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TM800


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ZG1 BLOCK DIAGRAM BANIAS / ODEM
A

POWER BOARD
+ 1 . 8V 2 . 5 V SUS 3 V _591 5 V P CU

AC/ BATT CONNECTOR BATT SE LECTOR BATT CHARGER

+1.8V

VCC_CORE

+3V

A

PG 40,41

BANIAS
478 Pins (Micro-FCPGA)
+VCCP

CPU VR
CPU T hermal PG 4 S e nsor
M ICREL 280

Clocking
CK408

PG 41

PG 39

PG 3

PG 36

PG 41

PG 4,5
S p r e a d Spectrum C o n t r ol

PSB 4X100MHZ
+1.25V +2.5VSUS +1.2V +VCCP +2.5V

PG 10

P o r t Replicator
D C J a ck,Modem port C R T port(VGA & S-Video) A u d i o jacks(Analog & Digital) E t h ernet port K B / Mouse,Serial port 2 X U S B(2,3),Parallel port

T V out V ideo C o ntroller
ATI M7/M9 PG 10~12 PG 14 LVDS R.G,B

DDR-SODIMM1
B

DDR SDRAM 2.5V, 200MHz
+2.5VSUS

ODEM MCH-M
+1.5V

PG 9 DDR-SODIMM2
+5V

AGP 1.5V, 66MHz +1.5V
+1.8V

L C D P a nel
PG 13

B

593 BGA
+1.8V

C R T port
PG 14

PG 33

PG 6, 7,8

DDR 3 2 M B / 6 4 M B

Primary IDE - HDD PG 15
+5V

66(266)MHZ, 1.8V HUB I/F ATA 66/100
+VCCP +1.8V +1.5V +3V

33MHZ, 3.3V PCI

S e condary IDE - MEDIA Bay (CDROM,DVD, CD-RW,DVD-RW , 2 nd HDD) PG 18 AC97

ICH4-M
+3VSUS

421 BGA
PG 15, 16, 17

USB 2.0

USB PORT 0,1 +5VSUS PG 19 USB PORT 2,3 +5VSUS PG 19 (BLUE TOOTH) USB PORT 4 PG 30
+12V +5VSUS +3VAUX

+3VAUX

+3V

+3V

+3VAUX

+5V

+3V

C

C A RDBUS C A R DREADER
O2 OZ7 1 1 M 1 PG 20,21
C A RD BUS S L OTS C A RD BAY +3V +5V

IEEE- 1394
TI-TPA43AB21 PG 22

L AN 1 0 / 1 0 0 / 1G
4401/5702 PG 24,25

MINI -PCI
S O C K ET +3VAUX
C

+3V_S5

RJ45

+3VAUX

+5VA

+3V

PG 23

MDC PG 23 RJ11 PG 24
+3V

AUDIO PG 27,28,29 3.3V LPC, 33MHz

PG 21

PG 20

3V_591

+5V

S I O P C 8 7 3 91
100 Pins TQFP
D

PC87591
176 Pins LQFP PG 30 PG 31

FAN 1 PG 32
+5V

C test
GERBER: 1224/2002
D

PS/2 PG 32

+3/5V

FIR PG 30
1 2

Serial PG 30

+5V

Parallel PG 30

+5V

+5V

+5V

3V_591

T itle

QUANTA COMPUTER
B l o ck Diagram
D o c u m ent Number

Touchpad Keyboard PG 33 PG 33
3

FLASH PG 31
4 5 6

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Z G1
F r i d a y , D ecember 27, 2002
7

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A

V o l t age Rails C P U _CORE + V CCP + 1 .2V + 1 .25V + 1 .5V + 1 .5V + 1 . 5V_S5 + 1 .8V C o r e v o l tage for Processor 1 . 0 5 V r a i l for Processor I/O 1 . 2 V f o r ODEM Core 1 . 2 5 V f o r D D R Termination voltage

O N S0~S1 X X X X X X X X

O N S3

O N S4

O N S5

C o n trol signal V R _ON V R _ON

X

S U SON

X

X

+ 2 . 5 VSUS + 2 .5V + 2 . 5 VSUS 3 V_591 + 3 VSUS + 3V 5 V PCU + 5 VSUS + 5V
B

2 . 5 V f o r D D R T ermination voltage

X X X X X X X X X X X

X M A I NON X X X X

X X

X

X

B

+ 12V 1 2 VOUT

X

X

X

External PCI Devices
C

Device LAN C a rdBus Mini-PCI Mi ni-PCI LAN I E E E -1394 Controller AGP VGA

IDSEL# AD18
AD22 AD20

R E Q#/GNT#
0 3 1

I n t errupts
P IRQD P IRQB P IRQE/F

C

AD23 AD17( INTERNAL)

2

P IRQC PIRQA

EC SM Bus1 address
Device
Smar t Battery THERMAL SENSOR

D

D

ICH4-M SM Bus address
Device
SODIMM Clock Gen 1 0 1 0 000X b 1 1 0 1 001x b
Size A3 D a te:
1 2 3 4 5 6

T itle

QUANTA COMPUTER
C L O C K G E N E R A T OR
D o c u m ent Number

Z G1
F r i d a y , D ecember 27, 2002
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S2 1 1 1 1 0
A

S1 0 0 1 1 0 0 1 1

S0 0 1 0 1 0 1 0 1

CPU 66 100 200 133 66 100 200 133

3V66[0..4] 66IN 66IN 66IN 66IN 66 66 66 66

3V66_ 5/66IN 66 Input 66 Input 66 Input 66 Input 66 M 66 M 66 M 66 M
C715 * 1 2 P_0402

0 0 0
+3V

20mils
V D D A _CKG

A

L49

F B M 2125HM330 +3V

300 ohms@100Mhz
C708 .01U_0402 8 x 4 .5 2P XIN C705 1 0 U / 10V/U R188 R187 R190 R189 R359 R358 1 4 M _REF R _ H C LK_MCH R _ H C LK_MCH# R _ H C LK_CPU R _ H C LK_CPU# R _ H C LK_ITP R _ H C LK_ITP# R351 R350 R353 R352 R363 R362 33_0402 33_0402 33_0402 33_0402 33_0402 33_0402 H C L K_MCH H C L K_MCH# H C L K _CPU H C L K _CPU# H C L K_MCH 6 H C L K_MCH# 6 H C L K_CPU 4 H C L K _CPU# 4 H C L K _ITP 4 H C L K _ITP# 4 4 9 . 9/F 4 9 . 9/F 4 9 . 9/F 4 9 . 9/F 4 9 . 9/F 4 9 . 9/F R373 R372 R437 10_0402 10_0402 10_0402 1 4 M _SIO 1 4 M _ICH C L K 1 4 _AUDIO 1 4 M _SIO 1 4 M _ICH 30 16 27

+3V

C L K 1 4 _AUDIO

26 VDDA

16 R368 1K_0402 R364 * 1 K _0402 16,31

S U S A# S U S B# U31 7SH08 16 16,38 S T P _ PCI# S T P _ CPU# C K _ PGD#

3

5

S E L P S B 0_CLK

XOUT

f rom IMVP4
R360
B

C G C L K_SMB C G D A T_SMB S E L P S B 2_CLK S E L P S B 1_CLK S E L P S B 0_CLK

C K - 4 08
R _ C L K66_ICH R _ C L K66_MCH R _ C L K66_AGP R _ P C L K_ICH R381 R382 R383 R390 33_0402 33_0402 33_0402 33_0402 C L K 6 6_ICH C L K 66_MCH C L K 6 6_AGP P C L K _ICH C L K 66_ICH 16 C L K 66_MCH 7 C L K 6 6_AGP 10 P C L K _ICH 15
B

1K_0402

+3V L47 F B M 2 125HM330

C L K V D D_CPU

3 0mils
C700 .1U_0402 C687 .1U_0402 C710 .1U_0402 C706 .1U_0402 C709 .1U_0402 C690 .1U_0402 C688 .1U_0402

C695 1 0 U / 10V/U

VSSA

1

S E L P S B 1_CLK

C735 .1U_0402

R380 C714 *2M * 1 2 P_0402

Y4 1 4 . 3 18MHz/18PF

U28

27

R369 *1K_0402

R365 1K_0402

2

R _ P C L K_SIO R _ P C LK_PCM R _ P CLK_591 R _ P C L K_MINI R _ P C LK_LAN R _ P CLK_1394 R _ C L K48_USB

R384 R385 R386 R387 R388 R389 R356

33_0402 33_0402 33_0402 33_0402 33_0402 33_0402 33_0402

P C L K _SIO P C L K_PCM P C L K_591 P C L K _ MINI P C L K _LAN P C L K_1394 C L K 4 8_USB

P C L K _SIO 30 P C L K _ P C M 20 P C L K_591 31 P C L K _ MINI 23 P C L K_LAN 24 P C L K_1394 22 C L K 4 8_USB 16

R349 +3V L45 F B M 2 125HM330 +3V +3V R361

475/F

IREF C K _ MULT0

300 ohms@100Mhz
C691 1 0 U / 10V/U C689 .1U_0402 Z0301 L44 B K 1 6 08HM121

2

R354 10K_0402

R355 10K_0402

4 9 15 20 31

41 47

C K - T ITAN-B

GND_IREF GND_CPU
R186 R193 R375 R357

C L K _ 48MVDD

GND_REF GND_PCI_1 GND_PCI_2 GND_3V66_1 GND_3V66_2

10K_0402

20mils

C

C L KGND 9,16 P D A T _SMB Q39 RHU002N06 C G D A T_SMB

0_0805 0_0805 0_0805 0_0805

C

CYPRESS: CY28346 ICS: ICS9 50810

T h e s e are for backdrive issue

+3V

2

9,16

P C L K _SMB Q35 RHU002N06

C G C L K_SMB

C L K 1 4 _AUDIO 1 4 M _ICH 1 4 M _SIO

R73 +3V 10K_0402 R393 V C C _ CORE
D

C K _ PGD# C L K 6 6_ICH C L K 66_MCH C L K 6 6_AGP C L K 4 8_USB Q40 3904 P C L K _ICH P C L K _SIO P C L K_591 P C L K _ MINI P C L K _LAN P C L K_1394 P C L K_PCM

C696 *10P_0402

C694 *10P_0402

C767 * 1 0 P_0402

3

1

220

D

L23 *15nF

Z0302 R74 38 C K E N# *0_0402 C718 C716 C306 C717 * 1 0 P_0402 * 1 0 P_0402 *10P_0402 * 1 0 P_0402

C720 C723 C721 C725 *10P_0402 * 1 0 P_0402 *10P_0402 *10P_0402 C724 C722 C719 *10P_0402 * 1 0 P_0402 *10P_0402

T itle

QUANTA COMPUTER
C L O C K G E N E R A T OR
D o c u m ent Number

Size A3 D a te:

Z G1
F r i d a y , D ecember 27, 2002
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B

C

D

E

H D # [ 0 ..63] U3A 6 H A # [ 3 ..31] H A # [ 3 ..31] HA#3 HA#4 HA#5 HA#6 HA#7 HA#8 HA#9 HA#10 HA#11 HA#12 HA#13 HA#14 HA#15 HA#16 HA#17 HA#18 HA#19 HA#20 HA#21 HA#22 HA#23 HA#24 HA#25 HA#26 HA#27 HA#28 HA#29 HA#30 HA#31 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

H D # [ 0 ..63] 6

Banias
1 OF 3

4

4

R E Q UEST P H A SE S I G N ALS

D A TA P H A SE S I G N ALS

+3V

+3V R25 T H C L K_SMB Q31 RHU002N06 R40 10K_0402 R41 10K_0402 U41 T H ERMDA R38 10K_0402 C39 .1U_0402 100 280VCC

31,40

MBCLK

6 6
3

H A D S TB0# H A D S TB1#

2

2
+3V

6 6 6 6 6

H H H H H

R R R R R

E Q#0 E Q#1 E Q#2 E Q#3 E Q#4 E R ROR S I G N ALS

25,31

M B D ATA

T H D A T_SMB Q32 RHU002N06 +3V C62 2200P T H ERMDC MAX6648 UMAX-8P 280INT#

3

6 R32 +VCCP 6 6 6 6 6 6 6 +VC CP

ADS# 56 H _ I ERR# H B R EQ0# B P R I# BNR# H L O CK# HIT# HITM# D E F E R# T6 T7 T8 T9 H T R DY# RS#0 RS#1 RS#2 A20M# F E R R# I G N NE# SMI# TCK T12 TDI TMS TRST# H C L K _ITP H C L K _ITP# P R E Q# P R D Y# DBR# BPM0# BPM1# BPM2# BPM3#

36

1 6 3 2RESET#

2
D5 * R H U002N06

B: CHANGE FROM MIC280

A R B I T R ATION P H A SE S I G N ALS

S N O O P P HASE S I G N ALS

R E S P O NSE P H A SE S I G N ALS

2

R33 332/F

6 6 6 6 15 15 15 15

+VCCP
2

16

C P U PWRGD + 3 V _S5

C P U PWRGD

PC C O M P A T I B ILITY S I G N ALS

D I A G N OSTIC & T EST S I G N ALS

H D S TBN0# H D S T BP0# H D S TBN1# H D S T BP1# H D S TBN2# H D S T BP2# H D S TBN3# H D S T BP3#

6 6 6 6 6 6 6 6

R57 150

R58 39/F

H C L K _CPU# TDI TMS TCK TRST# H C L K _CPU

R34 150

3 3

H C L K _ITP H C L K _ITP# T10 T11

H H H H

D D D D

B I0# B I1# B I2# B I3#

6 6 6 6 6 6

R56 *22_0402 R59 680 R60 2 7 . 4/F C101 * 2 2 P_0402

R55 *22_0402

16

DBR# +VC CP 15 15 15 15 6,15 INTR NMI S T P C LK# C P U _ SLP# D P S LP#

DBSY# D R D Y# E X E C UTION C O NTROL S I G N ALS H C L K _CPU# H C L K _CPU

H C L K _CPU# 3 H C L K _CPU 3

C98 * 2 2 P_0402

R62 56

T H ERMDA T H ERMDC
1

C P U I NIT# 15 C P U RST# C P U RST# 6 D P W R# 6
1

16

T H E R MTRIP# C P U _ PROCHOT#

T H E R M A L DIODE

B a n i as_Processor T itle

QUANTA COMPUTER
BANIAS CPU - A
D o c u m ent Number R ev D Sh eet
E

Size A3 D a te:
A B C D

F r i d a y , D ecember 27, 2002

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ESR < 3m OHM
V C C _CORE V C C _ CORE

C H 4 4 702K912
C97 C462 C446 C451 . 4 7 U /10V/X7R 7 U /10V/X7R 7 U /10V/X7R 7 U /10V/X7R .4 .4 .4 + <Voltage> <Voltage> <Voltage> <Voltage> <TempChar> <TempChar> <TempChar> <TempChar> V C C _CORE
4

2 2 0 U / 2 . 5 V ( C C7343) *2

2 5 M I L S ( > 5 0 M I L S P R E F F E R D ) S P A CE T < 0.5" CHECK LAYOUT NOTES
+VCCP R65 R69 R280 R281 2 5 2 5 7 4 7 4 . 4/F . 9/F . 4/F . 9/F COMP0 COMP1 COMP2 COMP3

U3B +VCCP

U3C

+ C445 2 2 0 U/2.5V C464 2 2 0 U/2.5V

+ C117 2 2 0 U/2.5V

+ C88 2 2 0 U/2.5V

R67

1K/F R66 2K/F

GTLREF0

Banias
2 OF 3

Banias
3 OF 3
4

C435 C95 C96 C474 . 4 7 U /10V/X7R 7 U /10V/X7R 7 U /10V/X7R 7 U /10V/X7R .4 .4 .4 <Voltage> <Voltage> <Voltage> <Voltage> <TempChar> <TempChar> <TempChar> <TempChar> V C C _CORE

GTLREF: 2/3 VCCP+-2% T<0.5" 25 mils space

TEST1 TEST2

P O W E R , G R O UND AND NC

A0: STUFF A1: NC
R68 R288 0_0805 *0_0805 C P U _ VCCA

R31 *1K_0402

R64 *1K_0402

P O W ER, G R OUND, R E S E RVED S I G NALS

C443 C469 C437 C452 . 4 7 U /10V/X7R 7 U /10V/X7R 7 U /10V/X7R 7 U /10V/X7R .4 .4 .4 +1.8V <Voltage> <Voltage> <Voltage> <Voltage> +1.5V <TempChar> <TempChar> <TempChar> <TempChar> V C C _CORE

V C C _ CORE C119 C477 C423 C422 C421 .1U_0402 1 0 U / 6 .3V/X5R C43 C65 C112 C103 . 4 7 U /10V/X7R 7 U /10V/X7R 7 U /10V/X7R 7 U /10V/X7R .4 .4 .4 <Voltage> <Voltage> <Voltage> <TempChar> <TempChar> <TempChar> V C C _CORE
3

C476 .1U_0402

C424 .1U_0402

C118 .1U_0402 38 38 38 38 38 38 CPU CPU CPU CPU CPU CPU _VID0 _VID1 _VID2 _VID3 _VID4 _VID5

1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R 1 0 U / 6 .3V/X5R

< V o ltage> <TempChar> +VCCP

VID
3

C81 C106 C455 C90 . 4 7 U /10V/X7R 7 U /10V/X7R 7 U /10V/X7R 7 U /10V/X7R .4 .4 .4 + <Voltage> <Voltage> <Voltage> <Voltage> <TempChar> <TempChar> <TempChar> <TempChar> V C C _CORE +VCCP C465 C463 C69 C458 . 4 7 U /10V/X7R 7 U /10V/X7R 7 U /10V/X7R 7 U /10V/X7R .4 .4 .4 <Voltage> <Voltage> <Voltage> <Voltage> <TempChar> <TempChar> <TempChar> <TempChar> C109 .1U_0402 C110 .1U_0402 C438 .1U_0402 C448 .1U_0402 C70 .1U_0402 C439 .1U_0402 C478 1 5 0 U/6.3V C459 .1U_0402 C92 .1U_0402 C460 .1U_0402 C71 .1U_0402

R39 R35

* 5 4 .9/F * 5 4 .9/F

Z0501 Z0502

T4 T5 T13 T3 T2 R 6 3 *1K_0402

Z0503 Z0504 Z0505 Z0506 Z0507 Z0508

V C C _ CORE

V C C _CORE

1 0U/6.3V/X5R(CC0805) *38
C114
2

C63

C449

C108

C444

C105

C111

C93

C74
2

1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R

1 0 U / 6 .3V/X5R 1 0 U / 6 .3V/X5R 1 0 U / 6 .3V/X5R

1 0 U / 6 .3V/X5R

V C C _ CORE

V C C _CORE

Banias_Processor

C450

C466

C104

C100

C61

C66

C79

C467

C441

1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R

1 0 U / 6 .3V/X5R 1 0 U / 6 .3V/X5R

1 0 U / 6 .3V/X5R 1 0 U / 6 .3V/X5R

V C C _CORE

V C C _ CORE

C72

C80

C67

C75

C440

C454

C447

C457

C87

V C C _ C O R E 1 . 3 5 6 V TO 0.844V 0 . 7 4 8 V ( DEEPER SLEEP) V C C P 1.05V V C C A 1.8V

1 0 U / 6 .3V/X5R 1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R

1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R

1

V C C _ CORE

V C C _ CORE

1

C76

C82

C442

C456

C436

C91

C468

C461 B a n ias_Processor

1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R

1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R 1 0 U / 6.3V/X5R T itle

QUANTA COMPUTER
NorthWood CPU - B
Size B D a te: D o c u ment Number R ev D S heet
E

F r i d a y , December 27, 2002

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A

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C

D

A

B

C

D

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U5A 4 H D # [ 0 ..63] H D # [ 0 ..63] 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 HA#3 HA#4 HA#5 HA#6 HA#7 HA#8 HA#9 HA#10 HA#11 HA#12 HA#13 HA#14 HA#15 HA#16 HA#17 HA#18 HA#19 HA#20 HA#21 HA#22 HA#23 HA#24 HA#25 HA#26 HA#27 HA#28 HA#29 HA#30 HA#31 H A D STB0# 4 H A D STB1# 4 ADS# 4 + 2 . 5 VSUS +1.5V HREQ#0 HREQ#1 HREQ#2 HREQ#3 HREQ#4 H B R EQ0# B P R I# BNR# HLOCK# HIT# HITM# D E F ER# 4 4 4 4 4 4 4 4 4 4 4 4 R325 *0_0402 4,15 4 R326 *10K_0402 R331 * 4 .7K_0402 H L _ RCOMP T E S TIN# ETS# R317 D P S L P# DPWR# H A # [ 3 ..31] H A # [ 3 ..31] 4 +VCCP U5D +VC CP

+ 1 .8 V + C475 1 5 0 U/6.3V C141 C532 C543 C142 1 0 U / 6 .3V/X5R .1U_0402 .1U_0402 .1U_0402 C491 .1U_0402 C490 .1U_0402 C492 .1U_0402 C481 .1U_0402 C482 .1U_0402 C483 .1U_0402 C518 C547
4

4

.1U_0402 .1U_0402

HOST BU S INTERFACE (Processor System Bus)

C LOSE TO IC, WITHIN 150 MILS
+ 1 .2 V

H U B INTERFACE

H L [ 0 ..10] HL0 HL1 HL2 HL3 HL4 HL5 HL6 HL7 HL8 HL9 HL10

H L [ 0 ..10]

16 +1.8V

R324 150/F
3

3

10 mils
HLSTB HLSTB# 3 6 . 5/F

H U B R E F_MCH 16 16 +1.8V C542

<3" CLOSE TO IC
R323 150/F

O D E M_MCH-M

.01U_0402

H U B R E F = 0 . 5 * V CC1_8 +- 7%
D B S Y# D R D Y# H T R DY# RS#0 RS#1 RS#2 4 4 4 4 4 4 +1.2V

+ C538 1 5 0 U /6.3V s h ould 150u

+ C485 1 5 0 U /6.3V

C P U RST# 4 H H H H D D D D B I3# B I2# B I1# B I0# 4 4 4 4

2

2

1 0 , 1 5 , 2 0 , 2 1,22,23,24,30,31 P C I R ST#

H C L K_MCH 3 H C L K_MCH# 3

+1.2V

P LACEMENT CHECK RDDP P117 CLOSE TO IC (WITHIN 50 MILS)
C515 C524 .022U C549 .015U C545 .22U C550 .01U_0402 C548 .047U

V A G T LREF H H H H H H H H O D E M_MCH-M +VC CP D D D D D D D D S TBN0# S TBP0# S TBN1# S TBP1# S TBN2# S TBP2# S TBN3# S TBP3# 4 4 4 4 4 4 4 4

