FUJITSU SIEMENS S6010 Schematics

1

Laurel Main Board REV.02

Index

2

System Block

PAGE CONTENTS

01

02

03

04

05

06

07

08

09

10

11

12

13

14

15

16

17

18

19

20

TOP PAGE

Block Diagram

R-C for EMI

PLL

CPU(Tualatin)

PassC for CPU

Pull up for CPU

BLANK

GMCH(Almador-M)

GMCH(Almador-M),STRAP

PassC for GMCH(Almador-M)

Thermister, FAN

ICH3-M

Pullup for ICH3-M

Pullup for AGP,PCI,LPC

FWH(BIOS)

PAGE CONTENTS

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

3

BLANK

SDRAM Dumping

DIMM CN

VCH

S-VIDEO

BLANK

IEEE1394

BLANK

PCIC

PCIC POW

PCMCIA SLOT

CODEC

Audio AMP

MIC AMP

BLANK

Super-IO

KBC

HOOP

4

5

6

7

8

9

Version History

PAGE

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

CONTENTS

HOOP

Pullup for HOOP

LAN

BLANK

RESET

S-OUT CN

KBD/POINTING/LCD CN

APPLI CN/LID SW/MAIN SW

USB/IEEE1394 CN

MiniPCI CN

BLANK

FingerPrint CN

P-R CN

AUDIO CN

DOCK CN

HDD CN

ConnectorBoard CN

Power Interface require

Version Date

01-01 2001/Jul/18 First Edition for PCB placement

2001/Aug/24

First Edition for PCB desgin01-02

02-01

Description

Power Block

PAGE CONTENTS

60

61

62

63

64

65

66

67

68

69

70

71

72

73

74

75

76

77

Proprietary & Confidential

Power/TopPage

Power /DDC/CPU Core

Power/DDC/CPU Bus

Power/DDC/3V,5V

Power/DDC/Charger

Power/LDO/System

Power/LDO/Audio

Power/LDO/PMU

Power/Node/DCIn

Power/Node/Battery

Power/PMU/Etc3

Power/Node/Switch1

Power/Node/Switch2

Power/PMU/PMU

Power/PMU/AmMeter

Power/PMU/VolMeter

Power/PMU/Etc1

Power/PMU/Etc2

1

PCI REQ#/GNT#

PAGE CONTENTS

81

82

Power/PMU/Etc2

Power/Reserved

USB CHANEL

PCIINT#

USB1

USB2

USB3

USB4

USB5

USB6

Device

USB CN1

USB CN2 / Port Replicator

BAY USB

Blue-Tooth / TachPAD

Finger-P

Unused

REQ#/GNT# Device

REQ#0

REQ#1

REQ#2

REQ#3

REQ#4

REQ#5

IEEE1394 (Programable arbitration latency)

PCIC

MiniPCI

On Board LAN

Unused

PCI INTERRUPT

PCIINT#

INT#0

INT#1

INT#2

INT#3

INT#4

INT#5

INT#6

INT#7

Device

PCIC

Mini-PCI

IEEE1394

On Board LAN

Unused

ICH-LAN /

SMBus / AC97-0,1

USB-0

USB-1

SMBus

PLL,ADM1030,KBC0,0,0

0,0,1

0,1,0

0,1,1

2

3

4

5

007,DOCK,PMU

DIMM Slot 1

DIMM Slot 2

6

PCI BUS NUMBER = #0

IDSEL

AD16

AD17

AD18

PCI BUS NUMBER = #2

IDSEL Device

AD24

AD26 0Ah

AD28 0Ch

AD29SMBCNT[2:0] Device

Rev.

DATE Design

2001.02.15

7

00h

01h

02h

1Fh

Dev.ID

08h ICH2_M(LAN)

0Dh

Appr.

CheckDesign

Konaka

DeviceDev.ID

GMCH(HOST/DRAM BRIDGE)

GMCH(AGP BRIDGE)

GMCH(INTERNAL GRAPHICS)

ICH2M(HUB IF)1Eh

ICH2-M(LPC,IDE,USB,SMBUS,AC97)

OnBoard LAN09hAD25

OZ711

IEEE1394

MiniPCI

Description

Fuchida Fukuda

Appr.

8

TITLE

Laurel

DRAW. No.

C1CPxxxxxx-X1

FUJITSU LTD.

9

SHEET

CAST

1 82

1

2

3

4

5

6

7

8

9

Laurel system block diagram

P28 LCD CN

LVDS

P29 CRT

ITP

Thermal Sensor

VGA

P24 P25 P26

IDE0 ATA66/100

HDD

P40

IDE1 ATA66/100

BAY0

P41

P10

P15

AGPx4 1.5V

USB

Moblle

Tualatin

Coppermine-T

Micro-FCPGA 479pin

P5,P6

PSB 1.2V 133MHz

Almador-M

625 BGA

P11,P12,P13

Hublink 1.8V 266MHz

ICH3-M

421 BGA

P16,P17

PLL

SDRAM 3.3V 133MHz

PCI 3.3V 33MHz

LAN

AC97

Audio CODEC

P35

P4

P23 P23

SODIMM0

INT_MIC

OZ711E1Mini PCI

P34 P30,P31 P56 P57

MIC AMP

P37

Audio AMP

P36

Audio CN

P38

PHONE,MIC

LINE-IN

SODIMM1

CRT

USB4,USB5

PCI_D

Q-SW

FDD Serial Parallel PS/2

LPC 3.3V 33MHz

DOCK

CN

P58

USB3

Bluetooth

P52

System DC/DC Module

USB2

FingerPrint

P52

Battery Module

USB0USB1

P51 P51

FDD

SIO

P42

KBC

P43

ISA

FIR

I/O_CN

P46

DMC

P45

KB

P44

HOOP

P47,P48

80PORT

P20

Power Controler

P77

FWH

P61-P82 P61-P82

1

2

3

4

5

P20

Resource

TITLE

Laurel

DRAW. No.

Rev.

DATE Design

6

2001.01.16 Komahara

Appr.

7

Description

CheckDesign

Yoshida Aoki

Appr.

8

C1CPxxxxxx-X1

FUJITSU LTD.

9

SHEET

CAST

2 82

1

2

3

4

5

6

7

8

9

CLK

BUS

本コンデンサは電源/グランド層に発生するベタプレーン同士を接続するためのものである。そのため、上記のようなベタ構成であれば、ポイントとなる個所にコンデンサを配置する。 ‑クロックがベタをまたいで引く場合 ‑Bus系がベタをまたいで引く場合(数本毎に1個間隔で)

個数については、適宜増やすこと。

1

2

3

PWR_1

PWR_5VMAIN

12

CC1

680pF 25V

PWR_5VMAIN PWR_5VMAIN PWR_3VSTD PWR_1.8VMAIN

CC10

2 1

680pF 25V

4

PWR_5VMAIN PWR_1 PWR_DCIN

12

CC2

680pF 25V

CC11

680pF 25V

12

CC12

680pF 25V

5

12

PWR_3VSUSPWR_3VMAINPWR_3VMAIN

12

CC3

680pF 25V

PWR_3VSUSPWR_3VMAINPWR_5VSUSPWR_3VMAIN

12

CC13

680pF 25V

12

CC4

680pF 25V

6

PWR_3VSUS PWR_3VSUS PWR_5VSUS PWR_5VSUS PWR_3VSUS

12

Rev.

DATE Design

2001.01.16 Komahara

CC5

680pF 25V

7

12

CC6

680pF 25V

Appr.

CheckDesign

Yoshida Aoki

12

Description

CC7

680pF 25V

PWR_5VMAIN

12

CC8

Appr.

8

680pF 25V

PWR_3VMAINPWR_3VMAINPWR_5VSUSPWR_3VMAIN

12

CC9

680pF 25V

TITLE

Laurel

DRAW. No.

C1CPxxxxxx-X1

FUJITSU LTD.

PWR_1

21

PWR_5VSUS

CC21

680pF 25V

SHEET

9

EMI

CAST

3 82

PWR_3VSUS

1

CPU_BSEL15,8

SMB_CLK_ICH17,23,25,50 SMB_DATA_ICH17,23,25,50

CLK_GBO6612

SUSB#

STP_CPU#16

STP_PCI#16

VTTPWRGD#76

FL3

2 1

BLM21P300S FL4

1 2

BLM21P300S

12

+

C6

10uF 6.3V (TA)

GND1

1 2

C7 0.1uF 16V 20%

2

Placecyrstalwithin500milsofClkTITAN (byALMADOR-MCHIPSET/MOBILETUALATIN PROCESSOR CUSTMERREFERENCEBOARDSCHEMATICS rev.0.80)

2 1

10k 1/16W 5%

1 2

C8 0.1uF 16V 20%

C9 0.1uF 16V 20%

3

X1

12

14.31818MHz

C1

16pF 25V

2 1

Reserve

GND1 GND1

12

2 1

C11 1uF 10V 20%

C10 0.1uF 16V 20%

PWR_3VSUS

R11

1 2

C2

16pF 25V

1 2

Reserve

2 1

C12 0.1uF 16V 20%

C13 0.1uF 16V 20%

1 2

240k 1/16W 5%

GND1

PLL_VCCA_33 PLL_VCC_33

C14 0.1uF 16V 20%

GND1

R12

4

FL1

BLM10B750B FL2

BLM10B750B

R22

330 1/16W 1%

5

M1

1

21

12

XTAL_IN

2

XTAL_OUT

46

S1

36

S2

26

SCLK

25

SDATA

20

66MHz_IN/3V66_5

21

PWR_DWN#

45

CPU_STOP#

30

PCI_STOP#

24

PWR_DG#

22

VDD_CORE

33

VDD48

48

VDD_REF

11

VDD_PCI

28

VDD_3V66_1

15

VDD_3V66_2

44

VDD_CPU1

40

VDD_CPU2

37

IREF

23

GND_CORE

7

GND_PCI

16

GND_3V66_1

27

GND_3V66_2

3

GND_REF

32

GND_48MHZ

41

GND_CPU

CY28322

本ページのコンデンサは、PLLの近傍に配置すること。

Place these capacitors near PLL.

CPU1

CPU#1

CPU2

CPU#2

3V66_0

3V66_1/VCH

66BUFF0/3V66_2

66BUFF1/3V66_3

66BUFF2/3V66_4

PCI_F0

PCI_F1

PCI_F2

REF0

PCI0

PCI1

PCI2

PCI3

PCI4

PCI5

DOT

USB

6

※のパターンのライン・インピーダンスは、５５Ωで引くこと。(5mil幅) また、各対のクロックライン同士の間隔(CPUCLK0,CPUCLK0#間など３対) は、信号線間インピーダンス１００Ωで引くこと。(９mil幅)

Control the impedance of signals that "*" are marked are 55 ohm. (the width is 5mil) Control the impedance between the pair of clock (CPUCLK0 & CPCLK0#, etc) 100 ohm. (the width is 9mil)

※

43

※

42

39

※

38

※

R2 62 1/16W 1%

R4 62 1/16W 1%

GND1

R7 62 1/16W 1%

R9 62 1/16W 1%

GND1

7

R1 33 1/16W 1%

R3

470 1/16W 1%

R8

470 1/16W 1%

12

R5 33 1/16W 1%

12

R6 33 1/16W 1%

12

21

12

8

R10 33 1/16W 1%

#B 枠内部品は、M2(CPU)裏面 PAD直裏に配置のこと。 #C枠内部品は、M3(GMCH)裏面PAD直裏に配置のこと。

29

31

17

18

19

8

9

10

12

13

14

4

5

6

34

35

47

R13 BLM15AG700

12

R14 BLM15AG700

12

R15 BLM15AG700

12

R16 BLM15AG700

12

R17 BLM15AG700

12

R18 BLM15AG700

12

R19 BLM15AG700

12

R20 BLM15AG700

12

R449 BLM15AG700

12

R21 BLM15AG700

12

R23 47 1/16W 5%

12

R24 BLM15AG700

12

R25 BLM15AG700

21

R26 BLM15AG700

21

R27 BLM15AG700

21

R28 BLM15AG700

21

R29 BLM15AG700

21

R30 BLM15AG700

21

R31 BLM15AG700

21

R490 0 1/16W

12

C4

1 2

5pF 25V

GND1

C5

1 2

5pF 25V

GND1

#B

#C

9

CPUCLK1 5

CPUCLK1# 5

CPUCLK2 11

CPUCLK2# 11

CLK_ICH66 16

CLK_GBI66 12

CLK_FWH33 20

CLK_71133 29

CLK_SIO33 37

CLK_ASIC33 39

CLK_MINI33 50

CLK_1394 27

CLK_LAN33 42

CLK_ICH33 16

CLK_CPUAPIC33 5

CLK_ICHAPIC33 17

CLK_MCH_DREF48 12

CLK_ASIC48 39

CLK_ICH48 16

CLK_ICH14 16

CLK_SIO14 37

CLK_VCH14 24

CLK_TVO14 26

12

2 1

1 2

2 1

1 2

2 1

C1710pF 25V

C1810pF 25V

C1910pF 25V

C2010pF 25V

C2110pF 25V

Appr.

C2218pF 25V

CheckDesign

C1610pF 25V

C1510pF 25V

各クロックのダンピング抵抗はチップから 1cm以内に配置すること。

Place each dumping resistor of clock line near PLL as possible.(less than 10mm)

Rev.

DATE Design

1

2

3

4

5

6

2001.01.16 Komahara

7

1 2

C2310pF 25V

C2510pF 25V

C2610pF 25V

C2410pF 25V

Description

Yoshida Aoki

C2710pF 25V

Appr.

8

C2810pF 25V

1 2

C2910pF 25V

C3010pF 25V

TITLE

Lauurel

DRAW. No.

C1CPxxxxxx-X1

FUJITSU LTD.

