Acer Aspire 135X Schematics REV 3H
5
MODEL
ZP1 M/B BOARD
D D
C C
B B
REV
1A
2A
2B
2C
3A
3B
3C
3D
3E
3F
3G
3H
First Release
Reference ECN E200305-1522
Reference ECN E200306-0644
Reference ECN E200306-1596
Reference ECN E200307-0524
Reference ECN E200307-3020
Reference ECN E200308-0364
Reference ECN E200308-0959
Reference ECN E200308-2158
Reference ECN E200309-0195
Reference ECN E200309-1215
Reference ECN E200309-1599
4
CHANGE LIST
3
2
Model
Page
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
1
ZP1 M/B BOARD
FM
1A
1A
2A
3A
3C
2A
2A
2B
3A
1A
3A
2A
2A
2A
2A
2C
3A
1A
3G
3C
2A
3D
3A
3F
2A
2A
2A
2C
2A
3B
3E
3C
TO
3H
A A
Quanta Computer Inc.
5
PROJECT : ZP1
Jason Liu
4
CHECK BY:APPROVED BY :
Jason Liu
3
REV:3HPCBA NO.31ZP1MB0002
DRAWING BY: Roger Lee
DOC. NO: 204
2
DATE :09/16/2003
SHEET 1
1
5
ZP1 M/B SYSTEM BLOCK
DIAGRAM
D D
X'TAL
27M
CRT
S-VIDEO
LCD/INV
CONN
C C
5V
P15
P15
P14
EXT. VGA
ATI M9+X
( Option )
VIN
INTA
2.5V
3.3V
CH7019
TV ENCODER
& LVDS
P14
P14
4
AMD Processor ( Socket A )
ADDR
ADDR
AGP BUS
CTRL
CTRL
North Bridge
VIA KN400
VCC_CORE
1.5V
2.5V
2.5VSUS
3.3V
V-LINK
266/533MB/s
DATA
DATA
P6,7,8
3
VCC_CORE
200/266/333/400MHZ
GCLK
USB48M
P4,5
CPUCLK
DDR
DIMM
DDR
DIMM
GCLK
VCLK
DDRCLK
2.5VSUS
SMDDR_VTERM
P10
X'TAL
14.318M
2
CK-GEN
ICS950902
P3
USB48M
3V
2.5V
THERMAL DIODE IN
PCI ..CLOCK
14.318M
5V,3V,CPUCORE VCC etc.
POWER IN
PCICLK
1
DC/DC
P30,P31
Battery
Charger
H/W
MONITOR
2'nd FAN
P22
19V IN
P29
P22
MDC
5V
UltraDMA 100/133
P21
5V
P21
5V
P22
P19
14.318M
P19
USB 2.0
AC'97 Link
Primary
AC'97 Link
Secondary
Super South
VIA
VT8235
3V
3VSUS
2.5V
RVCC
X'TAL
32.768K
X'TAL
32.768K
P11,12,13
SIO
PC87393
3V
EC/KBC
PC87570
5VPCU
VCLK
LPC
P16
LPT
Port
P26
HDD
CD-ROM
USB
CONN
B B
AC97
Audio
Amplifier
G1421
P20
Realtek
ALC202
3V
5V5V
RJ11
3V
P25
A A
5V
3VSUS
Touch
Pad
P14
5V 5VPCU
5
4
BIOS
P26
3
PCI BUS
MII
14.318M
PCICLK
X'TAL
25M
14.318M
5V 5V 3V
FDD
P16P17
Keyboard
P14
5V
LAN PHY
VT6103
RVCC
IR
P16
FAN
P22
P25
RJ45
P25
2
PCMCIA
TI1410
3V
3VSUS
12V 3V
5VSUS
INTB INTB INT C/D
REQ0 REQ1 REQ2
GNT0 GNT1 GNT2
AD18 AD19 AD20
P18
Slot0
P18
1394
TSB43AB21
P23
X'TAL
PCICLKPCICLK
24.576M
MINI-PCI
3V
3VSUS
5VSUS
1394
CONN
P23
Size Document Number Rev
Custom
Date: Sheet
PROJECT : ZP1
Quanta Computer Inc.
Block Diagram
1
PCICLK
132Wednesday, September 17, 2003
P24
1A
of
1
2
3
4
5
6
7
8
A A
Voltage Rails ON S0~S1
VCC_CORE
SMDDR_VTERM
SMDDR_VREF X1.25V for DDR Reference Voltage MAINON
1.5V
2.5VSUS
2.5V X
3VPCU X X X X VL
3VSUS
3V
B B
5VPCU
5VSUS
5V
12V
12VOUT
Core voltage for Processor
ON S3 ON S4 ON S5
Core voltage for Processor X
1.25V for DDR Termination voltage X MAINON
X
XX
XX
X
X XXX
XX
X
X
XX
XX
Control signal
VR_ON
MAINON
SUSON
MAINON
SUSON
MAINON
VL
SUSON
MAINON
MAINON
VL
CB1410
TSB43AB21
MINI-PCI
AGP
REQ/GNT#PCI DEVICE InterruptsIDSEL#
AD18 -REQ0/-GNT0 INTB
-REQ1/-GNT1AD19 INTB
AD20 -REQ2/-GNT2 INT C/D
INTA
RVCC X X X RVCC_ON
VIN POWER SOURCE
X XXX
C C
D D
Size Document Number Rev
A4
INFORMATION
Date: Sheet
1
2
3
4
5
6
PROJECT : ZP1
Quanta Computer Inc.
