3 2 4 SAMSUNG PROPRIETARY THIS DOCUMENT CONTAINS … · 2014. 1. 7. · USB2.0 #2 : C-1 A0h 0.0000...

Sheet 2 - 7. Diagram (Block/Power) & annotations

Sheet 9 - 11. YONAH667 / MEROM CPU(TBD)

Sheet56. Test point

Sheet18. DDR II SODIMM

4

Sheet20 - 23. ICH7-MSheet24. FWH

1

Sheet44. MDC MODEM / USB0 / LAN connector

Sheet36. eXpress card

Sheet49. DDR2 Power

Chip Set :

Sheet55. AUDIO Sub-B’D

1

Sheet48. P1.5V_AUX, VCCP

THIS DOCUMENT CONTAINS CONFIDENTIAL

Sheet50. CPU VRM (VCC_CORE)

Sheet39. AUDIO AGC / AMP

Sheet 12. Thermal Sensor / FAN Control

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERS

Sheet 1. Cover

BA41-00645A

Sheet45. B’D to B’D Connector

D

Sheet53. HDD parking, TPM1.2 , Mount hole

Intel Calistoga PM & ICH7-M(B/H)

Sheet32. VIDEO S.S / T.S / LCD connector

SAMSUNG ELECTRONICS CO’S PROPERTY.

PBA Name :

CICHLID 3

Sheet33. VGA EXT./INT. Switch


Sheet52. Graphic Core Power / P1.2V / P2.5V

SAMSUNG

Sheet25 - 28. NVIDIA G73M graphic controller

PCB Code :

APPROVAL

C

B

Model Name :

A

SAMSUNG ELECTRONICS CO’S PROPERTY.PROPRIETARY INFORMATION THAT IS

CHECK

Intel Yonah 533/667(Merom)

Sheet 13 - 17. CALISTOGA-PM

Owner :

Sheet38. AUDIO CODEC(AD1986A)

Revision :

Sheet51. Switched Power

SAMSUNG PROPRIETARY

Sheet34 - 35. CARDBUS / 1394 / Media Card

Mobility Platform

1

PROPRIETARY INFORMATION THAT IS

Sheet40. AUDIO WOPER & AUDIO Connector

Dev. Step :

SAMSUNG PROPRIETARY

1.4

C

4

Sheet43. LAN (Broadcom 5751M)

DRAW

Sheet41. HDD, ODD connector & remote controller

PRR

Sheet46. Charger B

Sheet19. DDR Termination


MAIN

Sheet30 - 31. Video memory

Sheet54. DOCKING Connector , SUPER I/O

Remarks :

Sheet47. P3.3V_ALWS / P5V_AUX Power

233

23

A

Sheet29. Video Moad Strap

D

4

Signature :

2

1

EXCEPT AS AUTHORIZED BY SAMSUNG.

T.R. Date :

Table of Contents

ELECTRONICS

Sheet 8. Clock genertor

34

SESC R&D TEAM_3

CICHLID 3


CPU :

Sheet37. miniPCI & miniPCI express

2

Sheet42. MICOM(2111B)

USB2.0 #2 : C

-

1

A0h

0.0000 V

0

1

1

0

01

0.8750 V

0.8375 V

0

1

0.0125 V

1

0

1

1

1

0

0.3375 V

0.0750 V

1

0

0

1

27MHz PEG (G73m)

10

-

E

1

0.9625 V

0

0

1

0

0.2875 V

0

11

1

10

11

1 0.4500 V

01

0

01

1

1

1

1

MINI PCIEXPRESS6

3.3V power rail (Always On)P3.3V_ALWS

1

2.5V switched power rail (off in S3-S5)0

0

1

0

1

0.0625 V

01

0.0375 V

01

1

10

1

P0.9V

0

0.9125 V

0

1

00

0

1

0.3750 V

0

1

0

0

00

0

1

0

1

0

0

0

1

0.2750 V

0

1

0.2500 V

1

0.0875 V

1

0

0.0500 V

1

1

0

0

0

0

1

1

0

1

1

1

0.4625 V

0

0

1

0.3875 V

0

0

0.3250 V

1

0

1

0

1

0.0250 V

0

1

1

1

0

0

1

0

0.6250 V

1

1

1

1

0

0

0.3625 V

1

1

1

10

0

1

1

1

1

1

0

Dual Mode Region

1

0.2625 V0

1

1

10

0

0

1

0

0

1

0

0.1500 V

C

1

1

0

1

1

0

01

0.4000 V0

0

0

1

0

1

0.0000 V

1.0875 V

00

1.0500 V

0

0

0

0.7000 V

1

0

0.6375 V

0

0

1 0

4

1

1

0

LAN

1

1

00

1

1

0

0

1


1

SYSTEM PORT C

Active/Deeper Sleep

1.0750 V

0.1375 V

1

0.2250 V

0

1

0

0

0

0

1

0

ELECTRONICS

0

1

C

1

1


1

0

00

0

0

Voltage

10


Active Mode

0.0000 V

0

0

0.0000 V

0

0

0.7125 V

1

0

0.6750 V

1

1

0.6125 V

C

1

0.0000 V


1

0

FINGER PRINT

1

1

10

0

0

1

0

0

4

11

3


1.0625 V

EXPRESS CARD

11

0

1

0

0

1

0.9875 V

1

4

0

1

A

1

0.5000 V

1

1

0.9500 V0.9375 V

0

1

1

0

0

Intel LAN

1

1

4

1

1

0

0.7625 V

0

0

0.6875 V

1

1

0

0

7

0.0000 V1.0125 V

2

1

0.0000 V

VIDEO

1

00

0

1

1

1

1

1

11

C

11

1

1

1

0

0

1

1.0000 V

0

1

1

0

0

3

0

0

1

VID(6:0)

11

0

0

0

1.1875 V

0

0

11

CK-410M

01

1394

0

0

1

0

1

0

0

1

0

1.0250 V

0.1750 V

2.5V power rail (Always On)P2.5V_ALWS

0.0000 V0

B

0

Active

IMVP-6

0

1

11

0

1

11

1

DPRSTP*

Deeper Slp

1

1

1

11

0

0

0.9750 V

1.0375 V

0

1

11

0

1

Cardbus Controller

0.8125 V

00

0

0.8625 V

1.2000 V

0

0

1

01

CLOCK-Generator

DPRSLPVR

1

1

3

0

1

0

1

0

0

0

1

1

0.1875 V

1

1

0

0 or 1

0.1000 V

1

0

1

1

1

0

1

0 0

1

00

0

1

11

D

0

1

0

1

0

0

0

1

0

1

0

1.1000 V1.1125 V

0

0

1

1

1.2750 V

1.1500 V

0.9250 V

1

1

0

0

1

11

PSI2*

1

0

1

Crystal

1

0

0

0

0

00

0

0.2000 V

1

0

1

1

0.1125 V

0

1

DPRSTP*

1

0

1

00

0

1

0

01

1

1

0

1

0

0

0

1

1

0

1

1

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

1

0

1

0

0

0

0

0

0

1

1

0

0

0

10

VID(6:0)

0.3000 V

0.4375 V

1

1

1

1

0 or 1

0

0

0

0

00

0

0

0

0

0

0.1625 V

0.1250 V

0

1

0.2375 V

1

0

DPRSLPVR

0

1

1

0

1

1

0

1

1

1

10

1

0

0

0

0

0

1

1.3875 V

1

0

0

1

11

0

0.4875 V

0

1.2875 V

01

0

1.2125 V

1

MICOM_P3V

1.1750 V

0.3125 V0

1

0

1

0.3500 V

Voltage

1

0

1

0

00

0

0

1

0

0

0

11

1

1

1

0

0

1

11

1

1010 00001

1

1

1

1

0

1

1

1

0

0

1.3500 V

1

1

1.4000 V

0

1

1

0

1

0

0

0

0

0

0

1

0

1.2625 V

0

P5V

Cardbus

1

1

0

0

1

0.4125 V

1

0

0

0

1

0

1

1.4125 V

0

-

1.3750 V

1

0

0.7250 V

1

0

1

1

11

1

5.0V switched power rail (off in S3-S5)

0

1

1001 110X

USB2.0 #1 : D

0

1

11

0

1

01

1

0

1.4750 V0

VID(6:0)

00

1101 001x

0

0

1

0

01

0

0

0.4750 V

0


PORT NUMBER

0

0

IDSEL#

P3.3V

10

01

0.4250 V1

0

0

1

1.4875 V

0

AD23

1.4625 V

0

AC Link

AD31(internal)

1

1

0.7375 V

1

00

1

1

10

EMC6N300(CPU Thermal Sensor)

USB2.0 #0 : A

1

1

B

1

1

1

1

0

1

1

11

1

0

1

A2h

0

PCI Devices

CK-410M (Clock Generator)

SYSTEM PORT A1,2

1

1

1

10

0

0

0

0

Devices

VCCP

1

ICH7

P3.3V_AUX

0.2125 V

1

1

0

0

1

0

0.7875 V0.7750 V

0

0

System Power States

AD29(internal)

1

1

AD30(internal)

Crystal

0.7500 V

1

1

11

1

1

1

3.3V power rail (off in S4-S5)

E,F,G

Crystal

0

SAMSUNG PROPRIETARY

1

SODIMM0

B

0

0.5875 V0.5750 V

1

1

1

0

0

Primary DC system power supply (7 to 21V)

Clock, Unused Clock Output Disable

VDC

SCHEMATIC ANNOTATIONS AND BOARD INFORMATION

*"1111111" : 0V power good asserted.

ASSIGNED TO

11

1

1

1

1

0

0

1

0

-

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

1

Address

11

0

1

0.6000 V

1

1

0

0.8000 V

0

1

0

SAMSUNG PROPRIETARY

AD25

Deeper Sleep/Extended Deeper Sleep

D

3

32.768KHz

A

1

1

0

0.6625 V

1

0

1

0


24.576MHz

I C / SMB Address

2

CPU Core Voltage Table

PSI2*

0

SODIMM1

1

10

0

1

0.5500 V0.5375 V

1

1


11

P2.5V

Crystal / Oscillator

00

1

0

0

00

1

1

1

MICOM HD64F2169/2160

1

1

P1.2V 1.2V switched power rail (off in S3-S5)

0

1

00

1

0.5125 V11

0

1

Dual Mode Region

BB

PORT REPLICATOR

2

10

0.8500 V

1

0

1

1

1

1

0

LAN G

1

Devices

USB PORT Assign

1

1

5.0V power rail (off in S4-S5)

1

00

0

0

00

0

5V power rail (Always On)

1

11

4

AD21

-

P1.8V_AUX0

0

0

1

1

1

0 1

0

P5V_AUX

1010 001X

1

0

Hex


1

1

1

0.5625 V

0

11

0.6500 V

0

00

Crystal

5

Crystal

P12V_ALWS

0

0

0

0.9000 V0.8875 V

1

0

0.8250 V

00


0

1

1

Voltage Rails

TYPE

0

1.1250 V

1.2500 V

0

0

00

1


P5V_ALWS

-

BLUETOOTH

Real Time Clock

-

1

1

0

0

1

11

0

11

P1.8V

Master


0

11

0


11

0

1

0

1

1

0.5250 V

2

SYSTEM PORT B

D

25MHz

10MHz14.318MHz

D

A

0

1

1

00

0

1

1

12V power rail (Always On)

1

-

1

D2h

2

0

for either Deep Sleep or Deeper Sleep.

