Samsung Np-r530 r730 Bremen-l Rev 1.0 Sch

8-1R530/R730

- -

- This Document can not be used without Samsung's authorization -

8. Block Diagram and Schematic

Samsung

Confidential

AA

C

LAST EDIT

REV

C

4

DEV. STEP

3

4

2

3

1

CPU : HAN :

PROPRIETARY INFORMATION THAT IS

1.0

APPRO

VAL

APPROVAL

GCE :

NAN :

Signature :

B

Intel Cantiga &

ICH

9M

SAMSUNG ELECTRONICS COS PROPERTY.

ELECTRONICS

D

Design

CHECK

PAR

T NO.

Model Name : Bremen-L

PBA Name :

TITLE

PCB Code :

T.R. Date :

Revision :

Dev. Step : PV

2

Brem

en-L

MAIN

2009.10.27

Remarks : Intel Penryn

DO NOT DISCLOSE TO OR DUPLICATE FOR OTHERS

Montevina Platform

DR

AW

CHECK

Chip Set :

THIS DOCUMENT CONTAINS CONFIDENTIAL

DA

TE

Owner :

1

SAM

SUN

G PR

OPR

IET

AR

Y

SEC Mobile R &

D

EXCEPT AS AUTHORIZED BY SAMSUNG.

MO

DULE CODE

B

OF

PAGE

X

D

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AIN

COVER

MA

IN

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en-L

591

BA

41-xxxxxA

October 27, 2009 14:27:43 PM

1.0

PV

10/10/2008

HJ.KIM

YM.A

HN

Jun PARKSAM

SUNG

www.bufanxiu.com

8-2 R530/R730


- -


Samsung

ConfidentialSam

sung

ConfidentialSam

sung

Confidential

Page 8

Page 8

CRTP

age 37

Page 9~11R

TC

P 4, 6

P 5P 8(17")W

LAN

Page 43

Intel Pentium

ICH9-M

CLOC

K

CPUTherm

istor

FAN

FSB ~1067MH

z

2.5" HD

DP

age 44SATA0

SATA112.7m

m O

DD

Page 44

PCIe

EMC2112

DD

R II 800

BR

EM

EN

-L

Intel Core2Duo

Internal -C

antiga-GL40

External -

PEX4

SPI ROM

Page 35

16Mbit

CARDREADERA

LCO

R A

U6336

3-in-1P

age 42P 4

FFC

ME

C1308

USB 2.0

CK-505M

AN

T

Dual channel

Bluetooth

Channel B (Reverse)

Channel A (Reverse)

For 17"For 15"

0.3M

gDDR3P

age 25~28

nVidia

N11M

-GE

Cantiga-P

M45

LVDS(15" Single, 17" Dual)D

DR

2-SODIM

M x 2

17.3" HD

+ / 15.6"LED

LCD

Page 36

Page 12

Page 20~24

P 2P 9(15")

Single USB Port

Dual USB Port

/UL

PAGE

B

MO

DULE CODE

LAST EDIT

PAR

T NO.

( Half Type)

LR

Page 39~40

ALC

269

High Definition

SATA

REV

C

12

BA

PEX1

Transforme

r

RTL8040

10/100 LANControlle

rR

J45

Page 41

2


DA

TE

DC

TITLE

APPRO

VAL


D

A

ELECTRONICS

KEYBO

ARD

Space bar

MICO

M

Page 45

Page 46

SE

NTE

LIC

TOUCHPAD

DEV. STEP

1

CHECK

OF

DR

AW



Cantiga-G

M45

TBD

BL

OC

K D

IAG

RA

M

BR

EM

EN

-UL

Page 13~17

Page 30~34

Page 18~19

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AIN

BLO

CK DIAGRAM

Brem

en-L

592

BA

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October 27, 2009 14:27:43 PM

1.0

PV

9/23/2008

undefined

HJ.KIM

YM.A

HN

Jun PARK

MA

IN

SAM

SUN

G PR

OPR

IET

AR

Y4

3


43

SAMSUNG

www.bufanxiu.com

8-3R530/R730


- -


Samsung

ConfidentialSam

sung

ConfidentialSam

sung

Confidentialsu

Bxe

Hss

erdd

As e

civ e

D

rets

aM

M 9H

CISM

BU

S Master

1010 000X

Master

MIC

OM

16hX1

1 0 1

000

YR

ETT

AB

123

6789

BO

AR

D IN

FOR

MA

TIO

N

SCHEMATIC ANNO

TATIONS AND BO

ARD INFORM

ATION

See rev notes for m

ore information.

32.768KH

zC

rystalIC

H9-M

10MH

z

CA

RD

RE

AD

ER

(AU

6336)45

UH

CI_2

BLU

ETO

OTH

(TBD

)1011

Crystal

MIC

OM

25MH

zC

rystalLA

N14.318M

Hz

Crystal

CLO

CK

-Generator

REVISIO

N HISTORY

I C / S

MB

Address

OD

D-

SA

TA2

SA

TA3

-

PC

I EX

PR

ES

S A

ssignationP

ort Num

ber

Clock, U

nused Clock O

utput Disable

D2h

CK

-505M (C

lock Generator)

1101 001X-

A0h

SO

DIM

M0

-P

CIe3

PC

Ie4-

Crystal / O

scillatorTY

PE

PR

EQ

UE

NC

Y

EM

C2102

7Ah

0111 101X

A4h

X 100

010

11

MMI

DO

S

US

B P

OR

T Assignation

Port N

umber

AS

SIG

NE

D TO

US

B P

OR

T (RIG

HT, S

UB

)0

5.0V supply for A

udioAUD_P5V

PRTC_BAT

3.3V supply for the R

TC w

ell.C

harger Reference V

oltage Source

VDC_CHG

LCD_VD

D3V

UH

CI_0

UH

CI_1

UH

CI_3

UH

CI_4

Port N

umber

AS

SIG

NE

D TO

CA

ME

RA

(17")

P3.3V_MCD

3.3V (3-in-1 S

ocket)

P12.0V_ALW

12.0V alw

ays power w

ell

Pow

er Rail

Descriptions

P5.0V

UH

CI_5

US

B P

OR

T (LEFT)

US

B P

OR

T (RIG

HT, S

UB

)

SA

TA A

ssignationP

ort Num

berA

SS

IGN

ED

TO

HD

DS

ATA

0S

ATA

1

Port N

umber

AS

SIG

NE

D TO

1.5V P

ower R

ail (off in S3-S

5)

1.05V P

ower R

ail (off in S3-S

5)

5.0V P

ower R

ail (off in S4-S

5)3.3V

Pow

er Rail (off in S

4-S5)

1.5V P

ower R

ail (off in S4-S

5)

Core V

oltage for CP

U

KBC3_C

HG4.2V

AS

SIG

NE

D TO

WLA

NP

CIe1

PC

Ie2

Port N

umber

AS

SIG

NE

D TO

Wired LA

N

P1.8_AUX

1.8V P

ower R

ail (off in S4-S

5)P2.0V_VR

EFP

ower C

hip Reference

Auido A

nalog Voltage

P4.75V_AUD

To charge US

B device at sleep status

EG

AS

UE

CIV

ED

Voltage R

ails

Prim

ary DC

system pow

er supply (9 to 19V)

VDC

VDC_ADPT

P3.3V_MICOM

Pow

er Rail

Descriptions

Output voltage of R

T8205AG

QW

(if VD

C is rem

oved, it will be off)


A


B

2

C

1

3.3V (LE

D LC

D)

P1.05V_PEGP

1.05V (D

irect Media Interface C

ompensation)

P1.2V_LAN

Internal Regulators P

ower of LA

N C

ontroller

P5.0V_ALW

5.0V alw

ays power w

ell

3

B

REV

1

TITLE

C

P3.3V

P1.8V

P1.5V

P1.05

P5.0V_AUX

P3.3V_AUX

P1.5_AUX

CPU

_CORE

5.0V P

ower R

ail (off in S3-S

5)3.3V

Pow

er Rail (off in S

3-S5)

1.8V P

ower R

ail (off in S3-S

5)

PAGE

2

SAMSUNG

D

4


DR

AW

To charge battery

P0.9VD

DR

2 Termination

P1.7V_VREF

Pow

er Chip R

eference

P5.0V_VREF_FILT

Pow

er Chip R

eference

DEV. STEP

PAR

T NO.

ELECTRONICS

OF

CHECK

LAST EDIT

DA

TE

P5.0V_STB5.0V

supply at SU

B_O

DD

Board

P5.0V_ODD

EGFX_C

ORE

nVidia G

raphic Chip pow

er

2

Pow

er source of External

CA

ME

RA

(15")P2.5V_LA

N


APPRO

VAL

Jun PARK

YM.A

HN

HJ.KIM

undefined

9/23/2008

PV

1.0

October 27, 2009 14:27:43 PM

BA

41-xxxxxA

359

Brem

en-LM

AIN

BOARD INFO

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obile24/mentor/Brem

en-L/PV/Bremen-L_M

AIN D


4

SAM

SUN

G PR

OPR

IET

AR

Y

3

A

MO

DULE CODE

www.bufanxiu.com

8-4 R530/R730


- -


Samsung

ConfidentialSam

sung

ConfidentialSam

sung

Confidential 3-in-1 SocketW

LAN

HD

DM

ICOM

LID SW

LEDs

P1.5VPEN

TIUM CPU

CK505MG

L40A

LC269Q

DD

R II Term

ination

P1.05VPEN

TIUM CPU

TPS51620CPU_CO

RE

ICH9M,LED

,Wire LAN,LED

LCD

P5.0V_AUX

P5.0V_STB

SPI ROM

,

P12.0V_ALW

ELECTRONICS

3



SAM

SUN

G PR

OPR

IET

AR

Y

DR

AW

C

2

DEV. STEP

1

3

APPRO

VAL

D

MICO

M,LED

s

EMC2112

GL40

GL40

CRT

HD

D

OD

DTO

UTCHPAD

POW

ER

DIA

GR

AM

KBC3_VRO

N

VDC

KBC3_SUSPW

RK

BC3_PWRO

N

P5.0V

OF


LAST EDIT

TITLE

PAR

T NO.