of
7
232Wednesday, September 17, 2003
8
1A
A
+
C694 10U/10V
1 2
C754 .1U
2 1
C717 .1U
2 1
C740 1000P
2 1
C707 .01U
2 1
C711 .01U
C763
10U/10V
AGPCLK(14)
PIN18PIN26 PIN8(Latched Input)
C705
1000P
2 1
80.00
82.00
66.60
68.00
70.00
72.00
74.00
76.00
66.80
67.27
66.80
66.80
66.60
66.60
68.60
68.60
2 1
21
C714
15P_NC
Y2 14.318MHZ
R354 1M_NC
AGPCLK
PCI_STOP#
40.00
41.00
33.30
34.00
35.00
36.00
37.00
38.00
33.40
33.63
33.40
33.40
32.30
33.30
33.30
33.30
C715
15P_NC
SMCLK(10,12)
VCCLK2D5
3V
4 4
3V
3 3
3V
L43
TI201209G121
L41
TI201209G121
C760
.01U
12
+
C761
.1U
2 1
ITEM 41, Rev.B
change from 15P to
NC
MODE,PIN6
0
1
FS3 FS2 FS1 FS0
0
2 2
0
0
0
0
01
0
1
100
1
1
1
1
1
PD#
RESET# PCICLK6 AGP2
CPUCLK AGP PCICLK
MHZ MHZ MHZ
0
160.00
1
164.00
0
166.60
1
170.00
175.00
0
1
180.00
0
185.00
1
190.00
66.80
100.90
1
0
133.60
200.40
1
66.60
0
100.00
1
200.00
133.30
1
0
001
0
1
10
1
0
0
1
111
1
1
0
0
0
0
1
00
0
1
1
0
0
110
1
CPU_STOP#
DVCCLK
2.5V
21
3V
B
DVDDCLK
L42 0
1 2
SMDAT
SMCLK
R402 10K
R368 33
C743
C737
.01U
1000P
2 1
2 1
VCLK0
GCLK0
PCI1
REFCK1
R138 10K
R147 10K
R124 10K_NC
12
C742
+
10U/10V
CKGEN14M_I
CKGEN14M_O
T30
C722
C758
.01U
.1U
2 1
2 1
R112 10K_NC
R364 10K
R119 10K
R358 10K
FS3
FS2
FS1
FS0
VCCLK2D5
2 1
RAGPCLK
2 1
C762
.1U
-ICSPD
C721
.1U
3V
R137 10K_NC
R391 10K_NC
R369 10K_NC
R362 10K_NCR363 10K
5
16
22
23
55
51
50
9
13
24
19
2
54
47
3
4
28
27
26
8
18
40
34
39
33
25
CLK_IREF
VDDAGP
VDDPCI
AVDD48
VDD
VDDREF
VDDCPU3
VDDCPU2P5
GNDAGP
GNDPCI
GND
GND48
GND
GND
GND
X1
X2
SDATA
SCLK
RST/PD#
PCI_STP/AGPCK2
CLK_STP/PCI6
VDD3/2P5
VDD3/2P5
GND
GND
IREF
ICS950902DG
C
U33
SEL_SD_DDR/PCI1
R403
475/F
FSB CLOCK
SELECT BY FS1
FS0/REF0
VTT_PG#/REF1
FS3/48MHZ
FS2/24_48MHZ
MODE/AGPCK0
SEL408/AGPCK1
FS1/PCI_F
MULTSEL/PCI2
PCI3
PCI4
PCI5
CPUCLKC
CPUCLKT
CPUT_CS
CPUC_CS
BUF_IN
FBOUT
DDRCKT0
DDRCKC0
DDRCKT1
DDRCKC1
DDRCKT2
DDRCKC2
DDRCKT3
DDRCKC3
DDRCKT4
DDRCKC4
DDRCKT5
DDRCKC5
1 2
1 2
1 2
1 2
1 2
FSB_SENSE(5,12)
22
22
22
22
22
33
33
33
33
33
33
33
33
R356
R357
R361
FS0
1
REFCK1
56
FS3
20
FS2
21
VCLK0
6
GCLK0
7
FS1
10
PCI1
11
PCMPCLK0
12
LPCPCLK0
14
RPCLK_1394 PCLK_1394
15
RMINIPCLK
17
RCPUCLK-
52
RCPUCLK+
53
RHCLKNB+
48
RHCLKNB-
49
45
DCLK_I
46
R_MCLK0+
44
R_MCLK0-
43
R_MCLK1+
42
R_MCLK1-
41
R_MCLK2+
38
R_MCLK2-
37
R_MCLK3+
36
R_MCLK3-
35
32
31
30
29
R360
R359
R141
1 2
R116
1 2
R366
1 2
R122
1 2
R382
1 2
R130
1 2
R386
1 2
R133
1 2
R120 10
1 2
R123 10
1 2
R114 10
1 2
R118 10
1 2
R384 22
1 2
R125 10
1 2
R131 10
1 2
R134 10
1 2
R140 10
1 2
R146 10
1 2
R149 10
1 2
R150 10
1 2
R151 10
1 2
D
USBCLK
VLCLKSB
GCLKNB
SBPCLK
PCMPCLK
LPCPCLK
MINIPCLK
HCLKNB+
HCLKNB-
MCLK0+
MCLK0ÂMCLK1+
MCLK1ÂMCLK2+
MCLK2ÂMCLK3+
MCLK3-
AC97_14M (19)
APICCLKSB (13)
GCLK14 (8)
14M_SIO (16)
OSCSB (13)
USBCLK (11)
VLCLKSB (13)
GCLKNB (8)
SBPCLK (11)
PCMPCLK (18)
LPCPCLK (16)
PCLK_1394 (23)
MINIPCLK (24)
CPUCLK- (4)
CPUCLK+ (4)
HCLKNB+ (6)
HCLKNB- (6)
DCLKO (7)
DCLKI (7)SMDAT(10,12)
MCLK0+ (10)
MCLK0- (10)
MCLK1+ (10)
MCLK1- (10)
MCLK2+ (10)
MCLK2- (10)
MCLK3+ (10)
MCLK3- (10)
3V
R392
10K
1 2
2
E
ITEM 93, Rev.B SBPCLK change
to connect PCI_F
ITEM 23, Rev.B
modify
5.1K
31
2N7002E
VLCLKSB
GCLKNB
AGPCLK
USBCLK
SBPCLK
PCMPCLK
LPCPCLK
PCLK_1394
MINIPCLK
R487
R389 5.1K
Q26
C302 10P_NC
C713 10P_NC
C718 10P_NC
C319 10P_NC
C307 10P_NC
C731 10P_NC
C312 10P_NC
C735 10P_NC
C313 10P_NC
FS1
21
21
21
21
21
21
21
21
21
CPU FSB SENSE TABLE CPU CLK
1 1
FSB_SENSE
0
11110
A
CLKGEN SETTING
FS3 FS2 FS1 FS0
11 11
B
133MHZ
100MHZ
FS3/48MHZ : INTERNAL 120K PULL-UP RESISTOR TO VDD
FS2/24_48MHZ : INTERNAL 120K PULL-UP RESISTOR TO VDD
FS1/PCI_F : INTERNAL 120K PULL-DOWN RESISTOR TO GND
FS0/REF0 : INTERNAL 120K PULL-UP RESISTOR TO VDD
C
D
Size Document Number Rev
Custom
Date: Sheet
PROJECT :ZP1
Quanta Computer Inc.