1.1375 V

00

0

0

1.1625 V

0

0

FREQUENCY

-

1

USAGE

2

1

B

1

01

0

00

0

0

0

1

1

A

LPC bridge/IDE/AC97/SMBUSInternal MAC

1.5000 V

1

1

00

1

1

1

01

DEVICE

1

SAMSUNG

3

0Crystal

3.3V always on power rail for MICOM

1

0

1

1.3125 V

0

0

1

0

0

1

Bus

0

-

SMBUS MasterThermal Sensor

Core voltage for YONAH (1.308~1.068V)

01

00

0

1.2250 V

1

00

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

1

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

VCC_CORE

D,E

1

0

10

0

00

0

1

1

USB

Hub to PCI

1.8V power rail(off in S4-S5)

1

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

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.

P1.5V0

Voltage

1

1

1 1

00

0

AD24(internal)

ICH7-M

11 0

Interrupts

0

0

1.3375 V

0

1

0

0

0

1

1.3000 V

-9Ch

REQ/GNT#

1.4500 V1.4375 V

MCH-M Core Voltage

1

11

0

1.3250 V1

0

00

0

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.

00 0

1

0

0

11

1

0

1.2375 V10

1.4250 V

1.3625 V

1

0

0

01

1

1

0


1

1

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

MiniPCI SLOT1

0

0

The system context is maintained in system DRAM. Power is maintained to PCI, the CPU, memory controller, memory, and all other criticial subsystems.CHP3_SLPS1* S1, Powered-On-Suspend(POS) : In this state, all clocks(except the 32.768KHz clock) are stopped.

100

0

0

1

SMBUS Address "D2h"

w/ SS Clock

CK-410M+

w/ CLKREQ

As close as posible on PCB


SAMSUNG

1

BSEL1

1

1

3

D

0


CPU

4

ICS954305

0

1

1

FSC

0

Place 14.318MHz within


BSEL2

1

FSA

1

D266 MHz

CY28447SLG8LP455

A

0 100 MHz

333 MHz

4

500mils of CK-410M

ELECTRONICS

0


C

0200 MHz

BSEL0

FSB

1

BB

2

10

3

166 MHz

C

RSVD

HOST CLK

1

2


400 MHz0

01

A

SAMSUNG PROPRIETARY

0

0

1

0

Place Termination close to CK-410M+

1133 MHz

1%12.1

55-D1

37-C2

10K

NO

_ST

UF

F

14-D4

R351

R362

R34

3

1%49

.9R

369

33 1%

R349 12.1 1%

R410 33 1%

1%33

R398 33 1%

12.1 1%

11-C4R4191%

R350

33R418

33R396

GM_MODEL

49.9

R38

51%

R414 33 1%

1%

2.2R365

B24MMZ1608S121AT

C28

910

0nF

R38

049

.91%

18-B2 20-B418-B4

R40

049

.91%

1%33R388

36-C3

R397 33

33 1%R360

1%

R359

R337 2.2

36-C4

1%33

49.9

R403 33 1%

1%

GM_MODEL

R38

31%

P3.3V

55-B4

R394 33

10-C3

1%R

392

49.9

R401 1%33

49.9

R42

11%

21-B?

14-D4

20-B3

37-C2

100n

FC

310

25-A?

1%R

420

49.9

1%33

14-C4

5465 VDDSRC_31 VDDSRC_4

8 VSSA15 VSS_121 VSS_231 VSS_335 VSS_442 VSS_568 VSS_64 VSS_7

VTT_PWRGD*_PD39

20 XIN

19 XOUT

R344

SRC_6 64SRC_6*

66SRC_7 67SRC_7*

70SRC_8 69SRC_8*

3SRC_9 2SRC_9*

THERMAL73

VDD48 407VDDA

VDDCPU1230 VDDPCI_136 VDDPCI_2

VDDREF 18

VDDSRC_149

VDDSRC_2

REF0_FSC_TEST_SEL

22 REF1

16 SMB_CLK17 SMB_DATA

48SRC_0*_LCD96M*_LCD100M*

47SRC_0_LCD96M_LCD100M

50SRC_1 51SRC_1*

52SRC_2 53SRC_2*

55SRC_3 56SRC_3*

58SRC_4 59SRC_4*

60SRC_5 61SRC_5*

63

CPU0*

11CPU1 10CPU1*

5CPU2*_ITP_SRC_10*

6CPU2_ITP_SRC_10

24 CPU_STP*

44 DOT96T*_27M_SPREAD

43 DOT96T_27M_NONSPREAD

45 FSB_TEST_MODE

IREF9

27 PCI1

PCI232

33 PCI3

34 PCI4_FCTSEL1

37 PCIF0_ITP_SEL

25 PCI_STP*

23

ICS954305DU20

41 48M_FSA

46CLKREQ1* 26CLKREQ2* 28CLKREQ3* 57CLKREQ4* 29CLKREQ5* 62CLKREQ6* 38CLKREQ7* 71CLKREQ8* 72CLKREQ9*

14CPU0 13

1%

NO_STUFF

1205-002799

100nF

10KR393

C257

R33

9

43-D3

100nFC290

10K

10K

R340 12.1

13-C2

R355

10-C3

1%

1%33

2.2R310

R441

33R405

34-A4

21-B?

1%

1%

475R363

1%

49.9

R44

0

C29

1

14-D4

10-D4 14-A310-B3

100n

F

100n

FC

287

1%

R37949.9

55-D1

C31

110

nF

1%12.1R357

10nF

C28

8

1%R389

GM_MODEL

1%49

.9R

402

1%49

.9R

417

33

1%

21-C?

1%49

.9R

412

R358 12.1

R386 33

10V

C31

210

000N

F

100nFC259

1%

1%33R416

11-C4

24-C424-A3

R354 12.1 1%

2801-003730

Y55114.31818MHz

1 2

13-B2

1%

10-D410-C3 14-A3

42-?2

100 R347

49.9

R40

41%

55-D1

MMZ1608S121ATB34

49.9

R390 33 1%

C29210000NF

1%R

439

1%

10V

21-B?

55-B4

R36

649

.9

33 R342

1%33R413

20-B3

1%

0.033nFC952

49.9

R36

8

R387 1%33

36-C3

1%

55-D1

1%10KR345

10-D4

49.9

R36

71%

33 R33810-B3 14-A3

33R407 1%

1%

R94549.9

R438 33 1%

21-C?

1%

21-C?

1%

R94449.9

R348

12-C4 51-C342-?236-C2

1%

R38449.9

12.1 1%21-B?

R364 2.2

1%R

381

49.9

55-D112.1 1%R353

R395 33 37-C2

14-D4

1%

R408

B25

MMZ1608S121AT

14-D4

54-B4

33 1%

25-A?

49.9

R38

21%1%

49.9

R39

9

R40

949

.91%

R41

11%

49.9

14-C4

10V

C25810000NF

43-D3

18-B4 20-B418-B2

1%49

.9R

415

1%12.1R341

0.033nFC953

R346 10K

NO_STUFF 21-A?

10KR352 1%

NO_STUFF

1%

49.9

R40

61%

33 1%R391GM_MODEL

NO_STUFF

R336 2K1%

1%

1%R356 10K

33R361

CLK0_ITP*

GFX3_27MGFX3_27M_SS

CLK3_FM48

CPU1_BSEL0

CPU1_BSEL2

CLK3_PCLKSIOCLK3_PCLKFWH

CLK1_DREFCLK*CLK1_DREFCLK

CLK1_DREFSSCLK*CLK1_DREFSSCLK

CLK0_ITP

MCH3_CLKREQ*

EXP3_CLKREQ*

CLK1_SATA*

CLK3_PCLKMIN

CLK3_USB48

CLK3_DBGLPC

MINIPCIE3_CLKREQ*

CLK3_PCLKSIO_DS

CLK3_SIO14

CLK3_TPMLPC

CLK3_PCLKICH

CLK3_PCLKMICOM

CLK3_PCLKCB

CLK3_ICH14

CLK3_SMBDATACLK3_SMBCLK

CLK1_PCIELOM*

CHP3_SATACLKREQ*

CHP3_PCISTP*CHP3_CPUSTP*

CLK0_HCLK1

CLK0_HCLK0

CLK0_HCLK1*

CLK0_HCLK0*

CLK3_PWRGD*

CPU1_BSEL1

CLK1_PEG*

CLK1_PCIEICH*

CLK1_PEG

CLK1_PCIEICH

CLK1_MCH3GPLL*CLK1_MCH3GPLL

CLK1_PCIELOM

CLK1_EXPCARDCLK1_EXPCARD*

CLK1_DCKPCIELANCLK1_DCKPCIELAN*

CLK1_MINIPCIE*CLK1_MINIPCIE

CLK1_SATA

1 / 4

2 / 4

1

**NOTE


DA

TA

GR

P 2

BGA BASED, PGA TYPE MAY NEED OTHER RHE

1.5G

D

1

2.33G

3

0902-001988

0902-001989

0902-001990

0902-001991

0902-001992

SAMSUNG

AD

DR

GR

OU

P 0 C

ON

TR

OL

C

D

RHE SUPPORTER(CICHLID2 BASED)