2 . 2 U/10V

R301 R294

2 7 . 4/F 2 7 . 4/F

HSW HSW HRC HRC

NG1 NG0 OMP1 OMP0

ON THE SECONDARY SIDE

1 8 MILS, 25 MILS SPACE <0.5"

+VC CP R299 4 9 . 9/F
1

+VCCP

NEXT TO PIN AB16
C487 .01U_0402 R312 301/F H S W NG0 C484 .01U_0402 R289 301/F H S W NG1
1

V A G T LREF

C495

C526

C535

R300 1 0 0 /F

NEXT TO PIN P8

1 U /10V

220P_0402

220P_0402

15MILS, 25MILS SPACE
R303 150/F R292 150/F T itle

QUANTA COMPUTER
M C H-M_A (HOST & POWER)
D o c u m ent Number R ev D Sh eet
E

NEXT TO EACH HVREF PIN

Size A3 D a te:

F r i d a y , D ecember 27, 2002

6

of

40

A

B

C

D

A

B

C

D

E

CLOSE TO IC (<70 MILS)
U5C 10 G A D [ 0 ..31] GAD0 GAD1 GAD2 GAD3 GAD4 GAD5 GAD6 GAD7 GAD8 GAD9 GAD10 GAD11 GAD12 GAD13 GAD14 GAD15 GAD16 GAD17 GAD18 GAD19 GAD20 GAD21 GAD22 GAD23 GAD24 GAD25 GAD26 GAD27 GAD28 GAD29 GAD30 GAD31 10 10 10 10 10 10 10 10 10 10 G G G G C C C C B E0# B E1# B E2# B E3# + 1 .5 V U5E +1.5V
4

4

P O W E R INTERFACE

A G P INTERFACE

+ C133 1 0 0 U/10V

C128

C130

C522

C504

C498

C123

C519

C497

.1U_0402 .1U_0402 .1U_0402 . 1 U _0402 .1U_0402 . 1 U _0402

1 0 U / 6 .3V/X5R

1 0 U / 6 .3V/X5R

+ 2 . 5 VSUS

2.5V+-0.125V
+ 2 . 5 VSUS

CLOSE TO IC (<150 MILS)

+ C657 C561 C562 C570 C563 C564 C565 C566 C166 C159 1 5 0 U /6.3V .1U_0402 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402 . 1 U _0402 .1U_0402

3

C: CHANGE FROM 100U
+ 2 . 5 VSUS

G ROUND

3

+ 1 .5 V

ST2

R71

1K_0402

G F R A ME# G I R D Y# G T R DY# G D E V SEL# GPAR G S T OP#

+ C147 1 0 0 U/10V

C144 22U_1206

C153 22U_1206

C160 .1U_0402

C161

C162

C163

C164

C165

. 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402

ST1

R72

1K_0402 10 S B A [ 0 ..7] SBA0 SBA1 SBA2 SBA3 SBA4 SBA5 SBA6 SBA7

10 10 10 10 10 10 10 10 10 10 10 10 10 ST0 ST1 ST2

G R E Q# GGNT# G R B F# G W B F# A D _ STB0 A D _ STB0# A D _ STB1 A D _ STB1# S B _ STB S B _ STB# ST1 ST2 A D _ STB0# A D _ STB1# S B _ STB#

+1.8V

2

2

C514 . 1 U _0402

C520 1 0 U / 10V/U

<0.5"

A G P _ R COMP A G P V R EF

10 mils
O D E M _MCH-M

10 mils
R291 *2K R290 *2K R293 3 6 . 5/F 3 C L K 66_MCH C489 .1U_0402 R328 *22_0402 O D E M _MCH-M +1.5V Z0701
1

S T1 X 0 1

S T2 1 X X

M C H S TRAP DDR T E S T M ODE 4 0 0 MHZ

C553 *10P_0402 10 A G P V R EF A G P V R EF

R329 1K/F

1

R330 1K/F

T itle

QUANTA COMPUTER
M CH-M_B(AGP,GND)
D o c u m ent Number R ev D Sh eet
E

Size A3 D a te:
A B C D

F r i d a y , D ecember 27, 2002

7

of

40

A

B

C

D

E

R _ S M _DQS0 R 1 2 6 R _ S M _DQS7 R 1 3 2 RN20 R_MD57 R_MD60 R_MD61 R_MD56 R_MD62 R_MD59 R_MD63 R_MD58 R_MD0 R_MD1 R_MD2 R_MD3 R_MD4 R_MD5 R_MD6 R_MD7 R_MD8 R_MD9 R_MD10 R_MD11 R_MD12 R_MD13 R_MD14 R_MD15 R_MD16 R_MD17 R_MD18 R_MD19 R_MD20 R_MD21 R_MD22 R_MD23 R_MD24 R_MD25 R_MD26 R_MD27 R_MD28 R_MD29 R_MD30 R_MD31 R_MD32 R_MD33 R_MD34 R_MD35 R_MD36 R_MD37 R_MD38 R_MD39 R_MD40 R_MD41 R_MD42 R_MD43 R_MD44 R_MD45 R_MD46 R_MD47 R_MD48 R_MD49 R_MD50 R_MD51 R_MD52 R_MD53 R_MD54 R_MD55 R_MD56 R_MD57 R_MD58 R_MD59 R_MD60 R_MD61 R_MD62 R_MD63 T33 T36 T37 T38 T31 T32 T39 T35 RN21 8P4R-S-10 R _ S M _DQS1 R 1 2 8 R _ M A [ 0 ..12] RN12 MA8 MA11 MA12 MA9 MA6 MA7 MA5 MA4 RN22 RN13 MA2 MA0 MA3 MA1 MA10 S R A S A# B M W EA# S C A S A# RN24 BA0 BA1 R159 R158 8P4R-S-10 RN8 10_0402 10_0402 R_BA0 R_BA1 R _ B A0 R _ B A1 9 9 R _ S M _DQS3 R 1 2 7 RN11 8P4R-S-10 R _ S M _DQS2 R 1 2 5 8P4R-S-10 R_MA2 R_MA0 R_MA3 R_MA1 R_MA10 R _ S R ASA# R _ B M WEA# R _ S C ASA# RN9 R_MD19 R_MD22 R_MD18 R_MD23 R_MD17 R_MD21 R_MD20 R_MD16 8P4R-S-10 R_MA8 R_MA11 R_MA12 R_MA9 R_MA6 R_MA7 R_MA5 R_MA4 R _ M A [ 0 ..12] 9 R_MD12 R_MD13 R_MD9 R_MD8 R_MD11 R_MD15 R_MD14 R_MD10 RN7 RN6 10_0402 8P4R-S-10 MD57 MD60 MD61 MD56 MD62 MD59 MD63 MD58 S M _ DQS7 RN4 R_MD6 R_MD5 R_MD4 R_MD0 R_MD1 R_MD7 R_MD3 R_MD2 RN5

10_0402 8 P 4 R-S-10

S M _ DQS0

S M _ D Q S [ 0..8] M D [ 0 ..63] M A [ 0 ..12]
4

S M _ D Q S [ 0..8] 9 M D [ 0 ..63] 9 U5B M A [ 0 ..12] 9 9 9 9 9 S M _ CS0# S M _ CS1# S M _ CS2# S M _ CS3# S M _ CS0# S M _ CS1# S M _ CS2# S M _ CS3#

MD6 MD5 MD4 MD0 MD1 MD7 MD3 MD2
4

8 P 4 R-S-10 10_0402 8 P 4 R-S-10 MD12 MD13 MD9 MD8 MD11 MD15 MD14 MD10 8 P 4 R-S-10 10_0402 8 P 4 R-S-10 MD19 MD22 MD18 MD23 MD17 MD21 MD20 MD16 8 P 4 R-S-10 10_0402 8 P 4 R-S-10 MD31 MD27 MD29 MD30 MD26 MD25 MD24 MD28 S M _ DQS3
3

S M _ DQS1

U S E 8 P 4R-0402 package
+1.25V

RN54 MD59 MD63 S M _ DQS7 MD60 RN53 MD61 MD51 MD50 S M _ DQS6 RN52 MD53 MD49 MD46 MD42 RN51 S M _ DQS5 MD44 MD45 MD35 RN50 MD38 S M _ DQS4 MD37 MD36 RN33 S M _ CS1# S M _ CS3# MD33 RN49 MA1 MA3 MA5 MA7 RN48
2

8P4R-S-56

RN41

8P4R-S-56 MD62 MD58 MD57 MD56 T34

D D R INTERFACE

R _ S M _DQS0 R _ S M _DQS1 R _ S M _DQS2 R _ S M _DQS3 R _ S M _DQS4 R _ S M _DQS5 R _ S M _DQS6 R _ S M _DQS7

S M _ DQS2

8P4R-S-56

RN40

8P4R-S-56 MD55 MD54 MD52 MD48

9 9 9 9 9 9 9 9 9

B M W EA# S R A SA# S C A SA# BA0 BA1 CKE0 CKE1 CKE2 CKE3

B M W EA# S R A S A# S C A S A# BA0 BA1 CKE0 CKE1 CKE2 CKE3

8P4R-S-56

RN39

8P4R-S-56 MD47 MD43 MD40 MD39

R _ S R A SA# 9 R _ B M W EA# 9 R _ S C A SA# 9

3

8P4R-S-56

RN38

8P4R-S-56 MD34 MD41 S C A S A# MD32

8P4R-S-56

RN30

8P4R-S-56 S M _ CS2# MA6 MA11 MA8

8P4R-S-56

RN32

8P4R-S-56 S R A S A# BA1 9 9 9 9 9 9 9 9 9 9 9 9 C C C C C C L L L L L L K K K K K K _ _ _ _ _ _ S DRAM0 S DRAM1 S DRAM2 S DRAM3 S DRAM4 S DRAM5

MA0 MA1 MA2 MA3 MA4 MA5 MA6 MA7 MA8 MA9 MA10 MA11 MA12

P l a c e Rterms close to second DIMM
+ 1 .25V

C622

C656

C655

C651

C649

C642

C640

C648

C630

C660

R_MD31 R_MD27 R_MD29 R_MD30 R_MD26 R_MD25 R_MD24 R_MD28 RN10 R _ S M _DQS4 R 1 2 9 RN15 8 P 4 R-S-10 10_0402 8 P 4 R-S-10

. 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402

S M _ DQS4

+ 1 .25V

8P4R-S-56

RN31

8P4R-S-56 S M _ CS0# MA0 MA2 MA4

C641

C632

C634

C628

C636

C658

C644

C643

C645

C646

8P4R-S-56

RN29

8P4R-S-56 CKE2 CKE0 CKE1

MA12 MA9 CKE3

CLK_ CLK_ CLK_ CLK_ CLK_ CLK_

SDRAM0# SDRAM1# SDRAM2# SDRAM3# SDRAM4# SDRAM5#

. 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402

R_MD35 R_MD39 R_MD34 R_MD38 R_MD32 R_MD33 R_MD37 R_MD36 RN14 R _ S M _DQS5 R 1 3 0 8 P 4 R-S-10 10_0402 8 P 4 R-S-10

MD35 MD39 MD34 MD38 MD32 MD33 MD37 MD36
2

S M _ DQS5

+ 1 .25V RN17 R_MD47 R_MD46 R_MD42 R_MD43 R_MD40 R_MD44 R_MD45 R_MD41 RN16 + 1 .25V R _ S M _DQS6 R 1 3 1 RN18 C616 C626 C679 C670 C667 C672 C673 C675 R_MD52 R_MD48 R_MD49 R_MD53 R_MD55 R_MD54 R_MD50 R_MD51 RN19 5 0 PCS 8 P 4 R-S-10
1

RN46 MD27 MD29 S M _ DQS3 MD25 RN45 MD23 MD24 MD18 S M _ DQS2 RN44 MD16 MD20 MD11 MD15 RN43 S M _ DQS1 MD12 MD13 MD7 RN42
1

8P4R-S-56

RN37

8P4R-S-56 MD31 MD30 MD26 MD28

1.25V+-0.04V
+1.25V + 1 . 2 5VSUS

WITHIN 1", TRACE (12,10)
R337 3 0 . 1/F S M R C OMP

C677

C624

C623

C637

C621

C617

C620

C631

C627

C638

8P4R-S-56

RN36

8P4R-S-56 MD19 MD22 MD17 MD21

. 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402

C576 .1U_0402

C560 .1U_0402

C554 .1U_0402 R C V E NIN#

1.25V+-0.025V

MD47 MD46 MD42 MD43 MD40 MD44 MD45 MD41 8 P 4 R-S-10 10_0402 8 P 4 R-S-10 MD52 MD48 MD49 MD53 MD55 MD54 MD50 MD51 S M _ DQS6

8P4R-S-56

RN35

8P4R-S-56 MD14 MD10 MD8 MD9 O D E M _MCH-M 1 8 0 m i l s ( t o tal length pad to pad)

8P4R-S-56

RN34

8P4R-S-56 MD2 MD3 MD0 MD4 +1.25V

. 1 U _0402 . 1 U _0402

.1U_0402

.1U_0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402

8P4R-S-56

MD1 S M _ DQS0 MD6 MD5

C AP C676 8 P4R C664 C666 C650 C653 C654 C652 C659 C639 C647

BA0 R469 MA10 R470 B M W EA#R 4 7 1

56_0402 56_0402 56_0402 C AP

.1U_0402 .1U_0402 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402 . 1 U _0402 .1U_0402 T itle

QUANTA COMPUTER
MCH-M_C(DDR)
D o c u m ent Number R ev D Sh eet
E

Size A3 D a te:
A B C D

F r i d a y , D ecember 27, 2002

8

of

40

1

2

3

4

5

6

7

8

M D [ 0 ..63] M A [ 0 ..12] S M _ D Q S [ 0..8]

M D [ 0 ..63] 8 M A [ 0 ..12] 8 S M _ D Q S [0..8] 8

+ 2 . 5 VSUS

+ 2 . 5 VSUS

+ 1 . 2 5VSUS

+ 2 . 5 VSUS

2.5V+-0.2V
+ 1 . 2 5 VSUS

+ 2 . 5 VS U S

+ 2 . 5 VSUS

1.25V+-0.05V
+ 1 . 2 5VSUS + 1 . 2 5VSUS C230 .1U_0402 C203 . 1 U _0402 C614 .1U_0402 C668 . 1 U _0402 + 1 . 2 5 VSUS

0.1U cap per power pin. 33pin per socket (11*6).

Place each capclose to pin.

CN17

CN25

C246 C193 C191 C190 C615 C239 C180 C618 C189 C674 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402 .1U_0402 MD5 MD6

MD5 MD6 S M _ DQS0 MD1 MD7 MD13 MD12 S M _ DQS1 MD11 MD15 8 8 C L K _ S DRAM3 C L K _ SDRAM3# MD20 MD16 S M _ DQS2 MD18 MD23 MD24 MD25 S M _ DQS3 MD29 MD27
B

MD4 MD0

MD4 MD0 S M _ DQS0 MD3 MD2 MD9 MD8 S M _ DQS1 MD10 MD14 8 C L K _ SDRAM0 8 C L K _ S DRAM0#

+ 2 . 5 VSUS

A

MD3 MD2 MD9 MD8

MD1 MD7 MD13 MD12 + 2 . 5 VSUS

A

C232 C619 C678 C187 C681 C192 C247 C181 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402 . 1 U _0402 .1U_0402

MD10 MD14

MD11 MD15

C182 C185 C671 C243 C210 C184 C188 C661 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402 . 1 U _0402 .1U_0402 MD21 MD17 S M _ DQS2 MD22 MD19 MD28 MD26 S M _ DQS3 MD30 MD31 M_CB0 M_CB1 MD20 MD16 + 2 . 5 VSUS

MD21 MD17

MD22 MD19 MD28 MD26

MD18 MD23 MD24 MD25 C213 C665 C186 C625 C194 C238 C236 C635 C633 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402

MD30 MD31 M_CB4 M_CB5 R142 M_CB6 M_CB7 200

MD29 MD27 M_CB4 M_CB5

+ 2 . 5 VSUS
B

M_CB0 M_CB1 R348 200 S M _ DQS8-1 M_CB2 M_CB3

S M _ DQS8-2 M_CB2 M_CB3

M_CB6 M_CB7

C629 C680 C669 C244 C242 C183 C206 C209 C207 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402

+ 2 . 5 VSUS 8 8 8 C L K _ S DRAM5 C L K _ SDRAM5# CKE3 CKE3 MA12 MA9 MA7 MA5 MA3 MA1 MA10 BA0 B M W EA# S M _ CS2# CKE2 MA11 MA8 MA6 MA4 MA2 MA0 BA1 S R A S A# S C A S A# S M _ CS3# BA1 S R A S A# S C A S A# S M _ CS3# 8 8 8 8 CKE2 8 8 C L K _ SDRAM2 8 C L K _ S DRAM2# 8 CKE1 CKE1 R_MA12 R_MA9 R_MA7 R_MA5 R_MA3 R_MA1 R_MA10 R_BA0 R _ B M WEA# S M _ CS0# CKE0 R_MA11 R_MA8 R_MA6 R_MA4 R_MA2 R_MA0 R_BA1 R _ S R ASA# R _ S C ASA# S M _ CS1# CKE0 8 C208 C231 C228 C233 C234 C235 C237 C248 C240 C241 C245 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402

P C 2 1 0 0 DDR SDRAM SO-DIMM (200P)

P C 2 1 0 0 DDR SDRAM SO-DIMM (200P)

+ 2 . 5 VSUS

+ R _ S R ASA# 8 R _ S C ASA# 8 SM_CS1# 8 C152 1 0 0 U/10V

+ C151 100U/10V

8 8 8
C

BA0 B M W EA# S M _ CS2#

8 8

R _ B M WEA# S M _ CS0#

MD36 MD37 S M _ DQS4 MD38 MD35 MD45 MD44 S M _ DQS5 MD42 MD46

MD32 MD33

MD32 MD33 S M _ DQS4 MD34 MD39 MD41 MD40 S M _ DQS5 MD43 MD47 C L K _ SDRAM4# 8 C L K _ SDRAM4 8

MD36 MD37 R N 4 7 8 P 4 R-S-56 MD38 MD35 MD45 MD44 M_CB4 M_CB5 M_CB6 M_CB7 C L K _ S DRAM1# 8 C L K _ SDRAM1 8 MD49 MD53 M_CB3 M_CB2 M_CB1 M_CB0 R N 2 3 8 P 4 R-S-56

C

MD34 MD39 MD41 MD40

MD43 MD47

MD42 MD46

MD49 MD53 S M _ DQS6 MD50 MD51 MD61 MD60 S M _ DQS7 MD63 MD59 P D A T _SMB P C L K _SMB +3V R160 *10K_0402 Z0901

MD48 MD52

MD48 MD52 S M _ DQS6 MD54 MD55 MD56 MD57 S M _ DQS7 MD58 MD62 +3V 3,16 3,16 P D A T _SMB P C L K _SMB +3V R133 P D A T _SMB P C L K _SMB Z0902 *10K_0402

MD54 MD55 MD56 MD57

MD50 MD51 MD61 MD60
D

D

MD58 MD62

MD63 MD59

S M b u s a d d r ess A0
R _ M A [ 0 ..12] A M P - D D R _ S O D I M M(REVERSE)_4mm R _ B A [ 0 ..1] R _ M A [ 0 ..12] 8 R _ B A [ 0 ..1] 8 T itle

QUANTA COMPUTER
S y s t e m DRAM Expansion (200P-DDR_SODIMM X 2)
D o c u m ent Number R ev D Sh eet 9
8

A M P - D D R _ S O DIMM_5.2mm

S M b u s a d d r ess A1

H =5.2 mm
1

CLOCK 3,4 CKE 2,3
2 3

H =4.0 mm
4

CLOCK 0,1 CKE 0,1
5 6

Size A3 D a te:

F r i d a y , D ecember 27, 2002
7

of

40

5

4

3

2

1

7

G A D [ 0 ..31]

U7A GAD0 GAD1 GAD2 GAD3 GAD4 GAD5 GAD6 GAD7 GAD8 GAD9 GAD10 GAD11 GAD12 GAD13 GAD14 GAD15 GAD16 GAD17 GAD18 GAD19 GAD20 GAD21 GAD22 GAD23 GAD24 GAD25 GAD26 GAD27 GAD28 GAD29 GAD30 GAD31 V G A _ G PIO0 V G A _ G PIO1 V G A _ G PIO2 V G A _ G PIO3 V G A _ G PIO4 V G A _ G PIO5 V G A _ G PIO6 V G A _ G PIO7 V G A _ G PIO8 V G A _ G PIO9 V G A _ G PIO10 V G A _ G PIO11 V G A _ G PIO12 V G A _ G PIO13 T27 T30 +3V K e e p N C : U s e i nternal spread spectrum.