A

B

D

PAGE

A

4

SAMSUNG

1

CHECK

B

MO

DULE CODE

AC ADAPTER

P3.3V_MICO

MDC BATTERY

S5-S4S0

(CHP3_SLPS3*)(CHP3_S4_STATE*)

P0.9V

P5.0V_ALW

P3.3V_AUX

RT8205

APW

7141P1.8V_AU

XD

DR

II

USB,Swithched Pow

er

P1.8VN

11M-G

E

SC471EG

FX_CORE

N11M

-GE

gDDR3

APW

7141ICH9M

P1.2V_LAN

2

REV


4

C

DA

TE


CAMERA

P5.0V_AUDA

LC269Q

P3.3VEM

C2112

FAN

CK505MG

L40D

DR

2ICH9M

80 PORT

LED LCD

ALC269Q

AU6336

RTL8103EL,

P3.3V_MCD

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POW

ER DIAGRAM

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en-L

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41-xxxxxA

October 27, 2009 14:27:43 PM

1.0

PV

9/23/2008

undefined

HJ.KIM

YM.A

HN

Jun PARK

PENTIUM

CPU

GL40

ICH9M

P2.5V_LAN

88E8040

S3

GL40,

www.bufanxiu.com

8-5R530/R730


- -


Samsung

ConfidentialSam

sung

ConfidentialSam

sung

Confidential

CHP3_RTCRST#

6) KBC3_PWRSW#

9

12) KBC3_RSMRST#

12

14

4) P3.3V_MICOM

14-1) KBC3_PWRON_INV#

4

8) P5.0V_AUX

14) KBC3_PWRBTN#

13

15) P5.0VA

P4435GM

Sheet 56

9) P3.3V_AUX

8) P5.0V_AUX

VR

MP

WR

GD

PW

RO

K

Sheet 56

Sheet 30~34

Sheet 9~11

1

2

RT8205

AO6409L

5

10) P1.8V_AUX

APW

7141S

heet 52 P1.8V

_AU

X

10

17) P1.5V17

2) VDC

18) P1.05V18

14) KBC3_PWRON

MEM

1_VREF

7) KBC3_SUSPWR

2) VDC

7

Sheet 13~17

Sheet 18~19

6

VD

C_A

DP

T /

BQ24751

ADAPTERBATTERY

2) VDC

23) KBC3_PWRGD

ICH9-M

KBC

RTC

Battery

PM45

2-1) P12.0V_ALW

3

Sheet 8

15) P5.0V9) P3.3V_AUX

18) P1.05V

17) P1.5V

19) CPU_CORE

CPU

18) P1.05V10) P1.8V_AU

X

17) P1.5V16) P3.3V

23) KBC3_PWRGD

10) P1.8V_AUX

MEM

1_VREF

16) P3.3V

14) KBC3_PWRON

24

7) KBC3_SUSPWR

14) KBC3_PWRON

16) P3.3V

27) CPU1_CPURST#

24) CPU1_PWRGDCPU

POW

ERS/W

DD

R2

CK-505M

PRTC_BAT

P3.3V

_AU

X &

P5V

_ALW

26) PLT3_RST#

Sheet 12

** KBC3_USBCHG **

5) P5.0V_STB

15) P5.0V

ALC 269

Sheet 39

16) P3.3V

P5.0V_AUD

17) P1.5V

0 OHM

P4.75V_AUDP5.0V_AUD15) P5.0V

88E8040S

heet 41

9) P3.3V_AUX

AU6336S

heet 42

19) CPU_CORE

TPS51620

7) KBC3_SUSPWR14) KBC3_PW

RON

21) CLK3_PWRGD

PW

RO

K

CL_P

WR

OK

4) P3.3V_MICOM

9) P3.3V_AUX

11) CHP3_SLPS5#/4#/3#1615

8

14-1

11

17) P3.3VEM

C21112

Sheet 45

LEDS

heet 47

16) P3.3V9) P3.3V_AUX

4) P3.3V_MICOM

P1.8VAO

6409L10) P1.8V_AU

XEG

FX_CORE

SC471E

GFX

_CO

RE

2) VDC

GCO

RE3_PWRG

D

APW

7141

PRTC_BAT

9) P3.3V_AUX

20) VRM3_CPU_PWRGD 23

25) CHP3_SUSSTAT#

25

20) VRM3_CPU_PWRGD

(KBC3_VRON)

22) KBC3_CPURST#22

26

27

POW

ER

SEQ

UE

NC

E

VD

C_C

HG

3) P5.0V_ALW

CRTS

heet 37

14) KBC3_PWRON

10) P1.8V_AUX

10 KOHM

10 KOHM

DA

TE

1

21

C

DEV. STEP

REV

LAST EDIT

SAMSUNG

D

C

16) P3.3VP3.3V_M

CD

Sheet 43

CP

U_C

OR

E

1919) VCCP3_PW

RGD

2) VDC

20) VRM3_CPU_PWRGD

CPU1_DPRSTP#CHP3_DPRSLPVR

20

21

26) PLT3_RST#

25) PLT3_RST#16) P1.5V

Sheet 46

15) P5.0V




PAR

T NO.

TITLE

MO

DULE CODE

APPRO

VAL



DR

AW

CHECK

334 4

Sheet 53

P1.5V

16) P3.3V17) P1.5V18) P1.05V

MX25L

Sheet 35

4) P3.3V_MICOM

LED LCD

Sheet 36

9) P3.3V_AUXLCD_VDD3V

16) P3.3VVD

D_LED

2) VDC

(Between P3.3V & P1.5V)(After P1.05V)

14) KBC3_PWRON

Sheet 56

P0.9V

14) KBC3_PWRON

APL5336

Sheet 52

P0.9V

8) P5.0V_AUX

ELECTRONICS

AA

OF

PAGE

SAM

SUN

G PR

OPR

IET

AR

Y2

D

WLA

NS

heet 43

16) P3.3V

ODD

Sheet 44

15) P5.0V

2.5" HD

DS

heet 44

15) P5.0V16) P3.3V

16) P3.3V4) P3.3V_MICOM

TOUCHPA

D

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PV

9/23/2008

undefined

HJ.KIM

YM.A

HN

Jun PARK

BB

2) VDC

14) KBC3_PWRON

APW

7141S

heet 53

P1.5V

www.bufanxiu.com

8-6 R530/R730


- -


Samsung

ConfidentialSam

sung

ConfidentialSam

sung

Confidential CLK1_MCLK4/4# CLK1_MCLK0/0#CLK1_MCLK1/1#S

OD

IMM

#0

SO

DIM

M #1

333/400 MH

z

266 MH

zC

LK0_H

CLK

/CLK

#

266 MH

z

10 MH

z

Page 8

MC

H3_C

LKR

EQ

#

CLK

1_DR

EFS

SC

LK/D

RE

FSS

CLK

#

100 MH

z (SR

C 6)

1

SP

IK

BC

3_SP

I_CLK

17.86 MH

z

HP

LL

xSLG8SP513r05)

100 MH

z

CLK

1_DR

EFC

LK/D

RE

FCLK

#96 M

Hz

CLK

1_PC

IEIC

H/P

CIE

ICH

#100 M

Hz (S

RC

3)

CLK

1_PC

IELO

M/P

CIE

LOM

#100 M

Hz (S

RC

9)

32.768 KH

z

PC

I Express G

fx100 M

Hz (S

RC

0)

OS

CH

D A

udio

WIR

ED

LAN

LOM

3_CLK

RE

Q*#

CLK

3_US

B48

48 MH

z

CLK

1_SA

TA/S

ATA

#100 M

Hz (S

RC

2)

CL

OC

K D

ISTR

IBU

TIO

N

667/800 MH

z

CLK

1_MC

LK3/3#

CLK

3_PC

LKIC

H33 M

Hz

33 MH

zC

LK3_P

CLK

MIC

OM

BS

EL

14 MH

zO

SC

Main P

LLS

SC

48MH

z PLL

CLK

0_HC

LK1/H

CLK

1#

CLK

1_DR

EFS

SC

CLK

/DR

EFS

SC

CLK

# #LL

PG 3

HC

M /LL

PG3

HC

M _1

KLC

)4C

RS(

zH

M 0 0

1

AU

D3_B

CLK

CP

U

MC

H

KB

C

14.318 MH

z

CK-505M (w/ CLKREQ* & SSDC)

FS(2:0)

CP

U_S

TP*

ITP_E

N

SS

(96/100) SE

L

PC

I_STP

*

P3.3V

CLK

3_PW

RG

D*

100 MH

z (SR

C 6,9)

WLA

NC

LK1_M

INIP

CIE

/MIN

IPC

IE#

RTC

Clock

25 MH

z

333/400 MH

z

AA

SAMSUNG

2

OF

3

B

C

2

PC

IE P

LL

DP

LLA

MP

LL

DP

LLB

ICH

9-MU

SB

PLL

SA

TAP

LL

32.768 KH

z

PC

IEP

LL

Cantiga

3

PAR

T NO.

PAGE

DA

TE


CHECK

B

LAST EDIT

REV

14.318 MH

z

CH

P3_S

ATA

CLK

RE

Q#

Jun PARK

4


1

DDC

4

ELECTRONICS

1

PLL3

SS

C33 MH

zB

uffer

MUXMUX MUX

FSB

PEG

DM

I

DEV. STEP


TITLE

MO

DULE CODE


APPRO

VAL

SAM

SUN

G PR

OPR

IET

AR

YPROPRIETARY INFORMATION THAT IS

DR

AW

MIN

3_CLK

RE

Q*#

333/400 MH

z

333/400 MH

z

D:/users/m

obile24/mentor/Brem

en-L/PV/Bremen-L_M

AIN

CLOCK DIAG

RAM

MA

IN

Brem

en-L

596

BA

41-xxxxxA

October 27, 2009 14:27:43 PM

1.0

PV

9/23/2008

undefined

HJ.KIM

YM.A

HN

www.bufanxiu.com

8-7R530/R730


- -


Samsung

ConfidentialSam

sung

ConfidentialSam

sung

Confidential

DESIG

N


3

B

Opposite side of G

PU

.

DA

TE


1

TRIP

_SE

T 1500 : 95 degree

2

EX

T.DIO

DE

2 MO

DE

HIG

H Z

Opposite side of C

PU

.

ELECTRONICS

0

HIG

H Z

4

To support heatsink

Check if P

U is doubled to M

icom S

ide.

Line Width = 20 m

il

CHECK

APPRO

VAL

C

A

0101 111xb

A

AM

D C

PU

/DIO

DE

MO

DE

4


For Intel 45nm(From

penryn)

B

1

THE

RM

AL S

EN

SO

R &

FAN

CO

NTR

OL

0101 110xb


MO

DULE CODE

0111 101xb (7A)

SM

BU

S A

ddress 7Ah

THER

MA

L SENSOR EM

C2112

D:/users/m

obile24/mentor/Brem

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AIN

Jun PARK

YM.A

HN

HJ.KIM

9/23/2008

PV

1.0

AD

DR

ES

SS

_SE

L MO

DE

SH

DN

_SE

L MO

DE

LAST EDIT

10mil w

idth and 10mil spacing.

0

SAMSUNG

To remove glitch w

hen system is booted up.

1

2

1

D

TITLE

3

D

OF

SAM

SUN

G PR

OPR

IET

AR

Y

C

PAR

T NO.


