SAMSUNG NP-R45K002 System Schematic Diagram

4

SAMSUNG PROPRIETARY

SAMSUNG PROPRIETARY

THIS DOCUMENT CONTAINS CONFIDENTIAL

THIS DOCUMENT CONTAINS CONFIDENTIAL

PROPRIETARY INFORMATION THAT IS

PROPRIETARY INFORMATION THAT IS

SAMSUNG ELECTRONICS CO’S PROPERTY.

SAMSUNG ELECTRONICS CO’S PROPERTY.

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERS

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERS

EXCEPT AS AUTHORIZED BY SAMSUNG.

EXCEPT AS AUTHORIZED BY SAMSUNG.

4 1

HABANA-C

CPU :
Chip Set :
Remarks :

Model Name :
PBA Name :
PCB Code :
Dev. Step :
Revision :
T.R. Date :

DRAW

DS.JIANG

Intel Dothan -2M
RC410MD & SB450

Mobility Platform

HABANA-C
MAIN
BA41-00615A
PRR

1.0

2005.12.26

CHECK

DJ.XU

APPROVAL

KEVINLEE

3 1

3

2

2

Table of Contents

Sheet 1. COVER
Sheet 2 - 7. DIAGRAM (Block/Power) & ANNOTATIONS
Sheet 8. CLOCK GENERATOR
Sheet 9 - 11. DOTHAN
Sheet 12. THERMAL SENSOR / FAN CONTROL
Sheet 13 - 17. RC410MD
Sheet18. DDR II SODIMM
Sheet19. DDR TERMINATION
Sheet20 - 23. SB450
Sheet24. SB450 STRAPS
Sheet25. FWH
Sheet26. LCD
Sheet27. CRT AND TV CONN
Sheet28-29. CARDBUS
Sheet30. EXPRESS CARD
Sheet31. MINIPCI
Sheet32-34. AUDIO
Sheet35. HDD AND ODD
Sheet36. MICOM
Sheet37. S I/O
Sheet38-39. LAN
Sheet40. LAN AND MDC CONN
Sheet41. BOARD CONN
Sheet42. CHARGE
Sheet43. P3.3V _AUX AND P5V_AUX
Sheet44. P1.2V AND VCCP
Sheet45. DDR2 POWER
Sheet46. CPU VRM
Sheet47. SWITCH POWER
Sheet48. P1.8V_ALW
Sheet49. POWER STRAPS
Sheet50. 1394 BOARD
Sheet51. USB BOARD

Sheet52. TOUCH PAD BOARD
Sheet53-55. TP

D

D

C

C

B

B

Owner :

4

4

SESC R & D

Signature :

A

A

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ELECTRONICS

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2

12

1

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4

D

C

PG 27

PG 27

CRT/TV

CRT

TV

SVHS / HDTV

PG 26

LCD

LVDS

30P

CPU

Thermal

Sensor

PG 12

Internal Graphics

Clocking

CK-410M

64 PIN

PG 8

3

FAN

PG 12

Mobile Processor

Dothan - 2M

(533MHz)

L2 Cache : 2 MB

PG 9,10,11

478pin

PSB
667 MT/S

GMCH-M

RC410MD

707 FCBGA

PG 13 ~ 17

Direct Media Interface
x4/x2, 1.5V

CPU
VRM

IMVP-5

PG 46

Single channel

2

DDR II 667/533

Wireless LAN

CONN.

Mini PCI

PG 31

33MHz, 3.3V PCI

ANT

DDR II

Thermistor

PG 16

DDR II
SODIMM 0

DDR II
SODIMM 1

PG 18

PG 18

PG 28 ~ 29

CARDBUS Module

Charging

Circuit

PG 42

DDR II

VRM

PG 45

CARDBUS

R5C841

R5532V002

1

Switche PWR

PG 47

SD/xD/MS
CardBus

EEPROM

1394

4 pin

PG 30
PG 30

PG 30

PG 29

D

C

PG 41

PG 38

AUDIO

USB 0,1,2,3

ANT

Audio

AMP

PG 33

B

PG 34

AZALIA

Codec

AD1986B

PG 32

HP & SPDIF.
MIC-IN

RJ11

PG 40

AZALIA

MDC

Modem

12P

PG 40

USB 0,1,2,3

AZALIA Primary

AZALIA Secondary

SB450

564 BGA

PG 20 ~ 23

PCIE x1
USB 4

PCI

Lane 2

26P

PG 36

Express Card

BCM

5751(4401)

PG 38~39

PG 30

RJ45
PG 40

B

FWH

2P

2P

Pri. IDE slave

3

SATA

PATA

3.3V LPC, 33MHz

HDD

PG 35

S-ATA

SPKR R

HDD

PG 35

SPKR L

U-ATA 100

A

Pri. IDE master

CD-ROM

PG 35

4

SST49LF008A

PG 25

MICOM

Hitachi H8S

HD64F2169/2160

PG 36

2

PG 52

Touch

PAD

KBD

PG 41

A

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4

3

2

Power Diagram

1

D

KBC3_SUSPWRON

KBC3_PWRON

AC Adapter

VDC

P12V_ALWS

P5V_ALWS

P3.3V_ALWS

P1.5V

P1.8VP1.8V_AUX

KBC3_VRON

YONAH

P1.05V

(VCCP)

NB

SB

VCCP3_PWRGD

VCC_CORE

YONAH

D

Battery DC

C

MICOM_P3V

P1.8V_ALW

P5V_AUX

KBC3_LANPWRON

P3.3V_LAN

P3.3V_AUX

B

P0.9V

P5V

P3.3V

P2.5V_LAN

C

B

P1.2V_LAN

Rail

+V*Always

State

Full On ON

ON H

S3
S4

ON
ON OFF

S5

A

+V*AUX

ON
ON OFF
ON
OFF

4

+V

SUSPWR

ON

HH

OFF L

H
L

PWRON

L

L

S5 / S4

VRON

H
L
L
L

S0

VCC_NB

P1.2V

A

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P1.2V

S3

3

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4 1

3

POWER SEQUENCE

2

D

ADT3_SEL
MICOM_P3V
KBC3_RST*
P1.8V_ALW

P5V_ALWS
PRTC_BAT

T1=

T2=

T3=

T4=

T5=

T6=

D

KBC3_PWRSW*

VDC

KBC3_LANPWRON

P3.3V_LAN

KBC3_SUSPWRON

C

P5V_AUX/P3.3V_AUX/P1.8V_AUX
KBC3_RSMRST*

MEM1_VREF
KBC3_PWRBTN*
CHP3_SLPS5*
CHP3_SLPS3*

KBC3_PWRON

P5V/P1.8V/P1.5V/P0.9V

KBC3_VRON

VCCP

B

A

P1.2V/VCC_NB

VCCP3_PWRGD
VCC_CORE
VRM3_CPU_PWRGD
KBC3_CLKPWRGD*
KBC3_NBPWRGD
KBC3_SBPWRGD
CPU1_PWRGDCPU
CHP3_ALINK_RST*
PCI3_RST*
CPU1_CPURST*

T7=112ms

T8=444us

T9=504us

T10=32us

T11=380uS

T12=776us

T13=120.8ms

T15=130ms

T16=174ms

T14=130ms

T24=15.12ms

T25=25.04ms

T26=136ms

T17=158.4us

T18=21.4ms

T19=1.5ms

T20=1.86ms

T21=2.34ms

T22=3.88ms

T29=188ms

T29=188ms

C

B

T23=5.02ms

T27=184ms

T28=187.2ms

A

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4

3

2

POWER RAILS ANALYSIS

1

D

C

ADAPTER

220V

19V

MAX1909ETI+T

BATTERY

MMBT3904

MAX1999EEI+T

P12V_ALWS

P5V_ALWS

SS338A

MAX8550ETI+T

P3.3V_LAN

P1.8V_AUX

P1.5V

P0.9V

FDS6680A

FDS6680A

D

C

P1.8V

P3.3V

P3.3V_AUX

P5V_AUX

B

ISL6227CAZ-T

SI4435DY

P5V

LTC3735

VCCP

VCC_CORE

B

P1.2V

VCC_NB

P3V_ALWS

MICOM_P3V

MIC5219B

P1.8V_ALW

A

SAMSUNG

ELECTRONICS

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1

A

SAMSUNG PROPRIETARY

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4

3 2

1

D

CLK0_HCLK0
CLK0_HCLK0*

DOTHAN

D

CLK0_HCLK1
CLK0_HCLK1*

CLK1_PCIEICH
CLK1_PCIEICH*

RC410MD

CLK3_NB14M

CLK3_33M_MIN

CLK1_PCIERCLK

C

CLK1_PCIERCLK*

CLK3_USB48

RS450

CLK3_ICH14

CLOCK GENERATOR

CLK1_PCIELOM
CLK1_PCIELOM*

BCM5751

(BCM4401)

CLK3_PCLKLAN
CLK3_PCLKCB

CLK3_PCLKSIO_DS

CLK3_PCLKSIO
CLK3_PCLKFWH
CLK3_PCLKMICOM

25MHz

25MHz

MINIPCI
BCM5751
R5C843

LPC

FWH

MICOM

C

10MHz

CLK1_EXPCARD

B

CLK1_EXPCARD*

EXP CARD

B

EXP3_CLKREQ*

CLK3_FM48

CLK3_SIO14

A

4

14.318 MHz

3

R5C843

LPC47N

24.576MHz

2

A

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ELECTRONICS

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SAMSUNG PROPRIETARY

SAMSUNG PROPRIETARY

THIS DOCUMENT CONTAINS CONFIDENTIAL

THIS DOCUMENT CONTAINS CONFIDENTIAL

PROPRIETARY INFORMATION THAT IS

PROPRIETARY INFORMATION THAT IS

SAMSUNG ELECTRONICS CO’S PROPERTY.

SAMSUNG ELECTRONICS CO’S PROPERTY.

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERS

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERS

EXCEPT AS AUTHORIZED BY SAMSUNG.

EXCEPT AS AUTHORIZED BY SAMSUNG.