RN2 Z V _ L C DDATA20 Z V _ L C DDATA17 Z V _ L C DDATA16 V G A _ G PIO1 V G A _ G PIO2 V G A _ G PIO0 V G A _ G PIO5 V G A _ G PIO4

1 6 P 8 R-8.2K

S H F C L K s p read spectrum control
U27 R327 T24 T28 T26 T29 S S O UT SSIN R309 10_0402 P V C L KI P M C LKI 10_0402 MRA L37 *56nH C568 10P_0402 3V_2040C
D

L38 * B K 1 608HS241-T

D

SR0

C512 .1U_0402

C539 1 0 U / 10V/U

SR1

P M C LKI

RN3 V G A _ G PIO7 V G A _ G PIO3 V G A _ G PIO12 V G A _ G PIO13 V G A _ G PIO8 V G A _ G PIO11 V G A _ G PIO9 V G A _ G PIO6

1 6 P 8 R-8.2K

ZV PORT / EXT TMDS / GPIO / ROM

n o M C L K SS, M1=open n o T M D S, AH12=0

Z1003 C511 *12P_0402

SSON R 3 1 6

0_0402

*P2040C

When LOW is enable the spread function. Place the 0 ohm resistors(*4) on TOP side.
+3V +3V

I n t e r r u p t P i n : P I R Q A#
7 7 7 7 3
C

R310 *10K_0402 Z V _ L C DDATA16 Z V _ L C DDATA17 Z V _ L C DDATA18 Z V _ L C DDATA19 Z V _ L C DDATA20 T23 T19 T18 T14 T22 R318 10K_0402 R319 10K_0402 R313 10K_0402 MRA SR1 LCD0 LCD1 LCD2 Z1004 Z1005 Z1006 Z1007 T21 T17 T20 T63 TXLOUT0- 13 TXLOUT0+ 13 TXLOUT1- 13 TXLOUT1+ 13 TXLOUT2- 13 TXLOUT2+ 13 T59 T60 TXLCLKOUT- 13 T X L CLKOUT+ 13 TXUOUT0- 13 TXUOUT0+ 13 TXUOUT1- 13 TXUOUT1+ 13 TXUOUT2- 13 TXUOUT2+ 13 T16 T62 T X U CLKOUT- 13 T X U CLKOUT+ 13 D D C CLK D D C DAT 13 13 13 SR0

R333

R334 *10K_0402

C L K 6 6_AGP

C L K 6 6_AGP 6 , 1 5 , 2 0 , 2 1,22,23,24,30,31 P C I R ST# 7 GREQ# 7 GGNT# R84 7 GPAR 33_0402 7 GSTOP# 7 G D E V SEL# 7 G T R DY# C L K 6 6_AGP-1 7 G I R DY# 7 G F R AME# C139 15,22 P I R QA# * 5 P _0402 7 G W B F# R314 P C I R ST#

PCI/AGP

GCBE0# GCBE1# GCBE2# GCBE3#

*10K_0402

C

R311 *0_0402

R332 *0_0402

R335 *0_0402

0_0402 M9

G W B F#1

16 16

S T P _ AGP# A G P _ B U SY# R85 +3V R308 10K_0402 10K_0402 7 7 7 7 7 G R B F# A D _ STB0 A D _ STB1 S B _ STB S B A [ 0 ..7]

Z1008 Z1009

AGP2X

G WBG#

R123--> M7 not mount

SBA0 SBA1 SBA2 SBA3 SBA4 SBA5 SBA6 SBA7

LVDS

D28 S U S S T A T_VGA# S U S _ STAT# 16,30 1SS355

Z1010 Z1011

B

7 7 7 7 7 7 7 A G P V R EF

ST0 ST1 ST2 S B _ STB# A D _ S TB0# A D _ S TB1# R92 47/F A G P T EST

B

D I S P _ O N 13 BLON# 13

C496 220P_0402

C488 220P_0402

AGP4X

TMDS

C149 .1U_0402

R79 14,33 T V _ C HROMA 14,33 T V _ LUMA R83 R304

715/F

R2SET T V _ C HROMA T V _ LUMA Z1001 Z1002

CRT_R CRT_G CRT_B +3V

14 14 14

TO CRT

R277 75

R278 75

R279 75

+3V 13 13 E D I D CLK E D I D DATA

2 . 2 K_0402 2 . 2 K_0402

DAC2

T15 T61 T64

R306 R295 20K R302 4 . 7 K_0402

100K_0402

close to connector

T O LCD (RESERVE)

SSC

SSIN S S O UT

DAC1

C R T H S_VGA 14,33 C R T V S_VGA 14,33 RSET R81 499/F D D C DAT D D C CLK S U S S T A T_VGA# V G A _ AUXWIN R305 10K_0402 +3V

R297 4.7K_0402 + 2 .5 V D D C DAT D D C CLK 14,33 14,33
A

A

C132

15P_0402

CLK_M7-1 CLK_M7-2

CLK

R343 1K/F V D D R _ VREF

4 3

M1=NC, AJ27=1: No memory spread support.
M E M TEST V G A _ MEM0 V G A _ MEM1 R108 R101 R100 4 5 . 3/F 10K_0402 10K_0402 1 . 2 5 V f or SSTL-2 T itle C610 .1U_0402 R344 1K/F

Y1 27MHz

R82 1M

T E S TEN +1.8V

2 1

QUANTA COMPUTER
A TI M7,M9 (HOST, VIDEO O/P)-1
D o c u m ent Number R ev D Sh eet
1

C136

15P_0402

R307 1K_0402 @ A T I - M 7 -32MB/M9-64MB

M E M V M O D E[1:0]

M E M O R Y I O VOLTAGE

0 1 1 0 1 1
3

2 . 5 V (DDR) 1.8V (DDR) 3.3V (SDR)
2

Size A3 D a te:

F r i d a y , D ecember 27, 2002

10

of

40

5

4

A

B

C

D

GROUND

L10 M10 N10 P10 R10 T10 U10 V10 W10 Y10 L11 M11 N11 P11 R11 T11 U11 V11 W11 Y11 L12 M12 N12 P12 R12 T12 U12 V12 W12 Y12 L13 M13 N13 P13 R13 T13 U13 V13 W13 Y13 L14 M14 N14 P14 R14 T14 U14 V14 W14 Y14 L15 M15 N15 P15 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 B24 B20 A24 A20 B21

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

R15 T15 U15 V15 W15 Y15 L16 M16 N16 P16 R16 T16 U16 V16 W16 Y16 L17 M17 N17 P17 R17 T17 U17 V17 W17 Y17 L18 M18 N18 P18 R18 T18 U18 V18 W18 Y18 L19 M19 N19 P19 R19 T19 U19 V19 W19 Y19 L20 M20 N20 P20 R20 T20 U20 V20 W20 Y20 L21 M21 N21 P21 R21 T21 U21 V21 W21 Y21

C7 D7 C6 D6 C4 D4 C3 D3 A5 B5 A4 B4 A2 B2 A1 B1 E4 E3 F3 F4 H3 H4 J3 J4 C1 C2 D1 D2 F1 F2 G1 G2 R1 R2 T1 T2 V1 V2 W1 W2 T3 T4 U3 U4 W3 W4 Y3 Y4 Y1 Y2 AA1 AA2 AC1 AC2 AD1 AD2 AA3 AA4 AB3 AB4 AD3 AD4 AE3 AE4

MEMORY INTERFACE

5 4

5 4

MDQB0 MDQB1 MDQB2 MDQB3 MDQB4 MDQB5 MDQB6 MDQB7 MDQB8 MDQB9 MDQB10 MDQB11 MDQB12 MDQB13 MDQB14 MDQB15 MDQB16 MDQB17 MDQB18 MDQB19 MDQB20 MDQB21 MDQB22 MDQB23 MDQB24 MDQB25 MDQB26 MDQB27 MDQB28 MDQB29 MDQB30 MDQB31 MDQB32 MDQB33 MDQB34 MDQB35 MDQB36 MDQB37 MDQB38 MDQB39 MDQB40 MDQB41 MDQB42 MDQB43 MDQB44 MDQB45 MDQB46 MDQB47 MDQB48 MDQB49 MDQB50 MDQB51 MDQB52 MDQB53 MDQB54 MDQB55 MDQB56 MDQB57 MDQB58 MDQB59 MDQB60 MDQB61 MDQB62 MDQB63

MDQA0 MDQA1 MDQA2 MDQA3 MDQA4 MDQA5 MDQA6 MDQA7 MDQA8 MDQA9 MDQA10 MDQA11 MDQA12 MDQA13 MDQA14 MDQA15 MDQA16 MDQA17 MDQA18 MDQA19 MDQA20 MDQA21 MDQA22 MDQA23 MDQA24 MDQA25 MDQA26 MDQA27 MDQA28 MDQA29 MDQA30 MDQA31 MDQA32 MDQA33 MDQA34 MDQA35 MDQA36 MDQA37 MDQA38 MDQA39 MDQA40 MDQA41 MDQA42 MDQA43 MDQA44 MDQA45 MDQA46 MDQA47 MDQA48 MDQA49 MDQA50 MDQA51 MDQA52 MDQA53 MDQA54 MDQA55 MDQA56 MDQA57 MDQA58 MDQA59 MDQA60 MDQA61 MDQA62 MDQA63

J30 J29 H30 H29 F30 F29 E30 E29 J28 J27 H28 H27 F28 F27 E28 E27 D30 D29 C30 C29 A30 A29 A28 B28 D28 C28 D27 C27 D25 C25 D24 C24 D18 C18 D17 C17 D15 C15 D14 C14 B17 A17 B16 A16 B14 A14 B13 A13 D13 C13 D12 C12 D10 C10 D9 C9 B12 A12 B11 A11 B9 A9 B8 A8

For The D7, the internal memory is on the A channel. Do not populate Termination or momory on this channel if you are making a D7 Board or Board variant.

3

3

H2 H1 J2 J1 K4 K3 L4 M3 L3 M4 N2 N1 N4 N3 D5 B3 G3 E1 U1 V3 AB1 AC3 C5 A3 G4 E2 U2 V4 AB2 AC4

MAB0 MAB1 MAB2 MAB3 MAB4 MAB5 MAB6 MAB7 MAB8 MAB9 MAB10 MAB11 MAB12 MAB13 DQMB#0 DQMB#1 DQMB#2 DQMB#3 DQMB#4 DQMB#5 DQMB#6 DQMB#7 QSB0 QSB1 QSB2 QSB3 QSB4 QSB5 QSB6 QSB7

MAA0 MAA1 MAA2 MAA3 MAA4 MAA5 MAA6 MAA7 MAA8 MAA9 MAA10 MAA11 MAA12 MAA13 DQMA#0 DQMA#1 DQMA#2 DQMA#3 DQMA#4 DQMA#5 DQMA#6 DQMA#7 QSA0 QSA1 QSA2 QSA3 QSA4 QSA5 QSA6 QSA7

B26 A26 B25 A25 C22 D21 C21 D20 C20 D22 C23 D23 A27 B27 G30 G28 B30 D26 D16 B15 D11 B10 G29 G27 B29 C26 C16 A15 C11 A10 AD7 AD8 AD9 AD10 AD11 AD12 AD13 AD14 AD15 AD16 AD17 AD18 AD19 AD20 AD21 AD22 AD23 AD24 AC24 AB24 AA24 Y24 W24 V24 U24 T24 R24 P24 N24 M24 L24 K24 J24 H24 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
T77

H8 H23 AC8 AC23 G7 G8 G9 G10 G11 G12 G13 G14 G15 G16 G17 G18 G19 G20 G21 G22 G23 G24 H7 J7 K7 L7 M7 N7 P7 R7 T7 U7 V7 W7 Y7 AA7 AB7 AC7 AC10 AC11
T78

B: FOR A13 CHIP

2

2

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 DPLUS DMINUS

U7C @ A T I - M 7 -32MB/M9-64MB

T76

T75

R341

P4 R3 R4 P2 P3 P1 K2 K1 L2 L1 M2

RASB# CASB# WEB# CSB#0 CSB#1 CKEB CLKB0 CLKB0# CLKB1 CLKB1# CLKBFB

RASA# CASA# WEA# CSA#0 CSA#1 CKEA CLKA0 CLKA0# CLKA1 CLKA1# CLKAFB

B18 A19 A18 C19 B19 D19 B23 A23 B22 A22 A21

R342 120

120

U7B

T40

T itle

Size A3

@ A T I - M 7 -32MB/M9-64MB

D a te: F r i d a y , D ecember 27, 2002
1

A T I M7,M9
D o c u m ent Number

QUANTA COMPUTER
Z G1
Sh eet 11 of 40 R ev D
A B C

1

D

5

4

3

2

1

R296 +1.8V

B L M 1 1A121S V D D _ PLL1.8

U7D +1.5V

C486 .1U_0402

+1.8V R322
D

V D D _ P N LIO1.8 B L M 1 1A121S + C540 2 2 0 U/2.5V C508 C530 C531 C509 .1U_0402 .1U_0402 .1U_0402 . 1 U _0402 C584 1 0 U / 10V/U C559 1 0 U /10V/U
D

+1.8V R298 B L M 1 1A121S C494 .1U_0402

V D D _ P NLPLL1.8 C493 C595 C555 C556 C525 C593 C596 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402

+1.8V R321 B L M 1 1A121S

V D D R_18_25

CORE & I/O POWER

.1U_0402

C541 C507 C552 C573 C577 C517 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402

C529 .1U_0402

+2.5V

V D D _ M CLK2.5 R339 B L M 1 1A121S C579 .1U_0402

V D D R H 5 MA

C

+1.8V R345 B L M 1 1A121S

V D D _ M E MPLL1.8
C

C612 .1U_0402

+1.8V R315 B L M 1 1A121S

V D D _ D AC1.8

C505 C516 C506 C513 .1U_0402 .1U_0402 .1U_0402 . 1 U _0402 +2.5V +2.5V R320 B L M 1 1A121S C528 .1U_0402 +2.5V V D D _ D AC2.5 C585 1 0 U / 10V/U C158 1 0 U / 10V/U C590 1 0 U /10V/U

C558 C611 C588 C607 C606 C602 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402

B

C581 C575 C569 C523 C534 C546 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402

B

L40 F B M 2 125HM330 +2.5V V D D R C _MEM2.5

C603 C604 C601 C608 C599 C600 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402

+3V

+1.5V

C501 C500 C499 C502 C521 C503 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402

C586 1 0 U / 10V/U

A

C589 .1U_0402

C594 . 1 U _0402

C592 .1U_0402

C597 . 1 U _0402

C510 .1U_0402

+1.8V
A

C533 C537 C583 C609 C605 C591 C572 .1U_0402 . 1 U _0402 .1U_0402 .1U_0402 .1U_0402 .1U_0402 . 1 U _0402

C587 .1U_0402

C582 . 1 U _0402

C578 .1U_0402

C571 . 1 U _0402

T itle

QUANTA COMPUTER
A T I M7, M9
D o c u m ent Number R ev D Sh eet
1

Size A3 @ A T I - M 7 -32MB/M9-64MB
5 4 3 2

D a te:

F r i d a y , D ecember 27, 2002

12

of

40

5

4

3

2

1

5VPCU

12VOUT

+ 3 VSUS Q23 SI3 456DV L C D VCC_1 L36 F B M 2 125HM330 LCDVCC L C D VCC 10 L C D [ 0 ..2] L C D [ 0 ..2] VADJ BLON .1U_0402 1 0 U /10V/U .1U_0402 R282 47_0805 C431 .1U_0402 L C D VCC_2 Q29 RHU002N06 C47 .1U_0402 C18 .1U_0402
D

R285 10K_0402
D

R283 100K_0402

C17

C427

C16

D I S P _ON-1

D I S P _ON#

3

1

3

3

10

D I S P _ON Q27 D T C 1 44EUA

1

3
Q28 RHU002N06 10 10 E D I D CLK E D I D DATA LCD0 LCD1 LCD2 VADJ LCDVCC +5V VIN1 C432 * 1 0 U / 2 5 V/X5R/1210 + 3 VSUS C426 . 1 U /25V TXUOUT0+ TXUOUT0TXUOUT1TXUOUT1+ CN6 L C D C O N30P/40P BLON TXUOUT2+ TXUOUT2T X U CLKOUTT X U CLKOUT+
C

1

42 41

TXLOUT0TXLOUT0+ TXLOUT2TXLOUT2+ TXLOUT1TXLOUT1+ T X L CLKOUTT X L CLKOUT+

31 +5V 3V_591 VIN R284 10K_0402 D27 BLON LID# 1SS355 C434 .1U_0402 Q30 D T C 144EUA R286 1K_0402 MXLID# M X L ID# 31 R287 10K_0402 C425 . 1 U /25V L35 F B M 2 125HM330

VADJ

C

10

BLON#

3

1

SW1

B:ADD EDID PWR C :ROTATE FOR IPEX CONNECTOR

L ID_SW-EA1

3

C433 1000P_0402 Q26 D T C 144EUA 10 10 10 10 10 10 10 10 TXLOUT0TXLOUT0+ TXLOUT1TXLOUT1+ TXLOUT2TXLOUT2+ TXLCLKOUTT X L CLKOUT+ TXLOUT0TXLOUT0+ TXLOUT1TXLOUT1+ TXLOUT2TXLOUT2+ T X L CLKOUTT X L CLKOUT+

15

F P B A C K#

TXUOUT0TXUOUT0+ TXUOUT1TXUOUT1+ TXUOUT2TXUOUT2+

C14 C15 C430 C429 C45 C46

*5P_0402 *5P_0402 *5P_0402 *5P_0402 *5P_0402 *5P_0402

TXLOUT0TXLOUT0+ TXLOUT1TXLOUT1+ TXLOUT2TXLOUT2+

C55 C54 C51 C50 C53 C52

* 1 0 P_0402 * 1 0 P_0402 * 1 0 P_0402 * 1 0 P_0402 * 1 0 P_0402 * 1 0 P_0402
B

1

C h a nnel 1
B

C h a nnel 2

10 10 10 10 10 10 10 10

TXUOUT0TXUOUT0+ TXUOUT1TXUOUT1+ TXUOUT2TXUOUT2+ T X U CLKOUTT X U CLKOUT+

TXUOUT0TXUOUT0+ TXUOUT1TXUOUT1+ TXUOUT2TXUOUT2+ T X U CLKOUTT X U CLKOUT+

T X U CLKOUTT X U CLKOUT+

C42 C41

*5P_0402 *5P_0402

T X L CLKOUTT X L CLKOUT+

C49 C48

* 1 0 P_0402 * 1 0 P_0402

E D I D CLK E D I D D ATA LCD0 LCD1 LCD2

C23 C22 C21 C20 C19

*5P_0402 *5P_0402 *5P_0402 *5P_0402 *5P_0402

L CD2 ID1
A

L CD1 0 1 1 0 0 1 1

L CD0 1 0 1 0 1 0 1
T itle
A

Q DI LG LG C PT C PT HannStar

1 4 . 1" XGA 1 4 . 1" XGA 15" XGA 15" XGA 15" SXGA+ 15" SXGA+

QD141X1LH12 LP141X13 LP150X05-A2C1 CLAA150XH01 CLAA150PA01 HSD150PK12

0 0 0 1 1 1 1

ID2 ID3 ID4 ID5 ID6 ID7

QUANTA COMPUTER
L C D C O N N & L C D VCC
D o c u m ent Number R ev D Sh eet
1

Size A3 D a te:

F r i d a y , D ecember 27, 2002

13

of

40

5

4

3

2

A

B

C

D

E

U45 31,33 10 P R _ I N SERT# CRT_R P R _ I N SERT# +5V CRT_R_ P R _ C R T _ R 33 +3V D2 DA204U P R _ I N SERT#
4

C407

.1U_0402 D37 RB551

C RT PORT
+5V C R T VDD3

F2 +5V C R T VDD2 P O L Y _ S W ITCH_1.1A

H1

N C 7 SB3157 U46 +5V CRT_G_ P R _ C R T _ G 33 L59 L60

D: REPLACE L30

CN5 C R T _CONN

R274 10K_0402

4

CRT_R_1

10

CRT_G

D: REMOVE L27, L28, L29
B K 1 6 08HS121-T B K 1 6 08HS121-T B K 1 6 08HS121-T CRT_R_1 CRT_G_1 CRT_B_1 C401 180P_0402 C404 C403 C R T _ S ENSE# 16

D4 DA204U P R _ I N SERT# CRT_B_1 10 CRT_B

N C 7 SB3157 U47 +5V CRT_B_ P R _ C R T _ B 33

L61

C405

10P_0402 D3 DA204U N C 7 SB3157

10P_0402

10P_0402

CRT_G_1

D : ADD SWITCHS PER EMI'S REQUEST
D D C CLK Q1 R H U 002N06

10,33

D D C CLK

+12V
3

2

H2

10,33

C R T V S _VGA

C R T V S _VGA D D C CLK2 +12V C R T H S_VGA D D C DAT2 +12V D D C DAT Q2 R H U 002N06 L31 B K 1 608HM121 D D C DAT_1 Q24 R H U 002N06 C409 22P_0402 C408 C406 C402 22P_0402 L34 L33 L32 B K 1 608HM121 B K 1 608HM121 B K 1 608HM121 D D C CLK_1 C R T _VS_1 C R T _HS_1 R276 R275 2K 2K Q25 R H U 002N06

CRTVDD3

3

2

C R T _VS2 CRT_HS2

10,33

C R T H S_VGA

2

10,33

D D C DAT

22P_0402 22P_0402

+12V

C: DEL D24, D25

2

2

2

S -VEDIO CONNECTOR
L18 10,33 T V _ CHROMA T V _ C HROMA 1.8UH R3 75 C5 82P C3 82P C4 82P C1 82P T V - C HROMA CN1 T V - LUMA 1.8UH R1 75 T V - LUMA L19 T V _ LUMA T V _ LUMA 10,33 T V - C HROMA

3

1

2

1

3
D1 DA204U

2
D26 DA204U

+3V

+3V

1

1

S - V I D E O ( 3 5 1 3 8 S - 0 7T1)

T itle

QUANTA COMPUTER
C R T & T V D E C O R DER
D o c u m ent Number R ev D Sh eet
E

Size A3 D a te:
A B C D

F r i d a y , D ecember 27, 2002

14

of

40

1

2

3

4

5

6

7

8

I C H H UB
+VC CP R406 56 U34A P C I Pullups RP5 NMI A20M# I G N N E# INTR C P U I N IT# A P I CD0 A P I CD1 R448 R445 10K_0402 10K_0402 REQ3# I R D Y# STOP# IRQ15 +3V 1 0 P 8R-8.2K +3V P L O CK# P E R R# S E R IR Q IRQ14

R179 CLOSE TO U7 < 3"
I C H 3 _ FERR# 4 4 4 4 4

T<12"
A

4

F E R R# R405 56

CPU

A

31 31

RCIN# G A T EA20

RCIN# G A T EA20

SMI# 4 S T P CLK# 4 C P U _ SLP# 4 D P S LP# 4,6

RP7 AD0 AD1 AD2 AD3 AD4 AD5 AD6 AD7 AD8 AD9 AD10 AD11 AD12 AD13 AD14 AD15 AD16 AD17 AD18 AD19 AD20 AD21 AD22 AD23 AD24 AD25 AD26 AD27 AD28 AD29 AD30 AD31 C / B E0# C / B E1# C / B E2# C / B E3# F R A ME# I R D Y# T R D Y# D E V S EL# STOP# PAR S E R R# P E R R# P L O CK# REQ0# REQ1# REQ2# REQ3# REQ4# GNT0# GNT1# GNT2# GNT3# GNT4# C / B E0# C / B E1# C / B E2# C / B E3# F R A ME# I R D Y# T R D Y# D E V S EL# STOP# PAR S E R R# P E R R# 20,2 20,2 20,2 20,2 20,2 20,2 20,2 20,2 20,2 20,2 20,2 20,2 2,23,24 2,23,24 2,23,24 2,23,24 2,23,24 2,23,24 2,23,24 2,23,24 2,23,24 2,23,24 2,23,24 2,23,24 +3V REQ0# REQ1# REQ2# REQ3# 24 23 22 20 1 0 P 8R-8.2K REQ0 REQ1 REQ2 REQ3 : P CI LAN : M I NI PCI : 1394 : C ARDBUS R E Q B# REQ4# REQ1# +3V 1 0 P 8R-8.2K