1 2

C65910pF 25V

GND1

9

SHEET

PLL

CAST

4 82

1

2

3

4

5

6

7

8

9

M2A

CPU_D#[0:63]11

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

M24 U26

R24 R26 M25

M26

AA26

U24

W26

AB25

W24

AB24 AA24

A16 B17 A17 D23 B19 C20 C16 A20 A22 A19 A23 A24 C18 D24 B24 A18 E23 B21 B23 E26 C24 F24 D25 E24 B25 G24 H24 F26 L24 H25 C26 K24 G26 K25

J24 K26 F25 N26

J26

P25 L26

V25 T24

P24

T26

Y25

V26

T25 Y24

Y26

V24

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

CopperMine-T

A#10 A#11 A#12 A#13 A#14 A#15 A#16 A#17 A#18 A#19 A#20 A#21 A#22 A#23 A#24 A#25 A#26 A#27 A#28 A#29 A#30 A#31 A#32 A#33 A#34 A#35

DEP#0 DEP#1 DEP#2 DEP#3 DEP#4 DEP#5 DEP#6 DEP#7

FERR#

BREQ0#

HITM#

HIT#

AP#0

AP#1 LOCK# PRDY#

PICD0 PICD1

ADS#

K1 J1 G2 K3 J2 H3 G1 A3 J3 H1 D3 F3 G3 C2 B5 B11 C6 B9 B7 C8 A8 A10 B3 A13 A9 C3 C12 C10 A6 A15 A14 B13 A12

AE24 AD25 AE25 AC24 AF24 AD26 AC26 AD24

AF6

A7 U2

AA2

AB3 P3 V3 AE22 AD19 AD17 AA3

CPU_A#3 CPU_A#4 CPU_A#5 CPU_A#6 CPU_A#7 CPU_A#8 CPU_A#9 CPU_A#10 CPU_A#11 CPU_A#12 CPU_A#13 CPU_A#14 CPU_A#15 CPU_A#16 CPU_A#17 CPU_A#18 CPU_A#19 CPU_A#20 CPU_A#21 CPU_A#22 CPU_A#23 CPU_A#24 CPU_A#25 CPU_A#26 CPU_A#27 CPU_A#28 CPU_A#29 CPU_A#30 CPU_A#31

CPU_BREQ0#

12

R33

10 1/16W 5%

GND1

CPU_HLOCK# 11 ITP_PRDY# 8 CPU_APICD0 8,17 CPU_APICD1 8,17 CPU_ADS# 11

A#3 A#4 A#5 A#6 A#7 A#8 A#9

CPU_A#[3:31] 11

CLK_CPUAPIC334

R32はM2.AF20の近くに置くこと

CPU_FERR# 8,16

CPU_HITM# 11

CPU_HIT# 11

GND1

R32 68 1/16W 5%

CPUCLK1,CPUCLK1# のビアのうち、本CPUに一番近いビアに対し、シルクで表示すること。

CPUCLK14 CPUCLK1#4

CPU_A20M#16 CPU_INTR8,16 CPU_NMI8,16 CPU_IGNNE#16 CPU_FLUSH#8 CPU_RST#8,11 CPU_INIT#8,16,20 CPU_SMI#8,16 CPU_RS#[0:2]11

TP1RS#P

CPU_STPCLK#16 CPU_DEFER#11

CPU_BPRI#11 ITP_PREQ#8

21

PWR_CPUBUS

GND1

CPU_PWRGD8,16 CPU_DPSLP#8,16,60

GLO/HI#16

CPU_THMDA15 CPU_THMDC 15

ITP_TRST#8 CPU_TRDY#11 ITP_TCK8 ITP_TMS8 ITP_TDI8

CPU_BSEL08 CPU_BSEL14,8

R36 1k 1/16W 5%

12

R37 1k 1/16W 5%

12

R39 1k 1/16W 5%

21

R40 1k 1/16W 5%

2 1

M2B

AC1

BCLK

AD1

BCLK#

AC3

A20M#

AD15

INTR/LINT0

AE14

NMI/LINT1

AD9

IGNNE#

AF5

FLUSH#

B15

RESET#

AE6

INIT#

AD3

SMI#

Y3

CPU_RS#0 CPU_RS#1 CPU_RS#2

☆ ☆

AE4

AF20

AF19

AB4 AF8

AF13

AF15

AD10

AF7 AD7

AE12 AF10

AF11

V1 U3 M5

T3

R2

L5

W1

E2

M1

Y4

RS#0 RS#1 RS#2 RS#P

STPCLK# DEFER# PICCLK BPRI# PREQ# PWRGOOD DPSLP#

GHI#

THERMDA

TRST# TRDY# TCK TMS TDI

BSEL0 BSEL1

TESTHI TESTHI TESTLO TESTLO

THERMDC

RTTIMPEDP

EDGECTRLP

VTTPWRGD

IERR# AERR# BERR#

BINIT#

BNR#

BPM#0 BPM#1

BP#2 BP#3

DBSY# DRDY#

REQ#0 REQ#1 REQ#2 REQ#3 REQ#4

RP#

TDO

NCTRL

VID0 VID1 VID2 VID3 VID4

AF4 W2 C14 AF23 L2

AD22 AD21 AF22 AE20

W3 Y1

R1 L3 T1 U1 L1

T4

AF14

AD11

AE16

AF16

AD16

E3

AB1 AC2 AE2 AF3 R3

CPU_REQ#0 CPU_REQ#1 CPU_REQ#2 CPU_REQ#3 CPU_REQ#4

CPU_RTTIMPEDP

CPU_EDGECTRLP

CPU_IERR# 8

CPU_BNR# 11

CPU_DBSY# 11 CPU_DRDY# 11 CPU_REQ#[0:4] 11

ITP_TDO 8

R34

12

56 1/16W 1%

R38

1 2

110 1/16W 1%

VTTPWRGD 8,76

GND1

PWR_CPUBUS

21

R35 14 1/16W 1%

CopperMine-T

BSEL0

PSB Freq.

100MHz

BSEL1

0

1133MHz

1

☆印のついた信号線はGND1で両側をガードすること。

M2

Cuppermine GMCH

M2からM3への信号線は上記の条件を厳守すること。

1

2

3

4

Total Trace Length:50.8-101.6mm

Trace Width:5mils Spacing to Other Traces:10mils

5

M6

Rev.

DATE Design

6

2001.01.16 Komahara

Appr.

7

Description

CheckDesign

Yoshida Aoki

Appr.

8

TITLE

DRAW. No.

FUJITSU LTD.

CPU-1

Laurel

C1CPxxxxxx-X1

SHEET

9

CAST

5 82

1

2

3

4

5

6

7

8

9

PWR_CPUBUS

R44

2K 1/16W 0.5%

1 2

12

GND1

PWR_CPUBUS

R41

1K 1/16W 0.5%

2 1

C691 1uF 6.3V

M2C

L1

12

4.7uH

C694

VGTLREF

2 1

C35 0.1uF 10V R12C36 0.1uF 10V R12C37 0.1uF 10V R12C38 0.1uF 10V R

C692 1uF 6.3V

C693 1uF 6.3V

◎のついた信号線は25mil以上の太さで配線し、周りをベタのGNDで配線すること。

10uF 6.3V (TA)

12

+

C695

10uF 6.3V (TA)

N3

PLL1

12

+

N2

PLL2

A4

VREF

A21

VREF

N1

VREF

AF9

VREF

AF21

VREF

AA1

VREF

AB26

VREF

H26

VREF

12

CopperMine-T

CMOSREF CMOSREF

AD5 AF12

このページの抵抗・キャパシタ・インダクタはCPUの近傍に置くこと

12

C32

0.1uF 10V R

C34 0.1uF 10V R

PWR_1.5VMAIN

1 2

12

GND1

R42

560 1/16W 0.5%

R43

1.1K 1/16W 0.5%

PWR_CPUCORE

W21

AA11 AA13 AA15 AA17 AA19 AA21

AB10 AB12 AB14 AB16 AB18 AB20 AB22

AC5 AC7

AC9 AC11 AC13 AC15 AC17 AC19 AC21

D10 D12 D14 D16 D18 D20 D22

E11 E13 E15 E17 E19 E21

F10 F12 F14 F16 F18 F20 F22

G21

H22

K22

M22

N21

P22

R21

T22

U21

V22

Y22 AA5 AA7 AA9

AB6 AB8

PWR_CPUBUS

M2D

D6

VCC

D8

VCC VCC VCC VCC VCC VCC VCC VCC

E5

VCC

E7

VCC

E9

VCC VCC VCC VCC VCC VCC VCC

F6

VCC

F8

VCC VCC VCC VCC VCC VCC VCC VCC

G5

VCC VCC

H6

VCC VCC

J5

VCC

J21

VCC

K6

VCC VCC

L21

VCC

M6

VCC VCC

N5

VCC VCC

P6

VCC VCC

R5

VCC VCC

T6

VCC VCC

U5

VCC VCC

V6

VCC VCC

W5

VCC VCC

Y6

VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC

VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT VCCT

A26 C5 C7 C9 C11 C13 C15 C17 C19 C21 D5 E4 E6 G4 G23 J4 J23 L4 L23 N23 R23 U23 V4 W23 AA4 AA23 AC4 AC23 AD6 AD8 AD12 AD14 AD18 AD20 AE3 AE18 AF1 AF2

A2

NC

A5

NC

A11

NC

B1

NC

C1

NC

C4

NC

C22

NC

D1

NC

D26

NC

E1

NC

F1

NC

N4

NC

N24

NC

P1

NC

P4

NC

P5

NC

P26

NC

AD4

NC

AD13

NC

AD23

NC

AE8

NC

AE10

NC

AF17

NC

AF18

NC

M21 M23

N22 N25

A25

B10 B12 B14 B16 B18 B20 B22 B26 C23 C25

D11 D13 D15 D17 D19 D21

E10 E12 E14 E16 E18 E20 E22 E25

F11 F13 F15 F17 F19 F21 F23

G22 G25

H21 H23

J22 J25

K21 K23

L22 L25

B2 B4 B6 B8

D2 D4 D7 D9

E8

F2 F4 F5 F7 F9

G6

H2 H4 H5

J6

K2 K4 K5

L6

M2 M3 M4

N6

M2E

VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS

CopperMine-T

VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS

P2 P21 P23 R4 R6 R22 R25 T2 T5 T21 T23 U4 U6 U22 U25 V2 V5 V21 V23 W4 W6 W22 W25 Y2 Y5 Y21 Y23 AA6 AA8 AA10 AA12 AA14 AA16 AA18 AA20 AA22 AA25 AB2 AB5 AB7 AB9 AB11 AB13 AB15 AB17 AB19 AB21 AB23 AC6 AC8 AC10 AC12 AC14 AC16 AC18 AC20 AC22 AC25 AD2 AE1 AE5 AE7 AE9 AE11 AE13 AE15 AE17 AE19 AE21 AE23 AE26 AF25 AF26

GND1GND1

CopperMine-T

TITLE

DRAW. No.

Rev.

DATE Design

1

2

3

4

5

6

2001.01.16 Komahara

Appr.

7

Description

CheckDesign

Yoshida Aoki

Appr.

8

FUJITSU LTD.

CPU-2

Laurel

C1CPxxxxxx-X1

SHEET

9

CAST

6 82

1

2

MOBILE Coppermine-T Tualatin

3

At least x24 0.47uF & x10 10uF CPUCOREVCC(PWR_CPUCORE) decoupling capacitors. At least x10 1.0uF CPUBUSVCC(PWR_CPUBUS) de capaciters. (by Tualatin / Coppermine-T SpecSheet)

21

C39 0.22uF 10V

C40 0.22uF 10V12C41 0.22uF 10V12C42 0.22uF 10V21C43 0.22uF 10V12C44 0.22uF 10V12C45 0.22uF 10V21C46 0.22uF 10V21C47 0.22uF 10V12C48 0.22uF 10V12C49 0.22uF 10V12C50 0.22uF 10V21C51 0.22uF 10V12C52 0.22uF 10V12C53 0.22uF 10V12C54 0.22uF 10V21C55 0.22uF 10V21C56 0.22uF 10V21C57 0.22uF 10V21C58 0.22uF 10V12C59 0.22uF 10V12C60 0.22uF 10V21C61 0.22uF 10V12C62 0.22uF 10V

1 2

2 1

C63 10uF 6.3V B

C64 10uF 6.3V B

C65 10uF 6.3V B

1 2

C66 10uF 6.3V B

4

1 2

C67 10uF 6.3V B

1 2

C68 10uF 6.3V B

1 2

C69 10uF 6.3V B

5

PWR_CPUCORE

C70 10uF 6.3V B

GND1

PWR_CPUBUS

6

7

8

PWR_CPUCORE

12

GND1

9

1 2

2 1

1 2

2 1

1 2

C75 1uF 6.3V

C76 1uF 6.3V

C77 1uF 6.3V

C78 1uF 6.3V

C79 1uF 6.3V

C80 1uF 6.3V

C81 1uF 6.3V

C82 1uF 6.3V

上記のコンデンサはM2(CPU)の各電源ピンの近傍に均等に配置すること複数の種類のコンデンサは、容量の小さいものを優先的に、 M2の電源PINの直近に配置すること

上記コンデンサ

0.47uF10VR(C36‑C59),10uF6.3VB(C60‑C71)はCPU裏の中央に配置し、

1.0uF10V(C72‑C84)はCPUBUS電源(VCCT)のPIN近くに均等に配置すること。

2 1

C86 10uF 6.3V B

C87 10uF 6.3V B

GND1

1.0uF10V

10uF6.3V B

0.47uF10VR

PassC for CPU

TITLE

Laurel

DRAW. No.

Rev.

DATE Design

1

2

3

4

5

6

2001.01.16 Komahara

Appr.

7

Description

CheckDesign

Yoshida Aoki

Appr.

8

C1CPxxxxxx-X1

FUJITSU LTD.

