rcs2+Rcs1*Rth/((Rcs1+Rth)]/DCR
Rcs2 & PR152 =82.5K
Rcs1 & PR151=35.7K
Rth & PRT101 =100K
Rph & PR144 =27K
Rlimit& PR153=31.6K
DCR=1.05mohm
Iocpset =74.6A

3

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

Vcore Controller

Vcore Controller

Vcore Controller

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX

IS6XM uATX

IS6XM uATX

Page Modified:

Wednesday, March 02, 2011 09:21:36

Page Modified:

Wednesday, March 02, 2011 09:21:36

Page Modified:

2

Wednesday, March 02, 2011 09:21:36

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

1

55 65

55 65

55 65

Sheet of

Sheet of

Sheet of

X7

X7

X7

1

2

3

4

5

6

7

8

+12V_CPU

+12V_VCORE_VIN

PL200 0.9uH_27A/17A

PL200 0.9uH_27A/17A

8.0X8.0X6.0

8.0X8.0X6.0

A A

PD210

PR214

PR214

2.2_5%

2.2_5%

0603

0603
I

I

I

I
CCL=Y

CCL=Y

NIPD210

NI

BAT54HT1G_200mASOD323-2P

BAT54HT1G_200mASOD323-2P

VRM_VCC1_20

PR215

VRM_PWM1_10[55]

VRM_OD#[55,57,58]

B B

PR215

10_5%

10_5%

I

I

VRM_PH1_EN

PC218

PC218
1uF_X7R_16V

1uF_X7R_16V

0603

0603
I

I

0402

0402

+12V_VCORE_VIN

PU210
NCP5901BMNTBG

NCP5901BMNTBG

4

VCC

2

PWM

3

EN

GND6PAD

1

BST

9

IPU210

I

HG

SW

LG

CCL=Y

CCL=Y
DFN-8P

DFN-8P

PC210

PC210

100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

VRM_UG1_20

8

7

VRM_LG1_30

5

PU20

PU20
PWR_2X2_4.2_Ivory

PCE213

PC212

PC212
10uF_X7R_16V

10uF_X7R_16V

1206

D

VRM_BOOTRC1_20VRM_BOOT1_20

PR213

PR213
1_5%

1_5%

0805

0805
I

I

PR210 2.2_5%

PR210 2.2_5%

I

I

0805

0805

VRM_UGR1_20

G

G

PR212

PR212
10K_5%

10K_5%

0402

0402
I

I

D

PQ211

PQ211
BSC079N03LSC G

BSC079N03LSC G

PG-TDSON-8P

PG-TDSON-8P

S

S

CCL=Y

CCL=Y
I

I

1206
I

I

PCE210

PCE210

+

+

270uF_CP_16V

270uF_CP_16V

8X11.5

8X11.5
I

I
CCL=Y

CCL=Y

VRM_PHASE1_20

PC211

PC211

4.7nF_X7R_50V

4.7nF_X7R_50V

0603

0603
I

I

VRM_SN1_20

PR211

PR211

2.2_5%

2.2_5%

1206

1206
I

I

G

G

PQ215

PQ215

D

D

IPD060N03L G

IPD060N03L G

TO252-3P

TO252-3P

S

S

CCL=Y

CCL=Y
NI

NI

G

G

PQ216

PQ216

D

D

IPD060N03L G

IPD060N03L G

TO252-3P

TO252-3P

S

S

CCL=Y

CCL=Y
NI

NI

PCE211

PCE211

+

+

270uF_CP_16V

270uF_CP_16V

8X11.5

8X11.5
I

I
CCL=Y

CCL=Y

+

+

PL216 300nH_60A/35A

PL216 300nH_60A/35A

PL215 360nH_50A/43A

PL215 360nH_50A/43A

1

1

2

2

PCE212

PCE212
270uF_CP_16V

270uF_CP_16V

8X11.5

8X11.5
I

I
CCL=Y

CCL=Y

PL216 CO_LAY with PL215

NI

NI
CCL=Y

CCL=Y

I

I

CCL=Y

CCL=Y

PJP212

PJP212
SHORT PAD

SHORT PAD

10X8Mil

10X8Mil
NOBOM

NOBOM

PCE213

+

+

270uF_CP_16V

270uF_CP_16V

8X11.5

8X11.5
NI

NI
CCL=Y

CCL=Y

10.3X6.3X10

10.3X6.3X10

11.0X9.0X8.3

11.0X9.0X8.3

1

PJP211

PJP211

1

2

SHORT PAD

SHORT PAD

2

10X8Mil

10X8Mil
NOBOM

NOBOM

PWR_2X2_4.2_Ivory

I

I

1

GND1

+12V1

2

GND2

+12V2

NP_NC

9.6X9.6X12.8

9.6X9.6X12.8

PC215

PC215
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
I

I

3
4
5

+VCORE

+12V_CPU

PC20

PC20
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

PC21

PC21
100nF_X7R_16V

100nF_X7R_16V

0402

0402
I

I

VRM_PHASE1_20

D

VRM_LG1_30

G

G

D

PQ217

PQ217
BSC886N03LS G

BSC886N03LS G

PG-TDSON-8P

PG-TDSON-8P

S

S

CCL=Y

CCL=Y

I

I

G

G

D

D

PQ218

PQ218
BSC886N03LS G

BSC886N03LS G

PG-TDSON-8P

PG-TDSON-8P

S

S

CCL=Y

CCL=Y

I

I

+12V_VCORE_VIN

ISEN1+[55]

ISEN1-[55]

PQ217 CO_LAY with PQ215
PQ218 CO_LAY with PQ216

PC220

PC220

VRM_BOOTRC2_20VRM_BOOT2_20

I

100nF_X7R_16V

100nF_X7R_16V

0603

0603

VRM_UG2_20

8

7

VRM_LG2_30

5

I

PR223

PR223
1_5%

1_5%

0805

0805
I

I

PR220 2.2_5%

PR220 2.2_5%

I

I

VRM_UGR2_20

0805

0805

VRM_PHASE2_20

PR222

PR222
10K_5%

10K_5%

0402

0402
I

I

G

G

G

G

D

D

PQ221

PQ221
BSC079N03LSC G

BSC079N03LSC G

PG-TDSON-8P

PG-TDSON-8P

S

S

CCL=Y

CCL=Y
I

I

PQ225

PQ225

D

D

IPD060N03L G

IPD060N03L G

TO252-3P

TO252-3P

S

S

CCL=Y

CCL=Y
NI

NI

G

G

PQ226

PQ226

D

D

IPD060N03L G

IPD060N03L G

TO252-3P

TO252-3P

S

S

CCL=Y

CCL=Y
NI

NI

PD220

C C

PR224

PR224

2.2_5%

2.2_5%

0603

0603
I

I

VRM_VCC2_20

VRM_PWM2_10[55]

VRM_OD#[55,57,58]

10_5%

10_5%

I

I

VRM_PH2_EN

PC228

PC228
1uF_X7R_16V

1uF_X7R_16V

0603

0603
I

I

PR225

PR225

0402

0402

NIPD220

NI

BAT54HT1G_200mASOD323-2P

BAT54HT1G_200mASOD323-2P

PU220
NCP5901BMNTBG

NCP5901BMNTBG

4

VCC

2

PWM

3

EN

GND6PAD

1

BST

9

IPU220

I

HG

SW

LG

CCL=Y

CCL=Y
DFN-8P

DFN-8P

VRM_PHASE2_20

D D

VRM_LG2_30

1

2

G

G

D

D

PQ227

PQ227
BSC886N03LS G

BSC886N03LS G

PG-TDSON-8P

PG-TDSON-8P

S

S

CCL=Y

CCL=Y
I

I

G

G

D

D

PQ228

PQ228
BSC886N03LS G

BSC886N03LS G

PG-TDSON-8P

PG-TDSON-8P

S

S

CCL=Y

CCL=Y

I

I

PQ227 CO_LAY with PQ225
PQ228 CO_LAY with PQ226

3

4

VRM_UGR2_20 [59]

PC221

PC221

4.7nF_X7R_50V

4.7nF_X7R_50V

0603

0603
I

I

VRM_SN2_20

PR221

PR221

2.2_5%

2.2_5%

1206

1206
I

I

5

PC222

PC222
10uF_X7R_16V

10uF_X7R_16V

1206

1206
I

I

ISEN2+[55]

ISEN2-[55]

PL226 CO_LAY with PL225

PL226 300nH_60A/35A

NI

PL226 300nH_60A/35A

NI
CCL=Y

CCL=Y

PL225 360nH_50A/43A

I

PL225 360nH_50A/43A

I

CCL=Y

CCL=Y

1

PJP222

PJP222

1

2

SHORT PAD

SHORT PAD

10X8Mil

10X8Mil

2

NOBOM

NOBOM

6

10.3X6.3X10

10.3X6.3X10

11.0X9.0X8.3

11.0X9.0X8.3

1

PJP221

PJP221

1

2

SHORT PAD

SHORT PAD

2

PC225

PC225
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
I

10X8Mil

10X8Mil
NOBOM

NOBOM

Title

Title

Title

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

Page Modified:

Page Modified:

Page Modified:

I

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

+VCORE PHASE1&2

+VCORE PHASE1&2

+VCORE PHASE1&2

IS6XM uATX

IS6XM uATX

IS6XM uATX

Wednesday, March 02, 2011 09:21:33

Wednesday, March 02, 2011 09:21:33

Wednesday, March 02, 2011 09:21:33

7

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

56 65

56 65

56 65

X7

X7

X7

1

2

3

4

5

6

7

8

+VCORE

+12V_CPU

PC230

PD230

A A

PR234

PR234

2.2_5%

2.2_5%

0603

0603
I

I

VRM_VCC3_20

PR235

VRM_PWM3_10[55]

VRM_OD#[55,56,58]