4

4

2

A

ELECTRONICS

B

SAMSUNG PROPRIETARY


DA

TA

GR

P 0


0902-001987

1.66G

1.83G

2.0G

2.16G

B

BGA Yonah CPU


DA

TA

GR

P 1

3

DA

TA

GR

P 3

C

A


2

AD

DR

GR

OU

P 1

13-C2

13-C2

13-A2

13-D1

13-C2

13-A2

13-A2

13-A2

13-B2

20-C1

13-B213-B2

VCCP

13-B2

13-D4

13-B2

13-B2

13-C2

13-A2

13-A2

11-C313-C2

13-C2

13-B213-B2

13-D4

13-B2

13-C2

13-D1

20-C1

13-B2

20-B1

56.2R712

20-C1

13-B2

N25 DSTBP1*

Y25DSTBP2*

AE24DSTBP3*

K24 D8*

G24 D9*

J26 DINV0*

M26 DINV1*

DINV2* V23

AC20DINV3*

H23 DSTBN0*

M24 DSTBN1*

W24DSTBN2*

AD23DSTBN3*

G22 DSTBP0*

D55*

AF23D56*

AD24D57*

AE21D58*

AD21D59*

E25 D6*

AE25D60*

AF25D61*

AF22D62*

AF26D63*

E23 D7*

AC26D46*

AA24D47*

AC22D48*

AC23D49*

G25 D5*

AB22D50*

AA21D51*D52* AB21

AC25D53*

AD20D54*

AE22

W25D36*

U23D37*

U25D38*

U22D39*

D4*F23

AB25D40*

W22D41*

Y23D42*

AA26D43*

Y26D44*

Y22D45*

D26*

T24 D27*

R24 D28*

L26 D29*

H22 D3*

T25 D30*

N24 D31*

AA23D32*

AB24D33*

V24D34*

V26D35*

K25 D17*

P26 D18*

R23 D19*

E26 D2*

L25 D20*

L22 D21*

L23 D22*D23*M23

P25 D24*

P22 D25*

P23

E22 D0*

F24 D1*

D10*J24J23 D11*

H26 D12*

F26 D13*

K22 D14*

H25 D15*

N22 D16*

RS1* F4G3RS2*

A3SMI* D5STPCLK*

G2TRDY*

YONAH2M-CPUCPU1-2

003244901

INIT*

C6LINT0 B4LINT1

H4LOCK*REQ0*K3

H2 REQ1*

K2 REQ2*REQ3*J3

L5 REQ4*

RESET* B1

F3RS0*

G5BPRI*BR0* F1

DBSY* E1H5DEFER* F21DRDY*

A5FERR*

HIT* G6E4HITM*

IERR* D20

C4IGNNE*

B3

Y1 A31*

A4*L4M3 A5*

K5 A6*A7*M1

N2 A8*A9*J1

H1ADS*

ADSTB0*L2

ADSTB1*V4

E2BNR*

U4Y5 A22*

U2 A23*A24*R4

T5 A25*A26*T3

W3 A27*A28*W5A29*Y4

J4 A3*

W2 A30*

P2 A12*A13*L1

P4 A14*

P1 A15*A16*R1

A17*Y2U5 A18*

R3 A19*A20*W6

A20M* A6

A21*

YONAH2M-CPUCPU1-1

003244901

A10*N3A11*P5

13-D4

13-B2

13-B2

13-B2

13-B2

MT12RMNT-2.5-1P

MT13RMNT-2.5-1P

M550

DIAHEAD

LENGTH

HEADDIA

M554

20-C1

20-B1

LENGTH

20-C1

20-C1

13-B2

13-B2

RMNT-2.5-1PMT7

MT9RMNT-2.5-1P

M551

DIAHEAD

LENGTH

13-D4

CPU1_A20M*CPU1_FERR*

CPU1_STPCLK*CPU1_SMI*

CPU1_DBI3*

CPU1_DSTBN2*

CPU1_DSTBN3*

CPU1_DSTBP2*

CPU1_DSTBP3*

CPU1_D*(63:48)

CPU1_D*(47:32)

CPU1_NMICPU1_INTR

CPU1_IGNNE*

CPU1_DBI2*CPU1_DBI0*

CPU1_RS1*CPU1_RS0*

CPU1_D*(31:16)

CPU1_D*(15:0)

CPU1_ADSTB0*

CPU1_ADSTB1*

CPU1_ADS*

CPU1_RS2*

CPU1_REQ*(4:0)

CPU1_A*(16:3)

CPU1_DBSY*

CPU1_A*(31:17)

CPU1_BPRI*

CPU1_HITM*CPU1_HIT*

CPU1_BNR*

CPU1_BREQ*

CPU1_LOCK*CPU1_TRDY*

CPU1_DRDY*

CPU1_DSTBP1*CPU1_DSTBN1*

CPU1_DSTBP0*

CPU1_DBI1*

CPU1_DSTBN0*CPU1_INIT*

CPU1_CPURST*

CPU1_DEFER*

3 / 40

1

0

STUFF R140(TEST2) FROM Yonah B0 ES

0

0

0

1

0

00

0

0

0

1

1

0

1

1

0

1

0

1

0

0

0

1

0

1

1.5000 V

0

0

1

1

0

00

1

1

0

0

0

0

0

0

0

1

1

0

1

1

01

0

1

0

1

0

1

0

11

1

0

0

0

0

00

1

1

0

0

00

1

0

1

0

0

1

1

1

0

1

1

1

1.1625 V

01

1

0

0 0

0

1

0

1

0

1

0

0.0000 V

1

MIS

C

00

1

1.4750 V

1.3500 V

VID(6:0)

0

1

0

0.0000 V

0

1

1.1000 V

0

0

0

1

0

1

00

0

0

0

01

0

0

0

1

11

0

0

0

0

0

0

0

0

0

0

0

XD

P/IT

P S

IGN

ALS

1

0

0

1.2250 V0

0

0.5500 V

01

1

1

0

1

0

1.0000 V

1

00

0.8750 V

Pull-up

1

0

1

1.1250 V

0

1.4625 V

0

1

1

0

1

01

0 0

1

1.2375 V

0

0

00

0

1

0

0

0.6750 V

1

0

00

1

0

1

1

1.2500 V

01

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

0

0

1

PSI2*

00

1

0

0.5875 V0.5750 V

1

0.5125 V

1

1

0

1

1

1 1

0

1

0

1

1

1

1

1

0.8875 V

1

1

0

0

1

0

1

1

0

1.2125 V

1

1

0

0

0

10.7875 V

00

0.7625 V

0

1

1

0

1

0

11

0

1

1

1

1

TH

ER

M

0

01.1875 V

0

D

CPU Core Voltage Table

0

0

1

1

0

1

11

1

0

1

1

0

1

1

0

0

10

0

0

1

1

0

1.3000 V

ITP I/F Signal

0

1.0250 V

1

1

00

0.0000 V

01

01

0

0.8000 V

0

000

0

0

0

1

0.6375 V

0

00

0

0

0

0

1

1

1

H CLK

1

1

1

1

1.1375 V

1

1

0.6000 V

11

1

1

0

01

0

0

1

0

1

0

0

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

0

10

0

1

0

0.8375 V

1.2875 V

0

0

0

1

1.4875 V

0

1

0

0

0

0

0

0

1

1

0

0

0.7125 V

10.6875 V

0

0

0

0

0

0

1

0

1

1

1

11

1

0

1

0

0

1

1

1

1

1

0.5625 V

1

1

0.5375 V0.5250 V

0.0875 V

1

0

0

0

1

0.9875 V

1

0 0.9625 V

0

0

0

0

1

00

1.2750 V

1

0

0

1

0

0

1

0

1

0

1

0.3500 V

1

11

0

0.7000 V

0

0

1

1

1

0

1

0

1

1

1

1

0

DPRSTP*

1

0

1

A

1

0

0

1

0

1

1

1

1

0 0.6500 V

1

1

0

0

1

0.0375 V

1

0.9750 V

0.8500 V1

0

0.9000 V00

0

1

1

0

1.1500 V1

11

1

0

0

0.3000 V

0.4375 V

1

0.4125 V

1

0.7750 V

0

GTLREF : Keep the Voltage divider within 0.5"

0.0750 V

0

0.0500 V

Active/Deeper Sleep

1

0

1

1

1

0 1

0

0

1

1

0

Active

1

1.1750 V

11

0

0

1

01

0

0

1

0

1

1

1

0

1

0.0000 V

0.2625 V

0

11

1

0

1

1

0

0

0.8250 V0.8125 V

1

0

1

1

1

0

0

1

11

1

1

0

1 0

1

0

0.0625 V

0

1

0

0.6250 V

01

0.7375 V

1

0

0

0.1125 V1

1

0

0

IMVP-6

1

1

1

1

1

1

00

1

1

1.3875 V

1

0

1

1

0 0.2875 V

1

1.0750 V

0

111

0.9125 V

0

0

0

0

1

VID(6:0)

0.9500 V

1

1.2625 V

0

1.2000 V

0

0

0.3125 V

01

0

1

1

01

1

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

0

1

0

0

1

0.6125 V

0.7500 V0

1

0.6625 V

1

1

1

0

1

1

0

1

0

1

0

01

1

1

1

1.4000 V0

11

1

0

1.0875 V

1

1

0

1

0

1

0

1

1

1

0 or 1

0.4875 V

1

1

0

0.9375 V

0

1

0

10

VID(6:0)

1

1

1

1

1.3625 V

10

1

1

1

0

1

1

0.0250 V

1

1

0

1

1

0.1250 V

0

1

0

1

0

0

0 0

1 0

1

0

1

Dual Mode Region

0

0

0

11

0

1

1

1

0

0.1375 V

0

1

10

0

1

0

1

0

00

0

0

0 0.8625 V

1

0

1

1

1

01

1.4250 V

0

1

0

1

0.0000 V

0

1

1

1

0

0.0125 V

1

0

0.7250 V

0

1

0

11

1

0

1

1

1

1

1

1

0

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

Deeper Sleep/Extended Deeper Sleep

1

1

0

1

11

1.0500 V1.0375 V

0.2500 V

0

0

1

1

0

1.1125 V

B

0

00

0

1

0.9250 V

0

Voltage

0

0.3250 V

1

3

1

1

0

0

1

1.3375 V

0

0

0

1

C

0

100

1

0

1

11

0.1000 V

11

0

0

1

1

0

1

0

1

00

1.4125 V

0

1

1

1

0 or 1

1.0625 V 1

Voltage

1

2

1

0.2000 V0.1875 V

1

0

4

A

1

0.4750 V0.4625 V

1

0

0

1

0

1

0


11

2

1

1

0.2750 V

1

0

1

0

1

11

11

SAMSUNG

10

1


1

1

1

0

1

0

00

10

0

1

BSEL1, BSEL2BSEL0FSB 533 MHz

0

B

Deeper Slp

0

11

1

0.5000 V

1

1

1

0

BSEL2

1

1

1

1

0

0

00

0.3375 V

1

0

0

0

0

1

ELECTRONICS

1

*"1111111" : 0V power good asserted.

1

0

0

1

01

0

1

01

1

1

0

0

0

0.1625 V

01

0

11

0

1

0

1

0

1

1

0 0

1

0

0

1.4375 V

1

1

0

0

0

1

DPRSLPVR

0

1

0.0000 V0

Active Mode

11

Pull-down

01

00

0

0.4500 V

0

0

0

0

1

Minimize coupling of any switching signals to this net.