INTE

L TR M

OD

E

PAGE

DEV. STEP

REV

BA

61-01090A

M505

October 27, 2009 14:27:43 PM

BA

41-xxxxxA

759

Brem

en-LTH

ERM

AL SENSO

R

BA61-01090A

M503

LENGTH

HEAD

DIA

LENGTH

HEAD

DIA

31-C3,44-C

3

1% R56749.9

7-C3 P3.3V

P3.3V

_AUX

1% R5641.5K

10000nF-X5R

C62

6.3V

1000nF-X5R

C1048

P3.3V

_AUX

19-D1,44-B

3

6.3V

nostuff

10KR548 1%1%R549 10K

nostuff

R566

7-B2

nostuff

7-B2

0

P3.3V

_AUX

P5.0V

19-D1,44-B

3

C559

100nF10V

10000nF-X5R

C562

6.3V10V100nFC564

4MNT1

56MNT2

P3.3V

HDR-4P

-1R-SMD

J23711-000456

123

M504

BA61-01090A

DIA

HEAD

LENGTH

Q12

13 2

7-C3

50V

C566

MMBT3904

R568

1% 10K

2.2nF

SYS_S

HDN#

20TA

CH

THERMAL_P

AD

21

7TR

IP_S

ET

1VDD_3V

16VDD_5V

_119

VDD_5V

_2

DN3_D

P2

5 3DP1

DP3_D

N2

417

FAN_1

18FA

N_2

GND

13

9RESET#

6SHDN_S

EL

15SMCLK

SMDATA

148

U503

EMC2112-B

P-TR1209-001887

ADDR_S

EL

10

12ALE

RT#

CLK

11 2DN1

LENGTH

HEAD

DIA

BA61-01090A

M502

44-D1

R579

0 0R578

nostuff

2.2nF

19-D2

19-D2

nostuff

MMBT3904

132

nostuff

C615

50V

50V

nostuff

Q506

9-C4

C565

2.2nF

9-C4

1%

nostuff

1%R558 10K1%

10KR550

THM3_TH

ERMDP_M

N

THM3_S

TP#

10KR43

THM3_V

DD_5V

_MN

THM3_V

DD_3V

_MN

FAN3_FD

BACK#

KBC3_TH

ERM_S

MDATA

KBC3_TH

ERM_S

MCLK

CPU2_TH

ERMDA

CPU2_TH

ERMDC

THM3_A

LERT#

FAN5_V

DD

FAN3_FD

BACK#

FAN5_V

DD

THM3_TR

IP_S

ET_M

NTH

M3_S

HDN_S

EL_M

N

THM3_TH

ERMDN_M

N

GFX

3_THERMDP

GFX

3_THERMDN

www.bufanxiu.com

8-8 R530/R730


- -


Samsung

ConfidentialSam

sung

ConfidentialSam

sung

Confidential1 / 4

ADDR GROUP

ICH

0ADDR GROUP

1

CONTROL

2 / 4

DATA GRP 0

DATA GRP 2

DATA GRP 1

DATA GRP 3

C

CP

U S

ocket : 3704-001153

DA

TE

APPRO

VAL


A


REV

2


OF

DEV. STEP

B

CHECK

SAMSUNGELECTRO

NICS

TITLE

B

A

D

433

MO

DULE CODE


1

Jun PARK

YM.A

HN

HJ.KIM

undefined

9/23/2008

PV

1.0

October 27, 2009 14:27:43 PM

BA

41-xxxxxA

859

Brem

en-LCPU

PENR

YN (1/3)

D:/users/m

obile24/mentor/Brem

en-L/PV/Bremen-L_M

AIN

LAST EDIT

1

SAM

SUN

G PR

OPR

IET

AR

Y

PAR

T NO.

DR

AW

C

4


CP

U bracket

D

PAGE

2

1718

12-B1

12-B1

12-B1

12-B1

3536

12-B1

12-C1

323334

DS

TBP

3#A

F24

616263

DIN

V0#

H25

DIN

V1#

N24

DIN

V2#

U22

DIN

V3#

AC

20

DS

TBN

0#J26

DS

TBN

1#L26

DS

TBN

2#Y

26

DS

TBN

3#A

E25

DSTB

P0#

H26

DSTB

P1#

M26

DSTB

P2#

AA26

AC25

D58#

AE21

D59#

AD21

D6#

E25

D60#

AC22

D61#

AD23

D62#

AF22

D63#

AC23

D7#

E23

D8#

K24

D9#

G24

D48#

AE24

D49#

AD24

D5#

G25

D50#

AA21

D51#

AB22

D52#

AB21

D53#

AC26

D54#

AD20

D55#

AE22

D56#

AF23

D57#

D38#

U25

D39#

U23

D4#

F23

D40#

Y25

D41#

W22

D42#

Y23

D43#

W24

D44#

W25

D45#

AA23

D46#

AA24

D47#

AB25

R24

D29#

L25

D3#

G22

D30#

T25D31#

N25

D32#

Y22

D33#

AB24

D34#

V24

D35#

V26

D36#

V23

D37#

T22

D19#

R23

D2#

E26

D20#

L23D21#

M24

D22#

L22D23#

M23

D24#

P25

D25#

P23

D26#

P22

D27#

T24D28#

D0#

E22

D1#

F24

D10#

J24

D11#

J23D12#

H22

D13#

F26D14#

K22

D15#

H23

D16#

N22

D17#

K25

D18#

P26

A3

STP

CLK

#D5

TRDY#

G2

0143854500|bga_479p_sock

CPU1-2

PENRYN

LOCK#

H4

K3

REQ0#

H2

REQ1#

K2

REQ2#

J3REQ3#

L1REQ4#

RESET#

C1

RS0#

F3RS1#

F4RS2#

G3

SMI#

DEFE

R#

H5

DRDY#

F21

FERR#

A5

HIT#

G6

HITM

#E4

IERR#

D20

IGNNE#

C4

INIT#

B3

LINT0

C6

LINT1

B4

A6#

K5

A7#

M3

A8#

N2

A9#

J1

ADS#

H1

ADSTB

0#M1

ADSTB

1#V1

BNR#

E2

BPRI#

G5

BR0#

F1

DBSY#

E1

W5

A29#

Y4

A3#

J4

A30#

U2

A31#

V4

A32#

W3

A33#

AA4

A34#

AB2

A35#

AA3

A4#

L5A5#

L4

A19#

R3

A20#

W6

A20M

#A6

A21#

U4

A22#

Y5

A23#

U1

A24#

R4

A25#

T5A26#

T3A27#

W2

A28#

CPU1-1

PENRYN

A10#

N3

A11#

P5

A12#

P2

A13#

L2A14#

P4

A15#

P1

A16#

R1

A17#

Y2

A18#

U5

3435

0143854500|bga_479p_sock

12-C1

3233

121314

12-B4

910112122 7817181920

12-C1

16 34

12-A1

12-A1

31 0

12-B1

12-A1

3 2 1

478

4

12-B1

3

12-D4

2728

12-D4

454647

R57156

12-B112-B1

P1.05V

15

12-D4

12-D4

12-B1

41424344 383940

28 25 23

37

12

27

53542426

58 57 4950

1MNT1

MNT2

23MNT3

MNT4

4

10

5960

M501

BA75-01937A

SUPLE

CODE

6

5556

9

29-B1

5

29-C1

29-C1

29-B1

52

0

29-B1

29-C1

29-C1

31

12-D1

51

12-B1

48

112930

12-B1

12-B1

2122 12

12-B1

1920

29-C1

12-C1

12-C1

12-B1

12-B1

12-B1

12-B1

562930 242526

12-C1

12-C1

23

1516

12-D1

12-B1

CPU1_A

DS#

CPU1_IE

RR#_M

N

CPU1_C

PURST#

CPU1_IN

TR

1314

CPU1_D

#(63:48)

CPU1_D

#(47:32)

CPU1_D

BI0#

CPU1_A

DSTB

0#

CPU1_A

DSTB

1#

CPU1_D

#(31:16)

CPU1_D

#(15:0)

CPU1_R

EQ#(4:0)

CPU1_A

#(16:3)

CPU1_D

STB

N2#

CPU1_D

STB

N3#

CPU1_D

STB

P2#

CPU1_D

STB

P3#

CPU1_D

STB

P1#

CPU1_D

STB

N1#

CPU1_D

STB

P0#

CPU1_D

BI1#

CPU1_D

STB

N0#

CPU1_A

#(35:17)CPU1_D

BI2#

CPU1_D

BI3#

CPU1_IN

IT#

CPU1_N

MI

CPU1_LO

CK#

CPU1_R

S0#

CPU1_R

S1#

CPU1_R

S2#

CPU1_S

MI#

CPU1_S

TPCLK

#

CPU1_TR

DY#

CPU1_A

20M#

CPU1_B

NR#

CPU1_B

PRI#

CPU1_B

REQ#

CPU1_D

BSY#

CPU1_D

EFE

R#

CPU1_D

RDY#

CPU1_FE

RR#

CPU1_H

IT#CPU1_H

ITM#

CPU1_IG

NNE#

www.bufanxiu.com

8-9R530/R730


- -


Samsung

ConfidentialSam

sung

ConfidentialSam

sung

Confidential

3 / 4

RSVD

THERMAL H CLK

XDP/ITP SIGNALS

0

0

1

1

0

0

00.7125 V

1

1

0

1

01

APPRO

VAL

0

0

1

1

0

0

1

1

REV

0

near the CP

U

1

0

Active

1

A

2


0

0

1.4625 V

1

1

0

0

0

0

0

CP

U S

ocket : 3704-001153

0.9125 V

1

0

BS

EL0, B

SE

L2B

SE

L0, BS

EL1, B

SE

L2

1

1

FRQ

0

0

1.2250 V

0.0000 V

1

1

200M

1

0

0

0.5500 V

0

0

0

1

MO

DULE CODE

2

1

BSE

L

1

1.3125 V

01

1

0Minim

ize coupling of any switching signals to this net.

1

1

0

0

1

0

1

1

11

1

0

0

0

0

0

0

1

1

0

0

0

1

1.3000 V

0.3500 V

0

0

0

0

1

10

1

1

1

1

1

0

*"1111111" : 0V pow

er good asserted.

1

1

1

1

10

0

0

1

1.1750 V

0

0

0

1

0

1

1

0.0000 V

0

1

0

0

0

1.1375 V

0

0

*Yonah P

rocessor (2.33 GH

z / 800 MH

z : TBD

)

0

0

0

FSB

Route the V

CC

/VS

Ssense as a Zo=55ohm

traces with equal length.

