Schematic asus z61ae rev 2.0

CN1/J1/U23 are changed to DIP LevelThey will drop in SMT reflow.. DISCHARGE CIRCUIT PORT BAR 3 VCCA, VCCB VPPA, VPPB PAGE 33 SCREW HOLE LAN IO RESET H/W MONITOR THERMAL ADT7463 TO PORT B

Trang 1

Thursday, June 09, 2005ASUSTECH CO.,LTD

Z61AE PAGE REF.

48

PCI PCMCIA SOCKET A

2.5V & 1.5V & 1.8V & 1.05V

SM BUS & POWER PORT PORT BAR 3

RJ45 / RJ11

FAN CONTROL

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

26 27 28 29

SYSTEM PAGE REF.

DDR2 SO-DIMM_1

SUPER I/O LPC47N217

32 33 34

30 31 SCREW HOLE

MINIPCI

45 46

44 CPU CAP & THERMAL SENSOR

LOAD SWITCH +5VLCM ALVISO: DDR2 & DMI & PEG

CLOCK ICS954206

ALVISO: DDR2 ALVISO: POWER & Caps ALVISO: GND & NCTF & Straps

ICH6M PWR/GND(3)

41 42

52 53

PCI IEEE1394A & 3 IN1 CON

AUDIO CODEC ALC880

LVDS & INVERTER CONNECTOR DDR2 ADDRESS TERMINATION CRT

ICH6M SATA/LPC/IDE/PM (1)

KBC 38857 DOTHAN CPU-1

39 40

43

47

49 51 50

VCORE ADP3205

BATCONN SYSTEM

CHARGER

03

MINIPCI Connector (P/N:12-023511240) need to add 12-023521243 into second source.

CN1/J1/U23 are changed to DIP Level(They will drop in SMT reflow ).

J4 is changed to DIP.Due to it will broken in reflow.

02

13 08 CON17/CON19 are SMT Level(SMT Request);DC Jack J6 is DIP Level.

All 0.01uF/25V/X7R (P/N:11-034110320) need to add 11-034110323 into second source.

07 AMI BIOS LABEL P/N:15-135001010.

It need to add in P/R 59-MID BOM by ME.

06

Add ACCL PCB Vendor 08-26ZA0020W??? >Need to create in SMT level.

Need add other PCB vendors by document manager.

Check FWH IC 05-001017122 in BOM.

10

05 Alviso U49 need to be changed to C1 version 02-010002640 (INTEL ALVISO-GM SL8G2),second source is 02-010002610(C0 version) 04

09 The Z61Ae project code is ?

All CHIP RES ARRAY 10 OHM(0402) 8R16P (P/N:10-124901000) need

to add 10-12490100A into second source.(ECR is NA12958) J2 need to be unmounted at PR stage for ATS power test

14 If delete debug card function,R876 and R628 mount 0 ohm.

15 If use another power switch method.D30 unmount.

16 If use another power switch method.C616 mount 0.1uF/0402

Trang 2

MIC AMP NJM2100

TOP VIEW SUPER I/O

AGTL 1.468V,133MHZ

TO PORT BAR3 CONN.

DISCHARGE CIRCUIT

PORT BAR 3

VCCA, VCCB VPPA, VPPB

PAGE 33

SCREW HOLE

LAN IO RESET

H/W MONITOR THERMAL (ADT7463)

(FROM USB PORT2)

Azalia ALC880-H

PAGE 52

PAGE 32,33PAGE 7,8,9,10,11

CON3

ICH6-M

HOST BUS

+1.8V +0.9VS

PAGE 6

PAGE 27

RJ45

HDD Master

LED

PAGE 51,53

PAGE 34

1394 SLOT

CON5

DDR2 400/533 SODIMM X2

PAGE 4,5

PAGE 41

ALVISO

AUDIO AMP TPA0212

DDR CAP/RES

PAGE 49

TOUCHPAD CONN

PAGE 17,18,19,20

RICOH R5C841 SWITCH

PAGE 46

PAGE 39

PAGE 35PAGE 21

SWITCH BOARD CON

CHARGE

PAGE 47

(FOR LAN)

CON4

Main Battery is Li-ION 8 cells(4*2),16.8V(4.2V*4),4400mAH(2200mAH*2),65W(3.7V*4cell*4.4A) battery pack

Second battery is Li-ION 6 cells(3*2),12.6V(4.2*3),3600mAH(1800mAH*2),40W(3.7V*3 cells*3.6A)battery pack

3 IN 1 CARD READER (MMC/SD/

MS-PRO)

MDC CONN.

PAGE 30PAGE 26

FWH

CLOCK GEN.

ICS954206

SATA BUS

INTERNAL KEYBOARD

Trang 3

GPI

ADJ_BL GPO

GPI41

GPI47 GPI46 GPI45 GPI44 GPI43 GPI42

PID_1 PID_0

BAY_IN1 BAY_IN0

LID_ICH_3A GPI 11 GPI

GPI 14 GPI

FWH_WP#

PCB_VID0 PCB_VID2 PCB_VID1

GPI 41 GPI

OP_SD#

GPO 48 GPO GPIO34 GPO

BMBUSY#

GPI 06 GPI

GPO 19 BLINK GPO 23 GPO

GPO 16 GPO GPO 17 GPO GPI 15 GPI

MARATHON_#

GPO GPO EMAIL_LED#

GPI40 BAT_SEL

GPI GPI

LID_ICH#_3

BAT2_IN#_OC

DDR_SODIMM0 = 1010010x ( A4 ) SMBUS ADDRESS :

DDR_SODIMM1 = 1010000x ( A0 )

CLK = 1101001x ( D2 )

GPI

SIGNAL_NAME USE_AS

47N217_GPIO GPI23

GPI 12 GPI

GPO P44

SIGNAL_NAME USE_AS

P60

KBC_GA20 GPO

GPO GPO CAP_LED#

NUM_LED#

GPO

GPI 07 GPI

GPI GPI 40 GPI

GPI 31 GPI GPIO33 GPO

GPIO28 GPI GPIO27 GPI

KBDDT0 KBDDT1

LAN-RTL8101L Chipset (Host to PCI)

1394

AD17 AD17

(AD30 internal)

1 PCI Device

B IDSEL#

Mini_PCI

GPI 01 GPI GPI 00 GPI

BATSEL_2P

P77

GPIO P76

GPIO

PCB_VID3

P22 P23

P43 P42 P20

P45

P50

P56 P55 P54 P52

P64 P65 P66 P67 P57

P62 P63

GPO GPI 02 GPI

KBCRSM GPO

BAT_LEARN

GPI GPO

GPI 04 GPI GPI 05 GPI GPI 03 GPI

GPI GPI

ACIN_OC GPI

GPI GPI INTERNET#

WATCHDOG

EMAIL#

N/A (PIRQE#)

N/A (USB_OC#4)

N/A (PIRQH#) N/A (PIRQG#) N/A (PIRQF#)

IHZ_ICH6

GPI 26 GPI

N/A (USB_OC#5)

SCROLLOCK#

CHG_FULL_OC

XIDE_EN#_3 BAYDOCK_IN#

Trang 4

H_A#27H_A#25

H_A#31H_A#29

H_A#19

H_A#6

H_A#22

H_A#10H_A#15

H_A#20

H_A#8

H_A#24H_REQ#2H_A#12

VR_VID0

H_COMP1

H_D#58H_D#42

H_D#21

H_D#15

H_D#12

H_D#25H_D#5

H_D#41

H_D#36

H_D#24H_D#11

H_D#52H_D#23

+1.8VS_PROC

+1.8VS_PROC+1.8VS_VCCA

GTLREF0

+1.8VS_VCCA

+1.8VS_VCCAVR_VID5

+1.8VS_PROCVCCA_FB

VSSSENSE

H_PROCHOT_S#

VCCSENSE+1.8VS_PROC

VCCA_FB

H_PROCHOT_S#

H_BPM#5H_PWRGD

+1.8VS_VCCA

+1.8VS_PROC

+VCCP+VCCP+VCCP

+3VS

Title : Engineer:

COMP0 and COMP2 need to be Zo=27.4ohm traces.