PR235

10_5%

10_5%

I

I

VRM_PH3_EN

PC238

PC238
1uF_X7R_16V

1uF_X7R_16V

0603

0603
I

I

0402

0402

NIPD230

NI

BAT54HT1G_200mASOD323-2P

BAT54HT1G_200mASOD323-2P

PU230
NCP5901BMNTBG

NCP5901BMNTBG

4

VCC

2

PWM

3

EN

VRM_BOOT3_20

1

BST

GND6PAD

CCL=Y

CCL=Y

9

DFN-8P

DFN-8P

PC230

VRM_BOOTRC3_20

100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

IPU230

I

VRM_UG3_20

8

HG

7

SW

VRM_LG3_30

5

LG

PR233

PR233
1_5%

1_5%

0805

0805
I

I

PR230 2.2_5%

PR230 2.2_5%

I

I

VRM_PHASE3_20

PQ237 CO_LAY with PQ235
PQ238 CO_LAY with PQ236

VRM_UGR3_20

0805

0805

G

G

PR232

PR232
10K_5%

10K_5%

0402

0402
I

I

G

G

D

D

PQ231

PQ231
BSC079N03LSC G

BSC079N03LSC G

PG-TDSON-8P

PG-TDSON-8P

S

S

CCL=Y

CCL=Y
I

I

PQ235

PQ235

D

D

IPD060N03L G

IPD060N03L G

TO252-3P

TO252-3P

S

S

CCL=Y

CCL=Y
NI

NI

G

G

PQ236

PQ236

D

D

IPD060N03L G

IPD060N03L G

TO252-3P

TO252-3P

S

S

CCL=Y

CCL=Y
NI

NI

+12V_VCORE_VIN

PC232

PC232
10uF_X7R_16V

10uF_X7R_16V

1206

1206
I

I

PC231

PC231

4.7nF_X7R_50V

4.7nF_X7R_50V

0603

0603
I

I

VRM_SN3_20

PR231

PR231

2.2_5%

2.2_5%

1206

1206
I

I

I

I

PCE232

PCE232

+

+

+

+

6.3X8

6.3X8

CCL=Y

CCL=Y

820uF_CP_2.5V

820uF_CP_2.5V

PL236 CO_LAY with PL235

PL236 300nH_60A/35A

NI

PL236 300nH_60A/35A

NI
CCL=Y

CCL=Y

10.3X6.3X10

I

I

CCL=Y

CCL=Y

PJP232

PJP232
SHORT PAD

SHORT PAD

10X8Mil

10X8Mil
NOBOM

NOBOM

10.3X6.3X10

11.0X9.0X8.3

11.0X9.0X8.3

1

1
2

2

PL235 360nH_50A/43A

PL235 360nH_50A/43A

1

1
2

2

I

I

PCE233

PCE233

6.3X8

6.3X8

820uF_CP_2.5V

820uF_CP_2.5V

PJP231

PJP231
SHORT PAD

SHORT PAD

10X8Mil

10X8Mil
NOBOM

NOBOM

I

+

+

I

I

PCE235

PCE235

6.3X8

6.3X8

820uF_CP_2.5V

820uF_CP_2.5V

I

PCE237

PCE237

+

+

6.3X8

6.3X8

CCL=Y

CCL=Y

CCL=Y

CCL=Y

820uF_CP_2.5V

820uF_CP_2.5V

I

I

PCE234

PCE234

+

+

6.3X8

6.3X8

CCL=Y

CCL=Y

CCL=Y

CCL=Y

820uF_CP_2.5V

820uF_CP_2.5V

+VCORE

PC235

PC235
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
I

I

VRM_PHASE3_20

PG-TDSON-8P

PG-TDSON-8P
CCL=Y

CCL=Y
I

I

ISEN3+[55]
ISEN3-[55]

G

G

VRM_UGR4_20 [60]

PQ246

PQ246

D

D

IPD060N03L G

IPD060N03L G

TO252-3P

TO252-3P

S

S

CCL=Y

CCL=Y
NI

NI

+12V_VCORE_VIN

PC241

PC241

4.7nF_X7R_50V

4.7nF_X7R_50V

0603

0603
I

I

VRM_SN4_20

PR241

PR241

2.2_5%

2.2_5%

1206

1206
I

I

PC242

PC242
10uF_X7R_16V

10uF_X7R_16V

1206

1206
I

I

PL246 CO_LAY with PL245

PL246 300nH_60A/35A

NI

PL246 300nH_60A/35A

NI
CCL=Y

CCL=Y

PL245 360nH_50A/43A

I

PL245 360nH_50A/43A

I

CCL=Y

CCL=Y

1

PJP242

PJP242

1
2

SHORT PAD

SHORT PAD

10X8Mil

10X8Mil

2

NOBOM

NOBOM

10.3X6.3X10

10.3X6.3X10

11.0X9.0X8.3

11.0X9.0X8.3

1

PJP241

PJP241

1
2

SHORT PAD

SHORT PAD

2

10X8Mil

10X8Mil
NOBOM

NOBOM

PC245

PC245
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
I

I

D

D

G

G

PQ237

PQ237
BSC886N03LS G

1

BST

GND6PAD

9

IPU240

I

HG

SW

CCL=Y

CCL=Y
DFN-8P

DFN-8P

BSC886N03LS G

CCL=Y

CCL=Y

S

S

PG-TDSON-8P

PG-TDSON-8P

I

I

PC240

PC240

100nF_X7R_16V

100nF_X7R_16V

0603

0603

VRM_UG4_20VRM_UG4_20

8

7

VRM_LG4_30

5

LG

PQ247 CO_LAY with PQ245
PQ248 CO_LAY with PQ246

VRM_BOOTRC4_20VRM_BOOT4_20

I

I

PD240

PR244

PR244

2.2_5%

2.2_5%

0603

0603
I

I

VRM_VCC4_20

PR245

PR245

10_5%

10_5%

I

I

VRM_LG3_30

NIPD240

NI

BAT54HT1G_200mASOD323-2P

BAT54HT1G_200mASOD323-2P

0402

0402

PU240
NCP5901BMNTBG

NCP5901BMNTBG

4

VCC

2

PWM

3

EN

B B

VRM_PWM4_10[55]

VRM_OD#[55,56,58]

VRM_PH4_EN

PC248

PC248
1uF_X7R_16V

1uF_X7R_16V

0603

C C

0603
I

I

G

G

D

D

PQ238

PQ238
BSC886N03LS G

BSC886N03LS G

PG-TDSON-8P

PG-TDSON-8P

S

S

CCL=Y

CCL=Y

I

I

PR243

PR243
1_5%

1_5%

0805

0805
I

I

PR240 2.2_5%

PR240 2.2_5%

0805

0805

I

I

VRM_PHASE4_20

VRM_UGR4_20

PR242

PR242
10K_5%

10K_5%

0402

0402
I

I

G

G

G

G

D

D

PQ241

PQ241
BSC079N03LSC G

BSC079N03LSC G

S

S

PQ245

PQ245

D

D

IPD060N03L G

IPD060N03L G

TO252-3P

TO252-3P

S

S

CCL=Y

CCL=Y
NI

NI

VRM_PHASE4_20

D

G

G

D

PQ248

PQ248
BSC886N03LS G

BSC886N03LS G

PG-TDSON-8P

PG-TDSON-8P

S

S

CCL=Y

CCL=Y

I

I

3

4

D

D

G

G

PQ247

2

PQ247
BSC886N03LS G

BSC886N03LS G

PG-TDSON-8P

PG-TDSON-8P

S

S

CCL=Y

CCL=Y

I

I

VRM_LG4_30

D D

1

ISEN4+[55]
ISEN4-[55]

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

+VCORE PHASE3 & 4

+VCORE PHASE3 & 4

+VCORE PHASE3 & 4

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX

IS6XM uATX

IS6XM uATX

Page Modified:

Wednesday, March 02, 2011 09:21:34

Page Modified:

Wednesday, March 02, 2011 09:21:34

Page Modified:

5

6

Wednesday, March 02, 2011 09:21:34

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

57 65

57 65

57 65

8

X7

X7

X7

1

2

3

4

5

6

7

8

+12V_VCORE_VIN

+12V_CPU

PC273

G

G

PC273
10uF_X7R_16V

10uF_X7R_16V

1206

1206
I

I

PQ276

PQ276

D

D

IPD060N03L G

IPD060N03L G

TO252-3P

TO252-3P

S

S

CCL=Y

CCL=Y
NI

NI

PC270

8

7
5

PC270

AXG_BOOTRC4_20

I

I

100nF_X7R_16V

100nF_X7R_16V

0603

0603

AXG_UG4_20

AXG_LG4_30

PR275

PR275
1_5%

1_5%

0805

0805
I

I

PR270 2.2_5%

PR270 2.2_5%

I

I

0805

0805

AXG_PHASE4_20

AXG_UGR4_20

PR276

PR276
10K_5%

10K_5%

0402

0402
I

I

G

G

G

G

D

D

PQ270

PQ270
BSC079N03LSC G

BSC079N03LSC G

I PG-TDSON-8P

I PG-TDSON-8P

S

S

CCL=Y

CCL=Y

PQ275

PQ275

D

D

IPD060N03L G

IPD060N03L G

TO252-3P

TO252-3P

S

S

CCL=Y

CCL=Y
NI

NI

A A

PR273

PR273

2.2_5%

2.2_5%

0603

0603
I

I

PD270

NIPD270

NI

BAT54HT1G_200mASOD323-2P

BAT54HT1G_200mASOD323-2P

AXG_VCC4_20

PR274

1P1V_AXG_PWM_10[55]

VRM_OD#[55,56,57]

10_1%

10_1%

I

I

PR274

0402

0402

AXG_PH_EN

PC272

PC272
1uF_X7R_16V

1uF_X7R_16V

0603

0603
I

I

B B

PU270
NCP5901BMNTBG

NCP5901BMNTBG

4

VCC

2

PWM

3

EN

GND6PAD

AXG_BOOT4_20

IPU270

I

1

BST

HG

SW

LG

CCL=Y

CCL=Y

9

DFN-8P

DFN-8P

PC274

PC274
10uF_X7R_16V

10uF_X7R_16V

1206

1206
NI

NI

PC271

PC271

4.7nF_X7R_50V

4.7nF_X7R_50V

0603

0603
I

I

AXG_SN4_20

PR271

PR271

2.2_5%

2.2_5%

1206

1206
I

I

PC276

PC276
10uF_X7R_16V

10uF_X7R_16V

1206

1206
I

I

PL275 500nH_50A/32A

PL275 500nH_50A/32A

CCL=Y

CCL=Y

1

PJP272

PJP272

1

2

SHORT PAD

SHORT PAD

10X8Mil

10X8Mil

2

NOBOM

NOBOM

11X9X8

11X9X8
I

I

1

PJP271

PJP271

1

2

SHORT PAD

SHORT PAD

10X8Mil

10X8Mil

2

NOBOM

NOBOM

Imax=35A
Itdc=25A

+VCC_AXG

+VCC_AXG

PC275

PC275
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
I

I

+VCC_AXG

I

I

PCE275

PCE275

+

+

6.3X8

6.3X8

820uF_CP_2.5V

820uF_CP_2.5V

CCL=Y

CCL=Y

+

+

I

I

PCE276

PCE276

6.3X8

6.3X8

820uF_CP_2.5V

820uF_CP_2.5V

CCL=Y

CCL=Y

+

+

I

I

PCE277

PCE277

6.3X8

6.3X8

CCL=Y

CCL=Y

820uF_CP_2.5V

820uF_CP_2.5V

+

+

I

I

PCE278

PCE278

6.3X8

6.3X8

CCL=Y

CCL=Y

820uF_CP_2.5V

820uF_CP_2.5V

AXG_PHASE4_20

AXG_ISEN+[55]

D

D

G

G

PQ277

AXG_LG4_30

C C

D D

1

2

PQ277
BSC886N03LS G

BSC886N03LS G

PG-TDSON-8P

PG-TDSON-8P

S

S

CCL=Y

CCL=Y

I

I

G

G

3

D

D

PQ278

PQ278
BSC886N03LS G

BSC886N03LS G

PG-TDSON-8P

PG-TDSON-8P

S

S

CCL=Y

CCL=Y

I

I

PQ277 CO_LAY with PQ275
PQ278 CO_LAY with PQ276

4

AXG_ISEN-[55]