0

1

1

0

0

0

FSA

0

1

1

0

0.3750 V

Pull-dow

n

1

DA

TE

0

0

0

DEV. STEP

1

0

0.6000 V

0.0625 V

1

11

0

1

00

0

1

OF

1

0

0

166M

0

1

0

1

1

0

1

1

0

1

1

0

0

0

11.0625 V

0

1

0.3375 V

0.1500 V

0

0

0.8125 V

1

FSC

1.5000 V

1

0

1

1

0

0

0.4875 V

1

1

1

0.5375 V

0

0.2375 V

1

1

0

1.4875 V

0

1

0

0

0

0

0

1

0

1

0.7250 V

0

SI team

request

0.2250 V

1

1

1

0

266M

0.0375 V

1

0

10.1625 V

11

0

1

0

0.0875 V

1

0

1

01

0

0

1

0

0

0

1

1

11

1

0

0

Observe 3:1 spacing b/w

VC

C/V

SS

sense lines and 25mil aw

ay

1

FSB

800 MH

z

1

1

0

DP

RS

LPV

R

0

0

1

1

1

0

1.2625 V

1.3625 V

0.3125 V

0

0

0

0

0.4750 V

1

0

0

DP

RS

TP*

1 00

1

0

1

1 1

1

1

10

0.5000 V

0

0

0

1

1 01

0

01

1

1

0.4625 V

1

SAMSUNG

0

0

0

1

0

3

0

-> delete and change layout (EC

AE

)

0

0

11

11

1

1

1

1

1

10

1

1

0

TITLE

1

1 0

1

1

1

0

1

1

0

1

0

1

1

0

(preferred 50mil) from

any other signal. And G

ND

via 100mil aw

ay

0.2625 V

11

0

1

0

1

1

0

1

0

1

0

PS

I2*

1

0

1

1

0 1

1.1125 V

1

0

1

1

1

1

1

0

1

0

0

10

0.6375 V

0.2875 V

0

1

0.5250 V

1

1

0

0

14

01

1

0

0

1

0

IMV

P-6

0

0

0.3000 V

1

0.7875 V

1

1

0

1

FSB

1067 MH

z

1

0

0

1

1

0.8500 V

0

01.1875 V

1

1

0.6875 V

0 or 1

0

1

1.4750 V110

1.4000 V

0.0500 V

10

0.5875 V

1

1

0

1

0.0750 V

0

0

0.5125 V

0

0

1

0

1

1

00

Dual M

ode Region

1

1

1

0

0

0.4000 V1

10

0.5750 V

1

1

0

0

1

0

0.4375 V0

1

0

1

10

DR

AW

0

0

1

1

1.0375 V

1

0

0

1

00

0

0

1

1

1 1

1

1

0

0.3625 V

1

1

1

11.4500 V

1

0

0

1

0

1

0

10

1

1

0

0

1

0

1

C

01

0

1

of the first GTLR

EF0 pin w

ith Zo=55ohm trace.

1

0

0


V 05

23.0

10

0

0

0

0

0

0

0.2500 V

0

0

1

0

1

0

0.7000 V

0.0250 V

0

Deeper S

leep/Extended D

eeper Sleep

11

0

1.2750 V

1

0.9375 V

11

01.2875 V

0

1

00

0

1

1

1

0

0

1

0

00

1

00

1

0

1

0.1375 V

10.0000 V

11

0.0000 V

1

0

0

1

1

1

0.5625 V

VID

(6:0)

01

1

0

1

1

1

1

1

1

0

1

0

1.0750 V

00

0

1

0.0125 V

1 1

0

0.1125 V

0

0

0.3875 V1.3875 V

1

0

0.0000 V0.0000 V

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

11

11

0

0

1

0

Voltage

0.8250 V

0

1

1

0

1

0

1.0875 V

0

0

1

0

1

0

0

1

0

1

0

0

3

1

0

0

0

1

0

0

0.4250 V

0

1

1

00

1

0

10

0

0

1

0

Deeper S

lp

0

0

1

1

1

0

0

1

1

Voltage

0

0

11

0

0

1

1

1

1

0.6500 V

10.8375 V

0

D

0.6250 V

1

0

0

Active M

ode

0

1

0

C

PAGE

1.4375 V

0 0

11

0

1

1

1

1.3750 V

1.0000 V

1

0

1

1

1

1

1

0

0.2750 V

1

0

PS

I2*

1

1

1

1.0500 V

1.4125 V

1

1

GTLR

EF : K

eep the Voltage divider w

ithin 0.5"

0

0

0

1

0

10

SAM

SUN

G PR

OPR

IET

AR

Y

0

1

0

1

1

0

0

0.8000 V

0

0.7750 V

0

0

1

1

0.7375 V

00

1

1

0

1

1

Active/D

eeper Sleep

1

1

1.1250 V

PAR

T NO.

0

0

0

0

1

1

0

1

1

1 0

CO

MP

0,2(CO

MP

1,3) should be connected with Zo=27.4ohm

(55ohm)

1

1

1

1

0.4500 V

0 0

1.3250 V0

0

0.7625 V

0

0

0

1

1

0

1

1

0

0

1

1

0.0000 V

0

0

0

0

0

0

0

1

0

1

B

1

1 0

0.6750 V

0

0

1

1.1500 V1

11

1

1.0125 V

1 0

1

0

from each of the V

CC

/VS

S test point vias.

1

1

1

0.8625 V

0

0

DP

RS

TP*

1

1

1

1

0

0

0

0

1

CHECK

1.2375 V

1 1

11

LAST EDIT

0

1

0

0

0.9875 V

0

1.2500 V

0

0

1

0.4125 V

1

0

0

0

1

11

0

1

1

011

0

1.2125 V

0

1

1

0

0 0

1

0

0

1

1.1000 V

1

1

1

0

1

0

ELECTRONICS

0

0

1

1

0.2125 V

0.6125 V

1

0

0

0

111

0 0 0

0

01

0

0.9625 V

0

11

1

1

1

1

1

1

0

1

VID

(6:0)

1.4250 V

1.1625 V

1

0

1

1.3500 V

0.1000 V0

0

A

D

0

0

1


0

0

0

0

1

0

01

0.0000 V

CP

U C

ore Voltage Table

0

1

1

1

0

0

0

1

0

0

1

0

DP

RS

LPV

R

0

1

1

1

1.0250 V

0

1

0.7500 V

1 0

1

1

1

1

1

1

0

0

0

1

11

01

0

0

1

0.8875 V

0

1

0

1

4

1

0

1

0

01

10

0

0.1750 V

1

0

0

0

0

0

0


0

1.2000 V

1

0

VID

(6:0)

0

0

0

1

1

0

11

0.8750 V

0

1

0

0

1

0

0.1250 V

0

01

1

0

1

1

1

0

0

0.2000 V

1

1

1

0 or 1

1

1

0 1

0

1

1

0

1

0

1

0.9500 V

1

1


1

0.9250 V

1

0

0

1

0

1

1

1

0

1

1.3375 V

1 0

0

Dual M

ode Region

0.9750 V

1

0

0

0

0.1875 V

1

GN

D test points w

ithin 100mil of the V

CC

/VS

Ssense at the end of the line.

1

00

0

1

1

0.9000 V

1

01

0

Voltage

0

1

0

0

0.6625 V

Jun PARK

YM.A

HN

HJ.KIM

undefined

9/23/2008

PV

1.0

October 27, 2009 14:27:43 PM

BA

41-xxxxxA

959

Brem

en-LCPU

PENR

YN (2/3)

D:/users/m

obile24/mentor/Brem

en-L/PV/Bremen-L_M

AIN

1

54.9 1%

2

100nFC

567

10V

R526

R518 54.9 1%

C580

10000nF-X5R

6.3V

5

25V

C582

10nF

100nFC

569

10V

27.4

54-D4

10-C4,54-A

4

R531

1%

10V

C563

100nF

R553

1%54.9

100nF

10V

nostuff

54-C4

13-B1,29-C

1

nostuff

10V

C571

P1.05V

0

C531

100nF

27.41%

R555

31-D3

11-C4,12-A

3

P1.05V

11-C4,12-A

3

10V

C560

100nF

1% R5191K

9-A4

11-C1

11-C4,12-A

3

11-C1

1

9-C3

3

9-C3

C557

10V

4

10-B4,54-A

4

12-B1

nostuff

100nF

29-C1

56R572

7-C2

1% R5172K

AF5

VID_2

AE5

VID_3

AF4

VID_4

AE3

VID_5

AF3

VID_6

AE2

AE7

VSSSENSE

J6VCCP_2

M6

VCCP_3

N6

VCCP_4

T6VCCP_5

R6

VCCP_6

K21

VCCP_7

J21VCCP_8

M21

VCCP_9

AF7

VCCSENSE

VID_0

AD6

VID_1

TRST#

B26

VCCA_1

C26

VCCA_2

K6

VCCP_1

N21

VCCP_10

T21VCCP_11

R21

VCCP_12

V21

VCCP_13

W21

VCCP_14

V6

VCCP_15

G21

VCCP_16

D25

C24

TEST3

AF26

TEST4

AF1

TEST5

A26

TEST6

C3

TEST7

C7

THERMTR

IP#

THRMDA

A24

THRMDC

B25

AB5

TMS

AB6

RSVD_6

D2

RSVD_7

D22

RSVD_8

D3

RSVD_9

F6

D7

SLP

#

AC5

TCK

AA6

TDI

AB3

TDO

C23

TEST1

TEST2

GTLR

EF

PRDY#

AC2

PREQ#

AC1

D21

PROCHOT#

AE6

PSI#

D6

PWRGOOD

RSVD_1

M4

RSVD_2

N5

RSVD_3

T2RSVD_4

V3

RSVD_5

B2

C21

R26

COMP0

U26

COMP1

COMP2

AA1

Y1

COMP3

DBR#

C20

E5

DPRSTP

#B5

DPSLP

#D24

DPWR#

AD26

BCLK

0A22

BCLK

1A21

BPM0#

AD4

BPM1#

AD3

BPM2#

AD1

BPM3#

AC4

BSEL0

B22

BSEL1

B23

BSEL2

9-C3

0143854500|bga_479p_sock

CPU1-3

PENRYN

1%

29-C1

R524 54.9

EC502

220uF2.5V

9-A4

P1.5V

9-C3

nostuff

12-B4

7-C2

9-A4

1%R538

54.9

R521 54.9 1%6

P1.05V

P1.05V

9-A4

CPU1_G

TLREF_M

N

CPU1_TR

ST#

CPU1_TH

RMTR

IP#

13-B1,29-B

1

54-C4

CPU1_D

PWR#

CPU1_P

SI#

CPU1_B

SEL0

CPU1_B

SEL1

CPU1_B

SEL2

CPU1_V

CCSENSE

CPU1_TC

KCPU1_TD

I

CPU1_TM

S

ITP3_D

BRESET#

CPU1_P

ROCHOT#_M

N

CPU1_C

OMP3_M

N

CPU1_C

OMP1_M

NCPU1_C

OMP2_M

N

CPU1_C

OMP0_M

N

CPU1_TC

K

CPU1_TD

I

CPU1_TM

S

CPU1_TR

ST#

CPU1_V

ID(6:0)

CLK

0_HCLK

0CLK

0_HCLK

0#

CPU1_P

WRGDCPU

CPU1_D

PSLP

#CPU1_S

LP#

CPU1_V

SSSENSE

CPU1_D

PRSTP

#

CPU2_TH

ERMDA

CPU2_TH

ERMDC

www.bufanxiu.com

8-10 R530/R730


- -


Samsung

ConfidentialSam

sung

ConfidentialSam

sung

Confidential4 / 4

OF

1

APPRO

VAL

BB

4

D

3


4

2

9/23/2008

undefined

HJ.KIM

YM.A

HN

Jun PARK

SAM

SUN

G PR

OPR

IET

AR

Y1

Prodlizer &

Cbulk com

mon used(S

ocket inside)


D

SAMSUNG

3

2




PAGE

REV

DR

AW

PAR

T NO.

