samsung np r60 schematics

Samsun

g

Confide

ntial

Sheet 2-6. DIAGRAM (Block/Power) & ANNOTATIONS

CHECK

1

3

Sheet 1. COVER

Sheet44. ICT PORT

Sheet24. SPI ROM & DEBUG CARD CONN

2

3

PROPRIETARY INFORMATION THAT ISSAMSUNG ELECTRONICS COS PROPERTY.

Sheet41. DDR2 POWER

3

2007.07.02

Sheet38. CHARGER

EXCEPT AS AUTHORIZED BY SAMSUNG.

Remarks :

X

T.R. Date :

PCB Code :

Sheet45. POWER DRAW & MOUNT HOLE

2

C

TPT : BA41-00791A

DRAW

Mobility Platform

SAMSUNG

B

SEC Mobile R & D Signature :

THIS DOCUMENT CONTAINS CONFIDENTIAL

B

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERS4

SAMSUNG ELECTRONICS COS PROPERTY.

Sheet25. LCD

Sheet 8-10. Merom 800

4

CPU :

1

THIS DOCUMENT CONTAINS CONFIDENTIALSAMSUNG PROPRIETARY

Sheet46-48. TP

USE ICT PORT

Sheet26. CRT

Owner :

1.0Revision :

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERS

GCE : BA41-00792A

Sheet33. HDD(SATA) & ODD(IDE)

3

Sheet17. DDR II SODIMM

Sheet27. EXPRESS CARD

4

MP1.0 (8-Layer)

Sheet 7. CLOCK GENERATOR

2

PBA Name :

Intel Merom (800MHz)

SAMSUNG PROPRIETARY

Sheet30-32. AUDIO

Sheet18. DDR II TERMINATION

ELECTRONICS


A

Table of Contents

NAN : BA41-00811A

Chip Set :

D

Sheet39. P3.3V_AUX & P5.0V_AUX

1

A

PROPRIETARY INFORMATION THAT IS

Sheet36. USB & MDC

2

Sheet43. P1.5V POWER & SWITCHED POWER & MICOM RESETSheet42. CPU VRM

1

RS600ME & SB600

Sheet34. MICOMSheet35. LOM WITH COMBO

4

Sheet40. P1.2V & P1.2V_AUX & VCCP

APPROVAL

Sheet29. MINICARD

D

PRAHA (SRI)

Sheet23. SB600 STRAPS

Sheet28. 2 IN 1

Sheet 11. THERMAL SENSOR / FAN CONTROL

Model Name :

Sheet19-22. SB600

Sheet37. LED & BLUETOOTH & TOUCHPAD & KEYBOARD & LID S/W

Sheet 12-16. RS600ME

Dev. Step :

MAIN

C

PRAHA

4

www.kythuatvitinh.com

Samsun

g

Confide

ntial

4P

SPKR L

AZALIA Secondary

12P

PG 19 ~ 22

Hitachi H8S

Charging

PG 17

USB 0,8,9

CK-410 for ATI

PG 28

MDC 1.5

PG 31

DC/DC

PG 28

DDR II

478pin

MIC-IN

PG 39

PG 37

SB600

PG 29

CPU

AZALIA Primary

DDR II

Express Card

AMP

RJ45

RJ11

Thermal

Wireless LAN

ANT

Clocking

AUDIO

PG 30

USB 4

PG 27

PCI Express

FAN

Channel A

DDR II 667/533

HP

Mobile Processor

PCI ExpressPCI Express

PATA

KBD

PG 12 ~ 16

PG 24

ODD

DDR II

PG 36

Audio

2 IN 1

Channel B

USB 5

SAMSUNG PROPRIETARY

Circuit

PG 31

SD/MMC

1ch

MEROM

MICOM

CodecALC260

AU6371South Bridge

CRT

A-Link Express

System

PG 26

B

PG 8, 9,10

PG 34

VRM


RS600ME

L2 Cache : 2 MB, 4MB

CRT

USB 0,8,9

Switched PWR

707 FCBGA

564 BGA

PG 17

CPU

A

2

Mini Card

10/100 LOM

HDDPG 33

USB 1

IMVP-6

SPKR R

PG 35

ANT

64 PIN

PG 35

SODIMM 1

Sensor

PG 37

PG 7

Touch

PG 11

ELECTRONICS

Bluetooth

4

3.3V LPC, 33MHz PAD

SPI ROM

3

2110B

PG 38

PG 41

D

4

AZALIA

PG 32

A

D

88E8039

North Bridge



3

PG 11

4-Lane

SAMSUNG

1

PG 42

LVDS

Connector

PG 43

C

1


30P

PG 37

C

2

B

LCD

VRM

SATA

PG 25

PG 30

PG 33

PG 35

Internal Graphics

SODIMM 0


(800MHz)

AZALIA


Samsun

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Confide

ntial

2 1

SAMSUNG PROPRIETARY

CPU

OFFONONS4

LHOFFONONS3

HHONONONFull On

PWRONSUSPWR+V+V*AUX+V*Always

L

L

2

A

H

VRONRail

State

L

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERSSAMSUNG ELECTRONICS COS PROPERTY.PROPRIETARY INFORMATION THAT IS

SAMSUNG

B

LOFFOFFONS5

LH

AC Adapter CPU

P5.0VP5.0V_AUX

P0.9V

P2.5V_LAN

SB

P1.05V(VCCP)

KBC3_PWRON

P3.3V

KBC3_SUSPWRON

P1.8V_AUX P1.8V

P1.5V

VDC

P1.2V_PWRGD

Power Diagram

ELECTRONICS

C

3

D D

4

1

C

B


VCC_CORE

L

P3.3V_AUX

S0S3S5 / S4

NB

Battery DC

MICOM_P3.3V

P1.2V_AUX

P1.2V_LAN

P12.0V_ALW

MEM1_REF

P5.0V_ALW

34


P1.2V

P1.2V_ALW

KBC3_VRON

A


Samsun

g

Confide

ntial

AudioCodec

DDR2Memory

Sheet 17 - 18

Sheet 30

Mini CardWLAN

ExpressCard

Sheet 27

Sheet 29

MICOM_P3.3V

MMBT3904Sheet43

P12.0V_ALWMIC5258-1.2

Sheet43

P1.2V_AUX

4) P1.2V_ALW

7-1) P1.2V_AUX

7-1) P1.2V_AUX

7) P5.0V_AUX

7-1) P2.5V_LANSheet 35BCP69-16

7) P3.3V_AUX

7) P3.3V_AUX

Sheet 44

V5FILT

P12.0V_ALW

P12.0V_ALW

11) P5.0V11) P5.0V

11) P5.0V

11) P5.0V

11) P3.3V

11) P3.3V

11) P3.3V

11) P3.3V

11) P3.3V

12) P1.2V

12) VCCP

11) P1.5V

18

TPS51120(2/2)

Sheet39

P5.0V_AUX & P3.3V_AUX

V5FILT

20-1) PEX3_RST#

22

12

RTCBattery

1

Sheet34

19

Sheet 45

13

152

C

3

Sheet 43

Sheet 12 - 16

Sheet 43

D

BCP69-16

D

RHU002N06

AP680AGM

10) KBC3_PWRON

10-1) KBC3_VRON

7) P3.3V_AUX

P1.2V_ALW

MICOM_P3.3V

4

SI3456Sheet43

Sheet 43

16

10) PWRON#

12) VCCP

AP4435GM

SC486

DDR2 POWER

11) P3.3V

88E8039

20

CPU

7) P3.3V_AUX

7) P5.0V_AUX

Sheet43

10-1) KBC3_VRON

CLOCK

21) CHP3_ALINK_RST#

15) CLK3_PWRGD#

12) P1.2V

4

12) VCCP(1.05V)

B

4

7) P3.3V_AUX18) KBC3_NBPWRGD

17

11) P3.3V

11) P1.5V

11) P1.5V

11) P5.0V

21

21-1) PLT3_RSTF#

3) MICOM_P3.3V

11) P5.0V 11-1) VDD_AUD

14) VCC_CORE

20) CPU1_PWRGDCPU

MIC5219B

21-1) PLT3_RSTF#

21-1) CHP3_NBRST#

21-2) CHP3_NBRST#

13) P1.2V_PWRGD18) VRM3_CPU_PWRGD7) P3.3V_AUX

Rev. 0.14) P1.2V_ALW

4) P1.2V_ALW

AP4435GM

6) KBC3_SUSPWRON

11) P1.5V

5

1

6

7) MEM1_REF

15) CLK3_PWRGD#11) P3.3V

Sheet 35

Sheet 35

7) P3.3V_AUX

10) KBC3_PWRON

10 11) P3.3V

SC415

P1.2V & VCCP

21-1) PLT3_RSTF#

17) CLK3_PWRGD#

18) VRM3_CPU_PWRGD

19) KBC3_PWRGD

6) KBC3_SUSPWRON

16) Clock Running

11) P1.8V7) P1.8V_AUX

17) CLK3_PWRGD#

Sheet38

Sheet 43

Sheet 20-23

NBSB

CHIP

20) CPU1_PWRGDCPU

2

1) PRTC_BAT

5)KBC

3_PW

RSW

#

7) P1.8V_AUX

Sheet 19

Sheet 8

TPS51120

9) CHP3_SLPS5#/S3#

10) KBC3_PWRON

10) KBC3_PWRON

3) MICOM_P3.3V

B11) 0.9V

12) VCCP

SB600

7) MEM1_REF

11) P3.3V

7) P3.3V_AUX

Sheet39

POWERS/W

14

Sheet 8-10

1

2

2) VDC

Sheet 28

Sheet 11

19) KBC3_PWRGD

8

9

MICOM_P3.3V & P5V_ALW

22) C

PU1_

CPUR

ST#

7) P1.8V_AUX

C

7

KBC

A

7) P3.3V_AUX

20-1) PEX3_RST#

CPU

VDC

Sheet 41

21-1) PEX3_RST#

21-1) PEX3_RST#

3

(1/2)

AP6680AGMLOM7-1) P1.2V_LAN

11) P0.9V

A

POWER SEQUENCE

7) P1.8V_AUX 11) P1.8V

SensorThermal

Controller2-in-1

RS600ME

VRM

11

3

7) P5.0V_AUX

8) KBC3_RSMRST#

18) KBC3_NBPWRGD

(KBC3_RST#)

10) PWRON#

12) P1.2V

13) P1.2V_PWRGD

21)PEX3_RST#_CTRL


Samsun

g

Confide

ntial


CLK1_BMCLK1

(YONAH/MEROM)

RS600ME

SAMSUNG

MINI CARD

LAN Controller (88E8039)

CLK1_BMCLK2#

D

CLK1_PCIELOM

SPI3_CLK

CLK3_PCLKMICOM

CLK1_BMCLK1#CLK1_NBSRCCLK1_NBSRC#

Express CARDCLK1_EXPCARD

2-in-1 (AU6371) 12MHz

CLK1_PCIELOM#

SLG84610CLK3_ICH14

CLK0_HCLK1#


CLK1_PCIERCLK#

CLK3_USB48

25MHz

14.318 MHz

32.768KHz

SPI ROM

MICOM

C


CLK1_MINIPCIEA#

CLK1_EXPCARD#

2

3


4

A

B

CLK1_AMCLK2

CLK3_NB14M

CLK1_PCIERCLK

C

CLK1_MINIPCIEA

CPU


CLK1_AMCLK1CLK1_AMCLK1#

3

ELECTRONICS

4

B

CLK1_PCIEICH

1

SODIMM1

SODIMM2

CLK1_PCIEICH#CHANNEL A

CLK1_BMCLK2CHANNEL B

25MHz

(FOR SATA)(FOR RTC)

1

CLK1_AMCLK2#

CLK0_HCLK0

CLK0_HCLK1

CLK0_HCLK0#

SAMSUNG PROPRIETARY

SB600

D

A

ICS951461

2

DDR2

DDR2

10MHz

CLOCK GENERATORwww.kythuatvitinh.com

Samsun

g

Confide

ntial

Crystal

1

32.768KHz

0

0

3.3V switched power rail (off in S3-S5)

1

0

0

0

1.8V power rail(off in S4-S5)