Best estimate is 18mil wide trace for outer layers and

14mil if on internal layer See RDDP of Banias.

Traces should be shorter than 0.5" Refer to latest CS layout

COMP1, COMP3 should be routed as Zo=55ohm traces shorter than 0.5"

Reserve for ITPPlace resistance close ITP

Place near CPU pin

120mA

OTHER

133100

DOTHANReserve for ITP

SW2 switch TO PIN1 "pin1 & 4 OPEN"==>133MHz/1.5V"VCCA0 SW2 switch TO PIN4 "pin1 & 4 SHORT"==>100MHz/1.8V"VCCA0 SW2 switch TO PIN2 "pin2 & 3 OPEN"==>DOTHAN 533

R22854.9Ohm/*

1%

C2600.01UF

R838

0Ohm/*

D[34]# T25

D[35]# U23

D[36]# V23D[37]# R24D[38]# R26

D[39]# R23

D[40]# AA23

D[41]# U26

D[42]# V24D[43]# U25D[44]# V26

D[45]# Y23

D[46]# AA26

D[47]# Y25

D[48]# AB25D[49]# AC23D[50]# AB24D[51]# AC20

D[52]# AC22

D[53]# AC25

D[54]# AD23D[55]# AE22D[56]# AF23D[57]# AD24

D[58]# AF20

D[59]# AE21D[60]# AD21D[61]# AF25D[62]# AF22D[63]# AF26

COMP[0] P25

THERMDC

A18 THERMDAB18

IGNNE#

A3

GTLREF[3] AC1GTLREF[2] G1

T68

C26310UF/10V

C16810UF/10V

/*

GSD

21Q18

2N7002

/*

SW2SWITCH_4P

R139100KOhm/*

T2381

C2620.01UF

C1700.01UF

R13620KOhm

R1441KOhm

C16710UF/10V

GSD

2

2N7002/*

R146

0Ohm12

R45356Ohm

C1710.01UF

12

TRDY# M3LOCK# J2

C26410UF/10V

/*

Trang 5

C

VSS158 AC18

VSS157 AC16

VSS156 AC14VSS155 AC12VSS154 AC10VSS153 AC8VSS152 AC5

VSS151 AC2

VSS150 AB26VSS149 AB23VSS148 AB21VSS147 AB19VSS146 AB17

VSS145 AB15

VSS144 AB13VSS143 AB11VSS142 AB9VSS141 AB7

VSS140 AB5

VSS139 AB3

VSS138 AA25VSS137 AA22VSS136 AA20VSS135 AA18

VSS134 AA16

VSS133 AA14

VSS132 AA12VSS131 AA10VSS130 AA8VSS129 AA6

VSS128 AA4

VSS127 AA1

VSS126 Y24VSS125 Y21VSS124 Y5VSS123 Y2

VSS122 W26

VSS121 W23

VSS120 W22VSS119 W6VSS118 W3VSS117 V25

VSS116 V21

VSS115 V5

VSS114 V4VSS113 V1VSS112 U24VSS111 U22

VSS110 U6

VSS109 U2

VSS108 T26VSS107 T23VSS106 T21VSS105 T5

VSS104 T3

VSS103 R25

VSS102 R22VSS101 R6VSS100 R4VSS99 R1

VCC53 AC17

VCC52 AC15

VCC51 AC13VCC50 AC11VCC49 AC9VCC48 AB22

VCC47 AB20

VCC46 AB18

VCC45 AB16VCC44 AB14VCC43 AB12VCC42 AB10

VCC41 AB8

VCC40 AB6

VCC39 AA21VCC38 AA19VCC37 AA17VCC36 AA15

VCC35 AA13

VCC34 AA11

VCC33 AA9VCC32 AA7VCC31 AA5VCC30 Y22

VCC29 Y6

VCC28 W21

VCC27 W5VCC26 V22VCC25 V6VCC24 U5

VCC23 K22

VCC22 J21

VCC21 J5VCC20 H22VCC19 H6VCC18 G21

VCC17 G5

VCC16 F22VCC15 F20VCC14 F18VCC13 F8VCC12 F6

VCC11 E21

VCC10 E19VCC9 E17VCC8 E9VCC7 E7VCC6 E5

VCC5 D22

VCC4 D20

VCC3 D18VCC2 D8VCC1 D6

Trang 6

+VCCP

ASUSTECH CO.,LTD

CPU CAP/THERMAL

Sam Wang

VCORE 10uF/10V * 35 220uF/2V * 4VCCP 0.1uF * 10 for CPU 150uF * 1 for CPU 0.1uF * 10 for Alviso 150uF * 2 for Alviso

2.2uF * 1 for Alviso 0.47uF * 2 for Alviso on A6 B2 G1 V1

0.844V

2.5A for 1.8G 27A for 1.8G

1G1.4G

C3/C4

0.748V

Decoupling guide from INTEL

NEAR CPUPIN W4

NEAR CPUPIN P23

CPUVOLTAGE

1.7G1.8GFREQ

1.196V1.228V1.260V1.292V

T791

T2561

+CE19150U/4.0V

R460

54.9Ohm/*

C192

T831

C184

R45827.4Ohm1%

T1241

C180

C4710.1UF

C4690.1UF

R445330Ohm

+CE20220UF/2V/*

C230

+CE9220UF/2V

C4810.1UF

C4800.1UF

C4790.1UF

C4640.1UF

C4720.1UF

Trang 7

H_D#59H_D#61

H_XRCOMPH_D#63

H_XSWINGH_YRCOMP

H_A#3H_A#5

H_YSCOMPH_YSWING

H_A#7H_A#9H_A#10H_A#12H_A#14H_A#16H_A#18H_A#20H_A#22H_A#24H_A#26H_A#28H_A#30

H_DSTBN#0H_DSTBN#2H_DSTBP#0H_DSTBP#2TP_H_EDRDY#

TP_H_PCREQ#

H_REQ#0H_REQ#2H_REQ#4H_RS#1

+VCCP

+VCCP+VCCP

C

U49D

ALVISO_BGA125702-010002640

HA11# E10

HA12# G10HA13# D9HA14# E11HA15# F10HA16# G11

HA17# G13

HA18# C10HA19# C11HA20# D11HA21# C12

HA22# B13

HA23# A12

HA24# F12HA25# G12HA26# E12HA27# C13

HA28# B11

HA29# D13

HA30# A13HA31# F13HADS# F8

HADSTB0# B9

HADSTB1# E13

HVREF J11HBNR# A5HBPR# D5HBREQ0# E7

HCPURST# H10

HCLKINN AB1HCLKINP AB2

HDBSY# C6

HDEFER# E6HDINV0# H8HDINV1# K3HDINV2# T7

HDINV3# U5

HDPWR# G6

HDRDY# F7HDSTBN0# G4HDSTBN1# K1HDSTBN2# R3

HDSTBN3# V3

HDSTBP0# G5

HDSTBP1# K2HDSTBP2# R2HDSTBP3# W4HEDRDY# F6

HHIT# D4

HHITM# D6

HLOCK# B3HPCREQ# A11HREQ0# A7HREQ1# D7

HREQ2# B8

HREQ3# C7

HREQ4# A8HRS0# A4HRS1# C5HRS2# B4

HCPUSLP# G8

HTRDY# B5

C4890.1UF

R474221Ohm1%

R470221Ohm1%

R47224.9Ohm1%

R47654.9Ohm1%

R47954.9Ohm1%

T2741

R217200Ohm1%

R473100Ohm1%

T1211

C4940.1UF

R47824.9Ohm1%

R216100Ohm1%

C49110UF/10V/*

C2570.1UF

R471100Ohm1%

C49010UF/10V/*

Trang 8

TP_SMCK2

M_OCDCOMP0TP_SMCK#5

M_RCOMPNM_OCDCOMP1TP_SMCK5

SMYSLEW

DDCCLK_GM

L_IBGDDCDATA_GM

L_LVREFHL_LVBGL_LVREFL

SDVO_SMCLKSDVO_SMDATA

DAC_B_GM

DAC_G_GMDAC_R_GM

REFSET_GMTV_REFSET_GM

VSYNC_GMHSYNC_GM

DMI_TXP3DMI_TXP1DMI_TXN1

DMI_TXP0DMI_TXN2

DMI_RXP1DMI_RXN2

DMI_RXP0

DMI_RXN0

DMI_RXN3DMI_RXN1

DMI_RXP2

DAC_G_GM#

CFG3

CFG6CFG4

CFG11

CFG14CFG9CFG7

CFG12CFG10CFG8

CFG13

CFG18CFG16

CFG20

CFG15CFG17CFG19

TP_NC2

TP_NC5

TP_NC9TP_NC7

DDCDATA_GM

TP_NC10TP_NC8TP_NC6TP_NC4

+2.5VS

VTT_REF

+5V+1.8V

PCI-E signals can be left NC, If unused.