TITLE

LAST EDIT

DEV. STEP

A

ELECTRONICS

MO

DULE CODE

CHECK

C

DA

TE

A

C

D:/users/m

obile24/mentor/Brem

en-L/PV/Bremen-L_M

AIN

PENR

YN (3/3)

CPU

Brem

en-L

5910

BA

41-xxxxxA

October 27, 2009 14:27:43 PM

1.0

PV

10000nF-X5RC577 6.3V

6.3VC578 10000nF-X5R

10000nF-X5RC527 6.3V

6.3VC575 10000nF-X5R

10000nF-X5RC576 6.3V

6.3VC574 10000nF-X5R

10000nF-X5RC573 6.3V

6.3VC526 10000nF-X5R

6.3VC547 10000nF-X5R

10000nF-X5RC545 6.3V

10000nF-X5RC546 6.3V

6.3VC544 10000nF-X5R

6.3VC543 10000nF-X5R

10000nF-X5RC542 6.3V

10000nF-X5RC541 6.3V

6.3VC540 10000nF-X5R

CPU_C

ORE

CPU_C

ORE

VSS_91

E16

VSS_92

VSS_93

E19

E21

VSS_94

E24

VSS_95

E3

VSS_96

E6

VSS_97

VSS_98

E8

F11VSS_99

CPU_C

ORE

D11

VSS_82

D13

VSS_83

D16

VSS_84

D19

VSS_85

D23

VSS_86

D26

VSS_87

D4

VSS_88

D8

VSS_89

A8

VSS_9

E11

VSS_90

E14

C11

VSS_72

C14

VSS_73

C16

VSS_74

C19

VSS_75

C2

VSS_76

C22

VSS_77

C25

VSS_78

C5

VSS_79

A4

VSS_8

C8

VSS_80

D1

VSS_81

VSS_62

AF8

VSS_63

VSS_64

B11

B13

VSS_65

VSS_66

B16

B19

VSS_67

B21

VSS_68

B24

VSS_69

A25

VSS_7

B6

VSS_70

B8

VSS_71

AE4

VSS_53

AE8

VSS_54

AF11

VSS_55

AF13

VSS_56

AF16

VSS_57

AF19

VSS_58

AF2

VSS_59

A23

VSS_6

AF21

VSS_60

AF25

VSS_61

AF6

AD25

VSS_43

AD5

VSS_44

AD8

VSS_45

AE1

VSS_46

AE11

VSS_47

AE14

VSS_48

AE16

VSS_49

A2

VSS_5

AE19

VSS_50

AE23

VSS_51

AE26

VSS_52

VSS_33

AC6

VSS_34

VSS_35

AC8

AD11

VSS_36

AD13

VSS_37

AD16

VSS_38

AD19

VSS_39

A19

VSS_4

AD2

VSS_40

AD22

VSS_41

AB23

VSS_42

AB26

VSS_24

AB4

VSS_25

AB8

VSS_26

AC11

VSS_27

AC14

VSS_28

AC16

VSS_29

A16

VSS_3

AC19

VSS_30

AC21

VSS_31

AC24

VSS_32

AC3

Y24 VSS_161Y3 VSS_162Y6 VSS_163

AA5

VSS_17

AA8

VSS_18

AB1

VSS_19

A14

VSS_2

AB11

VSS_20

AB13

VSS_21

AB16

VSS_22

AB19

VSS_23

VSS_151V2 VSS_152

VSS_153V22V25 VSS_154V5 VSS_155W1 VSS_156W23 VSS_157W26 VSS_158W4 VSS_159

AA25

VSS_16

Y21 VSS_160

R25 VSS_142R5 VSS_143T1 VSS_144T23 VSS_145T26 VSS_146

T4 VSS_147U21 VSS_148U24 VSS_149

AA22

VSS_15

U3 VSS_150U6 N1VSS_132 N23VSS_133 N26VSS_134 N4VSS_135 P21VSS_136 P24VSS_137 P3VSS_138 P6VSS_139

AA2

VSS_14

R2VSS_140 R22VSS_141

VSS_122 K4VSS_123VSS_124 L21L24VSS_125VSS_126 L3L6VSS_127 M2VSS_128 M22VSS_129

AA19

VSS_13

M25VSS_130 M5VSS_131

H24

VSS_113

H3

VSS_114

H6

VSS_115

J2VSS_116

J22VSS_117

J25VSS_118

J5VSS_119

AA16

VSS_12

K1

VSS_120

K23VSS_121 K26

F2VSS_103

F22VSS_104

F25VSS_105

F5VSS_106

F8VSS_107

G1

VSS_108

G23

VSS_109

AA14

VSS_11

G26

VSS_110

G4

VSS_111

H21

VSS_112

VCC_94

F15VCC_95

VCC_96

F17F18

VCC_97

F20VCC_98

F7VCC_99

A11

VSS_1

AA11

VSS_10

F13VSS_100

F16VSS_101

F19VSS_102

E13

VCC_85

E15

VCC_86

E17

VCC_87

E18

VCC_88

E20

VCC_89

A9

VCC_9

E7

VCC_90

E9

VCC_91

F10VCC_92

F12VCC_93

F14

C9

VCC_75

D10

VCC_76

D12

VCC_77

D14

VCC_78

D15

VCC_79

A7

VCC_8

D17

VCC_80

D18

VCC_81

D9

VCC_82

E10

VCC_83

E12

VCC_84

VCC_65

B20

VCC_66

VCC_67

B7

B9

VCC_68

C10

VCC_69

A20

VCC_7

C12

VCC_70

C13

VCC_71

C15

VCC_72

C17

VCC_73

C18

VCC_74

AF17

VCC_56

AF18

VCC_57

AF20

VCC_58

AF9

VCC_59

A18

VCC_6

B10

VCC_60

B12

VCC_61

B14

VCC_62

B15

VCC_63

B17

VCC_64

B18

AE13

VCC_46

AE15

VCC_47

AE17

VCC_48

AE18

VCC_49

A17

VCC_5

AE20

VCC_50

AE9

VCC_51

AF10

VCC_52

AF12

VCC_53

AF14

VCC_54

AF15

VCC_55

VCC_36

AD12

VCC_37

VCC_38

AD14

AD15

VCC_39

A15

VCC_4

AD17

VCC_40

AD18

VCC_41

AD7

VCC_42

AD9

VCC_43

AE10

VCC_44

AE12

VCC_45

AB9

VCC_27

AC10

VCC_28

AC12

VCC_29

A13

VCC_3

AC13

VCC_30

AC15

VCC_31

AC17

VCC_32

AC18

VCC_33

AC7

VCC_34

AC9

VCC_35

AD10

AA7

VCC_17

AA9

VCC_18

AB10

VCC_19

A12

VCC_2

AB12

VCC_20

AB14

VCC_21

AB15

VCC_22

AB17

VCC_23

AB18

VCC_24

AB20

VCC_25

AB7

VCC_26

VCC_1

A10

AA10

VCC_10

F9VCC_100

AA12

VCC_11

AA13

VCC_12

AA15

VCC_13

AA17

VCC_14

AA18

VCC_15

AA20

VCC_16

9-C4,54-A

4

0143854500|bga_479p_sock

CPU1-4

PENRYN

R515

1001%

1001%

9-C4,54-A

4

CPU1_V

CCSENSE

CPU1_V

SSSENSE

R516

www.bufanxiu.com

8-11R530/R730


- -


Samsung

ConfidentialSam

sung

ConfidentialSam

sung

Confidential

IDT : 1205-003159

SAMSUNG

VD

D_S

RC

_IO

BS

EL1

A

C

SR

C2

DA

TE

400 MH

z


SR

C4

0

2

SA

TA

CLK

RE

Q E

333 MH

z

0

0

SR

C6

Pin 24/25

APPRO

VAL

LAST EDIT

CK

505M

0

4

VD

D_48

3

->delete and change layout? (EC

AE

)

D


HIG

H

0DO

T_96/DO

T_96#

VD

D_P

LL3_IOV

DD

_IO

133 MH

z100 M

Hz

1

BS

EL0

1

VD

D_C

PU

_IO

SE

L_LCD

CLK

*

D

27M &

27M_S

S

DEV. STEP

1

VD

D_P

CI

CHECK


Place 14.318M

Hz w

ithin

1

B

CLK

RE

Q F

00

GM

CH

CLK

RE

Q A

OF

RS

VD

1

HO

ST C

LK

PAGE

DEVICE

200 MH

z

Pin 20/21

266 MH

z

FSC

CLK REQ

2

ELECTRONICS

VD

D_R

EF

PAR

T NO.

SL : 1205-003533

PE

G_C

LK/P

EG

_CLK

#


3

FSB

4700nF->10uF (Y5V

->X5R

)

FSA

EX

P3_C

LKR

EQ

#

1

VD

D_S

RC

500mils of C

K-505

BS

EL2


0

C

B

SRC PORT

1

1

This part is 64pin QFN

package.

