Acer TravelMate 800 Schematics
1
2
3
4
5
6
7
8
ZG1 BLOCK DIAGRAM
BANIAS / ODEM
A A
POWER
BOARD
+1.8V
2.5VSUS
3V_591
5VPCU
PG 36
DDR-SODIMM1
B B
PG 9
AC/ BATT
CONNECTOR
BATT
SELECTOR
BATT
CHARGER
+2.5VSUS+1.25V
PG 40,41
PG 41
PG 41
DDR SDRAM 2.5V, 200MHz
+1.8V +3V
+1.2V
+2.5VSUS
DDR-SODIMM2
+5V
Primary IDE - HDD
PG 15
+5V
ATA 66/100
+VCCP
Secondary IDE - MEDIA Bay
(CDROM,DVD, CD-RW,DVD-RW
,2nd HDD)
C C
RJ45
PG 18
+3VAUX
+3VSUS
AC97
+3V+5VA
AUDIOMDC
PG 23
RJ11
PG 27,28,29
3.3V LPC, 33MHz
PG 24
VCC_CORE
BANIAS
478 Pins
(Micro-FCPGA)
+VCCP
PSB
4X100MHZ
+VCCP
O DEM
MCH-M
593 BGA
+1.8V
66(266)MHZ, 1.8V
HUB I/F
+1.8V
ICH4-M
421 BGA
PG 15, 16, 17
+3V_S5
PG 4,5
PG 6, 7,8
+1.5V
+3V
CPU T hermal
Se nsor
M ICREL 280
AGP 1.5V, 66MHz
USB 2.0
USB PORT 0,1
+5VSUS
USB PORT 2,3
+5VSUS
(BLUE TOOTH)
USB PORT 4
PG 4
+2.5V
Video
Controller
+1.5V+1.5V
ATI M7/M9
+1.8V
PG 10~12
DDR 32MB/64MB
PG 19
PG 19
PG 30
+12V
+5VSUS
+3VAUX
CPU VR
PG 39
LVDS
R.G,B
33MHZ, 3.3V PCI
+3VAUX
CARDBUS
CARDREADER
O2 OZ711M1
PG 20,21
CARD
BUS
SLOTS
PG 21
Clocking
CK408
Spread Spectrum
Control
TV out
+3V
PG 10
PG 14
LCD Panel
PG 13
CRT port
PG 14
CARD
+3V
BAY
+5V
PG 20
PG 3
+3V
IEEE- 1394
TI-TPA43AB21
PG 22
Port Replicator
DC Jack,Modem port
CRT port(VGA & S-Video)
Audio jacks(Analog & Digital)
Ethernet port
KB/Mouse,Serial port
2XUSB(2,3),Parallel port
+3VAUX
LAN
10/100/1G
4401/5702
PG 24,25
+5V
MINI -PCI
SOCKET
+3VAUX
PG 33
+3V
PG 23
+3V
SIO PC87391
100 Pins TQFP
D D
+3/5V 3V_591+5V +5V
FIR
PG 30
1
+5V
Serial
PG 30 PG 30
2
PG 30
+5V
Parallel
Touchpad
3
3V_591
PC87591
176 Pins LQFP
Keyboard
PG 33PG 33
PG 31
FLASH
PG 31
4
+5V
F AN 1
PG 32
+5V
PS/2
PG 32
C test
GERBER: 1224/2002
QUANTA
T itle
Size Document Number R ev
A3
5
6
Date: Sh eet of
C OMPUTER
Block Diagram
Z G1
7
1 40Friday, D ecember 27, 2002
8
D
1
A A
2
3
4
5
6
7
8
Voltage Rails
CPU _CORE
+1.2V 1.2V for ODEM Core
+1.25V 1.25V for DDR Termination voltage
+1.5V
+1.5V X
+1.5V_S5 X X X
+1.8V
+2.5 VSUS
+2.5V
+2.5 VSUS 2.5V for DDR Termination voltage MAINON
3 V_591
+3VSUS
+ 3V
5VPCU
+5VSUS
+ 5V
B B
+ 12V
12VOUT
Core voltage for Processor X
1.05V rail for Processor I/O+VCCP
ON S0~S1
ON S3 ON S4 ON S5
X
X
X X
X
X
X
X
X
X
X X X X
X X
X
X X X X
X X
X
X
X X
X X
Control signal
VR _ON
VR _ON
SU SON
External PCI Devices
C C
Device
LAN
CardBus
Mini-PCI
IDSEL#
AD18
AD22
AD20
REQ#/GNT#
0
3
1
Mi ni-PCI LAN
IEEE-1394 Controller
AD23
2
AGP VGA
Interrupts
PIRQD
PIRQB
PIRQE/F
PIRQC
PIRQAAD17( INTERNAL)
EC SM Bus1 address
Device
Smar t Battery
THERMAL SENSOR
D D
ICH4-M SM Bus address
Device
SODIMM
Clock Gen
1
1010 000X b
1101 001x b
T itle
Size Document Number R ev
A3
2
3
4
5
6
Date: Sh eet of
QUANTA
C OMPUTER
CLOCK GENERATOR
Z G1
7
2 40Friday, D ecember 27, 2002
8
D
1
2
3
4
5
6
7
8
S2 S1 S0 CPU 3V66[0..4] 3V66_ 5/66IN
1 0 0 66 66IN 66 Input
1 0 1 100 66IN 66 Input
1 1 0 200 66IN 66 Input
1 1 1 133 66IN 66 Input
0 0 0 66 66 66 M
0 0 1 100 66 66 M
A A
0 1 0 200 66 66 M
0 1 1 133 66 66 M
+3V
R365
R369
1K_0402
*1K_0402
R368
1K_0402
B B
+3V
C C
These are for backdrive issue
SELPSB1_CLK
SELPSB0_CLK
R364
*1K_0402
L47
FBM2125HM330 C690
PDAT_SMB9,16
SUSA#16
SUSB#16,31
CLKVD D_CPU
C695
10U/10V/U
+3V
2
+3V
C700
.1U_0402
R354
10K_0402
Q39
RHU002N06
C735
.1U_0402
30mils
C687
.1U_0402
R355
10K_0402
CGDAT_SMB
+3V
3 5
U31
7SH08
C710
.1U_0402
2
PCLK_SMB9,16
Q35
RHU002N06
CGCLK_SMB
C715
*12P_0402
R380
*2M
C714
*12P_0402
C709
C706
.1U_0402
.1U_0402
+3V
L45 FBM2125HM330
+3V
300 ohms@100Mhz
8x4.5 2P
1 2
STP_ PCI#16