+3V REQ2# F R A ME# R E Q A#

+3V

R441 10K_0402

+3V RP6 PIR PIR PIR PIR QC# QD# QB# QA# D E V S EL# S E R R# T R D Y# REQ0#

R443 +3V C771

47

PCI

16

R S T _HDD#

R S T _HDD# P C I R ST#

5

*.1U_0402 - R S T_HDD0 U35 * T C 7 SH08FU

+3V GNT0# GNT1# GNT2# GNT3# 24 23 22 20 T54 RN26 PIR PIR PIR PIR QE# QF# QG# QH# 8 P 4 R -8.2K
B

B

3

2 0 , 2 2,23,24 A D [ 0 ..31]

3 P C L K _ICH 6 , 1 0 , 2 0 , 2 1,22,23,24,30,31 P C I R ST#

P C L K _ICH P C I R ST#

2 0 , 2 2,23,24 I C H _ PME# R438 22

I C H _ PME# R _ P C IRST# C L KRUN# F P B A CK# T79

PIR PIR PIR PIR PIR PIR PIR PIR

QA# QB# QC# QD# QE# QF# QG# QH#

P I R Q A# P I R Q B# P I R QC# P I R QD# P I R Q E# P I R Q F#

10,22 20 22 24 23 23

P I R Q A # : VGA P I R Q B # : C ARDBUS P I R Q C # : CARDBUS P I R Q D # : P CI LAN P I R Q E # : M INI-PCI P I R Q F # : M INI-PCI G A T EA20 R420 R423 10K_0402 10K_0402

+3V

2 0 , 2 2 ,23,24,30,31 C L K R U N # 13 F P B A CK# +3V_S5 R430 10K_0402 I C H _ PME#

S E R IR Q R E Q A# R E Q B#

S E R IR Q

2 0 , 30,31

RCIN#

C : CHANGE EMAIL_LED# TO GPIO27
R410 R464 10K_0402 10K_0402 C L KRUN# F P B A CK# PDD0 PDD1 PDD2 PDD3 PDD4 PDD5 PDD6 PDD7 PDD8 PDD9 PDD10 PDD11 PDD12 PDD13 PDD14 PDD15 P D C S1# P D C S3# PDA0 PDA1 PDA2 P D IO R # P D IO W # P I O R DY IRQ14 P D D REQ P D D A CK# SDD0 SDD1 SDD2 SDD3 SDD4 SDD5 SDD6 SDD7 SDD8 SDD9 SDD10 SDD11 SDD12 SDD13 SDD14 SDD15 S D C S1# S D C S3# SDA0 SDA1 SDA2 S D IO R # S D IO W # S I O R DY IRQ15 S D D REQ S D D A CK# SDD0 SDD1 SDD2 SDD3 SDD4 SDD5 SDD6 SDD7 SDD8 SDD9 SDD10 SDD11 SDD12 SDD13 SDD14 SDD15 S D C S1# S D C S3# SDA0 SDA1 SDA2 S D IO R # S D IO W # S I O R DY IRQ15 S D D REQ S D D A CK# 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18

B: CN21 ROTATE
CN21 - R S T_HDD0 PDD7 PDD6 PDD5 PDD4 PDD3 PDD2 PDD1 PDD0 P D D REQ P D IO W # P D IO R # P I O R DY P D D A CK# IRQ14 PDA1 PDA0 P D C S1# - H D D0_LED PDD8 PDD9 PDD10 PDD11 PDD12 PDD13 PDD14 PDD15

+3V +3V

C

+3V R414 R415 4 . 7 K_0402 4 . 7 K_0402 P I O R DY S I O R DY

C

IDE

C L O S E T O ICH4-M

P C L K _ICH

P C S EL

R209

470

R434 *33_0402

P D IAG PDA2 P D C S3#

R224

10K_0402

H D D _VDD

60MIL
L25 B K 2 1 25HS241 +5V

32

-HDD0_LED H D D _VDD

C765 *10P_0402

C324 *100P

MR6-HDD C329 .1U_0402 C331 C327 1000P_0402 .1U_0402 C333 C337 1 0 U / 10V/U 1 0 U / 10V/U

I C H 4-M

HDD CONNECTOR
D

D

T itle

QUANTA COMPUTER
I C H 4 - M ( C P U , P C I , I DE)
D o c u m ent Number R ev D Sh eet 15
8

Size A3 D a te:
1 2 3 4 5 6

F r i d a y , D ecember 27, 2002
7

of

40

1

2

3

4

5

6

7

8

+ 3 V _S5 B T U SBOC4# U S B OC5# R467 R468 10K_0402 10K_0402 T68 T46 T44 T67 +3V 18 18
A

L A D 0 /FWH0 L A D 1 /FWH1 L A D 2 /FWH2 L A D 3 /FWH3 U34B R B A Y I D0 R B A Y I D1

ICH4_M

USB USB USB USB

0,1 to SYSTEM 2,3 to SYSTEM 4 to Blue Tooth only 5: TO EASY PORT

B : CHANGE RF_ENABLE TO EC D : CHANGE BT_PWRON# TO EC
T80 23 18 19 19 19 33 33 19 23 23 3 B T _ D ETACH# T74 R B A Y ON# S Y S U S B P0+ S Y S U S B P0U S B OC0# U S B P2+ U S B P2U S B OC2# B T U SBP4+ B T U SBP4C L K 4 8_USB HL0 HL1 HL2 HL3 HL4 HL5 C L K 6 6_ICH HLSTB HLSTB# L A D 0 /FWH0 L A D 1 /FWH1 L A D 2 /FWH2 L A D 3 /FWH3 A C _ R ESET# A C _ S Y NC_1 A C _ S DIN0 A C _ S DIN1

R B A Y I D0 R B A Y I D1

R B A Y I D0 R B A Y I D1

R446 R451

10K_0402 10K_0402

R S T _HDD# R S T _ R BAY# T48 T50 T51 T70

R S T _ H D D # 15 R S T _ R BAY# 18
A

USB

B:SWAP USB2 & USB3

U S B OC2#

U S B OC3#

B T U SBOC4# C L K 4 8_USB

U S B OC5# U S B R B I AS

S Y S U S B P1+ 19 S Y S U S B P1- 19 U S B O C 1 # 19 S Y S U S B P3+ 19 S Y S U S B P3- 19 U S B O C 3 # 19 P R _ U SB1_D+ 33 P R _ U SB1_D- 33 R459 2 2 . 6/F

B:SWAP USB2 & USB3

C L K 4 8_USB C L K 6 6_ICH 1 4 M _ICH

+1.8V HL6 HL7 HL8 HL9 HL10 HL11 H U B R EF I C H _ RCOMP R444 3 6 . 5/F C762 . 0 1 U_0402 C768 .01U_0402 R426 150/F
B

R453 *22_0402

R442 *22_0402

R455 *22_0402

6 3 6 6 30,31 30,31 30,31 30,31

H L [ 0 ..10] C L K 6 6_ICH H L S TB H L S TB# L A D 0 /FWH0 L A D 1 /FWH1 L A D 2 /FWH2 L A D 3 /FWH3

HUB LINK

H U B R E F = 0 . 5 * VCC1_8 P l a c e d i v i d e r i n the middle of the bus T69 H U B R E F = 0 . 5 * VCC1.8

R432 150/F

1 4 M _ICH-1 C797 * 2 2 P_0402
B

C L K 6 6_ICH-1 C774 * 2 2 P_0402

Z1601 C798 *22P_0402

LPC&FWH

L P C _DRQ0# R225 VBIAS C L K _32KX1 C L K _32KX2 V C C RTC RTCRST# A C _ SDO T43 10_0402 L F R A M E #/FWH4

L P C _ D R Q 0 # 30 L F R A M E #/FWH4 30,31

+VCCP

23,27 A C _ R ESET# 23,27 A C _ S YNC 23,27 A C _ S DIN0 23 A C _ S DIN1 R407 8.2K C P U P E RF# 23,27 3,9 3,9 R199 R396 R412 R198 R200 R397 R411 R413 R391 4 . 7 K_0402 4 . 7 K_0402 10K_0402 10K_0402 10K_0402 10K_0402 10K_0402 100K_0402 100K_0402 S M L INK0 S M L INK1 S M B A LERT# P C L K _SMB P D A T _SMB RI# B A T LOW# P W R OK R S M RST# A C _ B I TCLK P C L K _SMB P D A T _SMB

A C _ S YNC R458

VCCRTC

33_0402

AC97&RTC SM

+ 3 V _S5

A C _ B I TCLK R461 P C L K _SMB P D A T _SMB

R465

33_0402 VCCRTC

22 S M B A LERT# R207 S U S B# S U SC# S L P_S5# S U S B# SUSC# S U SCLK S U S A# 3,31 31 20

A C _ S D O U T 23,27

C732 .1U_0402

10K_0402 +3V_S5

26 31 31 31 17 38 10 10

RI# P W R OK B A T LOW# D N B S WON# R S M RST# D P R S L PVR S T P _ AGP# A G P _ BUSY#

RI# I C H _THRM# P W R OK B A T LOW# D N B S WON# R S M RST# T H E R M TRIP#1

B : SWAP SLP_S4# AND SLP_S5#
T73 R206 10K_0402 R425 10K_0402

PM

DBR# 4 S U S A# 3 S T P _ PCI# 3 S T P _ CPU# 3,38 S U S _ STAT# 10,30

R424 10K_0402

3 3V_591
C

14M_ICH

V C C RTC D8 V C C RTC RB500 C314 2 . 2 U /10V CC0805 D7 R201 8.2K RTCRST# RB500 C309 2 . 2 U /10V CC0805 C310 .047U R_3VRTC VBIAS R204 31 26 P C S PK 14 C R T _ S ENSE# 30,31 K B S MI# +3V_S5 4 C P U PWRGD T47 38 I M V P _ PWG R431

1 4 M _ICH S M L INK0 S M L INK1 PCSPK C R T _ S ENSE# K B S M I# 10K_0402 C P U P E RF# Z1602

S W I#_1 S C I#_1

D29 D30 B T _ W AKEUP 23 E M A I L _LED# 32 T72

RB751V RB751V

SWI# SCI#

31 31
C

MISC&GPIO
S P K O FF

C : CHANGE EMAIL_LED# TO GPIO27

SpeedStep
C L K _32KX1 R403 10M Y5 C L K _32KX2

LAN
R463 *1K_0402 ICH4-M RTCRST# +3V +3V

10M C L K _32KX1 3 2 . 768KHZ C733 12P_0402 C734 12P_0402

R196 1K_0402 3VRTC Q13 3904 R192 4 . 7 K_0402 +VCCP RTC_N02 RTC_N01 R195 3K 5 V P CU

D: CHANGE LOCATION PLACE NEAR RAMDOOR
R422 1K_0402 R417 1K_0402
D

1

2

D

A C _ B I TCLK

2

3

I C H _THRM#

R203

8.2K R208 56

1

BT1 B A T CON

T H E R M TRIP#1

RTC
1 2

R416 A C _ SDOUT R466 * 8 .2K_0402 4
3 4

56

1

R194 15K

C769 *22P_0402

R462 *10K_0402

2

PCSPK

R452

* 8 .2K_0402 Q14 3904

G1 * S H O R T_ PAD1 T itle

QUANTA COMPUTER
I C H 4 - M U S B , H U B & L P C I N T E RFACE
D o c u m ent Number R ev D Sh eet 16
8

Size A3 D a te:

T H E R MTRIP# F r i d a y , D ecember 27, 2002
7

of

40

5

6

1

2

3

4

5

6

7

8

D34

RB751V

1
V5REF_S US

2 2
D33

+5V SUS U 34D

1

+3V _S5

A

C809 .1U_0402

RB751V

+1.5V U 34C C781 .01U_0402 +VC CP C741 1U/10V C 740 .1U_0402 C739 .1U_0402 C351 .1U_0402

R230 1K_0402 +5V D9

C22

VCCPLL

V5REF_SUS V5REF1 V5REF2 VCCHI_0 VCCHI_1 VCCHI_2 VCCHI_3

E15 E7 V6 L23 M14 P18 T22 E12 E13 E20 F14 G18 R6 T6 U6 A5 AC17 AC8 B2 H18 H6 J1 J18 K6 M10 P12 P6 U1 V10 V16 V18

5VREF_RUN

1
RB751V C815 1U/10V

2

+3V

AA23 P14 U18 E9 F9 F6 F7

V_CPU_IO_0 V_CPU_IO_1 V_CPU_IO_2 VCCLAN3_3_1 VCCLAN3_3_0 VCCLAN1_5_0 VCCLAN1_5_1

C814 .1U_0402

+1.8V C778 .1U_0402 C 746 .1U_0402 C744 .1U_0402 + 1 . 5V_S5 C349 .1U_0402 C 344 .1U_0402 C343 .1U_0402 C820 10U/10V/U

+3V _S5 C747 10U/10V/U + 1 . 5V_S5 C821 10U/10V/U +1.5V C 807 22U_1206 C 784 .1U_0402 C328 .1U_0402 C 325 .1U_0402 C323 .1U_0402 C 342 .1U_0402 C350 .1U_0402 C 737 .1U_0402 C736 .1U_0402

B

VCC

K10 K12 K18 K22 P10 T18 U19 V14

VCC1_5_0 VCC1_5_1 VCC1_5_2 VCC1_5_3 VCC1_5_4 VCC1_5_5 VCC1_5_6 VCC1_5_7

VCCSUS1_5_0 VCCSUS1_5_1 VCCSUS1_5_2 VCCSUS1_5_3 VCCSUS1_5_4 VCCSUS1_5_5 VCCSUS1_5_6 VCCSUS1_5_7 VCC3_3_0 VCC3_3_1 VCC3_3_2 VCC3_3_3 VCC3_3_4 VCC3_3_5 VCC3_3_6 VCC3_3_7 VCC3_3_8 VCC3_3_9 VCC3_3_10 VCC3_3_11 VCC3_3_12 VCC3_3_13 VCC3_3_14 VCC3_3_15

+3V C363 .1U_0402 C 783 .1U_0402 C800 .1U_0402 C 738 .1U_0402 C330 .1U_0402 C 818 22U_1206

+3V _S5 C 819 22U_1206 C 339 .1U_0402 C345 .1U_0402 C 346 .1U_0402 C347 .1U_0402

C

E11 F10 F15 F16 F17 F18 K14 V7 V8 V9

C 340 .1U_0402

C341 .1U_0402

C 348 .1U_0402

C338 .1U_0402

VCCSUS3_3_0 VCCSUS3_3_1 VCCSUS3_3_2 VCCSUS3_3_3 VCCSUS3_3_4 VCCSUS3_3_5 VCCSUS3_3_6 VCCSUS3_3_7 VCCSUS3_3_8 VCCSUS3_3_9
ICH4-M

C793 .1U_0402

C 352 .1U_0402

C332 .1U_0402

C 334 .1U_0402

C336 .1U_0402

N21 N23 N5 P11 P13 P20 P22 P3 R18 R21 R5 T1 T19 T23 U20 V15 V17 V3 W22 W5 W8 Y19 Y7 A1 A16 A18 A20 A22 A4 AA12 AA16 AA22 AA3 AA9 AB20 AB7 AC1 AC10 AC14 AC18 AC23 AC5 B12 B16 B18 B20 B22 B9 C15 C17 C19

VSS000 VSS001 VSS002 VSS003 VSS004 VSS005 VSS006 VSS007 VSS008 VSS009 VSS010 VSS011 VSS012 VSS013 VSS014 VSS015 VSS016 VSS017 VSS018 VSS019 VSS020 VSS021 VSS022 VSS023 VSS024 VSS025 VSS026 VSS027 VSS028 VSS029 VSS030 VSS031 VSS032 VSS033 VSS034 VSS035 VSS036 VSS037 VSS038 VSS039 VSS040 VSS041 VSS042 VSS043 VSS044 VSS045 VSS046 VSS047 VSS048 VSS049 VSS050
ICH4-M

GND

VSS051 VSS052 VSS053 VSS054 VSS055 VSS056 VSS057 VSS058 VSS059 VSS060 VSS061 VSS062 VSS063 VSS064 VSS065 VSS066 VSS067 VSS068 VSS069 VSS070 VSS071 VSS072 VSS073 VSS074 VSS075 VSS076 VSS077 VSS078 VSS079 VSS080 VSS081 VSS082 VSS083 VSS084 VSS085 VSS086 VSS087 VSS088 VSS089 VSS090 VSS091 VSS092 VSS093 VSS094 VSS095 VSS096 VSS097 VSS098 VSS099 VSS100 VSS101

C21 C23 C6 D1 D12 D15 D17 D19 D21 D23 D4 D8 D22 E10 E14 E16 E17 E18 E19 E21 E22 F8 G19 G21 G3 G6 H1 J6 K11 K13 K19 K23 K3 L10 L11 L12 L13 L14 L21 M1 M11 M12 M13 M20 M22 N10 N11 N12 N13 N14 N19

A

B

C

+3V _S5 +3V _S5

C731 .1U_0402

R404 100K_0402

VCC

3
D 31 31,34,37
D

5
A B GND

Y O R G ND

4
U30 NC7SZ58

RSMRST#

S5_ON

1

2
1SS355

-RSMRST

6

RSMRST# 16
D

C712 .1U_0402

T itle

QUANTA COMPUTER
I C H 4 -M (POWER&GND)
R ev D Sheet 17
8

2

1

Size Document Nu mber Custom Dat e:
1 2 3 4 5 6

Friday, December 27, 2002
7

of

40

1

2

3

4

5

6

7

8

R347 +3V

10K_0402 27 RCDL RCDL - R I D ERST SDD7 SDD6 SDD5 SDD4 SDD3 SDD2 SDD1 SDD0 S D IO W # S I O R DY IRQ15 SDA1 SDA0 S D C S1# R I D E _LED#

CN14

53 54

A

16

R S T _ R BAY#

R S T _ R BAY# R346 47

RCDR CDGND SDD8 SDD9 SDD10 SDD11 SDD12 SDD13 SDD14 SDD15 S D D REQ S D IO R # S D D A CK# SDA2 S D C S3# R B A Y I D0 R B A Y I D1 R C S EL B A Y V CC Z1801

RCDR CDGND C613 1 0 U / 1 0V/V

27 27

B A Y P O W ER CONTROL & RESET
A

53 54

60mils
+5V Q34 S I 4 800 C598 .1U_0402

60mils
B A Y V C C_1

15 15

S D A [ 0 ..2] S D D [ 0 ..15]

S D A [ 0 ..2] S D D [ 0 ..15]

L39 B A Y V CC B K 2 1 25HS241

15 15 15 15 15 15 15 15

S D IO W # S D D REQ S I O R DY S D IO R # IRQ15 S D D A CK# S D C S1# S D C S3#

S D IO W # S D D REQ S I O R DY S D IO R # IRQ15 S D D A CK# S D C S1# S D C S3#

4

R340 R B A Y ID0 R B A Y ID1 R336 T25 16 R B A Y ON# 470 16 16 +12V 100K_0402 Z1802

32 31 - R B A Y INS 3V_591 R338

R I D E _LED#

C527 1000P_0402 C580 . 1 U /25V

C574 1 0 U / 1 0V/V

- R B A Y INS 10K_0402

51 52

R B A Y ON# Q33 D T C 144EUA

B A Y C O N-50P N EW DIP TYPE

51 52

B

1

3

B

BAYVCC

C536 .1U_0402

C544 . 1 U _0402

C551 .1U_0402

C557 . 1 U _0402

C567 1 0 U / 10V/V

MEDIA BAY(HDD, CD, DVD, FDD)

C

C

BAYVCC

BAY ID S T A T U S
S D IO R # S D IO W # R90 R88 * 4 .7K_0402 * 4 .7K_0402

R B A YID0 0

R B A YID1 0 1 0

S T A TUS FDD HDD C D / DVD

S D D REQ SDD7

R93 R95

* 4 .7K_0402 *10K_0402

0 1

D

D

T itle

QUANTA COMPUTER
DEVICE BAY
D o c u m ent Number R ev D Sh eet 18
8

Size A3 D a te:
1 2 3 4 5 6

F r i d a y , D ecember 27, 2002
7

of

40

1

2

3

4

5

6

7

8

+3V_S5 +3V_S5 +3V_S5

+3V_S5

R98 10K_0402 + 5 VSUS
A

R97 10K_0402 U S B O C 0 # 16

R87 10K_0402 + 5 VSUS U6

R86 10K_0402 U S B O C 1 # 16

U8 U S B 0 PWR U S B 2 PWR U S B 1 PWR U S B 3 PWR C146 .1U_0402

A

U S B O C 3 # 16 T P S 2 042ADR C145 .1U_0402 C143 . 1 U _0402

C140 .1U_0402

U S B O C 2 # 16 T P S 2 042ADR C154 .1U_0402 C155 .1U_0402

B: EMI B: EMI
R61 F B M 2 125HM330 U S B 0 PWR
B

R80 F B M 2 125HM330 U S B 1 PWR

1

B

1

C127 C453 1 0 0 U/10V

2

C107 470P_0402

2

C131 470P_0402

1 0 0 U/10V

CN10 U S B _ CONN U S B 0 PWR_1 S Y S U S B P1+_1 S Y S U S B P0+_1 S Y S U S B P0-_1 S Y S U S B P0-_1 S Y S U S B P1-_1

CN13 U S B _CONN U S B 1 PWR_1 S Y S U S B P1-_1

PAD1

PAD2 6

S Y S U S B P1+_1

PAD1

PAD2

S Y S U S B P0+_1

USB
1 1 2 2

USB

1

1

5

2

2

6

C470 * C l amp-Diode EB1 16 16
C

C471 * C l amp-Diode 16 16 S Y S U S B P1+ S Y S U S B P1S Y S U S B P3+ S Y S U S B P3-