Disable TV_OUT :TVDAC A/B/C and TVIRTN A/B/C and TV_REFSETand VCCA_TVDAC A/B/C ( ALL TV POWER )connect to GND

255 ohm main source is 10G213255013010.

T531

C7261UF/10V

T1431

R150

80.6Ohm1%

RN50A10KOhm

T1151

R227

39Ohm

T2711

T511

T340

T1401

ALVISO_BGA125702-010002640

EXP_RXN0 E30

EXP_RXN1 F34

EXP_RXN2 G30EXP_RXN3 H34EXP_RXN4 J30

EXP_RXN5 K34

EXP_RXN6 L30

EXP_RXN7 M34EXP_RXN8 N30EXP_RXN9 P34EXP_RXN10 R30EXP_RXN11 T34

EXP_RXN12 U30

EXP_RXN13 V34EXP_RXN14 W30EXP_RXN15 Y34EXP_RXP0 D30

EXP_RXP1 E34

EXP_RXP2 F30EXP_RXP3 G34EXP_RXP4 H30EXP_RXP5 J34

EXP_RXP6 K30

EXP_RXP7 L34

EXP_RXP8 M30EXP_RXP9 N34EXP_RXP10 P30EXP_RXP11 R34

EXP_RXP12 T30

EXP_RXP13 U34

EXP_RXP14 V30EXP_RXP15 W34EXP_TXN0 E32

EXP_TXN1 F36

EXP_TXN2 G32

EXP_TXN3 H36EXP_TXN4 J32EXP_TXN5 K36EXP_TXN6 L32

EXP_TXN7 M36

EXP_TXN8 N32

EXP_TXN9 P36EXP_TXN10 R32EXP_TXN11 T36EXP_TXN12 U32

EXP_TXN13 V36

EXP_TXN14 W32

EXP_TXN15 Y36EXP_TXP0 D32EXP_TXP1 E36

EXP_TXP2 F32

EXP_TXP3 G36

EXP_TXP4 H32EXP_TXP5 J36EXP_TXP6 K32EXP_TXP7 L36

EXP_TXP8 M32

EXP_TXP9 N36

EXP_TXP10 P32EXP_TXP11 R36EXP_TXP12 T32EXP_TXP13 U36

EXP_TXP14 V32

EXP_TXP15 W36

T541

T1091

T1331

T491

CFG6 E16

CFG7 D17

CFG8 J16CFG9 D15CFG10 E15CFG11 D14CFG12 E14

CFG13 H12

CFG14 C14CFG15 H15CFG16 J15CFG17 H14CFG18 G22

CFG19 G23

CFG20 D23RSVD21 G25RSVD22 G24RSVD23 J17

RSVD24 A31

RSVD25 A30

RSVD26 D26RSVD27 D25

BM_BUSY# J23

EXT_TS0# J21

EXT_TS1# H22THRMTRIP# F5PWROK AD30RSTIN# AE29

DREF_CLKN A24

DREF_CLKP A23DREF_SSCLKN C37DREF_SSCLKP D37NC1 AP37

NC2 AN37

NC3 AP36NC4 AP2NC5 AP1NC6 AN1

NC7 B1

NC8 A2

NC9 B37NC10 A36NC11 A37

T1381

T1461

T2751

T481

T1351

+-V+

U65

V-LMV321

134

T1361

R67840.2Ohm1%

T1311

T1251

T1231

T2681

T1371

10G2132550130101 2

C7240.1UF

T1161

T1411

RN50D10KOhm

T1501

T2671T2721

T471

T1321

T1451

R15880.6Ohm1%

RN50C10KOhm

RN50B10KOhm

Trang 9

M_B_DM5M_B_DM1

M_B_DQS0M_B_DM7M_B_DM3

M_B_DQS#6

M_B_DQS7

M_B_DQS#3M_B_DQS#1

M_B_DQS#4M_B_DQS#0M_B_DQS4

M_B_DQS#5

M_B_DQS2

M_B_DQS5

M_B_DQS#7M_B_DQS#2

M_A_DQ3M_A_DQ5M_A_DQ1

M_A_DQ12M_A_DQ8

M_A_DQ11M_A_DQ6

M_A_DQ20

M_A_DQ14M_A_DQ16

M_A_DQ19

M_A_DQ26M_A_DQ22

M_A_DQ27M_A_DQ24

M_A_DQ28M_A_DQ23

M_A_DQ36

M_A_DQ30

M_A_DQ33

M_A_DQ44

M_A_DQ40M_A_DQ42

M_A_DQ45M_A_DQ38

M_A_DQ61

M_A_DQ54

M_A_DQ63

M_A_A0M_A_A2M_A_A4M_A_A6M_A_A8M_A_A10M_A_A12

M_A_DM0M_A_DM2M_A_DM4M_A_DM6

M_A_DQS#7M_A_DQS#4M_A_DQS#1

M_A_DQS#6M_A_DQS#3

M_A_DQS3

M_A_DQS6

M_A_DQS0

M_A_DQS4M_A_DQS1

M_A_DQS7M_A_DQS5

M_B_DQ0

M_B_DQ3

M_B_DQ6M_B_DQ1

M_B_DQ8M_B_DQ4

M_B_DQ10

M_B_DQ15M_B_DQ12

M_B_DQ16M_B_DQ13M_B_DQ9

M_B_DQ18

M_B_DQ21

M_B_DQ24M_B_DQ19

M_B_DQ23M_B_DQ20

M_B_DQ30M_B_DQ25

M_B_DQ32M_B_DQ26

M_B_DQ33

M_B_DQ39M_B_DQ37

M_B_DQ48M_B_DQ44

M_B_DQ47M_B_DQ43

M_B_DQ46M_B_DQ41

M_B_DQ55M_B_DQ49

M_B_DQ53

M_B_DQ56

M_B_DQ60

M_B_DQ63M_B_DQ59

C

SB_DM1 AK34

SB_DM2 AK27

SB_DM3 AK24SB_DM4 AJ10SB_DM5 AK5SB_DM6 AE7

SB_DM7 AB7

SB_DQS0 AF34SB_DQS1 AK32SB_DQS2 AJ28SB_DQS3 AK23

SB_DQS4 AM10

SB_DQS5 AH6

SB_DQS6 AF8SB_DQS7 AB4SB_DQS0# AF35

SB_DQS1# AK33

SB_DQS2# AK28

SB_DQS3# AJ23SB_DQS4# AL10SB_DQS5# AH7SB_DQS6# AF7

SB_DQS7# AB5

SB_MA0 AH17SB_MA1 AK17SB_MA2 AH18SB_MA3 AJ18

SB_MA4 AK18

SB_MA5 AJ19

SB_MA6 AK19SB_MA7 AH19SB_MA8 AJ20SB_MA9 AH20

SB_MA10 AJ16

SB_MA11 AG18

SB_MA12 AG20SB_MA13 AG15SB_CAS# AH14

SB_RAS# AK14

SB_RCVENIN# AF15

SB_RCVENOUT# AF14SB_WE# AH16

U49B

ALVISO_BGA125702-010002640

SA_BS2# AL21

SA_DM0 AJ37SA_DM1 AP35SA_DM2 AL29

SA_DM3 AP24

SA_DM4 AP9

SA_DM5 AP4SA_DM6 AJ2SA_DM7 AD3SA_DQS0 AK36

SA_DQS1 AP33

SA_DQS2 AN29SA_DQS3 AP23SA_DQS4 AM8SA_DQS5 AM4

SA_DQS6 AJ1

SA_DQS7 AE5

SA_DQS0# AK35SA_DQS1# AP34SA_DQS2# AN30

SA_DQS3# AN23

SA_DQS4# AN8

SA_DQS5# AM5SA_DQS6# AH1SA_DQS7# AE4SA_MA0 AL17

SA_MA1 AP17

SA_MA2 AP18SA_MA3 AM17SA_MA4 AN18SA_MA5 AM18

SA_MA6 AL19

SA_MA7 AP20

SA_MA8 AM19SA_MA9 AL20SA_MA10 AM16SA_MA11 AN20

SA_MA12 AM20

SA_MA13 AM15

SA_CAS# AN15SA_RAS# AP16SA_RCVENIN# AF29

SA_RCVENOUT# AF28

SA_WE# AP15

Trang 10

VCC_SYNC

VCC_SYNC+VCCP

+2.5VS

+1.8V+1.5VS

+1.5VS_3GPLL

+2.5VS