4

3

3

SCHEMATIC ANNOTATIONS AND BOARD INFORMATION

D

D

PCI Devices

Devices
Cardbus

LAN
MINIPCI
USB

Hub to PCI
LPC bridge/IDE/AC97/SMBUS
Internal MAC
AC Link

IDSEL# REQ/GNT#
AD24

AD21
AD23 2
AD30(internal)

AD31(internal)
AD31(internal)
AD31(internal)

---

0
1

-

-

-

-

-

Voltage Rails

VCC_CORE
VCCP
VCC_NB

C

C

B

B

P1.2V
P1.5V

P1.8V
P0.9V
P5V
P3.3V
P2.5V_LAN
P1.2V_LAN

P5V_AUX
P3.3V_LAN
P3.3V_AUX

P12V_ALWS
P5V_ALWS

P3.3V_ALWS
MICOM_P3V
P1.8V_ALW

VDC
2

I C / SMB Address

Devices
SB450

EMC6N300(CPU Thermal Sensor)
SODIMM0
SODIMM1
CK-408 (Clock Generator)

CPU
CPU RC410MD SB450
RC410MD
RC410MD VCC_NB

CPU EXPCARD
RC410MD SB450 R5C843
DDR2
FAN THERMAL CRT SB450 R5C483 MINIPCI AD1986B HDD ODD MICOM USB TOUCH-PAD VCC_CORE
SYSTEM POWER
BCM5751
BCM5751

DDR2 P1.8V RC410MDP1.8V_AUX
THERMAL LCD P1.2V P5V
LCD BCM5751 P3.3V
MDC MICOM MINIPCI EXP-CARD SB450 THERMAL

VCC_NB P1.5V P3.3V P1,8V
P3.3V DDR2-PWR

MICOM_P3V
THERMAL SB450 MICOM LED P1.8V_ALWS

SB450
Primary DC system power supply (7 to 21V)

Address
Master

1001 110X
1010 0000
1010 001X
1101 001x

Hex

­9Ch
A0h
A2h
D2h

USB PORT Assign

PORT NUMBER
0

1,2
4

ASSIGNED TO
SYSTEM PORT A

SYSTEM PORT B
SYSTEM PORT C3

EXPRESS CARD

Interrupts

E,F,G
C
A,B

-

-

-

-

--

-

Bus
SMBUS Master

Thermal Sensor

-

­Clock, Unused Clock Output Disable

2

2

Crystal / Oscillator

TYPE
Crystal
Crystal CLOCK-Generator
Crystal LAN

FREQUENCY

32.768KHz
10MHzCrystal

14.318MHz

24.576MHzCrystal Cardbus Controller 1394
25MHz

DEVICE
SB450

MICOM

CPU Core Voltage Table

VID(5:0)
0

0

0

0

0

0

0

0

0

0

0

0
0

0

0

0
0

0

0

1
1

0

0

0

1

0

0

0
01

0

-

0

1

1

0

0

0

1

0

0

0

1

0

0

0

0

1

0

0

1

0

1

0

0

1

1

0

1

0

1

0
0

1

0

1

10

0

00

0

1

0

0

0

1

0

0

0
0

0

1

10

0

0

1

1

0

0

11

0

0

1

1

0

1

0

1

00

1

0

1

1

00
01

1

0

1

0

1

1

0

1

1

01

1

1

1

0

1

1

1

1

0

1

1

Voltage

1.708 V

0

0

1.692 V

0

1

1.676 V

1

0

1

1

1.660 V

0

1.644 V

0

0

1.628 V

1
0

1

1.612 V

1.596 V

1

1

1

1

0

0

1.580 V

1

1.564 V

0
1

0

1.548 V

1.532 V

1

1

1.516 V

0

0

1

1.500 V

0
1

1.484 V

0

1

1.468 V

1

0

0

1.452 V

0

1.436 V

1

101.420 V

0
1

1.404 V

1

1.388 V

0

0

1.372 V

1

0

1.356 V

0

1

1

1.340 V

1

1

1

1.324 V

0

0

1

0

1.308 V

0

1

1.292 V

1 1.276 V

1

1.260 V

0

0

1

1.244 V

1

0

1.228 V

1.212 V

1

1

HFM Voltage
770:1.26V->1.372V

730,740,750,760:1.26->1.356V

VID(5:0)

0

1

0

1

0

1

0

1

0

1

0

1
1

0

-

1

0

1

0

1

0

1
1

0

1

0
0

1

0

1

0

1

0

1
1

1
11
1

1

1

1

11
11

1

1
1

1

11

1

1
11

1

1
1

1

1

1

1

1

1

1

1

1

0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1
0
0
0
00
0
0
0
00
1
1
1
10
1

1
1

0
0
0
0
1
1
1
1
0
0
0
0
1
1
1
1

0
0
0
1
1
1
1

1
0
0
0
0
1
1
1
1

USAGE
Real Time Clock

HD64F2169/2160
CK-410M

LOM

0

0
1

0

0

1

1

1
0

0
1

0
1

0
1

1

0

0

1

0
1

0
1

1

0

0

1

0
1

0

1

1
1

0

0

1
1

11
0
1

0

01

1

1

1

0
1

0
101
0

01
0

1
1

0
1

1

Voltage

1.196 V

1.180 V

1.164 V

1.148 V

1.132 V

1.116 V

1.100 V

1.084 V1

1.068 V

1.052 V

1.036 V

1.020 V

1.004 V

0.988 V

0.972 V

0.956 V

0.940 V

0.924 V

0.908 V

0.892 V

0.876 V

0.860 V

0.844 V

0.828 V

0.812 V

0.796 V

0.780 V

0.764 V

0.748 V

0.732 V

0.716 V

0.700 V

1

1

Lowest Freq.

D

D

C

C

B

B

System Power States

A

A

CHP3_SLPS1* S1, Powered-On-Suspend(POS) : In this state, all clocks(except the 32.768KHz clock) are stopped.

CHP3_SLPS3* S3, Suspend-To-RAM(STR) : The system context is maintained in system DRAM, but power is shut off to non-critical circuits.
CHP3_SLP4S* S4, Suspend-To-Disk(STD) : The Context of the system is maintained on the disk. All power is then shut off to the system except for the logic required to resume.
CHP3_SLPS5* S5, Soft Off(SOFF) : System context is not maintained. All power is shut off except for the logic required to restart. A full boot is required when waking.

The system context is maintained in system DRAM. Power is maintained to PCI, the CPU, memory controller, memory, and all other criticial subsystems.

Note that this state does not preclude power being removed from non-essential devices, such as disk drives. During this state, CPU can be selected

for either Deep Sleep or Deeper Sleep.
In Deeper Sleep, CPU voltage reduced in this state to reduce the leakage power.

Memory is retained, and refreshes continue. All clocks stop except RTC clock.
Externally appears same as S5, but may have different wake events.

3

4

4

3

A

A

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4

3

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1

FSA

D

CPU

BSEL0 BSEL1

0
0
0
0
1
1
1
1

FSB
400MHz

533MHz R121,R141,R113

FSC

FSB

BSEL2

0

0

1

0
1

0
1

1

0

0
0

1
0

1

1

1

STUFF

R119,R141,R113

R119,R140,R112

C

B

HOST CLK

266 MHz
333 MHz
200 MHz
400 MHz
133 MHz
100 MHz
166 MHz
RSVD

R121,R140,R112

NO STUFF

TP377

R201

2

14.31818MHz
Y1

C247

0.022nF

R197
R196
R195
R194

R192
R191

R223
R221

R228
R226
R232
R229

R199

R198

33
1%

GIGA_MODEL

P3.3V

100nF

C210

NO_STUFF
NO_STUFF

NO_STUFF

NO_STUFF

1%

33
33

1%
1%

33

1%

33
33

1%

33

1%

1%

33

1%

33

GIGA_MODEL

33

1%
1%

33

1%

33

1%

33

1%

33

P3.3V

B20

C186

MMZ1608S121AT

10000nF

6.3V

Route all CLK1 signal as different pair rule

R238
R237

R233
R168

1%

1%

1%

1%

49.9

R225

49.9

R227

1%

49.9

R222

49.9

R224

49.9

R230

1%

49.9

R231

4.7K

4.7K

R162

4.7K

10-D3

CLK0_HCLK0

10-D3

CLK0_HCLK0*

16-B4

CLK0_HCLK1

16-B4

CLK0_HCLK1*
CLK1_PCIEICH

14-B3

CLK1_PCIEICH*

14-B3

CLK1_PCIERCLK

20-D3

38-D3
38-D3
30-C3
30-C3

30-C4

29-B?54-B3

10-C354-D2 14-B4 10-D1

37-B254-B2
23-C354-B2

1%
1%

CLK1_PCIERCLK*

CLK1_PCIELOM
CLK1_PCIELOM*
CLK1_EXPCARD
CLK1_EXPCARD*CHP3_CPUSTP*

EXP3_CLKREQ*
CLK3_FM48

CPU1_BSEL2
CPU1_BSEL1

CLK3_NB14M
CLK3_SIO14
CLK3_ICH14

55-B3 20-D3

33

1%
1%

33

R200
R167

1%

1%

1%

1%

1%

49.9

49.9

49.9

49.9

49.9

R163

R165

R164

R161

R160

1%

49.9

R166

16-C1 10-C310-D154-D2

33
33

NO_STUFF

54-A2 23-D2

54-B2 16-B4

Pt decoupling CAPS close to ICS951411 power pin

100nF

100nF

100nF

100nF

100nF

C208

C209

C187

C245

C211

P3.3V

B28
MMZ1608S121AT

C246

100nF
16V

TP382

1M

1%

1

C214

0.022nF

KBC3_CLKPWRGD*

SMB3_CLK

SMB3_DATA CLK3_USB48

36-C136-B2

20-B3 46-C4 55-B4

#8

R235

#8

R236

R193

475
1%

U15
ICS951411BG

45

VDDCPU

35

VDD_SRC

32

VDD_SRC1

21

VDD_SRC2

14

VDD_SRC3

3

VDD_48

51

VDD_PCI

56

VDD_REF

44

VSS_CPU

36

VSS_SRC

31

VSS_SRC1

26

VSS_SRC2

20

VSS_SRC3

15

VSS_SRC4

5

VSS_48

49

VSS_PCI

55

VSS_REF

1

XIN

2

XOUT

6

VTTPWRGD*_PD

48

CPU_STP*

TP378

7

0

SCLK

8

0

SDATA

37

IREF

PCIF0_CK410*

100nF

100nF

C213

C212

VDDA

VSSA

CPUT0
CPUC0
CPUT1
CPUC1
CPUT2
CPUC2

SRCT0
SRCC0

SRCST0
SRCSC0
SRCST1
SRCSC1

SRCT1
SRCC1
SRCT2
SRCC2
SRCT3
SRCC3
SRCT4
SRCC4
SRCT5
SRCC5

CLKREQ0
CLKREQ1

USB_48

FSC
REF1_FSB
REF0_FSA

REF2

MMZ1608S121AT
B24

C207

10000nF

6.3V

39
38

47
46
43
42
41
40

34
33

30
29
27
28

24
25
22
23
18
19
16
17
12
13

10
11

4
50

9
53
54
52

D

C

B

Place all te serias termination resistor as clos as ICS951411 as possible

A

SAMSUNG

ELECTRONICS

4

3

2

1

A

SAMSUNG PROPRIETARY

THIS DOCUMENT CONTAINS CONFIDENTIAL

PROPRIETARY INFORMATION THAT IS

SAMSUNG ELECTRONICS CO’S PROPERTY.