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

Page Modified:

Page Modified:

5

6

Page Modified:

+VCC_AXG

+VCC_AXG

+VCC_AXG

IS6XM uATX

IS6XM uATX

IS6XM uATX

Wednesday, March 02, 2011 09:20:39

Wednesday, March 02, 2011 09:20:39

Wednesday, March 02, 2011 09:20:39

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

8

58 65

58 65

58 65

X7

X7

X7

1

2

3

4

5

6

7

8

PC604

PC604
10uF_X7R_16V

10uF_X7R_16V

1206

1206
NI

NI

NI

NI

CCL=Y

CCL=Y

I

I

CCL=Y

CCL=Y

1

PJP601

PJP601

1

2

SHORT PAD

SHORT PAD

2

NOBOM

NOBOM

10X8Mil

10X8Mil

6

+12V_VCORE_VIN

PC600

PC600
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

8.0X8.0X6.0

8.0X8.0X6.0

8.0X8.0X6.0

8.0X8.0X6.0

1

PJP602

PJP602

1

2

SHORT PAD

SHORT PAD

2

NOBOM

NOBOM

10X8Mil

10X8Mil

+5V+5V

PR731

PR731
10K_5%

10K_5%

0402

0402
I

I

H

PC730

PC730
100nF_X5R_16V

100nF_X5R_16V

0402

0402
NI

NI

I

I

PC605

PC605

0805

0805

22uF_X5R_6.3V

22uF_X5R_6.3V

Design Note:
Iocset = 20.5A

I

I

PCE606

PCE606

+

+

820uF_CP_2.5V

820uF_CP_2.5V

6.3X8

6.3X8

CCL=Y

CCL=Y

1

1

2

2

10X8Mil

10X8Mil

+

+

PJP605

PJP605
SHORT PAD

SHORT PAD

NOBOM

NOBOM

I

I

PCE608

PCE608

6.3X8

6.3X8

CCL=Y

CCL=Y

820uF_CP_2.5V

820uF_CP_2.5V

NI

NI

PCE607

PCE607

+

+

6.3X8

6.3X8

CCL=Y

CCL=Y

820uF_CP_2.5V

820uF_CP_2.5V

VTT_SELECT VCCIO OUT

Vout = 0.8 * (PR610//PR730+PR606)/PR610//PR730

1

=0.8*(3.12K+1K)/3.12K
= 1.06V

Vout = 0.8 * (PR610+PR606)/PR610

0

=0.8 * (3.92K+1K)/3.92K
= 1.00V

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

VCCIO

VCCIO

VCCIO

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev
Custom

Custom

Custom

IS6XM uATX

IS6XM uATX

IS6XM uATX

Page Modified:

Wednesday, March 02, 2011 09:20:28

Page Modified:

Wednesday, March 02, 2011 09:20:28

Page Modified:

Wednesday, March 02, 2011 09:20:28

7

Hon Hai Precision Industry Co. Ltd.

Imax=TBD
Itdc=8.5A
Iocp=20.5A

+VCCIO

+VCCIO

1

PJP606

PJP606

1

2

SHORT PAD

SHORT PAD

2

NOBOM

NOBOM

10X8Mil

10X8Mil

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

8

59 65

59 65

59 65

Sheet of

Sheet of

Sheet of

X7

X7

X7

+VCCIO

PR604

PR604
680_5%

680_5%

0402

0402
I

I

VTT_PGOOD[60]

A A

VRM_UGR2_20[56]

PR617

PR617
20K_1%

20K_1%

0402

0402
NI

NI

PR618

PR618
0_5%

0_5%

0402

0402
I

I

PC615

PC615
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

PR601

PR601

35.7K_1%

35.7K_1%

0402

0402
I

I

VCCP_SYN

VCCP_OSC

Fsw=550KHz

VCCP_COMP

PC614

PC614

470pF_X7R_50V

470pF_X7R_50V

0402

B B

0402

VCCP_COMP_RC

PR608

PR608

I

I

0402

0402

4.99K_1%

4.99K_1%

I

I

PC611

I

I

PC609

PC609
22nF_X7R_16V

22nF_X7R_16V

0402

0402

PC611
10pF_NPO_50V

10pF_NPO_50V

0402

0402
I

I

VCCP_FB

PR606

PR606

PC606

PC606

1K_0.5%

1K_0.5%

0402

0402

VCCP_FB_RC

I

I

PR610

PR610

10nF_X7R_25V

10nF_X7R_25V

3.92K_1%

3.92K_1%

I

I

0402

0402
I

I

0402

0402

C C

6

7

14

16

17

8

VFQFPN-16P

VFQFPN-16P

VCCP_OSC

+12V

VCCP_VCCDR_20

PC612

PC612
1uF_X7R_16V

1uF_X7R_16V

0603

0603
I

I

1

PU600

PU600

PGOOD

SYNCH

OSC/EN

GND

Thermal Pad

COMP

FB9VSEN10FBG

PR616

PR616

0_5%

0_5%

0402

0402
I

I

PR609

PR609

VCCP_VSEN

1K_0.5%

1K_0.5%

0402

0402
NI

NI

PR611

PR611

100_1%

100_1%

0402

0402
I

I

VCCDR

PR622

PR622

2.2_5%

2.2_5%

0603

0603
I

I

L6738TR

L6738TR

PR615

PR615

2.2_5%

2.2_5%

0603

0603

NI

NI

VCCP_VCC_20

I

I

15

VCC

BOOT

UGATE

PHASE

LGATE

CSP

CSN

CCL=Y

CCL=Y

11

PR614

PR614

3.92K_1%

3.92K_1%

0402

0402
NI

NI

+5V

4

5

3

2

13

12

PR623

PR623

2.2_5%

2.2_5%

0603

0603

I

I

PC608

PC608
1uF_X7R_16V

1uF_X7R_16V

0603

0603
I

I

VCCP_BOOT_20

VCCP_CSP

PR613

PR613
27K_1%

27K_1%

0402

0402
I

I

PC613

PC613
100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

PC610

PC610
100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

PR600

PR600

0805

0805

2.2_5%

2.2_5%

I

I

VCCP_PHASE_20

VCCP_LG_30

VCCP_HG_R_20VCCP_HG_20

PC607

PC607
18nF_X7R_16V

18nF_X7R_16V

0402

0402
I

I

VCCP_CSN

PR603

PR603
10K_5%

10K_5%

0402

0402
I

I

G1

G1

G2

G2

PR612

PR612

56K_1%

56K_1%

0402

0402
I

I

PR602

PR602

100_1%

100_1%

0402

0402
I

I

PR619

PR619

100_1%

100_1%

0402

0402
I

I

S2

S2

PC602

PC602
10uF_X7R_16V

10uF_X7R_16V

1206

1206
I

I

D1

D1

PQ600

PQ600
RJK0389DPA-00#J53

RJK0389DPA-00#J53

WPAK-D2-10P

WPAK-D2-10P
CCL=Y

CCL=Y
I

I

S1/D2

S1/D2

VTT_SENSE_P [11]

VTT_SENSE_N [11]

VCCP_CSP_RR

VCCP_FBG

PC603

PC603
10uF_X7R_16V

10uF_X7R_16V

1206

1206
I

I

PL606 CO-LAY with PL605

PL606 300nH_45A/25A

PL606 300nH_45A/25A

PL605 1.0uH_23A/18A

PL605 1.0uH_23A/18A

PC601

PC601

2.2nF_X7R_50V

2.2nF_X7R_50V

I

I
0603

0603

VCCP_SN_20

PR607

PR607

2.2_5%

2.2_5%

0805

0805
I

I

VCCP_FB_SENSE

+5V_AUX

PR383

PR383
10K_5%

10K_5%

0402

0402
I

I

D1

D1

PQ380A

PQ380A
2N7002DW-7-F

39,52,53]

PWRGD_30MS

VTT_SELECT[11]

SLP_S3#[9,24,39,41,47]

PR381 100_5%0402IPR381 100_5%0402I
PR382 0_5% 0402NIPR382 0_5% 0402NI

PR391 100_5%0402IPR391 100_5%0402I

VCPP_VTT_EN#_G

VCCP_VTT_ENG

2N7002DW-7-F

SOT363-6P

SOT363-6P

S1

S1

G1

G1

I

I

VCCP_VTT_SD

CCL=Y

CCL=Y

D2

D2

PQ380B

PQ380B
2N7002DW-7-F

2N7002DW-7-F

SOT363-6P

SOT363-6P

S2

S2

G2

G2

I

I
CCL=Y

CCL=Y

PR393

PR393
0_5%

0_5%

0402

0402
I

I

VCCP_VTT_EN#

+3P3V

PR388

PR388
10K_5%

10K_5%

0402

0402
I

D D

1

I

D

D

PQ382

PQ382
2N7002

2N7002

I

I

S

S

G

G

SOT23-3P

SOT23-3P

2

VCCSA_PGOOD[60]

1P8V_PGOOD[52]

DDR_PGOOD[54]

PC381

PC381
100nF_X5R_16V

100nF_X5R_16V

0402

0402
NI

NI

PR389
10_5% 0402

10_5% 0402

D

D

PQ383

PQ383
2N7002

2N7002

I

I

S

S

G

G

SOT23-3P

SOT23-3P

+VCCSA +VCCIO

PR384

PR384
10K_5%

10K_5%

0402

0402
NI

NI

D

D

PQ381

PQ381
2N7002

2N7002

SOT23-3P

SOT23-3P

S

S

G

G

I

I

PR392

IPR392

I

0_5% 0402

0_5% 0402
PR386

IPR386

I

0_5% 0402

0_5% 0402
PR387 0_5%

PR387 0_5%

0402I

0402I

SYS_PWROK [24]

IPR389

I

VCORE_PG [10,55]

3

+3P3V

PR390

PR390
1K_5%

1K_5%

0402

0402
I

I

VTT_SELECT[11]

PR385

PR385
10K_5%

10K_5%

0402

0402
NI

NI

PC382

PC382
100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

VR_EN_10 [55]

PR733

PR733

HL

4

1K_5%

1K_5%

VCCP_SELR

I

I

0402

0402

B

B

PR732

PR732
10K_5%

10K_5%

0402

0402
I

I

VCCP_SEL#

PQ732

PQ732

C

C

MMBT3904LT1G

MMBT3904LT1G

SOT-23-3P

SOT-23-3P

E

E

I

I

VCCP_FB

PR730

PR730

15.4K_1%

15.4K_1%

0402

0402
I

I

L

D2

S2

D2

S2

PQ731B

PQ731B

I

I

G2

G2

G1

G1

PQ731A 2N7002DW-7-F

PQ731A 2N7002DW-7-F

D1

S1

D1

S1

SOT363-6PI

SOT363-6PI

2N7002DW-7-FSOT363-6P

2N7002DW-7-FSOT363-6P

VTT_SENSE_N

VCCP_SEL_RC

VCCP_SEL1#

CCL=Y

CCL=Y

CCL=Y

CCL=Y

5

1

2

3

4

5

6

7

8

+12V +5V

A A

VCCSA_PGOOD[59]