C138 * C l amp-Diode EB2

C135 * C l a mp-Diode

S Y S U S B P0+ S Y S U SBP0S Y S U S B P2+ S Y S U SBP2U S B 2 . 0 _C-CHOKE 9 0 ohm@100Mhz U S B 2 PWR

B: EMI
R37 F B M 2 125HM330

B: EMI
R70 F B M 2 125HM330 U S B 3 PWR
C

16 16

33 33

1

C428

U S B 2 . 0 _ C-CHOKE 9 0 ohm@100Mhz

1

C116

2

C40 470P_0402

1 0 0 U/10V

2

C120 470P_0402

1 0 0 U/10V

CN9 U S B _ CONN U S B 2 PWR_1 S Y S U S B P3+_1 S Y S U S B P2+_1 S Y S U S B P2-_1 S Y S U S B P2-_1 S Y S U S B P3-_1

CN11 U S B _CONN U S B 3 PWR_1 S Y S U S B P3-_1

PAD1

PAD2 6

S Y S U S B P3+_1

5

PAD1

PAD2

S Y S U S B P2+_1

USB

1

1

1

1

5

6

2

2

2

C472 * C l amp-Diode

C473 * C l amp-Diode

C480 * C l amp-Diode

2

C479 * C l a mp-Diode

D

5

D

S Y S U S B P3-_1

S Y S U S B P3+_1

S Y S U S B P2-_1

S Y S U S B P2+_1

S Y S U S B P1-_1

S Y S U S B P1+_1

S Y S U S B P0-_1

S Y S U S B P0+_1

C122 10P_0402

C124 10P_0402

C57 10P_0402

C60 10P_0402

C134 10P_0402

C137 10P_0402

C113 10P_0402

C115 10P_0402 T itle

QUANTA COMPUTER
U S B & B O A R D CON
D o c u m ent Number R ev D Sh eet 19
8

Size A3

B: EMI
1 2 3 4 5 6

D a te:

S a t u r d a y , December 28, 2002
7

of

40

8

7

6

5

4

3

2

1

+12V

+3V

21 21 21

O Z _SCLK O Z _SLATCH O Z_SDATA

O Z_SCLK O Z _SDATA

4 0 m ils A _ V CC +3V

+3V

+3V

C: CHANGE +3VAUX TO +3V
+3V

126 90

138 122 102 86 14

73 71 74

63

SDATA/VCC5# SLATCH/VPP_PGM SCLK/VCC3#

SKT_VCC SKT_VCC

VCC VCC VCC VCC VCC

16 D

S U S CLK

O Z_SCLK Q12 R H U002N06 1 5 , 2 2 , 2 3,24 A D [ 0 . . 3 1 ] AD0 AD1 AD2 AD3 AD4 AD5 AD6 AD7 AD8 AD9 A D10 A D11 A D12 A D13 A D14 A D15 A D16 A D17 A D18 A D19 A D20 A D21 A D22 A D23 A D24 A D25 A D26 A D27 A D28 A D29 A D30 A D31 3,24 3,24 3,24 3,24 C / BE0# C / BE1# C / BE2# C / BE3#

AUXVCC

VCCP VCCP VCCP

R183 *150K

2

U13

18 50 30

C286 4.7U/10V

C298

C285

A _ CAD[0..31] A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ A_ CAD31 CAD30 CAD29 CAD28 CAD27 CAD26 CAD25 CAD24 CAD23 CAD22 CAD21 CAD20 CAD19 CAD18 CAD17 CAD16 CAD15 CAD14 CAD13 CAD12 CAD11 CAD10 CAD9 CAD8 CAD7 CAD6 CAD5 CAD4 CAD3 CAD2 CAD1 CAD0 A A A A _ _ _ _ C C/BE3 C C/BE2 C C/BE1 C C/BE0 21 21 21 21

A _ C A D [ 0 . . 3 1 ] 21 . 1 U _ 0 4 02 . 1 U _ 0 4 02

D

+3V

+3V

R182

1 0 K _ 0 402

O Z _SDATA

R180

1 0 K _ 0 402

O Z _SLATCH

C301 4.7U/10V

C283

C293

STRAP FOR SERIAL POWER SW

. 1 U _ 0 4 02 . 1 U _ 0 4 02

+3V S C _DET# R171 S C _ VCC
C

+3V

A _ V CC

22K

S C _C4 R177 22K

C299 4.7U/10V

C297 . 1 U _ 0 4 02

C296

C295

C

OZ711M1

4 . 7 U / 1 0 V . 1 U _ 0 4 02

B: ADD PULLUPS AND PULLLOWS
15,22,2 15,22,2 15,22,2 15,22,2 P C LK_PCM R169 * 6 8 _ 0402 A _ V CC

C282 * 1 0 P _ 0402

B

6 , 1 0 , 1 5 , 2 1 , 2 2 , 2 3 , 2 4,30,31 P C I R S T # 1 5 , 2 2 , 2 3,24 F R A M E # 1 5 , 2 2 , 2 3,24 I R D Y # 1 5 , 2 2 , 2 3,24 T R D Y # 1 5 , 2 2 , 2 3,24 D E V S E L # 1 5 , 2 2 , 2 3,24 S T O P # 1 5 , 2 2 , 2 3,24 P E R R # 1 5 , 2 2 , 2 3,24 S E R R # 1 5 , 2 2 , 2 3,24 P A R 15 REQ3# 15 GNT3# 3 P C LK_PCM A D22 1 5 , 2 2 , 2 3,24 I C H _ P M E # R170 3 3 _ 0 402

A _ C REQ P C LK_PCM

A _ C R S T 21 A _ C F R A M E 21 A _ C I R D Y 21 A _ C T R D Y 21 A _ C D E V S E L 21 A _ C S T O P 21 A _ C P E R R 21 A _ C S E R R 21 A _ C P A R 21 A _ C R E Q 21 A _ C G N T 21

A _ C REQ A _ C C L KRUN

R472 R473

1 0 K _ 0 402 1 0 K _ 0 402

2

1

P C MSPK#

R474

1 0 0 K _ 0402

R184

22

A _ CCLK C305 2 2 P _ 0 402

21

B

C: PME# DESIGN CHANGE
S C _ VCC R475 * 0 _ 0 402 A _ C C L KRUN P C IRST# A _ C S T S C H N G 21 A _ C C L K R U N 21 A _ C B L O C K 21 A _ C INT P C MSPK# S S S S S C C C C C _DET# _C4 _RST# _IO _CLK 21 15 P IRQB# 1 5 , 3 0 ,31 S E R I R Q 26 P C I C RI# 1 5 , 2 2 , 2 3 , 2 4 ,30,31 C L K R U N # O D R _ VCC RSVD/D14 RSVD/A18 RSVD/D2 +3V RB751V D36 C303 4.7U/10V RB751V C302 . 1 U _ 0 4 02 21 21 21 21 21 S C_DET# S C _C4 S C _RST# S C _IO SC_ CLK

D35

P C M S P K # 26 A _ C A U D I O 21 A_ A_ A_ A_ C CD2 C CD1 CVS2 CVS1 21 21 21 21

6 22 42 58 78 94 114 130

GND GND GND GND GND GND GND GND

84 100 143

B: FOR EMV LOGO
A

A _ R S V D / D 2 21 A _ R S V D / A 1 8 21 A _ R S V D / D 1 4 21 O Z 7 1 1 M1
A

C: REMOVE RESET IC, U15, C300 CHANGE GRST TO PCIRST#

T i tle

QUANTA COMP UTER
CARDBUS CONTROLLER - O2711M1_ 1/2
Rev D S h e et 20
1

C: DEL Q11 TO GATE PME#

S i ze Document Number C u stom Date:
8 7 6 5 4 3

F r i d a y , D e c e m b e r 2 7 , 2002
2

o f

40

8

7

6

5

4

3

2

1

CARDBUS Slot
A _ V CC +5V
D

CON1
20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 A _ C DEVSEL R185 22K 20 20 20 20 20 20 20 20 A _ C AD0 A _ C CD1 A _ C AD1 A _ C AD2 A _ C AD3 A _ C AD4 A _ C AD5 A _ C AD6 A _ C AD7 A _ R SVD/D14 A _ C C/BE0 A _ C AD8 A _ C AD9 A _ CAD10 A _ CAD11 A _ CVS1 A _ CAD12 A _ CAD13 A _ CAD14 A _ CAD15 A _ C C/BE1 A _ CAD16 A _ C PAR A _ R SVD/A18 A _ C P ERR A _ CBLOCK A _ CGNT A _ CSTOP A _ CINT A _ C DEVSEL A _ V CC A _VPP 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 A _ CCLK A _ C T RDY A _ C I R DY A _ C FRAME A _ C C/BE2 A _ CAD17 A _ CAD18 A _ CAD19 A _ CAD20 A _ CVS2 A _ CAD21 A _ C RST A _ CAD22 A _ C S ERR A _ CAD23 A _ C REQ A _ CAD24 A _ C C/BE3

A _ VPP

+3V

+12V

D

C294 . 1U/25V

C276 . 1U/25V

C290 . 1U/25V

C287 4.7U/10V

C288 . 1U/25V

C292 4.7U/10V

C291 . 1U/25V

C: CHANGE FROM +5VSUS AND +3VAUX 4 0 m ils
+5V U11 A _ V CC

4 0 m ils 2 0 m ils

A _ V CC

A _ V CC

4 0 m ils
+3V

A _VPP

+12V
C

2 0 m ils
S C _ V CC

A _ C P ERR A _ CBLOCK A _CSTOP A _ CINT A _ C DEVSEL
C

RN25 A _ CBLOCK A _ C P ERR A _CSTOP A _ CINT 8 P 4 R - 2 2K

20 20 20

O Z _SDATA O Z _SLATCH O Z_SCLK

B:DEL R173

6 , 1 0 , 1 5 , 2 0 , 2 2 , 2 3 ,24,30,31 P C I R S T #

OZ2206R

B

B

20 A _ CAD25 20 A _ C A UDIO 20 A _ CAD26 20 A _ C S T S C H N G 20 A _ CAD27 20 A _ CAD28 20 20 20 20 20 20 A _ CAD29 A _ CAD30 A _ R S VD/D2 A _ CAD31 A _ C C L KRUN A _ C CD2

B: CN26 REVERSED
CN26 S C _ V CC

CARDBUS _Slot

2 0 m ils
S C _ V CC R175 1 0 K _ 0 402 S C _IO C304 . 1 U _ 0 4 02

20 20 20 20

S C _C4 S C _CLK S C_RST# S C _DET#

R178 S C _C4 S C _CLK R181 S C _RST# R179 S C _ V CC S C _DET#

220 3 3 _ 0 402 220

A

A

20

S C_IO

S C _IO

R174

220 T i tle S C S OCKET

QUANTA COMP UTER
CARDBUS SLOT
Rev D S h e et 21
1

S i ze Document Number C u stom Date:
8 7 6 5 4 3

F r i d a y , D e c e m b e r 2 7 , 2002
2

o f

40

1

2

3

4

5

6

7

8

IEEE 1394 CONTROLLER - TI_TSB43AB21
+ 3V 1
A

L22 B K 2 1 2 5 H M 2 41
A

2

+ 3V

+ 3V

+ 3V

1394PLLVCC

1 0 m ils

C212 15 27 39 51 59 72 88 100 1 2 108 120 107

C218 4.7U/10V

U10
1 5 , 2 0 , 2 3,24 1 5 , 2 0 , 2 3,24 1 5 , 2 0 , 2 3,24 1 5 , 2 0 , 2 3,24 1 5 , 2 0 , 2 3,24 1 5 , 2 0 , 2 3,24 1 5 , 2 0 , 2 3,24 1 5 , 2 0 , 2 3,24 1 5 , 2 0 , 2 3,24 1 5 , 2 0 , 2 3,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 1 5 , 2 0 , 2 3 ,24 AD0 AD1 AD2 AD3 AD4 AD5 AD6 AD7 AD8 AD9 D10 D11 D12 D13 D14 D15 D16 D17 D18 D19 D20 D21 D22 D23 D24 D25 D26 D27 D28 D29 D30 D31

20 35 48 62 78

VCC3 VCC3 VCC3 VCC3 VCC3 VCC3 VCC3 VCC3 AVCC AVCC AVCC AVCC AVCC

PLLVCC

VCCP VCCP VCCP VCCP VCCP

7

. 0 1 U _ 0 4 02

+ 3V

1394
PHY PORT 0

R140 R149 R146 R157 R163 R124

4 . 7 K _ 0 402 4 . 7 K _ 0 402 4 . 7 K _ 0 402 4 . 7 K _ 0 402 1 0 K _ 0 402 1 K _ 0 402

CLOSE TO CHIP
CN15 R89 R96 R94 R91 1 1 1 1 0 0 0 0 L 1 3 9 4 _ T PB0L 1 3 9 4 _ T PA0L 1 3 9 4 _ T PA0+ L 1 3 9 4 _ T PB0+ C150 R116 56.2/F 1 2 C156 C157 C148 1394_CON * 1 0 P _ 0 402 * 1 0 P _ 0 402 * 1 0 P _ 0 402 * 1 0 P _ 0 402 R105 C173 5.11K/F 1 1 2 1 U/10V 2 2 0 P _ 0402

B

PCI INTERFACE

A A A A A A A A A A A A A A A A A A A A A A

1 3 9 4 _ T PB01 3 9 4 _ T PA01 3 9 4 _ T PA0+ 1 3 9 4 _ T PB0+ 1 3 9 4 B I A S0 1 3 9 4 R0 R 1 3 4 6.34K/F

B

R102 56.2/F 2 2

R103 56.2/F 2 C178 2

R115 56.2/F

BIAS CURRENT

1 3 9 4 R1 1 3 9 4XO C204 1 2 P _ 0 402

CRYSTAL

Y2 1 3 9 4 XI C214 . 1 U _ 0 4 02

24.576MHZ

FILTER

C 2 0 1 1 2 P _ 0 402 + 3V

B:ADD EEPROM
EEPROM BUS
1394_SDATA R477 2 . 2 K _ 0 402 R476 2 . 2 K _ 0 402

C

1 5 , 2 0 , 2 3,24 C / B E 0 # 1 5 , 2 0 , 2 3,24 C / B E 1 # 1 5 , 2 0 , 2 3,24 C / B E 2 # 1 5 , 2 0 , 2 3,24 C / B E 3 # 3 P C L K _ 1 3 94 15 GNT2# 15 REQ2# 1 5 , 2 0 , 2 3,24 F R A M E # 1 5 , 2 0 , 2 3,24 I R D Y # 1 5 , 2 0 , 2 3,24 T R D Y # 1 5 , 2 0 , 2 3,24 D E V S E L # 1 5 , 2 0 , 2 3,24 S T O P # 1 5 , 2 0 , 2 3,24 P E R R # 1 5 , 2 0 , 2 3,24 S E R R # 1 5 , 2 0 , 2 3,24 P A R 1 5 , 2 0 , 2 3,24 I C H _ P M E # 1 5 , 2 0 , 2 3 , 2 4 ,30,31 C L K R U N # 6 , 1 0 , 1 5 , 2 0 , 2 1 , 2 3 , 2 4,30,31 P C I R S T #

P C L K _ 1 3 94 R168 3 3 _ 0 402 1 3 9 4 _ S C LK

U42

2

+ 3V

+3V

+3V
C

A D23

C199

C226 . 1 U _ 0 4 02

C278 . 0 1 U _ 0 4 02

C219 . 0 1 U _ 0 402

C255

C281

C279 . 1 U _ 0 4 02

C280 . 0 1 U _ 0 402

POWER CLASS

C822

NM24C02
R147 1 3 9 4 _ I N T# *220 *220 R144

. 1 U _ 0 4 02 . 1 U _ 0 4 02

. 0 1 U _ 0 4 02 . 1 U _ 0 4 02

+3V PLLGND1 REG_EN# 1 0 0 K _ 0402 GND GND REG18 GND GND GND GND GND GND REG18 GND GND AGND AGND AGND AGND AGND AGND AGND

+ 3V

R156

. 1 U _ 0 4 02 P C L K _ 1 3 94 R151
D

C253 . 1 U _ 0 4 02

C197 . 1 U _ 0 4 02

C195 . 1 U _ 0 4 02

C225 . 1 U _ 0 4 02

C254 . 0 1 U _ 0 402

C277 . 0 1 U _ 0 402

C196 . 0 1 U _ 0 402

C200 . 0 1 U _ 0 402

1 2

C221

C261 10U/10V/V

17 23 30 33 44 55 64 75 83 93 103 68 109 110 111 117 126 127 128

8 9

TSB43AB21

C: DEL Q10 TO GATE PME#
D

R154 220

R164 * 6 8 _ 0 402

220

C275 . 1 U _ 0 4 02 C249 * 1 0 P _ 0 402

C211 . 1 U _ 0 4 02 15 1 0 ,15 P I R QC# P I RQA# R152 R161 0 _ 0 402 * 0 _ 0 603 1 3 9 4 _ I N T# T i tle

QUANTA COMP UTER
TSB43AB21(1394)
Rev D S h e et 22
8

S i ze Document Number C u stom Date:
1 2 3 4 5 6

F r i d a y , D e c e m b e r 2 7 , 2002
7

o f

40

1

2

3

4

5

6

7

8

+3VAUX

5

1 5 , 2 0,22,24 A D [ 0 ..31]

A D [ 0 ..31]

+3V

CN29 W L A N _ DATA_1

1

W L A N _CLK_1 R481 W L A N _DATA U43 * N C 7SZ126 R482 *1K_0402 *0_0402

B: RESERVED

+ 3 VAUX

D: RESERVED

C: DEPOP
R394 * 1 0 K_0402 D10 31
A

3

CN24

34 35 36

R492 10K_0402 R493 *0_0402 B T _ D ETACH# 16 PHONE 27 B T _ P W R O N # 31

W I R E L E S S_LED#

R F _ E N ABLE RB500 15 P I R Q F# P I R QF# +3V P I R QE# +3V +5V P I R QE# + 3 VAUX P C I R ST# GNT1# 15 +3V + 3 VAUX

GND4 GND5 GND6

C: CHANGE FOOTPRINT B: ADD +3V FOR BT

B T U SBP4+ B T U SBP4Z2202 R43 10K_0402 R494 *0_0402 A C _ S YNC M D C _ SDIN1 M D C _ SDIN0 A C _ B I TCLK

B: SWAP +B T U SBP4+ 16 0 : Master B T U SBP4- 16 1 : S lave + 3 VAUX B T _ W AKEUP 16 A C _ S YNC 16,27

A

3

P C L K _ MINI 15 REQ1# REQ1# AD31 AD29 R202 *22_0402 P C L K _ MINI-1 1 5 , 2 0,22,24 C / B E3# C315 *22P_0402 AD27 AD25 W L A N _ DATA_1 C / B E3# AD23 AD21 AD19 AD17 C / B E2# I R D Y# C L KRUN# S E R R# P E R R# C / B E1# AD14 AD12 AD10 AD8 AD7 AD5 AD3 +5V AD1

P C I R ST# GNT1#

6 , 1 0 , 1 5 , 2 0 ,21,22,24,30,31 15 16,27 A C _ S D O U T 16,27 A C _ R ESET# A C _ SDOUT A C _ R ESET# BT_LED MDC30

M I N I P C I_PME# W L A N _CLK AD30 AD28 AD26 AD24 M I N I _ IDSEL-1 AD22 AD20 PAR AD18 AD16 F R A ME# T R D Y# STOP# D E V S EL# AD15 AD13 AD11 AD9 C / B E0# AD6 AD4 AD2 AD0

GND1 GND2 GND3

A C _ B ITCLK 16,27

31 32 33

R54 * 3 3 /F R205 330 AD20

The MDC is Slave, use the AC_SDIN1

A C _ B I TCLK-1 M D C _ SDIN1 PAR 1 5 , 2 0,22,24 R52 0_0402 R42 A C _ S DIN1 0_0402 A C _ S DIN1 16 C99 * 1 0 P_0402

+3V

1 5 , 2 0,22,24 C / B E2# 1 5 , 2 0,22,24 I R D Y# 1 5 , 2 0 ,22,24,30,31 C L K R U N # 1 5 , 2 0,22,24 SERR# 1 5 , 2 0,22,24 PERR# 1 5 , 2 0,22,24 C / B E1#

B:

F R A ME# TRDY# STOP#

1 5 , 2 0,22,24 1 5 , 2 0,22,24 1 5 , 2 0,22,24 M D C _ SDIN0

B: POP R52, DEPOP R53
A C _ S DIN0 16,27 R53 *0_0402
B

D E V S EL# 1 5 , 2 0,22,24

B

5

1

W L A N _CLK_1 U44 * N C 7SZ126

W L A N _CLK

+5V C / B E0# 1 5 , 2 0,22,24 A C _ S YNC B T U SBP4B T U SBP4+

+3VAUX

3

C73 * 1 0 P_0402

C64 *10P_0402

C68 *10P_0402

C311 .1U_0402

C795 . 1 U _0402

C77 .1U_0402

C375 . 1 U _0402

C78 .1U_0402

C: CHANGE FOOTPRINT
+ 3 VAUX +3V

C316 .1U_0402

C313 4 . 7 U /10V

C318 . 1 U _0402

C791 .1U_0402

C312 . 1 U _0402

+5V

L26

0_0805

V C C 5A

GND GND

+3VAUX

+3VAUX

+ 3 VAUX

C

C369 .1U_0402

125 126

M I N I - PCI,H4

D: ADD RES C : CHANGE POLARITY OF LED
C

B: FOOTPRINT CHANGED
D21 W I R E L E S S_LED# R495 100 M I N I P C I_PME#

R254 10K_0402

2

I C H _ PME#

I C H _ PME# 1 5 , 2 0,22,24

HOLE3 * H O LE

HOLE13 *HOLE

HOLE14 *HOLE

HOLE1 *HOLE

HOLE8 HOLE

HOLE5 * H O LE

HOLE2 *HOLE

HOLE10 *HOLE

HOLE17 *HOLE

HOLE22 *HOLE

HOLE26 * H O LE

HOLE6 HOLE

L E D _ W I R ELESS_ORG D20 Q19

P A D 57 PAD58 P A D 59 PAD60 P A D 61 PAD62 E M I P A D-S E M I P A D-S E M I P A D-S E M I P A D-S E M I P A D-S E M I P A D-S

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

RHU002N06

L E D _ BT_BLUE C823 100P_0402 HOLE23 * H O LE HOLE24 *HOLE HOLE21 *HOLE HOLE20 *HOLE HOLE11 HOLE HOLE12 *HOLE HOLE9 HOLE HOLE7 HOLE HOLE28 HOLE HOLE29 HOLE

B: EMI E M I P A D 1 7 7 X 1 0 2; SMALL, H=3 C: FOR MIC CABLE LOCK
PAD54 E M I P A D-S HOLE19 *HOLE HOLE16 *HOLE HOLE18 HOLE HOLE4 * H O LE HOLE15 HOLE HOLE25 *HOLE HOLE27 *HOLE