+1.5VS_PCIE

+1.5VS_DDRDLL+1.5VS

+1.5VS

+1.5VS_DPLLA

+1.5VS_DPLLB+1.5VS_HPLL

+2.5VS

+1.5VS

+2.5VS+1.5VS

3100mA for external gfx 1.5VS: 1264mA

2.5VS: 293mA

Place near pin A35

Disable TV_OUT

==> All TV POWER short to GND

Place near pinA25, B25, B26

C4920.1UF

C24710UF/10V

D38BAT54C

R7830Ohm/*

C7591UF

C23910UF/10V

C4950.1UF

L78

120Ohm/100Mhz21

C4540.1UF

C4580.1UF

C2710.1UF

L36

120Ohm/100Mhz21

L43

120Ohm/100Mhz21

C18610UF/10V

+CE10150U/4.0V

C7622.2UF/16V

D41BAT54C

C4590.1UF

C4530.1UF

C2670.01UF

10Ohm/*

C24010UF/10V

L42

120Ohm/100Mhz21

C4960.1UF

C4610.1UF

C2330.1UF

+CE28150U/4.0V

RN52B22Ohm

C4750.1UF

C2720.1UF

C24110UF/10V

+CE17150U/4.0V

L38

120Ohm/100Mhz21

C4760.1UF

+CE15150U/4.0V

C50910UF/10V

C5000.1UF

POWER

U49GALVISO_BGA125702-010002640

C2460.1UF

C2360.1UF

C2550.1UF

C4990.1UF

+CE12150U/4.0V

+CE14150U/4.0V

D67BAT54C/*

RN4910Ohm

C2370.1UF

L37

120Ohm/100Mhz21

C24410UF/10V

C5010.01UF

C2480.1UF

+CE18150U/4.0V/*

C2070.1UF

C2610.1UF

+CE13150U/4.0V/*

C2430.1UF

C25010UF/10V

RN52A22Ohm

Trang 11

Alviso-GND/NCTF/Strap(5)

2.0

Z61Ae

Sam Wang

NCTF pin can share the via each other or even leave NC

LOW = Mobile Prescott

LOW = 1.05V (Default)

HIGH = NORMAL OPERATION (Default)

CFG9 : PCIE GRAPHIC LANE

LOW = REVERSE LANE HIGH = DMI X 4 (Default)

CFG7 : CPU STRAP

HIGH = 1.5V CFG18 : GMCH CORE SELECT CFG5 : LOW = DMI X 2

HIGH = Dothan CPU (Default)

CFG16 : FSB DYNAMIC ODT

LOW = Dynamic ODT Disabled

CFG19 : CPU VTT SELECT

CFG[17 3] have internal pullup resistors

CFG[19 18] have internal pulldown resistors.

SDVOCRTL_DATA has internal pulldown resistors.

HIGH = 1.2V LOW = 1.05V (Default) HIGH = Dynamic ODT Enabled (Default)

HIGH = DDR SDRAM (Default)

SDVOCRTL_DATA : LOW = No SDVO device present (Default)

R2452.2KOhm/*

R2381KOhm/*

NCTF

U49EALVISO_BGA125702-010002640

R2232.2KOhm/*

R2512.2KOhm/*

R2502.2KOhm

Trang 12

M_B_DQS2

M_B_DQS#3

M_B_DQ54

M_B_A6M_B_A1

M_B_DQS3

M_B_DQ35M_B_DM1

M_B_DQ50M_B_DQ24

M_B_DQ61

M_B_DQS#5

M_B_DQ49M_B_DQS1

M_B_DQ44M_B_DQ3

M_B_A9

M_B_DQ18M_B_DQ9

M_B_DQ60

M_B_DQS#7

M_B_DQ20M_B_A13

M_B_DQ56

M_B_A0

M_B_DQ42M_B_DQ25

M_B_DQ28M_B_A8

M_B_DQ30M_B_A7

+1.8V

+3VS

GNDGND

ASUSTECH CO.,LTD

DDR2 SO-DIMM_0

Sam Wang

PLACE NEAR SO-DIMM_0

Layout Note: Place these High-Freq decoupling Caps near the GMCH

PLACE NEAR SO-DIMM_0

Layout Note: Place these resistors near the GMCH

Layout Note: Place these Caps near SO DIMM 0

VREF -> 10/10 mils

C7330.1UF

C7402.2uF/6.3V

C7422.2uF/6.3V

C7372.2uF/6.3V

C7412.2uF/6.3V

C7340.1UF

C7270.1UF

C7320.1UF

C7382.2uF/6.3V

C7290.1UF

C7360.1UF

r0402

C7350.1UF

C7310.1UF

C7392.2uF/6.3V

B:DQ14 B36B:DQ15 B38B:DQ16 B43B:DQ17 B45B:DQ18 B55B:DQ19 B57B:DQ20 B44B:DQ21 B46B:DQ22 B56B:DQ23 B58B:DQ24 B61B:DQ25 B63B:DQ26 B73B:DQ27 B75B:DQ28 B62B:DQ29 B64B:DQ30 B74B:DQ31 B76B:DQ32 B123B:DQ33 B125B:DQ34 B135B:DQ35 B137B:DQ36 B124B:DQ37 B126B:DQ38 B134B:DQ39 B136B:DQ40 B141B:DQ41 B143B:DQ42 B151B:DQ43 B153B:DQ44 B140B:DQ45 B142B:DQ46 B152B:DQ47 B154B:DQ48 B157B:DQ49 B159B:DQ50 B173B:DQ51 B175B:DQ52 B158B:DQ53 B160B:DQ54 B174B:DQ55 B176B:DQ56 B179B:DQ57 B181B:DQ58 B189B:DQ59 B191B:DQ60 B180

B:DQ61 B182B:DQ62 B192B:DQ63 B194

B:VSS26 B127B:VSS27 B139B:VSS29 B145B:VSS30 B165B:VSS31 B171B:VSS33 B177B:VSS34 B187B:VSS37 B9B:VSS38 B21B:VSS39 B33B:VSS40 B155B:VSS47 B3B:VSS48 B15B:VSS49 B27B:VSS50 B39B:VSS51 B149B:VSS52 B161

B:NC1 B83B:NC2 B120B:NC3 B50B:NC4 B69B:NCTEST B163

C7300.1UF

C7280.1UF

Trang 13

M_A_DQ26M_A_DQ14

M_A_DQ10M_A_A4

M_A_DQ59

M_A_DQ11M_A_A9

M_A_DQ53

M_A_DQ61M_A_DQS#3

M_A_A7M_A_A3

M_A_DQ41M_A_DM7

M_A_DQ36

M_A_DQ62

M_A_DQ45

M_A_DQ52M_A_DM0

GND

GND+1.8V

GND

GND+3VS

GNDGND

VTT_REFGND

GNDGND

Custom

13 57Thursday, June 09, 2005

Layout Note: Place these Caps near SO DIMM 1

PLACE NEAR SO-DIMM_1PLACE NEAR SO-DIMM_1

SO-DIMM 1 is placed father from the GMCH than SO-DIMM 0

VREF -> 10/10 mils Layout Note: Place these Caps near SO DIMM 1

R1.1-S20

R2.0-S03

DDR2 DIMM SOCKET and SCHEMATC

is the same as A6V.