0

Real Time Clock

-

MICOM

1.3500 V

1

YONAH Processor System Bus(PSB) Termination (1.05V)

LPC bridge/IDE/AC97/SMBUS

1

1

0

0

USB


0

1.5V power rail (off in S4-S5)

0

00

Crystal

0

1101 001x

1.3875 V

PCI Devices

1

0

P3.3V

0

Rear side USB Port8, 9

12MHzCrystal 2-in-1 2-in-1 (SD/MMC)

DPRSLPVR

AD31(internal)

0

5.0V power rail (Always On)

0

P5V_AUX

1

-

0

1.5000 V

1

0

01

0

1

0.9875 V

VID(6:0)

0

Devices

0

SB600

0.8875 V

1.4250 V 1

Voltage

0

Bus

4

0

1

1

0

DEVICE

1

0

1

00

1

0

1

0

0

Devices

0

Master

0

0

01

1

P1.8V_AUX

1

1

VCCP

0

LOMCK-410M

0

0

1

0

01

0.6000 V

0

0

0

0

1

00

1.4875 V

-

P1.8V

I C / SMB Address

0

TYPE USAGE

1.3625 V

P0.9V

0

10

1

SMBUS Master

0

10

A4h

0

0

1

25MHz

1.1375 V

P5V

0

1

0

Clock, Unused Clock Output Disable

1

2-in-1 Memory Card

0


1SODIMM0

0

SATA

0

VDC

0

SB600

DPRSTP*

1.1500 V


1.2125 V

CLOCK-Generator

0

0

1

0

1.1875 V

1 1.4125 V

Left side USB Port

SB600

0

0

1

0

Voltage Rails

Crystal

10

Core voltage for YONAH (0~1.5V)

0

0

Address

PORT NUMBER

1.4375 V

0

0

IMVP-6

0

0

10MHz

0

-

1

D2h

0

IDSEL#

0

1010 0110

0

Crystal

0

0

0

0

1

1

0

0

1

P1.2V

1.3125 V

0

0

00

01

0

1

1

1

1

SCHEMATIC ANNOTATIONS AND BOARD INFORMATION

0

Primary DC system power supply (7 to 21V)

0

Hex 1

1

0


AC LinkAD31(internal)

1


0

1

0

2

0

0

0

SODIMM1

1

1010 0100

0

0

1

1

1

0 1

0.8125 V

1

1

0

P2.5V_LAN

1

01

0

0

0

MICOM_P3.3V

0

USB Express Card

01

10

0

Crystal

0

0.8375 V

0

1

FREQUENCY

1

PSI2*

03.3V always on power rail for MICOM

1

1

0

0

11.8V power rail (Always On)

0

P3.3V_AUX

0

P12V_ALWS

1

1 0

1.4750 V 11.4625 V 1

0

0

REQ/GNT#

0

Crystal / Oscillator

1

5.0V power rail (off in S4-S5)1.2875 V

0

1

0

0

P1.5V

0

0.9375 V

1

0.8625 V

1

0

1

1

LAN

1.2500 V

14.318MHz

1


0

0

VID(6:0)

0

1.4000 V

0

P5.0V_ALWS

0

12V power rail (Always On) 0

Interrupts

0

1

0

0

0

1

1

01

0

0

00

11

1

A6h

0

H8S-2110B

1.2250 V

25MHz

Bluetooth

0

P1.5V_AUX

1


1.3375 V

01

1

1

1

1

0

AD30(internal)

10

1

1

0

0

1

1.2625 V

1

1

0

1.1750 V

0

1

0

CK-410 (Clock Generator)

0

USB PORT Assign

0

ASSIGNED TO

0

1

1

0

1

0

0

AD31(internal)

0

VCC_CORE

0

CPU Core Voltage Table

1

1

1

0

1

0

01

01

1

1

1

1

0

1

0

1

0

0

0

1

0.7000 V1

0.6750 V

0

0

Hub to PCI

0

Internal MAC

0

11

0

0

1

1

1

0

0

0

1.2000 V

00

1

0

1

0

01

1

1

0.7625 V

0

0

0

0

0

1

5

0

P1.8V_ALWS 1

0

0

0

10

1

1

0

0

1

1

1

1

1

0

0.5750 V

1

0

1

0.5375 V

0

1

0

0

0

1

1

1

10.8500 V

1

0.9125 V

1.4500 V

1

1

0

1.3000 V

0

1.2750 V

1

0

0

0

0.3625 V

00

0

0

0

0

1

1

0

0

0

0

0

1

0

0

0

1

0

11

1

0

1

1

1

1

1

1

1

1

0

0

1

1

0

0

0.5125 V

0

0

1

0

1

0

1

1

0

0

1.3750 V 1

1.3250 V 1

1

0

0

0

0

0

0

0.4500 V

0.9250 V

0.3875 V

1

0

0

1

1.1250 V

11

1

1

0.7750 V0

0

1

0

0

0

0

0.6250 V

0

1

0

1

1

1

0

1

0

1

Active

01

1

1

1

0

1

1

10

1

1

1

0

1

1

0.0625 V

1

0.0000 V

0

0

1

1

1

0

1

0

1

0.4875 V

1

0.4625 V

1

0

0

0

Voltage

0

0

0.3125 V

0

0

1.2375 V

0.8000 V

1.1625 V

0

0

10

0

1

1

0

0

1

0.7500 V

1

0.7250 V0

0

1

1

1

0

0

0

0

0

0

1

1

1

0

1

1

1

1

1

0

0.0875 V

1

0

1

0

1.0000 V

1

1

1

1

1

0

1

0.8750 V

0

0.8250 V

0

0.9500 V

1

0

1

0

1

0

VID(6:0)

1

1

0

0

0

0

0

1

0

0

0

0.2750 V

1

1

01

0

0

0

0

1

0

1

1

1

0.1500 V

0

1

1 10

0

1

1

1

1

1

1

1

1

0

10

0

1

1

*Yonah Processor (2.33 GHz / 800 MHz : TBD)

0

0

1

0

0

1

0

1

0

0

0

0

1

0

0.5000 V

0

1

1

0.4375 V

0

1

0

Voltage

0

10.7125 V

1

0.6875 V

1

1

1

0

1

0

0

1

1

0

0.1000 V

0

0.2250 V

0 1

0

1

0

1

1

1

0.5875 V1

1

1

1

00.5250 V

1

1

1

0

1.0875 V

0

0.0250 V

1

1

1

1

0.9000 V

1

0

1

1

0

0

0

0

0

0

1

1

10

1

0

0.4125 V

1

1

1

10

Active Mode

0

Active/Deeper Sleep

0.6375 V

0

1

0

0

01

0.1250 V

11

0

1

1

1

1

1

1


1

1

1

0

0.5625 V

0

0.5500 V

11

1

0

0.0000 V

0

0.0000 V

0

0

0.9750 V

0

0.9625 V0

1

0

0

0

0

00


0.4000 V

1

0

1

0.3250 V

0

0

1

0

1

0

1

0.6500 V

1

1

1


0

0.1375 V

1

0

1

1

0 1

1

0

1

1

0

SAMSUNG

0

1

SAMSUNG PROPRIETARY

0

1

1

1

1

1

1

1

0

1

1

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.

0

1

1

0

1

1

1

1

0

1.1125 V

0

1

0

1

1

C

1

3

0.3750 V

Dual Mode Region

0

1

0

1

1

1

0.7875 V

1

0


1

0

2

1

1

0

0.2000 V1

0.1750 V

0.6625 V

0

1

1

3

1

0

0

1

0

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

0

Memory is retained, and refreshes continue. All clocks stop except RTC clock.

1

1

0

1

1

1

1

2

0.0750 V

1

0.0500 V

1

0

1.0625 V

1

01

0

1

1

0

ELECTRONICS

0.4750 V

4

0.3375 V


0

0

0

1

1

B

0

1

0

1

0

Deeper Slp

0


1

4

1

1

1

1

0.6125 V

1

0.7375 V

1

1

D

1

CHP3_SLPS3* S3, Suspend-To-RAM(STR) : The system context is maintained in system DRAM, but power is shut off to non-critical circuits.

1


0

1.0250 V

1

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

1

1

1

System Power States

0

1

1

1

0

1

0

2

1

0.0000 V

0

1

0.0375 V

0.0000 V

0

1.0375 V

1

1.0125 V

1

1

0

C

0

1

0

0 or 1

0

PSI2*

1

0

1

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

0.3000 V

1

1

DPRSLPVR

1

Deeper Sleep/Extended Deeper Sleep

0

0

1

0.2875 V

A

0

D

0

1

0

1

0

1

0

2

1

1

0

1

1

0

1

1

1

0

1

1

C

1

B

1


1

0.0000 V

0

1

1

DPRSTP*

1

SAMSUNG PROPRIETARY

0

1

0

0

0

0

0

4

1

0 or 1

1

1

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERSSAMSUNG ELECTRONICS COS PROPERTY.

1

C

1

for either Deep Sleep or Deeper Sleep.

0.4250 V

A

0.3500 V

D

1

0

1

1

0.2625 V0.2500 V

1

B

0

Externally appears same as S5, but may have different wake events.

1

0

0.1125 V

0.1875 V

0.2375 V

0.1625 V

1

0

1

1

1

0

3

1.1000 V

0

1

1

1

*"1111111" : 0V power good asserted.

1

1

1

1

0

3

0

0

0

1

1

4

0

1

10

1

1

1

0

00

D

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

0

11

1.0500 V

0

0

0

0

0

1

1

11

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.