9

SHEET

CAST

7 82

1

ITP_TCK5

ITP_TDI5

ITP_TMS5

ITP_TRST#5

VTTPWRGD5,76

CPU_APICD05,17

CPU_APICD15,17

ITP_TDO5

ITP_PREQ#5

CPU_FLUSH#5

CPU_FERR#5,16

CPU_IERR#5

CPU_INTR5,16

CPU_NMI5,16

CPU_DPSLP#5,16,60

CPU_SMI#5,16

CPU_INIT#5,16,20

CPU_RST#5,11

ITP_PRDY#5

2

R45 10 1/16W 5%

1 2

R46 10 1/16W 5%

1 2

R47 10 1/16W 5%

1 2

R48 10 1/16W 5%

1 2

GND1

3

R49 1.5k 1/16W 5%

1 2

R50 150 1/16W 5%

R51 150 1/16W 5%

R52 150 1/16W 5%

1 2

R53 10 1/16W 5%

1 2

R54 3k 1/16W 5%

1 2

R55 1.5k 1/16W 5%

1 2

R56 1.5k 1/16W 5%

1 2

R58 10k 1/16W 5% Reserve

1 2

R59 56 1/16W 5%

2 1

R61 56 1/16W 5%

PWR_CPUBUS

21

4

PWR_1.5VMAIN

ITP_PREQ# Pull-up signal change to 10ohm from 200ohm for ESD protection

PWR_CPUBUS

5

CPU_PWRGD5,16

CPU_BSEL05

CPU_BSEL14,5

6

2 1

GND1

R57 1.5k 1/16W 5%

C696

100pF 25V

R60 10k 1/16W 5%

R62 10k 1/16W 5%

1 2

7

PWR_1.8VMAIN

PWR_3VMAIN

8

9

21

12

C89

C88

2 1

100pF 25V

CPURST#は上記抵抗までの分岐配線を0.1inch以下にすること。

C90

100pF 25V

21

C92

C91

2 1

100pF 25V

GND1

本ページの抵抗・コンデンサはCPUの近くに配置すること

1

2

3

Pullup for CPU

Rev.

DATE Design

4

5

6

2001.01.16 Komahara

Appr.

7

Description

CheckDesign

Yoshida Aoki

Appr.

8

TITLE

Laurel

DRAW. No.

C1CPxxxxxx-X1

FUJITSU LTD.

9

SHEET

CAST

8 82

1

2

3

4

5

GMCHA24,GMCHC24間の信号<CLKSYSMEM>は0.15inch(+/‑50mil)で配線すること。またコンデンサはその信号線の中間に配置すること。

6

7

8

PAD(A24)

9

M3A

Almador-M

HOST I/F

3

CPURST#

BPRI#

DEFER#

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

HD#9 HD#10 HD#11 HD#12 HD#13 HD#14 HD#15 HD#16 HD#17 HD#18 HD#19 HD#20 HD#21 HD#22 HD#23 HD#24 HD#25 HD#26 HD#27 HD#28 HD#29 HD#30 HD#31 HD#32 HD#33 HD#34 HD#35 HD#36 HD#37 HD#38 HD#39 HD#40 HD#41 HD#42 HD#43 HD#44 HD#45 HD#46 HD#47 HD#48 HD#49 HD#50 HD#51 HD#52 HD#53 HD#54 HD#55 HD#56 HD#57 HD#58 HD#59 HD#60 HD#61 HD#62 HD#63

R6 L4 J4

U4

CPU_D#0

P1

CPU_D#1

W6

CPU_D#2

U2

CPU_D#3

U6

CPU_D#4

R1

CPU_D#5

N3

CPU_D#6

W5

CPU_D#7

V4

CPU_D#8

P3

CPU_D#9 CPU_D#10

R3 U1

CPU_D#11

V6

CPU_D#12

W4

CPU_D#13

T3

CPU_D#14

P2

CPU_D#15

V3

CPU_D#16

R2

CPU_D#17

T1

CPU_D#18

W3

CPU_D#19

U3

CPU_D#20

Y4

CPU_D#21

AA3

CPU_D#22

W1

CPU_D#23

V1

CPU_D#24

Y1

CPU_D#25

Y6

CPU_D#26

AD3

CPU_D#27

AB4

CPU_D#28

AB5

CPU_D#29

V2

CPU_D#30

Y3

CPU_D#31

Y2

CPU_D#32

AA4

CPU_D#33

AA1

CPU_D#34

AA6

CPU_D#35

AB1

CPU_D#36

AC4

CPU_D#37

AA2

CPU_D#38

AB3

CPU_D#39

AD2

CPU_D#40

AD1

CPU_D#41

AC2

CPU_D#42

AB6

CPU_D#43

AC6

CPU_D#44

AC1

CPU_D#45

AF3

CPU_D#46

AD4

CPU_D#47

AD6

CPU_D#48

AC3

CPU_D#49

AH3

CPU_D#50

AE5

CPU_D#51

AE3

CPU_D#52

AG2

CPU_D#53

AF4

CPU_D#54

AF2

CPU_D#55

AJ3

CPU_D#56

AE4

CPU_D#57

AG1

CPU_D#58

AE1

CPU_D#59

AG4

CPU_D#60

AH4

CPU_D#61

AG3

CPU_D#62

AF1

CPU_D#63

R82,R83,R84の抵抗はGMCH(M6)から0.5inch以内に置き、 ※のついた信号線は10mil幅以上で配線すること。

Place R82,R83,R84 near GMCH (within 0.5 inch) and the width of patterns must be more than 10 mil.

4

C699 22pF 25V Reserve

1 2

C700 22pF 25V Reserve

1 2

C701 22pF 25V Reserve

1 2

C702 22pF 25V Reserve

1 2

GND1

CPU_RST# 5,8 CPU_BPRI# 5 CPU_DEFER# 5

CPUCLK24 CPUCLK2#4 PCI_RST#

CPU_A#[3:31]5 CPU_D#[0:63] 5

CPU_ADS#5 CPU_DBSY#5 CPU_DRDY#5 CPU_HIT#5 CPU_HITM#5 CPU_HLOCK#5 CPU_TRDY#5 CPU_BNR#5

CPU_REQ#[0:4]5

CPU_RS#[0:2]5

GTL_RCOMP must be pulled down to GND with 80.6 ohm resistor.

12

R67

160 1/16W 1%

12

CPU_A#3 CPU_A#4 CPU_A#5 CPU_A#6 CPU_A#7 CPU_A#8 CPU_A#9 CPU_A#10 CPU_A#11 CPU_A#12 CPU_A#13 CPU_A#14 CPU_A#15 CPU_A#16 CPU_A#17 CPU_A#18 CPU_A#19 CPU_A#20 CPU_A#21 CPU_A#22 CPU_A#23 CPU_A#24 CPU_A#25 CPU_A#26 CPU_A#27 CPU_A#28 CPU_A#29 CPU_A#30 CPU_A#31

CPU_REQ#0 CPU_REQ#1 CPU_REQ#2 CPU_REQ#3 CPU_REQ#4

CPU_RS#0 CPU_RS#1 CPU_RS#2

R68

160 1/16W 1%

AJ4

HTCLK

AH5

HTCLK#

AB24

RESET#

H2

HA#3

E3

HA#4

G3

HA#5

N4

HA#6

M6

HA#7

F1

HA#8

F2

HA#9

J3

HA#10

F3

HA#11

P6

HA#12

G1

HA#13

N5

HA#14

H1

HA#15

P4

HA#16

T4

HA#17

M2

HA#18

J2

HA#19

L2

HA#20

R4

HA#21

K1

HA#22

L3

HA#23

L1

HA#24

J1

HA#25

N1

HA#26

T5

HA#27

H3

HA#28

M3

HA#29

M1

HA#30

K3

HA#31

C1

ADS#

G5

DBSY#

F4

DRDY#

D3

HIT#

D1

HITM#

J6

HLOCK#

G4

HTRDY#

E1

BNR#

K6

HREQ#0

M4

HREQ#1

K5

HREQ#2

K4

HREQ#3

L6

HREQ#4

H6

RS#0

H4

RS#1

G6

RS#2

C2

※

GTL_RCOMP

※

GND1

1

2

MEM_D[0:63]23

5

CLK_DIMM0 23

CLK_DIMM1 23

CLK_DIMM2 23

CLK_DIMM3 23

21

C93

GND1

CLK_SYSMEM

M3B

22pF 25V

Reserve

Memory I/F

C24

SM_RCLK

SM_OCLK

A24

下記の抵抗はGMCHの各PINから0.25inch以内に配置すること。

Place these resistors near GMCH. (within 0.25inch)

MEM_D0 MEM_D1 MEM_D2 MEM_D3 MEM_D4 MEM_D5 MEM_D6 MEM_D7 MEM_D8 MEM_D9 MEM_D10 MEM_D11 MEM_D12 MEM_D13 MEM_D14 MEM_D15 MEM_D16 MEM_D17 MEM_D18 MEM_D19 MEM_D20 MEM_D21

MEM_D23 MEM_D24 MEM_D25 MEM_D26 MEM_D27 MEM_D28 MEM_D29 MEM_D30 MEM_D31 MEM_D32 MEM_D33 MEM_D34 MEM_D35 MEM_D36 MEM_D37 MEM_D38 MEM_D39 MEM_D40

MEM_D42 MEM_D43 MEM_D44 MEM_D45 MEM_D46 MEM_D47 MEM_D48 MEM_D49 MEM_D50 MEM_D51 MEM_D52 MEM_D53 MEM_D54 MEM_D55 MEM_D56 MEM_D57 MEM_D58 MEM_D59 MEM_D60 MEM_D61 MEM_D62 MEM_D63

D29

SM_MD0

C29

SM_MD1

D27

SM_MD2

C27

SM_MD3

A27

SM_MD4

B26

SM_MD5

E24

SM_MD6

C25

SM_MD7

E23

SM_MD8

B25

SM_MD9

C23

SM_MD10

F22

SM_MD11

B23

SM_MD12

C22

SM_MD13

E21

SM_MD14

B22

SM_MD15

C12

SM_MD16

D10

SM_MD17

C11

SM_MD18

A10

SM_MD19

C10

SM_MD20

C8

SM_MD21

A7

SM_MD22

E9

SM_MD23

C7

SM_MD24

E8

SM_MD25

A5

SM_MD26

F8

SM_MD27

C5

SM_MD28

D6

SM_MD29

B4

SM_MD30

C4

SM_MD31

E27

SM_MD32

C28

SM_MD33

B28

SM_MD34

E26

SM_MD35

C26

SM_MD36

D25

SM_MD37

A26

SM_MD38

D24

SM_MD39

F23

SM_MD40

A25

SM_MD41

G22

SM_MD42

D22

SM_MD43

A23

SM_MD44

F21

SM_MD45

D21

SM_MD46

A22

SM_MD47

F11

SM_MD48

A11

SM_MD49

B11

SM_MD50

F10

SM_MD51

B10

SM_MD52

B8

SM_MD53

D9

SM_MD54

B7

SM_MD55

F9

SM_MD56

A6

SM_MD57

C6

SM_MD58

D7

SM_MD59

B5

SM_MD60

E6

SM_MD61

A4

SM_MD62

D4

SM_MD63

Almador-M

SM_CLK0 SM_CLK1 SM_CLK2 SM_CLK3

SM_CS#0 SM_CS#1 SM_CS#2 SM_CS#3

SM_DQM0 SM_DQM1 SM_DQM2 SM_DQM3 SM_DQM4 SM_DQM5 SM_DQM6 SM_DQM7

SM_CKE0 SM_CKE1 SM_CKE2 SM_CKE3

SM_RAS# SM_CAS#

SM_MA0 SM_MA1 SM_MA2 SM_MA3 SM_MA4 SM_MA5 SM_MA6 SM_MA7 SM_MA8

SM_MA9 SM_MA10 SM_MA11 SM_MA12

SM_BA0 SM_BA1

SM_WE#

SM_RCOMP

1 2

A15

2 1

B2 B14

1 2

A3

1 2

E17

MEM_CS#0

F16

MEM_CS#1

D16

MEM_CS#2

D15

MEM_CS#3

F18

MEM_DQM0

D18

MEM_DQM1

D13

MEM_DQM2

D12

MEM_DQM3

E18

MEM_DQM4

F17

MEM_DQM5

F14

MEM_DQM6

F13

MEM_DQM7MEM_D22

A13

MEM_CKE0

C9

MEM_CKE1

C13

MEM_CKE2

A9

MEM_CKE3

C20

MEM_RAS#

D19

MEM_CAS#

A20

MEM_AA0

B20

MEM_AA1

B19

MEM_AA2MEM_D41

C19

MEM_AA3

A18

MEM_AA4

A19

MEM_AA5

C17

MEM_AA6

C18

MEM_AA7

B17

MEM_AA8

A17

MEM_AA9

A16

MEM_AA10

C15

MEM_AA11

C14

MEM_AA12

B16

MEM_BA0

C16

MEM_BA1

A21

MEM_WE#

F6

MEM_COMPA

SM_RCOMP must be pulled down to GND with 27.5 ohm resistor.

Memoryの配線条件については、回路図Page22を参照すること。

Rev.

DATE Design

6

2001.01.16 Komahara

Appr.

7

Description

CheckDesign

Yoshida Aoki

0.15inch

+/-50mil

PAD(C24)

R63 10 1/16W 5% R64 10 1/16W 5% R65 10 1/16W 5% R66 10 1/16W 5%

R69

※ ※

27.4 1/16W 1%

Appr.

8

12

C

Board trace

CLK_DIMM0 23 CLK_DIMM1 23 CLK_DIMM2 23 CLK_DIMM3 23

MEM_CS#[0:3] 23

MEM_DQM[0:7] 23

MEM_CKE[0:3] 23

MEM_RAS# 22 MEM_CAS# 22

MEM_AA[0:12] 22

MEM_BA[0:1] 22

MEM_WE# 22

GND1

GMCH-M-1

TITLE

Laurel

DRAW. No.