C7512.2uF/6.3V

C7532.2uF/6.3V

C7490.1UF

C7480.1UF

C7470.1UF

C7460.1UF

C7572.2uF/6.3V

A:DQ16 A43A:DQ17 A45A:DQ18 A55A:DQ19 A57A:DQ20 A44A:DQ21 A46A:DQ22 A56A:DQ23 A58A:DQ24 A61A:DQ25 A63A:DQ26 A73A:DQ27 A75A:DQ28 A62A:DQ29 A64A:DQ30 A74A:DQ31 A76A:DQ32 A123A:DQ33 A125A:DQ34 A135A:DQ35 A137A:DQ36 A124A:DQ37 A126A:DQ38 A134A:DQ39 A136A:DQ40 A141A:DQ41 A143A:DQ42 A151A:DQ43 A153A:DQ44 A140A:DQ45 A142A:DQ46 A152A:DQ47 A154A:DQ48 A157A:DQ49 A159A:DQ50 A173A:DQ51 A175A:DQ52 A158A:DQ53 A160A:DQ54 A174A:DQ55 A176A:DQ56 A179A:DQ57 A181A:DQ58 A189A:DQ59 A191A:DQ60 A180A:DQ61 A182A:DQ62 A192

A:DQ63 A194

A:VSS21 A54A:VSS24 A60A:VSS25 A66A:VSS28 A128A:VSS32 A172A:VSS35 A178A:VSS36 A190A:VSS41 A34A:VSS42 A132A:VSS43 A144A:VSS44 A156A:VSS45 A168A:VSS46 A2A:VSS53 A28A:VSS54 A40A:VSS55 A138A:VSS56 A150A:VSS57 A162

A:NC1 A83A:NC2 A120A:NC3 A50A:NC4 A69A:NCTEST A163

C7560.1UF

C7542.2uF/6.3V

C7502.2uF/6.3V

Trang 14

M_B_BS#1M_A_A13

M_A_A3

SCS1#

SCS3#

SCKE3SCKE1

ODT0ODT2

M_A_BS#1

M_A_A9

M_B_A12M_A_RAS#

M_B_A8

M_B_BS#2M_B_A3

M_B_WE#

M_B_CAS#

M_B_A10

M_B_A9M_B_A2M_B_A5

M_A_A5M_B_A6SCS0#

SCKE2

M_A_CAS#

M_A_A12M_A_BS#2

M_A_A8M_B_A11M_B_A0

M_A_A1M_A_WE#

M_A_A11M_B_A4M_A_A4M_A_A0

C7150.1UF

RN57G56Ohm

C6960.1UF

C6980.1UF

C7090.1UF

RN58G56Ohm

RN59D56Ohm

C6940.1UF

RN57C56Ohm

C6970.1UF

C6990.1UF

RN58E56Ohm

C7100.1UF

RN59C56Ohm

C7040.1UF

RN57D56Ohm

C7160.1UF

C7060.1UF

C7020.1UF

C7130.1UF

C6920.1UF

RN58B56Ohm

RN59F56Ohm

C7070.1UF

RN57H56Ohm

C7010.1UF

C7080.1UF

RN58F56Ohm

RN59E56Ohm

RN56E56Ohm

RN57E56Ohm

RN58A56Ohm

RN59A56Ohm

C7170.1UF

C7120.1UF

RN56F56Ohm

RN57B56Ohm

C6930.1UF

C6950.1UF

RN59H56Ohm

RN58C56Ohm

C7030.1UF

RN56G56Ohm

RN57A56Ohm

C7140.1UF

C7050.1UF

RN58D56Ohm

RN59G56Ohm

RN56H56Ohm

RN57F56Ohm

C7110.1UF

C7000.1UF

Trang 15

LVDS_CLKAM_GMLVDS_YB0M_GM

LVDS_CLKAP_GM

LVDS_YB1P_GMLVDS_YB2P_GMLVDS_CLKBP_GM

LVDS_YB2M_GMLVDS_YB1M_GMPID_0

C

LVDS & INVERTER CONN.

2.0

Z61Ae

Sam Wang

LVDS CNT

1A

INVERTOR CNT

CON Part Number Modify as M3N

A theoretical maximum limit is calculated at 1.923 Gbit/s

Panel Size Resolution Pixels Aspect Ratio 14.1” XGA 1024 x 768 4:3 14.1” UXGA 1600 x 12004:3

To support PWM inverter.

TO SUPPORT SPWG PANEL(EDID)

LVDS default Cable is 08-20C28012N.(None EDID function)

It default PID setting is PID_0 = 1 and PID_1 = 0 on cable.

To support EDID function that need new cable.

Panel ID is LCD vendor apply to system

L911KOhm/100MHz

R8580Ohm

L231KOhm/100MHz

C640.01UF

3133

hold_gnd1 36hold_gnd2 35

C200.1UF

R4610KOhm

R47

470KOhm12

RN2B100Ohm

C110.1UF/25V

LV08A

123

R2410KOhm

RN2A100Ohm

GSD

21Q1472N7002/*

R2510KOhm

L24

80Ohm/100Mhz21

R342

10KOhm

GSD

21Q146

2N7002/*

GSD

21Q6

C300.1UF

R3710KOhm

L211KOhm/100MHz

Trang 16

VSYNC_CRT

BLUE

HSYNCDDC2BD

VSYNC

GREENDAC_R_CRT

DAC_G_CRT

DDC2BC_5DAC_IO_P

DAC_G_CRTDAC_R_CRTDAC_G_PBDAC_R_PB

DAC_B_PBHSYNC_PBSDAC_B_CRT

HSYNC_CRTS

DAC_G_CRTDAC_R_CRT

HSYNC_Q

DAC_IO_P

VSYNC_CRTHSYNC_CRTDDC2BD_5

DDC2BC_5

RED

DAC_GDAC_B

HSYNC_PBS

DAC_B_CRT

HSYNC_CRTDDC2BC_GM

+12VS

+3VS

Zo= 50 ohm

Intel Recommend

C = 10pF / 22pF / 10pF Bead = 47 ohm /100Mhz

CON Part Number Modify as M3N

C647pF/50V

D27

BAV99

123

C3518.2PF/50V/*

RN27A2.2KOhm

C38.2PF/50V

R319

150Ohm1%

C247pF/50V

C3508.2PF/50V/*

C48.2PF/50V

C547pF/50V

RN27C2.2KOhm

AB

GNDVCC

YU39

74LVC1G32GV

12

5

AB

GNDVCC

YU40

74LVC1G32GV

12

5

C3481.2PF/50V/*

21Q55

2N7002

C3471.2PF/50V/*

C847pF/50V

RN27B2.2KOhm

GSD

21Q542N7002

C3461.2PF/50V/*

C78.2PF/50V

R321

150Ohm1%

C3498.2PF/50V/*

Trang 17

RTC_X2

IDE_PDD15IDE_PDD13IDE_PDD11IDE_PDD9IDE_PDD7IDE_PDD5IDE_PDD3IDE_PDD1

Azalia_SYNCAzalia_RST#

SATA_ICH_TXN0SATA_ICH_TXP0

RTC_X2RTC_X1

+3VS+3VS

C

EE_DOUT: Internal weak pull up

H_CPUSLP# R94 : B STEP NO STUFF H_DPRSTP# R95 : A STEP NO STUFF

X7R

RTC BAT

SATA[x]GP pins if unused require

CON Part Number Modify as ME

R2.0-S09

PLACE CLOSELY TOGETHER

R1.1-S22

R1.1-S22R1.1-S22

R1.1-S34

R1.1-S35

U15 Original P/N is 02-010002500(ICH6-M-None MP Version)

U15 (SB) need to change to 02-010004402(ICH6-M-MP B2 Version)

R1.1 has changed it in symbol.