0

1 1

0

0

0

DPRSTP*

0.4000 V

0

0.3750 V

0

0

1

1

1

1

0

1

0

SAMSUNG PROPRIETARY


0.2375 V0.2250 V

0

0

0

1FSB 667 MHz

1

1

1

0

1

1.3750 V

1.4500 V

1

1

1

1

1

0

1

1

1

1

1

1

1.0125 V

1

1

0

0

D

0.2125 V

01

0

1

0

0

1

0

0

1

0

1

DPRSLPVR

0.1500 V

00.3875 V

00.3625 V

1

0

0.4250 V

1


1

1

0

1.3125 V

0.0000 V

1.3250 V

C

3 1

0

1

1

Voltage

0


1

1

1

4

10

0

1

1

0.0000 V

BSEL0, BSEL1

0

Dual Mode Region

1

0

0

0.1750 V

1

1

PSI2*

20-C1

54.9R710

VSSSENSE

20-C1 23-B413-A2 20-C1

VCCP7 J21VCCP8 M21VCCP9

AF7 VCCSENSE

AD6 VID0

AF5 VID1

AE5 VID2

AF4 VID3

AE3 VID4

AF2 VID5

AE2 VID6

AE7

R21VCCP12 V21VCCP13VCCP14 W21V6VCCP15 G21VCCP16

J6VCCP2 M6VCCP3 N6VCCP4 T6VCCP5 R6VCCP6 K21

C26 TEST1D25 TEST2

A24 THERMDAA25 THERMDCC7 THERMTRIP*

AB5TMS AB6TRST*

VCCA B26

K6VCCP1

N21VCCP10 T21VCCP11

F6 RSVD2

RSVD20 B25

D3 RSVD3C1 RSVD4AF1 RSVD5D22 RSVD6

RSVD7 C23

RSVD8 C24

RSVD9 AA1

D7 SLP*

AC5TCK AA6TDI AB3TDO

PREQ*

D21 PROCHOT*

AE6 PSI*

D6 PWRGOOD

D2 RSVD1

RSVD10 AA4

RSVD11 AB2

RSVD12 AA3

RSVD13 M4

RSVD14 N5

RSVD15 T2

RSVD16 V3

RSVD17 B2

RSVD18 C3

RSVD19 T22

BSEL1B23C21 BSEL2

R26 COMP0

U26 COMP1COMP2U1

V1 COMP3

DBR* C20

E5 DPRSTP*

B5 DPSLP*

D24 DPWR*

AD26 GTLREF

AC2PRDY*

AC1

BCLK0A22

BCLK1A21

BPM0* AD4BPM1* AD3BPM2* AD1BPM3* AC4

BSEL0B22

8-C1

003244901

CPU1-3YONAH2M-CPU

27.4R690

P1.5V

R689 54.9

0 5%R716

NO_STUFF

1K 1%

NO_STUFF

#3

10-D4

14-A3

8-C4

8-C4 14-A310-B3

R719

20-B114-C4

8-C414-A3

10-D4

8-C4 14-A310-D4

12-A4

11-D4

11-D4

11-C3

11-D4

11-D4

11-C311-C4

VCCP

1%

C91110nF16V

1%

R7082K

R7091K

VCCP

27.4R711

11-C3

10-B3 14-A38-C4

11-B451-A4

NO

_ST

UF

F 1KR

714

R718 1%1K

NO_STUFF

11-C3

11-C3

51-B4

11-C3

NO_STUFF

R717 0

11-C4

12-C3

NO_STUFF

11-D4

EC567330uF2.5VAL

13-A2

10V10000NFC912

51-A411-B4

VCCP

8-C1

49.9

R71

512-C3

23-B420-C1

51-C4

CPU1_TDO

CPU1_PROCHOT*

CPU1_BSEL2CPU1_BPM2*

CPU1_BPM0*

CPU1_BPM3*

CPU1_BPM1*

CPU1_PRDY*CPU1_PREQ*

ITP3_DBRESET*

12-A3

CPU1_TDI

CPU1_TMS

CPU1_PWRGDCPU

CPU1_BSEL1CPU1_BSEL0

CPU1_PSI*

CPU1_DPSLP*CPU1_SLP*

CPU1_VCCSENSECPU1_VSSSENSE

CPU1_DPWR*

CPU1_BSEL1

CPU1_BSEL0

CPU1_BSEL2

CPU1_DPRSTP*

CPU1_VID(6:0)

CPU2_THERMDA

CLK0_HCLK0CLK0_HCLK0*

CPU2_THERMDC

CPU1_TCK

CPU1_THRMTRIP*

CPU1_TRST*

4 / 4


AL

1

A

13


**Note


330uF

*will change to 22uF, 2012 size

SAMSUNG PROPRIETARY

2.5V

C

Option NO #1 (by design gudide 0.7)

AL

D

**Note

270uF(CPU)

AECAP

BULK CAP ARE CPU VRM SCHEMATIC SIDE.

ECAP

2.5VAL

ITP/XDP

2.5V330uF

3

WITHIN 2.0" OF CPU

C

2

VCC_CORE

ECAPECAP330uF

4


AL2.5V

000912801 OR 600812

4

ELECTRONICS

CHECK BULK CAP USING

330uF

THESE ARE JUST TEXT NOT REAL PARTS!!

IF IT DOUBLED

2.5V

2

B


ECAP330uF

2.5V

SAMSUNG330uF

B

D

WHEN ITP NOT USED NO_STUFF THIS BLOCK

ALAL

ECAP

C895100nF

10-B2

20%

C86022000nF

22000nFC893

100nFC817

22000nFC872

20%

C819

20%

22000nF

20%

16V100nFC146

NO_STUFF

20%

C82222000nF 22000nF

C864

20%

AL2.5V330uFEC564

1%R209 22.6

NO_STUFF

VCC_CORE

A26VSS93

D26VSS94

C25VSS95

F25VSS96

B24VSS97

A23VSS98VSS99 D23

10-B2

F2VSS83VSS84 G1

K1VSS85

J2VSS86

M2VSS87

N1VSS88

T1VSS89

AA22 VSS9

R2VSS90VSS91 V2

W1VSS92

K4L3VSS74

VSS75 P3N4VSS76

VSS77 T4U3VSS78

Y3VSS79

AE23 VSS8

W4VSS80

D1VSS81

C2VSS82

R5VSS64

V5VSS65

U6VSS66

Y6VSS67

A4VSS68

D4VSS69

VSS7AF24

E3VSS70

H3VSS71

G4VSS72VSS73

AE1 VSS54VSS55B6C5 VSS56F5 VSS57E6 VSS58H6 VSS59

AC24 VSS6

J5 VSS60 M5VSS61VSS62 L6

P6VSS63

AD5AC6 VSS45

VSS46AF6AB4 VSS47VSS48AC3AF3 VSS49

AB23 VSS5

AE4 VSS50AB1 VSS51AA2 VSS52AD2 VSS53

AF11 VSS35AE11 VSS36AB8 VSS37AA8 VSS38AD8 VSS39

AE26 VSS4

VSS40AC8AF8 VSS41AE8 VSS42AA5 VSS43VSS44

AB13 VSS25VSS26AA14AD13 VSS27AC14 VSS28AF13 VSS29

AD25 VSS3

AE14 VSS30AB11 VSS31AA11 VSS32VSS33AD11AC11 VSS34

VS

S16

1Y

21V

SS

162

AF19 VSS17AE19 VSS18AB16 VSS19

AA25 VSS2

AA16 VSS20AD16 VSS21AC16 VSS22AF16 VSS23AE16 VSS24

U24

Y24

VS

S15

2W

23V

SS

153

H21

VS

S15

4J2

2V

SS

155

VS

S15

6M

22 L21

VS

S15

7P

21V

SS

158

R22

VS

S15

9

AC19 VSS16

V22

VS

S16

0U

21

V25

VS

S14

2W

26V

SS

143

H24

VS

S14

4G

23V

SS

145

K23

VS

S14

6L2

4V

SS

147

P24

VS

S14

8V

SS

149

N23

AD19 VSS15

T23

VS

S15

0V

SS

151

VS

S13

2

F8

VS

S13

3V

SS

134

E8

G26

VS

S13

5

K26

VS

S13

6

J25

VS

S13

7

M25

VS

S13

8

N26

VS

S13

9

AA19 VSS14

T26

VS

S14

0V

SS

141

R25

E14

B11

VS

S12

3

A11

VS

S12

4

D11

VS

S12

5

C11

VS

S12

6V

SS

127

F11

E11

VS

S12

8

B8

VS

S12

9

AB19 VSS13

A8

VS

S13

0

D8

VS

S13

1

C8

D16VSS113

C16VSS114

F16VSS115

E16VSS116

B13VSS117

A14VSS118

D13VSS119

VSS12AF21

C14VSS120

F13

VS

S12

1V

SS

122

VSS103

E21VSS104VSS105 B19

A19VSS106

D19VSS107

C19VSS108

F19VSS109

AC21 VSS11 E19VSS110

B16VSS111VSS112 A16

VCC92 C9

VCC93 F10

VCC94 F9

VCC95 E10

VCC96 E9

VCC97 B7

VCC98 A7

VCC99 F7

AB26 VSS1

AD22 VSS10

E24VSS100

B21VSS101

C22VSS102

F22

VCC79 B12

AA17 VCC8

VCC80 A12

VCC81 D12

VCC82 C12

VCC83 F12

VCC84 E12

VCC85 B10

VCC86 B9

VCC87 A10

VCC88 A9

VCC89 D10

VCC9AD18

VCC90 D9

VCC91 C10

VCC67 B15A15VCC68 D15VCC69

AA18 VCC7

C15VCC70 F15VCC71 E15VCC72VCC73 B14

VCC74 A13

VCC75 D14

VCC76 C13

VCC77 F14

VCC78 E13

VCC57 A17VCC58 D18VCC59

VCC6AB17

D17VCC60 C18VCC61 C17VCC62 F18VCC63 F17VCC64 E18VCC65 E17VCC66

AA7 VCC48AD7 VCC49

AB18 VCC5

VCC50AC7

B20VCC51VCC52 A20F20VCC53VCC54 E20B18VCC55 B17VCC56 A18

VCC38AA9AD10 VCC39

AE20 VCC4

AD9 VCC40AC10 VCC41AC9 VCC42AF10 VCC43AF9 VCC44VCC45AE10AE9 VCC46AB7 VCC47

VCC28AB12 VCC29

AF20 VCC3

VCC30AA12AD12 VCC31AC12 VCC32AF12 VCC33AE12 VCC34AB10 VCC35AB9 VCC36AA10 VCC37

AD15 VCC19

AA20 VCC2

AC15 VCC20VCC21AF15AE15 VCC22VCC23AB14AA13 VCC24VCC25AD14AC13 VCC26AF14 VCC27AE13

AB20 VCC1

AD17 VCC10

VCC100 E7

AC18 VCC11AC17 VCC12AF18 VCC13AF17 VCC14AE18 VCC15VCC16AE17AB15 VCC17AA15 VCC18

51-A410-B3

CPU1-4

YONAH2M-CPU

R21

054

.9

NO_STUFF

VCCP

VCCP

11-C4 10-B2

54.9

R21

11%

NO_STUFF

1%

22000nFC863

22000nFC815

20%

VCC_CORE

20%

10-C2

100nFC1133100nF

VCCP P3.3V P3.3V_AUX

C1132

20%

C86222000nF

22000nF

20%

C867

10-B2 11-C3

22000nFC892

20%

20%

C89722000nF

C89022000nF20%

C86922000nF20%

22000nFC821

20%

100nFC818

37.4

R19

11%

10-B2

C859

20%

22000nF

10-C2

680R190

20%

22000nFC812

10-B2

1%

100R696

22000nFC813

20%

10-B2

13-C2 9-C3

20%20%22000nFC870

20%

C86522000nF

C876C81422000nF 22000nF

20%

22000nFC861

P3.3V_AUX

C896100nF

22000nFC874

20%

20%

20%

VCC_CORE

VCCP

22000nFC820

22000nFC866

C894100nF

22000nF20%

10-B351-A4

20%

C868

10-B2

20%

C87522000nF

100nFC816

1%

20%22000nFC823

1%

NO_STUFF

54.9R212

22.6R208

C89122000nF

20%

20%22000nFC873

1%

100R697

150

R21

31%

NO_STUFF

8-C1

1%15

0R

192

2022 GND6

NC1 46NC2

12RESET*

5TCKTDI 1

TDO 72TMSTRST* 3

VTAP 26

27VTT1 28VTT2

NO_STUFF

BCLK98 BCLK*

BPM0*2321 BPM1*

19 BPM2*BPM3*17BPM4*15

13 BPM5*

24DBA*DBR* 25

FBO11

GND110

GND21416 GND3GND418

GND5

10-C2

10-C2

CONN-28P-FPCJ15

000912801

22000nFC871

CPU1_TRST*

CPU1_CPURST*

10-C2

8-C1

20%

CPU1_VCCSENSE

CPU1_VSSSENSE

CLK0_ITPCLK0_ITP*

CPU1_BPM0*CPU1_BPM1*CPU1_BPM2*CPU1_BPM3*CPU1_PRDY*CPU1_PREQ*

ITP3_DBRESET*

CPU1_TCK

CPU1_TCKCPU1_TDI

CPU1_TDOCPU1_TMS

2) x = 12Kohm, y = 30.1Kohm

Vset = 3.3 X

0.1260

Ratio

GUARD TRACKS ON EACH SIDE.