C1CPxxxxxx-X1

FUJITSU LTD.

Connect to GND

SHEET

11 82

9

CAST

1

CLK_GBI664

DVOB_CLKIN[0:1]24

VCH_GMBSCL_B24

VCH_GMBSDA_B24

DVOB_DATA[0:11]24

DVOB_BLANK#24

R85

330 1/16W 5%

1 2

GND1

-NOTE G_PAR/DVO_DETECT signal use for DVO B/C detection. Rx Unprpurated : AGP or Internal graphics with DVOA Rx Popurated : DVO B/C selected. This G_PAR/DVO_DETECT pin had internall pull up resister.

PWR_1.5VMAIN

RM2

8 7 6 5

SMT8

10kx4 1/32W 5% RM4

1 2 3 4

10kx4 1/32W 5%

下記抵抗（R85）はM6‑AD24から0.5inch以内に配置すること。

R71

DVOB_CLKIN0 DVOB_CLKIN1

Open Intel confermed

DDC2_B_CLK_PU15 VCH_GMBSCL_B DDC2_B_DATA_PU15

VCH_GMBSDA_B

Open Intel confermed

1

DVOA_PCLK

2 3

DVOB_CLKINT_PU15

4

8

DDC2_B_CLK_PU15

7

VCH_GMBSDA_B

6

DDC2_B_DATA_PU15

5

VCH_GMBSCL_B

12

GND1

DVOB_DATA7

CTM_PDGND CTM#_PDGND

AG26

L29 L28

U29 U28

AA27 AA28

AB25 AB29

AB26

AA29 AA24 AA25

Y24 Y27 Y26

W24

Y28

R29 P26 P27 N25 R28 P28

L27 P29 R27 T25

AC27

AH15

AJ15

AG17

AJ17

AG18

AJ18

AG19

AJ19

AG20

AJ20

AJ11

AH10

AJ10

AG10

AJ9

AG9

AJ8

AG8

DVOB_INT# 24

VCH_GMBSDA_B 24

VCH_GMBSCL_B 24

r240k 1/16W 5%

SMT8

1

2

M3C

GBIN

AD_STB0/DVOB_CLK AD_STB#0/DVOB_CLK#

AD_STB1/DVOC_CLK AD_STB#1/DVOC_CLK#

SB_STB/ZV_D4 SB_STB#/ZV_D3

RBF#/ZV_D11 WBF#/ZV_D9

PIPE#/ZV_D10

SBA0/ZV_D8(UV0) SBA1/ZV_D7(Y7) SBA2/ZV_D6 SBA3/ZV_D5 SBA4/ZV_D2 SBA5/ZV_D1 SBA6/ZV_D0(Y0) SBA7/ZV_HREF

G_AD30/DVOBC_INTR#/DPMS_CLK

G_FRAME#/M_DDC2_DATA G_IRDY#/M_I2C_CLK G_TRDY#/M_DDC2_CLK G_STOP# G_DEVSEL#/M_I2C_DATA G_PAR/DVO_DETECT

G_C/BE#0/DVOB_D7 G_C/BE#1/DVOB_BLANK# G_C/BE#2/ZV_VSYNC G_C/BE#3/DVOC_D5

G_REQ#/ZV_CLK

RDRAM I/F

CTM CTM#

DQ_A0 DQ_A1 DQ_A2 DQ_A3 DQ_A4 DQ_A5 DQ_A6 DQ_A7

DQ_B0 DQ_B1 DQ_B2 DQ_B3 DQ_B4 DQ_B5 DQ_B6 DQ_B7

Almador-M

PWR_3VMAIN

GND1

2

3

AGP I/F

G_AD13/DVOB_CLKINT# G_AD14/DVOB_FLD/STL

G_AD16/DVOC_VSYNC G_AD17/DVOC_HSYNC

G_AD18/DVOC_BLOCK#

G_AD31/DVOC_FLD/STL

AGP_RCOMP/DVOBC_RCOMP

R491 10K 1/16W 5%

2 1

RM3

1 2 3 4

10kx4 1/32W 5%

RM5

4 3 2 1

10kx4 1/32W 5%

GBOUT

G_AD0/DVOB_HSYNC G_AD1/DVOB_VSYNC

G_AD2/DVOB_D0 G_AD3/DVOB_D0 G_AD4/DVOB_D3 G_AD5/DVOB_D2 G_AD6/DVOB_D5 G_AD7/DVOB_D4 G_AD8/DVOB_D6 G_AD9/DVOB_D9

G_AD10/DVOB_D8 G_AD11/DVOB_D11 G_AD12/DVOB_D10

G_AD15

G_AD19/DVOC_D0

G_AD20/DVOC_D1

G_AD21/DVOC_D2

G_AD22/DVOC_D3

G_AD23/DVOC_D4

G_AD24/DVOC_D7

G_AD25/DVOC_D6

G_AD26/DVOC_D9

G_AD27/DVOC_D8 G_AD28/DVOC_D11 G_AD29/DVOC_D10

AGP_BUSY#

ST0/ZV_D14 ST1/ZV_D13 ST2/ZV_D12

G_GNT#/ZV_D15(UV7)

GM_GCLK GM_RCLK

CFM#

AGP_BUSY_PU33

8

DDC2_A_DATA_PU33

7 6

DDC2_A_CLK_PU33

5

SMT8

5 6

CTM_PDGND

7

CTM#_PDGND

8

3

AD24

J29 J28 K26 K25 L26 J27 K29 K27 M29 M28 L24 M27 N29 M25 N26 N27 R25 R24 T29 T27 T26 U27 V27 V28 U26 V29 W29 V25 W26 W25 W27 Y29

AC24

AC28 AC29 AB27

AD29

K24

AGP_RCOMP

AG6 AJ6

AJ16

CFM

AH16

AG11

RQ0

AJ12

RQ1

AG12

RQ2

AH13

RQ3

AG13

RQ4

AJ13

RQ5

AG14

RQ6

AJ14

RQ7

AH7

CMD

AF7

SCK

AJ7

SIO

VCH_GMBSDA_A

VCH_GMBSCL_A

DVOA_FIELD_PDGND DVOC_FIELD_PDGND

4

R70

C94

47 1/16W 5%

0.01uF 16V R

1 2

DVOB_DATA1 DVOB_DATA0 DVOB_DATA3 DVOB_DATA2 DVOB_DATA5 DVOB_DATA4 DVOB_DATA6 DVOB_DATA9 DVOB_DATA8 DVOB_DATA11 DVOB_DATA10

DVOB_CLKINT_PU15

Open Intel confermed

DVOC_FIELD_PDGND

AGP_BUSY_PU33

Open Intel confermed

AGP_RCOMP must be pulled down to GND with 55 ohm resistor.

Open Intel confermed

VCH_GMBSDA_A 26

VCH_GMBSCL_A 26

1 2

R72 47 1/16W 5%

R73 47 1/16W 5%

R84 54.9 1/16W 1%

4

AGP_BUSY_PU33 16

21

PWR_CPUBUS

FL5

BLM21P300S

CLK_GBO66 4

DVOB_HSYNC 24

DVOB_VSYNC 24

DVOB_DATA[0:11] 24

DVOB_STALL 24

DVOB_INT# 24

GND1

21

5

CLK_MCH_DREF484

DVOA_PCLK26

DVOA_RCOMP must be pulled down

GND1

to GND with 55 ohm resistor.

CRT_DDC1_CLK25

CRT_DDC1_CLK/DATA pullup had CRT connector sections via Q-SW.

12

+

10uF 6.3V (TA)

C96

CRT_DDC1_DATA25

VCH_GMBSCL_A26 VCH_GMBSDA_A26

GND1

HL_STRB16 HL_STRB#16

GND1

FL6

BLM11B102S FL8

BLM11B102S

FL10

BLM11B102S

6

PWR_1.5VMAIN

DVOA_PCLK

DVOA_FIELD_PDGND

R76 54.9 1/16W 1%

HL_RCOMP must be pulled down to GND with 55 ohm resistor.

12

CRT_DDC1_CLK

CRT_DDC1_DATA

DDC2_A_CLK_PU33 DDC2_A_DATA_PU33

VCH_GMBSCL_A VCH_GMBSDA_A

R77 255 1/16W 1%

1 2

R86 54.9 1/16W 1%

21

2 1

C98 1uF 10V12C99 1uF 10V

C725 0.1uF 16V 20%

GND1GND1

21

12

C101

GND1

C95,C96はGMCHF25,GMCHAC20ピンの近くに配置すること。

R87,R88,R90,R91,R92,R93,R94は、GMCH(M6) から0.5inch以内に置き、配線は10mil以上にすること

Place R87,R88,R90,R91,R92,R93,R94 near GMCH (within 0.5 inch) and the width of patterns must be more than 10 mil.

5

6

12

21

1uF 10V

2 1

C726 0.1uF 16V 20%

12

+

10uF 6.3V (TA)

C97

AC19

AE21

AD20

AE22

AC22

AE27 AD27

AE26 AD26

AD25 AC25

AJ27

AC20

AE20

G29

G24

AE6

AD7

F28

J23

F25

Rev.

7

M3D

DREFCLK

DVOA_INTR#

DVOA_CLKINT

DVOA_FLD/STL

DVOA_RCOMP

DVOA I/F

Analog Display I/F

DDC1_CLK DDC1_DATA

DDC2_CLK DDC2_DATA

I2C_CLK I2C_DATA

REFSET

HUB I/F

HLSTRB HLSTRB#

HL_RCOMP

Analogue Power

VCCA_DPLL0 VCCA_DPLL1

VSSA_DPLL0 VSSA_DPLL1

VCCA_HPLL

VSSA_HPLL

Almador-M

DATE Design

2001.01.16 Komahara

7

DVOA_CLK

DVOA_CLK#

DVOA_D0 DVOA_D1 DVOA_D2 DVOA_D3 DVOA_D4 DVOA_D5 DVOA_D6 DVOA_D7 DVOA_D8

DVOA_D9 DVOA_D10 DVOA_D11

DVOA_HSYNC DVOA_VSYNC

DVOA_BLANK#

HSYNC VSYNC

RED

GREEN

BLUE

RED#

GREEN#

BLUE#

HL0 HL1 HL2 HL3 HL4 HL5 HL6 HL7 HL8 HL9

HL10

VCCA_CPLL

VSSA_CPLL

VCCA_DAC VCCA_DAC

VSSA_DAC

Appr.

CheckDesign

Yoshida Aoki

AJ24 AG24

AJ22 AH22 AG22 AJ23 AH23 AG23 AE23 AE24 AJ25 AH25 AG25 AJ26

AF22 AF23

AD21

AD28 AE29

AF29 AG29 AH28

AF28 AG28 AH27

G26 H28 H29 H27 F29 F27 E29 E28 G25 G27 H26

G7

G8

AF26 AG27

AH26

Description

8

DVOA_CLKIN0 DVOA_CLKIN1

DVOA_DATA0 DVOA_DATA1 DVOA_DATA2 DVOA_DATA3 DVOA_DATA4 DVOA_DATA5 DVOA_DATA6 DVOA_DATA7 DVOA_DATA8 DVOA_DATA9 DVOA_DATA10 DVOA_DATA11

R74 47 1/16W 5%

1 2

R75 47 1/16W 5%

2 1

CRT_HSYNC CRT_VSYNC

CRT_RED CRT_GREEN CRT_BLUE

CRT_RED# CRT_GREEN# CRT_BLUE#

HL[0:10] 16

HL0 HL1 HL2 HL3 HL4 HL5 HL6 HL7 HL8 HL9 HL10

FL7

21

BLM11B102S

C95

1uF 10V

GND1

FL9

12

BLM11B102S

12

+

C100

1uF 10V

C686

10uF 6.3V (TA)

GND1

Appr.

8

DVOA_CLKIN[0:1] 26

DVOA_DATA[0:11] 13,26

DVOA_HSYNC 26 DVOA_VSYNC 26

CRT_HSYNC 25 CRT_VSYNC 25

1 2

2 1

1 2

2 1

R79 75 1/16W 1%

R80 75 1/16W 1%

R81 37.4 1/16W 1%

R82 37.4 1/16W 1%

R78 75 1/16W 1%

12

PWR_1.8VMAIN

12

GMCH-M-2

TITLE

Laurel

DRAW. No.

C1CPxxxxxx-X1

FUJITSU LTD.

9

CRT_RED 53,57 CRT_GREEN 53,57 CRT_BLUE 53,57

GND1

R83 37.4 1/16W 1%

SHEET

12 82

9

CAST

1

PWR_1.5VMAIN

PWR_1.8VMAIN

GND1

C108

GND1

12

0.01uF 16V R

◎

VGTLREF

SM_VREF14

HL_REF14,16

1

2

C99,C100はGMCHA8,GMCHA12に直接接続すること。 A8,A12pinは可能な限り広い電源ベタに貫通VIAで接続すること。（電源層が望ましい）またGNDへの接続も貫通VIAで接続すること。コンデンサはGMCHA8,GMCHA12の90mil(2.286mm)以内に配置すること。

PWR_CPUBUS PWR_3VSUS

M3E

Digital Power

N6

VCC

T6

VCC

H7

VCC

K7

VCC

L7

VCC

W7

VCC

Y7

VCC

AB7

VCC

P12

VCC

R12

VCC

T12

VCC

M14

VCC

M15

VCC

M16

VCC

P18

VCC

R18

VCC

T18

VCC

H23

VCC

K23

VCC

Y23

VCC

M24

VCC

P24

VCC

T24

VCC

V24

VCC

AC21

VCC_DVO

AF21

VCC_DVO

AF24

VCC_DVO

L23

VCC_AGP

U24

VCC_AGP

J26

VCC_AGP

M26

VCC_AGP

R26

VCC_AGP

V26

VCC_AGP

AA23

VCC_AGP

AA26

VCC_AGP

W23

VCCQ_AGP

N24

VCCQ_AGP

J24

VCC_HUB

F26

VCC_HUB

AC8

VCC_CMOS

AC9

VCC_CMOS

AE7

VCC_CMOS

AF6

VCC_CMOS

E11

NC

E20

21

C106 0.1uF 10V R21C107 0.1uF 10V R

◎

21

GND1

◎のついた信号線は25mil以上の太さで配線し、周りをベタのGNDで配線すること。

Thewidthofsignalsthatmarked"◎"mustbelaidout morethan25milandguardatthebothsides,topand bottombyGND1pattern.