R7868.2KOhm/*

JRST1SGL_JUMP/*

T2301

SATA_1TXN AF4

SATA_1TXP AG4

SATA_2RXN AD7SATA_2RXP AC7SATA_2TXN AF6SATA_2TXP AG6SATA_3RXN AC9

SATA_3RXP AD9

SATA_3TXN AF8SATA_3TXP AG8

SATA_CLKN AC2

SATA_CLKP AC1

SATARBIAS# AG11SATARBIAS AF11

C1471UF/10V

RN61A0Ohm

C1411UF/10V

T2291

R810Ohm/*

R8610MOhm

R42356Ohm

RN61D0Ohm

U15D

ICH6_M02-010004402

GPIO19 AB21

STP_CPU#/GPO20 AD22

GPIO21 AD20GPIO23 AD21GPIO24 V3GPIO25 P5GPIO27 R3

GPIO28 T3

CLKRUN#/GPIO32 AF19GPIO33 AF20GPIO34 AC18CPUPWRGD/GPIO49 AG25

T3501

R12656Ohm12

0.1UF/*

GSD

21Q92N7002/*

R122

24.9Ohm1%

Trang 18

PCI_AD0

PCI_AD8PCI_AD2

PCI_AD24PCI_AD13

PCI_AD29PCI_AD6

PCI_AD28

PCI_AD16PCI_AD18

PCI_AD10

PCI_AD17PCI_AD12

PCI_RST#

BAT2_LLOW#_ICH6PCI_GNT#2

PCI_RST#_ICHPLT_RST#_SB

Resume Power Well GPIO List: GPIO8,11,13,14,15,24,25,27,28 Only GPO Pin: GPIO16~17,19,21,23,48 Can be GPIO: GPIO24,25,27,28,33,34

Resume Power Input Pin List:

BATLOW#,AC_SDIN[0:1],LAN_RST#, OC[7:0]#,PME#,PWRBTN#,RI#,SMBALERT#,SYS_RESET#,USBRBIAS#

Can be issue SCI or SMI List: GPIO0~GPIO15

C3750.1UF

LV08A121311

LV08A

9108

AD_6 F2

AD_7 D6

AD_8 E6AD_9 D3AD_10 A2AD_11 D2AD_12 D5

AD_13 H3

AD_14 B4AD_15 J5AD_16 K2AD_17 K5AD_18 D4

AD_19 L6

AD_20 G3AD_21 H4AD_22 H2AD_23 H5

AD_24 B3

AD_25 M6

AD_26 B2AD_27 K6AD_28 K3AD_29 A5

AD_30 L1

AD_31 K4

C_BE_3# G2C_BE_2# G4C_BE_1# H6

LV08A456

U15B

ICH6_M02-010004402

USBP_2P C19

USBP_3N A18

USBP_3P B18USBP_4N E17USBP_4P D17USBP_5N B16USBP_5P A16

USBP_6N C15

USBP_6P D15USBP_7N A14USBP_7P B14

OC_0# C27

OC_1# B27OC_2# B26OC_3# C26OC_4#/GPIO9 C23

C3760.01UF/*

C4430.1UF

GNDVCC

YU45

74LVC1G32GV

12

5

D32

RB751V_4012

Trang 19

V5REF

V5REF_SUSV5REF

+1.5VA_USB

+1.5VS_LAN

+1.5VS_USBPLL+1.5VS_SATAPLL

+1.5VS

+1.5VS+2.5VS

+3VSUS

+VCCP

+VCC_RTC+3VS

C

Place within 100mils of ICH near pin AG5

Place 0.1uF within 100mils

of ICH near pin AG23

Place BOTH within 100mils of ICH near pin A17

Place near PIN A13

Place near PIN A8

Place within 100mils of ICH near pin AG9

Place near PIN V7

Place 150uF, 3 X 0.1uF within 100mils of ICH near pin F27, P27, AB27

Place 0.01uF within 100mils

of ICH near pin AA19

Place BOTH within 100mils of ICH near pin D27

Power Seq.

+1.8V rise time < 2ms +1.5VS > +VCCP +5VS > +3VS > +2.5VS +5VSUS > +3VSUS > +1.5VSUS