0

1

1

Dual Mode Region

0

1

B11

1

1

1

1

1

A

0

0.2125 V

11.0750 V

1

1

0

1

0.0000 V

1

A

0.0125 V

1

1

0.0000 V

0


Samsun

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Confide

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1


100 MHz

0

01

B

3

3

0

D

SAMSUNGMerom 667MHz

D

0

0400 MHz


FSB

Silego : SLG84610

FSA, FSB, FSC of Clock chip are low thershold inputs

1

Pt decoupling CAPS close to Clock Chip power pin

0

1

B

Vih_fs_min = 0.7V

1

RSVD

266 MHzVil_fs_max - 0.35VBSEL0

2

A

Celeron 533MHz

FSA

1

CPU

1

0

4

1

Compatible Components

SAMSUNG PROPRIETARY

4

1

BSEL2

133 MHz

BSEL1

0

1


FSC

1

0

333 MHz

0

C

166 MHz

0

C

HOST CLK

Place all te serias termination resistor as close as Clock Chip as possible


A

Route all CLK1 signal as different pair rule

1

Merom 800MHz

2


0 200 MHz1

ELECTRONICS

1

C576

13-B3

R54

41%

100n

F

33R41

49.9

R64 33

100n

FC5

77

29-C4

49.9

R54

21%

27-C4

20-C3

C5900.022nF

2.2K

13-B3

19-A4

49.9

P3.3V

R60

1%R

546

29-C4

100n

FC5

75

49.9

R55

11%

33R4233R43

C58610000nF6.3V

X1

X23

1%R

550

49.9

SRCCLKT2

SRCCLKT3 24

20SRCCLKT4

SRCCLKT5 18

16SRCCLKT612SRCCLKT7

50VDDAVDDCPU56

4 VDD_48VDD_ATIG39VDD_REF1

VDD_SRC14428 VDD_SRC2VDD_SRC323VDD_SRC414

VTTPWRGD*_PD8

2

22GND_SRC415

IREF48

RESET_IN*60

SMBCLK9SMBDAT10

46SRCCLKC0

31SRCCLKC1

SRCCLKC2 27

25SRCCLKC3

SRCCLKC4 21

19SRCCLKC5

SRCCLKC6 17

13SRCCLKC7

SRCCLKT0 47

SRCCLKT1 30

26

53

51CPUC2

CPUT0 58

54CPUT1

CPUT2 52

CPU_STOP*59

FSLA_REF0 6362FSLB_REF1FSLC_REF2 61

49GNDA

GND_487GND_ATIG38

55 GND_CPU

GND_REF64

GND_SRC145GND_SRC229GND_SRC3

548MHZ_048MHZ_1 6

42ATIGCLKC040ATIGCLKC1

ATIGCLKC2 36

ATIGCLKC3 34

ATIGCLKT0 43

ATIGCLKT1 41

ATIGCLKT2 37

ATIGCLKT3 35

11 CLKREQA*CLKREQB*3233 CLKREQC*

57CPUC0

CPUC1

20-D2

U8ICS951461

34-C3 42-C4

100n

FC5

71

35-D4

15-B4

13-B3R38 33

R65 0

6.3V10000nF

C574

9-C49-C4

15-B4

33R44

4700nFC587

6.3V

B506BLM18PG181SN1

1%R

548

49.9

33R34

nostuff

9-C4

1MR568

1%R

541

49.9

27-C3 29-C220-C320-A417-B417-B2

1%R

540

49.9

1%R

567

49.9

33R33

R36 33

nostuff

9-D4

19-D4

C588100nF10V

1%R

562

49.9

R40 339-B2

R57 33

R45 33

20-C320-A4

27-C4

C57210nF

0R28 R62 2.2K

P3.3V

27-C4

C53

BLM18PG181SN1B505

12

0.022nF

Y501

14.31818MHz

B504

33R63

17-B229-C2

27-C417-B420-A4 20-C3

19-D4

BLM

18PG

181S

N1

R66

13-B3

49.9

R56

31%

33

R56

449

.91%

33R39

R61 2.2K

100n

FC5

73

R58

49.9

R54

51%

33

29-C4

C540.022nF

P3.3V

R67 33

R35475

49.9

R54

71%

10V

1%

R37 33

100nFC589

9-D4

35-D4

33R59

49.9

R54

31%

15-B4

R54

91%

CLK3_USB48

MINIPCIE3_CLKREQ#EXP3_CLKREQ#

49.9

CLK0_HCLK1#

CLK1_PCIEICH#

CLK1_NBSRC#

CLK1_PCIELOM#

CLK1_EXPCARD#

CLK1_PCIELOM

CLK0_HCLK0#CLK0_HCLK0

CLK1_PCIEICH

CLK1_NBSRC

CLK1_PCIERCLK

CLK1_MINIPCIEA#CLK1_MINIPCIEA

CLK1_PCIERCLK#

CLK1_EXPCARD

CLK3_ICH14

CPU1_BSEL1

CLK3_NB14M

CLK0_HCLK1

CPU1_BSEL0

CPU1_BSEL2

SMB3_CLKSMB3_DATA

CLK3_PWRGD#CHP3_CPUSTP#

ITP3_DBRESET#www.kythuatvitinh.com

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ADD

R G

ROUP

ICH

0AD

DR

GRO

UP 1

CONT

ROL

DAT

A G

RP 0

DAT

A G

RP 2

DAT

A G

RP 1

DAT

A G

RP 3

2 / 4

A


1

C

3


A


B

2

SAMSUNG

SAMSUNG PROPRIETARY

D

ELECTRONICS

4

B

12


CPU Bracket Hole

**NOTE


Pad for SRI Model

C

34

D

19-A4

12-D1

12-A1

19-A4

12-B1

12-D112-C2

12-B2

19-A4

12-D2

12-B1

12-A1

VCCP

MT500RMNT-38-70-1P

MT501RMNT-38-70-1P

12-B2

200R167

12-D2

12-C2 12-C1

R16956

19-A4 8-B2

12-B2 8-D3

12-C1

K2J3REQ3*

REQ4* L1

C1RESET*RS0* F3F4RS1*RS2* G3

SMI* A3

STPCLK* D5

TRDY* G2

G6HIT*HITM* E4

D20IERR*

IGNNE* C4

INIT* B3

LINT0 C6LINT1 B4

H4LOCK*

K3REQ0*REQ1* H2REQ2*

J1 A9*

ADS* H1

M1 ADSTB0*

V1 ADSTB1*

BNR* E2BPRI* G5

F1BR0*

E1DBSY*

DEFER* H5DRDY* F21

FERR* A5

A3*J4

A30*U2A31*V4A32*W3A33*AA4A34*AB2A35*AA3

L5 A4*A5*L4A6*K5M3 A7*A8*N2

A20*

A6A20M*

U4 A21*A22*Y5A23*U1R4 A24*A25*T5T3 A26*A27*W2W5 A28*Y4 A29*

N3 A10*P5 A11*A12*P2L2 A13*A14*P4A15*P1R1 A16*

A17*Y2A18*U5A19*R3W6

005344461

CPU500-1MEROM-SOCKET

R1461K

nostuff

12-B1

MT502RMNT-38-70-1P

MT503RMNT-38-70-1P

19-A4

19-A4

12-C2

12-D1

44-C3 12-C2

8-C319-A4

12-C2

R180 56

12-B2

12-B1

12-D1

nostuff

12-C2

nostuffR1471K

nostuff

R1481K

R1491K

12-D2

12-B2 8-B2

12-B2

12-D2

12-B2

VCCP

12-D1

19-A4

19-A4

DSTBP0*H26

DSTBP1*M26

DSTBP2* AA26

DSTBP3* AF24

E23D8*K24D9*G24

DINV0*H25

DINV1*N24

U22DINV2*

DINV3* AC20

DSTBN0*J26

DSTBN1*L26

DSTBN2* Y26

DSTBN3* AE25

D55* AE22D56* AF23D57* AC25D58* AE21D59* AD21

D6*E25

D60* AC22D61* AD23D62* AF22D63* AC23

D7*

D45* AA23D46* AA24D47* AB25

D48* AE24D49* AD24

D5*G25

D50* AA21D51* AB22AB21D52*D53* AC26D54* AD20

V26D36* V23D37* T22D38* U25D39* U23

F23 D4*

D40* Y25D41* W22D42* Y23D43* W24D44* W25

D26*P22D27*T24D28*R24D29*L25

D3*G22

D30*T25D31*N25

D32* Y22D33* AB24D34* V24D35*

D16*N22D17*K25D18*P26D19*R23

D2*E26

D20*L23D21*M24D22*L22M23 D23*D24*P25D25*P23

005344461

CPU500-2MEROM-SOCKET

D0*E22D1*F24

J24 D10*D11*J23D12*H22D13*F26D14*K22D15*H23

12-C2

12-D1

12-C2

12-C2

12-C1

12-D1

12-B2

VCCP

CPU1_A#(16:3)

CPU1_REQ#(4:0)

CPU1_D#(31:16)

CPU1_D#(15:0)

CPU1_A20M#

CPU1_A#(33:17)

CPU1_ADSTB0#

CPU1_BPRI#CPU1_BNR#CPU1_ADS#

CPU1_CPURST#

CPU1_LOCK#

CPU1_NMICPU1_INTR

CPU1_INIT#

CPU1_IGNNE#

CPU1_HITM#CPU1_HIT#

CPU1_FERR#

CPU1_DRDY#CPU1_DEFER#

CPU1_DBSY#

CPU1_BREQ#

CPU1_D#(63:48)CPU1_TRDY#

CPU1_STPCLK#

CPU1_SMI#

CPU1_RS2#CPU1_RS1#CPU1_RS0#

CPU1_D#(47:32)

CPU1_FERR#

CPU1_BREQ#

CPU1_DSTBP3#

CPU1_DBI0# CPU1_DBI2#

CPU1_DBI3#

CPU1_DSTBN2#

CPU1_DSTBN3#

CPU1_DSTBP2#

CPU1_DSTBP1#CPU1_DSTBN1#

CPU1_DSTBP0#

CPU1_DBI1#

CPU1_DSTBN0#

CPU1_ADSTB1# www.kythuatvitinh.com

Samsun

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THER

MAL

H C

LK

XDP/

ITP

SIG

NALS

3 / 4

RSV

D

1

0

1

0

0

0.9500 V

CPU Core Voltage Table

0

0

1

0

0

0

0

1

0

1

0

1.4125 V

0

1

1

0

1

0

1

1

1

1.4000 V

IMVP-6

10

1

1

DPRSTP*DPRSTP*

1

0

0

0

1

0

0

1

Deeper Slp

0

0

0

1

01.2625 V

1

0

1

PSI2*

00

0

1

0

Pad for SRI model

1

0.5625 V

1

1

0.6000 V

10

1

0

1

1

1

0

0

1

0 or 1

DPRSLPVR

1

0

1

1

0

0

0

0

1

1

0

1

0

1

0

0

1

1

1

0

1

1

0

0

0

1.4625 V 0

1.3875 V

0

1

1

1

1

0

1

1

1

0

1

0.9375 V

0

01

0

1

1.5000 V

0

0

1

1

1

0.5750 V

0

1

0

1.2500 V

0

1

0

0

0

0

0

0

0

0

1

Active

1

1

1

0

1.2375 V

VID(6:0)

0

0

0.4000 V

1

1

0

1

0

0.3000 V

1

0

1

1.4500 V

0

10

0

0

0

0

1.3375 V

1.4750 V

0.5875 V

0

0

0

01

1.3000 V

0

0

10

0

0

1.1500 V

1

0 1.1750 V

1

0

1

11

0

0

00

0

1

1

0

0

0

0.8125 V

0.8500 V

1.3250 V

0

0.9000 V

0

0

0

0

10

1

0

00

1

1

1

1

0

101

0

1

0

0

0

00

1

1

1

1

0

0 1

1

0

0

0

1

1

1

0

1.3750 V

1

0

0

1

0

1

0.4250 V

0

1

0

0

0

1

0

1

0

0


Active Mode

1

1

0

1

0

0

0

0.8625 V

0

0

0.4500 V

1

1

11

0

0.3125 V

0

1

0

00

0

0

0

1

0

1

1.3125 V

0

1.3625 V1

1

1

1

0

1.2125 V

1.2750 V

01

1

0

0

0

0

1.2000 V1.1875 V

01

1

1

1

1

1

1

1

0 1

1

1

1

0

0

1

0.7500 V

1

0.9125 V

0

C

1.2875 V

0

0

1

0

1

0

1

0

0

VID(6:0)

1

1

1

1

1

1

0 1

0

1

0

00

0

1

1

0

1

0.6625 V

10

0

1

1

1

0

0

1

11

0

0

1

1

0

0

1.1625 V

1

0

0

1

0

0

0

0

0

01

0

1

1

1

0

1

0

0.4625 V

0

0.1500 V

1

110

1

1

1

01

0

1

1.4375 V

00

0

0

0

0

1.0000 V

0

*Yonah Processor (2.33 GHz / 800 MHz : TBD)

0

0

1

1

10

1

1.1250 V

0

0

0

1

0

Voltage

0

0

1

3

1

1

0

0

0

0

1

0

1

0

0

1

0

0

1

0

0

1

1 0.8250 V

0

11

0

1

A

1

01

0

1

of the first GTLREF0 pin with Zo=55ohm trace.

1

1

0

10

0

01

1

0

0

1

0.9875 V

1

1

0.9625 V

0.7250 V

0

1

1

0

0

0

1

0

D

0

0

0

0

0

1

1

1

0

0

00

1

0

0

1

0

1

1

1

01

1

1

00 0.9250 V

1

0.2250 V0.2125 V

1*"1111111" : 0V power good asserted.

111

1

1

0

1

0.0000 V

0.5125 V

1

01

0.7625 V

0

0

0

1

0

1

0.9750 V

0

1

0

00

0

0

1

00

1

101

1

1

trace shorter than 1/2" to their respective Banias socket pins.