D

Ratio


A

130

0

1001.2101.803


SAMSUNG

FAN Control Logic

Line Width = 20 mil

ROUTE CPU2_THERMDC AND CPU2_THERMDA

ON SAME LAYER W/10 MIL TRACE & 10 MIL SPACING

2010

0.4164

0.05011


C

35

40 0.5826

3


1) Tp = 88C, => Vset = 0.9375

0.93753.3

=

0.095700.07338

120110

4

SAMSUNG PROPRIETARY

THERMISTOR - NTC : 10Kohm 1%1. ERTJ1VG103FA - Panasonic2. TH11-3H103FT - Mitsubishi

- Resistance ratios to R25 at each temperature

Vset = (Tp - 75 ) / 16

Guardian Temp-torelance = + / - 3’C

If TH1 is 1Kohm, VCP is 1.56V

CPU / DDR2 Thermal Sensor

Tp = Vset X 16 + 75 = 90.0496’C + / - 3

Gurdian Temp-torelance = + / - 3’C

-40

Temp(C)

WHEN TH1 IS 10Kohm, VCP is 4.1V

B

1

50

2

12.0 + 30.1

4.3226.984

D

-10-20-30

20.238

807060

PLACE NEAR TO DDR2 SODIMM

- 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

ROUTE AWAY FROM NOISE SOURCES WITH GROUD

4

B

90

25

Changed to Control Methode(EBL)

0.6941 125

11.669

0.8309

13

LAYOUT NOTE:

C

0.22330.1670

0.05678

xx + y

x : y = 1 : 2.52

when y = 30 Kohm, => x = 11.91Kohm

Temp(C)

2


0.3027

PLACE FAN CONNECTOR NEAR CPU

PLACE THE MIDDLE OF CPU & GMCH

- Place the Thermal Sensor close to a remote diode.- Keep traces away from high voltage (+12V bus)

ELECTRONICS

A

Refer To Thermal Sensor Layout Guidelines.

12.0

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

2.755

THERMTRIP3*8

THERMTRIP_SIO 15

THERM_STP* 24

VCP23

VSET 22

VSS 3

VSUS_PWRGD11

P3.3V_AUX

+3V_PWROK*5+RTC_PWR3V10

ATF_INT*9

HW_LOCK*14 INTRUDER* 12

POWER_SW*21

REM_DIOD1_N 19

REM_DIOD1_P 20

REM_DIOD2_N 17

REM_DIOD2_P 18

RESERVED 16

SMBADDRSEL13

THCLK_SMB 2THDAT_SMB 1

THERMTRIP1*6

THERMTRIP2*7

1%

EMC6N300

1209-001531

U574

+3VSUS 4

475

1%

10KR134

42-?2

NO_STUFF

R932

48-B3

MICOM_P3V

48-B142-?2

42-?2

C73100nF

10KR930

P5V P5V_AUX

48-B112-A4

TP272

21-??

46-D242-?4

10KR132

1%

P3.3V_AUX

42-?155-B4

2.2nFC1102

2KR777

1%

2S

MICOM_P3V

TH

553

ER

TJ1

VG

103F

A

12

RHU002N06Q10

D 3

1G

VCCP

NO_STUFF

10KR935

75R713

1%

12-A4 48-B1

10-C3

C11012.2nF

10KR916

1 3

C11002.2nF

R93410K

D1MMBD4148

48-B1

20-B114-C410-C3

55-C2 10-C3

21-??

42-?2

3

2

42-?2

55-C2

100nFC1118

16V

NO_STUFF

Q583MMBT3904LT1G

113

2

Q576MMBT3904LT1G

10KR936

P5V

10V

C55010000NF

100KR565

1%

49.9R931

1%

2.2nFC1099

P3.3V_AUX

VCCP

Q575RHU002N06

3D

G

1S 2

10KR776

R9331.5K

42-?4

NO_STUFF

1%

P3.3V_AUX

13

2

10-C3

R9172K

MMBT3904Q581

R91830.1K

1%

10uH

1%

MMBT3904LT1G

13

2

P3.3V

L550

123MNT145 MNT2

48-B1 12-C4

NO_STUFF

Q585

R210K

HDR-3P-SMDJ10

3711-000862

D55

0

MM

BD

4148

13

R919

42-?2

P3.3V_AUX

10K

3

4 S

P3.3V

10-C3

Q551SI3456DV

1D1D2 2

D3 56D4G

Q582RHU002N06

3D

G

1S 2

P3.3V

100

P3.3V_AUX

100KR915

1%

R564 1%

1%

10KR779

KBC3_PWRGD

GFX3_THERM*

GFX3_THRMTRIP*

2KR802

CPU3_ALERT*

CPU1_PROCHOT*

KBC3_FANCTRL

FAN3_FDBACK*

KBC3_THRM_ALERT*

CPU1_THRMTRIP*

CPU3_THRMTRIP*

CHP3_INTRUDER*

KBC3_CHKPWRSW*CPU2_THERMDC

CPU2_THERMDACPU3_THRMTRIP*GFX3_THRMTRIP*

THERM_STP*

KBC3_RSMRST*

KBC3_THERM_SMCLKKBC3_THERM_SMDATA

SIO3_GPIO32*

1 / 5

ELECTRONICS

A

4

B

23

2

C


D

270uF

Place on the edge Place in cavity

10V


A

3


1

B

4


C

1

D

SAMSUNG

SAMSUNG PROPRIETARY


9-C2

2831

52

32

44

56

10

16

VT

T_6

6T

13

VT

T_6

7T

14

VT

T_6

8U

12

VT

T_6

9U

13

VT

T_7

AB

14

VT

T_7

0V

12

VT

T_7

1V

13

VT

T_7

2V

14

VT

T_7

3W

12

VT

T_7

4W

13

VT

T_7

5W

14

VT

T_7

6Y

12

VT

T_7

7Y

13

VT

T_8

AC

13

VT

T_9

AC

14

VT

T_5

1P

7

VT

T_5

2P

8

VT

T_5

3P

9

VT

T_5

4R

1

VT

T_5

5R

10

VT

T_5

6R

11

VT

T_5

7R

12

VT

T_5

8R

13

VT

T_5

9R

14

VT

T_6

AB

13

VT

T_6

0R

2

VT

T_6

1R

3

VT

T_6

2R

5

VT

T_6

3R

6

VT

T_6

4R

8

VT

T_6

5T

12

VT

T_3

7N

5

VT

T_3

8N

7

VT

T_3

9N

8

VT

T_4

AB

1

VT

T_4

0N

9

VT

T_4

1P

1

VT

T_4

2P

10

VT

T_4

3P

11

VT

T_4

4P

12

VT

T_4

5P

14

VT

T_4

6P

2

VT

T_4

7P

3

VT

T_4

8P

4

VT

T_4

9P

5

VT

T_5

AB

12

VT

T_5

0P

6

VT

T_2

2M

3

VT

T_2

3M

4

VT

T_2

4M

5

VT

T_2

5M

6

VT

T_2

6M

7

VT

T_2

7M

8

VT

T_2

8M

9

VT

T_2

9N

1

VT

T_3

AA

13

VT

T_3

0N

10

VT

T_3

1N

11

VT

T_3

2N

12

VT

T_3

3N

13

VT

T_3

4N

14

VT

T_3

5N

3

VT

T_3

6N

4

U1 HYSCOMP

W1 HYSWING

VT

T_1

A6

VT

T_1

0A

D13

VT

T_1

1D

2

VT

T_1

2L1

2

VT

T_1

3L1

3

VT

T_1

4L1

4

VT

T_1

5M

1

VT

T_1

6M

10

VT

T_1

7M

11

VT

T_1

8M

12

VT

T_1

9M

13

VT

T_2

AA

12

VT

T_2

0M

14

VT

T_2

1M

2

B3HLOCK*

D8HREQ*_0 G8HREQ*_1 B8HREQ*_2 F8HREQ*_3 A8HREQ*_4

B4HRS*_0 E6HRS*_1 D6HRS*_2

E7HTRDY*

J13HVREF_1 K13HVREF_2

E1 HXRCOMP

E2 HXSCOMP

E4 HXSWING

Y1 HYRCOMP

J7HDINV*_0 W8HDINV*_1 U3HDINV*_2 AB10HDINV*_3

J9HDPWR*

H8HDRDY*

K4HDSTBN*_0 T7HDSTBN*_1 Y5HDSTBN*_2 AC4HDSTBN*_3

K3HDSTBP*_0 T6HDSTBP*_1 AA5HDSTBP*_2 AC5HDSTBP*_3

D3HHIT* D4HHITM*

AC2 HD*_54AD1 HD*_55AD9 HD*_56AC1 HD*_57AD7 HD*_58AC6 HD*_59

G1 HD*_6

AB5 HD*_60AD10 HD*_61AD4 HD*_62AC8 HD*_63

G2 HD*_7K9 HD*_8K1 HD*_9

A7HDBSY* C3HDEFER*

H3 HD*_4

AB8 HD*_40W2 HD*_41AA4 HD*_42AA7 HD*_43AA2 HD*_44AA6 HD*_45AA10 HD*_46Y8 HD*_47AA1 HD*_48AB4 HD*_49

K2 HD*_5

AC9 HD*_50AB11 HD*_51AC11 HD*_52AB3 HD*_53

T8 HD*_25T4 HD*_26W7 HD*_27U5 HD*_28T9 HD*_29

J6 HD*_3

W6 HD*_30T5 HD*_31AB7 HD*_32AA9 HD*_33W4 HD*_34W3 HD*_35Y3 HD*_36Y7 HD*_37W5 HD*_38Y10 HD*_39

K7 HD*_10J8 HD*_11H4 HD*_12J3 HD*_13K11 HD*_14G4 HD*_15T10 HD*_16W11 HD*_17T3 HD*_18U7 HD*_19

H1 HD*_2

U9 HD*_20U11 HD*_21T11 HD*_22W9 HD*_23T1 HD*_24

G11HA*_6 F11HA*_7 G12HA*_8 F9HA*_9

E8HADS* B9HADSTB*_0 C13HADSTB*_1

C6HBNR* F6HBPRI* C7HBREQ0*

AG1HCLKN AG2HCLKP

B7HCPURST*

E3HCPUSLP*

F1 HD*_0J1 HD*_1

A11HA*_19 C11HA*_20 A12HA*_21 A13HA*_22 E13HA*_23 G13HA*_24 F12HA*_25 B12HA*_26 B14HA*_27 C12HA*_28 A14HA*_29

H9HA*_3

C14HA*_30 D14HA*_31

C9HA*_4 E11HA*_5

0904-002050

CALISTOGA

U14-1

H11HA*_10 J12HA*_11 G14HA*_12 D9HA*_13 J14HA*_14 H13HA*_15 J15HA*_16 F14HA*_17 D12HA*_18

AL2.5V330uFEC8

8

21

9-B1

1

34

24

16V470nFC232

18

6

20

24.9R265 1%

62

58

4

19

9-C4100R305

1%

C230220nF16V

20-C110-C3

100R307

1%

48

VCCP

18

VCCP

55

8-C1

60

13-C4

9-C3

50

9-C3

9-C3

9-C3

VCCP

C9182200nF

1%

R311100

36

40

53

42

29

9-C3

12

38

221R308

1%

10

33

13-A4 17

VCCP

28

31

0

8

16V

C201100nF

9-C3

22

100nFC202

9-C3

24

9-D4 9-C4

26

220nF

46

30

22

16

51

13-A4

27

C927 16V

54

11

14

5

6

9-C1

30

54.9R266

9-B4

13

9-B1

0

57

359

12

61

10-C3

8-C1

4

2

2

C231100nF

23

9-B2

3

9

26

49

9-C3

37

9-C3

39

15

41

#2

9-B1

359-C3

10V4700nFC917

C926 470nF 16V

13-C4

1411

4

20

9-C3

25

7

21

9-D29-D19-C29-C1

23

25

27

15

9-C3

9-C2

19

9-C4

5

VCCP

7

1

9 13

1%

9-C3

1%

29

R309221

9-C1

63

200R304

47

R312 24.9 1%

9-C1

43

17

45

9-B2

9-C2

3

9-B2

9-C3

R306 1%

CPU1_DSTBP1*CPU1_DSTBP2*

CPU1_DBSY*CPU1_DEFER*CPU1_DRDY*CPU1_HIT*CPU1_HITM*CPU1_LOCK*

CPU1_RS0*CPU1_RS1*CPU1_RS2*

CPU1_SLP*CPU1_TRDY*

CPU1_REQ*(4:0)