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERS

EXCEPT AS AUTHORIZED BY SAMSUNG.

4

3

2

1

D

D

VCCP

R78

HIT*

54-B3

56.2

C61

220pF

NO_STUFF

CPU1_D*(15:0)

CPU1_DBI0*
CPU1_DSTBN0*
CPU1_DSTBP0*

CPU1_D*(31:16)

CPU1_DSTBN1*
CPU1_DSTBP1*

13-C354-B3

N2
L1

54-D2

J3
N4

A7
M2
L4
H2

K3

54-B3

K4

A4
B5
J2
M3

B11
L2
K1
H1

C2
D3
A3

D1
D4
B4
C6

220pFC64 50V

220pFC63 50V

220pFC50 50V

13-C3

13-C354-B3
13-B354-D2

13-C354-C255-D4

13-C3

13-C354-C2

13-B3
13-B354-C2

10-A254-C2 20-A3

13-C354-C2113-C354-C2

13-B355-B4

13-B354-B3
13-B354-B3
13-B354-B3

10-A220-A354-A2

10-A220-A354-C2

10-A220-A355-D4

10-A220-A354-B3
10-A220-A354-C4

10-A220-A3

220pFC49 50V

220pFC65 50V

NO_STUFF

220pFC62

CPU1_ADS*
CPU1_BNR*
CPU1_BPRI*
CPU1_BREQ*

CPU1_DBSY*
CPU1_DEFER*
CPU1_DRDY*

CPU1_HIT*
CPU1_HITM*

CPU1_INIT*
CPU1_LOCK*
CPU1_TRDY*

CPU1_CPURST*
CPU1_RS2*
CPU1_RS1*
CPU1_RS0*

CPU1_A20M*
CPU1_FERR*
CPU1_IGNNE*

CPU1_INTR
CPU1_NMI
CPU1_SMI*

10-A220-A355-D3

CPU1_STPCLK*

13-D1

13-D1
13-D1
13-D1

13-D1

13-C1
13-C1
13-C1

15
14
13
12
11
10
9
8
7
6
5
4
3
2

0

31
30
29
28
27
26
25

23
22
21
20
19
18
17
16

CPU600-1
DOTHAN_YONAH

CPU1_A*(16:3)

CPU1_ADSTB0*

C

CPU1_REQ*(4:0)

CPU1_A*(31:17)

CPU1_ADSTB1*

13-D3

13-D3
13-D3

13-D3

13-C3 13-A1

16
15
14
13
12
11
10
9
8
7
6
5
4
3

4
3
2
1
0

31
30
29
28
27
26
25 24
24
23
22
21
20
19
18
17

AA2
AA3

AF1
AE1
AF3
AD6
AE2
AD5
AC6
AB4
AD2
AE4
AD3
AC3
AC7
AC4
AF4
AE5

1 / 4

A16*

Y3

A15*
A14*

U1

A13*

Y1

A12*

Y4

A11*

W2

A10*

T4

A9*

W1

A8*

V2

A7*

R3

A6*

V3

A5*

U4

A4*

P4

A3*

U3

ADSTB0*

T1

REQ4*

P1

REQ3*

T2

REQ2*

P3

REQ1*

R2

REQ0*
A31*

A30*
A29*
A28*
A27*
A26*
A25*
A24*
A23*
A22*
A21*
A20*
A19*
A18*
A17*
ADSTB1*

BPRI*

DBSY*

DEFER*

DRDY*

ADDR GROUP 0

HITM*

IERR*

LOCK*
TRDY*

RESET*

A20M*
FERR*

IGNNE*

LINT0

ADDR GROUP 1

LINT1

LEGENCY CPU

STPCLK*

ADS*
BNR*

BR0*

DBR*

INIT*

RS2*
RS1*
RS0*

SMI*

B

CPU600-2
DOTHAN_YONAH

2 / 4

C25

D15*

E23

D14*

B23

D13*

C26

D12*

E24

D11*

D24

D10*

B24

D9*

C20

D8*

B20

D7*

A21

D6*

B26

D5*

A24

D4*

B21

D3*

A22

D2*

A25

D1*

A19

D0*

D25

DINV0*

C23

DSTBN0*

C22

DSTBP0*

K25

D31*

N25

D30*

H26

D29*

M25

D28*

N24

D27*

L26

D26*

J25

D25*

M23

D24*

J23

D23*

G24

D22*

F25

D21*

H24

D20*

M26

D19*

L23

D18*

G25

D17*

H23

D16*

J26

DINV1*

K24

DSTBN1*

L24

DSTBP1*

DATA GRP 2

DATA GRP 0DATA GRP 1

DINV2*
DSTBN2*
DSTBP2*

DATA GRP 3

DINV3*
DSTBN3*
DSTBP3*

D47*
D46*
D45*
D44*
D43*
D42*
D41*
D40*
D39*
D38*
D37*
D36*
D35*
D34*
D33*
D32*

D63*
D62*
D61*
D60*
D59*
D58*
D57*
D56*
D55*
D54*
D53*
D52*
D51*
D50*
D49*
D48*

Y25
AA26
Y23
V26
U25
V24
U26
AA23
R23
R26
R24
V23
U23
T25
AA24
Y26
T24
W25
W24

AF26
AF22
AF25
AD21
AE21
AF20
AD24
AF23
AE22
AD23
AC25
AC22
AC20
AB24
AC23
AB25
AD20
AE24
AE25

47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32

63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48

13-D1

13-B1
13-B1
13-B1

13-D1

13-A1

13-A1

CPU1_D*(47:32)

CPU1_DBI2*
CPU1_DSTBN2*
CPU1_DSTBP2*

CPU1_D*(63:48)

CPU1_DBI3*CPU1_DBI1*
CPU1_DSTBN3*
CPU1_DSTBP3*

C

B

FOR NOISE REDUCTION

**NOTE

MT610

RMNT-25-45-1P

MT613

RMNT-25-45-1P

RHE SUPPORTER

MT609

RMNT-25-45-1P

A

4

MT612

RMNT-25-45-1P

A

SAMSUNG

ELECTRONICS

2

13

SAMSUNG PROPRIETARY

THIS DOCUMENT CONTAINS CONFIDENTIAL

PROPRIETARY INFORMATION THAT IS

SAMSUNG ELECTRONICS CO’S PROPERTY.

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERS

EXCEPT AS AUTHORIZED BY SAMSUNG.

D

CPU1_PWRGDCPU

4

VCCP

R68
200

55-B320-A3

CLK0_HCLK0

CLK0_HCLK0*

CPU1_SLP*

CPU1_DPSLP*

CPU1_DPRSTP*

CPU1_DPWR*

CPU1_VID(5:0)

8-C1
8-C1

10-A2 20-A3 54-B3

10-B2 55-B4

THERTRIP* should connect to ICH6M & Alviso w/o T-ing

CPU1_PROCHOT*

CPU2_THERMDA

VCCP

CPU2_THERMDC

46-C4

CPU1_THRMTRIP*

CPU1_BSEL1
CPU1_BSEL2

200 R69

0.5’’ max length

NO_STUFF

NO_STUFF

VCCP

R116

1K

CPU1_PSI*

1%

TP434

C

R117

2K

1%

1%

54.9

1%

27.4

1%

54.9

27.4

1%

1K
1K

12-A3 55-B3

12-C2 55-D3

8-B1 10-D1 16-C1 54-D2

B

Std Voltage Dothan with 533MHz FSB updates
VCC(High Frequence Mode) = 1.26 V - 1.356 V(VID values)
TDP(High Frequence Mode) = 27W (no charge)
VCC(Lowest Frequence Mode) = 1.052V(VID value)

TDP(Lowest Frequence Mode) = 13.8W

GND test points within 100mil of the VCC/VSS sense at the end of the line
Route the VCC/VSS sense as a Z0=55ohm trace with equal length

A

Observe 3:1 spacing b/w VCC/VSS sense lines and 25mil away
(prefered 50mil) from any other signal. And GND Via 100mil away

from each of the VCC/VSS test point vias

R67
R66
R119
R118

R74
R120

3

2

1

P1.5V

CPU600-3
DOTHAN_YONAH

3 / 4

B15

BCLK0

B14

BCLK1

A16

ITP_CLK0

A15

ITP_CLK1

A6

SLP*

B7

55-D420-B310-A2

54-C213-C3

55-D446-B146-A2

55-D312-C2

55-B312-A4

54-D214-B410-D18-B1

1%

1%

54.9

54.9

DPSLP*

G1

DPRSTP*

C19

DPWR*

E4

PWRGOOD

5

H4

VID5

4

G4

VID4

3

G3

VID3

2

F3

VID2

1

F2

VID1

0

E2

VID0

B17

PROCHOT*

B18

THERMDA

A18

THERMDC

C17

THERMTRIP*

C14

BSEL1

C16

BSEL0

E1

PSI*

AD26

GTLREF0

AB1

COMP3

AB2

COMP2

P26

COMP1

P25

COMP0

AE7

VCCSENSE

AF6

VSSSENSE

B2

NC1_RSVD1

C3

RSVD2

AF7

RSVD3

AC1

RSVD4

E26

RSVD5

C5

TEST1

F23

TEST2

HCLKPWR MGMTVIDTHERMMISC

MAX. 100MIL LENGTH

R64

R65

NO_STUFF

NO_STUFF

NO_STUFF
NO_STUFF

NO_STUFF
NO_STUFF
NO_STUFF
NO_STUFF
NO_STUFF

R49

1%

56

390
390

200

1%
390
390
390
390
390

1%

200

CHP3_DPRSLPVR

VCCP

R70

R77
R75

R93

R71
R73
R76
R72
R79

R90

VCCA3
VCCA2
VCCA1

VCCAVCCPXDP/ITP

VCCA0
VCCP1

VCCP2
VCCP3
VCCP4
VCCP5
VCCP6
VCCP7
VCCP8

VCCP9
VCCP10
VCCP11
VCCP12
VCCP13
VCCP14
VCCP15
VCCP16
VCCP17
VCCP18
VCCP19
VCCP20
VCCP21
VCCP22
VCCP23
VCCP24
VCCP25

VCCQ1
VCCQ0

PREQ*

PRDY*

BPM3*
BPM2*
BPM1*
BPM0*

TRST*

TP1179

470

55-C346-B220-A3

TDO
TMS

TCK

TDI

AC26
N1
B1
F26

D10
D12
D14
D16
E11
E13
E15
F10
F12
F14
F16
K6
L5
L21
M6
M22
N5
N21
P6
P22
R5
R21
T6
T22
U21

W4
P23

B10
A10
C9
A9
B8
C8

A13
C12
A12
C11
B13

VCCP

R51

470

TP1180

3

1

2

54-C2 20-A3 9-C3

54-B3 10-D320-A3
54-B3 9-B320-A3

54-B3 9-B320-A3

55-D4 9-B320-A3

BC13

BC12

100nF

10000nF

6.3V

VCCP

10V

one 0.1uF & 10uF cap for each VCCA pin.