1

0

1

1

0

0

1

1

0

0

1

0.6375 V

0

1

01

0

1

01

0.1875 V

1

1

1

ELECTRONICS

0

0

00

1

1.0125 V

0

11

1

0.5500 V

1

0.5250 V

0 1

0

0.0500 V

1

0

0

1

1

1

1

10

1.4250 V0

1

00

4

1

0

00

0.3250 V

0

1

1

0

0.8000 V

0

01

0

1

0

1

1

0

0.6250 V

0

0.2000 V

0.7375 V

0

0.1625 V

1

0

0

0

11

0

1

1

1

1

0

0

SAMSUNG PROPRIETARY

1

0

1

1

1

1

1

0.0750 V

0

0

0

1

0

1

0

1

0

0

1

0

1.1375 V

1

0

1


1

000

0

COMP0,2(COMP1,3) should be connected with Zo=27.4ohm(55ohm)

0.0000 V

1

0

0.7875 V

0

0.6500 V

1

1

0

0.2875 V

0.6750 V

1

0

0.6125 V

1

0

1

1

0

0

1

0

00

1

111

0

1

1

1

1

1

0

0

0.0875 V

1

0.0625 V

0

0

0

1

0

0.0000 V

0

1

1.1000 V

0

0

1

0

D


1.3500 V

0 0.3875 V0.3750 V0.3625 V

1

0

0

0

1

1

0

1

0

1

0

0

1

0

1

1

0

0

0

0.1750 V

1

0

0

0

1

0


1

0

1

00

1

1

DPRSLPVR1

2

1

0

0.5375 V

1

11

0

1

1

0.0375 V

1

1

1.0875 V

0

0

1

0

1

0

0

0

VID(6:0)

1

0

000

1

Deeper Sleep/Extended Deeper Sleep

0.0000 V

1

0

0.4125 V

1

1

0

1

0

1

1

1

1

1

1

0

1

1

1

11

1

0

0

1

0

0

1

1

1

1

0 or 1

0

1

0

Active/Deeper Sleep

0

0

1

0

1

1

1

0.6875 V

0.0250 V

0

0

0.0000 V

1

1

0.8875 V0.8750 V

0.8375 V

0.4750 V

0

1

B

1

1

1

0

10

1

0

1

1

Voltage

0.7750 V

0

1

B

Dual Mode Region

1

1

0

1

1

0.2750 V

2

A

1

1

11

1

1

1

1.4875 V

Dual Mode Region

11

1

0.5000 V

0

1

3

1

1

1

11

1

1

1

0

1

1

0.0125 V

0

1.0750 V

0

0

111

0

1

0

0

1

111

10

GTLREF : Keep the Voltage divider within 0.5"

4

0

1

1.0250 V

0

1


1

1

1

0.7125 V

0

1

0

0.3375 V1

1 1

00

1

1

1

0

Minimize coupling of any switching signals to this net.

0

1

11

0

0

0

0

1

1

1

0

0

C

1

0

0.0000 V

1

0

0

0

0.4875 V

0

10

0

0

1.1125 V0

1

0

01

Voltage

1

0.1375 V

1

0

from each of the VCC/VSS test point vias.

11

0

1

1

0.3500 V

0

1

0

0

11

1

1

111

0.2375 V

1

0.1125 V

1

0

1

PSI2*

1

0

1

1

11

1

1

0

1

1

00

1

0

0

1.0375 V1.0500 V

0.1000 V

SAMSUNG

01

0

00

0

0

1

1

1

0

0.4375 V0

0

0

1

0

1

1

0.1250 V

0.0000 V

1

1

0

1

ITP DISABLE

0

0.2500 V

0

Observe 3:1 spacing b/w VCC/VSSsense lines and 25mil away (preferred 50mil) from any other signal. And GND via 100mil away

0

GND test points within 100mil of the VCC/VSSsense at the end of the line.

1

Route the VCC/VSSsense as a Zo=55ohm traces with equal length.

11

1

0.2625 V

0

0.0000 V

1

1

1

1.0625 V

1

0

1

0.7000 V

1

1.2250 V

11-C2

9-A3

VCCP

7-B1

nostuff

1%475R144

1%R

171

1K

nostuff

54.9R159 1%

7-C320-A420-C3

9-A3

7-C1

R151

10-C4 42-B4

VCCP

VCCP

1%2K

1KR150

1%

42-B4

nostuff C11

210

0nF

7-B1

19-D219-A412-A4

9-C2

10-C4

VCCP

9-A3

0R

184

11-C2

7-D1

56R168

150

R15

8

nostuff

6.3V

C18410000nF

nostuff270pFC195

R161 54.9 1%R160 1%27.4

1%

7-B1

42-B4

R162 27.4

nostuff

1KR

172

1%

P1.5V

nostuff40.2

R14

2

19-A4

9-C2

9-A3

19-A4 44-C319-D212-B2

11-B4

27.4R145

9-C2

33

nostuff

0R

141

R170

nostuff

nostuff

0R

185

9-C2

25V10nF

C199

42-B4

AF7

AD6 VID_0VID_1AF5

AE5 VID_2AF4 VID_3AE3 VID_4AF3 VID_5AE2 VID_6

VSSSENSEAE7

VCCP_10 N21VCCP_11 T21VCCP_12 R21VCCP_13 V21VCCP_14 W21VCCP_15 V6VCCP_16 G21

VCCP_2 J6VCCP_3 M6VCCP_4 N6VCCP_5 T6VCCP_6 R6VCCP_7 K21VCCP_8 J21VCCP_9 M21

VCCSENSE

C23TEST2D25TEST3C24TEST4AF26TEST5AF1TEST6A26

THERMTRIP*C7

A24 THRMDAB25 THRMDC

TMS AB5TRST* AB6

VCCA_1 B26VCCA_2 C26

VCCP_1 K6

C3RSVD_10

F6RSVD_2 D3RSVD_3 D22RSVD_4 M4RSVD_5 N5RSVD_6 T2RSVD_7 V3RSVD_8 B2RSVD_9

SLP*D7

TCK AC5TDI AA6

TDO AB3

TEST1

COMP2COMP3Y1

C20DBR*

DPRSTP*E5DPSLP*B5

DPWR*D24

GTLREFAD26

PRDY* AC2PREQ* AC1

PROCHOT*D21

PSI*AE6PWRGOODD6

D2RSVD_1

A22 BCLK0A21 BCLK1

AD4BPM0*AD3BPM1*AD1BPM2*AC4BPM3*

B22 BSEL0B23 BSEL1

BSEL2C21

COMP0R26COMP1U26

AA1

19-C219-A4

MEROM-SOCKETCPU500-3

005344461

CPU1_PWRGDCPU

CPU1_TCK

CPU1_TDICPU1_TMS

CPU1_TRST#

CPU1_SLP#CPU1_DPSLP#

CPU1_BSEL0

CPU1_VSSSENSECPU1_VCCSENSE

CPU1_DPRSTP#

CPU1_VID(6:0)

CPU2_THERMDA

CLK0_HCLK0CLK0_HCLK0#

CPU2_THERMDC

CPU1_TCK

CPU1_THRMTRIP#

CPU1_TRST#

CPU1_TDI

CPU1_TMS

CPU1_BSEL1

CPU1_PSI#

CPU1_DPWR#

CPU1_BSEL2

ITP3_DBRESET#www.kythuatvitinh.com

Samsun

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Confide

ntial4 / 4

A

4

A

IF IT DOUBLED

D

ELECTRONICS

D

C

3



C

SAMSUNG

CHECK BULK CAP USING


2 1

THIS DOCUMENT CONTAINS CONFIDENTIALSAMSUNG PROPRIETARY

4

Deleted 13 De-cap (Only use 19pcs out of 32)

3

B

2

B

1


22000nFC165

20%

C16122000nF

20%

6.3V6.3V22000nFC174

20%

6.3V

EC7

nostuff

VSS_96 E3VSS_97 E6

E8VSS_98VSS_99 F11

OXI2.5V330uF

VSS_81 D1VSS_82 D11VSS_83 D13VSS_84 D16VSS_85 D19VSS_86 D23VSS_87 D26VSS_88 D4VSS_89 D8

VSS_9A8

VSS_90 E11VSS_91 E14VSS_92 E16VSS_93 E19VSS_94 E21VSS_95 E24

VSS_67 B19VSS_68 B21VSS_69 B24

VSS_7A25

VSS_70 B6VSS_71 B8VSS_72 C11VSS_73 C14VSS_74 C16VSS_75 C19VSS_76 C2VSS_77 C22VSS_78 C25VSS_79 C5

VSS_8A4

VSS_80 C8

VSS_52AE26VSS_53AE4VSS_54AE8VSS_55AF11VSS_56AF13VSS_57AF16VSS_58AF19VSS_59AF2

VSS_6A23

VSS_60AF21 VSS_61 AF25VSS_62 AF6VSS_63 AF8VSS_64 B11VSS_65 B13

B16VSS_66

VSS_38AD16VSS_39AD19

VSS_4A19

VSS_40AD2VSS_41AD22VSS_42AB23VSS_43AD25VSS_44AD5VSS_45AD8VSS_46AE1VSS_47AE11VSS_48AE14VSS_49AE16

VSS_5A2

VSS_50AE19VSS_51AE23

VSS_23AB19VSS_24AB26VSS_25AB4VSS_26AB8VSS_27AC11VSS_28AC14VSS_29AC16

VSS_3A16

VSS_30AC19VSS_31AC21VSS_32AC24VSS_33AC3VSS_34AC6VSS_35AC8VSS_36AD11VSS_37AD13

VSS_

156

W1

VSS_

157

W23

VSS_

158

W26

VSS_

159

W4

VSS_16AA25

VSS_

160

Y21

VSS_

161

Y24

VSS_

162

Y3VS

S_16

3Y6

VSS_17AA5VSS_18AA8VSS_19AB1

VSS_2A14

VSS_20AB11VSS_21AB13VSS_22AB16

VSS_

141

R22

VSS_

142

R25

VSS_

143

R5

VSS_

144

T1VS

S_14

5T2

3VS

S_14

6T2

6VS

S_14

7T4

VSS_

148

U21

VSS_

149

U24

VSS_15AA22

VSS_

150

U3VS

S_15

1U6

VSS_

152

V2VS

S_15

3V2

2VS

S_15

4V2

5VS

S_15

5V5

VSS_

127

L6VS

S_12

8M

2VS

S_12

9M

22

VSS_13AA19

VSS_

130

M25

VSS_

131

M5

VSS_

132

N1

VSS_

133

N23

VSS_

134

N26

VSS_

135

N4

VSS_

136

P21

VSS_

137

P24

VSS_

138

P3VS

S_13

9P6

VSS_14AA2

VSS_

140

R2

VSS_112 H21VSS_113 H24VSS_114 H3VSS_115 H6VSS_116 J2VSS_117 J22VSS_118 J25VSS_119 J5

VSS_12AA16

VSS_120 K1VSS

_121

K23

VSS_

122

K26

VSS_

123

K4VS

S_12

4L2

1VS

S_12

5L2

4L3

VSS_

126

VCC_99 F7

VSS_1A11

VSS_10AA11

VSS_100 F13VSS_101 F16VSS_102 F19VSS_103 F2VSS_104 F22VSS_105 F25VSS_106 F5VSS_107 F8VSS_108 G1VSS_109 G23

VSS_11AA14 VSS_110 G26VSS_111 G4

VCC_84 E12VCC_85 E13VCC_86 E15VCC_87 E17VCC_88 E18VCC_89 E20

VCC_9A9

VCC_90 E7VCC_91 E9VCC_92 F10VCC_93 F12VCC_94 F14VCC_95 F15VCC_96 F17VCC_97 F18VCC_98 F20

VCC_7A20

VCC_70 C12VCC_71 C13VCC_72 C15VCC_73 C17VCC_74 C18VCC_75 C9VCC_76 D10VCC_77 D12VCC_78 D14VCC_79 D15

VCC_8A7

VCC_80 D17VCC_81 D18VCC_82 D9VCC_83 E10

VCC_55 AF15VCC_56 AF17VCC_57 AF18VCC_58 AF20VCC_59 AF9

VCC_6A18

VCC_60 B10VCC_61 B12VCC_62 B14VCC_63 B15VCC_64 B17VCC_65 B18VCC_66 B20VCC_67 B7VCC_68 B9VCC_69 C10

VCC_40AD17VCC_41AD18VCC_42AD7VCC_43AD9VCC_44AE10VCC_45AE12VCC_46AE13VCC_47AE15VCC_48AE17VCC_49AE18

VCC_5A17

VCC_50AE20

VCC_51 AE9VCC_52 AF10VCC_53 AF12VCC_54 AF14

VCC_26AB7VCC_27AB9VCC_28AC10VCC_29AC12

VCC_3A13

VCC_30AC13VCC_31AC15VCC_32AC17VCC_33AC18VCC_34AC7VCC_35AC9VCC_36AD10VCC_37AD12VCC_38AD14VCC_39AD15

VCC_4A15

VCC_11AA12VCC_12AA13VCC_13AA15VCC_14AA17VCC_15AA18VCC_16AA20VCC_17AA7VCC_18AA9VCC_19AB10

VCC_2A12

VCC_20AB12VCC_21AB14VCC_22AB15VCC_23AB17VCC_24AB18VCC_25AB20

VCC_CORE

MEROM-SOCKETCPU500-4

VCC_1A10

VCC_10AA10

VCC_100 F9

22000nF

20%

6.3V

C167

VCC_CORE

22000nF6.3V

20%

6.3V22000nFC169

20%

C168

20%

6.3V

100nF10V

C172

VCCP

22000nFC170

1%100R143

1%100R140

22000nFC183

20%

VCC_CORE

9-B4 42-B4

6.3V

20%

6.3V6.3V

20%

C18222000nF 22000nF

20%

C18122000nF22000nF

C179 C180

6.3V22000nFC178

20%

6.3V

20%

6.3V

20%

6.3V

20%

6.3V

C17722000nF

6.3Vnostuff

22000nFC166

6.3Vnostuff

20%

C19822000nF

6.3Vnostuff

20%

C19622000nF

100nFC162

20%

C19722000nF

100nFC163

10V10V 10V10V

C171100nF

42-B49-B4

C164100nF

C173

10V100nF

CPU1_VCCSENSE

CPU1_VSSSENSE20%

22000nFC176

6.3V


Samsun

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Confide

ntial


C

SAMSUNG

2

TRIP_SET

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

Line Width = 20 mil

3

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

14

10mil width, 10mil spacing



4

B

A

SAMSUNG PROPRIETARY

D

SMBUS Address "7A"


R2

FAN Connector

- Place a ground plane under the traces.