CLOCK GENERATOR
332Wednesday, September 17, 2003
E
of
2A
A
-SDATA[0..63](6)
4 4
3 3
2 2
1 1
BANKS
-DICLK[0..3](6)
-DIVAL(6)
-DOCLK[0..3](6)
-AIN[2..14](6)
-AINCLK(6)
CFWDRST(6)
CONNECT(6)
PROCRDY(6)
-DOCLK0
-DOCLK1
-DOCLK2
-DOCLK3
-DOVAL
-AIN0
-AIN1
-AIN2
-AIN3
-AIN4
-AIN5
-AIN6
-AIN7
-AIN8
-AIN9
-AIN10
-AIN11
-AIN12
-AIN13
-AIN14
-FILVAL
A
AMD K7 CPU 1 OF 2
-SDATA0
-SDATA1
-SDATA2
-SDATA3
-SDATA4
-SDATA5
-SDATA6
-SDATA7
-SDATA8
-SDATA9
-SDATA10
-SDATA11
-SDATA12
-SDATA13
-SDATA14
-SDATA15
-SDATA16
-SDATA17
-SDATA18
-SDATA19
-SDATA20
-SDATA21
-SDATA22
-SDATA23
-SDATA24
-SDATA25
-SDATA26
-SDATA27
-SDATA28
-SDATA29
-SDATA30
-SDATA31
-SDATA32
-SDATA33
-SDATA34
-SDATA35
-SDATA36
-SDATA37
-SDATA38
-SDATA39
-SDATA40
-SDATA41
-SDATA42
-SDATA43
-SDATA44
-SDATA45
-SDATA46
-SDATA47
-SDATA48
-SDATA49
-SDATA50
-SDATA51
-SDATA52
-SDATA53
-SDATA54
-SDATA55
-SDATA56
-SDATA57
-SDATA58
-SDATA59
-SDATA60
-SDATA61
-SDATA62
-SDATA63
-DICLK0
-DICLK1
-DICLK2
-DICLK3
AA35
W37
W35
Y35
U35
U33
S37
S33
AA33
AE37
AC33
AC37
Y37
AA37
AC35
S35
Q37
Q35
N37
J33
G33
G37
E37
G35
Q33
N33
L33
N35
L37
J37
A37
E35
E31
E29
A27
A25
E21
C23
C27
A23
A35
C35
C33
C31
A29
C29
E23
C25
E17
E13
E11
C15
A13
C21
A21
E19
C19
C17
A11
A17
A15
W33
J35
E27
E15
AN33
AE35
C37
A33
C11
AL31
AJ29
AL29
AG33
AJ37
AL35
AE33
AJ35
AG37
AL33
AN37
AL37
AG35
AN29
AN35
AN31
AJ33
AJ21
AL23
AN23
AJ31
E9
C9
A9
SDATA0
SDATA1
SDATA2
SDATA3
SDATA4
SDATA5
SDATA6
SDATA7
SDATA8
SDATA9
SDATA10
SDATA11
SDATA12
SDATA13
SDATA14
SDATA15
SDATA16
SDATA17
SDATA18
SDATA19
SDATA20
SDATA21
SDATA22
SDATA23
SDATA24
SDATA25
SDATA26
SDATA27
SDATA28
SDATA29
SDATA30
SDATA31
SDATA32
SDATA33
SDATA34
SDATA35
SDATA36
SDATA37
SDATA38
SDATA39
SDATA40
SDATA41
SDATA42
SDATA43
SDATA44
SDATA45
SDATA46
SDATA47
SDATA48
SDATA49
SDATA50
SDATA51
SDATA52
SDATA53
SDATA54
SDATA55
SDATA56
SDATA57
SDATA58
SDATA59
SDATA60
SDATA61
SDATA62
SDATA63
SDATAINCLK0
SDATAINCLK1
SDATAINCLK2
SDATAINCLK3
SDATAINVAL
SDATAOUTCLK0
SDATAOUTCLK1
SDATAOUTCLK2
SDATAOUTCLK3
SDTATOUTVAL
SADDIN0
SADDIN1
SADDIN2
SADDIN3
SADDIN4
SADDIN5
SADDIN6
SADDIN7
SADDIN8
SADDIN9
SADDIN10
SADDIN11
SADDIN12
SADDIN13
SADDIN14
SADDINCLK
CLKFWDRST
CONNECT
PROCRDY
SFILLVAL
B
PICD0/BYPASSCLK
PICD1/BYPASSCLK
SYSVREFMODE
PLLBYPASS
PLLBYPASSCLK
PLLBYPASSCLK
SCANINTEVAL
SCANSHIFTEN
SADDOUT0
SADDOUT1
SADDOUT2
SADDOUT3
SADDOUT4
SADDOUT5
SADDOUT6
SADDOUT7
SADDOUT8
SADDOUT9
SADDOUT10
SADDOUT11
SADDOUT12
SADDOUT13
SADDOUT14
SADDOUTCLK
B
A20M
FERR
INIT
INTR
IGNNE
NMI
RESET
SMI
STPCLK
PWROK
PICCLK
COREFB-
COREFB+
CLKIN
CLKIN
RSTCLK
RSTCLK
K7CLKOUT
K7CLKOUT
ANALOG
VREF_SYS
PLLMON1
PLLMON2
PLLTEST
SCANCLK1
SCANCLK2
DBRDY
DBREQ
FLUSH
TCK
TDO
TMS
TRST
VID0
VID1
VID2
VID3
VID4
FID0
FID1
FID2
FID3
SCHECK0
SCHECK1
SCHECK2
SCHECK3
SCHECK4
SCHECK5
SCHECK6
SCHECK7
ZN
ZP
TDI
U5A
AE1
AG1
AJ3
AL1
AJ1
AN3
AG3
AN5
AC1
AE3
N1
N3
N5
AG13
AG11
AN17
AL17
AN19
AL19
AL21
AN21
AJ13
AA5
W5
AC5
AE5
AJ25
AN15
AL15
AN13
AL13
AC3
S1
S5
S3
Q5
AA1
AA3
AL3
Q1
U1
U5
Q3
U3
L1
L3
L5
L7
J7
W1
W3
Y1
Y3
U37
Y33
L35
E33
E25
A31
C13
A19
J1
J3
C7
A7
E5
A5
E7
C1
C5
C3
G1
E1
A3
G5
G3
E3
SOCKET_A
-A20M
FERR
-CPUINIT
INTR
-IGNNE
NMI
-CPURST
-SMI
-STPCLK
PWRGD_CPU
APICCLKCPU
-PICD0
-PICD1
COREFB-
COREFB+
CPUCK+
CPUCK-
CLKOUT+
CLKOUT-
VREFMODE
VREF_SYS
ZN
ZP
-PLLBP
PLLCK+
PLLCK-
PLLMON1
PLLMON2
-PLLTEST
SCANCLK1
SCANCLK2
SINTVAL
SSHIFTEN
DBRDY
-DBREQ
-FLUSH
TCK
TDI
TDO
TMS
-TRST
-AOUT0
-AOUT1
-AOUT2
-AOUT3
-AOUT4
-AOUT5
-AOUT6
-AOUT7
-AOUT8
-AOUT9
-AOUT10
-AOUT11
-AOUT12
-AOUT13
-AOUT14
CPU_VID0 (9)
CPU_VID1 (9)
CPU_VID2 (9)
CPU_VID3 (9)
CPU_VID4 (9)
FID0 (9)
FID1 (9)
FID2 (9)
FID3 (9)
-PICD0
-PICD1
-A20M (13)
-CPUINIT (13)
INTR (13)
-IGNNE (13)
NMI (13)
-SMI (13)
-STPCLK (13)
PWRGD_CPU
T56
T55
R25 1K
R26 1K
-AOUT[2..14] (6)
-AOUTCLK (6)
C
Near socket-A
U44A
NC7WZ07
COREFB+
COREFB-
R14
680
R13
1K
FERR
COREFB+(31)
COREFB-(31)
R22
510_NC
R23
51
VCC_CORE
R21
270
ITEM 30, Rev.B modify this circuit
R249
2
-CPURST
C488
100P
C
1K
13
Q15 MMBT3904
-CPURST
INTR
-IGNNE
-A20M
-SMI
-CPUINIT
-FLUSH
NMI
TDI
-TRST
TCK
TMS
-STPCLK
-PLLBP
PLLMON1
PLLMON2
-DBREQ
-PLLTEST
-AIN0
-AIN1
-AOUT0
-AOUT1
APICCLKCPU
-DOVAL
-FILVAL
SINTVAL
SCANCLK1
SCANCLK2
SSHIFTEN
3VVCC_CORE
3
+
4
-
5V
5
16
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
R250 820
R268 820
R254 56
R253 56
R252 820
R251 820
R273 820
R275 820
R27 1K_NC
R28 1K_NC
R24 1K
R276 820
R269 820
1 2
3 4
5 6
7 8
R257 10K
R260 10K
C21
.1U
52
U1
LMV7219M5X
1
R12
56K
U44B
NC7WZ07
HWPG_POWER (9,26,28,31)
VCC_CORE
-PCIRST_A (8,11,14,16)
VCC_CORE
D
VCC_CORE
5
34
RP21
820_8P4R
RP20
820_8P4R
RP1
820_8P4R
RP2
1.5K_8P4R
D
E
VCC_CORE
-SB_FERR (13)
Near socket-A
ITEM 92, Rev.B
change to
stuff
CPUCK+
CPUCK-
VREF_SYS is set at 50%
of VCC_CORE to CPU
VREF_SYS
VCC_CORE
NC for
this CPU
680P_NPOC527
680P_NPOC524
C30
.01U
VREFMODE
R263
60.4/F
C33
.1U
R35 1K_NC
R262
301/F
R39
270_NC
VREFMODE=Low=No voltage scaling
VCC_CORE
ZN
R37 40.2/F
ZP
R36 40.2/F
Push-pull compensation circuit
PLLCK+
R267 100/F
VCC_CORE
R255
100/F
R258
100/F
VCC_CORE
R266
100/F
PLLCK-
CLKOUT+CLKOUT-
VCC_CORE
PROJECT :ZP1
Quanta Computer Inc.