STP_ CPU#16,38
f rom IMVP4
R360 1K_0402
.1U_0402
R349 475/F
R361
10K_0402
C691
10U/10V/U
XIN
Y4
14.3 18MHz/18PF
XOUT
CK_ PGD#
CGCLK_SMB
CGDAT_SMB
SELPSB2_CLK
SELPSB1_CLK
C688
.1U_0402
IREF
CK_ MULT0
20mils
CLK_ 48MVDD
C689
.1U_0402
L44
BK1608HM121
Z0301
CYPRESS:
ICS:
U28
CK-TITAN-B
CLKGND
CY28346
ICS950810
20mils
27
26
VDDA
CK-408
GND_REF
GND_PCI_2
GND_3V66_1
GND_3V66_231GND_CPU
GND_PCI_19GND_IREF
4
15
20
VDDA_CKG
C708
.01U_0402
VSSA
47
41
FBM2125HM330
L49
300 ohms@100Mhz
C705
10U/10V/U
14M_REF
R_HCLK_MCH
R_HCLK_MCH#
R_HCLK_CPU
R_HCLK_CPU#
R_HCLK_ITP
R_HCLK_ITP#
R_CLK66_ICH
R_CLK66_MCH
R_CLK66_AGP
R_PCLK_ICH
R_PCLK_SIO
R_PC LK_PCM PCLK_PCM
R_PCLK_591
R_PCLK_MINI
R_PC LK_LAN
R_PCLK_1394
R_CLK48_USB
R186 0_0805
R193 0_0805
R375 0_0805
R357 0_0805
+3V
R188 49.9/F
R187 49.9/F
R190 49.9/F
R189 49.9/F
R359 49.9/F
R358 49.9/F
R351 33_0402
R350 33_0402
R353 33_0402
R352 33_0402
R363 33_0402
R362 33_0402
R381 33_0402
R382 33_0402
R383 33_0402
R390 33_0402
R384 33_0402
R385 33_0402
R386 33_0402
R387 33_0402
R388 33_0402
R389 33_0402
R356 33_0402
R373 10_0402
R372 10_0402
R437 10_0402
CLK14_AUDIO
14M_ICH
14M_SIO
HCLK_MCH
HCLK_MCH#
HCLK_CPU
HCLK_CPU#
CLK6 6_ICH
CLK66_MCHSELPSB0_CLK
CLK6 6_AGP
PCLK_ICH
PCLK_SIO
PCLK_591
PCLK_ MINI
PCLK_LAN
PCLK_1394
CLK4 8_USB
14M_SIO
14M_ICH
CLK14_AUDIO
HCLK_MCH 6
HCLK_MCH# 6
HCLK_CPU 4
HCLK_CPU# 4
HCLK_ITP 4
HCLK_ITP# 4
CLK66_ICH 16
CLK66_MCH 7
CLK6 6_AGP 10
PCLK_ICH 15
PCLK_SIO 30
PCLK_PCM 20
PCLK_591 31
PCLK_ MINI 23
PCLK_LAN 24
PCLK_1394 22
CLK4 8_USB 16
14M_SIO 30
14M_ICH 16
CLK14_AUDIO 27
+3V
D D
VCC_CORE
CKEN#38
1
R73
10K_0402
R393
220
Q40
1 3
3904
R74
*0_0402
2
CK_ PGD#
CLK6 6_ICH
CLK66_MCH
CLK6 6_AGP
CLK4 8_USB
L23
*15nF
Z0302
C718
C306
*10P_0402
*10P_0402
3
4
C717
*10P_0402
C716
*10P_0402
PCLK_ICH
PCLK_SIO
PCLK_591
PCLK_ MINI
PCLK_LAN
PCLK_1394
PCLK_PCM
5
C720
*10P_0402
C724
*10P_0402
C723
*10P_0402
C722
*10P_0402
C721
*10P_0402
6
C719
*10P_0402
C725
*10P_0402
C696
C694
*10P_0402
C767
*10P_0402
*10P_0402
QUANTA
T itle
Size Document Number R ev
A3
Date: Sh eet of
C OMPUTER
CLOCK GENERATOR
Z G1
7
3 40Friday, D ecember 27, 2002
8
D
A
B
C
D
E
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
HCLK_CPU#
HCLK_CPU
HD#[0 ..63]
HA#[3 ..31]6
4 4
3 3
+VCCP
+VC CP
+3V_S5
+VC CP
R34
150
R62
56
R33
332/F
A
CPUPWRGD
THER MTRIP#16
2 2
CPUPWRGD16
DBR#16
1 1
HA#[3 ..31]
HADSTB0#6
HADSTB1#6
HREQ#06
HREQ#16
HREQ#26
HREQ#36
HREQ#46
ADS#6
R32 56
HBR EQ0#6
BPR I#6
BNR#6
HLOCK#6
HIT#6
HITM#6
DEFER#6
T6
T7
T8
T9
HTRDY#6
RS#06
RS#16
RS#26
A20M#15
FER R#15
IGNNE#15
SMI#15
T12
HCLK_ITP3
HCLK_ITP#3
T10
T11
INTR15
NMI15
STPC LK#15
CPU_SLP#15
DPSLP#6,15
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_IERR#
BPM0#
BPM1#
BPM2#
BPM3#
TCK
TDI
TMS
TRST#
HCLK_ITP
HCLK_ITP# TRST#
PREQ#
PRDY#
DBR#
THERMDA
THERMDC
CPU_PROCHOT#
U3A
REQUEST
PHASE
SIGNALS
ER ROR
SIGNALS
ARBITRATION
PHASE
SIGNALS
SNOOP PHASE
SIGNALS
RESPONSE
PHASE
SIGNALS
PC
COMPATIBILITY
SIGNALS
DIAGNOSTIC
& TEST
SIGNALS
EXEC UTION
CONTROL
SIGNALS
Banias_Processor
B
Banias
1 OF 3
THERMAL DIODE
DATA
PHASE
SIGNALS
CPU RST#
C
MBCLK31,40
MBD ATA25,31
1632RESET#36
HDSTBN0# 6
HDSTBP0# 6
HDSTBN1# 6
HDSTBP1# 6
HDSTBN2# 6
HDSTBP2# 6
HDSTBN3# 6
HDSTBP3# 6
HDBI0# 6
HDBI1# 6
HDBI2# 6
HDBI3# 6
DBSY# 6
DRDY# 6
HCLK_CPU# 3
HCLK_CPU 3
CPUINIT# 15
CPU RST# 6
DPW R# 6
HD#[0 ..63] 6
+3V
2
+3V
2
+3V
2
THCLK_SMB
Q31
RHU002N06
THDAT_SMB
Q32
RHU002N06
280INT#
D5
*RHU002N06
+3V
280VCC
C39
.1U_0402
C62
2200P
THERMDA
THERMDC
R40
10K_0402
R41
10K_0402
R38