VCCP

11-D454-C4

11-C454-C2

55-B4 10-C2

9-B320-A354-C2

9-C3

CPU1_TCK
CPU1_TDI
CPU1_TDO
CPU1_TMS
CPU1_TRST*

ITP I/F Signal

0

CPU1_FERR*
CPU1_INIT*
CPU1_A20M*
CPU1_SLP*
CPU1_INTR
CPU1_NMI
CPU1_SMI*
CPU1_STPCLK*
CPU1_IGNNE*
CPU1_DPSLP*

CPU1_DPRSTP*

54-C4 11-C4

54-C4 11-C4
54-C4 11-C4

R50

Q23
MMBT3904

20-A354-A2

20-A354-C4 9-B3

20-A355-D3 9-B3

20-B355-D4 10-D3

CPU1_BSEL1

10-C3 16-C1 54-D28-B1

CPU1_BSEL2

10-C3 14-B4 54-D28-B1

GTLREF : Keep the Voltage divider within 0.5"
of the First GTLREF0 with Z0= 55 ohm trace
Minimize coupling of any switching signals to this net

COMP 0 , 2 <(COMP 1,3) should be connected
Z0=27.4 ohm (55 ohm) trace shorter than
1/2 " to their respective Banias Pins

CPU Core Voltage Table

VID(5:0)

0

0

0

0

0

0

0

0
0

0

0

0

0

0

0

0
0

1

0

0

1

0

0

0

0

0

0

1

0

0

10

­0

1

0

0

0

1

0

0
0

0

0

1

0

0

1

0
0

1

1

0

1

0

1

00
0

1

0

1

0

0

1

1

0

1

0

0

0

1

0

0

0

1

0

0

1

0

0
0

0

1

1

0

1

0

1

1

0

0

1

1

0

0

11

1

0

1

0
0

1

0

0

1

10

0

1

1

0

0

1

1
1

0

1

1

1

0

11

1

1

0

1

1

Voltage

1.708 V

0

0

0

1

1.692 V

0

1.676 V

1
1

1.660 V

1

1.644 V

0

0
1

1.628 V

0

0

1.612 V

1

1.596 V

1

1

1

1

1.580 V

0

0

1.564 V

0

1

1.548 V

1

0

1

1

1.532 V

1.516 V

0

0

1.500 V

1

1

1.484 V

0

1.468 V

1

1
0

0

1.452 V

1

0

1.436 V

0

111.420 V
1

1.404 V

1

1.388 V

0

0

1

1.372 V

0
1

0

1.356 V

1

1

1.340 V

1

1

1.324 V

0

0

1

1.308 V

0

1.292 V

0

1
1

1

1.276 V

0

0

1.260 V

1

1.244 V

0

1.228 V

0

1

1.212 V

1

1

HFM Voltage
770:1.26V->1.372V

730,740,750,760:1.26->1.356V

NO_STUFF

VID(5:0)

0

1

0

1

0

1

0

1
1

0
0

1

0

1

0

-

1

1

0

1

0

1
1

0

1

0
0

1
1

0

1

0

1

0

1

1

1

1

1

1
11

1

1

1

1

1

1
1

1

1

1

1

1

1

1

1

1

1

1
1

1
1

1
1

1

1

1

R87

R106

NO_STUFF

0
0
00
0
0
0
0
0
1
1
1
1
1
1
1
1
0
0
0
00
0
0
0
0
1
1
1

1
1
1
1

R85

0

For 400MHz

1K 1%

R107

0

0

0

0

0
1
1

0

0

1

0

1

1

1

1

1

1

1

0

0
0

0

0

1
1 1.020 V

0
1

0

1

0

1

1

1

1
0

0

0

0

1

0

1

0
1

0

1

0
1

1
1

1

1

0

0

0

0

0

1

0

111
0

1
1

0111
1
1

1

VCCP

1%1K

For 400 and 533MHz

For 533MHz

Voltage

0

1.196 V

1.180 V

1

1.164 V

0

1.148 V

1

1.132 V

0

1.116 V

1
0

1.100 V

1.084 V

1
0

1.068 V

1

1.052 V

0

1.036 V
1
0

1.004 V
1

0.988 V
0

0.972 V

0.956 V

1
0

0.940 V
1

0.924 V
0

0.908 V

0.892 V

1

0.876 V

0

0.860 V

1

0.844 V

0

0.828 V

1

0.812 V

0

0.796 V

0.780 V

0

0.764 V
01

0.748 V

0.732 V

0.716 V

0

0.700 V

1

SAMSUNG

D

C

B

Lowest Freq.

A

ELECTRONICS

4

3

2

1

SAMSUNG PROPRIETARY

THIS DOCUMENT CONTAINS CONFIDENTIAL

PROPRIETARY INFORMATION THAT IS

SAMSUNG ELECTRONICS CO’S PROPERTY.

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERS

EXCEPT AS AUTHORIZED BY SAMSUNG.

4

23

1

VCCP

NO_STUFF

1%

1%

1%

150R86

54.9R88

39.2R91

10-C254-C4

10-C254-C4

CPU1_TDI
CPU1_TDO
CPU1_TMS
CPU1_TCK
CPU1_TRST*

54-C4 10-C2

1%

27.4R92

R89 680

54-C4 10-C2

54-C2 10-C2

C

VCC_CORE

C173

C178

C177

C176

C162

6.3V

10000nF

C45

C164

6.3V

10000nF

C174

C163

6.3V

10000nF

C175

C128

6.3V

10000nF

C44

C124

6.3V

10000nF

C48

C127

6.3V

10000nF

C47

C125

6.3V

10000nF

C46

C126

6.3V

10000nF

C113

C156

6.3V

10000nF

C112

C154

6.3V

10000nF

C60

C155

6.3V

10000nF

C59

C115

6.3V

10000nF

C118

6.3V

10000nF

C114

6.3V

10000nF

C117

6.3V

10000nF

C116

6.3V

10000nF

C170

6.3V

10000nF

C153

6.3V

10000nF

C169

6.3V

10000nF

C172

6.3V

10000nF

B

6.3V

6.3V

10000nF

6.3V
10000nF

10000nF

6.3V

6.3V

10000nF

6.3V

10000nF

6.3V

10000nF

10000nF

6.3V

6.3V

10000nF

6.3V

10000nF

6.3V

10000nF

6.3V

10000nF

10000nF

6.3V

10000nF

6.3V

10000nF

6.3V

10000nF

A2

VSS1

A5

VSS2

A8

VSS3

A11

VSS4

A14

VSS5

A17

VSS6

A20

VSS7

A23

VSS8

A26

VSS9

B3

VSS10

B6

B9
B12
B16
B19
B22
B25

C1

C4

C7

C10
C13
C15
C18
C21
C24

D2

D5

D7

D9

D11
D13
D15
D17
D19
D21
D23
D26

E3

E6

E8
E10
E12
E14
E16
E18
E20
E22
E25

F11
F13
F15
F17
F19
F21
F24

G2

G6

G22

VCC_CORE VCC_CORE

VSS11
VSS12
VSS13
VSS14
VSS15
VSS16
VSS17
VSS18
VSS19
VSS20
VSS21
VSS22
VSS23
VSS24
VSS25
VSS26
VSS27
VSS28
VSS29
VSS30
VSS31
VSS32
VSS33
VSS34
VSS35
VSS36
VSS37
VSS38
VSS39
VSS40
VSS41
VSS42
VSS43
VSS44
VSS45
VSS46
VSS47
VSS48
VSS49

F1

VSS50

F4

VSS51

F5

VSS52

F7

VSS53

F9

VSS54
VSS55
VSS56
VSS57
VSS58
VSS59
VSS60
VSS61
VSS62
VSS63
VSS64

VCCP

AD1

AD4

VSS161

VSS129

AA6

AA8

AD15

AD17

AD19

AD7

AD9

AD11

AD13

VSS167

VSS168

VSS162

VSS130

VSS169

VSS163

VSS164

VSS165

VSS166

CPU600-4
DOTHAN_YONAH

4 / 4

D6

VCC1

D8

VCC2

D18

VCC3

D20

VCC4

D22

VCC5

E5

VCC6

E7

VCC7

E9

VCC8

E17

VCC9

E19

VCC10

E21

VCC11

F6

VCC12

F8

VCC13

F18

VCC14

F20

VCC15

F22

VCC16

G5

VCC17

G21

VCC18

H6

VCC19

H22

VCC20

J5

VCC21

J21

VCC22

K22

VCC23

U5

VCC24

V6

VCC25

V22

VCC26

W5

VCC27

W21

VCC28

Y6

VCC29

Y22

VCC30

AA5

VCC31

AA7

VCC32

AA9

VCC33

AA11

VCC34

AA13

VCC35

AA15

VCC36

VSS131

VSS132

VSS133

VSS134

VSS135

VSS136

VSS137

AA10

AA12

AA14

AA16

AA18

AA20

AA22

AD22

AD25

VSS170

VSS138

AB3

AA25

AE3

AE6

VSS171

VSS172

VSS140

VSS139

AB5

AB7

AE8

VSS173

VSS174

VSS141

VSS142

AB9

AE10

VSS175

VSS143

AB11

AE12

AE14

VSS176

VSS144

AB13

AB15

AE16

AE18

VSS177

VSS178

VSS145

VSS146

AB17

AB19

AE23

AE20

VSS179

VSS180

VSS147

VSS148

AB21

AB23

AE26

AF2

VSS181

VSS182

VCC37
VCC38
VCC39
VCC40
VCC41
VCC42
VCC43
VCC44
VCC45
VCC46
VCC47
VCC48
VCC49
VCC50
VCC51
VCC52
VCC53
VCC54
VCC55
VCC56
VCC57
VCC58
VCC59
VCC60
VCC61
VCC62
VCC63
VCC64
VCC65
VCC66
VCC67
VCC68
VCC69
VCC70
VCC71
VCC72

VSS149

VSS150

AC2

AB26

AF5

AF9

VSS183

VSS184

VSS152

VSS151

AC5

AC8

AF11

AF13

VSS185

VSS186

AA17
AA19
AA21
AB6
AB8
AB10
AB12
AB14
AB16
AB18
AB20
AB22
AC9
AC11
AC13
AC15
AC17
AC19
AD8
AD10
AD12
AD14
AD16
AD18
AE9
AE11
AE13
AE15
AE17
AE19
AF8
AF10
AF12
AF14
AF16
AF18