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

D: DEL PAD52

1

1

1

1

1

1

1

1

1

1

PAD24 PAD37 PAD32 PAD31 PAD34 PAD35 PAD41 * E M I P AD-S* E M I P AD-S * E M I P AD-SE M I P A D - S * E M I P AD-S* E M I P AD-S * E M I P AD-S

PAD18 PAD19 * E M I P AD-S* E M I P AD-S

PAD10 PAD47 PAD39 PAD12 PAD13 PAD40 * E M I P AD-S * E M I P AD-S* E M I P AD-S * E M I P AD-S* E M I P AD-S * E M I P AD-S

PAD6 * E M I P AD-S

PAD7 P A D 25 PAD42 * E M I P AD-S* E M I P A D - S E M I P A D - S

PAD55 * E M I P AD-S

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

PAD44 PAD49 PAD5 PAD26 * E M I P AD-S* E M I P AD-S * E M I P AD-SE M I P A D - S

PAD4 * E M I P AD-S

A U D GND AUDGND PAD21 * E M I P AD-S

PAD53 PAD22 PAD48 PAD51 PAD45 * E M I P AD-S * E M I P AD-S* E M I P AD-S * E M I P AD-S* E M I P AD-S

1

D

1

1

1

PAD8 PAD15 PAD30 PAD33 PAD36 PAD38 * E M I P AD-S * E M I P AD-SE M I P A D - S E M I P AD-S E M I P A D - S E M I P AD-S

PAD11 * E M I P AD-S

PAD1 PAD9 PAD17 * E M I P AD-S* E M I P A D - S * E M I P AD-S

1

R271

100

BT_LED

D

PAD23 P A D 20 PAD3 P A D 16 PAD43 * E M I P AD-S* E M I P A D - S * E M I P AD-S* E M I P A D - S E M I P A D - S

PAD56 * E M I P AD-S

1

1

1

1

1

1

1

1

1

1

1

1

T itle

QUANTA COMPUTER
M I N I - P C I & M DC
D o c u m ent Number R ev D Sh eet 23
8

1

1

1

1

D: DEL PAD29
A U D GND G N D _ L A N_CHASIS G N D _ L A N_CHASIS Size A3 D a te:
1 2 3 4 5 6

1

F r i d a y , D ecember 27, 2002
7

of

40

5

4

3

2

1

+3VAUX

B: CHANGE FROM +3V

+ 3 VAUX

+ 1 . 8 V _ 1.2V_LAN

+ 1 . 8 V _ 1.2V_LAN

C262 C198 C227 C202 C215 C250 C224 C205 C222

C272

C267

C265

C264

C169

C271

C256

C251

C259

C266

C260

C263

C168

C268

C167

E12 H5 H6 H7 H8 J5 J6 J7 J8 J9 J10 K5 K6 K7 K8 K9 K10 L5 L10 M14 N14 P8 P12 P13 P14

A7 B3 C5 E1 E4 G1 K3 L4 N6 P2

.01U_0402. 0 1 U _ 0 4 0 2 .01U_0402.01U_0402.01U_0402.01U_0402. 0 1 U _ 0 4 0 2 U9

VDDIO_PCI VDDIO_PCI VDDIO_PCI VDDIO_PCI VDDIO_PCI VDDIO_PCI VDDIO_PCI VDDIO_PCI VDDIO_PCI VDDIO_PCI

VDDC VDDC VDDC VDDC VDDC VDDC VDDC VDDC VDDC VDDC VDDC VDDC VDDC VDDC VDDC VDDC VDDC VDDC VDDC VDDC VDDC VDDC VDDC VDDC VDDC

1 0 U / 10V/U .1U_0402 .1U_0402 .1U_0402

.1U_0402

.1U_0402

.1U_0402 R107

.1U_0402 4.7 + 3 V _ 2.5V_LAN

+ 3 V _ 2.5V_LAN
D

1 0 U / 10V/U .1U_0402 . 1 U _0402 .1U_0402 .01U_0402
D

. 0 1 U _ 0 4 0 2 .01U_0402

. 0 1 U_0402

BIASVDD

+3VAUX

1 5 , 2 0,22,23 I C H _ PME# Q6

R491 10K_0402

RHU002N06 Q7

RHU002N06 L A N _ PME_591#

C: PME# DESIGN CHANGE
C

1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23

AD0 AD1 AD2 AD3 AD4 AD5 AD6 AD7 AD8 AD9 AD10 AD11 AD12 AD13 AD14 AD15 AD16 AD17 AD18 AD19 AD20 AD21 AD22 AD23 AD24 AD25 AD26 AD27 AD28 AD29 AD30 AD31

AD0 AD1 AD2 AD3 AD4 AD5 AD6 AD7 AD8 AD9 AD10 AD11 AD12 AD13 AD14 AD15 AD16 AD17 AD18 AD19 AD20 AD21 AD22 AD23 AD24 AD25 AD26 AD27 AD28 AD29 AD30 AD31

1 0mils
+ 3 VAUX

C172 1000P_0402

C229

C257

C175

C176

+ 3 VAUX

+ 3 V _ 2 .5V_LAN 1 0 U / 10V/U . 1 U _0402 .1U_0402 .1U_0402

B: CHANGE FROM +3V
R141 4 9 . 9/F R138 4 9 . 9/F R136 4 9 . 9/F R123 4 9 . 9/F R120 4 9 . 9/F R118 4 9 . 9/F R113 4 9 . 9/F R111 4 9 . 9/F

3

+ 3 V _ 2 .5V_LAN

1

3

+ 1 . 8 V _ 1.2V_LAN TX03N TX03P TX02N TX02P TX01N TX01P TX00N TX00P R139 R137 R135 R122 R119 R117 R114 R112 0_0402 0_0402 0_0402 0_0402 0_0402 0_0402 0_0402 0_0402 L A N _ 10LED# 25,33 L A N _ 100LED# 25 L A N _ 1000LED# 25 L A N _ A CTLED# 25,33 @ B C M 4 4 0 1 / B CM5702/BCM5705M L A N _ RDAC R106 E E W P# R162 EEC LK E E D ATA E E D ATA E E W P# EEC LK E E D ATA 1K_0402 R166 5*1K_0402 R176 5 * 1 K_0402 +3VAUX 1 . 2 4 K/F TX3N TX3P TX2N TX2P TX1N TX1P TX0N TX0P 25 25 25 25 25 25 25 25
C

+3VAUX

1

1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23 1 5 , 2 0,22,23

C / B E0# C / B E1# C / B E2# C / B E3#

R155 4 . 7 K_0402 15 REQ0# +3VAUX 15 GNT0# 1 5 , 2 0,22,23 F R A ME# 1 5 , 2 0,22,23 I R D Y# 1 5 , 2 0,22,23 D E V S EL# 1 5 , 2 0,22,23 STOP# 1 5 , 2 0,22,23 T R D Y# R145 1 5 , 2 0,22,23 PAR *1K_0402 1 5 , 2 0,22,23 P E R R # 1 5 , 2 0,22,23 S E R R # 15 P I R QD# 6 , 1 0 , 1 5 , 2 0,21,22,23,30,31 P C I R ST# 3 P C L K_LAN AD18 R 1 2 1 100 31
B

1 5mm x 15mm BGA196

U14

+3VAUX

U12

R153 47K

4*AT93C 46
R110 4.7K_0402

C170

5*24C128 /256

4 0mils
Q8 5 * B CP69T1

. 1 U _0402 +3VAUX

L A N _ PME_591#

L A N _ PME_591#

3

C177 1 0 U / 10V/U

C171 .01U_0402

E

B

1 5 , 2 0 ,22,23,30,31 C L K R U N # R148 5*0_0402 +3VAUX

R104 R99

4 . 7 K_0402 4 . 7 K_0402

C

B : DEPOP R148, R150 FOR 4401&5702

2.5V@88mA 0.564W

2

40mils
Q9 5 * B CP69T1 C179 1 0 U / 10V/U C223 C220 .01U_0402 .01U_0402

+ 3 V _ 2.5V_LAN C252 .01U_0402

R150 5*0_0402

C289

C L K _LAN_X1 27P R109 *1K_0402

C

+ 3 V _ 2 .5V_LAN

E

3

1.2V@618mA 0.803W

2

R165 X1 25MHz

0_0402

2

4 0mils
1.5" AWAY FROM hfe=75~275 CHIP Use Philips BC P69-16,
C174 1 0 U / 10V/U C258 C274 .01U_0402

+ 1 . 8 V_1.2V_LAN

C270

1
C L K _LAN_X2

27P R167 + 1 . 8 V _ 1.2V_LAN B L M 1 1A601S

C273 .01U_0402

10mils
C269 . 1 U _0402 C284 2 . 2 U/10V CC0805

.01U_0402

A

VSS VSS VSS VSS VSS VSS NC/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 ND/VSS VSS VSS VSS

A

R143

B L M 1 1A601S

10mils
C217 1000P_0402 C216 2 . 2 U/10V CC0805

T itle

QUANTA COMPUTER
B C M 4401/5702(LAN)
D o c u m ent Number R ev D Sh eet
1

B7 D4 D5 D6 D7 D8 D9 E2 E5 E6 E7 E8 E9 F5 F6 F7 F8 F9 F10 G4 G5 G6 G7 G8 G9 G10 H9 K2 L6 L9 M6 M12 M13 N1 N12 N13

Size A3 D a te:
5 4 3 2

F r i d a y , D ecember 27, 2002

24

of

40

5

4

3

2

1

D

D

C83 C86 . 0 1 U _ 0 4 0 2 .01U_0402 + 3 V _ 2.5V_LAN U1

B : SHORT NETS BTW RJ45 & EZ PORT MOVE R8, R9, R10, R11
MCT1 R 6 75/F CN3 R20 R21 X-TX0N L A N _10LED# X-TX1P MCT2 R 7 75/F X-TX1P X-TX1N X-TX1P X-TX1N 33 33 X-TX2P X-TX2N X-TX1N X-TX3P MCT3 R 3 0 75/F X-TX2P YELLOW X-TX2N CN23 T I P _RJ11 R I N G_RJ11 MCT4 R 2 3 75/F M O D EM X-TX3P X-TX3N L A N _ ACTLED# L A N _ ACTLED# 24,33 X-TX3N L A N _ L EDPWR1 R19 330 +3VAUX
C

5*0_0402 4*0_0402

24 24

TX0P TX0N

R44 R45

0_0402 0_0402

TX0_P TX0_N

X-TX0P X-TX0N

X-TX0P X-TX0N

33 33

X-TX0P

L A N _1000LED# 24 L A N _ 100LED# 24 L A N _10LED# 24,33

GREEN L A N _ L EDPWR2 R18 330

24 24

TX1P TX1N

R46 R47

0_0402 0_0402

TX1_P TX1_N

+ 3 VAUX

C

24 24

TX2P TX2N

R48 R49

0_0402 0_0402

TX2_P TX2_N

24 24

TX3P TX3N

R50 R51

0_0402 0_0402

TX3_P TX3_N

D: FOOTPRINT CHANGED
LAN_1 @ 2 4 S T 0023P/H5019 C85 C84 . 0 1 U _ 0 4 0 2 .01U_0402 C32 1 0 0 0 P_1206_2KV CC1206 C37 3 0 0 P _1808_3KV CC4520

RJ-45&RJ-11

C44 3 0 0 P _1808_3KV CC4520 C38 1 0 U / 1 0V/V

C25

1 0 U / 10V/V

D: DEL PAD28

C: FOOTPRINT CHANGE
G N D _ L A N _CHASIS

C36

1000P_0402

C28

1000P_0402

C34

1000P_0402

C35
B

1000P_0402 R26 *0_0402
B

R28

*0_0402 R27 *0_0402

R29

*0_0402

G N D _ L A N _CHASIS

G N D _ L A N _CHASIS

5VPCU

3V_591 L A N _ L EDPWR1 L A N _ ACTLED# L A N _ L EDPWR2 L A N _10LED#

C376 .1U_0402 R264 100K_0402 U23 31 4,31
A

C29 .01U_0402 R261 100K_0402

C12 1000P_0402

C30 1000P_0402

C26 1 0 0 0P_0402

N C 7 SB3157 T O 1 s t BATTERY

B A T S EL0 M B D ATA

B A T S EL0 M B D ATA M B D A T A _MBAT 40
A

M B D A T A _ABAT 40 B A T SEL0 0 1 B 0 t o COM B 1 t o COM T O 2 n d BATTERY

T itle

QUANTA COMPUTER
L A N - 2 I N T E R F ACE
D o c u m ent Number R ev D Sh eet
1

Size A3 D a te:
5 4 3 2

S a t u r d a y , December 28, 2002

25

of

40

5

4

3

2

1

D

D

+3VAUX

+3VAUX

RI# R252 2.2K_0402 R253 10K_0402 Z2501

RI#

16

3

3

MRI1 Q17 D T C 144EUA

MRI1

30,33

3

20

P C I C RI#

Q18 D T C 144EUA

1

Q16 D T C 1 44EUA

C

1

1

C

+5VA

C799 .1U_0402

20

P C M S PK# BEEP U38 7SH86 27

A U D GND

+3V

N O R M A L: LOW 16
B

PCSPK E C _ B EEP U37 7SH32

5

Z2507
B

31

B: REMOVE BEEP CIRCUITS

A

3

3

5

N O R M A L: LOW

A U D GND

A

T itle

QUANTA COMPUTER
A UDIO POWER & BEEP
D o c u m ent Number R ev D Sh eet
1

Size A3 D a te:
5 4 3 2

F r i d a y , D ecember 27, 2002

26

of

40

A

B

C

D

E

E x t e r nal Clock 4 8 MHz 1 4 . 318MHz 2 4 . 576MHz
4

I D1 X l ow x

I D0 l ow x x
4

B: REMOVE SPDIF
+3VM3E

ALC202

B : DISCONNECTED WITH SHUTDOWN# NET

R435 *10K_0402 +3VM3E C763 3 C L K 1 4 _AUDIO C764 22P_0402 R433 *10K_0402 .01U_0402 +3VM3E

CID1 CID0

R427 *0_0402 C780 1U/10V C775 . 1 U _0402 A U D GND +5VA C753 .1U_0402 C777 .1U_0402

R428 0_0402 +3V L53 F B M 2 125HM330 C786 1 0 U / 10V/V C761 .1U_0402 C759 . 1 U _0402 C779 .1U_0402 +3VM3E

20mils

U33 ALC202

SPDIF EAPD CID1 CID0 GPIO1 GPIO0 AVSS2 HP_OUT_R HP_COMM HP_OUT_L AVDD2 MONO_OUT

48 47 46 45 44 43 42 41 40 39 38 37

A U D GND +5VA

+3VM3E X T A L_IN

AOUTR AOUTL 16,23 A C _ B ITCLK C772 22P_0402 16,23 A C _ S DIN0 R439 R440 22 33_0402 16,23 A C _ S Y N C 16,23 A C _ R E SET# 16,23 A C _ SDOUT A C _ B I T CLK_AUD A C _ S DIN +3VM3E VGDA VGAD A F I LT2 A F I LT1

28 28

C756 .1U_0402

C773 .1U_0402

3

A U D GND V R E F OUT 29 C785 4 . 7 U/10V C766 1 U /10V

3

PHONE AUX_L AUX_R VIDEO_L VIDEO_R CD_L CD_GND CD_R MIC1 MIC2 LINE_IN_L LINE_IN_R

28

B E E P-2 R456 10K_0402 B E E P-2 C782 1U/10V B E E P-1

VREF +5VA

20mils
C760 1000P_0402 C758 1000P_0402 C757 1 U /10V C751 1U/10V C755 .1U_0402

26

BEEP

C776 .01U_0402

13 14 15 16 17 18 19 20 21 22 23 24

R454 1K_0402

C790 .1U_0402

A U D GND

A U D GND A U D GND MIC1-1

L I N E _ INR 29 L I N E_INL 29 C787 C D _ LINR CD_GND C D _ LINL . 4 7 U /25V MIC1 29

23

P H O NE

P H O NE

C788

. 4 7 U/25V

P H O NE-1

C789 .1U_0402
2 2

A U D GND

F ROM CD-ROM
C D _ LINL C358 1 U /10V CDINL2 R251 6.8K RCDL RCDL 18

C D _ LINR

C356

1 U /10V

C D INR2

R249

6.8K

RCDR

RCDR

18

CD_GND

C357

1 U /10V

CDGND1

R250

6.8K

CDGND

CDGND

18

R243 6.8K

R242 6.8K

R244 6.8K

1

AUDGND

A U D GND

A U D GND

1

T itle

QUANTA COMPUTER
A UDIO CONTROLLER[ESS1988]
D o c u m ent Number R ev D Sh eet
E

Size A3 D a te:
A B C D

F r i d a y , D ecember 27, 2002

27

of

40

8

7

6

5

4

3

2

1

Audio Amplifier
A U D GND

I N S P KR+

I N S P KR+

29

I N S P KL+

I N S P KL+

29

+5VA
D

U36

29 30 31 32 33

AUDGND5 AUDGND6 AUDGND7 AUDGND8 AUDGND9

I N S P KR+ I N S P KRI N S P KL+ I N S P KLP C - B EEP C 7 9 2 * 1 U /10V B E E P-2 27 C810 C811 C813 C812 470P_0402 470P_0402 470P_0402 470P_0402

R - L - S P EAKERS

D

27

A O U TR

AOUTR A U D GND

C794 C804 C803 C805 C802

1U/10V 1U/10V 1U/10V 1U/10V 1U/10V

AOUTR-1 RIN+ LIN+ AOUTL-1 A-BP

CN22

F rom ESS
27 AOUTL

A U D GND AOUTL A U D GND

Z2705

R449

100K_0402

AUDGND S H U T D O W N # 31

S H U T DOWN#

A U D I O_G0 A U D I O_G1 T P A 0312

AUDGND1 AUDGND2 AUDGND3 AUDGND4

R450 100K_0402

25 26 27 28

+5VA A U D GND +5VA
C C

A U D GND

C355 .1U_0402

5

C704 . 1 U _0402

C801 .1U_0402

C364 .1U_0402

C371 .1U_0402

C361 .1U_0402

C770 . 1 U _0402

C370 .1U_0402

C362 .1U_0402 A U D G N D 2 3 , 2 6 ,27,29,33

29

S P K P LG

S E / -BTL AUDGND U22 7SH32 R239 100K_0402

33 H P S E N CE_PR

Low: Internal(BTL) H i g h : E x t ernal(SE)

A U D GND

A U D GND

3

+5V
B

+12V

+5V
B

2
D32 1SS355

R418 100K_0402

8

1

+ -

R399 U32A LM358 C727 100P_0402 A U D GND

10_0402 Q41 SI3 456DV

1

4

R255

*100K_0402

A U D I O_G0

R256

1K_0402

2

+5VA

R400 3.3M

C748 1 U /10V

R421

100K_0402

4

1 2 5 6

C742 . 1 U _0402

+5VA_1

R429

0_0805

+5VA

AUDGND R233 100K_0402 A U D I O_G1 R234 *1K_0402

A U D GND + -

C730 1 U /10V

C743 .1U_0402

C360 .1U_0402

AUDGND

U32B LM358 A U D GND

TO AU DIO AMP, ESS1988

A

G AIN0 G AIN1 0 0 1 1 0 1 0 1

AV 6dB 10dB 15. 6dB 21. 6dB

A U D GND

A

T itle

QUANTA COMPUTER
A UDIO AMP
D o c u m ent Number R ev D Sh eet 28
1

Size A3 D a te:
8 7 6 5 4 3

F r i d a y , D ecember 27, 2002
2

of

40

5

4

3

2

1

+5VA

+5VA +5VA R379 200K C703 .1U_0402 2 6 , 27,28

B: EMI

C824

* 4 7 0P_0402

C825

* 4 7 0P_0402

D: FOR ACER SPR
A U D GND V R E F OUT +5VA P R _ M I C_OFF# 33

C826

* 4 7 0P_0402

8

C827

* 4 7 0P_0402

A U D GND R496 U29A LM358 R497 100K_0402 47K C855 33 + P R _ MIC U29B LM358 68K 100P_0402 P R _ MIC R237 . 4 7 U/25V A U D GND P R _ MIC1 0_0402 N 0 1 _MIC C353 .1U_0402 U18 A U D GND C686 N 0 4 _MIC R231 1K_0402 MIC1 27 C307 * 4 7 0P_0402 * 4 7 0P_0402 R240 100K_0402 C828 * 4 7 0P_0402
D

Z2801
D

+ -

R EF2.1V
C745 1 U /10V R419 150K

A U D GND AUDGND A U D GND

4

C308

* 4 7 0P_0402

R402

10K_0402

Z2802

R401 1K_0402 +5VA Z2803 C726 1 U /10V Z2804 R395 20K Z2805

R392 C713

R P 9 MIC S y s t e m MIC 1 S EL L OW H I GH F U N C T ION I N _B0 I N _B1

C856 N C 7 SB3157 * . 1 U_0402

C796

* 4 7 0P_0402

C685 A U D GND A U D GND C367 I N T _ MIC1 I N T _MIC R197

* 4 7 0P_0402

R409 1.8K L50 27 V R E F OUT R436 *499/F Z2806 F C M 1 608K221 R408 2K MIC+2 I N T _MIC Z2807

E X T E R NAL MIC

* 4 7 0P_0402

2

0_0805

CN33 C728 220P_0402 C754 1 0 U / 10V/U C729 .1U_0402

R447

0_0805

C

D o n o t i n s t a l l p u l l -up to +5VA if VREFOUT i s u s e d to power microphone.