NC

F12

NC

F20

NC

REF Voltage

E5

SM_REFA

F24

SM_REFB

H24

HLREF

J7

GTL_REFA

AA7

GTL_REFB

12

Almador-M

C103,C104,C105,C106,C107は各PINの近くに配置すること。

C110 0.1uF 10V R

C109 0.1uF 10V R

2

3

VCC_SM VCC_SM VCC_SM VCC_SM VCC_SM VCC_SM VCC_SM VCC_SM VCC_SM VCC_SM VCC_SM VCC_SM VCC_SM VCC_SM

VCC_LM VCC_LM VCC_LM VCC_LM VCC_LM VCC_LM VCC_LM VCC_LM VCC_LM

VCC_GPIO VCC_GPIO

VCCQ_SM VCCQ_SM VCCQ_SM VCCQ_SM VCCQ_SM

VDD_LM VDD_LM VDD_LM VDD_LM VDD_LM VDD_LM VDD_LM

RAM_REFA RAM_REFB

AGPREF

3

4

GND1

21

12

0.1uF 10V R

C102

D5 D8 D11 G11 D14 D17 D20 D23 G23 D26 G10 E12 A8 A12

AC10 AC11 AD11 AD12 AD13 AD17 AD18 AD19 AE18

AD23 AE25

E15 F7 F15 G19 G20

V14 V15 V16 AD15 AD16 AE15 AE16

E2

VTT

F5

VTT

J5

VTT

M5

VTT

R5

VTT

V5

VTT

AA5

VTT

AD5

VTT

AG5

VTT

AD14 AE14

J25

0.1uF 10V R

C103

PWR_3VSUS

PWR_CPUBUS

◎

RAM_REF 14

◎

AGP_MCHREF 14,24,26

21

C105

4

PWR_1.8VMAIN

GND1

68pF 25V

5

12

68pF 25V

C104

GND1

C102はAE15,AE16の近くに配置すること。

Place C102 near AE15 and AE16 on GMCH.

5

GND1

6

AD10 AE10 AF10 AE11 AF11 AH11

AE12 AF12 AH12

AE13 AF13

6

C21

AH2

AC5 AF5

AH6

AC7 AG7 AD8 AE8 AF8 AH8

AD9 AE9 AF9 AH9

M12 N12 U12

M13 N13

R13

U13

N14

R14

U14

7

M3F

A14

VSS

B13

VSS

C3

VSS VSS

E14

VSS

F19

VSS

D2

VSS

G2

VSS

K2

VSS

N2

VSS

T2

VSS

W2

VSS

AB2

VSS

AE2

VSS VSS

B3

VSS

E4

VSS

H5

VSS

L5

VSS

P5

VSS

U5

VSS

Y5

VSS VSS VSS

AJ5

VSS

B6

VSS VSS

E7

VSS VSS VSS VSS VSS VSS VSS

B9

VSS

G9

VSS VSS VSS VSS VSS

E10

VSS VSS VSS VSS VSS VSS VSS

B12

VSS VSS VSS VSS

V12

VSS VSS VSS VSS

E13

VSS VSS VSS

P13

VSS VSS

T13

VSS VSS

V13

VSS VSS VSS VSS

P14

VSS VSS

T14

VSS VSS

Almador-M

VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS

Rev.

DATE Design

2001.01.16 Komahara

AF14 AH14 B15 N15 P15 R15 T15 U15 AF15 AG15 E16 N16 P16 R16 T16 U16 AF16 AG16 M17 N17 P17 R17 T17 U17 V17 AE17 AF17 AH17 B18 M18 N18 U18 V18 AF18 AH18 E19 AE19 AF19 AH19 AF20 AH20 B21 G21 AG21 AH21 AJ21 E22 AD22 AB23 AC23 B24 AH24 E25 H25 L25 P25 U25 Y25 AF25 AC26 B27 AF27 D28 G28 K28 N28 T28 W28 AB28 AE28

7

Almador-M Strapping Options

GND1

Appr.

CheckDesign

Yoshida Aoki

8

DVOA_DATA012,26

DVOA_DATA112,26

DVOA_DATA512,26

DVOA_DATA612,26

R87 2.2k 1/16W 5% Reserve

R88 2.2k 1/16W 5%

R89 2.2k 1/16W 5%

R90 2.2k 1/16W 5% Reserve

21

12

PWR_1.5VMAIN

21

9

Reserve

GND1

Signal Notes

DVOA_D0

DVOA_D1

DVOA_D5

DVOA_D6

DVOA_D7

DVOA_D8

G_PAR 0=DVO B/C Device connected.

Description

0=Reserved 1=133MHz(default)

0=IOQD1 1=IOQD8(default)

0=Desktop(default) 1=Mobile

0=dual ended termination(default) 1=single ended termination

0=Normal opration (default) 1=XOR Chain test mode

0=Normal operation(default) 1=Tri-state all i830M outputs

1=AGP Device (Default)

GMCH-M-3,STRAP

Appr.

8

TITLE

Rickwood Main Board

DRAW. No.

C1CPxxxxxx-X1

FUJITSU LTD.

SHEET

9

CAST

13 82

1

PWR_3VSUS

21

R91

240 1/16W 1%

C138

2 1

470pF 25V

C158

1 2

470pF 25V

◎

12

R97

82 1/16W 1%

12

R100

82 1/16W 1%

◎

12

R93

47 1/16W 1%

GND1

上記信号<SMVREF>は配線が最短になるように部品を GMCHの近くに配置すること。

PWR_1.5VMAIN

21

R96

1K 1/16W 1%

21

R99

1K 1/16W 1%

GND1

上記信号<AGPVGAREF>は配線が最短になるように部品を GMCH(M6)の近くに配置すること。

2

SM_VREF 13

AGP_MCHREF 13,24,26

3

PWR_1.8VMAIN

12

R92

300 1/16W 1%

12

R94

300 1/16W 1%

GND1

上記抵抗とコンデンサは、極力GMCHとICH3の中間になるよう配置し、それぞれの配線長は10cm 以内とすること

PWR_1.8VMAIN

21

R95

300 1/16W 1%

21

R98

300 1/16W 1%

GND1

上記信号<HUBVSWG>は配線が最短になるように部品を ICH3の近くに配置すること。

◎

4

HL_REF 13,16

HUBVSWG 16

5

21

C687 0.22uF 10V

PWR_CPUBUS

GND1

21

GND1

21

H

GND1

21

C159

J JKK

21

C127 0.1uF 16V

C139 0.1uF 16V

1uF 10V

21

C688 0.22uF 10V

21

Reserve

6

21

C689 0.22uF 10V

A

C128 0.1uF 16V

D

21

Reserve

C140 0.1uF 16V

PWR_3VSUS

C690 0.22uF 10V

Reserve

C141 0.1uF 16V

C160

GND1

21

12

21

C142 82pF 25V

1uF 10V

12

21

C113

C111 0.1uF 16V

C112 0.1uF 16V

B B

21

C131

C129 0.1uF 16V

C130 0.1uF 16V

21

C144 0.1uF 16V

C143 0.1uF 16V

21

C161 0.1uF 16V

GND1GND1

7

12

21

1uF 10V

C114 0.1uF 16V

C132 0.1uF 16V

21

Reserve

C145 0.1uF 16V

21

C162 0.1uF 16V

21

C133

21

C146 82pF 25V

21

C164

C163 0.1uF 16V

21

82pF 25V

E F

21

Reserve

21

12

C116

C115 0.1uF 16V

21

82pF 25V

C147 0.1uF 16V

82pF 25V

1uF 10V

C134 0.1uF 16V

21

C148 0.1uF 16V

Reserve

21

C165 0.1uF 16V

8

21

C117 0.1uF 16V

12

C135

21

C150

C149 0.1uF 16V

12

C167

C166 0.1uF 16V

PWR_1.5VMAINPWR_3VSUS

21

C118 0.1uF 16V

12

C136

0.1uF 10V R

21

82pF 25V

21

C120 0.1uF 16V

C119 0.1uF 16V

PWR_1.8VMAIN

12

C137

0.1uF 10V R

G

21

C152 0.1uF 16V

C151 0.1uF 16V

Reserve

21

L

C168 0.1uF 16V

21

1uF 10V

21

9

21

C122 0.1uF 16V

C121 0.1uF 16V

21

C154 0.1uF 16V

C153 0.1uF 16V

PWR_1.5VMAIN

12

C170

1uF 10V

C169 0.1uF 16V

PWR_CPUBUS

21

C123 0.1uF 16V

PWR_3VSUS

21

Reserve

C155 0.1uF 16V

12

C124 0.1uF 16V

C

21

C156 82pF 25V

PWR_1.8VMAIN

12

R101

160 1/16W 5%

◎

12

R102

560 1/16W 5%

GND1

上記信号<RAMREF>は配線が最短になるように部品を GMCH(M6)の近くに配置すること。

◎のついた信号線BGAPAD横に貫通THを空けその裏面直下に部品を搭載、配線すること。

1

RAM_REF 13

2

A

1

Topview

C

12

C171

1uF 10V

J

GND1

H

J

2 1

Reserve

C706 10uF 6.3V B

H

12

C173

C172 0.1uF 16V

C174

82pF 25V

21

1uF 10V

12

M

GND1

G

B B

C

A A

L

PassC for GMCH-M

E

AJ

3

4

D

F

M

Rev.

DATE Design

5

6

2001.01.16 Komahara

Appr.

7

Description

CheckDesign

Yoshida Aoki

Appr.

8

TITLE

Rickwood Main Board

DRAW. No.

C1CPxxxxxx-X1

FUJITSU LTD.

9

SHEET

CAST

14 82

1

ADD pin GND01

0

N.C VCC

☆印の付いた信号線(CPUTHMDA,CPUTHMDC)は、 GND1で両側をガードすること（下図参照）

10mil

GND1

CPUTHMDA

CPUTHMDC

GND1

2

A0

Address

01011,100 0A101011,00 1 01011,01

3

コンデンサは本ICの近くに配置

10mil

4

FAN_TACH

SMBCLK38,50,52 SMBDATA38,50,52

CPU_THMDA5 FANFAULT# 41

CPU_THMDC5

5

M4

2

TACH

16

SMBCLK SMBDATA15INT#

10

DX+

9

DX-

3

NC

4

NC0

11

NC1

12

NC2

13

ADD

124

875

PWM_OUT

FANFAULT#

ADM1030_Rev3

PWR_5VMAIN

12

R103 10k 1/16W 5%

TP2 TACK

☆

12

C175

2200pF 25V

Reserve

☆

GND1

本ICはCPUの近くに配置願います。

6

PWR_3VMAIN

3

SMT8

6

THERM#

VCC

GND0

RM6

10kx4 1/32W 5%

1

14

7

8

PWR_3VMAIN

6

5

GND1

12

C176

0.1uF 16V

7

ADFANON

ATFINT# 38

THLTL# 16

8

9

TP95 FAN

FAN_TACH

GND1

Description

CheckDesign

Yoshida Aoki

CN22

01

TP96

TACK

21

C177

4.7uF 10V

8

Appr.

-

02

+

03

NC

FAN CN

Thermister,FAN

TITLE

Rickwood Main Board

DRAW. No.

C1CPxxxxxx-X1

FUJITSU LTD.

9

SHEET

CAST

15 82

21

R105 47k 1/16W 5%

32

Q2 2SK3019

6

Q1

Si2305DS

1

32

Rev.

DATE Design

2001.01.16 Komahara

Appr.

7

PWR_5VSUS

12

R104 470k 1/16W 5%

ADFANON

1

2

3

4

5

2 1

C178

1000pF 25V

1

GND1

1

CLK_ICH144 CLK_ICH484 CLK_ICH664

HUBVSWG14 HL[0:10]12

C158はM8‑L19pinの近くに配置すること。

HL1118

LPC_DRQ#019,37 LPC_DRQ#119

BSRBTN#40

THLTL#15

AGP_BUSY_PU3312

RIOUT#39

VGATE45

ICHPWROK17,25,40

RSMRST#40,45

CPU_FERR#5,8

EXTSMI#19,39 KBCSCI38 EXTSCI#39 BLUE_RI17,57 BLID40

PWR_RTC

R124はM8‑Y6pinの近くに配置すること。

KBINIT#38 KBA20G38

1

21

GND1

R112

2 1

100k 1/16W 5%

GND1

C179

1uF 10V

PLLB#

2 1

C187

2 1

1000pF 25V

HL0

HL2 HL3 HL4 HL5 HL6 HL7 HL8 HL9 HL10

J23 F20 T19

L19

L22

M21 M23

N20 P21 R22 R20 T23

M19

P19 N19 R19

AB1

AA1

AB3

V19

AA6

AA7

J22 U22 Y22

W2

C188

1000pF 25V

C9

C8

A8 A9

Y5

D8

T2

U4

U5

V4

C4

V2

Y4 Y2

Y6

2

M5A

CLK14 CLK48 CLK66

HITERM

HI0 HI1 HI2 HI3 HI4 HI5 HI6 HI7 HI8 HI9 HI10 HI11

LAN_CLK

LAN_RXD0 LAN_RXD1 LAN_RXD2

LAN_RST#

EE_DIN

LDRQ#0 LDRQ#1

PWRBTN#

THRM#

AGPBUSY#

RI#

BATLOW#

VGATE/VRMPWRGD

PWROK

RSMRST#

FERR# RCIN# A20GATE

GPIO0/REQ#A GPIO7 GPIO8 GPIO12 GPIO13

INTRUDER#

ICH3-M

SMLINK0_PU33 SMLINK1_PU33

2

HI_STB HI_STB# HICOMP

HIREF

LAN_RSTSYNC

LAN_TXD0 LAN_TXD1 LAN_TXD2

EE_SHCLK

EE_DOUT

EE_CS

FWH0/LAD0 FWH1/LAD1 FWH2/LAD2 FWH3/LAD3

FWH4/LFRAME#

SLP_S1# SLP_S3# SLP_S5#

SUS_STAT#/LPCPD#

C3_STAT#/GPIO21

STP_PCI#

STP_CPU#

DPRSLPVR

CPUPERF#

SSMUXSEL

A20M#

CPUSLP#

IGNNE#

INIT# INTR

SMI#

STPCLK#

CPUPWRGD

DPSLP#

SUSCLK

SMLINK0 SMLINK1

RM7

8 7 5 6

SMT8

10kx4 1/32W 5%

3

◎のついた信号線は25mil以上の太さで配線し、左右と下をベタのGND線で囲むこと

※抵抗R117はM8から0.5inch以内に置き、 10mil幅以上で配線すること。

N22 P23 K19

HL_COMPIAHL1

L20

◎

D7

B9 C10 A10

D10 E8 E9

V1 U3 T3 U2 U1

W20 AA5 AA2

AB4 V5 U21 V21 AB21

Y20 U20

V23 W21 AA21 AB23 AA23 Y21

NMI

Y23 U23

W23 AB22

AA4

CLK_32K_STD

AC3

SMLINK0_PU33 SMLINK1_PU33

AB2

PWR_5VMAIN

1 2 4 3

3

2 1

R106 36.5 1/16W 1%

12

C180

1uF 10V

GND1

Intel Checking!!!Intel Checking!!!