VRM_UGR4_20[57]

PC537

PC537
330pF_X7R_50V

330pF_X7R_50V

0402

0402
I

I

PR740

PR740

15.8K_1%

15.8K_1%

0402

0402
I

I

6

7

14

16

17

8

VFQFPN-16P

VFQFPN-16P

SW2_FB

PC540

PC540

SW2_FB_RC

3.3nF_X7R_50V

3.3nF_X7R_50V

0402

0402
I

I

PR539

PR539
20K_1%

20K_1%

0402

0402
NI

NI

PR544

PR544

Fsw=464KHz

0_5%

0_5%

0402

0402
I

I

PR549

B B

VTT_PGOOD[59]

PR549

0_5%

0_5%

0402

0402
NI

NI

PR532

PR532
47K_1%

47K_1%

0402

0402
I

I

+5V

PR746

PR746
10K_5%

10K_5%

0402

0402
I

I

SW2_EN1

PQ742

PQ742

C

C

MMBT3904LT1G

MMBT3904LT1G

B

B

SOT-23-3P

SOT-23-3P

E

E

I

I

C C

G

G

PC544

PC544
100nF_X5R_16V

100nF_X5R_16V

0402

0402
NI

NI

D

D

PQ743

PQ743
2N7002

2N7002

I

I

S

S

SOT23-3P

SOT23-3P

SW2_COMP_RC

I

I

PR536

PR536

4.12K_1%

4.12K_1%

I

I

PC539

PC539
22nF_X7R_16V

22nF_X7R_16V

0402

0402

PR743

PR743

10.5K_1%

10.5K_1%

0402

0402
I

I

SW2_SYN

SW2_EN

SW2_COMP

0402

0402

PR546 1K_0.5%

PR546 1K_0.5%

0402 I

0402 I

SW2_VCCDR_20

PC534

PC534
1uF_X7R_16V

1uF_X7R_16V

0603

0603
I

I

PU530

PU530

PGOOD

SYNCH

OSC/EN

GND

Thermal Pad

COMP

FB9VSEN10FBG

PR541

PR541

0_5%

0_5%

0402

0402
I

I

PR543

PR543

1K_0.5%

1K_0.5%

0402

0402
NI

NI

PR533

PR533

2.2_5%

2.2_5%

0603

0603
I

I

1

VCCDR

L6738TR

L6738TR

SW2_VSEN

PR534

PR534

10_1%

10_1%

0402

0402
I

I

SW2_VCC_20

15

VCC

11

PR545

PR545

2.2_5%

2.2_5%

0603

0603

BOOT

UGATE

PHASE

LGATE

CSP

CSN

CCL=Y

CCL=Y

PR547

PR547

15.8K_1%

15.8K_1%

0402

0402
NI

NI

NI

NI

I

I

PR537

PR537

2.2_5%

2.2_5%

0603

0603

PC542

PC542
1uF_X7R_16V

1uF_X7R_16V

0603

0603
I

I

SW2_BOOT_20

4

PC541

PC541
100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

5

3

2

13

12

I

I

SW2_HG_20

SW2_CSP

PC543

PC543
100nF_X7R_16V

100nF_X7R_16V

0603

0603
I

I

SW2_PHASE_20

SW2_LG_30

PR540

PR540
27K_1%

27K_1%

0402

0402
I

I

PR530

PR530

0805

0805

2.2_5%

2.2_5%

I

I

PC538

PC538
18nF_X7R_16V

18nF_X7R_16V

0402

0402
I

I

SW2_HG_R_20

SW2_CSN

PR538

PR538
10K_5%

10K_5%

0402

0402
I

I

PR548

PR548

10_1%

10_1%

0402

0402
I

I

G1

G1

G2

G2

D1

D1

S2

S2

PR535

PR535

56K_1%

56K_1%

0402

0402
I

I

VCCSA_SENSE [11]

PC532

PC532
10uF_X7R_16V

10uF_X7R_16V

1206

1206
I

I

PQ530

I

PQ530

I

RJK0389DPA-00#J53

RJK0389DPA-00#J53

WPAK-D2-10P

WPAK-D2-10P

CCL=Y

CCL=Y

S1/D2

S1/D2

SW2_CSP_RR

PC533

PC533
10uF_X7R_16V

10uF_X7R_16V

1206

1206
I

I

SW2_SN_20

SW2_FBG

SW2_FB_SENSE

PC531

PC531

2.2nF_X7R_50V

2.2nF_X7R_50V

I

I
0603

0603

PR531

PR531

2.2_5%

2.2_5%

0805

0805
I

I

+12V_VCORE_VIN

PC536

PC536
10uF_X7R_16V

10uF_X7R_16V

1206

1206
NI

NI

PL535 1.0uH_23A/18A

PL535 1.0uH_23A/18A

CCL=Y

CCL=Y

1

PJP532

PJP532

1

2

SHORT PAD

SHORT PAD

2

NOBOM

NOBOM

10X8Mil

10X8Mil

Design Note:
Iocset = 20.5A

PC530

PC530
100nF_X7R_16V

100nF_X7R_16V

0402

0402
NI

NI

8.0X8.0X6.0

8.0X8.0X6.0
I

I

1

PJP531

PJP531

1

2

SHORT PAD

SHORT PAD

2

NOBOM

NOBOM

10X8Mil

10X8Mil

I

I

PC535

PC535

0805

0805

22uF_X5R_6.3V

22uF_X5R_6.3V

Imax=8.8A
Itdc=8.8A
Iocp= 20.5A

+VCCSA

+VCCSA

I

I

PCE535

PCE535

+

+

6.3X8

6.3X8

CCL=Y

CCL=Y

820uF_CP_2.5V

820uF_CP_2.5V

1

1

2

2

10X8Mil

10X8Mil

PJP535

PJP535
SHORT PAD

SHORT PAD

NOBOM

NOBOM

1

PJP536

PJP536

1

2

SHORT PAD

SHORT PAD

2

NOBOM

NOBOM

10X8Mil

10X8Mil

VCCSA_VID VCCSA OUT

Vout = 0.8 * (PR743//PR740+PR404)/PR743//PR740
=0.8*(6.656K+1K)/6.656K
=0.9269V

Vout = 0.8 * (PR740+PR404)/PR740
=0.8 * (15.8K+1K)/15.8K
= 0.8506V

G

G

PC740

PC740
100nF_X5R_16V

100nF_X5R_16V

0402

0402
NI

NI

SW2_SEL2

D

D

S

S

PQ741

PQ741
2N7002

2N7002

I

I
SOT23-3P

SOT23-3P

0

1

+5V

PR744

PR744
10K_5%

B

B

10K_5%

0402

0402
I

I

L

C

C

E

E

SW2_SEL1

PQ740

PQ740
MMBT3904LT1G

MMBT3904LT1G

SOT-23-3P

SOT-23-3P
I

I

+5V

PR745

PR745

3.3K_5%

3.3K_5%

0402

0402
NI

NI

H

PR742

PR742

VCCSA_VID[11]

D D

PR741

PR741
1K_5%

1K_5%

0402

0402
I

I

100_5%

100_5%

0402

0402
I

I

SW2_SEL#

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

VCCSA

VCCSA

VCCSA

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

C

C

C

IS6XM uATX

IS6XM uATX

IS6XM uATX

Page Modified:

Wednesday, March 02, 2011 09:21:36

Page Modified:

Wednesday, March 02, 2011 09:21:36

Page Modified:

1

2

3

4

5

6

7

Wednesday, March 02, 2011 09:21:36

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

8

60 65

60 65

60 65

Sheet of

Sheet of

Sheet of

X7

X7

X7

1

A A

PU330

PU330

3

VIN

PC330

PC330

1uF_X7R_16V

1uF_X7R_16V

0603

0603

I

I

B B

1

SHDN

APL5315BI-TRG

APL5315BI-TRG

2

GND

VOUT

CCL=Y

CCL=Y

2

I

I

4

LDO_ADJ

5

SET

Design Note:
Vout=0.8*(1+PR330/PR331)=3.3V
PU330 Pd spec
actual Pd=(Vin-Vout)*Iout=(5-3.3)*0.003=0.005w

PR330

PR330
147K_1%

147K_1%

0402

0402
I

I

PR331

PR331
47K_1%

47K_1%

0402

0402
I

I

PR334 0_5%

PR334 0_5%

0805 I

0805 I

：

internal ly limited

3

0.003A

+3P3V_LPS+5V_AUX_PSU

PR332 0_5%

PR332 0_5%

0805 NI

0805 NI

PC331

PC331

2.2uF_X5R_6.3V

2.2uF_X5R_6.3V

0805

0805
I

I

4

+3P3V_AUX

SLP_SUS#[24,41,51]

PC754

PC754
10uF_X5R_6.3V

10uF_X5R_6.3V

0805

0805
I

I

+3P3V_LPS

PR763

PR763

4.7K_5%

4.7K_5%

0402

0402
NI

NI

5

+5V_AUX_PSU

PR753

PR753
100K_5%

100K_5%

0402

0402
I

I

PR333 0_5%

PR333 0_5%

NI

NI

PC751

PC751
1uF_X7R_16V

1uF_X7R_16V

0603

0603
I

I

+5V_AUX_GATE

+5V_AUX_GATE_R

G

G

6

0805

0805

PQ752

PQ752

S

S

I

I

5

5

D

D

FDMC4435BZ

FDMC4435BZ

Power33-8P

Power33-8P

123

123

CCL=Y

CCL=Y

G

G

4

4

PR766

PR766
100K_5%

100K_5%

0402

0402
I

I

D

D

S

S

PQ755

PQ755
2N7002

2N7002

SOT23-3P

SOT23-3P
I

I

PC752

PC752

2.2uF_X5R_6.3V

2.2uF_X5R_6.3V

0805

0805
NI

NI

+5V_AUX

7

8

C C

D D

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

EUP&+LPS

EUP&+LPS

EUP&+LPS

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX

IS6XM uATX

IS6XM uATX

Page Modified:

Wednesday, March 02, 2011 09:21:35

Page Modified:

Wednesday, March 02, 2011 09:21:35

Page Modified:

1

2

3

4

5

6

Wednesday, March 02, 2011 09:21:35

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

61 65

61 65

61 65

8

X7

X7

X7

1

2

PCH GPIO Information

3

4

5

6

7

8

Power

TolerenceName

Plane

GPIO0
BMBUSY#

A A

GPIO1
TACH1

GPIO2
PIRQE#

GPIO3
PIRQF#

GPIO4
PIRQG#

GPIO5
PIRQH#

GPIO6
TACH2

GPIO7
TACH3

GPIO8 Suspend 3.3V I/O Non-Using

GPIO9
OC5#

GPIO10
OC6#

B B

GPIO11
SMBALERT#

GPIO12
LAN_PHY_PWR
_CTRL

GPIO13 Suspend 3.3V I/O GPI

OC7#

GPIO15 GPOSuspend 3.3V I/O

GPIO16
SATA4GP

TACH0

GPIO19
SATA1GP

GPIO20
PCIECLKRQ2#

C C

GPIO21
SATAOGP

GPIO22
SCLOCK

GPIO23
LDRQ1#

MEM_LED

GPIO27 Deep

GPIO29
SLP_LAN#

SUSWARN#

GPIO31 GPI3.3V I/O

D D

GPIO32 GPOI/O3.3VCore

GPIO33 GPOCore 3.3V I/O Pull up 10K to +3P3V

GPIO34
STP_PCI#

Core 3.3V I/O GPI BMBUSY# Pull up 10K to +3P3V.