CN28 P H O N E J ACK(MIC) A U D GND

JUMP WIRE

A U D GND

R235

0_0805
C

R460 A U D GND AUDGND A U D GND A U D GND R246 CN34 I N T _MIC3 CN35 I N T _ MIC2

0_0805

0_0805

R191

0_0805

B : ADD INTERNAL MIC CIRCUITS

B: ADD INT-MIC CONN

LINE IN
R366 27 27 L I N E_INL L I N E_INR L I N E_INL C692 1U/10V 1U/10V L I N EL_2 L I N ER_2 R370 R371 6.8K R367 6.8K 6.8K 6.8K L I N EL_3 L I N ER_3 L46 L48 F C M 1608K221 F C M 1608K221 L I N EL_4 L I N E_INR C 6 9 3 L I N ER_4

+5VA

+12V L I N E_INL

AUDGND C698 1U/10V R374 L I N E_INL_1 L I N E I NL_PR1 Q36 2N7002E

0_0402 L I N E I NL_PR 33

R377 10K_0402 L I N E I NPLG#

C702 . 0 1 U_0402

C697 180P_0402

C699 180P_0402

L I N E I NPLG
B

Q37 D T C 144EUA L I N E_INR

2

CN27 A U D GND P H O N E J A C K(LINEIN)

R378 10K_0402

2

3

A U D GND

C711 1U/10V R376 L I N E_INR_1 L I N E I NR_PR1 Q38 2N7002E

0_0402 L I N E I NR_PR 33 B

A U D GND

C701

1

A U D GND

B: CN27 POP E C A P 6.3*6
C817 2 2 0 U /6.3V 28 28 I N S P KL+ I N S P KR+ I N S P KL+ I N S P KR+ R483 R484 330 330 C816 2 2 0 U /6.3V SPKL SPKR L52 R228 *220K R229 *220K F C M 1608K221 C335 C752 H E A D P H ONE-OUT L24 F C M 1608K221 S P K L-1

*470P_0402

C707 . 0 1 U_0402

A U D GND

H EAD PHONE CN30
S P K R-1

A U D GND +5VA

AUDGND +12V I N S P KL+ S P K L PR

C373 1U/10V S P K _ L_PR 33

R398 10K_0402 S P K P LG# R236 10K_0402

Q20 2N7002E

B : ADD RESISTORS TO ADJUST VOLUME

470P_0402 470P_0402

2

2

B: CHANGE CONNECTOR
A U D GND I N S P KR+ S P K R PR

C372 1U/10V S P K _ R_PR 33

B:DEPOP
A

3

A U D GND

Q21 2N7002E
A

28

S P K P LG

S P K P LG

1

C808 *470P_0402

Q42 D T C 144EUA

B: REMOVE SPDIF CIRCUITS
A U D GND AUDGND

T itle

QUANTA COMPUTER
A U D I O J A CK
D o c u m ent Number R ev D Sh eet
1

Size A3 D a te:
5 4 3 2

F r i d a y , D ecember 27, 2002

29

of

40

A

B

C

D

E

+3V +3V +3V Q3 D T C 144EUA R24 10K_0402 16,31
4

+3V

Super I/O

+3V TXD1 C33 1 0 U / 10V/V C31 1 0 U / 10V/V C56 .1U_0402 C6 .1U_0402 R16 R17 *10K_0402 10K_0402

For PC 87393 Use SET ADDRESS

2

DTR1#

U26

K B S MI# L A D 0 /FWH0 L A D 1 /FWH1 L A D 2 /FWH2 L A D 3 /FWH3

VDD VDD VDD VDD

K B S M I# L A D 0 /FWH0 L A D 1 /FWH1 L A D 2 /FWH2 L A D 3 /FWH3 P C L K _SIO P C I R ST# L F R A M E #/FWH4 L P C _DRQ0# Z2901 C L KRUN# S E R IR Q D6 1SS355

14 39 63 88

P D [ 0 ..7] PD0 PD1 PD2 PD3 PD4 PD5 PD6 PD7 PNF# R14 SLCT PE BUSY ACK# SLIN# INIT# E R R OR# AFD# STRB# 10K_0402 SLCT PE BUSY ACK# SLIN# INIT# ERROR# AFD# STRB#

P D [ 0 ..7]

33 +5V RTS1# DTR1# TXD1 DSR1# RXD1 CTS1# DCD1# RI1# F O R C EON

U25
4

16,31 16,31 16,31 16,31

MRTS1# MDTR1# MTXD1 MDSR1# MRXD1 MCTS1# MDCD1# MRI1

MRTS1# MDTR1# MTXD1 M D SR1# MRXD1 MCTS1# MDCD1# MRI1

33 33 33 33 33 33 33 26,33

3 P C L K _SIO 6 , 1 0 , 1 5 , 2 0 ,21,22,23,24,31 P C IRST# 16,31 L F R A M E #/FWH4 16 L P C _DRQ0# 10,16 S U S _ STAT# 1 5 , 2 0 , 2 2,23,24,31 C L K R U N # 1 5 , 20,31 S E R IR Q

R4 10K_0402 +3V 33 33 33 33 33 33 33 33 33

PC87391

Z2902

3 +3V R5

1 4 M _SIO

1 4 M _SIO

C410

.1U_0402 C1+ C1C2+ C2. 4 7 U /25V 3243_V+ 3243_V-

+5V

D S K CHG# I N D EX# R D A TA# WP# TRK0#

1K_0402

RN1 TRK0# WP# R D A TA# D S K CHG#

8P4R-1K
3

I N D EX#

DCD1# DSR1# RXD1 RTS1# TXD1 CTS1# DTR1# RI1#

C9

MAX3243

C10 . 4 7 U /25V

C8 . 4 7 U/25V

C7 . 4 7 U /25V

U24

+3V

+5V
3

T = 20mil
+3V I R T XOUT IRRX I R MODE R36 *10K_0402 V I S H A Y _ T F DU6102_8P Z2903

T = 20mil 1
C382 1 0 U / 1 0V/V C379 22U_1206 C381 1 0 U / 1 0V/V R269

T = 12mil T = 12mil T = 12mil

C384 . 1 U _0402

1
R266 5 . 6 _1206_5% 5 . 6 _1206_5%

2

R 2 5 F o r P C 87393 Use B: CHANGED FROM 6101E

P C L K _SIO

1 4 M _SIO

R22 *68_0402 P C L K _SIO-1

R15 *68_0402 +5V 1 4 M _SIO-1

VSS VSS VSS VSS

2

C27 *10P_0402

C24 *10P_0402

13 38 64 89

PC87391

R2 1K_0402

2

P R INT PORT
CN2 D _ A FD#

2

STRB# +5V

L17

F C M 1608K301

STRB#1 LPD0

C2 180P_0402 RP2 PD4 PD5 PD6 PD7 L9 L10 L11 L12 F C M 1 608K301 F C M 1 608K301 F C M 1 608K301 F C M 1 608K301 PD5 PD4 PD3 PD2 +5V 1 0 P 8 R-4.7K C385 C395 C396 C397 180P_0402 180P_0402 C391 C392 C393 C394 180P_0402 180P_0402 +5V 180P_0402 180P_0402 180P_0402 ACK# BUSY PE SLCT AFD# PD0 E R R OR# PD1 L1 L2 L3 L4 F C M 1 608K301 F C M 1 608K301 F C M 1 608K301 F C M 1 608K301 D _ A FD# LPD0 D _ ERROR# LPD1 L13 L14 L15 L16 F C M 1 608K301 F C M 1 608K301 F C M 1 608K301 F C M 1 608K301 180P_0402 D _ A CK# D _ B U SY D_PE PD7 PD6 SLIN# INIT# 1 0 P 8 R-4.7K RP1 SLCT PE BUSY ACK# +5V

D _ ERROR# LPD1 D _ I NIT# LPD2 D _ S LIN# LPD3 LPD4 LPD5 LPD6 LPD7 D _ A CK# D _ B U SY D_PE D_SLCT D - S U B25FM
1

L PD4
LPD5 LPD6

L PD7

INIT# PD2 SLIN# PD3

L5 L6 L7 L8

F C M 1 608K301 F C M 1 608K301 F C M 1 608K301 F C M 1 608K301

D _ I NIT# LPD2 D _ S LIN# LPD3

PD1 PD0 AFD# E R R OR#

D _ SLCT

1

C398

C399

C386 C400 180P_0402 180P_0402

C387

C388

C389 C390 180P_0402 180P_0402

180P_0402 180P_0402

180P_0402 180P_0402 T itle

QUANTA COMPUTER
S U P ER I/O NS37391
D o c u m ent Number R ev D Sh eet
E

Size A3 D a te:
A B C D

F r i d a y , D ecember 27, 2002

30

of

40

5

4

3

2

1

3V_591 3V_591 C368 .1U_0402 C377 .1U_0402 C322 .1U_0402 REF3V 40 ENV1 VCCRTC VCCRTC C365 .1U_0402 U19 S h o uld have a 0.1uF capacitor close to every G ND-VCC pair + one larger cap on the supply. 3V_591 15,20,30 SERIRQ 16,30 LFRAME#/FWH4 16,30 LAD0/FWH0 16,30 LAD1/FWH1 16,30 LAD2/FWH2 16,30 LAD3/FWH3 3 PCLK_591 D15 1SS355 16,30 KBSMI# D16 T71 16 15 15 SCI# GATEA20 RCIN# SCI# GATEA20 RCIN# D14 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 MX0 MX1 MX2 MX3 MX4 MX5 MX6 MX7 MY0 MY1 MY2 MY3 MY4 MY5 MY6 MY7 MY8 MY9 MY10 MY11 MY12 MY13 MY14 MY15 RB751V MX0 MX1 MX2 MX3 MX4 MX5 MX6 MX7 MY0 MY1 MY2 MY3 MY4 MY5 MY6 MY7 MY8 MY9 MY10 MY11 MY12 MY13 MY14 MY15 TINTTCK-591 TDO-591 TDI-591 TMS-591 SERIRQ LFRAME#/FWH4 LAD0/FWH0 LAD1/FWH1 LAD2/FWH2 LAD3/FWH3 PCLK_591 591RESET# KBSMI#591 RB751V SWI#2 TEMP_MBAT TEMP_ABAT TEMP_BBAT MBATV ABATV HWID SUSC# HWPG DP/AD8 DN/AD9 CC-SET CV-SET VADJ VFAN WIRELESS_ON# BT_ON# TEMP_MBAT 40 TEMP_ABAT 40 T49 MBATV 40 ABATV 40 SUSC# HWPG 16 36 SHBM 10K_0402 R 2 1 2 16 BADDR1 C326 10U/10V/V C378 .1U_0402 C374 .1U_0402 C319 .1U_0402 C354 .1U_0402 LPCPD#
D

10K_0402 R 2 1 5 *10K_0402 R 2 1 4 *10K_0402 R 2 1 3 10K_0402 R 2 6 2
D

+3V

3V_591 BADDR0

S H B M = 1: Enable shared memory with host BIOS

B : D E L C321
B DDR1-0 A 0 0 0 1 1 0 1 1 C320 2200P Q15 3904

R263 470K 591RESET

AD Input

I /O Address In d e x Data 2E 2F 4E 4F ( H CFGBAH, HCFGBAL)( HCFGBAH, HCFGBAL)+1 Res e r v e d 3V_591

H o st interface

DA output
D13 RB751V

CC-SET CV-SET VADJ VFAN

39 39 13 32 F o l l ow the routing rules in the spec. 4.11.7

MBCLK_RSV MBDATA_RSV MBCLK MBDATA HWPG

R257 R258 R248 R247 R220

4.7K_0402 4.7K_0402 4.7K_0402 4.7K_0402 10K_0402

P W M or P O RT-A

J2 TMS-591 Z3009 R 2 1 6 TDI-591
C

SUSPEND_LED# MAINON SUSON 3VAUXEN S5_ON MBATLED1# MBATLED0# PWR_LED# MBCLK MBDATA PCIRST# Z3002 MBCLK_RSV DNBSWON#591 FANSIG REFON CELL-SET PWROK_1 HOLD# ACIN CAPSLED# NBSWON# SUSB# LPCPD# CLKRUN# ENV0 ENV1 BADDR0 BADDR1 TRIS SHBM A6 A7 D0 D1 D2 D3 D4 D5 D6 D7 RD# WR# Z3003 T53 M/A# BATSEL0 D/C# BL/C# A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 Z3004 Z3005 40 25 40 40

EC_BEEP MAINON SUSON 3VAUXEN S5_ON

26 34,36 34,35 34 17,34,37

I O P A 2 r e s e r v ed for LAN_RST

3V_591 HWID *10K_0402 R222 10K_0402
C

*10K_0402 ENV1

R221 MBCLK MBDATA PCIRST# T55 MBCLK_RSV 40 R260 R259 FANSIG 32 REFON 40 CELL-SET 39 4,40 4,25 6,10,15,20,21,22,23,24,30 *0_0402 0_0402 D17 R498

TDO-591 TCK-591 TINTR219 10K_0402 3V_591 3V_591

P O RT-B K ey matrix scan

Pin 168 default is high
3V_591 MBDATA_RSV VRON RB751V 0_0402 R265 MBDATA_RSV 40 MBATLED0# MBATLED1#

P O RT-C

VRON 35,38 DNBSWON# 16

G R E EN R ED

D22 Z3006 R 2 7 2 Z3007 R 2 6 7 LED_BATTERY(GRN/ORG) D23 Z3008 R 2 7 3 Z4000 R 2 6 8 LED_PWR(GRN/ORG) 100 100 75 470

*JTAG

JTAG DEBUG PORT
+5V RN27 MSCLK MSDATA KPCLK KPDATA 8P4R-10K MSCLK MSDATA KPCLK KPDATA +5V

PWROK

16

P O RT-D-1

*1K_0402 + 3 V PWR_LED#

CAPSLED# 32 NBSWON# 32 SUSB# 3,16

G R E EN

D : R E M O V E D 1 2 AND DEPOP R265
SUSPEND_LED#

R218 R217 10K_0402 10K_0402

P O RT-E JTAG debug port

C L K R U N # 15,20,22,23,24,30

Pin 24 if no pull-high, will can't reboot.
C829 Z3006 C830 Z3007 C831 Z3008 C832 Z4000 100P_0402 100P_0402 100P_0402 100P_0402

Y E L L OW

B

33 33 33 33 32 32 32 32

MSCLK MSDATA KPCLK KPDATA TPCLK TPDATA SCROLED# NUMLED#

B : EMI

3V_591

PORT-H P S2 interface

NBSWON# Q22 DTA124EU D18 SUSB# 1SS355
B

SCROLED# NUMLED#

591_32KX1 R238 20M 591_32KX2

POR T-I

D19 Y3 Z3001 32.768KHZ C359 20P_0402 C366 5.6P_0402 18 -RBAYINS 24 LAN_PME_591# 13 MXLID# T52 14,33 PR_INSERT# 23 RF_ENABLE 23 BT_PWRON# 28 S H U T D O W N # 16 SWI# 32 BT1# 32 BT2# 32 BT3# 32 BT4# T58 T56 -RBAYINS LAN_PME_591# MXLID# BATLOW#591 VOL_DOWN# PR_INSERT# R245 120K

1SS355 HOLD#

P O RT-J-1

U16 D0 D1 D2 D3 D4 D5 D6 D7 A18

39

ACIN

ACIN

D : C H A N G E P ACKAGE TO SO8 C : C H A N G E F R O M 2 4 C 0 2 AND CHANGE ADDRESS
3V_591

P O RT-D-2 PORTJ-2

D : C H A N G E D FROM 3V_591
3V_591 5VPCU 16 BATLOW#

D11

U 17
MBCLK MBDATA C854 .1U_0402 R211 3V_591 T45 T57 CS# RD# WR# PLCC32 C317 .1U_0402 100K_0402

B D
BT1# BT2# BT3# BT4# CS# Z3010 Z3011

PORT-K POR T-M

RB751V R 2 2 6 10K_0402 PR_INSERT# RN28
A

N M 2 4 C 08

R223 100K_0402

PORT-L

BT1# BT2# BT3# BT4# 8P4R-10K

SW2 WIRELESS_ON# C380 .1U_0402

A

WIRELESS_SW R 2 3 2 10K_0402 WIRELESS_ON# R 2 2 7 10K_0402 BT_ON# BT_SW R 2 4 1 10K_0402 LAN_PME_591#
5

SW3 BT_ON#

PC87591VPC

Pin 103 internal is "A 19",Can't use to GPIO

B I U c o n f i g u r a t i o n s h o u l d m a tch flash speed used

Title C383 .1U_0402

QUANTA COMPUTER
PC87591 & FLASH
D 31
1

Custom Monday, December 30, 2002
4 3 2

40

A

B

C

D

E

+5V

B: FOOTPRINT CHANGED
R78 31 VFAN 750 Z3200 + Z3202 Q4 S I 3 4 56DV

1 2 5 6

+5V

+3V

CN8 L E D _ BD_20P E M A I L _LED# - H D D0_LED BT1# BT2# BT3# BT4# R I D E _LED# E M A I L_LED# 16 -HDD0_LED 15 BT1# 31 BT2# 31 BT3# 31 BT4# 31 R I D E _LED# 18

4

C129
4

U4B LM358

1 0 U / 10V/V Z3201 CN12 R76 2K + 5 V _FAN Z3203 12VOUT R77 3K C121 1 0 U / 1 0V/V C125 1000P_0402 1 S T _FAN

31 31 31 31

C A P S LED# NUMLED# S C R OLED# N B S WON#

C A P S LED# N U M LED# S C R O LED# N B S W ON#

4

1

8

Z3203

+3V Q5 * D T C 144EUA

+ U4A LM358 C126 *1000P_0402 31 F A N SIG

R75 10K_0402

4

3

C : NC

TO LED BOARD 30P
CP3 *220PX4 C A P S LED# N U M LED# S C R O LED# N B S W ON# CP1 .1U_0402 .1U_0402 *220PX4 BT2# BT1# - H D D0_LED E M A I L _LED# CP2 *220PX4 R I D E _LED# BT4# BT3#
3

1 s t FAN OUT CONNECTOR
C59

+5V

+3V

C58

3

K E Y B O ARD MX1 MX7 MX6 MY9 MX4 MX5 MY0 MX2 MX3 MY5 MY1 MX0 MY2 MY4 MY7 MY8 MY6 MY3 MY12 MY13 MY14 MY11 MY10 MY15
2

CP7 MX1 MX7 MX6 MY9 MX4 MX5 MY0 MX2 MX3 MY5 MY1 MX0 MY2 MY4 MY7 MY8 MY6 MY3 MY12 MY13 MY14 MY11 MY10 MY15 MX1 MX7 MX6 MY9 MX4 MX5 MY0 MX2 MX3 MY5 MY1 MX0 MY2 MY4 MY7 MY8 MY6 MY3 MY12 MY13 MY14 MY11 MY10 MY15 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31 31

220PX4 MY2 MY4 MY7 MY8

CP6

220PX4 MX3 MY5 MY1 MX0

CP8

220PX4 MY6 MY3 MY12 MY13

CP5

220PX4 MX4 MX5 MY0 MX2

CN19

CP4

220PX4 MX1 MX7 MX6 MY9 31 MY14 MY11 MY10 MY15 31 T P D ATA TPCLK

+5V

12 MIL
L43 F B M 2 125HM330

2

5VTP

C684

.1U_0402

KEYBOARD
CP9 220PX4

CN18

L42 L41

F C M 1608K221 F C M 1608K221

T P D ATA-1 TPCLK-1

C683 *10P_0402

C682 * 1 0 P_0402 T O U C H PAD-12P

+5V RP3 MY2 MY4 MY3 MY6
1

+5V RP4 MY1 MY5 MY0 MY7 +5V 10P8R-10K MY8 MY10 MY11 MY14 10P8R-10K MY12 MY9 MY13 MY15 +5V
1

TOUCH PAD

T itle

QUANTA COMPUTER
K / B , F D D , F A N CON
D o c u m ent Number R ev D Sh eet
E

Size A3 D a te:
A B C D

F r i d a y , D ecember 27, 2002

32

of

40

5

4

3

2

1

D: FOR AUDIO NOISE
+5V +5V_PR

P D [ 0 ..7]

P D [ 0 ..7]

30

B: SWAP USBP2 AND USBP3 D : CHANGE SWITCH FOR LOW RDS_ON
U48 + 5 VSUS + 5 VSUS

R499

100 CN4 VA L20 N 2 0 122PS800

D

16

U S B P2P R _ I N SERT# P R _ U SB2_D-

S Y S U S B P2- 19 C857 .1U_0402 S Y S U S B P2+ 19 P R _ I N SERT# P R _ U SB2_D+

31 31 31 31

KPC LK K P D ATA M S C LK M S D ATA

V A _ PR L21 N 2 0 122PS800
D

16

U S B P2+

P R _ I N SERT# 30 30 30 26,30 M D SR1# MRTS1# MCTS1# MRI1 STRB# MRI1 PD0 PD1 PD2 PD3 PD4 PD5 PD6 PD7

DG2016

30

P R _ I N SERT# 14,31 MDCD1# 30 MRXD1 30 MTXD1 30 MDTR1# 30 AFD# 30 ERROR# 30 INIT# 30 SLIN# 30

ACK# BUSY SLCT PE S P K _ L_PR_1 L54 S P K _ R _PR_1 L55 A U D G ND_PR P R _ M I C_OFF# P R _ MIC_1 L58 P R _ U SB2_DP R _ U SB2_D+ U S B P W R_PR

30 30 30 30

+ 5 VSUS F1 U S B P W R_PR 29 29 P O L Y _ S W I T CH_1.1A
C

D : DISCONNECT AUDGND TO SPR
A U D GND L I N E I NL_PR L I N E I NR_PR R500 L56 L57 *0_0402 B K 1 608HS600 B K 1 608HS600 28 H P S E N C E_PR A U D G ND_PR L I N E I NL_PR_1 L I N E I N R_PR_1 16 P R _ U SB1_D16 P R _ U SB1_D+ 10,14 10,14 10,14 +3VAUX C R T V S _VGA D D C CLK D D C DAT P R _ U SB1_DP R _ U SB1_D+ U S B P W R_PR D D C CLK D D C DAT

B K 1 608HS600 B K 1 608HS600

B: EMI
S P K _ L_PR 29 S P K _ R_PR 29 P R _ M I C _OFF# 29 P R _ MIC 29
C

B K 1 608HS600

B: ADD L56, L57 FOR EMI
C13 .1U_0402

D: FOR AUDIO NOISE
+ 5 V _PR

B: DEL C11
1
R13 C413 4 . 7 U /10V C411 .1U_0402 C412 1000P_0402 R12 330 220

10,14 24,25 24,25

T V _ LUMA L A N _ 10LED#

T V _ LUMA

L A N _10LED# L A N _ ACTLED#

CRT_B_2 CRT_G_2 CRT_R_2 T V _ C HROMA X-TX1P X-TX1N X-TX0P X-TX0N

C: CHANGE TO BEAD C R T H S_VGA 10,14 B: EMI R488 B K 1 6 08HS121
R489 R490 B K 1 6 08HS121 P R _ C R T _ B 14 P R _ C R T _ G 14 B K 1 6 08HS121 P R _ C R T _ R 14 T V _ C HROMA 10,14 X-TX1P 25 X-TX1N 25 X-TX0P 25 X-TX0N 25