10K_0402
R25 100
U41
MAX6648
UMAX-8P
B: CHANGE FROM MIC280
+VCCP
R58
R57
39/F
150
TDI
TMS
TCK
R59
680
R60
27.4/F
HCLK_CPU#
HCLK_CPU
R56
*22_0402
C101
*22P_0402
R55
*22_0402
C98
*22P_0402
QUANTA
T itle
Size Document Number R ev
A3
D
Date: Sh eet of
C OMPUTER
BANIAS CPU - A
4 40Friday, D ecember 27, 2002
E
D
ESR < 3m OHM
CH44702K912
C97
.47U/10V/X7R
<Voltage>
<TempChar>
4 4
C435
.47U/10V/X7R
<Voltage>
<TempChar>
C443
.47U/10V/X7R
<Voltage>
<TempChar>
C43
.47U/10V/X7R
<Voltage>
<TempChar>
3 3
C81
.47U/10V/X7R
<Voltage>
<TempChar>
C465
.47U/10V/X7R
<Voltage>
<TempChar>
VCC_CORE
C462
.47U/10V/X7R
<Voltage>
<TempChar>
VCC_CORE
C95
.47U/10V/X7R
<Voltage>
<TempChar>
VCC_CORE
C469
.47U/10V/X7R
<Voltage>
<TempChar>
VCC_CORE
C65
.47U/10V/X7R
<Voltage>
<TempChar>
VCC_CORE
C106
.47U/10V/X7R
<Voltage>
<TempChar>
VCC_CORE
C463
.47U/10V/X7R
<Voltage>
<TempChar>
A
C446
.47U/10V/X7R
<Voltage>
<TempChar>
C96
.47U/10V/X7R
<Voltage>
<TempChar>
C437
.47U/10V/X7R
<Voltage>
<TempChar>
C112
.47U/10V/X7R
<Voltage>
<TempChar>
C455
.47U/10V/X7R
<Voltage>
<TempChar>
C69
.47U/10V/X7R
<Voltage>
<TempChar>
C451
.47U/10V/X7R
<Voltage>
<TempChar>
C474
.47U/10V/X7R
<Voltage>
<TempChar>
C452
.47U/10V/X7R
<Voltage>
<TempChar>
C103
.47U/10V/X7R
<Vo ltage>
<TempChar>
C90
.47U/10V/X7R
<Voltage>
<TempChar>
C458
.47U/10V/X7R
<Voltage>
<TempChar>
+1.8V
+1.5V
VCC_CORE
+
C445
220U/2.5V
R68 0_0805
R288 *0_0805
220U/2.5V(CC7343) *2
+
+
C464
220U/2.5V
10U/6 .3V/X5R
C119
+VCCP
+VCCP
C117
220U/2.5V
+
C478
150U/6.3V
C109
.1U_0402
B
+
C88
220U/2.5V
C477
10U/6.3V/X5R
C110
.1U_0402
25 MILS (>50 MILS PREFFERD) SPA CE
T < 0.5"
CHECK LAYOUT NOTES
GTLREF: 2/3 VCCP+-2%
T<0.5" 25 mils space
CPU_VCCA
C422
C423
10U/6 .3V/X5R
10U/6.3V/X5R
C459
.1U_0402
C438
.1U_0402
C92
.1U_0402
C448
.1U_0402
C460
.1U_0402
.1U_0402
+VCCP
C70
A0: STUFF
A1: NC
C421
.1U_0402
C71
.1U_0402
C439
.1U_0402
R65 27.4/F
R69 54.9/F
R280 27.4/F
R281 54.9/F
R67 1K/F
*1K_0402
C424
C476
.1U_0402
.1U_0402
R31
R66
2K/F
C118
.1U_0402
C
COMP0
COMP1
COMP2
COMP3
GTLREF0
TEST1
TEST2
R64
*1K_0402
VCC_CORE
U3B
Banias
2 OF 3
POWER,
GROUND,
RESERVED
SIG NALS
D
R39 *54.9/F
R35 *54.9/F
R63 *1K_0402
E
+VCCP
U3C
Banias
3 OF 3
POWER, GROUND AND NC
CPU _VID038
CPU _VID138
CPU _VID238
CPU _VID338
CPU _VID438
CPU _VID538
Z0501
Z0502
T4
T5
T13
T3
T2
Z0503
Z0504
Z0505
Z0506
Z0507
Z0508
VID
VCC_CORE
VCC_CORE
1 0U/6.3V/X5R(CC0805) *38
C63
10U/6.3V/X5R
VCC_CORE
C466
10U/6.3V/X5R
VCC_CORE
C80
10U/6.3V/X5R
VCC_CORE
C76
10U/6.3V/X5R
C449
10U/6.3V/X5R
C104
10U/6.3V/X5R
C67
10U/6.3V/X5R
C82
10U/6.3V/X5R
A
C114
2 2
10U/6.3V/X5R
C450
10U/6.3V/X5R
C72
10U/6 .3V/X5R
1 1
C108
10U/6.3V/X5R
C100
10U/6.3V/X5R
C75
10U/6.3V/X5R
C442
10U/6.3V/X5R
C444
10U/6.3V/X5R
C61
10U/6.3V/X5R
C105
10U/6 .3V/X5R
C66
10U/6 .3V/X5R
VCC_CORE
C440
10U/6.3V/X5R
VCC_CORE
C456
10U/6.3V/X5R
C111
10U/6 .3V/X5R
VCC_CORE
C79
10U/6 .3V/X5R
C454
10U/6.3V/X5R
C436
10U/6.3V/X5R
C93
10U/6 .3V/X5R
C447
10U/6.3V/X5R
C91
10U/6.3V/X5R
C467
10U/6 .3V/X5R
C457
10U/6.3V/X5R
C468
10U/6.3V/X5R
B
C74
10U/6 .3V/X5R
C441
10U/6 .3V/X5R
C87
10U/6.3V/X5R
C461
10U/6.3V/X5R
Banias_Processor
VCC_CORE 1.356V TO 0.844V
0.748V(DEEPER SLEEP)
VCCP 1.05V
VCCA 1.8V
Banias_Processor
T itle
Size Document Number R ev
B
C
D
Date: S heet of
QUANTA
COMPUTER
NorthWood CPU - B
5 40Friday, December 27, 2002
E
D
A
B
C
D
E
HD#[0 ..63]4
4 4
3 3
2 2
HD#[0 ..63]
PCIR ST#10,15,20,2 1,22,23,24,30,31
R301 27.4/F
R294 27.4/F
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
VAGTLREF
HSW NG1