PWR_3VSTD

4

HL_STRB 12 HL_STRB# 12

GND1

HL_REF 13,14

C159はM8‑L20pinの近くに配置すること。

LPC_AD0 20,37,39 LPC_AD1 20,37,39 LPC_AD2 20,37,39 LPC_AD3 20,37,39 LPC_FRAME# 19,20,37,39

SUSA# 71 SUSB# 4,37,40,42,45,60,61,62,69,76 SUSC# 50,62,70,71

SUSTAT# 37,40

STP_PCI# 4 STP_CPU# 4 DPRSLPVR 60

GLO/HI# 5 VR_HI/LO# 60

CPU_A20M# 5

CPU_IGNNE# 5 CPU_INIT# 5,8,20 CPU_INTR 5,8 CPU_NMI 5,8 CPU_SMI# 5,8 CPU_STPCLK# 5

CPU_PWRGD 5,8 CPU_DPSLP# 5,8,60

CLK_32K_STD 50

PWR_RTCBATT

12

C186

0.1uF 16V

GND1

4

PWR_RTCBATT

PWR_PMU

R110

1k 1/16W 5%

TP3 PWR_RTCBATT

CN20

1

2

RTC BAT CN

5

PCI_AD[0:31]27,29,42,50

PWR_3VMAIN

PWR_RTC

1SS400

D60

2 1

D61 1SS400

21

2 1

R113

1 2

1k 1/16W 5%

2 1

R114 15k 1/16W 5%

+

-

上記振動子(X2)は、ICH3(M7)の近傍に配置すること。また、振動子両端のパターンに隣接して、高速な信号を走らせてはならない。（層構成も考慮のこと）

5

C184 0.047uF 10V

2 1

RTCRST#

21

GND1

C181

GND1

C185 1uF 10V

12

1uF 10V

CL1

CL2

IRQ1456 IRQ1555,56

PCI_REQ#019,27 PCI_REQ#119,25 PCI_REQ#219,25

ICH_GPI117

PCI_SERR#19,27,29,42,50 WAKEOUT#39

USB_OC#049 USB_OC#149

USB_OC#549

4 1

2

CLK_ICH334

X2

VDD VIO

GND

32.768KHz

GND1

6

PCI_AD0 PCI_AD1 PCI_AD2 PCI_AD3 PCI_AD4 PCI_AD5 PCI_AD6 PCI_AD7 PCI_AD8 PCI_AD9 PCI_AD10 PCI_AD11 PCI_AD12 PCI_AD13 PCI_AD14 PCI_AD15 PCI_AD16 PCI_AD17 PCI_AD18 PCI_AD19 PCI_AD20 PCI_AD21 PCI_AD22 PCI_AD23 PCI_AD24 PCI_AD25 PCI_AD26 PCI_AD27 PCI_AD28 PCI_AD29 PCI_AD30 PCI_AD31

1 2

R108

33K 1/16W 1%

PWR_RTC

R504 150K 1/16W 5%

3

OUT

6

2 1

1 2

R111 10M 1/16W 5%

1

T5

PCICLK

J2

AD0

K1

AD1

J4

AD2

K3

AD3

H5

AD4

K4

AD5

H3

AD6

L1

AD7

L2

AD8

G2

AD9

L4

AD10

H4

AD11

M4

AD12

J3

AD13

M5

AD14

J1

AD15

F5

AD16

N2

AD17

G4

AD18

P2

AD19

G1

AD20

P1

AD21

F2

AD22

P3

AD23

F3

AD24

R1

AD25

E2

AD26

N4

AD27

D1

AD28

P4

AD29

E1

AD30

P5

AD31

AB14

IRQ14

W19

IRQ15

D3

REQ#0

F4

REQ#1

A3

REQ#2

R4

REQ#3

E4

REQ#4

D4

REQ#5/REQ#B/GPIO1

L5

SERR#

W1

PME#

E12

OC#0/GPIO32

D12

OC#1/GPIO33

C12

OC#2/GPIO34

B12

OC#3/GPIO35

A12

OC#4/GPIO36

A11

OC#5/GPIO37

B21

USBRBIAS

AB6

VCCRTC

AC7

RTCX1

2 1

AC6

RTCX2

R503

10M 1/16W 5%

Reserve

AB7

VBIAS

Y7

RTCRST#

32

Q58 2SK3019

GND1

Rev.

7

M5B

ICH3-M

DATE Design

2001.01.16 Komahara

7

PIRQ#E/GPIO2

PIRQ#F/GPIO3 PIRQ#G/GPIO4 PIRQ#H/GPIO5

GNT#5/GNT#B/GPIO17

USBLEDA#0/GPIO32 USBLEDA#1/GPIO33 USBLEDA#2/GPIO34 USBLEDA#3/GPIO35 USBLEDA#4/GPIO36 USBLEDA#5/GPIO37 USBLEDG#0/GPIO38 USBLEDG#1/GPIO39 USBLEDG#2/GPIO40 USBLEDG#3/GPIO41 USBLEDG#4/GPIO42 USBLEDG#5/GPIO43

CLK_PMU32K 39,71

Appr.

CheckDesign

Yoshida Aoki

PCIRST#

C/BE#0 C/BE#1 C/BE#2 C/BE#3

DEVSEL#

FRAME#

IRDY# TRDY# STOP#

PAR

PLOCK#

PERR#

CLKRUN#

SERIRQ

PIRQ#A PIRQ#B

PIRQ#C PIRQ#D

GNT#0 GNT#1 GNT#2 GNT#3 GNT#4

USBP0P USBP0N USBP1P USBP1N USBP2P USBP2N USBP3P USBP3N USBP4P USBP4N USBP5P USBP5N

Description

PLLB40,71

8

Y1

K2

PCI_C/BE#0

K5

PCI_C/BE#1

N1

PCI_C/BE#2

R2

PCI_C/BE#3

M3 F1 N3 H1 H2 G5 M1

M2

AC2 H22

R107 22 1/16W 5%

B1 C1 B2 A2

A6 B5 C5 A5

A4 E3 D2 D5 B4 B3

D19 D18 A19 A18 E17 E16 B17 B16 D15 D14 A15 A14

H20 G22 F21 G19 E22 E21 H21 G23 F23 G21 D23 E23

Appr.

8

9

PCI_RST# 11,19,20,24,26,27,37,40

PCI_C/BE#[0:3] 27,29,42,50

PCI_DEVSEL# 19,27,29,42,50 PCI_FRAME# 19,27,29,42,50 PCI_IRDY# 19,27,29,42,50 PCI_TRDY# 19,27,29,42,50 PCI_STOP# 19,27,29,42,50 PCI_PAR 27,29,42,50 PCI_LOCK# 19,29

PCI_PERR# 19,27,29,42,50

PCI_CLKRUN# 19,27,29,37,42,50

21

SERIRQ 19,29,37

R118はM8‑H22pinの近くに配置すること。

PCI_INT#0 19,29 PCI_INT#1 19,29 PCI_INT#2 19,50 PCI_INT#3 19,50

PCI_INT#4 19,27 PCI_INT#5 19,42 PCI_INT#6 19 PCI_INT#7 19

PCI_GNT#0 27 PCI_GNT#1 29 PCI_GNT#2 50 PCI_GNT#3 42PCI_REQ#319,42

USB_P0P 49 USB_P0N 49 USB_P1P 49,53 USB_P1N 49,53 USB_P2P 55 USB_P2N 55 USB_P5P 52 USB_P5N 52 USB_P4P 52 USB_P4N 52 USB_P3P 57 USB_P3N 57

FR_USBON 52

ICH_GPIO42 18 ICH_GPIO43 18

PWR_3VSTD

21

R115

100k 1/16W 5%

PLLB#

32

Q3 2SK3019

1

GND1

ICH3-M-1

TITLE

Rickwood Main Board

DRAW. No.

C1CPxxxxxx-X1

FUJITSU LTD.

SHEET

9

CAST

16 82

1

2

3

4

5

6

7

8

PWR_3VMAIN

9

M5C

IDE_PDD[0:15]56

IDE_PDDREQ56 IDE_PDIORDY56

IDE_SDD[0:15]55,56

IDE_SDDREQ55,56 IDE_SDIORDY56

AC97_BITCLK50

AC97_SDIN033 AC97_SDIN150

CLK_ICHAPIC334 CPU_APICD0 5,8

R120 330 1/16W 5%

1 2

GND1

Reserve

PCICACT#40 SERB_SIN137

IDE_PDD0 IDE_PDD1 IDE_PDD2 IDE_PDD3 IDE_PDD4 IDE_PDD5 IDE_PDD6 IDE_PDD7 IDE_PDD8 IDE_PDD9 IDE_PDD10 IDE_PDD11 IDE_PDD12 IDE_PDD13 IDE_PDD14 IDE_PDD15

IDE_SDD0 IDE_SDD1 IDE_SDD2 IDE_SDD3 IDE_SDD4 IDE_SDD5 IDE_SDD6 IDE_SDD7 IDE_SDD8 IDE_SDD9 IDE_SDD10 IDE_SDD11 IDE_SDD12 IDE_SDD13 IDE_SDD14 IDE_SDD15