1V

DD

_PLL3

CLK

RE

Q B

0

166 MH

z

REV

SR

C8

SAM

SUN

G PR

OPR

IET

AR

Y

4

SR

C_0/S

RC

_0#M

ODULE CO

DE

00

0

MIN

I CA

RD

1

A

TITLE

Jun PARK

YM.A

HN

HJ.KIM

undefined

9/23/2008

PV

1.0

October 27, 2009 14:27:43 PM

BA

41-xxxxxA

1159

Brem

en-LM

AIN

_CLOCK_CIRCUIT

D:/users/m

obile24/mentor/Brem

en-L/PV/Bremen-L_M

AIN

CK_Clock_505M

1

DR

AW

VD

D_C

PU

LOW 1

11

2.2KR

100

10V

40-C4

P1.5V

C847 100nF

29-B1

31-B3

33R

1071%

475R

6901%

C869

31-B3

50V

C123

0.018nF

6.3V

10000nF-X5R

BLM

18PG

181SN

1B

521

40-C4

9-C4,12-A

3

C851 10000nF-X5R6.3V

2801-004874

1

2

nostuff

31-B4

17-B4,18-B

4

Y2

14.31818MH

z

1%R684 10K

29-B1

13-B1

12-B1

R691

22

6.3V

BLM

18PG

181SN

1B

522

31-C1

nostuff

C844 10000nF-X5R

41-C3

31-C1

0.033nF50VC823

nostuff

1%33

R689

R108

22

R702 10K 1%

31-C3

10V100nFC84922

R692

19-C4

40-C4

34-A4

475R

7011%

R103

42-C3

10V100nFC152

331%

6.3V

C834 10000nF-X5R

31-B4

17-B4,18-B

4

nostuff50V

C134

0.022nF

12-B1

P3.3V

R693

2250V

C122

0.018nF

1%R

69910K

10000nF-X5RC877

100nF

nostuff 6.3V

10VC838

10V100nFC837

30-C2

C865 100nF 10V

44-B4

31-C3

19-C4

6.3V

10000nF-X5RC843

42-C3

13-A1

10KR703

nostuff 1%

C822 50V0.033nF

nostuff

9-D4

31-A3

9-C4,12-A

3

nostuff

31-A3

22R

110

C821 50V0.033nF

42-C3

9-D4

13-B1

100nFC872 10V

VS

S_C

PU

22V

SS

_IO15

VS

S_P

CI

26V

SS

_PLL3

1V

SS

_RE

F30

VS

S_S

RC

1V

SS

_SR

C2

3649V

SS

_SR

C3

3X

TAL_IN

XTA

L_OU

T2 19

VD

D_IO

9V

DD

_PC

I23

VD

D_P

LL3

VD

D_P

LL3_IO27

4V

DD

_RE

F

46V

DD

_SR

C

33V

DD

_SR

C_IO

143

VD

D_S

RC

_IO2

52V

DD

_SR

C_IO

3

VS

S_48

1859

SR

C7#_C

LKR

EQ

E#

51S

RC

7_CLK

RE

QF#

53S

RC

8#_ITP#

54S

RC

8_ITP

37S

RC

9S

RC

9#38

THERM_GND65

17U

SB

_FS_A

16V

DD

_48

62V

DD

_CP

U

56V

DD

_CP

U_IO

39S

RC

11#_CLK

RE

QG

#40

SR

C11_C

LKR

EQ

H#

28S

RC

229

SR

C2#

32S

RC

3#_CLK

RE

QD

#31

SR

C3_C

LKR

EQ

C#

SR

C4

34S

RC

4#35 48

SR

C6

47S

RC

6#

5010

PC

I_1_CLK

RE

Q_B

#

11P

CI_2

12P

CI_3

13P

CI_4_S

EL_LC

DC

LK#

5R

EF_FS

_C_TE

ST_S

EL

7S

CL

6S

DA

21S

RC

0#_DO

T96#20

SR

C0_D

OT96

41S

RC

1042

SR

C10#

CP

U0#

58C

PU

1_MC

H57

CP

U1_M

CH

#44

CP

US

TOP

#

64FS

B_TE

STM

OD

E

25LC

DC

LK#_27M

_SS

24LC

DC

LK_27M

NC

5514P

CIF_5_ITP

_EN

45P

CIS

TOP

#

8P

CI_0_C

LKR

EQ

_A#

U9

1205-003156

SLG

8SP

513

63C

LKP

WR

GD

_PW

RD

N#

61C

PU

060

P3.3V

19-B2

10KR683 1%CLK

3_DB

GLP

C_R

_MN

19-B2

9-C4,12-A

3

nostuff

CLK

3_PC

LKIC

H_R

_MN

CLK

3_PC

LKM

ICO

M_R

_MN

CLK

3_ICH

14_R_M

N

CLK

3_US

B48_R

_MN

CLK

1_27MC

LK1_27M

_SS

CLK

3_VD

D_S

RC

_IO_M

NC

LK3_V

DD

_RE

F_MN

CLK

1_PE

GC

LK1_P

EG

#

CLK

1_MIN

IPC

IE#

CLK

1_27M_R

_MN

CLK

1_27M_S

S_R

_MN

MC

H3_C

LKR

EQ

#_R_M

N

CH

P3_S

ATA

CLK

RE

Q#_R

_MN

CLK

1_MC

H3G

PLL

CH

P3_S

ATA

CLK

RE

Q#

CLK

3_PC

LKM

ICO

M

MC

H3_C

LKR

EQ

#

CLK

3_DB

GLP

C

MIN

3_CLK

RE

Q#

CLK

1_PC

IEIC

H

CLK

1_PC

IELO

M

LAN

3_CLK

RE

Q#

CLK

0_HC

LK0

CLK

3_US

B48

SM

B3_C

LKS

MB

3_DA

TA

CH

P3_C

PU

STP

#C

HP

3_PC

ISTP

#

CP

U1_B

SE

L2

CP

U1_B

SE

L0

CLK

3_ICH

14

CLK

3_PC

LKIC

H

CLK

3_MM

C48

CLK

1_PC

IEIC

H#

CLK

1_PC

IELO

M#

CLK

1_MIN

IPC

IE

CLK

1_MC

H3G

PLL#

CLK

_XTA

L_IN_M

N

CLK

_XTA

L_OU

T_MN

CLK

1_SA

TAC

LK1_S

ATA

#

CLK

3_PW

RG

D

CP

U1_B

SE

L1

CLK

0_HC

LK1#

CLK

0_HC

LK1

CLK

0_HC

LK0#

www.bufanxiu.com

8-12 R530/R730


- -


Samsung

ConfidentialSam

sung

ConfidentialSam

sung

Confidential1 O

F 5

VTT

HOST DATA BUSVTTLF

NC

HOST CONTROL HOST ADDRESS BUS

VC

C C

OR

E

CFG

CFG

(5)

APPRO

VALD

MI Lane R

eversal

Low

Sim

ultaneouslyM

ODULE CO

DE


CFG

(7)

A

*POC

AFEB

-12 Only (R

emove in M

P Model)

Enabled (def.)CHECK

CFG

(19)

DR

AW

2

PC

IE Loop B

ack Enable

PAR

T NO.

CFG

(6)

C

CFG

#

PCIE Loop Back Disable(def)iTP

M option

1

ELECTRONICS

DM

Ix2

REV

Only(def.)

DA

TE

SDVO or PCIE X1

(def. : default Option)

CFG

(9)


3

SD

VO

and PC

IE X

1

Current Setting

ME Crypto confidentiality (def.)

PAGE

Dynamic O

DT

SAMSUNG

DEV. STEP


4

2

CFG

(20)

D

1608

TITLE

D

4

B

CFG

(16)

C

OF

iTPM

Host Interface E

nable

CFG

(10)

High

Norm

alJun PARK

YM.A

HN

HJ.KIM

undefined

9/23/2008

PV

1.0

October 27, 2009 14:27:43 PM

BA

41-xxxxxA

1259

Brem

en-LM

CH_CANTIGA_G

M_DDR

2

CANTIGA (1/5)

D:/users/m

obile24/mentor/Brem

en-L/PV/Bremen-L_M

AIN

B

ME

Crypto no confidentiality

3

PE

G R

eversal (def.)

LAST EDIT

SAM

SUN

G PR

OPR

IET

AR

Y

DM

I Lane Norm

al (def.)

iTPM Host Interface Disable (def.)

1

Dynam

ic OD

T Disabled

DM

Ix4 (def.)



A

24

3545 3940 02025

12-C4

53

6.3V

C766

10000nF-X5R

8-B3

3041

10V100nFC

759

1619

9-C4,11-C

4

4

10

8-C4

19 9

9121730

57 50

8

8-C1

20

8-C1

22

10V

C635

100nF

8-C1

23

56

8-C3

32

8-C3

4911-C

1

52

8-C3

221R580

2336

12-A4

1%

8-C4

8-B1

C92 470nF16V

14

C646 470nF

16V

P1.05V

57

28

8-C3

1

100nFC740

10V

8-C3

37

16

T2VTT_6 T5VTT_7 T6VTT_8 T7VTT_9 T8

21

8-C3

VTT_19 U6

VTT_2 T11

VTT_20 U7VTT_21 U8VTT_22 U9V1VTT_23 V2VTT_24 V3VTT_25

VTT_3 T12

VTT_4 T13VTT_5

VTTLF_3

L1

VTT_1 T10

VTT_10 T9

VTT_11 U1VTT_12 U10VTT_13 U11VTT_14 U12VTT_15 U13VTT_16 U2VTT_17 U3

VTT_18 U5

VCC_NCTF_41Y29 VCC_NCTF_42Y30 VCC_NCTF_43Y32 VCC_NCTF_44

AC29 VCC_NCTF_5AC30 VCC_NCTF_6AC32 VCC_NCTF_7AE29 VCC_NCTF_8AE30 VCC_NCTF_9

VTTLF_1

A8

VTTLF_2

AB2

AL32 VCC_NCTF_32AM30 VCC_NCTF_33AM32 VCC_NCTF_34U30 VCC_NCTF_35U32 VCC_NCTF_36V29 VCC_NCTF_37V30 VCC_NCTF_38W29 VCC_NCTF_39

AB30 VCC_NCTF_4

W30 VCC_NCTF_40W32

VCC_NCTF_22AK26 VCC_NCTF_23AK28 VCC_NCTF_24AK29 VCC_NCTF_25AK30 VCC_NCTF_26AK32 VCC_NCTF_27AL26 VCC_NCTF_28AL28 VCC_NCTF_29

AA32 VCC_NCTF_3

AL29 VCC_NCTF_30AL30 VCC_NCTF_31

VCC_NCTF_12AG30 VCC_NCTF_13AG32 VCC_NCTF_14AH29 VCC_NCTF_15AH30 VCC_NCTF_16AH32 VCC_NCTF_17AJ29 VCC_NCTF_18AJ32 VCC_NCTF_19