HSW NG0
HRCOMP1
HRCOMP0
ON THE SECONDARY SIDE
1 8 MILS, 25 MILS SPACE <0.5"
U5A
ODEM_MCH-M
+VC CP
HOST BU S INTERFACE (Processor System
Bus)
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
HA#[3 ..31]
HAD STB0# 4
HAD STB1# 4
ADS# 4
HREQ#0 4
HREQ#1 4
HREQ#2 4
HREQ#3 4
HREQ#4 4
HBR EQ0# 4
BPR I# 4
BNR# 4
HLOCK# 4
HIT# 4
HITM# 4
DEFER# 4
DBSY# 4
DRDY# 4
HTRDY# 4
RS#0 4
RS#1 4
RS#2 4
CPU RST# 4
HDBI3# 4
HDBI2# 4
HDBI1# 4
HDBI0# 4
HCLK_MCH 3
HCLK_MCH# 3
HDSTBN0# 4
HDSTBP0# 4
HDSTBN1# 4
HDSTBP1# 4
HDSTBN2# 4
HDSTBP2# 4
HDSTBN3# 4
HDSTBP3# 4
HA#[3 ..31] 4
C532
.1U_0402
C543
.1U_0402
.1U_0402
C141
10U/6 .3V/X5R
CLOSE TO IC, WITHIN 150 MILS
+2.5 VSUS +1.5V
DPSL P#4,15
DPWR#4
R325
*0_0402
R331
*4.7K_0402
should 150u
+1.2V
+1.2V
R326
*10K_0402
U5D
+1.8V
C142
+1.2V
TESTIN#
ETS#
ODEM_MCH-M
+
+
C538
C485
150U/6.3V
150U/6.3V
PLACEMENT CHECK RDDP P117
CLOSE TO IC (WITHIN 50
MILS)
C524
.022U
C549
.015U
C515
2.2 U/10V
C545
.22U
HUB INTERFACE
C550
C548
.01U_0402
.047U
+VCCP
HL0
HL1
HL2
HL3
HL4
HL5
HL6
HL7
HL8
HL9
HL10
HL_RCOMP
+VC CP
+
C475
150U/6.3V
HL[0..10]
10 mils
HLSTB 16
HLSTB# 16
R317 36.5/F
C491
.1U_0402
HL[0..10] 16
HUBREF_MCH
+1.8V
C542
.01U_0402
C490
.1U_0402
C492
.1U_0402
+1.8V
R324
150/F
.1U_0402
C482
.1U_0402
C481
<3" CLOSE TO IC
R323
150/F
HUBREF = 0.5 * VCC1_8 +- 7%
C483
.1U_0402
C518
.1U_0402
C547
.1U_0402
R299
NEXT TO PIN AB16
1 1
C495
1U/10V
VAGTLREF
C526
220P_0402
C535
220P_0402
49.9/F
R300
NEXT TO PIN P8
100/F
C487
.01U_0402
NEXT TO EACH HVREF PIN
A
+VC CP
R312
301/F
R303
150/F
B
C484
.01U_0402
HSW NG0
15MILS, 25MILS SPACE
+VCCP
R289
301/F
HSW NG1
R292
150/F
QUANTA
T itle
Size Document Number R ev
A3
C
D
Date: Sh eet of
C OMPUTER
MC H-M_A (HOST & POWER)
E
6 40Friday, D ecember 27, 2002
D
A
B
C
D
E
CLOSE TO IC (<70 MILS)
+1.5V
+
C133
C128
100U/10V
10U/6 .3V/X5R
+2.5 VSUS
+
CLOSE TO IC (<150 MILS)
C657
C561
150U/6.3V
.1U_0402
C: CHANGE FROM 100U
+2.5 VSUS
+
C147
C144
100U/10V
22U_1206
+1.8V
C520
C514
10U/10V/U
.1U_0402
C130
C522
.1U_0402
10U/6 .3V/X5R
C562
.1U_0402
C153
22U_1206
C504
.1U_0402
C570
.1U_0402
C160
.1U_0402
C498
.1U_0402
C563
.1U_0402
C564
.1U_0402
C161
.1U_0402
C123
.1U_0402
C565
.1U_0402
C162
.1U_0402
C519
.1U_0402
D
C566
.1U_0402
C163
.1U_0402
C497
.1U_0402
C166
.1U_0402
C164
.1U_0402
U5E
C159
.1U_0402
C165
.1U_0402
GROUND
ODEM_MCH-M
QUANTA
T itle
Size Document Number R ev
A3
Date: Sh eet of
C OMPUTER
M CH-M_B(AGP,GND)
7 40Friday, December 27, 2002
E
D
R328
*22_0402
C553
*10P_0402
U5C
ODEM_MCH-M
AGPVR EF10
B
AGP INTERFACE
POWER INTERFACE
+1.5V
AGPVR EF
R329
1K/F
R330
1K/F
GAD[0..31]10
4 4
3 3
+1.5V
ST2
ST1
2 2
R71 1K_0402
R72 1K_0402
ST010
ST110
ST210
SBA[0..7]10
AD_STB010
AD_STB0#10
AD_STB110
AD_STB1#10
<0.5" 10 mils
R291
*2K
1 1
S T2S T1
X 1
R293
R290
36.5/F
*2K
MCH STRAP
DDR
C489
.1U_0402
GCBE0#10
GCBE1#10
GCBE2#10
GCBE3#10
GFRAME#10
GIRDY#10
GTRDY#10
GDEVSEL#10
GPAR10
GSTOP#10
GREQ#10
GGNT#10
GRBF#10
GWBF#10
SB_STB10
SB_STB#10
ST1
ST2
AGP_RCOMP
AGPVR EF
CLK66_MCH3
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
SBA0
SBA1
SBA2
SBA3
SBA4
SBA5
SBA6
SBA7
AD_STB0#
AD_STB1#
SB_STB#
10 mils
Z0701
01XXTEST MODE
400MHZ
A
+1.5V
+2.5 VSUS
2.5V+-0.125V
C
A
B
C
D
E
R_SM_DQS0
R132 10_0402
R_SM_DQS7 SM_DQS7
RN20 8P4R-S-10
R_MD57
SM_DQS[0..8]
MD[0..63]
4 4
MA[0..12]
USE 8P4R-0402 package
RN54 8P4R-S-56
MD59
MD63
SM_DQS7
MD60
RN53 8P4R-S-56
MD51
MD50
SM_DQS6
RN52 8P4R-S-56
MD53
MD49
MD46
3 3
MD42
RN51 8P4R-S-56
SM_DQS5
MD44
MD45
MD35
RN50 8P4R-S-56
MD38
SM_DQS4
MD37
MD36
RN33 8P4R-S-56