C175はM8‑B7pinの近くに配置すること。

C195

GND1

W12

PDD0

AB11

PDD1

AA10

PDD2

AC10

PDD3

W11

PDD4

Y9

PDD5

AB9

PDD6

AA9

PDD7

AC9

PDD8

Y10

PDD9

W9

PDD10

Y11

PDD11

AB10

PDD12

AC11

PDD13

AA11

PDD14

AC12

PDD15

AB12

PDDREQ

AB13

PIORDY

Y17

SDD0

W17

SDD1

AC17

SDD2

AB16

SDD3

W16

SDD4

Y14

SDD5

AA13

SDD6

W15

SDD7

W13

SDD8

Y16

SDD9

Y15

SDD10

AC16

SDD11

AB17

SDD12

AA17

SDD13

Y18

SDD14

AC18

SDD15

AB18

SDDREQ

AB19

SIORDY

AC_BIT_CLKB7AC_SYNC

B11

AC_SDIN0

C11

AC_SDIN1

J19

APICCLK

AC5

SMBALERT#/GPIO11

W3

GPIO25

W4

GPIO27

Y3

GPIO28

ICH3-M

12

10pF 25V Reserve

GPIO16/GNT#A

PDCS#1 PDCS#3

PDA0 PDA1 PDA2

PDDACK#

PDIOR#

PDIOW#

SDCS#1 SDCS#3

SDA0 SDA1 SDA2

SDDACK#

SDIOR#

SDIOW#

SPKR

AC_SDOUT

AC_RST#

APICD0 APICD1

SMBCLK

SMBDATA

AC15 AB15

AA14 AC14 AA15

Y13

AC13

Y12

AC21 AC22

AC20 AA19 AB20

Y19

AC19

AA18

H23

B6

R118 0 1/16W

A7

R119 0 1/16W

C7

D11

J20 J21

AC4 AB5

C2

N/C

E7

N/C

T21

N/C

D6

N/C

T1

N/C

ICHPWROK16,25,40

ICHSMBALT#71

BLUE_RI16,57

SMB_CLK_ICH1

ICH_GPI1

12

21

SMB_CLK_ICH1

IDE_PDCS#1 56 IDE_PDCS#3 56

IDE_PDA0 56 IDE_PDA1 56 IDE_PDA2 56

IDE_PDDACK# 56

IDE_PDIOR# 56

IDE_PDIOW# 56

IDE_SDCS#1 55 IDE_SDCS#3 55

IDE_SDA0 55 IDE_SDA1 55 IDE_SDA2 55

IDE_SDDACK# 55

IDE_SDIOR# 56

IDE_SDIOW# 56

SPKSYS 18,39

R130,R131はM8(ICH3)の近くに配置すること。

AC97_SYNC 33,50

AC97_SDOUT 18,33,50

AC_RST# 33,50

CPU_APICD1 5,8

3 2

RM8

1 2 3

16

4

10kx4 1/32W 5%

Q4

2SK3019

1

SMT8

8 7 6 5

PWR_1.8VSTD

PWR_1.8VMAIN

SMB_CLK_ICH 4,23,25,50ICHSMBALT#71

SMB_DATA_ICH 4,23,25,50

PWR_3VMAIN

PWR_3VSTD

PWR_1.5VMAIN

GND1

U18

C23

M14

R18

U19

C14 C15 C16 C17 C18 C19 C20 C21 C22

D13 D16 D17 D20 D21 D22

G20 H19

P14

V22

B23

E13 F14 F15 F16 K12 P10

E11

J18

K18

P18

T18

V10 V14

K10

A13 A16 A17 A20 A23

B10 B13 B14 B15 B18 B19 B20 B22

C3 C6

F19

D9

E14 E15 E18 E19 E20 F22

G3

K11 K13 K20 K21 K22 K23 A21

V6 V7

K6

P6

F7 F8

A1

B8

E5

J5

M5D

V_CPU_IO V_CPU_IO V_CPU_IO

VCCSUS1_8 VCCSUS1_8 VCCSUS1_8 VCCSUS1_8 VCCSUS1_8 VCCSUS1_8 VCCSUS1_8 VCCSUS1_8 VCCSUS1_8 VCCSUS1_8

VCC1_8 VCC1_8 VCC1_8 VCC1_8 VCC1_8 VCC1_8 VCC1_8 VCC1_8 VCC1_8 VCC1_8 VCC1_8 VCC1_8

VCCLAN1_8 VCCLAN1_8 VCCLAN1_8

VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS

ICH3-M

VCC3_3 VCC3_3 VCC3_3 VCC3_3 VCC3_3 VCC3_3 VCC3_3 VCC3_3 VCC3_3 VCC3_3 VCC3_3 VCC3_3 VCC3_3 VCC3_3 VCC3_3

VCCSUS3_3 VCCSUS3_3 VCCSUS3_3 VCCSUS3_3 VCCSUS3_3 VCCSUS3_3

VCCLAN3_3 VCCLAN3_3

V5REF1 V5REF2

V5REF_SUS1 V5REF_SUS2

VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS

PWR_3VMAIN

F6 G6 G18 H6 H18 J6 M10 P12 R6 T6 U6 V15 V16 V17

PWR_3VSTD GND1

V18

E10 F17 F18 K14 V8 V9

F9 F10

E6 W8

C13 W5

L3 L10 L11 L12 L13 L14 L21 L23 M11 M12 M13 M20 M22 N5 N10 N11 N12 N13 N14 N21 N23 P11 P13 P20 P22 R3 R5 R21 R23 T4 T20 T22 V3 AA22 V20 W6 W7 W10 W14 W18 W22 Y8 AA3 AA8 AA12 AA16 AA20 AB8 AC1 AC8 AC23 A22

PWR_3VMAIN

GND1

21

C190

C189

1 2

1000pF 25V

PWR_5VREF_MAIN

21

D3

RB521S-30

R116 1k 1/16W 5%

C191

1 2

1uF 10V

PWR_5VREF_STD

1 2

GND1

PWR_5VMAIN

12

PWR_3VSTD

21

D4

C194 1uF 10V

0.1uF 16V

C192

1 2

RB521S-30

R117 1k 1/16W 5%

上記部品はM8(ICH3)の近くに配置すること。

21

C193

1000pF 25V

GND1

PWR_5VSUS

21

0.1uF 16V

ICH3-M-2

TITLE

◎のついた信号線は25mil以上の太さで配線し、左右と下をベタのGND線で囲むこと

Rev.

DATE Design

1

2

3

4

5

6

2001.01.16 Komahara

Appr.

7

Description

CheckDesign

Yoshida Aoki

Appr.

8

Rickwood Main Board

DRAW. No.

C1CPxxxxxx-X1

FUJITSU LTD.

9

SHEET

CAST

17 82

1

2

3

4

5

6

7

8

9

PWR_3VMAIN

Thise ressister use for strap signal.

R121 1k 1/16W 5% Reserve

SPKSYS17,39

AC97_SDOUT17,33,50

2 1

R122 1k 1/16W 5% Reserve

2 1

SPKSYS

AC97_SDOUT

Configuration Table

0=Nomal mode (Default) 1=NO REBOOT

0=Nomall mode (Deflault) 1=SAFE MODE

下記のICH3のコンデンサは、各電源ピンの近くに均等に配置すること。また複数種類のコンデンサがある場合は、容量の小さいコンデンサを優先的に各電源ピンの近くに配置すること。

PWR_3VMAIN

ICH3

21

C196 0.1uF 10V R12C197 0.1uF 10V R21C198 47pF 25V12C199 0.1uF 10V R21C200 0.1uF 10V R12C201 47pF 25V

R124 10k 1/16W 5%

HL1116

USB_OC#549

2 1

R489 10k 1/16W 5%

2 1

PWR_1.8VMAIN

2001.01.31 DeletePart R137を削除

PWR_5VSUS

12

C209 0.1uF 10V R

C208 0.1uF 10V R

12

C210 0.1uF 10V R

PWR_3VSTD PWR_1.8VSTD

C217 0.1uF 10V R

C218 1uF 10V21C219 0.1uF 10V R

12

C211 0.1uF 10V R12C213 47pF 25V

C212 0.1uF 10V R

12

C202 0.1uF 10V R12C203 47pF 25V

PWR_1.8VMAIN

12

C214 0.1uF 10V R

C220 0.1uF 10V R21C221 0.1uF 10V R21C222 0.1uF 10V R

12

C204 0.1uF 10V R

2001.01.23 PartChange

12

C191を47pF25V‑>0.1uF10VRに変更 Reserve‑>Mount C190をMountに変更

C215 0.1uF 10V R

GND1

12

GND1

C205 47pF 25V

12

C206 0.1uF 10V R21C207 0.1uF 10V R

GND1

R125 10k 1/16W 5%

ICH_GPIO4216

ICH_GPIO4316

1 2

R126 10k 1/16W 5%

1 2

PWR_3VMAIN

C223 1uF 10V21C224 0.1uF 10V R12C225 0.1uF 10V R

PWR_1.5VMAIN

12

GND1

Pullup & PassC for ICH3-M

本ページの部品はM8(ICH3)の近くに配置すること。

Rev.

DATE Design

1

2

3

4

5

6

2001.01.16 Komahara

Appr.

7

Description

CheckDesign

Yoshida Aoki

Appr.

8

TITLE

Rickwood Main Board

DRAW. No.

C1CPxxxxxx-X1

FUJITSU LTD.

9

SHEET

CAST

18 82

1

2

3

4

5

6

7

PWR_3VMAIN

8

9

RM9

PCI_INT#316,50 PCI_INT#016,29 PCI_INT#216,50 PCI_INT#116,29

PCI_INT#416,27 PCI_INT#716 PCI_INT#516,42 PCI_INT#616

PCI_PERR#16,27,29,42,50 PCI_TRDY#16,27,29,42,50 PCI_IRDY#16,27,29,42,50 PCI_SERR#16,27,29,42,50

PCI_FRAME#16,27,29,42,50 PCI_STOP#16,27,29,42,50 PCI_LOCK#16,29 PCI_DEVSEL#16,27,29,42,50

8 7 6 5

8.2kx4 1/32W 5%

RM10

4 3 2 1

8.2kx4 1/32W 5%

RM11

1 2 3 4

8.2kx4 1/32W 5%

RM12

8 7 6 5

8.2kx4 1/32W 5%

SMT8

1 2 3 4

5 6 7 8

8 7 6 5

1 2 3 4

1 2

330pF 50V

Reserve

RM13

8 7 6 5

SMT8

8.2kx4 1/32W 5%

RM15

1

11,16,20,24,26,27,37,40

3 2 4

8.2kx4 1/32W 5%

C227

0.1uF 16V

Reserve

SMT8

1 2 3 4

8 6 7 5

GND1

PWR_3VMAIN

RM14

LPC_DRQ#116 LPC_DRQ#016,37

LPC_FRAME#16,20,37,39

1 2 3 4

10kx4 1/32W 5% res

Reserve

1 2

SMT8

R127

10k 1/16W 5%

Reserve

8 7 6 5

枠内は自由にピンスワップ可

PCI_REQ#216,25 PCI_REQ#016,27 PCI_REQ#116,25 PCI_REQ#316,42

PCI_CLKRUN#16,27,29,37,42,50

PCI_RST#

SERIRQ16,29,37

EXTSMI#16,39

21

C226

GND1

本枠内の部品は、ICH3‑Mの近くに配置すること。

Pullup for AGP,PCI,LPC

本ページの部品はM8(ICH3)の近くに配置すること。

Rev.

DATE Design

1

2

3

4

5

6

2001.01.16 Komahara

Appr.

7

Description

CheckDesign

Yoshida Aoki

Appr.

8

TITLE

Rickwood Main Board

DRAW. No.

C1CPxxxxxx-X1

FUJITSU LTD.

9

SHEET

CAST

19 82

1

2

3

4

5

6

M6

7

8

9

CLK_FWH334

FWHTBL#40

FWHWP#40

PCI_RST#11,16,19,24,26,27,37,40

LCDID024,57 LCDID124,57

PWR_1.5VMAIN

1

CPU_INIT#5,8,16

RM16

LCDID124,57 LCDID024,57

FWHINIT#

FWHWP#

8 7 6

40

5

SMT8

10kx4 1/32W 5%

2 3

1 2 3 4

FWHINIT#

Q5

DTC143TEA

PWR_3VMAIN

GND1

FWHINIT#

9

CLK

20

TBL#

19

WP#

37

INIT#

12

RST#

18

FGPI0

17

FGPI1

16

FGPI2

15

FGPI3

7

FGPI4

2

IC

1

NC0

3

NC1

4

NC2

5

NC3

6

NC4

8

NC5

13

NC6

14

NC7

FWH1-8MB

25

FWH0

26

FWH1

27

FWH2

28

FWH3

38

FWH4

24

ID0

23

ID1

22

ID2

21

ID3

32

RFU0

33

RFU1

34

RFU2

35

RFU3

36

RFU4

10

VCC0

31

VCC1

39

VCCA

11

VPP

29

GND0

30

GND1

40

GNDA

LPC_AD016,37,39

LPC_AD116,37,39

LPC_AD216,37,39

LPC_AD316,37,39

LPC_FRAME#16,19,37,39

CLK_FWH334

PCI_RST#11,16,19,24,26,27,37,40

本枠内のTPは一列に配置すること

LPC_AD0 16,37,39 LPC_AD1 16,37,39 LPC_AD2 16,37,39 LPC_AD3 16,37,39 LPC_FRAME# 16,19,37,39

PWR_3VMAIN

21

C228

0.1uF 16V

GND1

PWR_5VMAIN

PWR_3VMAIN

GND1

TP4 DEBUG09 TP5 DEBUG00 TP6 DEBUG01 TP7 DEBUG02 TP8 DEBUG03 TP9 DEBUG04 TP10 DEBUG05 TP11 DEBUG06 TP12 DEBUG07 TP13 DEBUG08

FWH(BIOS)

TITLE

本ページの部品はM10(FWH)の近くに配置すること。

Rev.

DATE Design

1

2

3

4

5

6

2001.01.16 Komahara

Appr.

7

Description

CheckDesign

Yoshida Aoki

Appr.

8

Rickwood Main Board

DRAW. No.

C1CPxxxxxx-X1

FUJITSU LTD.

9

SHEET

CAST

20 82

1

2

3

4

5

6

7

8

9

MEMAA[0:12],MEMRAS#,MEMCAS#,MEMWE#,MEMBA[0:1]の配線条件

L0 L1 L2

SO-DIMM PAD

MEM_RAS#D 23 MEM_CAS#D 23 MEM_BA0D 23 MEM_BA1D 23

MEM_WE#D 23

slot_0slot_1

GMCH

Section

L0

L0+L1

L0+L1+L2

MEM_AA[0:12]11 MEM_ADA[0:12] 23

MEM_RAS#11 MEM_CAS#11 MEM_BA011 MEM_BA111

MEM_WE#11

Mnimum

Maximum

0.8inch

N/A

6.0inch

RM17

4 3 2 1

10x4 1/32W 5%

RM18

8 7 6 5

SMT8

10x4 1/32W 5% RM19

1 2 3 4

10x4 1/32W 5% R128

10 1/16W 5%

RM20

1 2 3 4

10x4 1/32W 5%

R129

10 1/16W 5%

SMT8

5

MEM_ADA0

6

MEM_ADA1

7

MEM_ADA3

8

MEM_ADA2

1

MEM_ADA4

2

MEM_ADA5

3

MEM_ADA7

4

MEM_ADA6

8

MEM_ADA8

7

MEM_ADA9

6

MEM_ADA10

5

MEM_ADA11

12

8 7 6 5

12

1.5inch

MEM_AA0 MEM_AA1 MEM_AA3 MEM_AA2

MEM_AA4 MEM_AA5 MEM_AA7 MEM_AA6

MEM_AA8 MEM_AA9 MEM_AA10 MEM_AA11

MEM_AA12 MEM_ADA12

枠内は自由にピンスワップ可

CLKDIMM[0:3]の配線条件

L0 L1

GMCH

SO-DIMM PAD

SectionL0Mnimum Maximum

N/A

0.25inch

L0+L1 4.9inch 5.1inch

CLKDIMM[0:3]のお互いの線長を+/‑100milにすること。

MEMCS#[0:3],MEMCKE[0:3]の配線条件

L0

GMCH

SO-DIMM PAD

MaximumSection

L0

CLKDIMM[0:3]の配線長より‑0.2inch+/‑100milで配線すること。

1.5inch

Mnimum

5.0inch

MEMD[0:63],MEMDQM[0:7]の配線条件

GMCH

SO-DIMM PAD

Section

L0+L1

L1

MEMD[0:63],MEMDQM[0:7]の全信号線はお互いの配線長誤差を+/‑0.5inchにすること。

Mnimum

1.5inch

N/A

Maximum

4.0inch

0.7inch

L1L0

slot_0slot_1

SDRAM Dumping System Memory Design Guideline

TITLE

Rickwood Main Board

DRAW. No.