ELECTRONICS

A

Thermal Monitor

B

OTP (NOSTUFF)

Must be apart from Heatsink

So: T = 90C

R1

FAN Control

3.3 * R2 / (R1 + R2) = (T - 75) / 21

C

13

Between CPU and MCH

- Use recommended trace widths and spacings (10mil)

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

Refer To Thermal Sensor Layout Guidelines.

2

- Place the Thermal Sensor close to a remote diode.

D

11-C2


12345 MNT1MNT26

21-B1

43-C32.2nFC194

3711-000922

J2HDR-4P-SMD

13

2

1%

Q27MMBT3904

10V 49.9R745

C736100nF

10K

nostuffC629100nF10V

R72510K

nostuff

P3.3V_AUX

R727

MMBT3904Q527

1

32

34-B3

34-C420-D3

56

R179

R74610K10K

R747

9-C4

6.3V

C73810000nF

nostuff

11-B2

20-C3

6.3V

C59610000nF

C756100nF10V

9-C4

VCCP

TACH28

THERMTRIP#13

29THRM_PAD

TRIP_SET11

VDD_3V1VDD_5V_124VDD_5V_227

FAN_MODE10

GND 20NC_18NC_21521 NC_3

POWER_OK14RESET#16

SHDN_SEL9

23SMCLKSMDATA 22

SYS_SHDN# 1219

18CLK_INCLK_SEL 17

DN1 2

DN2 4

DN3 6

DP1 3

DP2 5

DP3 7

FAN_125FAN_226

P3.3V

EMC2102U512

ALERT#

2 GNDHYST1 5OS*

V+ 4VTEMP3

11-C4

9-C4

P3.3V

VCCP

nostuff

U507LM26CIM5X-TPA

C737 0.47nFSHORT507 0

11-B2

R68510K

nostuff

11-C143-C3nostuff

R6000

1%

R6832K

1%

nostuff

P3.3V_AUX

11-C4

2KR726

34-C3

P3.3V

11-B3

MICOM_P3.3V

10KR578

1%

R723200K

P3.3V_AUXP5.0V

1%

R72456K

11-C4

Q528MMBT3904

nostuff1

32

KBC3_PWRGD

FAN5_VDD CPU2_THERMDA

CPU2_THERMDC

THERM3_ALERT#

10000nFC755

6.3V

FAN5_VDD

CPU3_THRMTRIP#

CHP3_SBTHRMTRIP#

THERM_STP#

CPU1_THRMTRIP#

FAN3_FDBACK#

CPU3_THRMTRIP#

FAN3_FDBACK#

THERM_STP#

KBC3_THERM_SMDATAKBC3_THERM_SMCLK


Samsun

g

Confide

ntial

ADD

R.G

ROUP

0

DAT

A G

ROUP

0D

ATA

GRO

UP 1

DAT

A G

ROUP

2D

ATA

GRO

UP 3

1 OF 5

MIS

CCO

NTRO

L

P-4

AGTL

+ I/

FADD

R.G

ROUP

1

3

3

4

C



A

D


1

D

SAMSUNGELECTRONICS

SAMSUNG PROPRIETARY1

4

B

USE 10/10MIL WIDTH/SPACE


B

A

For heat pipe

C

2


2

PLACE CLOSE TO NB

26

8

2200nFC12210V

21

34-C3

13

25

40

nostuff

1%R588 49.9

19

41

43

2.2KR77

10V

C1192200nF

38

1

8-C2

8-C1

8-C2

7

8-C432

46

12

8-D3

8-C28-D18-D2 8-C1

2

VCCP

1%20KR82

60

MMBT3904Q16

nostuff

13

0R72

nostuff

BLM18PG181SN1B22

28

9-D4 19-A4 19-D2

11

7

14

31

3

2

27

23

8-C3

30

M1

LENGTH

HEADDIA

M2

0

1

8-C2

LENGTH

HEADDIA

24

SHORT8 0 nostuff1%1KR71

13

8-B2

25

8-D3

61

R108 24.9 1%

R11061.91%

20

8-C1

5

P1.8V_AUX44

132

8-C2

P3.3V_NB

8-D3

POWERGOOD

AT9 SUS_STAT#D10 SYSRESET#

A20 TESTMODE

AT4 THERMALDIODE_N

AT5 THERMALDIODE_P

MMBT3904Q17

K40 CPU_REQ4#

U46 CPU_RESERVED

L47 CPU_RS0#R47 CPU_RS1#L45 CPU_RS2#

R45 CPU_TRDY#

A32 CPU_VREF

V35 IOPLLVDD12

AA35 IOPLLVDD18

W35 IOPLLVSS

F10

CPU_DSTB2N# F29CPU_DSTB2P#

B41CPU_DSTB3N# C41CPU_DSTB3P#

K47 CPU_HIT#P46 CPU_HITM#

M45 CPU_LOCK#

P39 CPU_REQ0#M39 CPU_REQ1#K44 CPU_REQ2#H42 CPU_REQ3#CPU_DBI0#

K36CPU_DBI1#

J30CPU_DBI2#

A36CPU_DBI3#

M46 CPU_DBSY#

K46 CPU_DEFER#P45 CPU_DRDY#

E46CPU_DSTB0N# E45CPU_DSTB0P#

J38CPU_DSTB1N# J36CPU_DSTB1P#

H29

C36CPU_D58# B36CPU_D59#

F45CPU_D6#

A37CPU_D60# C38CPU_D61# B34CPU_D62# C34CPU_D63#

F47CPU_D7# C46CPU_D8# A44CPU_D9#

E47

CPU_D48# B40CPU_D49#

G46CPU_D5#

B43CPU_D50# C42CPU_D51# C43CPU_D52# A42CPU_D53# B38CPU_D54# A41CPU_D55# C40CPU_D56# A38CPU_D57#

CPU_D38# E30CPU_D39#

H45CPU_D4#

M27CPU_D40# F27CPU_D41# K27CPU_D42# D25CPU_D43# E27CPU_D44# J27CPU_D45# J25CPU_D46# F25CPU_D47#

C37

H38CPU_D29#

G45CPU_D3#

D32CPU_D30# E34CPU_D31#

J32CPU_D32# F32CPU_D33# K32CPU_D34# D29CPU_D35# M29CPU_D36# K30CPU_D37# F30

CPU_D19#

K45CPU_D2#

H40CPU_D20# D44CPU_D21# D42CPU_D22# D40CPU_D23# E38CPU_D24# F36CPU_D25# E36CPU_D26# J34CPU_D27# F34CPU_D28#

CPU_D0# G47CPU_D1#

D46CPU_D10# C45CPU_D11# D47CPU_D12# B44CPU_D13# A43CPU_D14# B45CPU_D15#

E40CPU_D16# F44CPU_D17# E42CPU_D18# F40

T43 CPU_A9#

R46 CPU_ADS#

T42 CPU_ADSTB0#

AA44 CPU_ADSTB1#

M47 CPU_BNR#H44 CPU_BPRI#

T45 CPU_BR0#

A31 CPU_COMP_N

B32 CPU_COMP_P

K25 CPU_CPURST#

H46

CPU_A27#AD38 CPU_A28#AA36 CPU_A29#

M42 CPU_A3#

AD42 CPU_A30#AD40 CPU_A31#

K42 CPU_A4#M44 CPU_A5#T39 CPU_A6#M38 CPU_A7#P42 CPU_A8#

CPU_A16#

AC39 CPU_A17#W43 CPU_A18#V44 CPU_A19#V36 CPU_A20#AA40 CPU_A21#AC43 CPU_A22#V38 CPU_A23#AA42 CPU_A24#AA38 CPU_A25#AC42 CPU_A26#AD36

AD44 CPUA32#_NCAD43 CPUA33#_NC

T47 CPUDPWR#

C17 CPUSLP#_RESERVED1

P38 CPU_A10#P44 CPU_A11#P36 CPU_A12#W39 CPU_A13#V40 CPU_A14#W42 CPU_A15#V42

8-C3

U506-1RS600ME

47

P1.8V

18

8-D3

24

20

16

3

R1091271%

10

19-C1

2

8-C1

34

38-C4 8-D4

nostuff8-D38-B2

18

3536

22

8-C3 44-C3

R152 0

C606

8-C2

63

10

17

9-C4

270pF

8-C1

59

6

8-C4

21

8-C3

0

1514

62

4

8-C3

R864.7K

8-C3

P1.8V

58

15

20-D3 34-B3

8

42

6

33

55

11

9

D3

1G

2S

P1.2V

23

16

49

4

17

RHU002N06Q15

8-D3

9

4.7KR76

8-C1

B23BLM18PG181SN1

31

54

39

51

32

45

27

8-D3

37

VCCP

48

8-C3

4

VCCP

12

19

1000nFC607

6.3V

26

8-B1

R734.7K

nostuff

2928

50

57

30

53

56

8-C3

22

5

52

29

33

VCCP

CPU1_DSTBP1#

CPU1_DBI1#CPU1_DSTBN1#

CHP3_SUSSTAT#

CPU1_SLP#

CHP3_NBRST#KBC3_NBPWRGD

8-C3

CPU1_HITM#CPU1_DPWR#

CPU1_DSTBP0#CPU1_DSTBN0#CPU1_DBI0#

CPU1_DSTBP3#CPU1_DSTBN3#CPU1_DBI3#

CPU1_LOCK#

CPU1_ADS#CPU1_BNR#CPU1_BPRI#

CPU1_DRDY#

CPU1_CPURST#CPU1_RS2#CPU1_RS1#CPU1_RS0#

CPU1_HIT#

CPU1_ADSTB1#

CPU1_DEFER#

CPU1_DBSY#

CPU1_D#(63:0)

CPU1_DBI2#CPU1_DSTBN2#CPU1_DSTBP2#

CPU1_BREQ#

CPU1_ADSTB0#

CPU1_TRDY#

CPU1_A#(33:3)

CPU1_REQ#(4:0)