CPU-1(S2K)
R256
100/F
R259
100/F
E
VCC_CORE
Size Document Number Rev
C
Date: Sheet
R261
60.4/F
VCC_CORE
R40
100/F
R43
100/F
R265 100/F
432Wednesday, September 17, 2003
CPUCLK+ (3)
CPUCLK- (3)
C862
10U/10V
ITEM
134,
Rev.D
change
from 1u
to 10u
R264
100/F
of
3A
A
B
C
D
E
AMD K7 CPU 2 OF 2
SVID[0..4]
VCC_CORE
4 4
H12
H16
H20
H24M8P30R8T30V8X30Z8AB30
VCC_CORE1
VCC_CORE2
VCC_CORE3
VCC_CORE4
VCC_CORE5
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
SVID0
SVID4
NC
NC
NC
SVID2
SVID3
NC
SVID1
NC
NC
NC
KEY4
KEY6
KEY8
KEY10
KEY12
KEY14
KEY16
KEY18
KEY
KEY
KEY
KEY
KEY
KEY
KEY
KEY
AMD
VSS1
H14
C562
.01U
VSS2
H18
H22
10U/10V
VCC_CORE6
VSS3
VSS4
VSS5
VSS6
H26
M30P8R30T8V30X8Z30
200mA Need
CPU_VCCA (9)
C569
.1U
C568
A
AD30
AD8
AF10
AF28
AF30
AF32
AF6
AF8
AH8
AJ9
AK8
AL9
AM8
F30
SVID0
F8
SVID4
SVID2
SVID3
SVID1
C565
22P
H10
H28
H30
H32
H6
H8
K30
K8
AJ7
AL7
AN7
G25
G17
G9
N7
Y7
AG7
AG15
AG29
G7
Q7
AA7
AG9
AG17
AG27
G15
G23
AH6
CPU_VCCA
C564
22P
3 3
2 2
1 1
BANKS
VCC_CORE7
VSS7
R271
10K/F
VCC_CORE8
VSS8
VCC_CORE9
VSS9
AF14
AF18
AF22
AF26
AM34
AK36
AK34
AK30
AK26
AK22
AK18
AK14
AK10
AL5
AH26
AM30
AH22
AH18
AH14
AH10
AH4
AH2
AF36
AF34
AD6
AM26
AD4
AD2
AB36
AB34
AB32Z6Z4Z2X36
X34
AM22
X32V6V4V2T36
T34
T32R6R4R2AM18
P36
VCC_CORE10
VCC_CORE11
VCC_CORE12
VCC_CORE13
VCC_CORE14
VCC_CORE15
VCC_CORE16
VCC_CORE17
VCC_CORE18
VCC_CORE19
VCC_CORE20
VCC_CORE21
VCC_CORE22
VCC_CORE23
VCC_CORE24
VCC_CORE25
VCC_CORE26
VCC_CORE27
VCC_CORE28
VCC_CORE29
VCC_CORE30
VCC_CORE31
VCC_CORE32
VCC_CORE33
VCC_CORE34
VCC_CORE35
VCC_CORE36
VCC_CORE37
VCC_CORE38
VCC_CORE39
VCC_CORE40
VCC_CORE41
VCC_CORE42
VCC_CORE43
VCC_CORE44
VCC_CORE45
VCC_CORE46
VCC_CORE47
VCC_CORE48
VCC_CORE49
VCC_CORE50
VCC_CORE51
VCC_CORE52
VCC_CORE53
VCC_CORE54
VCC_CORE55
VCC_CORE56
VCC_CORE57
VCC_CORE58
VCC_CORE59
VCC_CORE60
VSS10
VSS11
VSS12
VSS13
VSS14
VSS15
VSS16
VSS17
VSS18
VSS19
VSS20
VSS21
VSS22
VSS23
VSS25
VSS26
VSS27
VSS28
VSS29
VSS30
VSS31
VSS32
VSS33
VSS34
VSS35
VSS37
VSS38
VSS39
VSS40
VSS41
VSS42
VSS43
VSS44
VSS45
VSS46
VSS47
VSS48
VSS49
VSS50
VSS51
VSS52
VSS53
VSS54
VSS55
VSS56
VSS57
VSS58
VSS59
VSS60
VSS61
VSS62
AB8
AF12
AF16
AF20
AF24
AM36
AK32
AK28
AK24
AK20
AK16
AK12
AK4
AK2
AH36
AM32
AH34
AH32
AH28
AH24
AH20
AH16
AH12
AF4
AF2
AD36
AD34
AD32
AB6
AB4
AB2
Z36
Z34
Z32X6AM28X4X2
V36
V34
V32T6T4T2R36
R34
AM24
R32P6P4P2M36
ITEM 142, Rev.D removed
12
R270
10K/F
12
C570
470P
U22
4
OUT
GND
5
SETINSHDN
MAX8863
Max8863
Vset=1.25V
V=2.5
3
2
1
B
ITEM 86, Rev.B
change value
3V
C575
C576
.1U
1U_0603
39pF(0402) X 30
12
+
C496
470U/2.5V
VCC_CORE VCC_CORE
39PC504
39PC509
39PC561
39PC532
39PC551
39PC556
39PC501
39PC533
P34
P32M4M6M2K36
VCC_CORE61
VCC_CORE62
VCC_CORE63
VCC_CORE64
VSS63
VSS64
VSS65
VSS66
M34
M32K6K4K2AM20
12
+
C492
220U/2.5V_NC
SVID[0..4] (9)
K34
VCC_CORE65
VCC_CORE66
VCC_CORE67
VSS67
VSS68
VSS69
12
+
220U/2.5V_NC
C
K32H4H2
VCC_CORE68
VCC_CORE69
VSS70
VSS71
C500
H36
Located at Socket-A Cavity
THERMDA
THERMDC
THERMDA
THERMDC
VCC_CORE
0.22uF(0603) X 32
[X7R] AMD
recommandation
C31
2200P_0603
VCC_CORE
.22U_0603C516
.22U_0603C517
.22U_0603C518
.22U_0603C519
.22U_0603C17
0.1uF(0402) X 3
.22U_0603C22
.22U_0603C18
.22U_0603C19
.22U_0603C529
.22U_0603C567
VCC_CORE
.22U_0603C537
.22U_0603C542
.22U_0603C493
.22U_0603C497
.22U_0603C549
.22U_0603C572
.22U_0603C543
.22U_0603C544
.22U_0603C545
.22U_0603C530
.22U_0603C577
.22U_0603C578
.22U_0603C579
.22U_0603C580
.22U_0603C520
VCC_CORE
.22U_0603C491
.22U_0603C538
.22U_0603C546
.22U_0603C495
.22U_0603C499
.22U_0603C563
.22U_0603C571
FSB_SENSE (3,12)
THERMDA (22)
THERMDC (22)
ITEM 174, Rev.E
change to
connect to GND.