Rev.

DATE Design

1

2

3

4

5

6

2001.01.16 Komahara

Appr.

7

Description

CheckDesign

Yoshida Aoki

Appr.

8

C1CPxxxxxx-X1

FUJITSU LTD.

9

SHEET

CAST

22 82

1

MEM_D[0:63]11

MEM_DQM[0:7]11

MEM_ADA022 MEM_ADA122 MEM_ADA222

MEM_D[0:63]11

CLK_DIMM011

MEM_RAS#D22 MEM_WE#D22 MEM_CS#011 MEM_CS#111

MEM_D[0:63]11

MEM_ADA622

MEM_ADA822

MEM_ADA922 MEM_ADA1022 MEM_DQM[0:7]11

MEM_D[0:63]11 MEM_D[0:63] 11

SMB_DIMM_DATA0

CLK_DIMM211

MEM_CS#2

MEM_CS#311

SMB_DIMM_DATA1

2

MEM_D31 MEM_D30 MEM_D29 MEM_D28

MEM_D27 MEM_D26 MEM_D25 MEM_D24

MEM_DQM3 MEM_DQM2

MEM_ADA0 MEM_ADA1 MEM_ADA2

MEM_D23 MEM_D22 MEM_D21 MEM_D20

MEM_D19 MEM_D18 MEM_D17 MEM_D16

MEM_D15 MEM_D14 MEM_D13 MEM_D12

MEM_D11 MEM_D10 MEM_D9 MEM_D8

MEM_ADA6 MEM_ADA8

MEM_ADA9 MEM_ADA10

MEM_DQM1

MEM_D7 MEM_D6 MEM_D5 MEM_D4

MEM_D3 MEM_D2 MEM_D1 MEM_D0

11

PWR_3VSUS

141B

141A

3

CN11

LOWER_SLOT

1

GND1

3

DQ0

5

DQ1

7

DQ2

9

DQ3

11

VDD1

13

DQ4

15

DQ5

17

DQ6

19

DQ7

21

GND2

23

DQM0

25

DQM1

27

VDD2

29

A0

31

A1

33

A2

35

GND3

37

DQ8

39

SQ9

41

DQ10

43

DQ11

45

VDD3

47

DQ12

49

DQ13

51

DQ14

53

DQ15

55

GND4

57

NC1

59

NC2

61B

CLK0

63

VDD4

65

RAS0

67

WE

69B

CS0

71B

CS1

73

GND5

75

GND6

77

NC3

79

NC4

81

VDD5

83

DQ16

85

DQ17

87

DQ18

89

DQ19

91

GND7

93

DQ20

95

DQ21

97

DQ22

99

DQ23

101

VDD6

103

A6

105

A8

107

GND8

109

A9

111

A10

113

VDD7

115

DQM2

117

DQM3

119

GND9

121

DQ24

123

DQ25

125

DQ26

127

DQ27

129

VDD8

131

DQ28

133

DQ29

135

DQ30

137

DQ31

139

GND10 IIS_DATA0

143

VDD9

61A

CLK2

69A

CS2

71A

CS3 IIS_DATA1

UPPER_SLOT

144_PIN

GND11

DQ32 DQ33 DQ34 DQ35

VDD10

DQ36 DQ37 DQ38 DQ39

GND12

DQM4 DQM5

VDD11

GND13

DQ40 DQ41 DQ42 DQ43

VDD12

DQ44 DQ45 DQ46 DQ47

GND14

CKE0

VDD13

CAS0 CKE1

GND15

CLK1

GND16

VDD14

DQ48 DQ49 DQ50 DQ51

GND17

DQ52 DQ53 DQ54 DQ55

VDD15

GND18

VDD16

DQM7 DQM8

GND19

DQ56 DQ57 DQ58 DQ59

VDD17

DQ60 DQ61 DQ62 DQ63

GND20

IIS_CLK0

VDD18

CKE2 CKE3

CLK3

IIS_CLK1

NC5 NC6

NC7 NC8

2 4 6 8 10 12 14 16 18 20 22 24 26 28 30

A3

32

A4

34

A5

36 38 40 42 44 46 48 50 52 54 56 58 60 62A 64 66 68A 70

A12

72 74A 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104

A7

106

BA0

108 110

BA1

112

A11

114 116 118 120 122 124 126 128 130 132 134 136 138 140 142A 144

62B 68B 74B 142B

GND1GND1

4

MEM_D63 MEM_D62 MEM_D61 MEM_D60

MEM_D59 MEM_D58 MEM_D57 MEM_D56

MEM_DQM7 MEM_DQM6

MEM_ADA3 MEM_ADA4 MEM_ADA5

MEM_D55 MEM_D54 MEM_D53 MEM_D52

MEM_D51 MEM_D50 MEM_D49 MEM_D48

MEM_ADA12

MEM_D47 MEM_D46 MEM_D45 MEM_D44

MEM_D43 MEM_D42 MEM_D41 MEM_D40

MEM_ADA7

MEM_ADA11

MEM_DQM5 MEM_DQM4MEM_DQM0

MEM_D39 MEM_D38 MEM_D37 MEM_D36

MEM_D35 MEM_D34 MEM_D33 MEM_D32

11

5

MEM_D[0:63] 11

注意： MEMD56‑D63等、各破線ｸﾞﾙｰﾌﾟ内であれば自由にﾋﾟﾝｽﾜｯﾌﾟが可能。例：MDMD56,MDMD53をｽﾜｯﾌﾟ補足事項：破線単位での他信号を含めたｽﾜｯﾌﾟについても可能ではあるが実施する場合は、ネットの一時戻しOrCADからの再生成を条件

MEM_DQM[0:7] 11

とします。例：MEMD56‑D63とMEMD48,D55をｸﾞﾙﾌﾟ単位で丸々ｽﾜｯﾌﾟ

MEM_ADA3 22 MEM_ADA4 22 MEM_ADA5 22 MEM_D[0:63] 11

MEM_CKE0 11

MEM_CAS#D 22 MEM_CKE1 11 MEM_ADA12 22

CLK_DIMM1 11

MEM_D[0:63] 11

MEM_ADA7 22 MEM_BA0D 22

MEM_BA1D 22 MEM_ADA11 22 MEM_DQM[0:7] 11

SMB_CLK_ICH 4,17,25,50

MEM_CKE2 11 MEM_CKE3 CLK_DIMM3 11

PWR_3VSUS

6

SMB_CLK_ICH

SMB_DATA_ICH4,17,25,50

4,17,25,50

7

4,17,25,50

PWR_3VSUS

BLEN

SMB_CNCT140

3VMAINOK#40

8

PWR_3VSUS

123

4

GND1

876

5

M7

2

1A

5

2A

9

3A

12

4A

1

1OE#

4

2OE#

10

3OE#

13

4OE#

CBT3125PW,PI5C3125L,FST3125MTC

VCC

GND

3

1B

6

2B

8

3B

24

11

4B

14

7

RM21

ARRAY

10Kx4 1/32W 5%

PWR_5VSUS

21

C229

0.1uF 16V

GND1

9

SMB_DIMM_DATA0

SMB_DIMM_DATA1

GBLEN

12

C230 0.1uF 16V12C231 0.1uF 16V21C232 0.1uF 16V12C233 0.1uF 16V12C234 0.1uF 16V

GND1

本コンデンサは、コネクタの電源PINの近傍に配置すること。

1

コンデンサは、0.1uFを優先的に各電源ピンの近くに配置すること。

2

3

C235 0.1uF 16V

21

C236 0.1uF 16V

12

4

C237 0.1uF 16V

21

C239

C238 0.1uF 16V

12

4.7uF 6.3V R

DIMM CN

TITLE

Rickwood Main Board

DRAW. No.

Rev.

DATE Design

5

6

2001.01.16 Komahara

Appr.

7

Description

CheckDesign

Yoshida Aoki

Appr.

8

C1CPxxxxxx-X1

FUJITSU LTD.

9

SHEET

CAST

23 82

1

D5

PCI_RST#11,16,19,20,26,27,37,40

SUSB#11,16,19,20,26,27,37,40

PWR_1.5VMAIN

VCH_GMBSDA_B12

1

1SS400

DVOCLKIN0,1のビアはシルクで表示

Mark via of DVO_CLKIN0,1 with silk.

1

D56 1SS400

21

12

GND1

2

C240

1000pF 25V

Reserve

21

AGP_MCHREF13,14,26

Q6

DTC143TEA

2 3

2

VCH_PCIRST#_PU25

DVOB_DATA[0:11]12

DVOB_CLKIN[0:1]12

Q8

DTC143TEA

2 3

3

CLK_VCH144

DVOB_DATA0 DVOB_DATA1 DVOB_DATA2 DVOB_DATA3 DVOB_DATA4 DVOB_DATA5 DVOB_DATA6 DVOB_DATA7 DVOB_DATA8 DVOB_DATA9 DVOB_DATA10 DVOB_DATA11

GND1

DVOB_CLKIN0 DVOB_CLKIN1

DVOB_HSYNC12 DVOB_VSYNC12

DVOB_BLANK#12

VCH_PD#_PU25

VCH_BAL

VCH_COLOR VCH_EDGE

VCH_TEST2

C241

2 1

0.1uF 10V

GND1 GND1

PWR_1.5VMAIN

VCH_GMBSCL_B12

3

4

M8A

18

CLK_REF

61

RESET#

17

DVO_D0

16

DVO_D1

15

DVO_D2

14

DVO_D3

13

DVO_D4

12

DVO_D5

9

DVO_D6

8

DVO_D7

7

DVO_D8

6

DVO_D9

5

DVO_D10

4

DVO_D11

32

DVO_D12

31

DVO_D13

30

DVO_D14

29

DVO_D15

28

DVO_D16

27

DVO_D17

26

DVO_D18

25

DVO_D19

24

DVO_D20

23

DVO_D21

22

DVO_D22

21

DVO_D23

10

DVO_CLKINP

11

DVO_CLKINM

2

DVO_HSYNC

1

DVO_VSYNC

3

DE

99

PD#

97

BAL

35

DUAL

34

COLOR

36

EDGE

83

VREF

19

TST1

20

TST2

85

TST3

DS90C2501

GMBus Address : 70h ( 0,1,1,1, A2,A1,A0,x )

1

ENAVDD/GPIO0

ENABLK/GPIO1

PWM/GPIO2

VSTALL/GPIO3

HIRQ/GPIO4

RESERVED1 RESERVED2 RESERVED3 RESERVED4

Q7

DTC143TEA

2 3

72

SCLK

71

SDAT

117

A2

116

A1

115

A0

37

CLK2P

38

CLK2M

39

A7P

40

A7M

41

A6P

42

A6M

43

A5P

44

A5M

45

A4P

46

A4M

49

CLK1P

50

CLK1M

47

A3P

48

A3M

51

A2P

52

A2M

53

A1P

54

A1M

55

A0P

56

A0M

69 68 67 66

65 64

GPIO5

63

GPIO6

62

GPIO7

57

LID0

58

LID1

59

LID2

60

LID3

98

MSEN

114 70 113 100

DVO_GMBSCL_B25DVO_GMBSDA_B25

VCH_LD0_PU33 VCH_LD1_PU33

VCH_RSVD1

GND1

5

VCH_GPIO5 VCH_GPIO6 VCH_GPIO7

このページの部品はVCHの近くに置くこと

Place all components in this page near VCH.

4

5

DVO_GMBSCL_B25 DVO_GMBSDA_B25

GND1

DVOB_STALLV

VCH_MSEN_PU15

LVDS_LC+ 47 LVDS_LC- 47

LVDS_L2+ 47 LVDS_L2- 47 LVDS_L1+ 47 LVDS_L1- 47 LVDS_L0+ 47 LVDS_L0- 47

LCDEN 40 BLEN 40

6

R137

2 1

0 1/16W 5%

Reserve

R132

0 1/16W 5%

Reserve

12

R138

10K 1/16W 5%

GND1

21

DVOB_STALL 12

DVOB_INT# 12

Rev.

DATE Design

2001.01.16 Komahara

7

VCH_RSVD4

VCH_RSVD1

VCH_GPIO5 VCH_GPIO6

VCH_GPIO7

VCH_MSEN_PU15

VCH_COLOR

VCH_BAL

VCH_EDGE

VCH_EDGE VCH_COLOR VCH_BAL VCH_TEST2

DVO_GMBSCL_B25 DVO_GMBSDA_B25 VCH_LD1_PU33 VCH_LD0_PU33

VCH_PCIRST#_PU25

VCH_PD#_PU25

Appr.

CheckDesign

7

Yoshida Aoki

8

If PullUped

Scalar Bypass enable

CLKINx invert

R130 10k 1/16W 5% Reserve

R131 10k 1/16W 5%

R134

2 1

R135

2 1

R136

2 1

VCH_BAL

VCH_EDGE

VCH_COLOR

VCH_DUAL

R133

R482

Description

Appr.

8

21

GND1

RM22

8 7 6 5

10kx4 1/32W 5%

0 1/16W 5% Reserve

RM23

8 7 6 5

10kx4 1/32W 5%

SMT8

1 2 3 4

Configuration Table

0=DC Balanced disabled 1=DC Balanced enabled

0=Falling edge 1=Rising egde

0=conventional color mapping 1=non-conventional color mapping 0=single pixel 1/2V=single pixel to dual pixel 1=dual pixel to dual pixel

RM24

SMT8

5 6 7 8

10kx4 1/32W 5%

21

4 3 2 1

10k 1/16W 5%

VCH

TITLE

Rickwood Main Board

DRAW. No.

C1CPxxxxxx-X1

FUJITSU LTD.

9

PWR_2.5VSUS

GND1

PWR_3VSUS

PWR_2.5VSUS

SHEET

9

PWR_1.5VMAIN

GND1

CAST

24 82