Samsun

g

Confide

ntial

PCIE CLKPC

IE I/

F

2 OF 5


Mini Card I/FLOM I/F

B

12

1

C


4

C

A


SAMSUNG PROPRIETARY

PEX1_MIN

D

3 2



ELECTRONICSSAMSUNG

4

PEX1_EXP

3

PEX1_LANExpress Card I/F

D

B

A

7-C1

C64 100nF 10V

562R576 1%7-C1

10V100nFC68

7-C1

19-C419-D4

SB_TX3NAN2SB_TX3P

P1.2V1.47KR577 1%

AM6 SB_RX2NAM5 SB_RX2P

AK10 SB_RX3NAK9 SB_RX3P

SB_TX0N AV2SB_TX0P AV1SB_TX1N AU1SB_TX1P AU2

AT1SB_TX2NAP2SB_TX2PAN1

GPP_TX3N AE10GPP_TX3P AE9

BA3PCE_CALIBA2PCE_CALRNBA1PCE_CALRPSB_CLKNB6

SB_CLKPA6

SB_RX0NAV3SB_RX0PAU3SB_RX1NAM10SB_RX1PAM9

GPP_RX1P

GPP_RX2NAJ1GPP_RX2PAJ2

GPP_RX3NAG6GPP_RX3PAG5

AG10GPP_TX0NAG9GPP_TX0P

AL1GPP_TX1NAK2GPP_TX1P

GPP_TX2N AH1GPP_TX2P AH2

GFX_TX6P P2

GFX_TX7N T1GFX_TX7P T2

GFX_TX8N U1GFX_TX8P U2

GFX_TX9N W1GFX_TX9P V2

AK5 GPP_RX0NAK6 GPP_RX0P

AM1 GPP_RX1NAM2

GFX_TX1N F1GFX_TX1P F2

GFX_TX2N G1GFX_TX2P G2

GFX_TX3N K1GFX_TX3P H2

GFX_TX4N L1GFX_TX4P L2

GFX_TX5N M1GFX_TX5P M2

GFX_TX6N R1

Y2

GFX_TX11N AA1GFX_TX11P AA2

GFX_TX12N AC1GFX_TX12P AB2

GFX_TX13N AD1GFX_TX13P AD2

GFX_TX14N AE1GFX_TX14P AE2

GFX_TX15N AG1GFX_TX15P AF2

GFX_RX6PP4

GFX_RX7NT5GFX_RX7PT6

GFX_RX8NT10GFX_RX8PT9

GFX_RX9NV6GFX_RX9PV5

GFX_TX0N E1GFX_TX0P D2

GFX_TX10N Y1GFX_TX10P

GFX_RX1NH4GFX_RX1PH5

GFX_RX2NK6GFX_RX2PK8

GFX_RX3NM6GFX_RX3PM8

GFX_RX4NM4GFX_RX4PM5

GFX_RX5NP8GFX_RX5PP9

GFX_RX6NP5

V9

GFX_RX11NAA5GFX_RX11PAA6

GFX_RX12NAA10GFX_RX12PAA9

GFX_RX13NAC6GFX_RX13PAC5

GFX_RX14NAC10GFX_RX14PAC9

GFX_RX15NAE5GFX_RX15PAE6

GFX_CLKNB4GFX_CLKPA5

GFX_RX0NC2GFX_RX0PC3

GFX_RX10NV10GFX_RX10P

27-B427-B4

RS600MEU506-2

35-C4

29-C429-C4

29-C4

27-B427-B4

35-C435-C435-C429-C4

10V100nFC57C58 100nF 10V

C61 100nF 10V10V100nFC6210V100nFC59

C60 100nF 10V

10V100nFC70

19-C4

19-C419-C4

10V

19-C410V

C63 100nF

10VC66 100nF

19-D419-D4 C65 100nF

19-D4

19-D419-D4

100nFC6919-D419-D4

10V19-C4

19-D4

10V100nFC67

7-C1

2KR575 1%

PEX1_LANRX2PPEX1_LANRX2N

PEX1_MINRX1N

PEX1_EXPRX3P

19-D4

PEX1_ATX2N

PEX1_ATX3PPEX1_ATX3N

PEX1_LANTX2P

PEX1_MINTX1P

PEX1_EXPTX3PPEX1_LANTX2N

PEX1_MINTX1N

PEX1_EXPTX3NPEX1_EXPRX3N

PEX1_MINRX1P

PEX1_ARX1P

CLK1_PCIEICHCLK1_PCIEICH#

PEX1_ARX2PPEX1_ARX2N

PEX1_ARX3PPEX1_ARX3N

PEX1_ATX2P



CLK1_NBSRC#CLK1_NBSRC

PEX1_ARX0NPEX1_ARX0PPEX1_ARX1N


Samsun

g

Confide

ntial

B CHANNEL

A CHANNEL

3 OF 5

C

2

B

4


AA

D

3

B

C

SAMSUNG PROPRIETARY

2

4

THIS DOCUMENT CONTAINS CONFIDENTIALPROPRIETARY INFORMATION THAT IS

1

1

Nearby RS600ME

To reduce EMI noiseNearby RS600ME

To reduce EMI noise

3


D

0

35

2

4

12

1


nostuff

31 4843

17 27

7

48

11

1%

R154100

3

5556

6

44

17-C2

18-D3 17-B2

25

10

5

13 42

5

3

18-C417-C4

17-B4 18-C4

7

12

7 22

18-D417-B4

1

1%

R153100

nostuff

0

2

1%

R74100

nostuff

18-D3 17-C2

50

3 5819

4

17-C2

1

5324 2828

62

17-C2

18-C3 17-B2

17-C4

18-D332

8

60

35

nostuff

1%1K

R597

58

11

33

7

1%

R75100

R5981K1%

2

4720 46

30

4

7

5945

0

9

0

51

9

8

1

17-D4

44

6

40

21

42

5

5037

1

18-D417-C4

63

18-C4

12

18-C3 17-C2

41 4633

17-C4

61

17-C2

3614 60

9

2

17-A4

17-B4

37

0

5

23

2

29

4

45

9

5

39

14

55 5953

18-C417-C4

26

17-C4 18-D4

17-D2

2 1818

10V

C622100nF

49

54 57

11

32 5616 2519

7

15 43

5

52

2

8

17-D4

1

6240

3

2

4

54

17-A2

6

17-B2

nostuff

R599 0

17-B4 18-C4

41

17-C4

17-B218-D3

710

5

13

29

3

39

P1.8V_AUX

0

13

18-D4

0

38

P1.8V_AUX

18-C3 17-B2

17-C4 18-D4

6

5

3

38

17-C218-C3

17-B4

17-D218-C3

1

1

3

6

52

49

0

36

5

34

6

17-C218-C3

26 3122

BB47MEMB_ODT3 BB45

MEMB_RASB# BF38MEMB_WEB# BE40

AT45MEM_COMPNAT46MEM_COMPPBG44 MEM_VREF

10

17-B2

AW27

MEMB_DQS4N BD34

MEMB_DQS4P BD32

MEMB_DQS5N BD40

MEMB_DQS5P BC38

MEMB_DQS6N AT44

MEMB_DQS6P AP44

MEMB_DQS7N AK42

MEMB_DQS7P AK40

MEMB_ODT0 BC46MEMB_ODT1 BC45MEMB_ODT2

MEM

B_D

Q7AV

9M

EMB_

DQ8

BC14

MEM

B_D

Q9AY

14

MEMB_DQS0N AY5

MEMB_DQS0P AY6

MEMB_DQS1N AV16

MEMB_DQS1P AW16

MEMB_DQS2N BD21

MEMB_DQS2P BD19

MEMB_DQS3N AW25

MEMB_DQS3P

AT42

MEM

B_D

Q55

AP42

MEM

B_D

Q56

AM38

MEM

B_D

Q57

AK44

MEM

B_D

Q58

AJ42

MEM

B_D

Q59

AG44

MEM

B_D

Q6BB

4

MEM

B_D

Q60

AK36

MEM

B_D

Q61

AM43

MEM

B_D

Q62

AM39

MEM

B_D

Q63

AJ43

BB38

MEM

B_D

Q45

BC36

MEM

B_D

Q46

BB40

MEM

B_D

Q47

BD42

MEM

B_D

Q48

AV40

MEM

B_D

Q49

AT40

MEM

B_D

Q5AV

4

MEM

B_D

Q50

AP40

MEM

B_D

Q51

AT39

MEM

B_D

Q52

AY40

MEM

B_D

Q53

AV39

MEM

B_D

Q54

MEM

B_D

Q35

BB36

MEM

B_D

Q36

AY29

MEM

B_D

Q37

AT32

MEM

B_D

Q38

BB34

MEM

B_D

Q39

AY32

MEM

B_D

Q4AT

8

MEM

B_D

Q40

BD38

MEM

B_D

Q41

AY36

MEM

B_D

Q42

AY38

MEM

B_D

Q43

BC40

MEM

B_D

Q44

AV23

MEM

B_D

Q26

BD27

MEM

B_D

Q27

BB25

MEM

B_D

Q28

BC23

MEM

B_D

Q29

BD24

MEM

B_D

Q3BD

6

MEM

B_D

Q30

BC25

MEM

B_D

Q31

BB27

MEM

B_D

Q32

AW30

MEM

B_D

Q33

AV32

MEM

B_D

Q34

AW34

BB18

MEM

B_D

Q16

AT18

MEM

B_D

Q17

AW19

MEM

B_D

Q18

AW23

MEM

B_D

Q19

AY24

MEM

B_D

Q2BC

6

MEM

B_D

Q20

AY18

MEM

B_D

Q21

AV19

MEM

B_D

Q22

BB21

MEM

B_D

Q23

AY21

MEM

B_D

Q24

BB23

MEM

B_D

Q25

MEMB_DM5 AW38MEMB_DM6 AT38MEMB_DM7 AM42

MEM

B_D

Q0AV

5M

EMB_

DQ1

AV6

MEM

B_D

Q10

BD18

MEM

B_D

Q11

BC16

MEM

B_D

Q12

BB14

MEM

B_D

Q13

BD12

MEM

B_D

Q14

BB16

MEM

B_D

Q15

BE22MEMB_CKE3 BF22

MEMB_CS0# BF40MEMB_CS1# BF41MEMB_CS2# BE38MEMB_CS3# BF45

MEMB_DM0 AY4MEMB_DM1 AV14MEMB_DM2 BB19MEMB_DM3 AT24MEMB_DM4 BB32

BD10MEMB_CK2N BB43MEMB_CK2P BB44MEMB_CK3N AT25MEMB_CK3P AV25MEMB_CK4N BC8MEMB_CK4P BD8MEMB_CK5N BD44MEMB_CK5P BE44

MEMB_CKE0 BF23MEMB_CKE1 BG23MEMB_CKE2

MEMB_A7 BE25MEMB_A8 BF26MEMB_A9 BF25

MEMB_BA0 BG38MEMB_BA1 BE37MEMB_BA2 BG24

MEMB_CASB# BG41

MEMB_CK0N AV29MEMB_CK0P AT30MEMB_CK1N BC10MEMB_CK1P

BG31

MEMB_A10 BG37MEMB_A11 BG25MEMB_A12 BE24MEMB_A13 BG42MEMB_A14 BE23

MEMB_A2 BE29MEMB_A3 BE27MEMB_A4 BF27MEMB_A5 BG27MEMB_A6 BE26

AC47

MEMA_DQS6PAC46

MEMA_DQS7NW47

MEMA_DQS7PW46

MEMA_ODT0AY45MEMA_ODT1AU47MEMA_ODT2AV47MEMA_ODT3AT47

MEMA_RASB#BC47MEMA_WEB#BA45

MEMB_A0 BE36MEMB_A1

MEMA_DQS1NBG7

MEMA_DQS1PBF7

MEMA_DQS2NBF12

MEMA_DQS2PBE12

MEMA_DQS3NBF18

MEMA_DQS3PBE18

MEMA_DQS4NAM47

MEMA_DQS4PAM46

MEMA_DQS5NAH46

MEMA_DQS5PAG47

MEMA_DQS6N

U47

MEM

A_D

Q6BE

3

MEM

A_D

Q60

AA46

MEM

A_D

Q61

Y47

MEM

A_D

Q62

V45

MEM

A_D

Q63

U45

MEM

A_D

Q7BF

3M

EMA_

DQ8

BF5

MEM

A_D

Q9BG

6

MEMA_DQS0NBD3

MEMA_DQS0PBE2

AD47

MEM

A_D

Q5BC

1

MEM

A_D

Q50

AB45

MEM

A_D

Q51

AA47

MEM

A_D

Q52

AE47

MEM

A_D

Q53

AE45

MEM

A_D

Q54

AC45

MEM

A_D

Q55

AB46

MEM

A_D

Q56

AA45

MEM

A_D

Q57

Y46

MEM

A_D

Q58

V46

MEM

A_D

Q59

MEM

A_D

Q4BC

2

MEM

A_D

Q40

AJ46

MEM

A_D

Q41

AJ45

MEM

A_D

Q42

AG45

MEM

A_D

Q43

AF45