0.01uF(0402) X 8
ITEM 171, Rev.E
RE-ADD 0.01u
1000pF(0402) X 8
PROJECT :ZP1
Quanta Computer Inc.
CPU-2(POWER)
532Wednesday, September 17, 2003
E
.1UC505
.1UC508
.1UC515
.01UC506
.01UC510
.01UC526
.01UC536
.01UC557
.01UC552
.01UC535
.01UC502
1000PC503
1000PC511
1000PC513
1000PC531
1000PC558
1000PC553
1000PC547
1000PC525
3C
of
CPU_VCCA
U5B
AM14
F36
F34
F32
F28
F24
F20
F16
F12
D32
D28
AM10
D24
D20
D16
D12D8D4D2B36
B32
AM2
B28
B24
B20
B16
B12B8B4
AJ5
VCC_CORE70
VCC_CORE71
VCC_CORE72
VCC_CORE73
VCC_CORE74
VCC_CORE75
VCC_CORE76
VCC_CORE77
VCC_CORE78
VCC_CORE79
VCC_CORE80
VCC_CORE81
VCC_CORE82
VCC_CORE83
VCC_CORE84
VCC_CORE85
VCC_CORE86
VCC_CORE87
VCC_CORE88
VCC_CORE89
VCC_CORE90
VCC_CORE91
VCC_CORE92
VCC_CORE93
VCC_CORE94
VCC_CORE95
VCC_CORE96
VCC_CORE97
VCC_CORE98
VCC_CORE99
VCC_CORE100
VCC_CORE101
THERMDA
THERMDC
FSB_SENSE1
FSB_SENSE0
VSS72
VSS73
VSS74
VSS75
VSS76
VSS77
VSS78
VSS79
VSS80
VSS81
VSS82
VSS83
VSS84
VSS85
VSS86
VSS87
VSS88
VSS89
VSS90
VSS91
VSS92
VSS93
VSS94
VSS95
VSS96
VSS97
VSS98
VSS99
VSS100
VSS101
VSS102
VSS103
H34
F26
F22
F18
F14
F10F6F4F2AM16
D36
D34
D30
D26
D22
D18
D14
D10D6B34
AM12
B30
B26
B22
B18
B14
B10B6B2
AM4
AK6
AM6
12
+
C550
470U/2.5V
VCC_CORE
VCC_CORE
39PC871
39PC873
39PC875
39PC877
39PC879
39PC881
D
39PC507
39PC512
39PC521
39PC539
39PC554
39PC559
39PC522
39PC548
12
+
C514
470U/2.5V
12
+
C523
100U/2V_NC
VCC_CORE
12
+
C534
100U/2V_NC
39PC869
39PC870
39PC872
39PC874
39PC876
39PC878
39PC880
39PC882
SOCKET_A
AC7
AJ23
VCC_Z
VCC_A
AA31
NC1
AC31
NC2
AE31
NC3
AG23
NC6
AG25
NC7
AG5
NC9
AJ11
NC10
AJ15
NC11
AJ17
NC12
AJ19
NC13
AJ27
NC15
AL11
NC16
AN11
NC17
AN9
NC18
G11
NC19
G13
NC20
G27
NC21
G29
NC22
G31
NC23
J31
NC24
J5
NC25
L31
NC27
N31
NC28
Q31
NC29
S31
NC30
S7
U31
NC32
U7
W31
NC34
W7
NC35
Y31
NC36
Y5
NC37
AG19
NC42
G21
NC43
AG21
NC44
G19
NC45
AH30
AG31
AN27
BP0_CUT
AL27
BP1_CUT
AN25
BP2_CUT
AL25
BP3_CUT
VSS104
VSS_Z
AE7
ITEM 125, Rev.C add
Size Document Number Rev
C
Date: Sheet
A
B
C
D
E
LCL FILTER
C112
.01U
C137
1000P
C121
.01U
C218
.1U
C194
1000P
C169
100P
-DICLK_0
10nH_HK1608_10NJ-T
-DICLK_1
10nH_HK1608_10NJ-T
-DICLK_2
10nH_HK1608_10NJ-T
-DICLK_3
10nH_HK1608_10NJ-T
C129
.01U
C128
1000P
C165
.01U
C176
.1U
C223
1000P
C178
100P
D
NORTH BRIDGE 1 of 3 ( HOST BUS)
VTT
VSS
B
N18
E25
VTT
VSS
P18
H23
VTT
VSS
R18
H25
VTT
VSS
VSS
VSS
L23
L25
2.5V 2.5VHCLK
F10
F15
F19
F20
P21
VDD
VDD
VDD
VDD
VSS
VSS
VSS
VSS
P23
P25
U23
U25
G22
R21
V21
W21
VDD
VDD
VDD
VDD
AVDD1
AGND1
F21
KN400
D10
D11
D12
D13
D14
D15
D16
D17
D18
D19
D20
D21
D22
D23
D24
D25
D26
D27
D28
D29
D30
D31
D32
D33
D34
D35
D36
D37
D38
D39
D40
D41
D42
D43
D44
D45
D46
D47
D48
D49
D50
D51
D52
D53
D54
D55
D56
D57
D58
D59
D60
D61
D62
D63
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
U29A
-SDATA0
B17
D0
-SDATA1
D20
D1
-SDATA2
B20
D2
-SDATA3
C20
D3
-SDATA4
A20
D4
-SDATA5
C21
D5
-SDATA6
E19
D6
-SDATA7
B21
D7
-SDATA8
B18
D8
-SDATA9
E18
D9
-SDATA10
A17
-SDATA11
C18
-SDATA12
A18
-SDATA13
D18
-SDATA14
C17
-SDATA15
E20
-SDATA16
A21
-SDATA17
D21
-SDATA18
C22
-SDATA19
A26
-SDATA20
C25
-SDATA21
C23
-SDATA22