SM_CS1#
SM_CS3#
MD33
RN49 8P4R-S-56
MA3
MA5
MA7
RN48 8P4R-S-56
MA12
MA9
2 2
CKE3
RN46 8P4R-S-56
MD27
MD29
SM_DQS3
MD25
RN45 8P4R-S-56
MD23
MD24
MD18
SM_DQS2
RN44 8P4R-S-56
MD16
MD20
MD11 MD8
MD15
RN43 8P4R-S-56
SM_DQS1
MD12
MD13
MD7
RN42 8P4R-S-56
MD1
1 1
SM_DQS0
MD6
MD5
BA0
R469 56_0402
MA10
R470 56_0402
R471 56_0402
BMWEA#
+1.25V
A
SM_DQS[0..8] 9
MD[0..63] 9
MA[0..12] 9
RN41 8P4R-S-56
RN40 8P4R-S-56
RN39 8P4R-S-56
RN38 8P4R-S-56
RN30 8P4R-S-56
RN32 8P4R-S-56
RN31 8P4R-S-56
RN29 8P4R-S-56
RN37 8P4R-S-56
RN36 8P4R-S-56
RN35 8P4R-S-56
RN34 8P4R-S-56
C AP
8 P4R
C AP
MD62
MD58
MD57
MD56
MD55MD61
MD54
MD52
MD48
MD47
MD43
MD40
MD39
MD34
MD41
SCASA#
MD32
SM_CS2#
MA6
MA11
MA8
SRASA#
BA1
SM_CS0#MA1
MA0
MA2
MA4
CKE2
CKE0
CKE1
MD31
MD30
MD26
MD28
MD19
MD22
MD17
MD21
MD14
MD10
MD9
MD2
MD3
MD0
MD4
1.25V+-0.04V
+1.25V
+1.2 5VSUS
SM_CS0#9
SM_CS1#9
SM_CS2#9
SM_CS3#9
BMWEA#9
SRASA#9
SCASA#9
BA09
BA19
CKE09
CKE19
CKE29
CKE39
CLK_SDRAM09
CLK_SDRAM19
CLK_SDRAM29
CLK_SDRAM39
CLK_SDRAM49
CLK_SDRAM59
CLK_ SDRAM0#9
CLK_ SDRAM1#9
CLK_ SDRAM2#9
CLK_ SDRAM3#9
CLK_ SDRAM4#9
CLK_ SDRAM5#9
WITHIN 1", TRACE (12,10)
R337 30.1/F
C576
.1U_0402
.1U_0402
SM_CS0#
SM_CS1#
SM_CS2#
SM_CS3#
R_SM_DQS0
R_SM_DQS1
R_SM_DQS2
R_SM_DQS3
R_SM_DQS4
R_SM_DQS5
R_SM_DQS6
R_SM_DQS7
T34
BMWEA#
SRASA#
SCASA#
BA0
BA1
CKE0
CKE1
CKE2
CKE3
MA0
MA1
MA2
MA3
MA4
MA5
MA6
MA7
MA8
MA9
MA10
MA11
MA12
SMRCOMP
C554
C560
.1U_0402
RCVENIN#
180 mils (total length pad to pad)
B
+1.25V
C676
.1U_0402
U5B
1.25V+-0.025V
ODEM_MCH-M
C664
C666
C650
.1U_0402
.1U_0402
.1U_0402
DDR INTERFACE
C659
C654
C652
C653
.1U_0402
.1U_0402
.1U_0402
.1U_0402
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
C639
.1U_0402
C
C647
.1U_0402
T33
T36
T37
T38
T31
T32
T39
T35
R_MD60
R_MD61
R_MD56
R_MD62
R_MD59
R_MD63
R_MD58
RN21 8P4R-S-10
RN12 8P4R-S-10
MA8
MA11
MA12
MA9
MA6
MA7
MA5
MA4
RN22 8P4R-S-10
RN13 8P4R-S-10
MA2
MA0
MA3
MA1
MA10
SRASA#
BMWEA#
SCASA#
RN24 8P4R-S-10
R159 10_0402
BA0
BA1
R158 10_0402
Place Rterms close to second DIMM
+1.25V
C622
C656
.1U_0402
.1U_0402
+1.25V
C632
C641
.1U_0402
.1U_0402
+1.25V
C624
C677
.1U_0402
.1U_0402
+1.25V
C626
C616
.1U_0402
.1U_0402
50 PCS
C655
.1U_0402
C634
.1U_0402
C623
.1U_0402
D
C651
.1U_0402
C628
.1U_0402
C637
.1U_0402
C679
.1U_0402
MD57
MD60
MD61
MD56
MD62
MD59
MD63
MD58
R_MA8
R_MA11
R_MA12
R_MA9
R_MA6
R_MA7
R_MA5
R_MA4
R_MA2
R_MA0
R_MA3
R_MA1
R_MA10
R_SR ASA#
R_BMWEA#
R_SC ASA#
R_BA0
R_BA1
C642
C649
.1U_0402
.1U_0402
C658
C636
.1U_0402
.1U_0402
C621
C617
.1U_0402
.1U_0402
C670
.1U_0402
R_MA[0 ..12]
C640
.1U_0402
C644
.1U_0402
C620
.1U_0402
C667
.1U_0402
C648
.1U_0402
C643
.1U_0402
C631
.1U_0402
C672
.1U_0402
R_SRASA# 9
R_BMWEA# 9
R_SCASA# 9
R_BA0 9
R_BA1 9
C630
.1U_0402
C645
.1U_0402
C627
.1U_0402
C673
.1U_0402
R_MA[0 ..12] 9
C660
.1U_0402
C646
.1U_0402
C638
.1U_0402
C675
.1U_0402
QUANTA
T itle
Size Document Number R ev
A3
Date: Sh eet of
C OMPUTER
MCH-M_C(DDR)
R126 10_0402
RN4 8P4 R-S-10
R_MD6
R_MD5
R_MD4
R_MD0
R_MD1
R_MD7
R_MD3
R_MD2
RN5 8P4 R-S-10
R_SM_DQS1
R128 10_0402
RN6 8P4 R-S-10
R_MD12
R_MD13
R_MD9
R_MD8
R_MD11
R_MD15
R_MD14
R_MD10
RN7 8P4 R-S-10
R125 10_0402
R_SM_DQS2
RN9 8P4 R-S-10
R_MD19
R_MD22
R_MD18
R_MD23
R_MD17
R_MD21
R_MD20
R_MD16
RN8 8P4 R-S-10
R_SM_DQS3
R127 10_0402
RN11 8P4 R-S-10
R_MD31
R_MD27
R_MD29
R_MD30
R_MD26
R_MD25
R_MD24
R_MD28
RN10 8P4 R-S-10
R_SM_DQS4
R129 10_0402
RN15 8P4 R-S-10
R_MD35
R_MD39
R_MD34
R_MD38
R_MD32
R_MD33
R_MD37
R_MD36
RN14 8P4 R-S-10
R_SM_DQS5
R130 10_0402
RN17 8P4 R-S-10
R_MD47