MEM

A_D

Q44

AK45

MEM

A_D

Q45

AJ47

MEM

A_D

Q46

AG46

MEM

A_D

Q47

AF46

MEM

A_D

Q48

AE46

MEM

A_D

Q49

BE4

MEM

A_D

Q30

BG19

MEM

A_D

Q31

BE19

MEM

A_D

Q32

AP45

MEM

A_D

Q33

AN46

MEM

A_D

Q34

AL45

MEM

A_D

Q35

AK46

MEM

A_D

Q36

AP46

MEM

A_D

Q37

AN47

MEM

A_D

Q38

AL47

MEM

A_D

Q39

AL46

BF4

MEM

A_D

Q20

BF10

MEM

A_D

Q21

BG11

MEM

A_D

Q22

BE14

MEM

A_D

Q23

BG15

MEM

A_D

Q24

BG17

MEM

A_D

Q25

BF17

MEM

A_D

Q26

BF19

MEM

A_D

Q27

BE20

MEM

A_D

Q28

BG16

MEM

A_D

Q29

BE16

MEM

A_D

Q3

MEM

A_D

Q10

BE8

MEM

A_D

Q11

BG10

MEM

A_D

Q12

BG5

MEM

A_D

Q13

BE5

MEM

A_D

Q14

BE7

MEM

A_D

Q15

BF8

MEM

A_D

Q16

BE10

MEM

A_D

Q17

BE11

MEM

A_D

Q18

BF15

MEM

A_D

Q19

BE15

MEM

A_D

Q2

AU45

MEMA_DM0BD2MEMA_DM1BE6MEMA_DM2BG12MEMA_DM3BE17MEMA_DM4AN45MEMA_DM5AH47MEMA_DM6AD45MEMA_DM7W45

MEM

A_D

Q0BC

3M

EMA_

DQ1

BD1

AY12MEMA_CK4PAW12MEMA_CK5NAY43MEMA_CK5PAY44

MEMA_CKE0BF29MEMA_CKE1BG28MEMA_CKE2BG29MEMA_CKE3BE28

MEMA_CS0#BA46MEMA_CS1#AV46MEMA_CS2#BA47MEMA_CS3#

MEMA_BA2BE30

MEMA_CASB#AY46

MEMA_CK0NBB29MEMA_CK0PBB30MEMA_CK1NAY10MEMA_CK1PAY8MEMA_CK2NAV44MEMA_CK2PAV43MEMA_CK3NBD29MEMA_CK3PBD30MEMA_CK4N

BF30

MEMA_A2BG36MEMA_A3BE34MEMA_A4BF34MEMA_A5BE33MEMA_A6BF33MEMA_A7BE32MEMA_A8BG33MEMA_A9BG32

MEMA_BA0BD46MEMA_BA1BD47

MEMA_A0BE42MEMA_A1BF36

MEMA_A10BE46MEMA_A11BE31MEMA_A12BF31MEMA_A13AV45MEMA_A14

18-D3

3

6

U506-3

RS600ME

34

2

17-C218-D3

MEM1_REF

3

8

17-C2

14

17-B4

1

3

0

23

13

4

1617

4

4

6

30

61

5

106

17-C2

63

27

R602 40.2

7

17-C4 18-C4

17-C4

57

4

1%

17-C218-C3

7

211514

6

18-C417-C4

18-D417-C4

2

7

100nFC623

10V

51

12 24

1

20 470

11

1%R603 40.2

CLK1_AMCLK1

CLK1_AMCLK2

CLK1_BMCLK1

CLK1_BMCLK2

4

MEM1_BDQ(63:0)

MEM1_BDM(7:0)

MEM1_BDQS(7:0)

CLK1_BMCLK1#

CLK1_BMCLK2#

MEM1_BCKE1MEM1_BCKE0

MEM1_BCS1#MEM1_BCS0#

MEM1_BDQS#(7:0)

MEM1_BBS0MEM1_BBS1MEM1_BBS2

MEM1_BODT1MEM1_BODT0

MEM1_BWE#

MEM1_ACS1#

MEM1_ADQ(63:0)

MEM1_AODT0

CLK1_AMCLK2#

MEM1_ADQS(7:0)

MEM1_BMA(14:0)

MEM1_BCAS#MEM1_BRAS#

MEM1_ACAS#MEM1_ARAS#

MEM1_AWE#

MEM1_AMA(14:0)

MEM1_ADM(7:0)

CLK1_AMCLK1#

MEM1_ACKE1MEM1_ACKE0

MEM1_ACS0#

MEM1_ADQS#(7:0)

MEM1_ABS0MEM1_ABS1MEM1_ABS2

MEM1_AODT1


Samsun

g

Confide

ntial

CLK.

LVD

S I/F

4 OF 5

SVIDDA

CCR

T



1

SAMSUNG PROPRIETARY

Select configuration of the integrated graphics engine.

D

0 : DDR3. On DDR3, it is necessary to put an isolation FET in series with the pull-up

A

0 : Select Memory Channel A to be a debug bus

DESCRIPTION


B

A

4

4

1

1

1 : Disable integrated graphics


DACVSYNC

4

2

0 : Reserved

2

C

B

C

B

decoupling CAPS on the bottom side close to BALLS

Debug strap configuration. This strap should not be set to "0" on production boards.

A

STRAP DEFINITIONS FOR THE RS600M

DDC_DATA


0 : Enable integrated graphicsEnable/Disable integrated graphics.

P3.3V_NB CONTROL CIRCUIT

3

ELECTRONICS

STRAP PIN

D

A


1 : DDR2

C

STRP_DATA


D

2


4

C

2SAMSUNG PROPRIETARY

Select DDR2 or DDR3 signalling level for the memory interface.

3

DACHSYNC

1 : Required setting for the RS600M

SAMSUNG

D


CLOSE TO CRT CONN

3

1 : Read debug straps from an external EEPROM, or disable debug mode when an EEPROM is absent.


resistor on this strap to separate it from the I2C circuit during an NB reset

1

B

Put the AVDD,AVDDI,AVDDQ,PLVDD

3

7-C1R90

150

nostuff10V

C5982200nF

C8210V

25-C3

1%

2200nF

25-C4

25-C3

6.3V

C6004700nF

10V

C732200nF

P3.3V_NB

R573 0

26-D4

R88

150

nostuff

R572

33

2200nFC7210V

1%

25-C3

B15

BLM18PG181SN1

26-C4

R79 4.7K

P3.3V_NBP3.3V_NB

7-B1

B14

BLM18PG181SN1

4700nFC76

6.3V

1%

nostuff P1.8V

150

R89

10V

C802200nF

R85

4.7K

C790.1nF

10V

C83100nF

P1.2V

PLLVDD18

nostuff16V

C597470nF

13

2

AVDDQ

25-D4

25-C4

nostuff

Q515MMBT3904

nostuff

6.3V

C744700nF

R83 025-C4

C78

10V

25-C3

100nF

P1.8VP3.3V_NB

BLM18PG181SN1

B21

4.7KR111

26-B2

B13

BLM18PG181SN1

P1.8V

100nFC117

10V

4.7K R84

C810.1nF

P3.3V_NB

R81

4.7K

10V2200nFC77

2200nFC599

10V

nostuff

6.3V

C1154700nF

Q517

D3

1 G2

S

nostuff

R571 0

B508

BLM18PG181SN1

nostuff

SI2315BDS-T1

nostuff

R57930K

BLM18PG181SN1

B16

P3.3V

26-A2

2200nFC8410V

R78

4.7K

26-A3

10V2200nFC116

R57010K

7-C1

VSSLT_1 A26VSSLT_2 C29VSSLT_3 F24VSSLT_4

V12 VSSPLL_PCIE_1T12 VSSPLL_PCIE_2T13 VSSPLL_PCIE_3

F18Y

nostuff

F23TXOUTU3P_RESERVED

H24VDDLT18_1 J24VDDLT18_2

J23VDDLT33_1 H23VDDLT33_2M10 VDDPLL_PCIE_1P13 VDDPLL_PCIE_2P12 VDDPLL_PCIE_3

A18 VDDR3_1B18 VDDR3_2

A30

TXOUTL2N_RESERVED A29TXOUTL2P_RESERVED C28TXOUTL3N_RESERVED C27TXOUTL3P_RESERVED

C24TXOUTU0N_RESERVED C25TXOUTU0P_RESERVED D24TXOUTU1N_RESERVED E24TXOUTU1P_RESERVED H21TXOUTU2N_RESERVED J21TXOUTU2P_RESERVED E23TXOUTU3N_RESERVED

SMB_DATAB14STRAP_DATA

B26 TMDS_HPD

A27TXCLKLN_RESERVED B27TXCLKLP_RESERVED

E21TXCLKUN_RESERVED F21TXCLKUP_RESERVED

B28TXOUTL0N_RESERVED A28TXOUTL0P_RESERVED C30TXOUTL1N_RESERVED B30TXOUTL1P_RESERVED B29

C5GPIO4_LVDSENABL

F19 GREEN

B21LTPVDD18A21LTPVSS18

B11 OSCIN

A12 PLLVDD12A14 PLLVDD18

A11 PLLVSS

D19 REDC21SMB_CLKB22

COMP_PB

B7 CPU_CLKNA7 CPU_CLKP

J18C_PRB24 DACHSYNCB23 DACVSYNC

A25 DAC_RSETA22DAC_SDA

B12 DDC_DATA

C4GPIO2_LVDSBLOND3GPIO3_LVDSDIGON

U506-4RS600ME

B19 AVDDDI

A23 AVDDQ

A17 AVDD_1B17 AVDD_2

A19 AVSSDI

M23 AVSSN_1N23 AVSSN_2

A24 AVSSQ

J19 BLUE

D18

P1.8V

P1.8V

25-C40R80

BAV99LT1D512

nostuff

13

2

1%R87 681

25-C4

P1.8V

26-B3

26-D4

P3.3V_NB

P5.0V_ALW

25-D2 25-B4

25-B4

nostuff

Q516RHU002N06

3D

G

1S 2

25-C4

10V2200nFC86

LCD1_ADATA0LCD1_ADATA0#

CRT3_DDCDATA

LCD3_VDDEN

LCD3_BKLTEN

VGA3_VSYNCVGA3_HSYNC

LCD3_EDID_CLK

LCD3_EDID_DATA

CRT3_DDCCLK

LCD1_ACLK

LCD3_BKLTCTRL

CLK0_HCLK1

LCD1_ACLK#

CRT3_BLUECRT3_GREEN

CRT3_RED

CLK3_NB14M

CLK0_HCLK1#

LCD1_ADATA2LCD1_ADATA2#LCD1_ADATA1LCD1_ADATA1#


Samsun

g

Confide

ntialMEN T

RAN

S. P

WR

GRO

UND

CPU I/F PWRMEM I/F PWR

PCIE

PW

RG

ROUN

D

CORE PWR

CPU TRANDS. PWR

GROUND

5 OF 5

Check low cost 2.2uF

4

D

A

C

C680 have to be placed under RS600M

C

D

3

2

1

3

2

B

A

B

4 1

1000nFC128

6.3V

nostuff

10000nFC90

6.3V

nostuff

10000nFC56

6.3V

P1.8V_AUX

P1.2V

20%6.3V

C60222000nF

1000nFC89

6.3V

10000nFC610

6.3V6.3V

6.3V

C12610000nF

P1.8V

C11310000nF 10000nF

4700nFC124

6.3V W5

C114

6.3V

VSS_PCIE9AC4

VSS_PCIE90T3VSS_PCIE91T4VSS_PCIE92T8U3 VSS_PCIE93VSS_PCIE94V4VSS_PCIE95V8VSS_PCIE96W2VSS_PCIE97W3VSS_PCIE98W4VSS_PCIE99

AC3

VSS_PCIE80 K5VSS_PCIE81 L3VSS_PCIE82 M3

VSS_PCIE83M9VSS_PCIE84P1VSS_PCIE85P3VSS_PCIE86P6VSS_PCIE87P10VSS_PCIE88R2VSS_PCIE89R3

AC2

VSS_PCIE70 E3VSS_PCIE71 F3VSS_PCIE72 F4VSS_PCIE73 G3VSS_PCIE74 H1VSS_PCIE75 H3VSS_PCIE76 H6VSS_PCIE77 K2VSS_PCIE78 K3VSS_PCIE79 K4