VSS153

VSS154

AC10

AC12

AF15

AF17

VSS187

VSS188

VSS155

VSS156

AC14

AC16

AF19

AF21

VSS189

VSS190

VSS157

VSS158

AC18

AC21

AF24

VSS191

VSS192

VSS159

VSS160

AC24

VSS65
VSS66
VSS67
VSS68
VSS69
VSS70
VSS71
VSS72
VSS73
VSS74
VSS75
VSS76
VSS77
VSS78
VSS79
VSS80
VSS81
VSS82
VSS83
VSS84
VSS85
VSS86
VSS87
VSS88
VSS89
VSS90
VSS91
VSS92
VSS93
VSS94
VSS95
VSS96
VSS97
VSS98

VSS99
VSS100
VSS101
VSS102
VSS103
VSS104
VSS105
VSS106
VSS107
VSS108
VSS109
VSS110
VSS111
VSS112
VSS113
VSS114
VSS115
VSS116
VSS117
VSS118
VSS119
VSS120
VSS121
VSS122
VSS123
VSS124
VSS125
VSS126
VSS127
VSS128

G23
G26
H3
H5
H21
H25
J1
J4
J6
J22
J24
K2
K5
K21
K23
K26
L3
L6
L22
L25
M1
M4
M5
M21
M24
N3
N6
N22
N23
N26
P2
P5
P21
P24
R1
R4
R6
R22
R25
T3
T5
T21
T23
T26
U2
U6
U22
U24
V1
V4
V5
V21
V25
W3
W6
W22
W23
W26
Y2
Y5
Y21
Y24
AA1
AA4

DD

C

B

EC9
220uF

4V
AL

C157

100nF
16V

C120

100nF
16V

C159

100nF

4 1

100nF
16V16V

C161C122

100nF
16V

100nF
16V 16V

C119C123

100nF

C158

100nF
16V

3

C121

100nF

C160

100nF
16V16V

2

SAMSUNG

ELECTRONICS

AA

SAMSUNG PROPRIETARY

THIS DOCUMENT CONTAINS CONFIDENTIAL

PROPRIETARY INFORMATION THAT IS

SAMSUNG ELECTRONICS CO’S PROPERTY.

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERS

EXCEPT AS AUTHORIZED BY SAMSUNG.

4

D

Q634
RHU002N06

KBC3_SBPWRGD

36-C428-A423-D3

C

PLACE NEAR TO DDR2 SODIMM

B

VCCP

R792

56
1%

CPU1_THRMTRIP*

A

CPU1_THRMTRIP*

10-C3 55-B3

VCCP

R122

2K
1%

TP1170

55-B310-C3

P3.3V_AUX

1

P3.3V_AUX

R787

100K
1%

TP1168

D

3

G

1

S

2

KBC5_CAL_THRM*

VCCP

R791

2K
1%

TP1152

R123

10K
1%

55-C2

3

Q26
MMBT3904

2

KBC3_RSMRST*

KBC3_CHKPWRSW*

CPU3_THRMTRIP*

THRM_ALERT*

P3.3V_AUX

R786

10K
1%

3

Q633

1

MMBT3904

2

23-D3

P5V

R785

10K

1%

55-A3

36-D4

12-C455-A3

CHP3_SBTHRMTRIP*

P3.3V_AUX

10K

1%

R788

36-C223-A4

36-B1

41-C1 48-D3 55-D4

55-A312-B4

36-D136-C4

P5V_AUX

ERTJ1VG103FA

TH1

TP1163

G

1

CPU3_THRMTRIP*

P3.3V_AUX

D

S

MICOM_P3V

R789

10K
1%

TP1161

R803

2K
1%

C803

2.2nF

12

3

Q632
RHU002N06

2

CPU1_PROCHOT*

CPU / DDR2 Thermal Sensor

MICOM_P3V

P3.3V_AUX

P3.3V_AUX

U612

49.9
1%

U613

C805

100nF

U611
EMC6N300

10

+RTC_PWR3V

5

+3V_PWROK*

11

VSUS_PWRGD

21

POWER_SW*

6

THERMTRIP1*

7

THERMTRIP2*

8

THERMTRIP3*

13

SMBADDRSEL

14

HW_LOCK*12INTRUDER*

9

ATF_INT*

23

VCP

1209-001531

REM_DIOD2_N
REM_DIOD2_P
REM_DIOD1_N
REM_DIOD1_P

THERMTRIP_SIO

THERM_STP*

THDAT_SMB

+3VSUS

VSET

THCLK_SMB

RESERVED

VSS

4
22

1
2

17
18
19
20

15
16
24
3

Vset = (Tp-75)/16 Where Tp=75 to 106 degree C

Set Trip point = 105degreeC
Vset = (105-75)/16 = 1.875V

Guardian Temp-torelance = +/- 3 degree C

TH1:

Panasonic 1% 0603 10K ohm @ 25 degree C.P/N: ERTJ1VG103FA
Mitsubishi 1% 0603 10K ohm @ 25 degree C.P/N: TH11-3H103FT

VCP voltage = 5V * TH1/(TH1+2.21K)

When TH1 is 10Kohm, VCP is 4.1V.

If TH1 is 1Kohm, VCP is 1.56V.

VCCP

R707

75

10-D3

1%

55-B3

R710

TP1153

475
1%

10K

1%

10V

TP1158

C782

2.2nF

PLACE THIS AT THE OPPSITE SIDE OF CPU

P3.3V

R708

10K

3

1

2

1%

23-D336-B2 23-C1

Q625
MMBT3904LT1G

R709

1.5K
1%

TP1154

3

1

2

Q626
MMBT3904LT1G

R806

10K
1%

C781

2.2nF

55-C3 13-A3

NO_STUFF

R807

10K
1%

55-C2
55-C2 36-A2

55-D3 10-C3

13-B355-C3

43-B1 36-B2

CPU3_ALERT*

NO_STUFF
NO_STUFF
NO_STUFF
NO_STUFF

23

36-C2
10-C355-D3

MCH2_THERMDC

MCH2_THERMDA

KBC3_FANCTRL

KBC3_THERM_SMDATA
KBC3_THERM_SMCLK
CPU2_THERMDC

CPU2_THERMDA

THERM_STP*

36-D2

1

Refer To Thermal Sensor Layout Guidelines.

- Place the Thermal Sensor close to a remote diode.

- Keep traces away from high voltage (+12V bus)

- Keep traces away from fast data buses and CRT signal.

- Use recommended trace widths and spacings (10mil)

- Place a ground plane under the traces.

- Use guard traces flanking DXP and DXN and connecting to GND

P3.3V_AUX

R805

30.1K
1%

R804

C804

30K

2.2nF

5%

TP1162

R802

10K
1%

FAN Control Logic

P5V

R647

R646

100K

1%

Line Width = 20 mil

C637

D604

10000nF

21

6.3V

Q609
SI3456DV

4

S

D1
D2

3

FAN3_FDBACK*

D3
D4G

TP1160

1%

100

MBR0540T1

L600

TP1169

1
2
5
6

10uH

P3.3V

U601

55-D336-B2

10K

1%

D603

MMBD4148

13

TP1155

TP1159

J604
HDR-4P-1R-SMD

1
2
3
4

3711-000456

SAMSUNG

ELECTRONICS

D

C

B

A

4

3

2

1

SAMSUNG PROPRIETARY

THIS DOCUMENT CONTAINS CONFIDENTIAL

PROPRIETARY INFORMATION THAT IS

SAMSUNG ELECTRONICS CO’S PROPERTY.

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERS

EXCEPT AS AUTHORIZED BY SAMSUNG.

4

D

C

CHP3_SUSSTAT*

B

M4

RMNT-30-50-1P

M3

RMNT-30-50-1P

A

CHP3_NBRST*

P3.3V_AUX

23-D3 36-A2 37-C2

20-C1

VCCP

R83

49.9
1%

R82

C57

100

1000nF

1%

6.3V

PLACE CLOSE TO NB
USE 10/10MIL WIDTH/SPACE

R716

4.7K

BAT54A

D611

12

C109

220pF

P1.8V_AUX

3

3

CPU1_A*(31:3)

CPU1_REQ*(4:0)

CPU1_ADSTB0*

CPU1_ADSTB1*

CPU1_ADS*
CPU1_BNR*

CPU1_BPRI*

CPU1_DEFER*

CPU1_DRDY*

CPU1_DBSY*

CPU1_DPWR*

CPU1_LOCK*
CPU1_TRDY*

CPU1_HITM*

CPU1_HIT*
CPU1_RS0*
CPU1_RS1*
CPU1_RS2*

R112

CPU1_BREQ*

27K

CPU1_CPURST*

NO_STUFF

KBC3_NBPWRGD

R95

330K

P1.8V

B14
HH-1M1608-600JT

C98

1000nF

6.3V

Place THERMDA and THERMDC as differential pair

9-C4 9-D4

9-C4

9-C4

9-B4

9-D3 54-B3

9-C3 55-D4

9-C3 54-C2

9-C3 54-C2
9-C3 54-C2
9-C3 54-C2
9-C3 54-B3
9-C3 54-B3

9-C3 54-B3

9-C3 55-B4

16-B1 36-B2

VCCP

MCH2_THERMDA
MCH2_THERMDC

2

1

U609-1

R53

4.7K

RC410MB

G28

CPU_A3*

H26

CPU_A4*

G27

CPU_A5*

G30

CPU_A6*

G29

CPU_A7*

G26

CPU_A8*

H28

CPU_A9*

J28

CPU_A10*

H25

CPU_A11*

K28

CPU_A12*

H29

CPU_A13*

J29

CPU_A14*

K24

CPU_A15*

K25

CPU_A16*

F29

CPU_REQ0*

G25

CPU_REQ1*

F26

CPU_REQ2*

F28

CPU_REQ3*

E29

CPU_REQ4*

H27

CPU_ADSTB0*

M28

CPU_A17*

K29

CPU_A18*

K30

CPU_A19*

J26

CPU_A20*

L28

CPU_A21*

L29

CPU_A22*

M30

CPU_A23*

K27

CPU_A24*

M29

CPU_A25*

K26

CPU_A26*

N28

CPU_A27*

L26

CPU_A28*

N25

CPU_A29*

L25

CPU_A30*

N24

CPU_A31*

L27

CPU_ADSTB1*

F25

CPU_ADS*

F24

CPU_BNR*

E23

CPU_BPRI*

E25

CPU_DEFER*

G24

CPU_DRDY*

F23

CPU_DBSY*

G22

CPU_DPWR*

E27

CPU_LOCK*

F22

CPU_TRDY*

E24

CPU_HITM*

D26

CPU_HIT*

E26

CPU_RS0*

G23

CPU_RS1*

D23

CPU_RS2*

D25

RESERVED0

C11

CPU_CPURSET*

E11

RESERVED1

AH14

SUS_STAT*

A3

SYSRESET*

E3

POWERGOOD

B11

CPU_COMP_P

D11

CPU_COMP_N

H21

CPVDD

H20

CPVSS

H22

CPU_VREF

AH13

THERMALDIODE_P

AJ13

THERMALDIODE_N

C4

TESTMODE

1 / 5

CPU_D0*
CPU_D1*
CPU_D2*
CPU_D3*
CPU_D4*
CPU_D5*
CPU_D6*
CPU_D7*
CPU_D8*

CPU_D9*
CPU_D10*
CPU_D11*
CPU_D12*
CPU_D13*
CPU_D14*
CPU_D15*

CPU_DBI0*

CPU_DSTB0N*

CPU_DSTB0P*

CPU_D16*
CPU_D17*
CPU_D18*
CPU_D19*
CPU_D20*
CPU_D21*
CPU_D22*
CPU_D23*
CPU_D24*
CPU_D25*
CPU_D26*
CPU_D27*
CPU_D28*
CPU_D29*
CPU_D30*
CPU_D31*