AA30 VCC_NCTF_2

AK23 VCC_NCTF_20AK24 VCC_NCTF_21AK25

Y34VCC_35

VCC_4 AB34VCC_5 AC26VCC_6 AC28VCC_7 AC33VCC_8 AC34VCC_9 AE26

AA29 VCC_NCTF_1

AE32 VCC_NCTF_10AF30 VCC_NCTF_11AG29

VCC_25 AK33VCC_26 AM33VCC_27 T32VCC_28 U33VCC_29

VCC_3 AA34

U34VCC_30 V33VCC_31 V34VCC_32 W33VCC_33 Y33VCC_34

VCC_15 AG25VCC_16 AG26VCC_17 AG33VCC_18 AG34VCC_19

VCC_2 AA33

AH23VCC_20 AH25VCC_21 AH28VCC_22 AJ23VCC_23 AJ26VCC_24 AJ33

F12H_R

S#_1

C8

H_R

S#_2

H_S

WING

C5

C9

H_TR

DY#

VCC_1 AA28

VCC_10 AE33

VCC_11 AF23VCC_12 AF25VCC_13 AF28AF33VCC_14 AG24

H_D

VREF

B11

H9

H_H

IT#E12

H_H

ITM#

H11

H_LO

CK#

H_R

COMP

E3

B15

H_R

EQ#_0

K13

H_R

EQ#_1

F13H_R

EQ#_2

B13

H_R

EQ#_3

B14

H_R

EQ#_4

B6

H_R

S#_0

H_D

INV#_3

J11H_D

PWR#

F9H_D

RDY#

L10H_D

STB

N#_0

M7

H_D

STB

N#_1

AA5

H_D

STB

N#_2

AE6

H_D

STB

N#_3

L9H_D

STB

P#_0

M8

H_D

STB

P#_1

AA6

H_D

STB

P#_2

AE5

H_D

STB

P#_3

AG2

H_D

#_62AD6

H_D

#_63

F6H_D

#_7D4

H_D

#_8H3

H_D

#_9

B10

H_D

BSY#

E9

H_D

EFE

R#

J8H_D

INV#_0

L3H_D

INV#_1

Y13

H_D

INV#_2

Y1

H_D

#_52AD3

H_D

#_53AD7

H_D

#_54AE14

H_D

#_55AF3

H_D

#_56AC1

H_D

#_57AE3

H_D

#_58AC3

H_D

#_59

H2

H_D

#_6

AE11

H_D

#_60AE8

H_D

#_61

H_D

#_42AA9

H_D

#_43AA11

H_D

#_44AD11

H_D

#_45AD10

H_D

#_46AD13

H_D

#_47AE12

H_D

#_48AE9

H_D

#_49

H6

H_D

#_5

AA2

H_D

#_50AD8

H_D

#_51AA3

AD14

H_D

#_33Y6

H_D

#_34Y10

H_D

#_35Y12

H_D

#_36Y14

H_D

#_37Y7

H_D

#_38W2

H_D

#_39

G2

H_D

#_4

AA8

H_D

#_40Y9

H_D

#_41AA13

H_D

#_23R1

H_D

#_24N5

H_D

#_25N6

H_D

#_26P13

H_D

#_27N8

H_D

#_28L7

H_D

#_29

E6

H_D

#_3

N10

H_D

#_30M3

H_D

#_31Y3

H_D

#_32

H_D

#_13N12

H_D

#_14J6

H_D

#_15P2

H_D

#_16L2

H_D

#_17R2

H_D

#_18N9

H_D

#_19

F8H_D

#_2

L6H_D

#_20M5

H_D

#_21J3

H_D

#_22N2

A9

H_B

NR#

F11H_B

PRI#

G12

H_B

REQ#

C12

H_C

PURST#

E11

H_C

PUSLP

#

F2H_D

#_0G8

H_D

#_1

M9

H_D

#_10M11

H_D

#_11J1

H_D

#_12J2

H_A

#_35

C15

H_A

#_4F16

H_A

#_5H13

H_A

#_6C18

H_A

#_7M16

H_A

#_8J13

H_A

#_9

H12

H_A

DS#

B16

H_A

DSTB

#_0G17

H_A

DSTB

#_1

H_A

VREF

A11

H_A

#_25L16

H_A

#_26C21

H_A

#_27J17

H_A

#_28H20

H_A

#_29

A14

H_A

#_3

B18

H_A

#_30K17

H_A

#_31B20

H_A

#_32F21

H_A

#_33K21

H_A

#_34L20

P17

H_A

#_15F17

H_A

#_16G20

H_A

#_17B19

H_A

#_18J16

H_A

#_19E20

H_A

#_20H16

H_A

#_21J20

H_A

#_22L17

H_A

#_23A17

H_A

#_24B17

CFG_6M24 CFG_7E21 CFG_8C23 CFG_9

HPLL_C

LKAH7

AH6

HPLL_C

LK#

P16

H_A

#_10R16

H_A

#_11N17

H_A

#_12M13

H_A

#_13E17

H_A

#_14

CFG_14M20 CFG_15L21 CFG_16H21 CFG_17P29 CFG_18R28 CFG_19

P25 CFG_2

T28 CFG_20

P20 CFG_3P24 CFG_4C25 CFG_5N24

0904-002376

T25 CFG_0R25 CFG_1

C24 CFG_10N21 CFG_11P21 CFG_12T21 CFG_13R20

8-B2

U7-1

EB88C

TPM

8-C3

56

8-C2

8-C3

P1.05V

8-C3

58

1% 100R585

12-B4

33

8-B1

26

8-C3

426

10V

13

8-C3

0

C818

100nF

3151

14

7 346

9-C4,11-C

4

8-C2

8-C2

48

32

12

1127

2

11-B1

28

34

15

P1.05V

18

9-D4

nostuff

3429

10000nF-X5R

C809

6.3V

59

1000nF-X5R

C794

6.3V

54

8-C3

P1.05V

60 5562

12-B4

42

P1.05V

38

25

3

21

35

8-B1

4

24.9R67

6

63

1%

1831

8-B2

8-C1

2

8-B4

29

9-D4

nostuff

9-C4,11-C

4

1 EC504

220uF2.5VAD

322

8-B2

6.3V10000nF-X

5RC724

R633

2.2K

1527

8-C3

nostuff

1%

8

nostuff

33

1K R592

11

AD

2.5V220uFEC503

470nFC778

1017

16V

4447

8-C3

R588

2K1%

43 13

8-C3

MCH1_H

_RCOMP_M

N

MCH1_V

TTLF2_MN

MCH1_C

FG6_M

N

61 24

CPU1_LO

CK#

CPU1_R

S0#

CPU1_R

S1#

CPU1_R

S2#

CPU1_TR

DY#

CPU1_R

EQ#(4:0)

CPU1_D

PWR#

MCH1_H

VREF

MCH1_V

TTLF1_MN

MCH1_V

TTLF3_MN

MCH1_H

XSWING

MCH1_H

VREF

CPU1_B

SEL0

CPU1_B

SEL1

CPU1_B

SEL2

CPU1_D

#(63:0)CPU1_A

#(35:3)

CPU1_A

DS#

CPU1_A

DSTB

0#CPU1_A

DSTB

1#CPU1_B

NR#

CPU1_B

PRI#

CPU1_B

REQ#

CPU1_S

LP#

CPU1_C

PURST#

CLK

0_HCLK

1#CLK

0_HCLK

1

CPU1_D

BSY#

CPU1_D

EFE

R#

CPU1_D

BI0#

MCH1_H

XSWING

CPU1_D

BI1#

CPU1_D

BI2#

CPU1_D

BI3#

CPU1_D

RDY#

CPU1_D

STB

N0#

CPU1_D

STB

N1#

CPU1_D

STB

N2#

CPU1_D

STB

N3#

CPU1_D

STB

P0#

CPU1_D

STB

P1#

CPU1_D

STB

P2#

CPU1_D

STB

P3#

CPU1_H

IT#CPU1_H

ITM#

www.bufanxiu.com

8-13R530/R730


- -


Samsung

ConfidentialSam

sung

ConfidentialSam

sung

Confidential2 O

F 5

LVDSHDA

NC

RS

VD

GFX

VC

C N

CTF

GFX

VC

C N

CTF

GFX

VC

C

AGVVT

PC

IE G

FXP

CIE

GFX

DMICLKMEPMMISC

D

3

REV

CHECK

B

1

RSVD12

RSVD11

2PAG

E

PAR

T NO.

DR

AW

4



1608

MO

DULE CODE

A C

ELTI

TET

AD

ME

Debug P

ort

SAMSUNG

2

B

C

RSVD10


D

SAM

SUN

G PR

OPR

IET

AR

Y4

ELECTRONICS

A


3


OF

1

APPRO

VAL

LAST EDIT

Jun PARK

YM.A

HN

HJ.KIM

undefined

9/23/2008

PV

1.0

October 27, 2009 14:27:43 PM

BA

41-xxxxxA

1359

Brem

en-LM

CH_CANTIGA_G

M_DDR

2

CANTIGA (2/5)

D:/users/m

obile24/mentor/Brem

en-L/PV/Bremen-L_M

AIN

RSVD13

DEV. STEP

20

14

31-B3

601

51

P3.3V

811

100nFC654 10V

4

11-B1

P1.05V

_PE

G

2

100nFC688 10V

R704

1001%

31-D3

31-D1

14

1%49.9

R664

W26 VCC_AXG_NCTF_56W28 VCC_AXG_NCTF_57Y16 VCC_AXG_NCTF_58Y17 VCC_AXG_NCTF_59 AC16VCC_AXG_NCTF_6Y19 VCC_AXG_NCTF_60 AC17VCC_AXG_NCTF_7

AE16 VCC_AXG_NCTF_8AE17 VCC_AXG_NCTF_9

V26V28 VCC_AXG_NCTF_47W16 VCC_AXG_NCTF_48W17 VCC_AXG_NCTF_49

AB19VCC_AXG_NCTF_5

VCC_AXG_NCTF_50W19W20 VCC_AXG_NCTF_51W21 VCC_AXG_NCTF_52W23 VCC_AXG_NCTF_53VCC_AXG_NCTF_54W24W25 VCC_AXG_NCTF_55

U20 VCC_AXG_NCTF_37U21 VCC_AXG_NCTF_38V16 VCC_AXG_NCTF_39

AB17VCC_AXG_NCTF_4

V17 VCC_AXG_NCTF_40V19 VCC_AXG_NCTF_41V21 VCC_AXG_NCTF_42V23 VCC_AXG_NCTF_43V24 VCC_AXG_NCTF_44VCC_AXG_NCTF_45V25VCC_AXG_NCTF_46

AL16 VCC_AXG_NCTF_27AL19 VCC_AXG_NCTF_28AL21 VCC_AXG_NCTF_29

AB16VCC_AXG_NCTF_3

AM16 VCC_AXG_NCTF_30AM17 VCC_AXG_NCTF_31AM19 VCC_AXG_NCTF_32AM20 VCC_AXG_NCTF_33AM21 VCC_AXG_NCTF_34U16 VCC_AXG_NCTF_35U19 VCC_AXG_NCTF_36

AH16AH17 VCC_AXG_NCTF_18AH19 VCC_AXG_NCTF_19

AA19VCC_AXG_NCTF_2

AJ16 VCC_AXG_NCTF_20VCC_AXG_NCTF_21AJ19AK16 VCC_AXG_NCTF_22AK17 VCC_AXG_NCTF_23AK19 VCC_AXG_NCTF_24VCC_AXG_NCTF_25AK20AK21 VCC_AXG_NCTF_26

AB20VCC_AXG_8 AB23VCC_AXG_9

AA16VCC_AXG_NCTF_1

AE19 VCC_AXG_NCTF_10AF16 VCC_AXG_NCTF_11AF17 VCC_AXG_NCTF_12AF19 VCC_AXG_NCTF_13AG16 VCC_AXG_NCTF_14AG17 VCC_AXG_NCTF_15VCC_AXG_NCTF_16AG19VCC_AXG_NCTF_17