VSS_PCIE8

VSS_PCIE60 AY2VSS_PCIE61 AY3VSS_PCIE62 B2VSS_PCIE63 B3VSS_PCIE64 BB1VSS_PCIE65 BB2VSS_PCIE66 BB3VSS_PCIE67 C1D1VSS_PCIE68VSS_PCIE69 E2

VSS_PCIE7

AN3VSS_PCIE51 AP4VSS_PCIE52 AP5VSS_PCIE53 AP6VSS_PCIE54 AP8VSS_PCIE55 AP9VSS_PCIE56 AP10VSS_PCIE57 AT2VSS_PCIE58 AT3VSS_PCIE59 AY1

VSS_PCIE6AB3

VSS_PCIE40VSS_PCIE41 AK3VSS_PCIE42 AK4VSS_PCIE43 AK8VSS_PCIE44 AK12VSS_PCIE45 AL2VSS_PCIE46 AL3VSS_PCIE47 AM3VSS_PCIE48 AM4VSS_PCIE49 AM8

VSS_PCIE5AB1

VSS_PCIE50

VSS_PCIE31AH3

VSS_PCIE32 AJ3VSS_PCIE33 AJ4VSS_PCIE34 AJ5VSS_PCIE35 AJ6VSS_PCIE36 AJ8VSS_PCIE37 AJ9VSS_PCIE38 AJ10VSS_PCIE39 AJ12

VSS_PCIE4AA8

AK1

AE4VSS_PCIE22AE8VSS_PCIE23AE12VSS_PCIE24AF1VSS_PCIE25AF3VSS_PCIE26AG2VSS_PCIE27AG3VSS_PCIE28AG4VSS_PCIE29AG8

VSS_PCIE3AA4

AG12 VSS_PCIE30

AC12AD3 VSS_PCIE12

VSS_PCIE13AD4VSS_PCIE14AD5VSS_PCIE15AD6VSS_PCIE16AD8VSS_PCIE17AD9VSS_PCIE18AD10VSS_PCIE19AD12

VSS_PCIE2AA3

VSS_PCIE20AE3VSS_PCIE21

VSS3

40Y2

8VS

S341

Y30

VSS3

42Y4

5

VSS_PCIE1A3

AC8 VSS_PCIE10

VSS_PCIE100W6VSS_PCIE101W8VSS_PCIE102W9VSS_PCIE103W10VSS_PCIE104Y3

VSS_PCIE11

V47

VSS3

30W

18VS

S331

W20

VSS3

32W

23W

26VS

S333

VSS3

34W

29VS

S335

W40

VSS3

36W

44VS

S337

Y19

VSS3

38Y2

2VS

S339

Y25

T38

VSS3

19T4

0VS

S320

T44

VSS3

21T4

6VS

S322

V19

VSS3

23V2

2VS

S324

V25

VSS3

25V2

8VS

S326

V30

VSS3

27V3

9VS

S328

V43

VSS3

29

VSS3

08M

24VS

S309

M25

VSS3

10M

36VS

S311

M40

M43

VSS3

12VS

S313

N18

VSS3

14N

19VS

S315

N21

VSS3

16P4

0VS

S317

P43

VSS3

18

K19

VSS2

98K2

1VS

S299

K23

VSS3

00K2

4K3

4VS

S301

VSS3

02K3

9VS

S303

K43

VSS3

04L4

6VS

S305

M18

VSS3

06M

19VS

S307

M21

H12

VSS2

87H

18VS

S288

H19

VSS2

89H

25VS

S290

H27

VSS2

91H

34VS

S292

H36

VSS2

93H

43VS

S294

H47

VSS2

95J1

2VS

S296

K18

VSS2

97

VSS2

76E1

2VS

S277

E18

VSS2

78E1

9VS

S279

E25

VSS2

80E2

9VS

S281

E32

F5VS

S282

VSS2

83F1

2VS

S284

F38

VSS2

85F4

6VS

S286

D6

VSS2

66D

12VS

S267

D21

VSS2

68D

23D

27VS

S269

VSS2

70D

30VS

S271

D34

VSS2

72D

36VS

S273

D38

VSS2

74D

45VS

S275

E10

C11

VSS2

55C1

2VS

S256

C14

VSS2

57C1

9VS

S258

C20

VSS2

59C2

2VS

S260

C23

VSS2

61C2

6VS

S262

C44

VSS2

63C4

7VS

S264

D4

VSS2

65

VSS2

44BG

3VS

S245

BG4

VSS2

46BG

8VS

S247

BG14

VSS2

48BG

18VS

S249

BG20

BG21

VSS2

50VS

S251

BF24

VSS2

52BG

43VS

S253

C6VS

S254

BF11

VSS2

34BF

14VS

S235

BF16

VSS2

36BF

20BF

21VS

S237

VSS2

38BF

28VS

S239

BF32

VSS2

40BF

37VS

S241

BF42

VSS2

42BF

44VS

S243

BF43

BD23VSS223 BD25VSS224 BC27VSS225 BD36VSS226 BE1

VSS2

27BE

21VS

S228

BE41

VSS2

29BE

43VS

S230

BE47

VSS2

31BF

2VS

S232

BF6

VSS2

33

VSS212 BC19VSS213 BC21VSS214 BC24VSS215 BC29VSS216 BC30BC32VSS217VSS218 BC34VSS219 BD4VSS220 BD14VSS221 BD16VSS222

B31VSS202 B37VSS203 B42VSS204 B46VSS205 BB8VSS206 BB10VSS207 BB12BB24VSS208VSS209 BB46VSS210 BC12VSS211 BC18

AW36VSS191 AY16VSS192 AY19VSS193 AY23VSS194 AY25VSS195 AY27VSS196 AY30VSS197 AY34AY42VSS198VSS199 AY47VSS200 B5VSS201

VSS180 AV8VSS181 AV12VSS182 AV42VSS183 AW10VSS184 AW14VSS185 AW18VSS186 AW21AW24VSS187VSS188 AW29VSS189 AW32VSS190

AM40VSS170 AM44VSS171 AM45VSS172 AP39VSS173 AP43VSS174 AP47VSS175 AT6VSS176 AT10AT12VSS177VSS178 AT43VSS179 AU46

AJ39VSS159 AJ40VSS160 AJ44VSS161 AK18VSS162 AK20VSS163 AK23VSS164 AK26VSS165 AK29VSS166 AK39VSS167 AK43VSS168 AK47VSS169

VSS148AH23AH26 VSS149VSS150AH29VSS151AH45VSS152AJ19VSS153AJ22VSS154AJ25

VSS155 AJ28AJ30VSS156VSS157 AJ38VSS158

AF19VSS138AF22VSS139AF25VSS140AF28VSS141AF30VSS142AF47VSS143AG40VSS144AG42VSS145AG43VSS146AH18VSS147AH20

AD46VSS127AE18VSS128AE20VSS129AE23AE26 VSS130VSS131AE29VSS132AE39VSS133AE40VSS134AE42VSS135AE43VSS136AE44VSS137

VSS116AB47AC19 VSS117VSS118AC22VSS119AC25VSS120AC28VSS121AC30VSS122AC38VSS123AC40VSS124AC44VSS125AD39VSS126

A4VSS106A34VSS107A40VSS108A45VSS109AA39VSS110AA43VSS111AB18VSS112AB20VSS113AB23VSS114AB26VSS115AB29

V3 VDD_PCIE44V13V15 VDD_PCIE45

VDD_PCIE46W12VDD_PCIE47W13VDD_PCIE48W15

VDD_PCIE5AC13VDD_PCIE6AD13VDD_PCIE7AE13VDD_PCIE8AG13

AJ13 VDD_PCIE9

VSS105

VDD_PCIE34K12VDD_PCIE35K14VDD_PCIE36M12VDD_PCIE37M14VDD_PCIE38N14

R15 VDD_PCIE39

VDD_PCIE4AA13

VDD_PCIE40T15VDD_PCIE41U15VDD_PCIE42V1VDD_PCIE43

C7 VDD_PCIE25C8 VDD_PCIE26

C10 VDD_PCIE27D8 VDD_PCIE28E8 VDD_PCIE29F8

VDD_PCIE3AA12

VDD_PCIE30H8VDD_PCIE31H10

J10 VDD_PCIE32VDD_PCIE33K9

AM12 VDD_PCIE15AM13 VDD_PCIE16AM15 VDD_PCIE17AN15 VDD_PCIE18

AP1 VDD_PCIE19AP3

VDD_PCIE2A10

VDD_PCIE20AP12VDD_PCIE21AP13

B8 VDD_PCIE22VDD_PCIE23B10VDD_PCIE24

VDD

_MEM

63BG

34BG

40VD

D_M

EM64

VDD

_MEM

7AG

39VD

D_M

EM8

AJ33

VDD

_MEM

9AJ

35

VDD_PCIE1A8

VDD_PCIE10AJ15VDD_PCIE11AK13VDD_PCIE12AK15VDD_PCIE13AL15VDD_PCIE14

AV30

VDD

_MEM

54AV

34VD

D_M

EM55

AV36

VDD

_MEM

56BD

45VD

D_M

EM57

BE45

VDD

_MEM

58BF

46VD

D_M

EM59

BG45

VDD

_MEM

6AG

38

VDD

_MEM

60BG

22VD

D_M

EM61

BG26

VDD

_MEM

62BG

30

AT21

VDD

_MEM

44AT

23VD

D_M

EM45

AT27

VDD

_MEM

46AT

29AT

34VD

D_M

EM47

VDD

_MEM

48AT

36VD

D_M

EM49

AV18

VDD

_MEM

5AG

36

VDD

_MEM

50AV

21VD

D_M

EM51

AV24

VDD

_MEM

52AV

27VD

D_M

EM53

VDD

_MEM

34AR

24AR

25VD

D_M

EM35

VDD

_MEM

36AR

29VD

D_M

EM37

AR30

VDD

_MEM

38AR

32VD

D_M

EM39

AR34

VDD

_MEM

4AG

35

VDD

_MEM

40AT

14VD

D_M

EM41

AT16

VDD

_MEM

42AT

19VD

D_M

EM43

AN33

VDD

_MEM

25AP

35VD

D_M

EM26

AP36

VDD

_MEM

27AP

38VD

D_M

EM28

AR14

VDD

_MEM

29AR

16

VDD

_MEM

3AE

38

VDD

_MEM

30AR

18VD

D_M

EM31

AR19

VDD

_MEM

32AR

21VD

D_M

EM33

AR23

AL33

VDD

_MEM

15AM

35VD

D_M

EM16

AM36

VDD

_MEM

17AN

17AN

18VD

D_M

EM18

VDD

_MEM

19AN

19

VDD

_MEM

2AE

36

VDD

_MEM

20AN

29VD

D_M

EM21

AN30

VDD

_MEM

22AN

31VD

D_M

EM23

AN32

VDD

_MEM

24

VDD

_CPU

6C3

2C3

3VD

D_C

PU7

VDD

_CPU

8H

30VD

D_C

PU9

H32

VDD

_CPU

_PAC

KP4

7VD

D_M

EM1

AE35

VDD

_MEM

10AJ

36VD

D_M

EM11

AK33

VDD

_MEM

12AK

35VD

D_M

EM13

AK38

VDD

_MEM

14

T33

VDD

_CPU

27T3

5VD

D_C

PU28

T36

VDD

_CPU

29U3

3

VDD

_CPU

3AC

36

VDD

_CPU

30V3

3VD

D_C

PU31

W33

VDD

_CPU

32W

36VD

D_C

PU33

W38

VDD

_CPU

4B3

3VD

D_C

PU5

C31

N29

VDD

_CPU

17N

30VD

D_C

PU18

N32

VDD

_CPU

19N

34

AC35

VDD

samsung np r60 schematics

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