CPU1_DPWR*

MCH1_HYSWING

VCCP

54.9

CPU1_A*(31:3)

CPU1_ADS*CPU1_ADSTB0*CPU1_ADSTB1*

CPU1_BNR*CPU1_BPRI*CPU1_BREQ*CPU1_CPURST*

CLK0_HCLK1*CLK0_HCLK1

CPU1_DBI0*CPU1_DBI1*CPU1_DBI2*CPU1_DBI3*

CPU1_DSTBN0*CPU1_DSTBN1*CPU1_DSTBN2*CPU1_DSTBN3*

CPU1_DSTBP0*

CPU1_D*(63:0)

MCH1_HXSWING

MCH1_HXSWING

MCH1_HYSWING

CPU1_DSTBP3*

DM

ID

DR

MU

X

NCRSVDCFG

LVDS

TV

VG

AP

MC

LK

2 / 5

PCIE GFX

Japanese digital satellite Broadcasting.

GMCH CORE

945PM PART NUMBER0904-002051

A

C

B

GND

1

SAMSUNG

VCC_SYNC

3

D

Inte recommand 150 ohm terminationclose to GMCH

C

Signal

VCCA_CRTDAC

B

2

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERSSAMSUNG ELECTRONICS CO’S PROPERTY.

4

WHEN NOT USED(FOR PM)

TVDAC_C : C, Pr

GND

Internal Pull-up

2

Route as short as possible

A

CFG(17:3)

Recommendation


SAMSUNG PROPRIETARYTHIS DOCUMENT CONTAINS CONFIDENTIAL

Internal Pull-down

1

HSYNC,VSYNC

CRT DISABLE GUIDE(FOR PM)

CFG(20:18)

LEFT AS NO CONNECTION

D

3

ELECTRONICS

VSSA_CRTDAC

4

GND

Place 75 ohm termination resistors

D-Connector Select Option


GMCH CORE

TVDAC_A : CVBS, Pb

TVDAC_B : Y

R,G,B PAIRS

18-C2

21-C?

150

1%R

730

NO

_ST

UF

F

150

NO

_ST

UF

F

17-B1

12

1%R

732

21-C?

12

21-C?

19-C4 18-B4

100n

FC

856

AY20SM_ODT_2 AU21SM_ODT_3

AV9SM_RCOMPN AT9SM_RCOMPP AK1SM_VREF_0 AK41SM_VREF_1

THERMTRIP*G6

A16 TVDAC_AC18 TVDAC_BA19 TVDAC_C

K30 TV_DCONSEL0

J29 TV_DCONSEL1

J20 TV_IREFB16 TV_IRTNAB18 TV_IRTNBB19 TV_IRTNC

AU20SM_CKE_0 AT20SM_CKE_1 BA29SM_CKE_2 AY29SM_CKE_3

AY35SM_CK_0 AR1SM_CK_1 AW7SM_CK_2 AW40SM_CK_3

AW13SM_CS*_0 AW12SM_CS*_1 AY21SM_CS*_2 AW21SM_CS*_3

AL20SM_OCDCOMP_0 AF10SM_OCDCOMP_1

BA13SM_ODT_0 BA12SM_ODT_1

R32

RS

VD

_12

T32

RS

VD

_13

A34 RSVD_2

D28 RSVD_3

D27 RSVD_4

A41

RS

VD

_5A

F11

RS

VD

_6A

G11

RS

VD

_7F

3R

SV

D_8

F7

RS

VD

_9

H28

SD

VO

CT

RL_

CLK

H27

SD

VO

CT

RL_

DA

TA

AW35SM_CK*_0 AT1SM_CK*_1 AY7SM_CK*_2 AY40SM_CK*_3

A39

NC

_2A

4N

C_3

A40

NC

_4A

W1

NC

_5A

W41

NC

_6A

Y1

NC

_7A

Y41

NC

_8B

2N

C_9

G28 PM_BM_BUSY*F25 PM_EXT_TS*_0H26 PM_EXT_TS*_1

AH33 PWROK

AH34 RSTIN*

A35 RSVD_1

H7

RS

VD

_10

J19

RS

VD

_11

B38

LIB

G

C35

LVB

G

F32

LVD

D_E

N

C33

LVR

EF

HC

32LV

RE

FL

A3

NC

_1

B41

NC

_10

BA

1N

C_1

1B

A2

NC

_12

BA

3N

C_1

3B

A39

NC

_14

BA

40N

C_1

5B

A41

NC

_16

C1

NC

_17

C41

NC

_18

D1

NC

_19

A33 LA_CLKNA32 LA_CLKP

E27 LBCLKNE26 LBCLKP

G30 LBDATAN_0D30 LBDATAN_1F29 LBDATAN_2

F30 LBDATAP_0D29 LBDATAP_1F28 LBDATAP_2

D32

LBK

LT_C

TL

J30

LBK

LT_E

N

H30

LCT

LA_C

LKH

29LC

TLB

_DA

TA

G26

LDD

C_C

LKG

25LD

DC

_DA

TA

H40

EX

P_A

_TX

P_3

J36

EX

P_A

_TX

P_4

L40

EX

P_A

_TX

P_5

M36

EX

P_A

_TX

P_6

N40

EX

P_A

_TX

P_7

P36

EX

P_A

_TX

P_8

R40

EX

P_A

_TX

P_9

AF33 GCLKNAG33 GCLKP

K28 ICH_SYNC*

C37 LADATAN_0B35 LADATAN_1A37 LADATAN_2

B37 LADATAP_0B34 LADATAP_1A36 LADATAP_2

J40

EX

P_A

_TX

N_3

L36

EX

P_A

_TX

N_4

M40

EX

P_A

_TX

N_5

N36

EX

P_A

_TX

N_6

P40

EX

P_A

_TX

N_7

R36

EX

P_A

_TX

N_8

T40

EX

P_A

_TX

N_9

D36

EX

P_A

_TX

P_0

F40

EX

P_A

_TX

P_1

T36

EX

P_A

_TX

P_1

0V

40E

XP

_A_T

XP

_11

W36

EX

P_A

_TX

P_1

2Y

40E

XP

_A_T

XP

_13

AA

36E

XP

_A_T

XP

_14

AB

40E

XP

_A_T

XP

_15

G36

EX

P_A

_TX

P_2

H38

EX

P_A

_RX

P_3

J34

EX

P_A

_RX

P_4

L38

EX

P_A

_RX

P_5

M34

EX

P_A

_RX

P_6

N38

EX

P_A

_RX

P_7

P34

EX

P_A

_RX

P_8

R38

EX

P_A

_RX

P_9

F36

EX

P_A

_TX

N_0

G40

EX

P_A

_TX

N_1

V36

EX

P_A

_TX

N_1

0W

40E

XP

_A_T

XN

_11

Y36

EX

P_A

_TX

N_1

2A

A40

EX

P_A

_TX

N_1

3A

B36

EX

P_A

_TX

N_1

4A

C40

EX

P_A

_TX

N_1

5

H36

EX

P_A

_TX

N_2

J38

EX

P_A

_RX

N_3

L34

EX

P_A

_RX

N_4

M38

EX

P_A

_RX

N_5

N34

EX

P_A

_RX

N_6

P38

EX

P_A

_RX

N_7

R34

EX

P_A

_RX

N_8

T38

EX

P_A

_RX

N_9

D34

EX

P_A

_RX

P_0

F38

EX

P_A

_RX

P_1

T34

EX

P_A

_RX

P_1

0V

38E

XP

_A_R

XP

_11

W34

EX

P_A

_RX

P_1

2Y

38E

XP

_A_R

XP

_13

AA

34E

XP

_A_R

XP

_14

AB

38E

XP

_A_R

XP

_15

G34

EX

P_A

_RX

P_2

AG41DMI_TXP_3

A27 D_REFCLKNA26 D_REFCLKPC40 D_REF_SSCLKND41 D_REF_SSCLKP

D40

EX

P_A

_CO

MP

ID

38E

XP

_A_C

OM

PO

F34

EX

P_A

_RX

N_0

G38

EX

P_A

_RX

N_1

V34

EX

P_A

_RX

N_1

0W

38E

XP

_A_R

XN

_11

Y34

EX

P_A

_RX

N_1

2A

A38

EX

P_A

_RX

N_1

3A

B34

EX

P_A

_RX

N_1

4A

C38

EX

P_A

_RX

N_1

5

H34

EX

P_A

_RX

N_2

H23 CRT_VSYNC

AE35DMI_RXN_0 AF39DMI_RXN_1 AG35DMI_RXN_2 AH39DMI_RXN_3

AC35DMI_RXP_0 AE39DMI_RXP_1 AF35DMI_RXP_2 AG39DMI_RXP_3

AE37DMI_TXN_0 AF41DMI_TXN_1 AG37DMI_TXN_2 AH41DMI_TXN_3

AC37DMI_TXP_0 AE41DMI_TXP_1 AF37DMI_TXP_2

F15

CF

G_5

E18

CF

G_6

D19

CF

G_7

D16

CF

G_8

G16

CF

G_9

H32 CLK_REQ*

E23 CRT_BLUED23 CRT_BLUE*

C26 CRT_DDC_CLKC25 CRT_DDC_DATA

C22 CRT_GREENB22 CRT_GREEN*

G23 CRT_HSYNC

J22 CRT_IREF

A21 CRT_REDB21 CRT_RED*

K16

CF

G_0

K18

CF

G_1

E16

CF

G_1

0D

15C

FG

_11

G15

CF

G_1

2K

15C

FG

_13

C15

CF

G_1

4H

16C

FG

_15

G18

CF

G_1

6H

15C

FG

_17

J25

CF

G_1

8K

27C

FG

_19

J18

CF

G_2

J26

CF

G_2

0

F18

CF

G_3

E15

CF

G_4

2 5

U14-2

CALISTOGA

0904-002050

14-C4

14-C4

12

19-D4 18-C232-D4

32-D4

10

33-D3

C84

6

1

24.9R705

1%

15

100n

F

7 9

32-D4

14

P1.8V_AUX

9

18-C2

C82

510

0nF

2

33-D114-B4

14-B4 33-D1

100n

F

21-B?