Core 3.3V I/O GPI

Core

5V

5V

Core

5V

Core

5V

Core 3.3V I/O GPI

Core 3.3V I/O GPI Pull up 10K to +3P3V.

Suspend 3.3V I/O Native USB_OC2_BACK#_LAN

Suspend 3.3V I/O

Suspend 3.3V I/O Native

Suspend 3.3V I/O LAN_DISABLE#

3.3V I/O

Core 3.3V I/O GPI TCM_DIS#

Core 3.3V I/O GPI

Core 3.3V I/O

Core 3.3V I/O

Core

3.3V I/O

Core 3.3V

Core 3.3V I/O

Suspend 3.3V GPOI/O

Sleep

Suspend GPI3.3V I/O SLP_LAN#

Deep
Sleep

Deep
Sleep

1

I/O

3.3V I/O GPI

UsageType Default

Non-Using Pull up 10K to +3P3V.

GPII/OD P_INTE#

P_INTF#

GPII/OD

P_INTG#

GPII/OD

P_INTH#Core

GPII/OD

LPC_SMI#

BRD_ID3

GPO

Native

USB_OC0_BACK#_1

SIO_PME# Pull up 10K to +3P3V_AUX

Native

Non-Using

Native

USB_OC1_BACK#_2SuspendGPIO14

PCH_OBSFN_C0(PROTO) Pull up 1K to +3P3V_AUX

Non-Using

PCH_GP19_R

GPI Pull up 10K to +3P3V.

Non-Using

Native

F_AUDIO_DET#((Reserved))

GPI Reserve 0ohm to F_AUDIO_DET#

GPI

CLR_CMOS
(Sfotware)

Native NONE(Test Point)Non-Using

Non-Using

Non-UsingGPIO28 Suspend 3.3V I/O GPO

SUS_WARN#I/O3.3V NativeGPIO30

Non-Using

TPM_DET#

PRT_DET#

GPICore 3.3 V I/O

FRONT_USB_DET#_1

2

Note

Pull up 8.2K to +3P3V.

Pull up 8.2K to +3P3V.

Pull up 8.2K to +3P3V.

Pull up 8.2K to +3P3V.

Pull up 8.2K to +3P3V.

Pull down 1K to GND.(Reserved)

Connect to USB OC circuit
Note11

Connect to USB OC circuit
Note11

Note11

Pull up 10K to +3_3V_LAN
Option 10K pull down
Note8

Pull up 10K to +3P3V_AUX
Note4

Connect to USB OC circuit

Pull up 10K to +3P3V.

Pull up 10K to +3P3VGPIO17

Pull up 10K to +3P3V

Pull up 10K to +3P3V(If use this GPIO)

Pull up 10K to +3P3V
(For E2 Jumper )

Reserve 0ohm to SKTOCC#SKTOCC#(Reserve )GPIO24

Pull up 10K to +3P3V_LPS
Option pull down 10K to GND

Pull down 1K to GND (Reversed)

Pull up 10K to +3P3V_AUX(Reserved)
Note 10

Pull up 10K to +3P3V_AUX(Reserved)
Pull down 1K to GND(Reserved)

Pull up 10K to +3P3V_LPS
Note 6

Pull up 10K to +3P3V
Note4

Note4

Pull up 10K to +3P3V

3

GPIO35 Core 3.3V I/O GPO

GPIO36
SATA2GP

GPIO37
SATA3GP

GPIO38
SLOAD

GPIO39
SDATAOUT0

GPIO40
OC1#

GPIO41
OC2#

GPIO42
OC3#

GPIO43
OC4#

GPIO44
PCIECLKRQ5#

GPIO45
PCIECLKRQ6#

GPIO46
PCIECLKRQ7#

GPIO48
SDATAOUT1

GPIO49
SATA5GP
TEMP_ALERT#

GPIO50
REQ1#

GPIO51
GNT1#

GPIO52
REQ2#

GPIO53
GNT2#

GPIO54
REQ3#

GNT3#

GPIO57 Suspend 3.3V I/O GPI Non-Using

GPIO58
SML1CLK

GPIO59
OC0#

GPIO60
SML0ALERT#

SUS_STAT#

SUSCLK

SLP_S5#

GPIO64
CLKOUTFLEX0

GPIO65
CLKOUTFLEX1

GPIO66
CLKOUTFLEX2

GPIO67
CLKOUTFLEX3

TACH4

Power

TolerenceName

Plane

Core 3.3V

Core 3.3V

Core 3.3V

Core Pull up 10K to +3P3V3.3V I/O GPI

Core 3.3V I/O PS2_DET#

Core Native5.0 V I/O

Core 3.3V

Core

Core 3.3V

Core 5.0 V Non-Using

Core 3.3VGPIO55

Core I/O Native3.3V

Core

Core

Core

Core

I/O GPI

I/O GPI

I/O GPI

I/O

I/O

I/O

I/O

I/O

I/O

I/O Native3.3VSuspend

5.0V Non-Using Pull up 8.2K to +3P3V.

I/O Native3.3V

I/O Native3.3V

I/O Native3.3V

3.3V I/O GPI

4

UsageType Default

BRD_ID2

Non-UsingCore 3.3V I/O GPI

GPIO37

CHASSIS_ID1

BRD_ID1

NativeSuspend 3.3V

USB_OC5_FRONT#1

NativeSuspend 3.3V

USB_OC7_FRONT#3

NativeSuspend 3.3V

Non-Using

NativeSuspend 3.3V

Non-Using

Native3.3VSuspend

Non-Using

Native3.3VSuspend

Non-Using

Non-Using

CHASSIS_ID2

GPI

P_REQ1# Pull up 8.2K to +3P3V.

NativeI/O

P_GNT1#

NativeI/O

NativeI/O

Non-Using

NativeI/O

NativeI/O

Non-Using

NativeSuspend I/O3.3V

NativeSuspend USB_OC6_FRONT#23.3V I/O

NativeSuspend I/O3.3V

Non-Using

NativeSuspend I/O3.3V

NativeSuspend I/O3.3V

NativeSuspend I/O3.3V

Non-Using NONE(Test Point )

CK_P_33M_TCM

Non-Using

FRONT_USB_DET#_2GPIO68

Note

Pull down 10K to GND
Option pull up 10K to +3P3V.

N/A
Option 10K Pull-up to "+3P3V"

Pull down 10K to GND
Option pull up 10K to +3P3V.

Pull up 10K to +3P3V

Pull down 10K to GND
Option pull up 10K to +3P3V.

Connect to USB OC circuit

Connect to USB OC circuit

Pull up 10K to +3P3V_AUX.

Pull up 10K to +3P3V_AUX.

Pull up 10K to +3P3V_AUX

Pull up 10K to +3P3V_AUX

Pull up 10K to +3P3V_AUX

Pull up 10K to +3P3V

Note11

None

Reserve 4.7K pull down to GND

Pull up 8.2K to +3P3V.

Reserve 4.7K pull down to GND

Pull down 10k to GND
Option pull up 10K to +3_3V_AUX

Pull up 10K to +3P3V_AUXSML1CLK

Connect to USB OC circuit

Pull high 10K to +3P3V_AUX

Reserved 0 ohm resisterTPM LPD_PD#GPIO61

Pull down 30 ohm to GND(Reserved)Non-UsingGPIO62

NoneSLP_S5#GPIO63

NoneCK_P_14M_SIO

None

NONE(Test Point )

Pull up 10K to +3P3V

5

TACH5

GPIO70
TACH6

GPIO71
TACH7

GPIO72

GPIO74
PCHHOT#
SML1ALERT#

GPIO75
SML1DATA

Note4
The functionality that is multiplexed with the GPIO may not be utilized in desktop
configuration.

Note6
In an Intel? ME disabled system, GPIO31 may be used as ACPRESENT
from the EC.

Note8
For GPIOs where GPIO vs. Native Mode is configured via SPI Soft Strap, the corresponding
GPIO_USE_SEL bits for these GPIOs have no effect. The GPIO_USE_SEL bits for these
GPIOs may change to reflect the Soft-Strap configuration even though GPIO Lockdown
Enable (GLE) bit is set.

Note10.
Once Soft-strap is set to GPIO mode, this pin will default to GP Input. When Soft-strap is
SLP_LAN# usage and if Host BIOS does not configure as GP Output for SLP_LAN# control,
SLP_LAN# behavior will be based on the setting of the RTC backed SLP_LAN# Default Bit
(D31:F0:A4h:Bit 8).

Note11.
When the multiplexed GPIO is used as GPIO functionality, care should be taken to ensure
the signal is stable in its inactive state of the native functionality, immediately after reset
until it is initialized to GPIO functionality

Power

TolerenceName

Plane

3.3V I/O GPI

Core

I/O3.3VCore

I/O3.3VCore

Suspend

Suspend 3.3V Non-Using

Suspend

6

I/O

3.3V I/O SML1DATA

UsageType Default

COMM_B_DETECT#

Native

BOOT_BL_REC#

Native

FRONT_USB_DET#_3

Non-Using3.3V I/O

GPO

Native

Native

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

PCH GPIO Information

PCH GPIO Information

PCH GPIO Information

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

C

C

C

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, December 08, 2010 16:17:00

Page Modified:

Wednesday, December 08, 2010 16:17:00

Page Modified:

Wednesday, December 08, 2010 16:17:00

7

Note

Pull up 10K to +3P3VGPIO69

Pull up 8.2K to +3P3V
Jumper pull low to GND(PROTO)