CPU_DBI1*

CPU_DSTB1N*

CPU_DSTB1P*

CPU_D32*
CPU_D33*
CPU_D34*
CPU_D35*
CPU_D36*
CPU_D37*
CPU_D38*
CPU_D39*
CPU_D40*
CPU_D41*
CPU_D42*
CPU_D43*
CPU_D44*
CPU_D45*
CPU_D46*
CPU_D47*

CPU_DBI2*

CPU_DSTB2N*

CPU_DSTB2P*

CPU_D48*
CPU_D49*
CPU_D50*
CPU_D51*
CPU_D52*
CPU_D53*
CPU_D54*
CPU_D55*
CPU_D56*
CPU_D57*
CPU_D58*
CPU_D59*
CPU_D60*
CPU_D61*
CPU_D62*
CPU_D63*

CPU_DBI3*

CPU_DSTB3N*

CPU_DSTB3P*

E28
D28
D29
C29
D30
C30
B29
C28
C26
B25
B27
C25
A27
C24
A24
B26
C27
A28
B28

C19
C23
C20
C22
B22
B23
C21
B24
E21
B21
B20
G19
F21
B19
E20
D21
A21
D22
E22

C18
F19
E19
A18
D19
B18
C17
B17
E17
B16
C15
A15
B15
F16
G18
F18
C16
D18
E18

E16
D16
C14
B14
E15
D15
C13
E14
F13
B13
A12
C12
E12
D13
D12
B12
E13
F15
G15

0
1
2
3
4
5
6
7
8

9
10
11
12
1316
14
15

16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31

32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47

48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63

3
4
5
6
7
8
9
10
11
12
13
14
15

0
1
2
3
4

17
18
19
20
21
22
23
24
25
26
27
28
29
30
31

54-B39-C3
54-D29-C3

54-C29-C3

54-C210-D3

54-B39-C3

54-D29-C3

49.9

12-C2 55-C3

55-C312-C2

1%

24.9 1%

R60
R61

9-C29-D19-D2 9-C1

9-C2
9-C2
9-C2

9-B2
9-B2
9-B2

9-C1
9-C1
9-C1

9-B1
9-B1
9-B1

CPU1_D*(63:0)

CPU1_DBI0*
CPU1_DSTBN0*
CPU1_DSTBP0*

CPU1_DBI1*
CPU1_DSTBN1*
CPU1_DSTBP1*

CPU1_DBI2*
CPU1_DSTBN2*
CPU1_DSTBP2*

CPU1_DBI3*
CPU1_DSTBN3*
CPU1_DSTBP3*

D

C

B

A

SAMSUNG

ELECTRONICS

4

3

2

1

SAMSUNG PROPRIETARY

THIS DOCUMENT CONTAINS CONFIDENTIAL

PROPRIETARY INFORMATION THAT IS

SAMSUNG ELECTRONICS CO’S PROPERTY.

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERS

EXCEPT AS AUTHORIZED BY SAMSUNG.

34

2

1

D

J5

GFX_RX0P

J4

GFX_RX0N

K4

GFX_RX1P

L4

GFX_RX1N

L6

GFX_RX2P

L5

GFX_RX2N

M5

GFX_RX3P

M4

GFX_RX3N

N4

GFX_RX4P

P4

GFX_RX4N

P6

GFX_RX5P

P5

GFX_RX5N

R5

GFX_RX6P

R4

GFX_RX6N

T4

GFX_RX7P

T3

GFX_RX7N

U6

GFX_RX8P

U5

GFX_RX8N

V5

GFX_RX9P

V4

GFX_RX9N

W4

GFX_RX10P

C

38-D3
38-D3

20-D3
20-D3
20-D3
20-D3

8-C1
8-C1

30-C3
30-C3

PEX1_EXPRXN4

P3.3V

R81

4.7K

R80

4.7K

PEX1_LANRXP1
PEX1_LANRXN1

PEX1_ARX0P
PEX1_ARX0N
PEX1_ARX1P
PEX1_ARX1N

CLK1_PCIEICH

CLK1_PCIEICH*CPU1_BSEL2

VCCP

NO_STUFF

For FSB SEL

B

CHP3_BMREQ*

MMBT3904

Q21

20-A4

R42

4.7K

For 400MHz

1

54-D210-D110-C38-B1

32

54-A2

NO_STUFF

For 533MHz

W3

GFX_RX10N

Y6

GFX_RX11P

Y5

GFX_RX11N

AA5

GFX_RX12P

AA4

GFX_RX12N

AB4

GFX_RX13P

AB3

GFX_RX13N

AC6

GFX_RX14P

AC5

GFX_RX14N

AD5

GFX_RX15P

AD4

GFX_RX15N

AF8

GPP_RX0P_SB_RX2P

AG8

GPP_RX0N_SB_RX2N

AG6

GPP_RX1P_SB_RX3P

AG7

GPP_RX1N_SB_RX3N

AK7

GPP_RX2P

AJ7

GPP_RX2N

AG4

GPP_RX3P

AH4

GPP_RX3N

AG9

SB_RX0P

AG10

SB_RX0N

AE9

SB_RX1P

AF10

SB_RX1N

K2

SB_CLKP

L2

SB_CLKN

M2

GFX_CLKP

M1

GFX_CLKN

H2

BMREQ*

U609-2

RC410MB

2 / 5

GPP_TX0P_SB_TX2P
GPP_TX0N_SB_TX2N

GPP_TX1P_SB_TX3P

GPP_TX1N_SB_TX3N

GFX_TX0P
GFX_TX0N
GFX_TX1P
GFX_TX1N
GFX_TX2P
GFX_TX2N
GFX_TX3P
GFX_TX3N
GFX_TX4P
GFX_TX4N
GFX_TX5P
GFX_TX5N
GFX_TX6P
GFX_TX6N
GFX_TX7P
GFX_TX7N
GFX_TX8P
GFX_TX8N
GFX_TX9P

GFX_TX9N
GFX_TX10P
GFX_TX10N
GFX_TX11P
GFX_TX11N
GFX_TX12P
GFX_TX12N
GFX_TX13P
GFX_TX13N
GFX_TX14P
GFX_TX14N
GFX_TX15P
GFX_TX15N

GPP_TX2P

GPP_TX2N

GPP_TX3P

GPP_TX3N

SB_TX0P
SB_TX0N
SB_TX1P
SB_TX1N

PCE_TXSET

PCE_ISET
PCE_PCAL
PCE_NCAL

N1
N2
P2
R2
R1
T1
T2
U2
V2
V1
W1
W2
Y2
AA2
AA1
AB1
AB2
AC2
AD2
AD1
AE1
AE2
AF2
AG2
AG1
AH1
AH2
AJ2
AJ3
AJ4
AK4
AJ5

AJ8
AJ9
AE6
AF6

AJ6
AK6
AE4
AF4

AJ10
AJ11
AK9
AK10

AK13
AJ12
AH12
AG12

NO_STUFF
NO_STUFF

C130
C129

C165
C166

C715
C716
C713
C714

R110
R109
R108

R94

100nF
100nF

100nF

10V100nF

PEX1_EXPTXP4PEX1_EXPRXP4

30-C3

10V100nF

PEX1_EXPTXN4

30-C3

10V

PEX1_LANTXP1

38-D3

10V

PEX1_LANTXN1

38-D3

10V100nF

PEX1_ATX0P

20-D3

10V

PEX1_ATX0N

20-D3

10V100nF

PEX1_ATX1P

20-D3

10V100nF

PEX1_ATX1N

20-D3

10K

1%

10K

1%
150
100

P1.2V

1%

1%

D

C

B

A

SAMSUNG

ELECTRONICS

4 3

2

1

A

SAMSUNG PROPRIETARY

THIS DOCUMENT CONTAINS CONFIDENTIAL

PROPRIETARY INFORMATION THAT IS

SAMSUNG ELECTRONICS CO’S PROPERTY.

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERS

EXCEPT AS AUTHORIZED BY SAMSUNG.