C84

9

21-B?

32-D4

18-C350-B4

18-C1

158

21-B?

18-B219-C4

13

100n

FC

832

18-C219-D4

10

18-C419-D4

14-C433-D1

100n

FC

841

R74980.6

8

32-D4

7

8-C1

10

1%

23

C84

210

0nF

80.6R748

1%

1

19-C4 18-B4

8-C1

8-C1

NO_STUFF

0R699

18-C2

11

10KR704

R96 0

13

P3.3V

21-B?

15

NO_STUFF

12

C83

910

0nF

NO_STUFF

100n

FC

824

3

P1.5V

150

R74

01%

10 13

18-C4

0 8

C84

310

0nF

32-D4

32-D4

32-D4

3

18-C4

18-C4

32-D4

32-D2

32-D4

P1.5V5

100n

FC

826

10-D410-B3

100n

FC

845

R723

0

0 1

32-D4

8-C4

100n

FC

834

6

100n

FC

827

33-D4

C82

810

0nF

18-C2

54 7 11

33-D4

18-C2

19-D4 18-C2

18-C1

1%R

727

150

NO

_ST

UF

F

19-D432-D4

32-D4

8-B1

21-C?21-A?

21-B?

21-C?

C85

010

0nF

17-C1

10

20

18-C4

21-B?23-B4

42-?2

11

51-C342-?221-B?

100n

FC

852

18-C3

NO_STUFF 10KR725

25-D?

21-C?

32-A2

15

100n

FC

836

NO_STUFF

14-C4 33-D1

33-D114-C4

1%

NO_STUFF

14

9

1%100KR707R733 100K

25-C?

NO_STUFF

0R94

R74

11%

150

NO_STUFF

25-B?

R726 10K

3

150

R72

91%

NO_STUFF

R700 0

C85

4

14-B4 33-D1

7

100n

F

100n

F

C85

510

0nF

18-B219-C4

C84

0

P3.3V

9

C84

810

0nF

C83

110

0nF

13

21-C?

21-D?

19-D4 18-C4

C83

010

0nF

R734 2551%

11

C83

5

14-A4

100n

FC

833

100n

F

1%R724 4.99K

8-C1

0 6

8-B1

6

21-C?

4

8-C1

14-A4

NO_STUFF

0R95

8

33-C4

14

19

P1.5V

33-C4 21-B?

1

R73110K

13

33-D3

GM_MODEL

0

R722

33-D114-C4

33-D3

8-C4

10-D410-C3

C83

810

0nF

4

100n

FC

844

32-D4

25-D?

11509

21-C?

21-C?

32-D4

18-C419-D4

18-C419-D4

6 12

100n

FC

853

2

C85

110

0nF

C84

710

0nF

21-C?

100R6981%

21-B?

32-D4

32-D4

14

32-B2

17-B1

20-B112-A410-C3

#3

4

VGA3_GREEN_INT

VGA3_RED_INT

TVO3_DCONSEL1TVO3_DCONSEL0

C83

710

0nF

CLK1_DREFCLKCLK1_DREFCLK*

TVO3_COMP_INTTVO3_Y_INTTVO3_C_INT

VGA3_HSYNCVGA3_VSYNC

VGA3_BLUE_INT

VGA3_DDCCLKVGA3_DDCDATA

LCD1_BDATA1LCD1_BDATA2

TVO3_DCONSEL0TVO3_DCONSEL1

TVO3_COMP_INTTVO3_Y_INTTVO3_C_INT

CLK1_DREFSSCLKCLK1_DREFSSCLK*

LCD1_ADATA2

LCD1_BDATA0*LCD1_BDATA1*LCD1_BDATA2*

LCD1_BDATA0

LCD1_BCLK

LCD1_ADATA0*LCD1_ADATA1*LCD1_ADATA2*

LCD1_ADATA0LCD1_ADATA1

LCD3_EDID_C

LCD3_EDID_D

LCD1_ACLK*LCD1_ACLK

LCD1_BCLK*

MCH3_CLKREQ*

VRM3_CPU_PWRGD

CLK1_MCH3GPLLCLK1_MCH3GPLL*

LCD3_BKLTCTRLLCD3_BKLTENLCD3_VDDEN

MCH3_CFG(16)

MCH3_ICHSYNC*

CPU1_THRMTRIP*

MCH3_CFG(13:9)

MCH3_CFG(20:19)

MEM1_VREF

CPU1_BSEL1CPU1_BSEL2

DMI1_TXN0

DMI1_TXP0

DMI1_TXN1

DMI1_TXP1

DMI1_TXN2

DMI1_TXP2

DMI1_TXN3

DMI1_TXP3

DMI1_RXN0

DMI1_RXP0

DMI1_RXN1

DMI1_RXP1

DMI1_RXN2

DMI1_RXP2

DMI1_RXN3

DMI1_RXP3

MEM1_CKE0MEM1_CKE1MEM1_CKE2

MEM1_ODT2MEM1_ODT3

MEM1_ODT0MEM1_ODT1

CLK1_MCLK2*

CLK1_MCLK2

CLK1_MCLK3*

CLK1_MCLK3

MEM1_CS0*MEM1_CS1*MEM1_CS2*MEM1_CS3*

MEM1_CKE3

CLK1_MCLK0*

CLK1_MCLK0

CLK1_MCLK1*

CLK1_MCLK1

PEG1_RXN(15:0) PEG1_RXP(15:0)

CPU1_BSEL0

MCH3_BMBUSY*

CHP3_DPRSLPVR

MCH3_EXTTS0*

KBC3_IMVP6_PWRGD

PLT3_RST*

PEG1_TXP(15:0)PEG1_TXN(15:0)

SYSTEM MEMORY B

SYSTEM MEMORY A

3 / 5

EXP_TXN_4

EXP_TXP_4

EXP_TXN_5EXP_TXP_5EXP_TXN_6EXP_TXP_6EXP_TXN_7

SA_CS(1:0)*SA_CKE(1:0)

Ch. B (So-DIMM B)

N/A

EXP_RXP_5

PEG (SAGP) Mode

Place in cavity

N/A

SDVOB_CLK*

SA_ODT(1:0)N/A

A

SM_SKE(3:2)

Check Load Transient

SDVOC_CLK*

3

A

SDVO_TVCLKIN

D

SDVOB_GREEN*

SDVO_STALLB

SDVOB_BLUE*SDVOB_BLUE

SDVOB_CLKSDVOC_RED*SDVOB_ALPHA*SDVOC_RED

SAMSUNG

2

3


EXP_TXN_0EXP_TXP_0


Dual Channel

SAMSUNG PROPRIETARY

SM_CK(5:3)SM_CK(5:3)*

4

SDVOC_BLUE

Ch. A (So-DIMM A)

B

SDVOC_CLKSDVO_TVCLKIN*

4

SDVOB_INT*SDVOB_INT

SA_CK(2:0)

EXP_TXP_3

N/AN/A

EXP_TXP_1EXP_TXN_2EXP_TXP_2EXP_TXN_3

EXP_TXP_7EXP_RXN_0EXP_RXP_0EXP_RXN_1EXP_RXP_1

Place near BA23 or AJ23 pin

Place near BA15 pin

EXP_RXP_2EXP_RXN_5

SM_ODT(1:0)SM_CS(3:2)*

SB_CK(2:0)SB_CK(2:0)*

N/ASB_CS(3:2)*

SM_ODT(3:2)N/A

6.3V6.3V

SB_CKE(3:2)

D


C

B

SDVOB_GREEN

1

12

SB_ODT(3:2)

SDVO Mode

SDVOB_RED*SDVO_RED

SDVOB_ALPHASDVOC_GREEN*SDVOC_GREENSDVOC_BLUE*

SDVO_STALLSDVOC_INTBSDVOC_INT

EXP_TXN_1

EXP_RXN_2

SM_CK(2:0)SM_CK(2:0)* N/A

SM_CS(1:0)*SM_CKE(1:0)