D24
-SDATA23
B26
-SDATA24
E21
-SDATA25
A23
-SDATA26
B23
-SDATA27
A22
-SDATA28
D23
-SDATA29
A25
-SDATA30
C26
-SDATA31
C24
-SDATA32
E26
-SDATA33
F26
-SDATA34
G25
-SDATA35
G26
-SDATA36
J26
-SDATA37
H26
-SDATA38
G24
-SDATA39
H24
-SDATA40
E22
-SDATA41
E24
-SDATA42
D25
-SDATA43
D26
-SDATA44
F25
-SDATA45
F24
-SDATA46
J25
-SDATA47
H22
-SDATA48
L26
-SDATA49
M26
-SDATA50
M25
-SDATA51
M23
-SDATA52
M24
-SDATA53
K23
-SDATA54
N22
-SDATA55
M22
-SDATA56
J24
-SDATA57
K22
-SDATA58
K25
-SDATA59
K26
-SDATA60
J23
-SDATA61
N23
-SDATA62
J22
-SDATA63
K24
C11
D11
E11
A12
B12
C12
D12
E12
W22
2.5V VCC_CORE
4 4
J18
J14
M21
J13
J15
J17
L18
K18
M18
J16
VTT
VTT
VTT
VTT
VTT
VTT
VTT
D13
VSS
VTT
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
F14
T21
B16
D16
B19
D19
B22
D22
B25
E23
-AIN[2..14](4)
-AINCLK(4)
3 3
-AOUT[2..14](4)
-AOUTCLK(4)
-DOCLK[0..3](4)
-DIVAL(4)
CFWDRST(4)
CONNECT(4)
PROCRDY(4)
TESTIN0
TESTIN1
HCLKNB+(3)
HCLKNB-(3)
R83 1K_NC
RA
0_0402
R85 110K
CB
0.22U
2 2
1 1
TESTIN1
S2KCOMP
S2KVREF
TESTIN0
2.5V
A
-AIN2
-AIN3
-AIN4
-AIN5
-AIN6
-AIN7
-AIN8
-AIN9
-AIN10
-AIN11
-AIN12
-AIN13
-AIN14
-AOUT2
-AOUT3
-AOUT4
-AOUT5
-AOUT6
-AOUT7
-AOUT8
-AOUT9
-AOUT10
-AOUT11
-AOUT12
-AOUT13
-AOUT14
-DICLK_0
-DICLK_1
-DICLK_2
-DICLK_3
-DOCLK0
-DOCLK1
-DOCLK2
-DOCLK3
3V
E17
AIN2
C16
AIN3
A14
AIN4
D17
AIN5
A15
AIN6
E16
AIN7
B14
AIN8
C15
AIN9
E15
AIN10
A16
AIN11
D15
AIN12
A13
AIN13
C13
AIN14
B15
AINCLK
N26
AOUT2
P22
AOUT3
N24
AOUT4
P26
AOUT5
N25
AOUT6
T22
AOUT7
P24
AOUT8
R22
AOUT9
T24
AOUT10
T23
AOUT11
R23
AOUT12
R26
AOUT13
R24
AOUT14
R25
AOUTCLK
A19
DICLK0
A24
DICLK1
G23
DICLK2
L24
DICLK3
C19
DOCLK0
B24
DOCLK1
F23
DOCLK2
L22
DOCLK3
E13
DINVAL
D14
CFWDRST
C14
CONNECT
E14
PROCRDY
G21
HCLK
F22
HCLK
E10
TESTIN1
L21
S2KCOMP
F17
S2KVREF0
N21
S2KVREF1
F12
TESTIN0
T26
VDD
U26
VDD
V26
VDD
T25
VDD
V25
VDD
U24
VDD
V24
VDD
V23
VDD
U22
VDD
V22
VDD
ITEM 196, Rev.E3H
rework
VDS2K
VSS2K
VSS
K21
B13
C
2.5V(3,7,8,9,11,12,13,14,17,27)
VCC_CORE(4,5,27,31)
-SDATA[0..63] (4)
S2K BUS COMPENSATION
S2KCOMP
ITEM 13, Rev.B change
from 69.8/F
VCC_CORE
12
+
220U/2.5V
VCC_CORE
2.5V
12
+
100U/10V
2.5V
2.5V
2.5V
2.5V
R61 300/F
C593
C117
.1U
C659
C96
.1U
C78
1000P
C79
100P
C145
10U/10V
C99
.1U
C97
10U/10V
C94
.1U
C80
1000P
C87
100P
C98
10U/10V
C151
.1U
C211
10U/10V
C125
.1U
C83
1000P
C82
100P
C120
.01U
C118
1000P
C702
10U/10V
C232
.1U
C161
1000P
C209
100P
21
L34
C629
5P
21
L31
C600
5P
21
L30
C599
5P
21
L32
C598
5P
C138
.01U
NORTH BRIDGE S2K REFERENCE
VOTAGE (1/2 VCC_CORE)
PLACED UNDER BGA
C144
C119
100P
100P
S2KVREF
C216
C222
.01U
.01U
C113
C139
.01U
.01U
C210
C100
1000P
1000P
C154
100P
Size Document Number Rev
C
Date: Sheet
AVDDHCLK/AGNDHCLK : POWER/GROUND FOR
INTERNAL CPU CLOCK LOGIC
C865
22U/10V
-DICLK0
21
L35
10nH_HK1608_10NJ-T
-DICLK1
21
L25
10nH_HK1608_10NJ-T
-DICLK2
21
L27
10nH_HK1608_10NJ-T
-DICLK3
21
L26
10nH_HK1608_10NJ-T
PLACED NEAR NORTH BRIDGE
VCC_CORE
R75
100/F
C91
.01U
2.5VHCLK
C95
.1U
C124
.01U
R76
100/F
ITEM 75, Rev.B
change from
0.1U
2.5V
L29
TI201209G121
C608
.1U
ITEM 89, Rev.B add
PROJECT :ZP1
Quanta Computer Inc.