VCC_AXG_36 U14VCC_AXG_37 U15VCC_AXG_38 V15VCC_AXG_39 Y15

AA23VCC_AXG_4

Y21VCC_AXG_40VCC_AXG_41 Y24

VCC_AXG_42 Y26

AA24VCC_AXG_5 AA25VCC_AXG_6 AB15VCC_AXG_7

AH20AJ15VCC_AXG_27 AJ21VCC_AXG_28 AL15VCC_AXG_29

AA21VCC_AXG_3

VCC_AXG_30 AM14AM15VCC_AXG_31 AN14VCC_AXG_32 T14VCC_AXG_33VCC_AXG_34 T16T17VCC_AXG_35

AE21VCC_AXG_17 AE23VCC_AXG_18 AE24VCC_AXG_19

AA20VCC_AXG_2

AE25VCC_AXG_20 AF15VCC_AXG_21 AF20VCC_AXG_22 AG15VCC_AXG_23 AG21VCC_AXG_24VCC_AXG_25 AH15

VCC_AXG_26

C31

TV_D

CONSEL_0

E32

TV_D

CONSEL_1

H24

TV_R

TN

AA15VCC_AXG_1

AB25VCC_AXG_10 AC20VCC_AXG_11 AC21VCC_AXG_12 AC23VCC_AXG_13 AC24VCC_AXG_14 AE15VCC_AXG_15 AE20VCC_AXG_16

AL34 RSVD_6RSVD_7AM35RSVD_8AN35AY21 RSVD_9

SDVO_C

TRLC

LKG36

E36

SDVO_C

TRLD

ATA

THERMTR

IP#

T20

TSATN

#B12

F25TV

A_D

AC

TVB_D

AC

H25

K25

TVC_D

AC

K12M1 RSVD_17

RSVD_18M36N36 RSVD_19

AH12 RSVD_2

R33 RSVD_20T24 RSVD_21T33 RSVD_22

AH13 RSVD_3AH9 RSVD_4AK34 RSVD_5

PM_SYNC#

R29

PWROK

AT40

AT11

RSTIN

#

AH10 RSVD_1

B2 RSVD_10B31 RSVD_11BF18 RSVD_12BF23 RSVD_13BG23 RSVD_14BH18 RSVD_15RSVD_16

M48

PEG_TX_3 M39PEG_TX_4 M43R47PEG_TX_5PEG_TX_6 N37PEG_TX_7 T39U36PEG_TX_8PEG_TX_9 U39

PM_D

PRSTP

#B7

N33

PM_EXT_TS

#_0PM_EXT_TS

#_1P32

T40PEG_TX#_8 U37PEG_TX#_9 U40

J42PEG_TX_0PEG_TX_1 L46

PEG_TX_10 Y39Y46PEG_TX_11PEG_TX_12 AA36PEG_TX_13 AA39PEG_TX_14 AD42PEG_TX_15 AD46

PEG_TX_2

PEG_TX#_11 AA46PEG_TX#_12 AA37AA40PEG_TX#_13 AD43PEG_TX#_14PEG_TX#_15 AC46

PEG_TX#_2 M47M40PEG_TX#_3PEG_TX#_4 M42PEG_TX#_5 R48N38PEG_TX#_6PEG_TX#_7

L43PEG_RX_3 L41PEG_RX_4 N40P47PEG_RX_5PEG_RX_6 N43

PEG_RX_7 T42U42PEG_RX_8PEG_RX_9 Y42

PEG_TX#_0 J41PEG_TX#_1 M46

PEG_TX#_10 Y40

T43PEG_RX#_8 U43PEG_RX#_9 Y43

H43PEG_RX_0PEG_RX_1 J44

PEG_RX_10 W47PEG_RX_11 Y37PEG_RX_12 AA42PEG_RX_13 AD36

PEG_RX_14 AC48PEG_RX_15 AD40

PEG_RX_2

PEG_RX#_11 Y36PEG_RX#_12 AA43AD37PEG_RX#_13 AC47PEG_RX#_14PEG_RX#_15 AD39

PEG_RX#_2 L44L40PEG_RX#_3 N41PEG_RX#_4PEG_RX#_5 P48PEG_RX#_6 N44PEG_RX#_7

A6 NC_6B4 NC_7B45 NC_8NC_9B47

F43PEG_C

LKPEG_C

LK#

E43

PEG_C

OMPI

T37T36

PEG_C

OMPO

PEG_RX#_0 H44PEG_RX#_1 J46

PEG_RX#_10 Y48

C3NC_36C46NC_37C48NC_38D2NC_39D47

A47 NC_4

NC_40E1

NC_41E48F1 NC_42NC_43F48

A5 NC_5

NC_26BG48NC_27BH2NC_28BH3NC_29BH43

A46 NC_3

BH44 NC_30BH46 NC_31NC_32BH47NC_33BH5NC_34BH6NC_35

BE47 NC_16NC_17BF1

NC_18BF3BF46 NC_19

A44 NC_2

NC_20BF48NC_21BG1NC_22BG2NC_23BG4NC_24BG45BG47 NC_25

L_CTR

L_DATA

L_DDC_C

LKK33J33

L_DDC_D

ATA

M29

L_VDD_EN

A43 NC_1

B48 NC_10BC1 NC_11BC48 NC_12BD1 NC_13BD48 NC_14BE2 NC_15

LVDSB_D

ATA

_1G38

LVDSB_D

ATA

_2F37K37

LVDSB_D

ATA

_3

C44

LVDS_IB

GLVDS_VBG

B43

E37

LVDS_VREFH

E38

LVDS_VREFL

L32L_B

KLT_C

TRL

G32

L_BKLT_E

N

M32

L_CTR

L_CLK

M33

H48

D45

LVDSA_D

ATA

_1LVDSA_D

ATA

_2F40

LVDSA_D

ATA

_3B40

LVDSB_C

LKA37

B37

LVDSB_C

LK#

LVDSB_D

ATA

#_0A41

LVDSB_D

ATA

#_1H38

LVDSB_D

ATA

#_2G37J37

LVDSB_D

ATA

#_3

LVDSB_D

ATA

_0B42

B30

HDA_SDI

B29

C29

HDA_SDO

A28

HDA_SYNC

ICH_SYNC#

H36

C40

LVDSA_C

LKLVDSA_C

LK#

C41

LVDSA_D

ATA

#_0H47

LVDSA_D

ATA

#_1E46

G40

LVDSA_D

ATA

#_2LVDSA_D

ATA

#_3A40

LVDSA_D

ATA

_0

E41

DPLL_R

EF_S

SCLK

DPLL_R

EF_S

SCLK#

F41

DPRSLPVR

R32

B33

GFX

_VID_0

GFX

_VID_1

B32

G33

GFX

_VID_2

F33GFX

_VID_3

GFX

_VID_4

E33

C34

GFX

_VR_EN

HDA_BCLK

B28

HDA_R

ST#

AH40

DMI_R

XP_3

AE35

DMI_TX

N_0

AE43

DMI_TX

N_1

AE46

DMI_TX

N_2

AH42

DMI_TX

N_3

DMI_TX

P_0

AD35

AE44

DMI_TX

P_1

AF46

DMI_TX

P_2

AH43

DMI_TX

P_3

B38

DPLL_R

EF_C

LKDPLL_R

EF_C

LK#

A38

CRT_TV

O_IR

EF

L29CRT_V

SYNC

DDPC_C

TRLC

LKN28

DDPC_C

TRLD

ATA

M28

AE41

DMI_R

XN_0

AE37

DMI_R

XN_1

AE47

DMI_R

XN_2

AH39

DMI_R

XN_3

DMI_R

XP_0

AE40

AE38

DMI_R

XP_1

AE48

DMI_R

XP_2

CL_P

WROK

AN36

CL_R

ST#

AJ35

CL_V

REF

AH34

E28

CRT_B

LUE

H32

CRT_D

DC_C

LKJ32

CRT_D

DC_D

ATA

G28

CRT_G

REEN

J29CRT_H

SYNC

CRT_IR

TNG29

J28CRT_R

ED

E29

0904-002376

EB88C

TPM

U7-2

CLK

REQ#

K36

AH37

CL_C

LKCL_D

ATA

AH36

10KR622

C655 100nF 10V

47

65

85

5

C685 100nF 10V

213

1

100nFC657 10V

100nFC749 10V

19-C4

100nFC723 10V

19-B4

11-B1

69

10V

31-D1

11-B4

100nFC783 10V

C656 100nF

C748 10V

60

54-C4

9-D4,29-C

1

100nF

1112

31-D1

31-C1

100nFC728 10V

9

100nFC686 10V

13

10V

73

20

C777 100nF

R599

210

38

0nostuff

1312

15

100nFC722 10V

100nFC708 10VC100 100nF 10V

0

19-D4,30-C

134-A

4,40-D4

42-C2,44-B

3

P1.05V

31-C131-C

3,54-C4

1

31-C1

31-D1

1% 499R671

10V

9-C4,29-B

1

31-D1

C782 100nF 10V

C702 100nF

100nFC104 10V

31-D1

711

812

19-A4

10V

5

31-D1

10V

4

C765 100nF

C729 100nF 10V

C687 100nF

100nFC810

10V

31-C1

56R595

415

P1.05V

31-C1

13

100nFC776 10V

14

31-B3,44-C

4

C730 100nF 10V

31-D1

13

100nFC732 10V

311

9

31-D1

1%

10V

31-C1

31-D1

10KR638

1

19-C4

C758 100nF

141

9

C108 100nF 10V

10V

1%R639

10K

100nFC101 10VC707 100nF

7

31-B3,44-C

4

31-C1

10V

10

31-D1

10

C731 100nF

R679

1K

P3.3V

31-D1

1%

100nFC757 10V

11-B4

15

C744 100nF 10V

PEG1_TXN14_MN

PEG1_TXP0_MNPEG1_TXP1_MNPEG1_TXP2_MNPEG1_TXP3_MNPEG1_TXP4_MNPEG1_TXP5_MNPEG1_TXP6_MN

CPU1_TH

RMTR

IP#

PEG1_TXP11_MN

PEG1_TXN7_MNPEG1_TXN6_MN




PEG1_TXN15_MN

PEG1_TXP13_MNPEG1_TXP12_MN





PEG1_TX

P(15:0)

PEG1_TXP7_MN


PEG1_TXP10_MN

PEG1_TX

N(15:0)

MCH1_C

L_VREF_M

N

MCH3_E

XTTS

0#_MN

PLT3_R

ST#_R

_MN

PLT3_R

ST#

MCH3_E

XTTS

1#_MN

PEG1_R

XN(15:0)

PEG1_R

XP(15:0)

MCH3_C

LKREQ#

MCH3_IC

HSYNC#

MCH3_C

LKREQ#

CLK

1_MCH3G

PLL#

CLK

1_MCH3G

PLL

CHP3_C

L_RST_0#

KBC3_P

WRGD

CPU1_D

PRSTP

#

DMI1_TX

N_0

DMI1_TX

P_0

DMI1_TX

N_1

DMI1_TX

P_1

DMI1_TX

N_2

DMI1_TX

P_2

DMI1_TX

N_3

DMI1_TX

P_3

DMI1_R

XN_0

DMI1_R

XP_0

DMI1_R

XN_1

DMI1_R

XP_1

DMI1_R

XN_2

DMI1_R

XP_2

DMI1_R

XN_3

DMI1_R

XP_3

CHP3_C

L_CLK

_0CHP3_C

L_DATA

_0KBC3_P

WRGD

CHP3_D

PRSLP

VR

CHP3_P

M_S

YNC#

MCH3_TSATN#_MN

MCH1_C

OMPIO_R

_MN

www.bufanxiu.com

8-14 R530/R730


- -


Samsung

ConfidentialSam

sung

ConfidentialSam

sung

Confidential3 O

F 5

SY

STE

M M

EM

OR

Y A

SYSTEM MEMORY A

SY

STE

M M

EM

OR

Y B

SYSTEM MEMORY B

3


4O

FPAG

E

DD

R3 : C

onnect to VR

M.

DD

R2 : G

ND

DA

TE

PLA

CE

EA

CH

CA

P N

EA

R A

V42 P

IN

C

Cantiga


10nF->100nF

SM

_PW

RO

K

CHECK

SM

_RC

OM

P# : 80 ohm

to VS

S

2

A C

A

DD

R2

TITLE


SM

_RC

OM

P : 80 ohm

to P1.8V

_AU

X

LAST EDIT

3

PAR

T NO.

MO

DULE CODE

1


B

1

APPRO

VAL

4SA

MSU

NG

PRO

PRIE

TA

RY

B

ELECTRONICS

CANTIGA (3/5)

MCH_CANTIG

A_GM

_DDR2

Brem

en-L

5914

BA

41-xxxxxA

October 27, 2009 14:27:43 PM

1.0

PV

9/23/2008

HJ.KIM

YM.A

HN

Jun PARKD

EV. STEP

REV

D


Route as short as possible

2

SAMSUNG

D

DR

AW

R715

3.01K

51-B117-C

3,18-C3

32

17-B4

1%

2453

63

1

717

57

11

0

17-D4

36

3

31

11

1213

23

Documents

Samsung Np-r530 r730 Bremen-l Rev 1.0 Sch