Pull up 10K to +3P3V

Pull up 10K to +3P3V_AUX
Note4

Pull up 2.2K to +3P3V_AUX
Note11

Pull up 2.2K to +3P3V_AUX
Note11

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

8

62 65

62 65

62 65

Sheet of

Sheet of

Sheet of

5

SIO W83667 GPIO Information

4

3

2

1

Power

TolerenceName

Plane

GPIO10
VIDI0

GPIO11

D D

VIDI1

GPIO12
VIDI2

GPIO13
VIDI3

GPIO14
VIDI4

GPIO15
VIDI5

GPIO16
VIDI6

GPIO17
VIDI7

GPIO20
KDAT

GPIO21
KCLK

GPIO22
MDAT

C C

GPIO23
MCLK

GPIO24
SLCT

GPIO25
AUXFANIN1

GPIO26
AUXFANIN2
SCE#

GPIO27
SCK

GPIO30
SUSC#

GPIO31
RESETCON#

GPIO32
PWROK0

GPIO33
3VSBSW#

B B

GPIO34
ATXPGD

GPIO35
RSTOUT0#

GPIO36
RSTOUT1#

GPIO37
SDA
IRTX

GPIO40
RIB#

DCDB#

GPIO42
SOUTB

SINB

GPIO44
DTRB#

GPIO45

A A

RTSB#

GPIO46
DSRB#

GPIO47
CTSB#

Core 3.3V I/OD12t

Core 3.3V

Core

Core

Core

Core

Core 3.3V

Core 3.3V

Suspend 3.3V I/OD12ts

Suspend 3.3V KCLK KBDCLK

Suspend 3.3V

Suspend 3.3V MCLK

Suspend 3.3V H_SLC

Suspend 3.3V AUXFANIN1 Non-Using

Suspend

Suspend 3.3V

Suspend

Suspend

Suspend

Suspend

Suspend

Suspend

Suspend

Suspend

Suspend

Suspend

Suspend

Suspend

Suspend

Suspend

Suspend

Suspend

INg

I/OD12t
INg

I/OD12t

3.3V
INg

I/OD12t

3.3V
INg

I/OD12t

3.3V
INg

I/OD12t

3.3V
INg

I/OD12t
INg

I/OD12t
INg

I/OD16ts

I/OD12ts
I/OD16ts

I/OD12ts
I/OD16ts

I/OD12ts
I/OD16ts

I/OD12ts
INts

I/OD12t
I/O12t

I/OD12t

3.3V

I/O12t
O12

I/OD12t
O12

3.3V I/OD12t
INt

I/OD8t

3.3V RESETCON#
INt

I/OD12t

3.3V
OD12

I/OD12t

3.3V
O12

I/OD12t

3.3V
INt

I/OD24t

3.3V
OD24

I/OD24t

3.3V
O24

I/OD12t

3.3V

I/OD12ts
O12

I/OD12t

3.3V GPI
INt

3.3V
INt

I/OD12t
O8

I/OD12t
INt

I/OD12t
O8

3.3V

I/OD12tO8GPI

3.3V DSR2#

I/OD12t
INt

I/OD12t
INt

5

UsageType Default

VIDI0

Non-using Pull down 0ohm to GND.

VIDI1

Non-using Pull down 0ohm to GND.

VIDI2

Non-using Pull down 0ohm to GND.

VIDI3

Non-using Pull down 0ohm to GND.

VIDI4

VIDI5

Non-using Pull down 0ohm to GND.

VID6

Non-using

VIDI7

Non-using Pull down 0ohm to GND.

KDAT

KBDDATA

MDAT

MSDATA

MSCLK

GPI

AUXFANIN2

Non-Using

GPI

Non-Using

SUSC# SLP_S4#

RESETCON#

PWRGD_140MS

PWROK0

3VSBSW#

3VSBSW#

ATXPGD

PWROK_PS

LATCHED_BKFD_CUT

RSTOUT1# Non-Using

GPI

SML1DATA

ARI2# None

GPII/OD12t

DCD2#GPIO41

GPI3.3V TXD2

RXD23.3VGPIO43

GPI

DTR2#

GPI3.3V

RTS2#

GPI

GPI3.3 V CTS2#

Note

Pull down 0ohm to GND.Non-using

Pull down 0ohm to GND.

Pull up 4.7K to +5V_DUAL_USB_B

Pull up 4.7K to +5V_DUAL_USB_B

Pull up 4.7K to +5V_DUAL_USB_B

Pull up 4.7K to +5V_DUAL_USB_B

Pull up 2K to +5V_LPT2

Pull down 1K to GND.

None

Pull up 4.7K to +3P3V_AUX

None

Pull up 4.7K to +3P3V

Pull up 1K to +3P3V.

Pull up 10K to +3P3V_AUX

Pull up 4.7K to +5V

Pull up 4.7K to +3P3V_AUX(Reserve)RSTOUT0#

Pull up 4.7K to +3P3V

Pull up 2.2K to +3P3V_AUX

None

None

None

None

None

None

None

GPIO50
SCL
IRRX

GPIO51
SUSB#

GPIO52
PSON#

GPIO53
SUSLED

GPIO54
PSIN#

GPIO55
PSOUT#

GPIO56
SKTOCC

GPIO57
RSMRST#

GPIO60
RIA#

GPIO61
DCDA#

GPIO62
SOUTA
FANSET

SINA
GPIO64

PENROM
DTRA#

GPIO65
HEFRAS
RTSA#

GPIO66
DSRA#

GPIO67
CTSA#

VIDO0

VIDO1

GPIO72
VIDO2

VIDO3

VIDO4

GPIO75
VIDO5

VIDO6

VIDO7

GPIO80
STB#

GPIO81
PECI_REQ#
AFD#

GPIO82
VID_RST#
ERR#

GPIO83
PLED
INIT#

GPIO84
BEEP
SLIN#

ACK#

BUSY

GPIO87
PE

4

Power

TolerenceName

Plane

Suspend

Suspend

Suspend

Suspend

Suspend

Suspend

Suspend

Core

Core

Core

Core

Core

Core

Suspend

Suspend

Suspend

Suspend

Suspend

Suspend

Suspend

Suspend GPI

Suspend

Suspend

Suspend

Suspend

Suspend

I/OD12t

3.3V

INts
INts

I/OD12t
INt

3.3V GPIO92

I/OD12t
OD12

3.3V

O8O8GPO

3.3V

I/OD8t
INt

I/OD12t
OD12

I/OD12t

3.3V
INt

I/OD12t

3.3V
OD12

I/OD12t

3.3V
INt

I/OD12t

3.3V
INt

I/OD12t

3.3V

O8
INcd

I/OD12t

3.3V
INt

I/OD12t

3.3V

INcd
O8

I/OD12t
INcd
O8

I/OD12t

3.3VCore
INt

I/OD12t

3.3VCore
INt

I/OD12t

3.3V
OD12

I/OD12t

3.3V
OD12

I/OD12t

3.3V
OD12

I/OD12t

3.3V
OD12

3.3V

I/OD12t
OD12

I/OD12t

3.3V
OD12

I/OD12t
OD12

I/OD12t

3.3VSuspend
OD12

I/OD12t

3.3V H_STB#
OD12

I/OD12t

3.3VSuspend

OD12
OD12

I/OD12t

3.3V

INg
INts

I/OD12t

3.3V

OD12
OD12

I/OD12t

3.3VSuspend

OD12
OD12

I/OD12t

3.3V
INts

I/OD12t

3.3V
INts

I/OD12t

3.3V
INts

UsageType Default

GPI

SML1CLK

SLP_S3#3.3V SUSB#

PSON#_SIO

TEST2_EN

PSIN#

PWRBTN#_SIO

PSOUT#Suspend 3.3V

PWRBTN_OUT#_SIO

SKTOCC

SKTOCC#_S

DCDA#

SIO_RSMRST# Pull up 1K to +3P3V_AUX.

RSMRST#

ARI1#

DCD1#

DCDA#

TXD1

SOUTA

LPT_PORT80#(Strap)

SINAGPIO63

RXD1

DTRA#

DTRA#

DTR1#
VID_EN(Strap)

RTS1#

RTSA#3.3V

2E#_4E_SEL(Strap)

DSR1#

DSRA#

CTSA#

CTS1#

Non-Using

VIDO0GPIO70

Non-Using Pull up 4.7K to +3P3V_AUX(Reserved)

VIDO1GPIO71

VIDO2

Non-Using

VIDO3GPIO73

Non-Using

VIDO4GPIO74

DSW_EN(Strap)

VIDO5

Non-Using

VIDO6GPIO76

Non-Using3.3V

Non-Using Pull down 1K to GND(Reserved)

VIDO7GPIO77

GPI

H_AFD#

GPI

H_ERR#

PLED

H_PRNINIT#

BEEP

H_SLIN#

GPI

H_ACK#GPIO85

GPI

H_BUSYGPIO86

GPI

H_PE

3

Pull up 2.2K to +3P3V_AUX

None

Pull up 1k to +5V_AUX(Reserved)

Pull down 47K to GND
Option pull up 1K to +3P3V_AUX

Pull up 4.7K to +3P3V_AUX

Pull up 4.7K to +3P3V_AUX(Reserved)

Pull down 1K to GND
Option pull up 1M to +3V_BATT

Pull down 200K to GND

None

None

Pull up 1K to +3P3V
Option pull down 1K to GND

None

Pull down 1K to GND
Option pull up 1K to +3P3V

Pull down 1K to GND
Option pull up 1K to +3P3V

None

None

Pull up 4.7K to +3P3V_AUX(Reserved)

Pull up 4.7K to +3P3V_AUX(Reserved)

Pull up 4.7K to +3P3V_AUX(Reserved)

Pull down 1K to GND
Option pull up 8.2K to +3P3V_AUX

Pull down 1K to GND(Reserved)

Pull up 4.7K to +3P3V_AUX(Reserved)

Pull up 2K to +5V_LPT2.

Pull up 2K to +5V_LPT2

Pull up 2K to +5V_LPT2

Pull up 2K to +5V_LPT2

Pull up 2K to +5V_LPT2

Pull up 2K to +5V_LPT2

Pull up 2K to +5V_LPT2

Pull up 2K to +5V_LPT2

Note

Power

TolerenceName

Plane

GPIO90
PD0

PD1

PD2
GPIO93

PD3
PWROK1

GPIO94
PD4

GPIO95
PD5

GPIO96
PD6

GPIO97
PD7
PWROK2

I/O Type DESCRIPTION

AOUT - Analog output pin
AIN - Analog input pin
INcd - CMOS-level input pin with internal pull-down resistor
INcu - CMOS-level input pin with internal pull-up resistor
INcs - CMOS-level, Schmitt-trigger input pin
INcsu - CMOS-level, Schmitt-trigger input pin with internal pull-up resistor
INt - TTL-level input pin
INg - GTL-level input pin
INtd - TTL-level input pin with internal pull-down resistor
INts - TTL-level, Schmitt-trigger input pin
INtp3 - 3.3V TTL-level input pin
INtsp3 - 3.3V TTL level Schmitt-trigger input pin
INtu - TTL-level input pin with internal pull-up resistor
I/O8 - bi-directional pin with 8-mA source-sink capability
I/O8t - TTL-level, bi-directional pin with 8-mA source-sink capability
I/O12 - bi-directional pin with 12-mA source-sink capability
I/O12t - TTL-level, bi-directional pin with 12-mA source-sink capability
I/O12ts - Schmitt-trigger, bi-directional pin with 12-mA source-sink capability
I/O12tp3 - 3.3V, TTL-level, bi-directional pin with 12-mA source-sink capability
I/OD8t - TTL-level, bi-directional pin. Open-drain output with 8-mA sink capability
I/OD12 - Bi-directional pin. Open-drain output with 12-mA sink capability
I/OD12t - TTL-level bi-directional pin. Open-drain output with 12-mA sink capability
I/OD12cs - CMOS-level, bi-directional, Schmitt-trigger pin. Open-drain output with 12-mA sink capability
I/OD12ts - TTL-level, bi-directional, Schmitt-trigger pin. Open-drain output with 12-mA sink capability
I/OD12tp3 - 3.3V, TTL-level, bi-directional pin. Open-drain output with 12-mA sink capability
I/OD16t - TTL-level, bi-directional pin. Open-drain output with 16-mA sink capability
I/OD16ts - Schmitt-trigger, bi-directional pin. Open-drain output with 16-mA sink capability
I/OD16cs - CMOS-level, Schmitt-trigger, bi-directional pin. Open-drain output with 16-mA sink capability
I/OD24t - TTL-level, bi-directional pin. Open-drain output with 24-mA sink capability
O12p3 - 3.3V output pin with 12-mA source-sink capability
O12pt3 - 3.3V, TTL-level output pin with 12-mA source-sink capability12p3
O8 - TTL-level output pin with 8-mA source-sink capability
O12 - TTL-level output pin with 12-mA source-sink capability
O24 - TTL-level output pin with 24-mA source-sink capability
OD8 - Open-drain output pin with 8-mA sink capability
OD12 - Open-drain output pin with 12-mA sink capability
OD24 - Open-drain output pin with 24-mA sink capability
Iv3 - Input pin with source capability of 6 mA and sink capability of 1 mA
I/Ov3 - Bi-direction pin with source capability of 6 mA and sink capability of 1 mA