1.5VS: 2.355A 2.5VS: 15mA 3VSUS: 23mA 1.5VSUS: 170mA 5VSUS: 10mA VCCP: 14mA RTC: 5uA

+3VALWAYS > RSMRST# > 5ms +3VALWAYS > LAN_RST# > 10ms +3VS,+1.5VS > PWROK,PM_VATE > 99ms

R1.1-S28

C381UF/10V

C1330.01UF

C4080.01UF

C4110.1UF

+CE7150U/4.0V

C4260.1UF

C3730.1UF

C4000.1UF

C1560.1UF

C3930.1UF

R365

0Ohm/*

C12610UF/10V

R28100Ohm

C3910.1UF

C321UF/10V

C3700.1UF

C3690.1UF

C340.1UF

C1570.1UF

/*

C4160.1UF

C4140.1UF

C3920.1UF

V5REF1 A8

V5REF2 AA18VCC2_5_1 AB18VCC2_5_2 P7

VCCDMIPWR2 AA23

VCCDMIPWR3 AA24VCCDMIPWR4 AA25VCCDMIPWR5 AB25VCCDMIPWR6 AB26

VCCDMIPWR7 AB27

VCCDMIPWR8 F25

VCCDMIPWR9 F26VCCDMIPWR10 F27VCCDMIPWR11 G22VCCDMIPWR12 G23

VCCDMIPWR13 G24

VCCDMIPWR14 G25

VCCDMIPWR15 H21VCCDMIPWR16 H22VCCDMIPWR17 J21VCCDMIPWR18 J22

VCCDMIPWR19 K21

VCCDMIPWR20 K22

VCCDMIPWR21 L21VCCDMIPWR22 L22VCCDMIPWR23 M21VCCDMIPWR24 M22

VCCDMIPWR25 N21

VCCDMIPWR26 N22

VCCDMIPWR27 N23VCCDMIPWR28 N24VCCDMIPWR29 N25VCCDMIPWR30 P21

VCCDMIPWR31 P25

VCCDMIPWR32 P26

VCCDMIPWR33 P27VCCDMIPWR34 R21VCCDMIPWR35 R22VCCDMIPWR36 T21

VCCDMIPWR37 T22

VCCDMIPWR38 U21

VCCDMIPWR39 U22VCCDMIPWR40 V21VCCDMIPWR41 V22VCCDMIPWR42 W21

VCCDMIPWR43 W22

VCCDMIPWR44 Y21

VCCDMIPWR45 Y22VCC1_5_1 AA6VCC1_5_2 AB4

VCC1_5_3 AB5

VCC1_5_4 AB6

VCC1_5_5 AC4VCC1_5_6 AD4VCC1_5_7 AE4VCC1_5_8 AE5

VCC1_5_9 AG5

VCC1_5_10 AF5

VCC1_5_11 AA7VCC1_5_12 AA8VCC1_5_13 AA9VCC1_5_14 AB8

VCC1_5_15 AC8

VCC1_5_16 AD8

VCC1_5_17 AE8VCC1_5_18 AE9VCC1_5_19 AF9VCC1_5_20 AG9

C4230.1UF

C4150.1UF

C4120.1UF

C4040.1UF

C3810.1UF

C3990.1UF

C3740.1UF

C4130.1UF

C360.1UF

C350.1UF

C4010.1UF

C1590.1UF

C370.01UF

VSS91 H26

VSS92 H27

VSS93 J23

VSS94 J24VSS95 J25VSS96 J4

VSS97 K1

VSS98 K23

VSS99 K26

VSS100 K27VSS101 K7VSS102 L13

VSS103 L15

VSS104 L23

VSS105 L24VSS106 L25VSS107 M12VSS108 M13VSS109 M14

VSS110 M15

VSS111 M16VSS112 M23VSS113 M26VSS114 M27VSS115 M4

VSS116 N1

VSS117 N11VSS118 N12VSS119 N13VSS120 N14

VSS121 N15

VSS122 N16

VSS123 N17VSS124 N7VSS125 P12VSS126 P13

VSS127 P14

VSS128 P15

VSS129 P16VSS130 P22VSS131 R11VSS132 R12

VSS133 R13

VSS134 R14

VSS135 R15VSS136 R16VSS137 R17VSS138 R23

VSS139 R24

VSS140 R25

VSS141 R4VSS142 T1VSS143 T12VSS144 T13

VSS145 T14

VSS146 T15

VSS147 T16VSS148 T23VSS149 T26VSS150 T27

VSS151 T7

VSS152 U13

VSS153 U15VSS154 U23VSS155 U24VSS156 U25

VSS157 V23

VSS158 V26

VSS159 V27VSS160 V4VSS161 W1VSS162 W23

VSS164 W25

VSS165 W7

VSS166 Y23VSS167 Y26VSS168 Y27VSS169 Y6

VSS170 W24

VSS171 E27

VSS172 B24VSS173 AF10

L32

120Ohm/100Mhz21

C3660.1UF

C400.1UF

C3720.1UF

C3860.1UF

Trang 20

ASUSTECH CO.,LTD.

ICH6M PULL UP/STRAP (4)

Sam Wang

INTERNAL PULL-DOWNPULL-UP : PCI ExpressPort config bit 1

INTERNAL PULL-UPPULL-DOWN :RESERVED

INTERNAL PULL-UPPULL-DOWN:TOP-BLOCK SWAP

INTERNAL PULL-DOWNPULL-UP : NO REBOOT

AC_BITCLK, AC_RST# , AC_SDIN[2:0] ,AC_SDOUT , AC_SYNC , DPSLPVR ,LAN_CLK , PDD[7] , PDDREQ , SPKR ,USB[7:0][P,N]

EE_DIN , EE_DOUT , EE_CS , GPIO[17:16] , LAD[3:0]# ,LDRQ[0:1] , LAN_RXD[2:0] ,PME# , PWRBTN# , TP3 ,SATALED# ,GNT[4:0]

INTERNAL PULL-UP SIGNALS :INTERNAL PULL-DOWN SIGNALS :

INTERNAL PULL-UPPULL-DOWN : Boot BIOSdestination select

INTERNAL PULL-DOWNPULL-UP : PCI ExpressPort config bit 0

INTERNAL PULL-UPPULL-DOWN : PCItest

PCB_VID3 : PROJECT CODE

10

RP1C8.2KOhm

10

R6510KOhm/*

RP2E8.2KOhm

RP2A8.2KOhm

10

RP7A8.2KOhm

10

RP2H8.2KOhm

10

RP7C8.2KOhm

10

RP1A8.2KOhm

10

12

RN4D10KOhm

RP7F8.2KOhm

10

RP6G10KOhm

10

R12110KOhm

RP6B10KOhm

10

RP1D8.2KOhm

10

RP6H10KOhm

10

RN4B10KOhm

RP2B8.2KOhm

10

RP7D8.2KOhm

10

RP6A10KOhm

10

RP2D8.2KOhm

10

RP7H8.2KOhm

10

12

R6010KOhm/*

10

RP2G8.2KOhm

2

RP1F8.2KOhm

10RP1G8.2KOhm

10

RP6D10KOhm

RP2C8.2KOhm

RP2F8.2KOhm

10

RP6C10KOhm

12

RP1H8.2KOhm

10

RP7G8.2KOhm

10

C760.1UF

RP7E8.2KOhm

RN4C10KOhm

10

Trang 21

PCIE3

PCIE#5PCIE5

CLK_STP_PCI#

CLK_STP_CPU#

CLK_ITP_BCLKCLK_ITP_BCLK#

ITP_BCLKCLK_BSEL0

CPU1CPU1#

ITP_BCLKITP_BCLK#

PCIE5PCIE#5PCIE#3

PCIE3

33PCIF2

REFOXIN_CLKGENXOUT_CLKGEN

CLK_PWR_GD#

33PCIF5

33PCIF333PCIF233PCIF4USB/FSA

USB/FSA

SRCCLKT_SATASRCCLKC_SATA

SRCCLKC_SATASRCCLKT_SATA

XIN_CLKGENXOUT_CLKGEN

+3V_CLK+3VS+3VS +3VS +VCCP +VCCP

C

Install when B STEP CPU CPU_BSEL0

1 0

Because CPU output only 1.05V and NB

is only input type,if we use 1K ohm will drop 1.05V to NB.May be not enough.Therefore,change to 0 ohm.

R1.1-S06

R1.1-S43

Clock Gen P/N:06-011295010 is an error part number.

And P/N:06-011338110 is right part number.

It is Green Part.(AP-106847 to change it.)

R58010KOhm

R2571KOhm/*

VDDSRC2 34CPUCLKC2_ITP/SRCCLKC7 35CPUCLKT2_ITP/SRCCLKT7VDDA 36

37

GNDAIREF 3839

CPUCLKC1 40CPUCLKT1 41VDDCPU 42

CPUCLKC0CPUCLKT0 4344

GND4 45SCLK 46SDATA 47VDDREFX2 4849

X1 50

GND3 51REF0 52REF1/FSLC/TEST_SEL 53CPU_STOP# 54

PCI/SRC_STOP#PCICLK2 5556C540

R56410KOhm

/*

R2560Ohm

E1

2

3Q32PMBS3904

/*

C5480.1UF

/*

C5570.1UF

C52533PF/50V

R5712.2OHM

C5490.1UF

R533475Ohm1%

R5131KOhm/*

C5410.1UF

R25810KOhm

R48210KOhm

21Q332N7002/*

Trang 22

IDE_BDD0IDE_BDIOW#

IDE_BDD3

IDE_BDMACK#

IDE_BDD6IDE_BDD2

IDE_BDASP#

IDE_BINTRQ

IDE_PCSEL

BAY_IN1BAY_IN0BAYDOCK_IN#

BAY_IN0BAYDOCK_IN#

BAY_IN1

CD_GND_ACD-R_A

IDE_PDCS1#

IDE_PDA0IDE_PDA2

IDE_PDD0IDE_PDD2IDE_PDD4IDE_PDD6IDE_PDD8IDE_PDD10IDE_PDD12IDE_PDD14

IDE_PDIAGIDE_PDDACK#

IDE_PDDREQ

IDERST#_5SIDE_PDASP#

IDE_IRQ14

CD-L_A

IDE_BDD14IDE_BDD12

IDE_BDCS1#

IDE_BDD9

IDE_BDA2

IDE_BDD8IDE_BDD10IDE_BDD13

IDE_BDIAG

IDE_BDD15IDE_BCSEL

STP_DISABLE#

IDE_BDD1IDE_BDA2

IDE_PDASP#

INT_IRQ14IDE_PIORDY

IDE_IRQ14IDE_PIORDY_X

IDE_BDASP#

IDE_PDD[15:0]

<17>

BAY_IN1 <24>BAY_IN0 <24>BAYDOCK_IN#<27>

21Q1692N7002

C3640.1UF

135

CON14HDD_CON_2X22P

159

21

Q1662N7002

C5910UF/10V

C31710UF/10V

C3020.1UF

D70RB751V_40

R839

10MOhm

12

C7730.1UF

07-010732500X11GND1

12

GSD

21Q1682N7002

C7750.1UF

R821 100KOhm

12

C7720.1UF

R8591 20Ohm

R83310KOhm

/*

C7680.1UF

C3120.1UF

R83110KOhm

R82022Ohm

C7870.47U

R3834.7KOhm

R819100KOhm

C7860.47U

R83510KOhm

C78027P

11-033027000

GSD

21Q1642N7002

D69RB751V_40

C7820.1UF

/*

GSD

21

Q1672N7002

R8151 10KOhm2

ABGNDVCC

YU67

NC7SZ08P5X

12

5

R8231 25.6KOhm

C7830.1UF

C77927P

11-033027000

GSD

21Q170

2N7002

C7690.1UF

C777 3900PF/50V

12

C31610UF/10V

R2851KOhm

1717

1919

5555

5757

5959

24

6

1010

1212

5858

6060

/*

U66

SII3811CNU

IDE_DA249IDE_DA050IDE_DA151VDDO_152IDE_INTRQ53IDE_DMACK_b54IDE_IORDY55VDDI_156VSS157IDE_DIOR_b58IDE_DIOW_b59IDE_DMARQ_b60IDE_DD1561IDE_DD0062IDE_DD1463IDE_DD0164