R_MD46 MD46
R_MD42
R_MD43
R_MD40
R_MD44
R_MD45
R_MD41
RN16 8P4 R-S-10
R_SM_DQS6
R131 10_0402
RN18 8P4 R-S-10
R_MD52
R_MD48
R_MD49
R_MD53
R_MD55
R_MD54
R_MD50
R_MD51
RN19 8P4 R-S-10
E
SM_DQS0
MD6
MD5
MD4
MD0
MD1
MD7
MD3
MD2
SM_DQS1
MD12
MD13
MD9
MD8
MD11
MD15
MD14
MD10
SM_DQS2
MD19
MD22
MD18
MD23
MD17
MD21
MD20
MD16
SM_DQS3
MD31
MD27
MD29
MD30
MD26
MD25
MD24
MD28
SM_DQS4
MD35
MD39
MD34
MD38
MD32
MD33
MD37
MD36
SM_DQS5
MD47
MD42
MD43
MD40
MD44
MD45
MD41
SM_DQS6
MD52
MD48
MD49
MD53
MD55
MD54
MD50
MD51
8 40Friday, D ecember 27, 2002
D
R348 200
CKE38
BMWEA#8
R160 *10K_0402
1
MD[0 ..63] 8
MA[0..12] 8
SM_DQS[0..8] 8
MD5 MD4
MD6
SM_DQS0
MD1
MD7
MD13
MD12
SM_DQS1
MD11
MD15
MD20
MD16
SM_DQS2
MD18
MD23
MD24
MD25
SM_DQS3
MD29
MD27
M_CB0
M_CB1
SM_DQS8-1
M_CB2
M_CB3
CKE3
MA12
MA9
MA7
MA5
MA3
MA1
MA10
BA0
BMWEA#
SM_CS2#
MD36
MD37
SM_DQS4
MD38
MD35
MD45
MD44
SM_DQS5
MD46
MD53
SM_DQS6
MD50
MD51
MD61
MD60
SM_DQS7
MD63
MD59
PDAT_SMB
PCLK_SMB
+1.2 5VSUS
Z0901
MD[0..63]
MA[0..12]
SM_DQS[0..8]
A A
CLK_SDRAM38
CLK_ SDRAM3#8
B B
CLK_SDRAM58
CLK_ SDRAM5#8
SM_CS2#8
C C
D D
+3V
H =5.2 mm
1
2
1.25V+-0.05V
CN17
PC2100 DDR SDRAM SO-DIMM (200P)
AMP-DDR_SODIMM_5.2mm
CLOCK 3,4
CKE 2,3
2
+1.2 5VSUS
+2.5 VSUS+2.5VSUS
MD0
MD3
MD2
MD9
MD8
MD10
MD14
MD21
MD17
MD22
MD19
MD28
MD26
MD30
MD31
M_CB4
M_CB5
M_CB6
M_CB7
CKE2
MA11
MA8
MA6
MA4
MA2
MA0
BA1
SRASA#
SCASA#
SM_CS3#
MD32
MD33
MD34
MD39
MD41
MD40
MD43MD42
MD47
MD48MD49
MD52
MD54
MD55
MD56
MD57
MD58
MD62
SMbus address A1
3
C230
.1U_0402
CKE2 8
BA1 8
SRASA# 8BA08
SCASA# 8
SM_CS3# 8
+3V
3
4
2.5V+-0.2V
C614
C203
.1U_0402
CLK_ SDRAM08
CLK_SDRAM0#8
R142 200 C669
CLK_ SDRAM28
CLK_SDRAM2#8
R_BMWEA#8
CLK_ SDRAM4# 8
CLK_ SDRAM4 8
C668
.1U_0402
.1U_0402
MD4
MD0
SM_DQS0
MD3
MD2
MD9
MD8
SM_DQS1
MD10
MD14
MD21
MD17
SM_DQS2
MD22
MD19
MD28
MD26
SM_DQS3
MD30
MD31
M_CB0
M_CB1
SM_DQS8-2
M_CB2
M_CB3
CKE1 CKE0
R_MA12
R_MA9
R_MA7
R_MA1 R_MA0
R_MA10
R_BMWEA#
SM_CS0#8 SM_CS1# 8
PDAT_SMB3,16
PCLK_SMB3,16
+3V
SM_CS0#
MD32
MD33
SM_DQS4
MD34
MD39
MD41
MD40
SM_DQS5
MD43
MD47
MD48
MD52
SM_DQS6
MD54
MD55
MD56
MD57
SM_DQS7
MD58
MD62
PDAT_SMB
PCLK_SMB
R133 *10K_0402
H =4.0 mm
4
CN25
Z0902
AMP-DDR_SODIMM(REVERSE)_4mm
CLOCK 0,1
CKE 0,1
5
+2.5VSUS+2.5 VSUS +2.5 VSUS+1.2 5VSUS
+1.25VSUS+1.25VSUS
MD5
MD6
MD1
MD7
MD13
MD12
MD11
MD15
MD20
MD16
MD18
MD23
MD24
MD25
MD29
MD27
M_CB4
M_CB5
M_CB6
M_CB7
R_MA11
R_MA8
R_MA6
R_MA4R_MA5
R_MA2R_MA3
R_BA1
R_SR ASA#R_BA0
R_SC ASA#
SM_CS1#
MD36
MD37
MD38
MD35
MD45
MD44
MD42
MD46
MD49
MD53
PC2100 DDR SDRAM SO-DIMM (200P)
MD50
MD51
MD61
MD60
MD63
MD59
SMbus address A0
5
CKE0 8CKE18
R_SR ASA# 8
R_SC ASA# 8
CLK_SDRAM1# 8
CLK_ SDRAM1 8
R_MA[0 ..12]
R_BA[0 ..1]
+2.5 VSUS
+2.5 VSUS
+2.5 VSUS
+2.5 VSUS
+2.5 VSUS
6
6
C246
.1U_0402
C232
.1U_0402
C182
.1U_0402
C213
.1U_0402
C629
.1U_0402
C208
.1U_0402
R_MA[0 ..12] 8
R_BA[0 ..1] 8
C193
.1U_0402
C619
.1U_0402
C185
.1U_0402
C665
.1U_0402
C680
.1U_0402
C231
.1U_0402
C190
C187
C243
C625
C244
C233
.1U_0402
.1U_0402
.1U_0402
.1U_0402
.1U_0402
.1U_0402
M_CB3
M_CB2
M_CB1
M_CB0
M_CB4
M_CB5
M_CB6
M_CB7
C615
C681
C210
C194
C242
C234
+
C151
100U/10V
7
C239
.1U_0402
.1U_0402
C192
.1U_0402
.1U_0402
C184
.1U_0402
.1U_0402
C238
.1U_0402
.1U_0402
C183
.1U_0402
.1U_0402
C235
.1U_0402
.1U_0402
RN47 8P4 R-S-56
RN23 8P4 R-S-56
C180
C247
C188
C236
C206
C237
C618
.1U_0402
C181
.1U_0402
C661
.1U_0402
C635
.1U_0402
C209
.1U_0402
C248
.1U_0402
C189
.1U_0402
C633
.1U_0402
C207
.1U_0402
C240
.1U_0402
0.1U cap per power pin. Place each capclose to pin.
33pin per socket (11*6).