4

D

C

B

A

MEM1_AMA(14:0)

MEM1_ADM(7:0)

MEM1_ARAS*
MEM1_ACAS*

MEM1_AWE*

MEM1_ADQS(7:0)

MEM1_ADQS*(7:0)

CLK1_MCLK0*

CLK1_MCLK0

CLK1_MCLK1*

CLK1_MCLK1

CLK1_MCLK3*

CLK1_MCLK3

CLK1_MCLK4*

CLK1_MCLK4

MEM1_CKE0
MEM1_CKE1
MEM1_CKE2
MEM1_CKE3

MEM1_CS0*
MEM1_CS1*
MEM1_CS2*
MEM1_CS3*

MEM1_ODT0
MEM1_ODT1
MEM1_ODT2
MEM1_ODT3

18-D2 18-D4 19-D3

MEM1_ABS0
MEM1_ABS1
MEM1_ABS2

18-B2 18-B4

18-C2 18-C4 19-C4 54-B2

18-A2 18-A4

18-C4
18-C4
18-C4
18-C4

18-C2
18-C2
18-C2
18-C2

18-C4 19-D4

18-C2 19-D4

18-C4 19-D4

18-C2 19-D4

18-B2 19-C4
18-B4 19-C4

54-B219-C418-B418-B2

19-C418-B418-B2

18-B418-B2

19-D418-C4
19-D418-C2

19-D418-C4
19-D418-C2

19-C418-B4

19-C418-B2

3

0
1
2
3
4
5
6
7
8
9
10
11
12
13
14

18-C2 18-C4 19-C4

18-C2 18-C4 19-C4

0
1
2 21
3
4
5
6
7

0
1

3
4
5
6
7

0
1
2 44
3
4
5
6
7

AK27

MEM_A0

AJ27

MEM_A1

AH26

MEM_A2

AJ26

MEM_A3

AH25

MEM_A4

AJ25

MEM_A5

AH24

MEM_A6

AH23

MEM_A7

AJ24

MEM_A8

AJ23

MEM_A9

AH27

MEM_A10

AH22

MEM_A11

AJ22

MEM_A12

AF28

MEM_A13

AJ21

MEM_A14

AG27

MEM_A15

AJ28

MEM_A16

19-C418-C418-C2

AH21

MEM_A17

AJ17

MEM_DM0

AG15

MEM_DM1

AE20

MEM_DM2

AF25

MEM_DM3

Y27

MEM_DM4

AB28

MEM_DM5

R26

MEM_DM6

R28

MEM_DM7

AJ29

MEM_RAS*

AG28

MEM_CAS*

AH30

MEM_WE*

AJ18

MEM_DQS0P

AE14

MEM_DQS1P

AF22

MEM_DQS2P

AE25

MEM_DQS3P

W27

MEM_DQS4P

AB29

MEM_DQS5P

P25

MEM_DQS6P

R29

MEM_DQS7P

AH17

MEM_DQS0N

AF15

MEM_DQS1N

AE22

MEM_DQS2N

AF26

MEM_DQS3N

W26

MEM_DQS4N

AB30

MEM_DQS5N

R25

MEM_DQS6N

R30

MEM_DQS7N

AC26

MEM_CK0N

AC25

MEM_CK0P

AF16

MEM_CK1N

AE16

MEM_CK1P

V29

MEM_CK2N

V30

MEM_CK2P

AC24

MEM_CK3N

AC23

MEM_CK3P

AG17

MEM_CK4N

AF17

MEM_CK4P

W29

MEM_CK5N

W28

MEM_CK5P

AH20

MEM_CKE0

AJ20

MEM_CKE1

AE24

MEM_CKE2

AE21

MEM_CKE3

AH29

MEM_CS0*

AG29

MEM_CS1*

AH28

MEM_CS2*

AF29

MEM_CS3*

AG30

MEM_ODT0

AE28

MEM_ODT1

AC30

MEM_ODT2

Y30

MEM_ODT3

U609-3

3 / 5

RC410MB

MEM_COMPN

MEM_COMPP

MEM_VMODE

MEM_DQ0
MEM_DQ1
MEM_DQ2
MEM_DQ3
MEM_DQ4
MEM_DQ5
MEM_DQ6
MEM_DQ7
MEM_DQ8

MEM_DQ9
MEM_DQ10
MEM_DQ11
MEM_DQ12
MEM_DQ13
MEM_DQ14
MEM_DQ15
MEM_DQ16
MEM_DQ17
MEM_DQ18
MEM_DQ19
MEM_DQ20
MEM_DQ21
MEM_DQ22
MEM_DQ23
MEM_DQ24
MEM_DQ25
MEM_DQ26
MEM_DQ27
MEM_DQ28
MEM_DQ29
MEM_DQ30
MEM_DQ31
MEM_DQ32
MEM_DQ33
MEM_DQ34
MEM_DQ35
MEM_DQ36
MEM_DQ37
MEM_DQ38
MEM_DQ39
MEM_DQ40
MEM_DQ41
MEM_DQ42
MEM_DQ43
MEM_DQ44
MEM_DQ45
MEM_DQ46
MEM_DQ47
MEM_DQ48
MEM_DQ49
MEM_DQ50
MEM_DQ51
MEM_DQ52
MEM_DQ53
MEM_DQ54
MEM_DQ55
MEM_DQ56
MEM_DQ57
MEM_DQ58
MEM_DQ59
MEM_DQ60
MEM_DQ61
MEM_DQ62
MEM_DQ63

MEM_CAP2
MEM_CAP1
MEM_VREF

MPVDD
MPVSS

AJ16
AH16
AJ19
AH19
AH15
AK16
AH18
AK19
AF13
AF14
AE19
AF19
AE13
AG13
AF18
AE17
AF20
AF21
AG23
AF24
AG19
AG20
AG22
AF23
AD25
AG25
AE27
AD27
AE23
AD24
AE26
AD26
AA25
Y26
W24
U25
AA26
Y25
V26
W25
AC28
AC29
AA29
Y29
AD30
AD29
AA30
Y28
U27
T27
N26
M27
U26
T26
P27
P26
U29
T29
P29
N29
U28
T28
P28
N27

AE29
AJ15

N30
AJ14
AB27
AD28
AB26

AA27

R111

2

R99

R98

HH-1M1608-600JT

61.9

61.9

0
1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20

22
23
24
25
26
27
28
29
30
31
32
33
34
352
36
37
38
39
40
41
42
43

45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63

P1.8V_AUX

1%
1%

P1.8V_AUX

1%

1K

P1.8V

B617

C150

1000nF

6.3V

18-D218-D4

P1.8V_AUX

C151

100nF
10V

C152

100nF
10V

MEM1_ADQ(63:0)

R97

1K
1%

R100

1K
1%

NO_STUFF

R96

POWER FOR PLL

1

D

C

B

MEM1_VREF

0

A

SAMSUNG

ELECTRONICS

4

3 1

2

4

SAMSUNG PROPRIETARY

SAMSUNG PROPRIETARY

THIS DOCUMENT CONTAINS CONFIDENTIAL

THIS DOCUMENT CONTAINS CONFIDENTIAL

PROPRIETARY INFORMATION THAT IS

PROPRIETARY INFORMATION THAT IS

SAMSUNG ELECTRONICS CO’S PROPERTY.

SAMSUNG ELECTRONICS CO’S PROPERTY.

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERS

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERS

EXCEPT AS AUTHORIZED BY SAMSUNG.

EXCEPT AS AUTHORIZED BY SAMSUNG.

Put the AVDD,AVDDI,AVDDQ,PLVDD

D

decoupling CAPS on the botom side close to BALLS

C

C

4 2

RESET resistor R715 need 10mil trace with at lest

10mils spacing at AVSSQ HF cap

CRT3_RED

CRT3_GREEN

CRT3_BLUE

B

B

27-D4
27-C4

R29

R31

150

150
1%

1%

AVDDQ

AVSSQ

PLLVDD

PLLVSS

R28

150
1%

SMB3_CLK

SMB3_DATA

C54

100nF
10V

C78

100nF
10V

VGA3_VSYNC

VGA3_HSYNC

CLK3_NB14M
CLK0_HCLK1

CLK0_HCLK1*

AVDD_NB

C55

1000nF

6.3V

AVSSN

P1.8V

C53

100nF
10V

AVSSDI

CLOSE TO CRT CONN

16-D1 26-A4 54-C2

54-C226-A416-C1

PLLVSS

54-B28-B1

8-C1
8-C1

23-C318-B418-B28-B3 23-D4 30-C3 38-B2 54-C3

0

R728

0

R729

NO_STUFF

NO_STUFF

R59

R56

10K
1%

3

3

P3.3V

B13

C52

C51

HH-1M1608-600JT

1000nF

100nF
10V

6.3V

U609-4

RC410MB

G4

VDDR3_1

G5

VDDR3_2

C9

AVDD

C10

AVSSN

D8

AVDDDI

C8

AVSSDI

B8

AVDDQ

B9

AVSSQ

H10

PLLVDD

H9

PLLVSS

J2

TMDS_HPD

H3

DDC_DATA

B3

DACVSYNC

C3

715
1%

DACHSYNC

B10

RSET

F10

RED

E10

GREEN

D10

BLUE

G1

OSCIN

J1

CPU_CLKP

K1

CPU_CLKN

G2

TVCLKIN

F1

OSCOUT

D2

I2C_CLK

54-B238-B230-D323-C48-B3 18-B2 18-B4 23-C3

C1

I2C_DATA

4 / 5

TXOUT_U0N

TXOUT_U0P

TXOUT_U1N

TXOUT_U1P

TXOUT_U2N

TXOUT_U2P

TXOUT_U3N

TXOUT_U3P
TXOUT_L0N
TXOUT_L1N
TXOUT_L2N
TXOUT_L3N

LVDDR18A_1
LVDDR18A_2

LVDS_DIGON

LVDS_BLON
LVDS_BLEN

STRP_DATA

TXOUT_L0P
TXOUT_L1P
TXOUT_L2P
TXOUT_L3P

LPVDD

LPVSS

LVSSR_1
LVSSR_2
LVSSR_3

LVDDR18D

TXCLK_UP
TXCLK_UN

TXCLK_LP
TXCLK_LN

COMP

DACSCL

DACSDA

B4
A4
B5
C6
B6
A6
B7
A7

E5
F5
D5
C5
E6
D6
E7
E8

J8
J7
H7

H8
G7

G8
G9

C7
E2

G3
F2

F8
F7
F6
G6

D9

C

F9

Y

E9
B2

C2
D1

R52

0

55-C3 26-C4

26-C455-C4

55-C3 26-C4

26-C455-C4

55-C3 26-C4

26-C455-C4

26-D227-D4

54-B2
55-B3 26-A2
55-C4 36-B4

54-D2 26-C4
54-B2 26-C4

55-D4 27-A2

27-B2

2

LCD1_ADATA0*
LCD1_ADATA0
LCD1_ADATA1*
LCD1_ADATA1
LCD1_ADATA2*
LCD1_ADATA2

LCD3_VDDEN
LCD3_BKLTCTRL
LCD3_BKLTEN

LCD1_ACLK
LCD1_ACLK*

CRT3_DDCCLK
CRT3_DDCDATA

P3.3V

R730

4.7K

R46

150
1%

VGA3_VSYNC

VGA3_HSYNC

BC7

100nF
10V

R47

R48

150

150

1%

1%

NO_STUFF

For 400MHz

BC10

100nF
10V

BC11

100nF
10V

P3.3V

R57

4.7K

54-C226-A416-C4

P3.3V

R45

4.7K

16-C4 26-A4 54-C2

R44

4.7K

BC606

BC605

1000nF

10000nF

6.3V

10V

LPVSS

BC8

BC604

1000nF

10000nF

6.3V

10V

LVSSR

TVO3_C

27-C2

TVO3_Y

27-D2

TVO3_COMP

27-C2

3

10K

1

10K

Q24

2

KSR1102

1

1

VCCP

FOR FSB AUTO SEL

R43

4.7K

1

54-D2 10-D1 10-C3 8-B1

32

MMBT3904
Q22

P1.8V

B614

HH-1M1608-600JT

P1.8V

B12

HH-1M1608-600JT

BC9

1000nF

6.3V

LVSSR

P3.3V

U8

5

7SZ14

24

+

-

3

NO_STUFF

CPU1_BSEL1

13-B336-B2

KBC3_SBPWRGD

D

D

CC

B

B

0

R62

B10

AVDD_NB

AVSSN

4

4

C43

10000nF
10V

P1.8V

B11

HH-1M1608-600JT

AVSSQ

C42

10000nF
10V

P1.8V

B612

HH-1M1608-600JT

PLLVDDAVDDQ

C687

10000nF
10V

PLLVSS

3

3

R712

P3.3V

HH-1M1608-600JT

A

A

R58

AVSSN

0

AVSSQ

0

AVSSDI

R711

R732

R744

0

PLLVSS

0

LVSSR

0

LPVSS

R731

4.7K

NO_STUFF

A

A

SAMSUNG

ELECTRONICS

2

2

1D1

SAMSUNG PROPRIETARY

THIS DOCUMENT CONTAINS CONFIDENTIAL

PROPRIETARY INFORMATION THAT IS

SAMSUNG ELECTRONICS CO’S PROPERTY.