NORTH BRIDGE-1(S2K)
E
-DICLK[0..3] (4)
C116
1U_0603
C864
1U
of
632Wednesday, September 17, 2003
3H
A
NORTH BRIDGE 2 of 3 ( MEMORY)
2.5VSUS 2.5VMCLK
MA0
MA1
MA2
MA3
MA4
MA5
MA6
MA7
MA8
MA9
MA10
MA11
MA12
MA13
MA14
AC11
AB12
AC12
AB14
AB16
AB17
AB15
AC18
AE17
AC17
AB10
AC9
AF17
AB18
AB19
AC21
AD24
AB22
AC24
AB20
AF24
AD6
AC5
AC6
AB6
AB7
AD5
AB11
AD7
AB9
AD25
AD22
AF19
AE15
AF12
AB8
AF4
AD26
AF22
AD19
AF15
AE12
AC8
AD4
AA10
AA18
Y26
Y24
U29B
MA0
MA1
MA2
MA3
MA4
MA5
MA6
MA7
MA8
MA9
MA10
MA11
MA12
MA13
MA14
CKE0
CKE1
CKE2
CKE3
CKE4
CKE5
CS0
CS1
CS2
CS3
CS4
CS5
SRASA
SCASA
SWEA
DQM0
DQM1
DQM2
DQM3
DQM4
DQM5
DQM6
DQM7
DQS0
DQS1
DQS2
DQS3
DQS4
DQS5
DQS6
DQS7
MVREF1
MVREF0
AA7V9V10
VCCM
VCCM
VCCM
V11
VCCM
4 4
MA[0..14](10)
3 3
CKE0(10)
CKE1(10)
CKE2(10)
CKE3(10)
-CS0(10)
-CS1(10)
-CS2(10)
-CS3(10)
-SRASA(10)
-SCASA(10)
-SWEA(10)
2 2
CKE0
CKE1
CKE2
CKE3
T4
T57
-CS0
-CS1
-CS2
-CS3
T21
T24
-SRASA
-SCASA
-SWEA
RMDQM0
RMDQM1
RMDQM2
RMDQM3
RMDQM4
RMDQM5
RMDQM6
RMDQM7
RMDQS0
RMDQS1
RMDQS2
RMDQS3
RMDQS4
RMDQS5
RMDQS6
RMDQS7
MVREF0
V12
VCCM
V13
V14
VCCM
VCCM
B
V15
V16
V17
V18
AA15
AA21
T18
U18
VCCM
VCCM
VCCM
VCCM
VCCM
VCCM
VCCM
VCCM
AA22Y21
AVDD2AGND2
MD0
MD1
MD2
MD3
MD4
MD5
MD6
MD7
MD8
MD9
MD10
MD11
MD12
MD13
MD14
MD15
MD16
MD17
MD18
MD19
MD20
MD21
MD22
MD23
MD24
MD25
MD26
MD27
MD28
MD29
MD30
MD31
MD32
MD33
MD34
MD35
MD36
MD37
MD38
MD39
MD40
MD41
MD42
MD43
MD44
MD45
MD46
MD47
MD48
MD49
MD50
MD51
MD52
MD53
MD54
MD55
MD56
MD57
MD58
MD59
MD60
MD61
MD62
MD63
DCLKO
DCLKIN
W23
W24
AA25
AB26
W26
W25
AA26
AA24
AB25
AB24
AF25
AE24
AB23
AC26
AE26
AF26
AD23
AE23
AD21
AF21
AC23
AF23
AE21
AB21
AC20
AF20
AF18
AD18
AD20
AE20
AE18
AD17
AF16
AC15
AC14
AE14
AD16
AD15
AD14
AF14
AF13
AD12
AD11
AF11
AD13
AB13
AE11
AD10
AF10
AE9
AE8
AF7
AF9
AD9
AF8
AD8
AE6
AF5
AE3
AF1
AF6
AE5
AF3
AF2
Y22
AA23
RMD0
RMD1
RMD2
RMD3
RMD4
RMD5
RMD6
RMD7
RMD8
RMD9
RMD10
RMD11
RMD12
RMD13
RMD14
RMD15
RMD16
RMD17
RMD18
RMD19
RMD20
RMD21
RMD22
RMD23
RMD24
RMD25
RMD26
RMD27
RMD28
RMD29
RMD30
RMD31
RMD32
RMD33
RMD34
RMD35
RMD36
RMD37
RMD38
RMD39
RMD40
RMD41
RMD42
RMD43
RMD44
RMD45
RMD46
RMD47
RMD48
RMD49
RMD50
RMD51
RMD52
RMD53
RMD54
RMD55
RMD56
RMD57
RMD58
RMD59
RMD60
RMD61
RMD62
RMD63
R60 22
C
MD[0..63]
DQM[0..7]
DQS[0..7]
2.5VSUS
2.5VSUS
DCLKO (3)
DCLKI (3)
12
+
100U/10V
MD[0..63] (10)
DQM[0..7] (10)
DQS[0..7] (10)
ITEM 14, Rev.B
remove these 33P
caps
C675
C683
C215
.01U
C181
C146
10U/10V
C162
1000P
10U/10V
C185
1000P
10U/10V
C89
.01U
MVERF0/1 : SSTL_2 RECEIVER VREF
FOR DDR
D
AVMCLK/AGNDMCLK : POWER/GROUND FOR DRAM
CLCOK DESKEW CIRCUIT
2.5VMCLK
C607
.1U
2.5V
L28
TI201209G121
C604
1U
C866
1U
ITEM 89, Rev.B add
C127
.1U
C140
1000P
2.5VSUS
RMDQM0
RMDQS0
RMDQM1
RMDQS1
RMDQS2
RMDQM2
RMDQS3
RMDQM3
RMDQS4
RMDQM4
RMDQS5
RMDQM5
RMDQS6
RMDQM6
RMDQS7
RMDQM7
C143
.1U
C136
100P
SMDDR_VREF
RP33 10_4P2R_0402
3
1
RP39 10_4P2R_0402
3
1
RP43 10_4P2R_0402
3
1
RP49 10_4P2R_0402
3
1
RP66 10_4P2R_0402
3
1
RP77 10_4P2R_0402
3
1
RP87 10_4P2R_0402
3
1
RP94 10_4P2R_0402
3
1
C166
.1U
C195
100P
C126
.1U
C122
100P
DQM0
4
DQS0
2
DQM1
4
DQS1
2
DQS2
4
DQM2
2
DQS3
4
DQM3
2
DQS4
4
DQM4
2
DQS5
4
DQM5
2
DQS6
4
DQM6
2
DQS7
4
DQM7
2
C115
C150
.01U
.01U
E
RP52 22_8P4R_0402
RMD30
1
RMD31
3
5
RMD27
7
RP48 22_8P4R_0402
RMD25
1
RMD24
3
RMD29
5
RMD28
7
RP45 22_8P4R_0402
RMD23
1
RMD22
3
RMD18
5
RMD19
7
RP42 22_8P4R_0402
RMD21
1
RMD20
3
RMD16
5
RMD17
7
RP40 22_8P4R_0402
RMD15
1
RMD14
3
RMD11
5
RMD10
7
RP37 22_8P4R_0402
RMD12
1
RMD13
3
RMD8
5
RMD9
7
RP34 22_8P4R_0402
RMD7
1
RMD6
3
RMD2
5
RMD3
7
RP31 22_8P4R_0402
RMD5
1
RMD4
3
RMD0
5
RMD1
7
RP71 22_8P4R_0402
RMD39
1
RMD38
3
RMD35
5
RMD34
7
RP64 22_8P4R_0402
RMD36
1
RMD37
3
RMD32
5
RMD33
7
RP95 22_8P4R_0402
RMD62
1
RMD63
3
RMD58
5
RMD59
7
RP93 22_8P4R_0402
RMD61
1
RMD60
3
RMD56
5
RMD57
7
RP89 22_8P4R_0402
RMD55
1
RMD54
3
RMD50
5
RMD51
7
RP86 22_8P4R_0402
RMD52
1
RMD53
3
RMD48
5
RMD49
7
RP82 22_8P4R_0402
RMD46
1
RMD43
3
RMD42
5
RMD47
7
RP72 22_8P4R_0402
RMD45
1
RMD44
3
RMD40
5
RMD41
7
MD30
2
MD31
4
MD26RMD26
6
MD27
8
MD25
2
MD24
4
MD29
6
MD28
8
MD23
2
MD22
4
MD18
6
MD19
8
MD21
2
MD20
4
MD16
6
MD17
8
MD15
2
MD14
4
MD11
6
MD10
8
MD12
2
MD13
4
MD8
6
MD9
8
MD7
2
MD6
4
MD2
6
MD3
8
MD5
2
MD4
4
MD0
6
MD1
8
MD39
2
MD38
4
MD35
6
MD34
8
MD36
2
MD37
4
MD32
6
MD33
8
MD62
2
MD63
4
MD58
6
MD59
8
MD61
2
MD60
4
MD56
6
MD57
8
MD55
2
MD54
4
MD50
6
MD51
8
MD52
2
MD53
4
MD48
6
MD49
8
MD46
2
MD43
4
MD42
6
MD47
8
MD45
2
MD44
4
MD40
6
MD41
8
C184
1000P
R73
200/F
R72
200/F
R71
0_NC
Size Document Number Rev
C
D
Date: Sheet
PROJECT :ZP1
Quanta Computer Inc.