C191
.1U_0402
.1U_0402
C678
.1U_0402
.1U_0402
C671
.1U_0402
.1U_0402
C186
.1U_0402
.1U_0402
.1U_0402
.1U_0402
C228
.1U_0402
.1U_0402
+2.5 VSUS
+
C152
100U/10V
QUANTA
T itle
Size Document Number R ev
A3
Date: Sh eet of
C OMPUTER
System DRAM Expansion (200P-DDR_SODIMM X 2)
7
C674
.1U_0402
C241
.1U_0402
9 40Friday, D ecember 27, 2002
8
.1U_0402
8
C245
D
5
GAD[0..31]7
ZV_LCDDATA20
ZV_LCDDATA17
ZV_LCDDATA16
VGA_GPIO1
VGA_GPIO2
D D
VGA_GPIO0
VGA_GPIO5
VGA_GPIO4
VGA_GPIO7
VGA_GPIO3
VGA_GPIO12
VGA_GPIO13
VGA_GPIO8
VGA_GPIO11
VGA_GPIO9
VGA_GPIO6
RN2 16P8 R-8.2K
RN3 16P8 R-8.2K
Interrupt Pin : PIRQ A#
GCBE0#7
GCBE1#7
GCBE2#7
C C
CLK6 6_AGP3
STP_ AGP#16
AGP_BU SY#16
+3V
R85 10K_0402
R308 10K_0402
CLK6 6_AGP
R84
33_0402
CLK6 6_AGP-1
C139
*5P_0402
GCBE3#7
PCIR ST#6,15,20,2 1,22,23,24,30,31
GREQ#7
GGNT#7
GPAR7
GSTOP#7
GDEVSEL#7
GTRDY#7
GIR DY#7
GFRAME#7
PIR QA#15,22
GWBF#7
GRBF#7
AD_STB07
AD_STB17
SB_ STB7
SBA[0..7]7
R314 0_0402
GWBG# R123--> M7 not mount
+3V
SB_STB#7
AD_STB0#7
AD_STB1#7
4
2
ST07
ST17
ST27
R92 47/F
R79 715/F
TV_CHROMA14,33
TV_ LUMA14,33
R83 2.2 K_0402
R304 2.2 K_0402
TO LCD (RESERVE)
3
R82
Y1
1M
27MHz
1
B B
AGPVR EF7
C149
.1U_0402
EDID CLK13
EDID DATA13
A A
5
C132 15P_0402
C136 15P_0402
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
PCIR ST#
M9
SBA0
SBA1
SBA2
SBA3
SBA4
SBA5
SBA6
SBA7
AGPTEST
R2SET
TV_CHROMA
TV_ LUMA
T15
T61
T64
SSIN
SSOUT
CLK_M7-1
CLK_M7-2
TESTEN
R307
1K_0402
4
GWBF#1
Z1001
Z1002
4
U7A
PCI/AGPAG P2XCLK
AG P4X
SSC DAC2
@ATI-M7-32MB/M9-64MB
3
VGA_GPIO0
VGA_GPIO1
VGA_GPIO2
VGA_GPIO3
VGA_GPIO4
VGA_GPIO5
VGA_GPIO6
VGA_GPIO7
VGA_GPIO8
VGA_GPIO9
VGA_GPIO10
VGA_GPIO11
VGA_GPIO12
VGA_GPIO13
ZV_LCDDATA16
ZV_LCDDATA17
ZV_LCDDATA18
ZV_LCDDATA19
ZV_LCDDATA20
ZV PORT / EXT TMDS / GPIO / ROM
Z1004
Z1005
Z1006
Z1007
Z1008
Z1009
L VDSTMDSDAC1
Z1010
Z1011
R306
100K_0402
RSET
R81 499/F
VGA_AUXWIN
M1=NC, AJ27=1: No memory spread support.
MEMTEST
VGA_ MEM0
VGA_ MEM1
MEMVMODE[1:0]
0 1
1 0
1 1
3
T27
T30
no MCLK SS, M1=open
no TMD S, AH12=0
T16
T62
CRTHS_VGA 14,33
CRTVS_VGA 14,33
R305 10K_0402
R108 45.3/F
R101 10K_0402
R100
MEMORY IO VOLTAGE
2.5V (DDR)
1.8V (DDR)
3.3V (SDR)
T24
T28
T26
T29
T23
T19
T18
T14
T22
T21
T17
T20
T63
T59
T60
DDCDAT
DDCCLK
SUSSTAT_VGA#
10K_0402
Keep NC: Use internal spread spectrum.
R327 10_0402
SSOUT
SSIN
R309 10_0402
L37
*56nH
Z1003
C511
*12P_0402
R318
10K_0402
TXLOUT0- 13
TXLOUT0+ 13
TXLOUT1- 13
TXLOUT1+ 13
TXLOUT2- 13
TXLOUT2+ 13
TXLCLKOUT- 13
TXL CLKOUT+ 13
TXUOUT0- 13
TXUOUT0+ 13
TXUOUT1- 13
TXUOUT1+ 13
TXUOUT2- 13
TXUOUT2+ 13
TXU CLKOUT- 13
TXU CLKOUT+ 13
DISP_ON 13
BLON# 13
R295
20K
+1.8V
+3V
R297
4.7K_0402
DDCCLK
DDCDAT
C496
220P_0402
+3V
R302
4.7 K_0402
PVCLKI
PMC LKI
R319
10K_0402
DDCDAT 14,33
DDCCLK 14,33
VDDR_VREF
C610
.1U_0402
2
SHFCLK spread spectrum control
U27
MRA
SR1
C568
10P_0402
*P2040C
When LOW is enable the spread function.
+3V
2
Place the 0 ohm resistors(*4) on TOP side.
R313
10K_0402
LCD0 13
LCD1 13
LCD2 13
SUSSTAT_VGA#
C488
220P_0402
TO CRT
+2.5V
R343
1K/F
1.25V for SSTL-2
R344
1K/F
R277
75
T itle
Size Document Number R ev
A3
Date: Sh eet of
D28
1SS355
R278
75
QUANTA
C OMPUTER
A TI M7,M9 (HOST, VIDEO O/P)-1
1
*BK1 608HS241-T
R316 0_0402
R310
*10K_0402
MRA
SR1
SR0
CRT_R 14
CRT_G 14
CRT_B 14
R279
75
3V_2040C
SR0
PMC LKI
SSON
SUS_ STAT# 16,30
close to connector
1
L38
C512
.1U_0402
R333
*10K_0402
R311
*0_0402
10 40Friday, D ecember 27, 2002
+3V
+3V
C539
10U/10V/U
R334
*10K_0402
R332
*0_0402
R335
*0_0402
D
5
D D
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
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
C25
D24
MDQA28
MDQA29
MDQA30
C24
D18
MDQA31
MDQA32
C18
D17
MDQA33
MDQA34
4
C17
D15
MDQA35
C15
D14
MDQA36
MDQA37
MDQA38
C14
B17
MDQA39
MDQA40
A17
B16
MDQA41
MDQA42
A16
B14
MDQA43
MDQA44
A14
B13
MDQA45
MDQA46
A13
D13
MDQA47
C13
D12
MDQA48
MDQA49
MDQA50
C12
D10
MDQA51
MDQA52
C10
MDQA53
MDQA54D9MDQA55C9MDQA56
B12
A12
B11
MDQA57
A11
MDQA58
MDQA59
MDQA60B9MDQA61A9MDQA62B8MDQA63
3
G30
G28
B30
D26
D16
B15
D11
DQMA#0
DQMA#1
DQMA#2
DQMA#3
DQMA#4
DQMA#5
B10
DQMA#6
DQMA#7
G29
G27
QSA0
QSA1
B29
C26
QSA2
QSA3
C16
QSA4
A8
B26
A26
B25
A25
C22
D21
C21
D20
C20
D22
C23
D23
A27
B27
MAA0
MAA1
MAA2
MAA3
MAA4
MAA5
MAA6
MAA7
MAA8
MAA9
MAA10
MAA11
MAA12
MAA13
A15
C11
QSA5
A10
QSA6
QSA7
B18
A19
RASA#
2
A18
C19
WEA#
CASA#
T75
B19
D19