Suspend

Suspend

Suspend

Suspend

Suspend

Suspend

Suspend 3.3V H_PD6

Suspend

I/OD12t
I/O12ts

3.3V GPI

I/OD12t
I/O12ts

I/OD12t

3.3V GPI
I/O12ts

I/OD12t

3.3V

I/O12ts
OD12

I/OD12t

3.3V
I/O12ts

I/OD12t
I/O12ts

I/OD12t
I/O12ts

I/OD12t

3.3V H_PD7

I/O12ts
OD12

GPI

PWROK1

GPI

GPI

GPI

PWROK2

UsageType Default

H_PD03.3V

H_PD1GPIO91

H_PD2PSON#

H_PD3

H_PD4

H_PD53.3V

Note

Pull up 2K to +5V_LPT2

Pull up 2K to +5V_LPT2

Pull up 2K to +5V_LPT2

Pull up 2K to +5V_LPT2

Pull up 2K to +5V_LPT2

Pull up 2K to +5V_LPT2

Pull up 2K to +5V_LPT2

Pull up 2K to +5V_LPT2

Lan WG82579LM GPIO Information

Power

GPIO0

GPIO1

TolerenceName

Plane

Lan VDD

Lan VDD I/O

3.3V

3.3V

I/O Non-Using

UsageType Default

Non-Using

Note

Pull up 4.7K to +3_3V_LAN

Pull up 4.7K to +3_3V_LAN

Audio Codec GPIO Information

Power

TolerenceName

Plane

GPIO0 AUD_GPIO03.3V

GPIO1 3.3V

Audio DVDD

Audio DVDD

2

I/O

I/O

UsageType Default

Non-Using

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

SIO/Lan/Audio GPIO Information

SIO/Lan/Audio GPIO Information

SIO/Lan/Audio GPIO Information

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

C

C

C

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, December 08, 2010 16:17:01

Page Modified:

Wednesday, December 08, 2010 16:17:01

Page Modified:

Wednesday, December 08, 2010 16:17:01

Note

Pull up 10K to +3P3V

None

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

1

Sheet of

63 65

63 65

63 65

5

PCH Strapping Pins

4

3

2

1

Pull high
Pull low

No RebootSPKR

D D

C C

B B

A A

ReservedINIT3_3V#

Top-Block Swap

GNT3# /

Override

GPIO55

Integrated 1.05
V VRM Enable /

INTVRMEN

Disable

Boot BIOS Strap

GNT1#/

bit 1

GPIO51/

BBS1

SATA1GP/

Boot BIOS Strap

GPIO19

bit 0
BBS0

GNT2#/

ESI Strap

GPIO53

(Server Only)

HDA_SDO Flash Descriptor

Security
Override/ ME
Debug Mode

For future
processor

DF_TVS

compatibility

On-Die PLL
Voltage

GPIO28

Regulator

On-Die PLL
Voltage

HDA_SYNC

Regulator
Voltage Select

TLS
Confidentiality

GPIO15

Port B DetectedSDVO_CTRLDA

TA

Port C DetectedDDPC_CTRLDA

TA

DDPD_CTRLDA
TA

Port D Detected Rising edge of

PWROK

PWROK

PWROK

PWROK

PWROK

Rising edge of
PWROK

Rising edge of
RSMRST#

of PWROK

Rising edge of
RSMRST# pin

RSMRST# pin

RSMRST# pin

PWROK

Rising edge of
PWROK

PWROK

5

Pull downRising edge of

Pull upRising edge of

Pull upRising edge of

Pull upAlways

Pull upRising edge of

Pull upRising edge of

Pull up

Pull down
E1 jump to Pull up

Pull upRising edge

Pull up

Pull downRising edge of

Pull upRising edge of

Pull downRising edge of

Pull up

Pull down

CommentWhen SampledSignal Usage

The signal has a weak internal pull-down.
Note: the internal pull-down is disabled after PLTRST# deasserts. If the
signal is sampled high, this indicates that the system is strapped to the
“No Reboot” mode (Cougar Point will disable the TCO Timer system reboot
feature). The status of this strap is readable via the NO REBOOT bit
(Chipset Config Registers: Offset 3410h:Bit 5).

This signal has a weak internal pull-up.
Note: the internal pull-up is disabled after PLTRST# deasserts.NOTE: This
signal should not be pulled low

The signal has a weak internal pull-up.
Note: the internal pull-up is disabled after PLTRST#deasserts. If the
signal is sampled low, thisindicates that the system is strapped to the
“topblock swap” mode (Cougar Point inverts A16 for all cycles targeting
BIOS space).The status of this strap is readable via the Top Swap bit
(Chipset Config Registers: Offset 3414h:Bit 0). Note that software will
not be able to clear the Top-Swap bit until the system is rebooted without
GNT3# being pulled down.

Integrated 1.05 V VRMs is enabled when high
NOTE: This signal should always be pulled high

This Signal has a weak internal pull-up.
Note: the internal pull-up is disabled after PLTRST# deasserts.This field
determines the destination of accesses to the BIOS memory range. Also
controllable via Boot BIOS Destination bit (Chipset Config Registers:
Offset 3410h:Bit11). This strap is used in conjunction with Boot BIOS
Destination Selection 0 strap.

Bit11 Bit 10 Boot BIOS Destination
0 1 Reserved
1 0 PCI
1 1 SPI
0 0 LPC

NOTE: If option 00 LPC is selected BIOS may still be placed on LPC, but all
platforms with Cougar Point require SPI flash connected directly to the
Cougar Point's SPI bus with a valid descriptor in order to boot.

NOTE: Booting to PCI is intended for debut/testing only. Boot BIOS
Destination Select to LPC/PCI by functional strap or via Boot BIOS
Destination Bit will not affect SPI accesses initiated by Intel? ME or
Integrated GbE LAN.
NOTE: PCI Boot BIOS destination is not supported on Mobile

This Signal has a weak internal pull-up.
Note: the internal pull-up is disabled after PLTRST# deasserts.This field
determines the destination of accesses to the BIOS memory range. Also
controllable via Boot BIOS Destination bit (Chipset Config Registers:
Offset 3410h:Bit10). This strap is used in conjunction with Boot BIOS
Destination Selection 1 strap.

Bit11 Bit 10 Boot BIOS Destination
0 1 Reserved
1 0 PCI
1 1 SPI
0 0 LPC

NOTE: If option 00 LPC is selected BIOS may still be placed on LPC, but all
platforms with Cougar Point require SPI flash connected directly to the
Cougar Point's SPI bus with a valid descriptor in order to boot.

NOTE: Booting to PCI is intended for debut/testing only. Boot BIOS
Destination Select to LPC/PCI by functional strap or via Boot BIOS
Destination Bit will not affect SPI accesses initiated by Intel? ME or
Integrated GbE LAN.
NOTE: PCI Boot BIOS destination is not supported on Mobile

This Signal has a weak internal pull-up.
NOTE: The internal pull-up is disabled afterPLTRST# deasserts.Tying this
strap low configures DMI for ESIcompatible operation.
NOTE: ESI compatible mode is for server platforms only. This signal should
not be pulled low for desktop and mobile.

Signal has a weak internal pull-down.
If strap is sampled low, the security measures defined in the Flash
Descriptor will be in effect (default) If sampled high, the Flash
Descriptor Security will be overridden.
This strap should only be asserted high via external pull-up in
manufacturing/debug environments ONLY.
NOTE: The weak internal pull-down is disabled after PLTRST# deasserts.
NOTE: Asserting the HDA_SDO high on the rising edge of RSMRST# will also
halt Intel? Management Engine after chipset bringup and disable runtime
Intel ME features. This is a debug mode and must not be asserted
aftermanufacturing/debug.

Pull-Up: For future processor compatibility
This signal has a weak internal pull-down.
NOTE: The internal pull-down is disabled after PLTRST# deasserts.

This signal has a weak internal pull-up.
NOTE: The internal pull-up is disabled after RSMRST# deasserts.The On-Die
PLL voltage regulator is enabled when sampled high. When sampled low the
On-Die PLL Voltage Regulator is disabled.

This signal has a weak internal pull-down.
On Die PLL VR is supplied by 1.5 V when sampled high,

1.8 V when sampled low.

Low = Intel ME Crypto Transport Layer Security (TLS) cipher suite with no
confidentiality
High = Intel ME Crypto TLS cipher suite with confidentiality
This signal has a weak internal pull-down.
NOTE: The weak internal pull-down is disabled after RSMRST# deasserts.
NOTE: A strong pull-up may be needed for GPIO functionality

When ‘1’- Port B is detected; When ‘0’- Port B is not detected
This signal has a weak internal pull-down.
NOTE: The internal pull-down is disabled after PLTRST# deasserts.

When ‘1’- Port C is detected; When ‘0’- Port C is not detected
This signal has a weak internal pull-down.
NOTE: The internal pull-down is disabled after PLTRST# deasserts.

When ‘1’- Port D is detected; When ‘0’- Port D is not detected
This signal has a weak internal pull-down.
NOTE: The internal pull-down is disabled after PLTRST# deasserts.