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERS

EXCEPT AS AUTHORIZED BY SAMSUNG.

4

3

2

1

D

3

P1.8V_AUX

C148

C139

1000nF1000nF

6.3V6.3V

6.3V

C145

C108

1000nF

1000nF1000nF

6.3V

6.3V

C137

C143

1000nF

1000nF

6.3V

6.3V

C103

C102

1000nF

1000nF

6.3V6.3V

C106

C107

1000nF1000nF

6.3V

6.3V

C99

C105

1000nF

1000nF1000nF

6.3V

6.3V

2

B15
MMZ1608S121AT

VCCP

P1.8V

VCC_NB

M13

VDD_CORE_1

M15

VDD_CORE_2

M17

C95

6.3V

C100

22000nF

6.3V

C86

100nF22000nF
10V

C90

10V

C88

100nF
10V 10V

C136

100nF

C92

10V

C138

100nF100nF
10V

C96

100nF

C142

100nF
10V10V

100nF100nF
10V

C84

100nF
10V

C82

100nF
10V

C140

100nF
10V

C94

100nF
10V

C87

100nF
10V

C83

100nF
10V

C97

100nF
10V

C91

C

P1.8V

B16
MMZ1608S121AT

C134

C131

C132

C135

1000nF

6.3V

P1.2V

B

C66

22000nF

C70

1000nF

6.3V

C71

1000nF

6.3V

1000nF

1000nF

1000nF

6.3V

6.3V6.3V

C74

C76

1000nF 1000nF

6.3V6.3V 6.3V

C67

C77

1000nF1000nF

6.3V

6.3V

C69

C68

1000nF

1000nF

6.3V

6.3V

C73

1000nF

6.3V

C72

1000nF

6.3V

C75

1000nF

6.3V

M19

N12
N14
N16
N18
P13
P15
P17
P19
R12
R14
R16
R18
T13
T15
T17
T19
U12
U14
U16
U18
V13
V15
V17

V19
W12
W14
W16
W18

AB8

AC10

AC9

AD10
AE11
AF11
AG11

AB7
AC7
AC8
AD9

U7
U8
Y7
Y8

H4
H5

J6

K6

L7

L8
M7
M8
P7
P8

T7

T8
W7
W8

VDD_CORE_3
VDD_CORE_4
VDD_CORE_5
VDD_CORE_6
VDD_CORE_7
VDD_CORE_8
VDD_CORE_9
VDD_CORE_10
VDD_CORE_11
VDD_CORE_12
VDD_CORE_13
VDD_CORE_14
VDD_CORE_15
VDD_CORE_16
VDD_CORE_17
VDD_CORE_18
VDD_CORE_19
VDD_CORE_20
VDD_CORE_21
VDD_CORE_22
VDD_CORE_23
VDD_CORE_24
VDD_CORE_25
VDD_CORE_26
VDD_CORE_27
VDD_CORE_28
VDD_CORE_29
VDD_CORE_30
VDD_CORE_31
VDD_CORE_32

VDDA_18_1
VDDA_18_2
VDDA_18_3
VDDA_18_4
VDDA_18_5
VDDA_18_6
VDDA_18_7
VDDA_18_8
VDDA_18_9
VDDA_18_10
VDDA_18_11

VDDA_12_1
VDDA_12_2
VDDA_12_3
VDDA_12_4
VDDA_12_5
VDDA_12_6
VDDA_12_7
VDDA_12_8
VDDA_12_9
VDDA_12_10
VDDA_12_11
VDDA_12_12
VDDA_12_13
VDDA_12_14
VDDA_12_15
VDDA_12_16
VDDA_12_17
VDDA_12_18

A13

VSS_1

VSS_41

AK18

A16

A19

VSS_2

AG5

AH10

VSS_42

AK2

AK22

VSS_3

AA3
AA7
AA8
AB5
AB6
AC3
AD3
AD7
AD8
AE8
AF3
AF5
AF7
AF9

AH3
AH5
AH6
AH7
AH8
AH9

M3
N5
N6
N7
N8

R3
R7
R8

U3

W5
W6

VSS_43

A9

A29

A2

A25

A22

VSS_7

VSS_4

VSS_6

VSS_5

RC410MB

VSSA_1
VSSA_2
VSSA_3
VSSA_4
VSSA_5
VSSA_6
VSSA_7
VSSA_8
VSSA_9
VSSA_10
VSSA_11
VSSA_12
VSSA_13
VSSA_14
VSSA_15
VSSA_16
VSSA_17
VSSA_18
VSSA_19
VSSA_20
VSSA_21
VSSA_22

K5

VSSA_23

L3

VSSA_24
VSSA_25
VSSA_26
VSSA_27
VSSA_28
VSSA_29

P3

VSSA_30
VSSA_31
VSSA_32
VSSA_33

T5

VSSA_34

T6

VSSA_35
VSSA_36

V3

VSSA_37

V7

VSSA_38

V8

VSSA_39
VSSA_40
VSSA_41

Y3

VSSA_42

VSS_44

VSS_45

VSS_46

VSS_47

B1

B30

D14

AK25

AK29

AA23

AA28

AC11

AA24

VSS_8

VSS_9

VSS_11

VSS_10

U609-5

5 / 5

VSS_48

VSS_49

VSS_50

VSS_51

D17

D20

D24

D27

AC12

AC14

AC15

AC17

VSS_12

VSS_13

VSS_14

VSS_15

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_52D3VSS_53D4VSS_54

VSS_55F3VSS_56

F27

AC18

AC20

VSS_16

VSS_17

VSS_72
VSS_73
VSS_74
VSS_75
VSS_76
VSS_77
VSS_78
VSS_79
VSS_80
VSS_81
VSS_82
VSS_83
VSS_84
VSS_85
VSS_86
VSS_87
VSS_88
VSS_89
VSS_90
VSS_91
VSS_92
VSS_93
VSS_94
VSS_95
VSS_96
VSS_97
VSS_98
VSS_99

VSS_57

F4

F30

AC27

AD11

VSS_18

VSS_19

VSS_58

VSS_59

H15

G10

AD12

AD14

VSS_20

VSS_21

M18
M23
M24
M26
N13
N15
N17
N19
P12
P14
P16
P18
R13
R15
R17
R19
R23
R24
R27
T12
T14
T16
T18
T30
U13
U15
U17
U19
U23
U24
V12
V14
V16
V18
V27
V28
W13
W15
W17
W19
W23
W30

VSS_60

VSS_61

J23

H18

AD15

AD17

VSS_22

VSS_23

VSS_62

VSS_63

J24

J27

AD18

AD20

AE30

VSS_24

VSS_25

VSS_26

VSS_64J3VSS_65

VSS_66

J30

K23

AF12

AF27

AG14

VSS_27

VSS_28

VSS_29

VSS_67K8VSS_68

VSS_69

M12

M14

VDD_MEM_1
VDD_MEM_2

VSS_30

VDD_MEM_3
VDD_MEM_4
VDD_MEM_5
VDD_MEM_6
VDD_MEM_7
VDD_MEM_8

VDD_MEM_9
VDD_MEM_10
VDD_MEM_11
VDD_MEM_12
VDD_MEM_13
VDD_MEM_14
VDD_MEM_15
VDD_MEM_16
VDD_MEM_17
VDD_MEM_18
VDD_MEM_19
VDD_MEM_20
VDD_MEM_21
VDD_MEM_22

VDD_CPU_1
VDD_CPU_2
VDD_CPU_3
VDD_CPU_4
VDD_CPU_5
VDD_CPU_6
VDD_CPU_7
VDD_CPU_8

VDD_CPU_9
VDD_CPU_10
VDD_CPU_11
VDD_CPU_12
VDD_CPU_13
VDD_CPU_14
VDD_CPU_15
VDD_CPU_16
VDD_CPU_17
VDD_CPU_18
VDD_CPU_19
VDD_CPU_20
VDD_CPU_21
VDD_CPU_22
VDD_CPU_23
VDD_CPU_24
VDD_CPU_25

VDD_18_1
VDD_18_2
VDD_18_3
VDD_18_4

VSS_70

VSS_71

M16

VSS_31
VSS_32
VSS_33
VSS_34
VSS_35
VSS_36
VSS_37
VSS_38
VSS_39
VSS_40

AB23
AB24
AC13
AC16
AC19
AC21
AC22
AD13
AD16
AD19
AD21
AD22
AD23
AK21
AK24
AK28
T23
T24
V23
V24
Y23
Y24

A10
F11
F12
F17
G11
G12
G13
G14
G16
G17
G20
H11
H12
H13
H14
H16
H17
H19
H23
H24
L23
L24
N23
P23
P24

AB22
AB9
J22
J9

AG16
AG18
AG21
AG24
AG26
AH11
AJ1
AJ30
AK12
AK15

P3.3V

C133

1000nF

1

C101

1000nF

6.3V6.3V

D9
BAV99LT1

3

C81

1000nF

C79

22000nF

2

C146

1000nF

6.3V6.3V

EC8
100uF

6.3V
AL

C104

1000nF

6.3V

C144

6.3V

C93

1000nF

6.3V

C89

1000nF

6.3V

C147

1000nF

C149

6.3V

C141

1000nF1000nF

6.3V

C85

1000nF

6.3V6.3V

C56

1000nF

6.3V

C80

6.3V

D10
BAV99LT1

1

D

C

B

AA

SAMSUNG

ELECTRONICS

4

3

2 1