CSA#0
CSA#1
B23
CKEA
CLKA0
R341 120
R342 120
A22
A23
B22
CLKA1
CLKA1#
CLKA0#
T40
A21
U7B
@ATI-M7-32MB/M9-64MB
CLKAFB
1
MEMORY INTERFACE
MDQB0C7MDQB1D7MDQB2C6MDQB3D6MDQB4C4MDQB5D4MDQB6C3MDQB7D3MDQB8A5MDQB9B5MDQB10A4MDQB11B4MDQB12A2MDQB13B2MDQB14A1MDQB15B1MDQB16E4MDQB17E3MDQB18F3MDQB19F4MDQB20H3MDQB21H4MDQB22J3MDQB23J4MDQB24C1MDQB25C2MDQB26D1MDQB27D2MDQB28F1MDQB29F2MDQB30G1MDQB31G2MDQB32R1MDQB33R2MDQB34T1MDQB35T2MDQB36V1MDQB37V2MDQB38W1MDQB39W2MDQB40T3MDQB41T4MDQB42U3MDQB43U4MDQB44W3MDQB45W4MDQB46Y3MDQB47Y4MDQB48Y1MDQB49Y2MDQB50
C C
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
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
Y13
VSS
L14
VSS
M14
VSS
N14
VSS
P14
VSS
R14
VSS
VSS
T14
GRO UND
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
B B
L10
T10
N10
P10
R10
U10
M10
V10
W10
Y10
VSS
L11
P11
R11
N11
M11
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
L12
T11
U11
V11
N12
Y11
W11
M12
VSS
P12
VSS
R12
VSS
VSS
VSS
VSS
VSS
VSS
T12
L13
U12
Y12
V12
W12
VSS
M13
VSS
N13
VSS
P13
VSS
R13
VSS
VSS
VSS
VSS
T13
U13
V13
W13
L20
VSS
VSS
U14
M20
VSS
VSS
V14
VSS
VSS
N20
W14
P20
VSS
VSS
Y14
AA1
R20
VSS
VSS
L15
MDQB51
AA2
T20
VSS
VSS
VSS
VSS
M15
MDQB52
MDQB53
AC1
AC2
U20
V20
VSS
VSS
VSS
VSS
N15
P15
MDQB54
MDQB55
MDQB56
MDQB57
MDQB58
MDQB59
MDQB60
MDQB61
MDQB62
AD1
AD2
AA3
AA4
AB3
AB4
AD3
AD4
AE3
AE4
W20
Y20
L21
M21
N21
P21
R21
T21
U21
V21
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
B24
B20
A24
A20
B21
For The D7, the internal
MDQB63
MAB0H2MAB1H1MAB2J2MAB3J1MAB4K4MAB5K3MAB6L4MAB7M3MAB8L3MAB9M4MAB10N2MAB11N1MAB12N4MAB13
W21
Y21
AD7
AD8
AD9
AD10
AD11
AD12
AD13
AD14
AD15
AD16
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSSG7VSSG8VSSG9VSS
VSS
VSS
VSS
VSS
G10
G11
G12
G13
G14
G15
VSS
G16
VSSH8VSS
H23
AC8
VSS
AC23
VSS
DQMB#0D5DQMB#1B3DQMB#2G3DQMB#3E1DQMB#4U1DQMB#5V3DQMB#6
N3
AD17
AD18
AD19
AD20
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
G17
G18
G19
G20
DQMB#7
QSB0C5QSB1A3QSB2G4QSB3E2QSB4U2QSB5V4QSB6
AB1
AC3
AD21
AD22
AD23
AD24
AC24
AB24
AA24
Y24
W24
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSSH7VSSJ7VSSK7VSSL7VSSM7VSSN7VSSP7VSSR7VSST7VSSU7VSSV7VSSW7VSSY7VSS
G21
G22
G23
G24
V24
VSS
U24
T24
VSS
R24
VSS
P24
VSS
VSS
AB2
N24
AC4
M24
VSS
QSB7
L24
VSS
RASB#P4CASB#R3WEB#R4CSB#0P2CSB#1P3CKEB
CLKB0K2CLKB0#K1CLKB1L2CLKB1#L1CLKBFB
P1
T76
K24
J24
H24
U7C
@ATI-M7-32MB/M9-64MB
VSS
VSS
VSS
VSS
VSS
VSS
DPLUS
DMINUS
AA7
AB7
AC7
AC10
AC11
T77
T78
B: FOR A13 CHIP
M2
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.
A A
QUANTA
T itle
Size Document Number R ev
A3
5
4
3
2
Date: Sh eet of
C OMPUTER
ATI M7,M9
Z G1
11 40Friday, D ecember 27, 2002
1
D
5
R296 BLM11A121S
+1.8V
+1.8V
D D
R322 BLM11A121S
C508
.1U_0402
VDD_PLL1.8
C486
.1U_0402
VDD_PN LIO1.8
C530
.1U_0402
.1U_0402
C531
4
C509
.1U_0402
U7D
3
+1.5V
+
C540
220U/2.5V
C584
10U/10V/U
2
C559
10U/10V/U
1
+1.8V
+1.8V
R321 BLM11A121S
+2.5V
+1.5V
+2.5V
R339 BLM11A121S
+1.8V
R345 BLM11A121S
+1.8V
R315 BLM11A121S
+2.5V
R320 BLM11A121S
L40
FBM2125HM330
C603
.1U_0402
C586
10U/10V/U
VDDRH 5 MA
C C
B B
C494
.1U_0402
C505
.1U_0402
C604
.1U_0402
VDD_PNLPLL1.8
C493
.1U_0402
VDDR_18_25
C529
.1U_0402
VDD_MCLK2.5
C579
.1U_0402
VDD_MEMPLL1.8
C612
.1U_0402
VDD_DAC1.8
C516
.1U_0402
VDD_DAC2.5
C528
.1U_0402
VDDRC_MEM2.5
C601
.1U_0402
.1U_0402
C506
.1U_0402
C608
C513
.1U_0402
+2.5V
C599
.1U_0402
C600
.1U_0402
CORE & I/O POWER
C595
.1U_0402R298 BLM11A121S
C541
.1U_0402
C558
.1U_0402
C581
.1U_0402
C501
.1U_0402
C555
.1U_0402
C507
.1U_0402
C611
.1U_0402
C575
.1U_0402
C500
.1U_0402
C556
.1U_0402
C552
.1U_0402
C585
10U/10V/U
C588
.1U_0402
C569
.1U_0402
C499
.1U_0402
C525
.1U_0402
C573
.1U_0402
C607
.1U_0402
C523
.1U_0402
C502
.1U_0402
C593
.1U_0402
C577
.1U_0402
C158
10U/10V/U
C606
.1U_0402
C534
.1U_0402
C521
.1U_0402
C596
.1U_0402
C517
.1U_0402
C590
10U/10V/U
C602
.1U_0402
C546
.1U_0402
C503
.1U_0402
+2.5V
+3V
C591
C572
.1U_0402
+1.8V
QUANTA
T itle
Size Document Number R ev
A3
Date: Sh eet of
C OMPUTER
ATI M7, M9
1
12 40Friday, D ecember 27, 2002
D
C589
A A
5
.1U_0402
C587
.1U_0402
C594
.1U_0402
C582
.1U_0402
C592
.1U_0402
C578
.1U_0402
C597
.1U_0402
C571
.1U_0402
4
C510
.1U_0402
@ATI-M7-32MB/M9-64MB
C533
.1U_0402
3
.1U_0402
.1U_0402
C583
C537
C609
.1U_0402
C605
.1U_0402
.1U_0402
2
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