2

L A N _ ACTLED#

B: EMI
X-TX1P X-TX1N X-TX0P X-TX0N L A N _10LED# L A N _ ACTLED# MRI1 F C I _52456 5 2 4 5 6-RDV-EU3S

C833
B

C834 10P_0402

C835 10P_0402

C836 10P_0402

C837 100P_0402

C838 100P_0402

C839 47P_0402

P I N 1 0 1 M A T C H P I N 9 F O R R P GET A RP_IN LOOP
B

10P_0402

C: POP
D D C CLK D D C DAT P R _ U SB1_D+ P R _ U SB1_DP R _ U SB2_DP R _ U SB2_D+

C840 47P_0402

C841 47P_0402

C842 10P_0402

C843 10P_0402

C844 10P_0402

C845 V A _ PR 10P_0402 R487 0_0402

C: POP B: EMI
S P K _ L_PR_1 S P K _ R _PR_1 P R _ M I C_OFF# P R _ MIC_1 CRT_R_2 CRT_G_2

C420 1 0 0 0P_0402

C419 100P_0402

A U D GND

B: EMI C: POP
C846 47P_0402 C847 47P_0402 C848 10P_0402 C849 C414 10P_0402 10P_0402 10P_0402 C415

A

L I N E I NL_PR_1

L I N E I N R_PR_1

T V _ LUMA

T V _ C HROMA CRT_B_2 CRTVS_VGA C R T H S_VGA

A

C850 10P_0402

C851 10P_0402

C852 10P_0402

C853 10P_0402 C416 10P_0402 C418 10P_0402 C417 10P_0402 T itle

QUANTA COMPUTER
P O RT REPLICATOR(152P)
D o c u m ent Number

Size A3 D a te:
5 4 3 2

Z G1
F r i d a y , D ecember 27, 2002
1

R ev D Sh eet 33 of 40

A

B

C

D

E

+1.8V

+ 2 . 5VSUS +2.5V VIN
4

+2.5V

+VCCP

+1.2V

19V
4

PU3 SC1566 PQ8 + 2 . 5VSUS PR126 1M PC33 4 . 7 U/10V-0805 PR128 22-0805 PR123 22-0805 PR127 22-0805 PR129 1M

PC34 .1U

PR54 5 . 1 K/F + PC32 .1U PR53 10K/F PC154 10U/10V 31,36 MAINON PQ46 DTC144EU PR125 1M PQ48 2N7002E PQ44 2N7002E PQ47 2N7002E PQ45 2N7002E SI5402 PC39 .1U

31,36

MAINON

PC156 * 4 7 U/6.3V-7343

+3V_S5 VIN +1.5V_S5 12VOUT

3

PR150 PR142 1M S5_ON_G PR135 22-0805 PR140 22-0805 100K S5_ON_D S5_ON_D 36

3

17,31,37

S5_ON PQ59 DTC144EU

PR138 1M PQ57 2N7002E PQ60 2N7002E PQ61 2N7002E

+3VSUS VIN + 2 . 5VSUS +5VSUS 19V 12VOUT VIN PR161 1M S U S_ON_G
2

+3VAUX

PR160 22-0805

PR159 22-0805

PR162 22-0805

PR158 1M SUSD 36 PR87 1M 3 V A UXEN_G PQ68 PR90 22-0805

PR151 100K 3 V A UXEN_D 3 V A UXEN_D 36
2

31,35

SUSON PQ72 DTC144EU

PR163 1M 2N7002E PQ70 2N7002E PQ69 2N7002E PQ71 2N7002E 31 3 V A UXEN PQ26 DTC144EU PR88 1M PQ24 2N7002E PQ62 2N7002E

19V VIN VCC_CORE +5V +3V +1.8V +1.5V +1.25V

PR63 1M

PR62 22-0805 RUN_ON_G

PR61 22-0805

PR60 22-0805

PR132 22-0805

PR131 22-0805

PR130 22-0805

PR133 1M

MAIND

36,37

PQ51 31,36
1

M A I NON PQ12 DTC144EU

PR64 1M 2N7002E PQ10 2N7002E PQ11 2N7002E PQ9 2N7002E PQ52 2N7002E PQ50 2N7002E PQ49 2N7002E
1

PROJECT : ZG1
Size D o c u ment Number C u s tom DISCHARGE D a te:
A B C D

Quanta Computer Inc.R e v
CIRCUIT
S heet
E

D 34 of 40

F r i d a y , December 27, 2002

A

B

C

D

E

PL21 VIN6 N20122PS800 VIN

+5VSUS PR58
4

PC42 4 . 7 U/10V-0805

PC29 .1U-0805
4

10 PC41 PR56 1M PU4 31,34 SUSON PC36 .1U-0805 PC152 PC149 * 2 2 0U/4V-7343 *220U/4V-7343 P O W E R 2.5V PL23 N20122PS800 *.1U PD7 1SS355 PQ7 PC31 10U/25V-1210 PC30 10U/25V-1210

+ 2 . 5VSUS

PR55

SI4 814DY

PL5

20K/F

10UH-RLF12545 PC40 PR57 *CAP + PC186 3 3 0 U/6.3V 4 0 . 2K/F

PL24 N20122PS800

PC38 .1U

PC37 1000P

PC35 .1U

SC1470

+

+ PC143 .1U PR59

3

3

PC146 10U/25V-1206

10K/F

2

PC24 10U/25V-1206

PL4 N20122PS800 + 2 . 5VSUS

2

PC25 10U/25V-1206 PC28 .1U PQ6 SI4922 PC27 .1U

PC23 * 2 2 0U/2.5V-7343 +VCCP

1 0/18 2 0K/F C HANGE 1 4K/F
PC153 *100U/2V-7343 PR118 11K/F +5VSUS PU12 SC338 PR124 1 4 K /F +1.2V

+ + PC26 .1U

+ PC151 .1U

PC187 3 3 0 U/6.3V
1

PR119 10K/F PR120 0

PC148 .1U-0805 PR121 0 PR122 1 0 K /F

1

PC155 10U/25V-1206

PROJECT : ZG1
31,38 VRON Size Custom

Quanta Computer Inc. D o c u ment Number
S Y S P O W E R 2.5V& CPUIO
F r i d a y , December 27, 2002
E

Rev D 40

6 /24
A B C D

D a te:

S heet

35

of

A

B

C

D

E

CSH3

VIN4

VIN

4

PD27 V+ ZD5.6V PC77 PR152 1K 4 1632RESET# 12 m i l

PR84 12 0 m i l 10 PC75 .01U PC70 .1U-0805

PL12

4

N20122PS800

16 0 m i l

PC71 1000P

PC72 .1U

.1U-0805

+12V 15 m i l PQ65 IRLML5103 15 m i l PR153 100K

PQ21 SI4834

PC73 10U/25V-1210

PC170 10U/25V-1210 3V_591 PR83 0.015-3720 16 0 m i l

PL13 10UH-SIL104 12 0 m i l

PC74 D H 3 15 m i l PR154 220K 15L 3 i l Dm + + + .1U 31,34 MAINON PQ25 DTC144EU
3

PU8

PC173 .1U-0805 VIN PQ28 SI4834 15 m i l PC89 VIN5 .1U-0805 12 0 m i l

PC68 1 0 0 U/6.3V-7343

PC79 PC188 * 2 2 0U/4V-7343 3 3 0 U/6.3V
3

PL16

12VOUT

15 m i l 19V VL PC174 VL PR92 0 PR93 *_0 20 m i l 15 m i l

BST3

N20122PS800 PC91 .1U PD28 DAP202U 15 m i l PC86 10U/25V-1210 LX15 PC88 10U/25V-1210 15 m i l 19V 15 m i l PC182 4.7U/16V-1206 5VPCU PR98 0.015-3720 12 0 m i l PL17 STQ124-1022 + PC92 .1U
2

PC90 1000P

4 . 7 U/16V-1206

PD29

PC76 4 . 7 U/16V-1206 EP05FA20 PC172 .1U-0805

31

HWPG PR95 10K PR94 0

BST5

16 0 m i l

LX5

15 m i l

DL5 MAX1632
2

15 m i l

+

+

PC175 4 . 7 U/16V-1206

CSH5

PC94 150U/6.3V-7343

PC93 1 5 0 U/6.3V-7343 5VPCU

PC189 * 3 3 0U/6.3V

3V_591

3V_591

PQ73 SI9936 PQ20 SI9936 PQ23 SI9936

+ 5 VSUS +5V PC184 .1U

1

+3V_S5 34 3 V A UXEN_D PC171 .1U +3V 34,37 PC169 .1U 34 S5_ON_D 34 SUSD M A I ND PC81 .1U + 3 VSUS 34,37 34 M A I ND SUSD

PC183 .1U

1

+3VAUX

PC82 .1U

PROJECT : ZG1
Size D o c u ment Number C u s tom SYSTEM D a te:

Quanta Computer Inc.R e v
P OWER
S heet
E

D 36 of 40

F r i d a y , December 27, 2002

A

B

C

D

5

4

3

2

1

PL10 N 2 0 122PS800 VIN

1

5 V P CU PR82

1

PC53

2

1

PC67 PR80 1M 17,31,34 S5_ON PU6 *.1U

PD10

2

10

PC166 1 0 U /25V-1210 1 0 U /25V-1210 .1U-0805 MAIND 34,36

2

1SS355

1

1

4 . 7 U /10V-0805 PQ17

PC65 .1U

2

2

D

PC54

PC60

D

+1.5V + 1 . 5V_S5 PR72

20K/F PR149 S I 4 8 14DY *_0 PL9 7 U H -SIL104

1

1

PC69 .1U

PC66

PC63 .1U

SC1470 PC190

PR147 2 0 K /F

PQ15 PC51 *CAP SI4800

1

1

1

2

2

2

2

2

C

2

* 3 3 0 U/6.3V

2

1000P

+

+

1

1

4

PC56 .1U

C

PR148 1 0 K /F PC58 2 2 0 U /2.5V-7343 PC55 1 0 U / 25V-1206

B

B

+5V

+ 5 VSUS P O W E R 2.5V PR73 0 + 1 . 2 5 VSUS PU14 PC163 1000P PL8 N 2 0 122PS800 PL11 N 2 0 1 22PS800 V T T _ D D R_SOURCE +1.25V

NC

1

1

PL22 N 2 0 122PS800

+

PC164 1 U /10V

2

1000P

2

PC50 * 2 2 0 U /2.5V-7343
A

PC48 3 3 0 U/6.3V

PC62 3 3 0 U /6.3V

2
PC52 3 3 0 U/6.3V
A

SC2595 PC162 1 U /10V

+ PC167

+

1
+

1

PROJECT : ZG1
Size D o c u m ent Number C u s tom D a te:
5 4 3 2

Quanta Computer Inc.R e v
D 37 of 40 Sh eet
1

P OWER 1.5V & DDR

F r i d a y , D e cember 27, 2002

1

2

3

4

5

+3V

v a l ue provied 2 . 6 7% offset; o l d value was f o r old 4.62% o ffset.
CMPRF PR43 2 2 . 6K/F

V C C _CORE +5V

VIN PC105 10U/25V-1210 PC101 10U/25V-1210

PR25 30K
A

B G waveforms i m p roved. may d e lete from f uture PR29 r e vision.
332/F

PC114

PC15 .1U

4 . 7 U/10V-0805

PC108 .1U-0805

PC110 .1U-0805

PC99 2200P

PC111 .1U-0805

A

16

D P R SLPVR PQ4 2N7002E

+3V CORE PC22 B S T 1 _VCORE PR37 10 330P PR50 RB551V-30 PD21

PC103 10U/25V-1210

3,16

S T P _CPU# PQ35 2N7002E PQ5 2N7002E

V C C _CORE PR108 PC19 1U-0805 *100K PU11 PC113 VCCA +3V D H _ VCORE 4 . 7 U/10V-0805 LX_VCORE 5 5 CKEN# PR52 100K I M V P _PWG PU2A 7W14FU 3 5 5 5 5 C P U _VID3 C P U _VID2 C P U _VID1 C P U _VID0 C P U _VID5 C P U _VID4 C P U _VID5 D L _ VCORE C P U _VID4 C P U _VID3 C P U _VID2 CL1 C P U _VID1 CMP1 C P U _VID0 CLRF I M V P _PWG CMPRF CMP2 PBOOT PBOOT CL2 ISH2 VDPR DAC D H _ VCORE2 PC136 LX_VCORE2 HYS D L _ VCORE2 PR115 * 6 1 .9K/F PR114 PR40 * 3 0 .1K/F 1 6 . 5K/F PBOOT .01U PR116 PR35 3.3-0805 PC139 15K/F B S T 2 _VCORE +5V PC137 .1U PC125 1000P PC17 1000P PR27 2 4 . 9K/F 4.7U/10V-0805 PD23 RB551V-30 PQ40 SI4404 PD6 EC31QS03L PR117 1R + PC20 + PC21 .01U PC138 1U-0805 4.7U/10V-0805 PC140 PC18 PQ41 IR7811A PQ43 IR7811A 0 . 6 8 u H(ETQP6FOR6BF) PL3 PR45 2mR-7520 PC150 10U/25V-1210 PC147 10U/25V-1210 V C C _CORE
C

3.3-0805

PC115 1U-0805

PQ30 IR7811A

PQ34 IR7811A

0 . 6 8 u H(ETQP6FOR6BF) PL1

PR24 2mR-7520

PC128 PD19 + PC14 + PC13 .01U PR106 1R PD2 EC31QS03L

+3V

SC1476 ISH1 PR28 PR30 PR33 10K/F 825/F 750/F PR38 PR42 PR41 PR46 PR49 PR47 619/F 825/F 619/F PQ33 SI4404

PQ29 SI4404

B

VH_R1 PR26 VH_L1 PR32 PC16 750/F *.01U 825/F 1 0 K /F VH_R2 1R 1R

EC10QS04

330U/2V

330U/2V

B

PC135 *.1U PR36 100K 16

1 2mOhm 7 343 S P-CAP

1 2mOhm 7 343 S P-CAP

I M V P _PWG

S e t up for c o n s tant-ripple m o de. Was c o n s tantfrequency m ode

31,35

VRON VDPR

PC142 VIN 10U/25V-1210

16

D P R SLPVR

1000P PC141 .1U-0805 PC133 PC145 .1U-0805 PC144 2200P

C

2 0 m i l T r a c e l i s t for layout The 5V (PIN38 AND PIN20) BST1_VCORE BST2_VCORE
A dded f i lter for P BOOT
VDPR

PQ42 SI4404

V I D
V ID 5 V ID 4 V ID 3 V ID 2 V ID 1 V ID 0

Vcore V 1.340 1.324 1.292 1.260 1.244 1.212 1.180 1.148 1.100 1.052 1.020 0.972 0.940
2

+5V

0 0 0 0 0 0
D

1 1 1 1 1 1 0 0 0 0 0 0 1

0 1 1 1 1 1 0 0 0 1 1 1 0
1

1 0 0 1 1 1 0 0 1 0 0 1 0

1 0 1 0 0 1 0 1 1 0 1 1 0

1 0 0 0 1 1 1 1 0 1 1 0 0

PR172 *100K

330U/2V

330U/2V

CL1

CL2 PC118 330P

CMP1 PC132 330P

CMP2 PC121 180P

CLRF PC131 180P

ISH1 PC127 330P

ISH2 PC117 .1U

CMPRF PC134 .1U PC130 330P

1 2mOhm 7 343 S P-CAP

1 2mOhm 7 343 S P-CAP

1 0 0 m i l T r a c e l i st for layout DH_VCORE LX_VCORE DL_VCORE DH_VCORE2 LX_VCORE2 DL_VCORE2

CL2

CORE

CORE

1 1 1 1 1 1 1

1 0 m i l T r a c e l i s t for layout SC1476 pin 4 pin 5 pin 7 pin 25 pin 30

+3V PR31 PR34 PR39 PR44 PR48 PR51

D

10K

10K

10K

10K

10K

10K

PROJECT : ZG1
Size D o c u ment Number C u s tom CPU D a te:

C P U _VID5

C P U _VID4

C P U _VID3

C P U _VID2

C P U _VID1

C P U _VID0

Quanta Computer Inc. v Re
P OWER
S heet
5

D 38 of 40

F r i d a y , December 27, 2002

3

4

1

2

3

4

5

6

7

8

VH

P C 109 . 1 U-0805

P Q 32 VA P R 1 01 1 8 2 K/F + -

P U 9A L M 3 5 8AM

P L 18 C N 7
A

P D 20 1 S S355

P L 19

3 0 00mil

P D 1 5

P R 105

P R 102

P C 1 06

A

N 2 0 1 2 2PS800

E C 2 0QS03L P D 1 6

3 0 0mil
0 . 0 2-3720

7 6 8 /F P C 1 16

1 0K

. 0 1U

3 0 0mil
P C 97 E C 2 0QS03L V A 2 V A 2 4 0

2 D C -S726I201 P O W E R_JACK

P C 95 . 1 U-0805

P C 96 . 1 U-0805

P L 20

P C 1 07 4 . 7U/25V-1210

V A 3

P D 17 1 S S 355 V AD

P R 20 1 0 0K 1 S S 355

P C 120 . 1 U-0805

P C 119 1 0 U /25V-1210

2 0 mil

2 2 0P P R 99 1 0 K P Q 3 D A 2 04U P R 14 1 . 82K/F 1 0 K 1 . 82K/F

P Q 39 . 0 1U
B

P Q 38 2 S A1576A
B

P Q 31 I M Z2

I M Z2

P L 2 1 0 U H-SIL104 P D5 E C 2 0 QS03L

P R 23 V IN

2 0 mil
P C 102 . 1 U-0805

0 . 0 2-3720 P R 103 P R 104 P D 22 1 S S355 P R 1 07 2 2 K P U 9B L M 3 58AM + P R8 1 6 9K/F P R 109 P C 1 12 P C 1 . 1 U P C 10 . 0 1U . 1U . 0 1U 1 0 00P 1 0 00P

P D 4 E C 2 0QS03L

P R 15

P C 11 1 0 U / 25V-1210

P C 12 1 0 U /25V-1210

. 01U

1 0 / 1 8 7.5K/F C H ANGE 4 . 99K/F
4 7 K P R 11 + P U1A P R 19 . 1 U-0805 P R 2

P R 4 P R 3 1 8 2K/F

P R 16
C

4 7 K + P R7 L M 3 39 P U 1B

C E LL-SET 3 1 L M 3 39 4 7 00P P R5 P C7 R E F 5V P C 5 P R 9 P R 21

C

1 0 mil
1 0 00P . 1U P U 1C P R 18 4 .7K + 6 0.4K/D 7 .5K/F P U 1D P R 22

12/26

R E F 5V

4 0

3 1

C C-SET

+

1 0 mil

C V-SET

3 1

1 0 mil
P R 6 P C3 P C2

-

P C 8 . 1U OSC 200KHz

P R 17 6 0 .4K/D 1 0K

VA
D

VA P D1 AC 2 2 K P C 100 P C 98 . 1 U-0805 P R 1 1 0 K P Q1 2 N 7 002E
D

P R O JEC : ZG1 Quanta Computer Inc.
B A T T E R Y CONN&POWER JACK
F r i d a y , December 27, 2002
1 2 3 4 5 6 7 8

3 9

4 0

1

2

3

4

5

6

7

8

1 ST_BATT_CONN
CN20

1 0/18 F OR EMI
MBAT PR170 0 PC83 T E M P_MBAT

T E M P_MBAT 31

PQ27 PL15 N20122PS800 MBAT+ PL14 N20122PS800

PQ22

PC84

Z D 5 .6V PD14

PR97 10K PC85 47P SI4 431DY SI4 431DY

S U Y I N _20175A-05G1

PR91 330
A

47P

.1U

PC80 47P

PQ63 M D I SCHG MBCLK 4,31 PC87 10U/25V-1210 PR156 * 1 0 2K/F A D ISCHG PQ64 DTC144EU REFP PQ66 *2N7002E PR96 10K/F ACHG MBATV T E M P_MBAT PC176 *.01U PR155 * 1 4 K/F PD9 ZD15V PQ16 39 BAT-V BAT-V PU13B LM358AM PR144 .01U PC49 470K + ACHG PR110 10K PR146 100K PC126 10U/25V-1210 .01U PQ58 DTC144EU VA2 VA2 39 PC124
B A

PR89 330

DTC144EU PQ67 IMD2 PC159 .1U-0805 PR141 1M PR157 10K PU13A LM358AM PR145 470K + MCHG VH VH

M B D ATA_MBAT 25 REF3V PD12 Z D 5 .6V PD13 ZD5.6V

C LOSE TO BATTERY CON

31

PC180 .01U

VH

VIN

PQ36 SI4800

PC129 .01U

B

SI4936

PD8 ZD15V

PU7

VL 200mil

REFP VL PC158 .1U-0805

A D ISCHG PL6 N20122PS800 200mil PC157 10U/25V-1210 T E M P _ABAT PC46 Z D 5 . 6 V PD26 PC44 PL7 N20122PS800 ABAT+ PQ14 PQ13

2 ND_BATT_CONN
CN16 ABAT PR171

1 0/18 F OR EMI
0

T E M P _ABAT 31

PR65 10K

PR143 10K PU5A + LM393

PR136 160K

REF3V

C

S U Y I N _20175A-05G1

PC43 47P PR67 330 PR66 330 47P .1U

S I 4 4 31DY PC45 47P PR68 * 1 0 2K/F M D I SCHG

SI4 431DY

PQ18 DTC144EU

PC57 .1U 74HCT237

PR69 100K

C

PQ53 IMD2

31 31 31

M/A# D/C# BL/C# PQ54 2N7002E PC122 REF5V PU10 PR139 100K

PR164 31 M B C LK_RSV PR165 *0 A B D ATA PULL KBC M B D ATA_RSV 31 PD24 Z D 5 .6V PD25 ZD5.6V PR70 10K/F T E M P _ABAT PC160 *.01U
C LOSE TO BATTERY CON

*0 PR85

ABCLK 0

PR86

0

MBCLK

4,31

PQ56 DTC144EU REFP PQ55 *2N7002E

M B D A T A_ABAT 25 REF3V

MCHG PR134 10K A B A TV 31 VIN

.1U-0805 REF5V REF-02 PC123 .1U 39

1 0 /18 del P R164 P R165

PU5B + -

PR137 * 1 4 K/F PQ37 IMD2 REFP VL PU15 REF3V REF3V 31 REFP REFP R E F 3V

PC47 .01U

LM393

D

D

31

REFON

REFON SI9183 PC178 1 0 U /6.3V PC181 .1U

R E F -BP

PC179 1U/10V

PROJECT : ZG1
Size D o c u ment Number C u s tom BATTERY D a te:

Quanta Computer Inc. v Re
S E LECTOR
S heet 40
8

D of 40

F r i d a y , December 27, 2002
7

1

2

3

4

5

6


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