IDE_DD13 IDE_DD12 IDE_DD03 IDE_DD04 VDDI_2

R7444.7KOhm

R825 100KOhm

12

L96120Ohm/100Mhz

21

R38210KOhm

C7710.1UF

C7740.1UF

C7700.1UF

D721 2RB751V_40

R8601 20OhmR817

10KOhm

Trang 23

+5VUSB1

USBP3+_3

USBP0+_3USBP1-_3USBP0-_3USBP1+_3

USBP4-_3

USBP3-_3USBP4+_3

USBP4+_3USBP4-_3

USBP3+_3USBP3-_3+5VUSB2

+5VUSB3

SUSC_PWR

+5VUSB3+5VUSB_01

+5VUSB_23SUSC_PWR

+5VUSB1

USBP4-_3USBP4+_3USBP3-_3USBP3+_3

USBP0+_3USBP0-_3

USBP1+_3USBP1-_3

C

CON Part Number Modify as ME

R2.0-S25

RESERVE 0402 PAD for USB ESD diode.

C8030.01UF/*

C8100.1uF/10V/*

C8010.01UF/*

C390.1UF/25V

L1590OHM/370mA

R354100KOhm

L6390OHM/370mA

C8080.01UF/*

L66

80Ohm/100Mhz21

VCC1

1

1P-2 1P+

3 GND14

L1690OHM/370mA

L6490OHM/370mA

VCC1

1

1P-2 1P+

3 GND14

C8020.01UF/*

R353100KOhm

Trang 24

C2410UF/10V

GP14/IRQIN2IRRX2 3637

IRTX2 38IRMODE/IRRX3 39GP23 40nINIT 41

nSLCTINVSS3 4243

PD0 44VCC3 45PD1 46PD2 47

Trang 25

Z61Ae

2.0

Z61Ae

Sam Wang

Need to change part number in BOM

to 13-N7510M270.

EMI request.

R1.1-S16 Place Below X1

to 13-N7510M270.

North bridge heatsink nut Type:SMD TOP SIDE Part Number :13-N9980M100

MDC _NUT Type:SMD TOP SIDE Part Number :13-N7510M270

North bridge heatsink nut MDC_NUT

EMI request.

EMI SPRING Type:SMD BOTTOM SIDE Part Number :13-NDV50S010

R2.0-S20

For EMI DDR Finger spring.

Need to add part number.

FOR TOP EMI SPRING.

H22

C111D911

H16c158d1381

H25CT197CB87D4713-N7510M270/*

1

H21

C111D911

EMI4EMI_SPRING_PAD13-NDV50S010/*

1

H8

C111D911

H15C217D1301

H12c158d1381

EMI3EMI_SPRING_PAD13-NDV50S010/*

1

H13

C111D911

H23

C111D911

EMI5EMI_SPRING_PAD13-NDV50S010N/A

1

H2

C111D911

H14C217D1301H19

C111D911

H7

C111D911

H5

C111D911

H24C91D91N1

H9C67D67N1

H6CT197CB87D4713-N7510M2701H17

c158d1381

EMI1EMI_SPRING_PAD13-NDV50S010

1

H4CT197CB87D4713-N7510M2701

H20

C111D911

H1

C111D911

H11c158d1381

H10

C111D911

H18

C111D911

H3

C111D911

EMI2EMI_SPRING_PAD13-NDV50S010

1

Trang 26

L_TDN_PRL_RDN_PR

L_RDN_MB

L_RDP_MBL_TDN_MB

PR_IN#_QPR_IN#

DAC_G_PBDAC_R_PBDAC_B_PB

LPT_PD1LPT_PD7

For Port Bar OC

R1.1-S04

R1.1-S23 R1.1-S37

RP8F2.7KOhm

10

R327150Ohm

R8082.7KOhm

R329150Ohm

D4RB751V_40

C230.1UF

RP9C2.7KOhm

R336

0Ohm12

RP9E2.7KOhm

IC0 11

YD 12

ID1 13

ID0E# 1415

VCC 16

R338

12

RP8G2.7KOhm

10

RP9A2.7KOhm

10

C100.47U

RP9F2.7KOhm

10

R2310KOhm

L11

75Ohm/100Mhz21

D68SS0540

RP8A2.7KOhm

10RP8B2.7KOhm

10

C140.1UF

RP8C2.7KOhm

10

RP9D2.7KOhm

10

RP8D2.7KOhm

10

4532L18

680 Ohm/ 100MHz

R328150Ohm

RP8H2.7KOhm

10

C284.7U

RP9B2.7KOhm

10

L9

75Ohm/100Mhz21

SDG

Q1SI3457DV135

RP9H2.7KOhm

10

Trang 27

KSI4

KSI1KSI2KSI3

SMD_BAT

KSI7KSI6KSI5

SMC_BAT

BAT_SEL

KSO3KBC_GA20

SMDATA_BAT1SMDATA_BAT2SMCLK_BAT1SMCLK_BAT2

BAT_LOW#_KBCKBSCI_3Q

MARATHON_#

BAT_LEARN

SMCLK_BAT1SMCLK_BAT2SMDATA_BAT2

KBDDATA_5SMOUSEDATA_5SMOUSECLK_5S

KSI3

KSO14

KSI6KSO0

X1_KBCKSO12

KBDCLK_5S

X2_KBCKSO5

KBC_EXTSMI

SMD_BAT

LID_ICH#_3BAT1_IN#_OC

KBDDT0KBDDT1

KSI0KSI2KSI4KSI6

KSO0KSO2

KSO5

KSO8KSO3

KSO7KSO4KSO6

KSO9KSO10

KSO13KSO11

MARATHON#

ACIN_OC

BT_ONKBCPURST_3Q

BAY_RSTBAYDOCK_IN#

BAT_LOW#_KBCKBC_P51

KBC_P56

ACIN_OCKBSCI_3QKBCPURST_3QKBC_GA20

C

EC should setOP_SD low in S3,keep from leakage

For Audio DJ, Must be Removed Follow M3N

R1.1-S19

R1.1-S22

BAT_SEL=0 > BAT2 BAT_SEL=1 > BAT1

IC0 11

YD 12ID1 13ID0 14E# 15

12

21Q1012N7002

C2940.1UF

P10/KSO8 46

P07/KSO7 47

P06/KSO6 48P05/KSO5 49P04/KSO4 50P03/KSO3 51

P02/KSO2 52

P01/KSO1 53

P00/KSO0 54P37/KSI8 55P36/KSI7 56

P35/KSI6 57

P34/KSI5 58

P33/KSI4 59P32/KSI3 60P31/PWM10/KSI2 61P30/PWM00/KSI0 62

XIN 28

XOUT 29P40/XCOUT 27P41/XCIN 26

RESET# 25CNVSS 24VSS 30

Trang 28

+VCCP

+5VS+3VS+12V

+1.8V

+VCCCB+VPPCB

+12VS+VCORE+5V

+1.5VS+5VALWAYS

+VCC_RTC

+3VALWAYS+3VSUS

+3V

VTT_REFA/D_DOCK_IN

+5VSUS

+1.8VS+0.9VS+2.5VS

+VCC_GMCH_CORE

ASUSTECH CO.,LTD

SM BUS & POWER PORT

Sam Wang

Termal Sensor, Clock Generator ICH6-M

DDR2 SO-DIMM TPM

Connect SMLINK and SMBUSfor SMBus 2.0 compliance

ICH6-M

R4424.7KOhm

R4414.7KOhm

5

Định dạng
Số trang	57
Dung lượng	1,3 MB