4

Deep S4/S5 Well
On-Die Voltage

DSWVRMEN

Regulator Enable

SATA2GP/

Reserved Rising edge of

GPIO36

ReservedSATA3GP/

GPIO37

Always

PWROK

Rising edge
of PWROK

SIO NCT6681D Strapping Pins

Pin33

- Strap0

- SCE1#

Pin34

- Strap1

- SCK1

SCE1#
(SPI Interface)

SCK1
(SPI Interface)

TBD

TBD

3

Pull high
Pull low

Pull up

N/A

N/A

Pull High/LowWhen Sampled

Pull down 1K
@ Rxx

Pull down 1K
@ Rxx

CommentSignal Usage When Sampled

If strap is sampled high, the Integrated Deep S4/S5 Well (DSW) On-Die VR
mode isenabled.

This signal has a weak internal pull-down.
NOTE: The internal pull-down is disabled after PLTRST# deasserts.
NOTE: This signal should not be pulled high when strap is sampled.

This signal has a weak internal pull-down.
NOTE: The internal pull-down is disabled after PLTRST# deasserts.
NOTE: This signal should not be pulled highwhen strap is sampled.

DescripotionSignal Usage

Pull High:

- XOR Tree Mode Eanble.

Pull Down:

- SPI Interface Enable

Pull High:

- PS2 Port Tri-State Enable and KBC Disable.

Pull Down:

- SPI Interface Enable

2

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

PCH/SIO Strapping Pins

PCH/SIO Strapping Pins

PCH/SIO Strapping Pins

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

C

C

C

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, December 08, 2010 16:17:01

Page Modified:

Wednesday, December 08, 2010 16:17:01

Page Modified:

Wednesday, December 08, 2010 16:17:01

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

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1

Change List From Pre-SDV to SDV BOM Ver:0.1 Schematic

1.Non-Install CK505 Cicuit component related.

- Non-Install almost component in Page 9

- Keep SATA/96M/DMI/14M clock pull-low resistor (R730,R731,R632,R733,R734,R735,R736) from PCH guideline.

2.Change Mono-Out BOM parameter from Proto to I meet Customer spec

- Insatll Mono-Out block component in page33

3.Change PCH Heatsink to Meet Customer Spec

- Follow Intel Reference Design. (PN:VSB10602A-01)

4.The SuperIO integrate "SUS_PWR_ACK#" for PCH

A A

- Change BOM parameter from I to Proto that Using SuperIO integrate circuit.

- NI R1416,R1419 to isolate SuperIO.

- Connect PCH's "SUS_WARN#" to SuperIO Pin.82

- Add "+5V_DUAL_USB_B" monitor circuit (R35,R36) connect to SuperIO's VIN1 Pin.100

5.The SuperIO integrate SM Bus switch.

- Delete discrete SM Bus switch xircuit in page38.

- The SuperIO Pin74,75 for MainPower rail

- The SuperIO Pin73,72 for AuxPower rail

- Add serial resistor R357,R361(33ohm) avoid "Y" topology layout.

6.The SuperIO integrate "PWRGD_30MS" for power rail control

- Delete discrete 30ms delay circuit in page30.

- Orignal control power rail by "PWRGD_30MS" change to SuperIO's PWROK1 Pin122.

7.Fixed SuperIO Leakage issue in S5

- Add R331 Pull up to 3P3V_AUX at XIN PIN

8.Fix 1P05V_ME to PCH_MEPWROK sequence fail from So to S5

-Change R119 from 200K to 4.7k

9.Fix PLT_RST# at SIO point overshoot issue

-Change R391 from 0ohm to 33ohm

10.Fix PCH_DPPWROK delay time can not meet the sequence with +3P3V_LPS

-R1412 from 47K to 56K increase the delay time

B B

11.Reserve/Add SuperIO's SPI interface pull-up resistor

- Reserve R1(8.2K) pull-up to 3.3VAUX at "S_SPI_CS#" Pin

- Add R2(8.2K) pull-up to 3.3VAUX at "S_SPI_WP#"

12.Fix PWR_FAN can't control issue

- Connect PWR_FAN signal "PWR_FAN_PWM/PWR_FAN_TACH"to SIO PIN88/94

- Del R240 pull down resistance to SIO PIN94

13.Fix LED control pin OD need pull up issue

- Install R3256,R3257

14.Fixed VGA ESD Issue that add protect diode in each VGA pin

- D6,D7,D8,D9 for "H/V Sync" and "DDC_Data/CLK" close connector

- D2,D4,D5 for R,G,B close connector after filter.

15.Fix DDR3_DRAMRST# no-monotonic issue that add discrete buffer

- Non-Install R440, R737 isloate MCP and DIMM slot

- Add discrete Buffer circuit in page11

16.Fix SLP_S3# No-monotonic issue

- Add R228 avoid the "Y" topology layout.

17.Fix PSON# sequence Issue that change control from "SLP_SUS#" to "SIO_RSMRST#"

- Change "SLP_SUS#" to "RSMRST#" For R3302.1 in page41

C C

18.Avoid SYS_PWRGD to SUS_STATE# Sequence less than 1mS spec.

- Change PC381 From I to NI, reduce SYS_PWRGD slope rate

19.Improved ST L6738's CSN Noise add 100nF cap in CSN pin.

- PC509 for "+1P05V_ME"

- PC482 for "+1P5V_DUAL"

- PC613 for "+VCCIO"

- PC543 for "+VCCSA"

20.Improve VCCSA compensation

- PR536 change 4.7K_1% to 4.12K_1%;

-PC537 change 2.2nF_X7R_50V to 330pF_X7R_50V

-PC540 change 22nF_X7R_16V to 3.3nF_X7R_50V

21.Improve VCCIO transient

- Add E-CAP PCE608 (820uF) for output.

- Reserved PL606 colay with PL605

- Add PC614

22.Because of NTMFS4841NHT1G will EOL for VCORE /VCC_AXG/VCC_DDR

- PQ211, PQ221, PQ231, PQ241, PQ270, PQ470 change from NTMFS4841NHT1G to NTMFS4921NT3G

23.Fix VCORE /VCC_AXG input choke nosie issue

- PL200 change to APL0806P7C-R90L

D D

Change List From SDV BOM Ver:0.1 to Ver:0.2 Schematic

1.Correct BIOS Licence Label to AMI uEFI

- change P/N 1332 to 1431

2.Change some P/N to standard P/N ..

1

2

3

Change List From SDV BOM Ver:0.2 to Ver:0.3 Schematic

1.Correct Manchester uATX BIO to "0 0 0" follow customer require

- Non-Install BRD_BID3 Pull up resistance R441

2.Change Mono-Out BOM parameter from Proto to I meet Customer spec

- Insatll Mono-Out block component in page33

3.For good performance to vcore and AXG power

，

PQ216，PQ225, PQ226 , PQ235, PQ236, PQ245, PQ246, PQ275, PQ276 change from I to NI,

-PQ215

-PQ217, PQ218, PQ227, PQ228, PQ237, PQ238, PQ247, PQ248, PQ277, PQ278 change from NI to BSC886N03LS G

-PQ211,PQ221,PQ231,PQ241,PQ270,change NTMFS4921NT3G to BSC079N03LSC G

4. For good performance to +1P5V_DUAL power

-PQ470 change from I to NI, PQ471 change from NI to I

5.To fix +5V_AUX_PSU drop issue

-PR766 change from 1K_5% to 10K_5%

-PC754 change to I

-PC751 change from 1uF_X7R_16V to 10uF_X5R_6.3V

-PR314, PR315, PU302, PR313, PR302, PR303, PR304, PC302, PC301 change from I to NI,

-PCE300 change to I with 470uF_EC_16V

6. For marking IC version of VCORE

-PU100 change from NCP6151S52MNR2G to NCP6151S52MNR2G PC9

7.To meet vcore LL fail and AXG ripple fail issue

-PR102 change from 7.15K_1% to 7.5K_1%

-PR148 change from 9.09K_1% to 8.2K_1%

8. For NCP5901MNR2G version change to support BST diode integrated driver

-PU210, PU220, PU230, PU240, PU270 change from NCP5901MNR2G to NCP5901BMNTBG

-PD210, PD220, PD230, PD240, PD270 change from I to NI

9. To meet VCCIO ACLL spec

-PR608 change from 4.7K_1% to 4.99K_1%

-PC611 change from 2.2nF_X7R_50V to 10pF_NPO_50V

-PC606 change from 22nF_X7R_16V to 10nF_X7R_16V

-PR611 change from 10_1% to 100_1%

-PR601 change from 47K_1% to 35.7K_1%

-PC614 change from 1.5nF_X7R_50V to 470pF_X7R_50V

-C561, C589 change from NI to I in P14

10. To improve snubber C value precision for vcore and +VCC_AXG power

，

PC221，PC231，PC241，PC271 change from 4.7n F/+/-20% to 4.7n F/+/-10%

-PC211

11. For good performance base on current layout to +VCC_AXG power

-PC274 change from I to NI, PC276 change from NI to I

12. increare Q230 Vbe voltage for Q230 enter saturation states at low temperature safely

-Change R304 from1.1K to 1.54K,Vbe(max)=1.06V

4

5

6

7

8

Manchester ET to Pre-SDV Layout Change List

1.Correct Mechanical Issue from Lenovo

- Change Mountung Hole from 4.4mm to 3.96+/-0.05mm

- Move CI header to close SYS_FAN.

- Change J6(PS2 Header) and PU20(4PIN Power) location follow lenovo recommend.

- Change J74(THER_HD) Loction from Lenovo recommend.

- Change I/O edge space to PCB edge meet 1.2mm spec

- Move F_USB1 & F_USB2 together

2.Avoding the crosstalk Issue.

- Change H_PWRGOOD net far away PLT_RST#. ,Avoding the crosstalkrecommend.

- Change I/O edge space to PCB edge meet 1.2mm spec

- Move F_USB1 & F_USB2 together

，

Change List From SDV BOM Ver:0.3 to Ver:0.4Schematic

1.Increare Q230 Vbe voltage for Q230 enter saturation states at low temperature safely

-Change R304 from1.54K to 1.4K,Vbe(max)=0.9V

2.For VRD driver controller shourtage

- Change NCP5901BMNTBG to NCP5901MNR2G

3.Fix Water Ripple in Lenovo Special Monitor

- change +3P3V_PCH_DAC power source from +3_3V to liner power

Hon Hai Precision Industry Co. Ltd.

Hon Hai Precision Industry Co. Ltd.

Foxconn CMMSG

Foxconn CMMSG

Foxconn CMMSG

Foxconn WuHan

Foxconn WuHan

Foxconn WuHan
China

China

China

Title

Title

Title

Change List

Change List

Change List

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Custom

Custom

Custom

IS6XM uATX X7

IS6XM uATX X7

IS6XM uATX X7

Page Modified:

Wednesday, December 08, 2010 16:17:01

Page Modified:

Wednesday, December 08, 2010 16:17:01

Page Modified:

2

3

4

5

6

Wednesday, December 08, 2010 16:17:01

7

Hon Hai Precision Industry Co. Ltd.

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260

Phone: [phone] Ext:22260
Fax: [phone]

Fax: [phone]

Fax: [phone]

(UTC/GMT)

(UTC/GMT)

(UTC/GMT)

Sheet of

Sheet of

Sheet of

65 65

65 65

65 65

8