N/A


ELECTRONICS

N/A


C

SA_CK(2:0)*

55

13

28

45

19-C3 18-D2

27

9

5951359

1

10 2624

19-C4 18-C2

6

7

0

614911

5

14

31

60

2517

11

1

30

29

32

7

5

12 212

58

18-C219-C4

3933

0

47

3

15 5737

19-D318-D4

3

3

5

12

19-C4 18-C2

5

3

42

3

62

16

1

4119 28

38

18-C4

56

44

5

7

18-D2

1

3

19-C4

7

42

44

62

46

34 53

18-B4

40

43

EC7330uF2.5VAL

5

7

19-C4 18-C2

1

6

8

3

60

18-C4 19-C4

2

P1.8V_AUX

4

7

20

18-B4

22

4

1

24

470nFC138 16V

14

16

23

18

10 46

18-B4 19-C4

48

1

26

C909470nF16V

1

2

30

4

18-B2

7

13

6

P1.8V_AUX

8

1

10

0

12

34

C20610000NF10V

8

5

52

2

18-A2

18

5

20

9

18-A4

470nFC203 16V

0

11

3

4

7

6

36

0

32

50

19-C4 18-B2

36

2.5V330uFEC5

25

3

27

6

29 54

4

2

58

AL

10000NFC140

52

4

19-C4 18-B2

AL2.5V330uFEC6

13 35

50

10V

AY

34V

CC

SM

_97

AY

6V

CC

SM

_98

AY

8V

CC

SM

_99

9

13

2

AV

6V

CC

SM

_82

AV

8V

CC

SM

_83

AW

15V

CC

SM

_84

AW

19V

CC

SM

_85

AW

22V

CC

SM

_86

AW

26V

CC

SM

_87

AW

30V

CC

SM

_88

AW

34V

CC

SM

_89

AH

27V

CC

SM

_9

AW

6V

CC

SM

_90

AW

8V

CC

SM

_91

AY

15V

CC

SM

_92

AY

19V

CC

SM

_93

AY

22V

CC

SM

_94

AY

26V

CC

SM

_95

AY

30V

CC

SM

_96

AU

19V

CC

SM

_68

AU

22V

CC

SM

_69

AH

25V

CC

SM

_7

AU

26V

CC

SM

_70

AU

30V

CC

SM

_71

AU

34V

CC

SM

_72

AU

40V

CC

SM

_73

AU

41V

CC

SM

_74

AV

1V

CC

SM

_75

AV

15V

CC

SM

_76

AV

19V

CC

SM

_77

AV

22V

CC

SM

_78

AV

26V

CC

SM

_79

AH

26V

CC

SM

_8

AV

30V

CC

SM

_80

AV

34V

CC

SM

_81

AR

26V

CC

SM

_53

AR

30V

CC

SM

_54

AR

34V

CC

SM

_55

AR

6V

CC

SM

_56

AR

8V

CC

SM

_57

AT

15V

CC

SM

_58

AT

19V

CC

SM

_59

AH

24V

CC

SM

_6A

T22

VC

CS

M_6

0A

T26

VC

CS

M_6

1A

T30

VC

CS

M_6

2A

T34

VC

CS

M_6

3A

T41

VC

CS

M_6

4A

T6

VC

CS

M_6

5A

T8

VC

CS

M_6

6A

U15

VC

CS

M_6

7

AL6

VC

CS

M_3

9

AH

16V

CC

SM

_4

AM

29V

CC

SM

_40

AM

30V

CC

SM

_41

AM

41V

CC

SM

_42

AN

30V

CC

SM

_43

AN

6V

CC

SM

_44

AP

19V

CC

SM

_45

AP

22V

CC

SM

_46

AP

30V

CC

SM

_47

AP

6V

CC

SM

_48

AP

8V

CC

SM

_49

AH

17V

CC

SM

_5

AR

15V

CC

SM

_50

AR

19V

CC

SM

_51

AR

22V

CC

SM

_52

AJ2

5V

CC

SM

_24

AJ2

6V

CC

SM

_25

AJ2

7V

CC

SM

_26

AJ2

8V

CC

SM

_27

AJ2

9V

CC

SM

_28

AJ6

VC

CS

M_2

9

AH

13V

CC

SM

_3

AK

11V

CC

SM

_30

AK

12V

CC

SM

_31

AK

19V

CC

SM

_32

AK

20V

CC

SM

_33

AK

21V

CC

SM

_34

AK

22V

CC

SM

_35

AK

29V

CC

SM

_36

AK

6V

CC

SM

_37

AL2

9V

CC

SM

_38

BA

6V

CC

SM

_107

BA

8V

CC

SM

_108

AH

29V

CC

SM

_11

AJ1

VC

CS

M_1

2A

J12

VC

CS

M_1

3A

J13

VC

CS

M_1

4A

J14

VC

CS

M_1

5A

J15

VC

CS

M_1

6A

J16

VC

CS

M_1

7A

J17

VC

CS

M_1

8A

J18

VC

CS

M_1

9

AH

12V

CC

SM

_2

AJ1

9V

CC

SM

_20

AJ2

2V

CC

SM

_21

AJ2

3V

CC

SM

_22

AJ2

4V

CC

SM

_23

SB_MA_7 AV28

SB_MA_8 AV27

SB_MA_9 AW27

SB_RAS* AU23

SB_RCVENIN* AK16

SB_RCVENOUT* AK18

SB_WE* AR27

AG

12V

CC

SM

_1

AH

28V

CC

SM

_10

BA

15V

CC

SM

_100

BA

19V

CC

SM

_101

BA

22V

CC

SM

_102

BA

23V

CC

SM

_103

BA

26V

CC

SM

_104

BA

30V

CC

SM

_105

BA

34V

CC

SM

_106

SB

_DQ

_62

AJ5

SB

_DQ

_63

AJ3

SB

_DQ

_7A

P41

SB

_DQ

_8A

T40

SB

_DQ

_9A

V41

SB_MA_0 AY23

SB_MA_1 AW24

SB_MA_10 AV24

SB_MA_11 BA27

SB_MA_12 AY27

SB_MA_13 AR23

SB_MA_2 AY24

SB_MA_3 AR28

SB_MA_4 AT27

SB_MA_5 AT28

SB_MA_6 AU27

SB

_DQ

_48

BA

10

SB

_DQ

_49

AW

10

SB

_DQ

_5A

K38

SB

_DQ

_50

BA

4

SB

_DQ

_51

AW

4

SB

_DQ

_52

AY

10

SB

_DQ

_53

AY

9

SB

_DQ

_54

AW

5

SB

_DQ

_55

AY

5

SB

_DQ

_56

AV

4

SB

_DQ

_57

AR

5

SB

_DQ

_58

AK

4

SB

_DQ

_59

AK

3

SB

_DQ

_6A

N41

SB

_DQ

_60

AT

4

SB

_DQ

_61

AK

5

SB

_DQ

_33

AL1

9

SB

_DQ

_34

AP

14

SB

_DQ

_35

AN

14

SB

_DQ

_36

AN

17

SB

_DQ

_37

AM

16

SB

_DQ

_38

AP

15

SB

_DQ

_39

AL1

5

SB

_DQ

_4A

J38

SB

_DQ

_40

AJ1

1

SB

_DQ

_41

AH

10

SB

_DQ

_42

AJ9

SB

_DQ

_43

AN

10

SB

_DQ

_44

AK

13

SB

_DQ

_45

AH

11

SB

_DQ

_46

AK

10

SB

_DQ

_47

AJ8

SB

_DQ

_19

AP

36

SB

_DQ

_2A

P39

SB

_DQ

_20

BA

36

SB

_DQ

_21

AU

36

SB

_DQ

_22

AP

35

SB

_DQ

_23

AP

34

SB

_DQ

_24

AY

33

SB

_DQ

_25

BA

33

SB

_DQ

_26

AT

31

SB

_DQ

_27

AU

29

SB

_DQ

_28

AU

31

SB

_DQ

_29

AW

31

SB

_DQ

_3A

R41

SB

_DQ

_30

AV

29

SB

_DQ

_31

AW

29

SB

_DQ

_32

AM

19

SB_DQS_3 AR29

SB_DQS_4 AR16

SB_DQS_5 AR10

SB_DQS_6 AR7

SB_DQS_7 AN5

SB

_DQ

_0A

K39

SB

_DQ

_1A

J37

SB

_DQ

_10

AU

38

SB

_DQ

_11

AV

38

SB

_DQ

_12

AP

38

SB

_DQ

_13

AR

40

SB

_DQ

_14

AW

38

SB

_DQ

_15

AY

38

SB

_DQ

_16

BA

38

SB

_DQ

_17

AV

36

SB

_DQ

_18

AR

36

SB_DM_3 BA31

SB_DM_4 AL17

SB_DM_5 AH8

SB_DM_6 BA5

SB_DM_7 AN4

SB_DQS*_0 AM40

SB_DQS*_1 AU39

SB_DQS*_2 AT35

SB_DQS*_3 AP29

SB_DQS*_4 AP16

SB_DQS*_5 AT10

SB_DQS*_6 AT7

SB_DQS*_7 AP5

SB_DQS_0 AM39

SB_DQS_1 AT39

SB_DQS_2 AU35

SA_MA_5AU16

SA_MA_6AV17

SA_MA_7AU17

SA_MA_8AW17

SA_MA_9AT16

SA_RAS*AW14

SA_RCVENIN*AK23

SA_RCVENOUT*AK24

SA_WE*AY14

SB_BS_0 AT24

SB_BS_1 AV23

SB_BS_2 AY28

SB_CAS* AR24

SB_DM_0 AK36

SB_DM_1 AR38

SB_DM_2 AT36

SA

_DQ

_60

AG

9

SA

_DQ

_61

AH

6

SA

_DQ

_62

AF

4

SA

_DQ

_63

AF

8

SA

_DQ

_7A

H31

SA

_DQ

_8A

N35

SA

_DQ

_9A

P33

SA_MA_0AY16

SA_MA_1AU14

SA_MA_10AU13

SA_MA_11AT17

SA_MA_12AV20

SA_MA_13AV12

SA_MA_2AW16

SA_MA_3BA16

SA_MA_4BA17

SA

_DQ

_46

AT

5

SA

_DQ

_47

AL5

SA

_DQ

_48

AY

2

SA

_DQ

_49

AW

2

SA

_DQ

_5A

K35

SA

_DQ

_50

AP

1

SA

_DQ

_51

AN

2

SA

_DQ

_52

AV

2

SA

_DQ

_53

AT

3

SA

_DQ

_54

AN

1

SA

_DQ

_55

AL2

SA

_DQ

_56

AG

7

SA

_DQ

_57

AF

9

SA

_DQ

_58

AG

4

SA

_DQ

_59

AF

6

SA

_DQ

_6A

J32

SA

_DQ

_31

AT

21

SA

_DQ

_32

AR

12

SA

_DQ

_33

AR

14

SA

_DQ

_34

AP

13

SA

_DQ

_35

AP

12

SA

_DQ

_36

AT

13

SA

_DQ

_37

AT

12

SA

_DQ

_38

AL1

4

SA

_DQ

_39

AL1

2

SA

_DQ

_4A

J36

SA

_DQ

_40

AK

9

SA

_DQ

_41

AN

7

SA

_DQ

_42

AK

8

SA

_DQ

_43

AK

7

SA

_DQ

_44

AP

9

SA

_DQ

_45

AN

9

SA

_DQ

_17

AL2

7

SA

_DQ

_18

AM

26

SA

_DQ

_19

AN

24

SA

_DQ

_2A

M31

SA

_DQ

_20

AK

28

SA

_DQ

_21

AL2

8

SA

_DQ

_22

AM

24

SA

_DQ

_23

AP

26

SA

_DQ

_24

AP

23

SA

_DQ

_25

AL2

2

SA

_DQ

_26

AP

21

SA

_DQ

_27

AN

20

SA

_DQ

_28

AL2

3

SA

_DQ

_29

AP

24

SA

_DQ

_3A

M33

SA

_DQ

_30

AP

20

SA_DQS_1AT33

SA_DQS_2AN28

SA_DQS_3AM22

SA_DQS_4AN12

SA_DQS_5AN8

SA_DQS_6AP3

SA_DQS_7AG5

SA

_DQ

_0A

J35

SA

_DQ

_1A

J34

SA

_DQ

_10

AR

31

SA

_DQ

_11

AP

31

SA

_DQ

_12

AN

38

SA

_DQ

_13

AM

36

SA

_DQ

_14

AM

34

SA

_DQ

_15

AN

33

SA

_DQ

_16

AK

26

SA_DM_1AM35

SA_DM_2AL26

SA_DM_3AN22

SA_DM_4AM14

SA_DM_5AL9

SA_DM_6AR3

SA_DM_7AH4

SA_DQS*_0AK32

SA_DQS*_1AU33

SA_DQS*_2AN27

SA_DQS*_3AM21

SA_DQS*_4AM12

SA_DQS*_5AL8

SA_DQS*_6AN3

SA_DQS*_7AH5

SA_DQS_0AK33

CALISTOGA

U14-3

SA_BS_0AU12

SA_BS_1AV14

SA_BS_2BA20

SA_CAS*AY13

SA_DM_0AJ33

0

6338

8

4018-D4

7 310

10

6

0

51 57

2

59

16VC204 470nF

21

4

6

48

56

7

3

470nFC142

49

54

61

4

2

15 39

4

11

16V

18-C4 19-C4

4

0

1 55

12

375 33

2

18-B2

19 45

2

0

16VC137 470nF

53

19-C4

6

17

19-C418-C4

43 47 6341

5

23

6

6

22

18-B4

MEM1_ABS0MEM1_ABS1MEM1_ABS2

MEM1_BDQ(63:0)

MEM1_ADQ(63:0)

MEM1_ARAS*MEM1_ACAS*MEM1_AWE*

MEM1_ADM(7:0)

MEM1_ADQS*(7:0)

MEM1_ADQS(7:0)

MEM1_AMA(13:0)

MEM1_BBS0MEM1_BBS1MEM1_BBS2

MEM1_BRAS*MEM1_BCAS*MEM1_BWE*

MEM1_BDM(7:0)

MEM1_BDQS*(7:0)

MEM1_BDQS(7:0)

MEM1_BMA(13:0)

4 / 5

4


AA


C



1

100nF Caps used in 1.5V_DLVDS, 2.5V_ALVDS,

D

2.5V_TXLVDS, 2.5V_

3 2 4 SAMSUNG PROPRIETARY THIS DOCUMENT CONTAINS … · 2014. 1. 7. · USB2.0 #2 : C-1 A0h 0.0000...

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Transcript of 3 2 4 SAMSUNG PROPRIETARY THIS DOCUMENT CONTAINS … · 2014. 1. 7. · USB2.0 #2 : C-1 A0h 0.0000...