NORTH BRIDGE(DDR)
E
of
732Wednesday, September 17, 2003
2A
1 1
KN400
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
AC3
AE2
AC4
AE4
AC7
AE7
AC10
AE10
AC13
AE13
Y23
AC16
AE16
Y25
AC19
AE19
AC22
AE22
AC25
AE25
VSS
AA13
MVREF0
C111
1000P
BANKS
A
B
C
A
B
C
D
E
NORTH BRIDGE 3 of 3 (AGP,VLINK,VGA)
4 4
GAD[0..31](14)
3 3
-GCBE0(14)
-GCBE1(14)
-GCBE2(14)
-GCBE3(14)
ADSTB0F(14)
ADSTB0S(14)
ADSTB1F(14)
ADSTB1S(14)
-SBA0(14)
-SBA1(14)
-SBA2(14)
-SBA3(14)
-SBA4(14)
-SBA5(14)
-SBA6(14)
-SBA7(14)
SBSTBF(14)
SBSTBS(14)
GFRAME(14)
GIRDY(14)
GTRDY(14)
GSTOP(14)
GDEVSEL(14)
2 2
1 1
GPAR(14)
GGNT(14)
GREQ(14)
ST0(14)
ST1(14)
ST2(14)
DBIL(14)
DBIH_-PIPE(14)
WBF(14)
RBF(14)
GCLKNB(3)
AGPVREFGC(14)
GSERR(14)
GCLKNB
R92
33_NC
C236
10P_NC
A
GCLKNB
AGPNCOMP
-8XDET
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
1.5V 2.5V 3V
U29C
W2
W1
V3
W3
V1
U2
U1
U3
T4
T5
R3
P2
R1
P1
P3
N3
N2
M1
M3
M5
L1
L4
L2
L3
J1
H5
J3
H4
H1
H3
H2
G4
T1
P4
N1
K3
T3
T2
K2
K1
D2
D3
E3
D1
G3
F1
G1
G2
E1
E2
N5
P5
R5
U5
N4
U4
E4
F5
G5
F3
J5
J4
K5
L5
K4
V5
C1
M6
H6
G6
R4
-8XDET
-AGP8XDET(14)
GD0/FPD10
GD1/FPD11
GD2/FPDVICLK
GD3/FPD09
GD4/FPD08
GD5/FPD07
GD6/FPD06
GD7/FPD05
GD8/FPDVIDET
GD9/FPDVIHS
GD10/FPD01
GD11/FPD23
GD12/FPD00
GD13/FPD22
GD14/FPD21
GD15/FPD20
GD16/FPD18
GD17/FPD17
GD18/FPD16
GD19/FPDE
GD20/FPD14
GD21/FPCLK
GD22/FPD13
GD23/FPD15
GD24/DVP1D09
GD25
GD26/DVP1D10
GD27
GD28/DVP1D07
GD29/DVP1D06
GD30/DVP1D08
GD31/DVP1D04
GCBE0/FPD03
GCBE1/SB_DA
GCBE2/FPD19
GCBE3/DVP1D11
ADSTB0F/FPD04
ADSTB0S/FPD02
ADSTB1F/FPD12
ADSTB1S/FPDET
SBA0/DVP1VS
SBA1/DVP1DE
SBA2/DVP1D00
SBA3/DVP1HS
SBA4/DVP1D05
SBA5/DVP1D03
SBA6/DVP1CLK
SBA7/DVP1CLK_N
SBSTBF/DVP1D01
SBSTBS/DVP1D02
GFRAME/FPHS
GIRDY/SB_CK
GTRDY
GSTOP/FPDVICLK_N
GDEVSEL/FPVS
GPAR/FPDVIVS
GGNT/DVI_DDCDA
GREQ/DVI_DDCCK
ST0
ST1/DVP1DET
ST2
DBIL
DBIH/PIPE
WBF/FPCLK_N
RBF
GCLK
AGPCOMP
AGPVREF0
AGPVREF1
AGP8XDET
GSERR/FPDVIDE
J6N6P6R6T6U6K9L9M9N9P9
VCCAGP
VCCAGP
VCCAGP
VCCAGP
VCCAGP
VSS
VSS
VSS
VSS
VSS
VSS
VSS
F2J2M2R2V2F4M4V4J9
R335 4.7K
VCCAGP
VCCAGP
VSS
VSS
VCCAGP
VCCAGP
VSSQQ
VSS
AA3
VCCAGP
VCCAGP
VSS
L11
AA5
B1C2R9
VCCQQ
VCCAGP
VSS
VSS
L12
L13
R340
1K
U9
VCC2
VCC2
AGP I/F
VSS
VSS
VSS
L14
L15
L16
VCC2
VSS
AA6Y6T9
AA8
VCC2
VSS
M11
M12
K6L6V6W6AA11
AA9
VDD
VDD
VDD
VSS
VSS
VSS
M13
M14
VDD
VDD
VDD
VSS
VSS
VSS
M15
M16
N11
N12
1.5V
AA12
AA19
AA20F8F9
F16
F18
H21
J21
AA16
AA14
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VLINK I/F
CRT I/F
TFT FLAT PANEL / EXTERNAL TV
ENCODER I/F
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
N13
N14
B
VSS
N15
N16
P11
P12
P13
P14
P15
P16
R11
J11
J10
J12
AA17
VDD
VDD
VCCDP
VCCDP
VCCDP
VSS
VSS
VSS
VSS
VSS
VSS
VSS
R12
R13
R14
R15
R16
T11
PLACE CLOSE TO N/B
AD3
C4
C3
VSUS25
VCCDAC
VCCRGB
TVD00/DVP0D00
TVD01/DVP0D01
TVD02/DVP0D02
TVD03/DVP0D03
TVD04/DVP0D04
TVD05/DVP0D05
TVD06/DVP0D06
TVD07/DVP0D07
TVD08/DVP0D08
TVD09/DVP0D09
TVD10/DVP0D10
TVD11/DVP0D11
TVVS/DVP0VS
TVHS/DVP0HS
TVCLK/DVP0DCLK
TVCLKIN/DVP0DET
TVDE/DVP0DE
VSS
VSS
VSS
VSS
VSS
T12
T13
T14
T15
T16
AGPVREFCG(14)
B4
A4
PLLVDD1
PLLVDD2
UPCMD
UPSTB
UPSTB
DNCMD
DNSTB
DNSTB
LCOMPP
LVREF
RSET
HSYNC
VSYNC
SPCLK2
SPD2
DISPCLKO
DISPCLKI
GPO0
GPOUT
SPCLK1
SPD1
PWROK
RESET
SUSSTAT
BISTIN
GNDDAC
GNDRGB
PLLGND1
PLLGND2
VSS
VSS
U21
F11
C10
2.5VSUS
2.5VRGB
W4
VD0
W5
VD1
AA4
VD2
Y1
VD3
AC2
VD4
Y2
VD5
AB4
VD6
AC1
VD7
Y3
VBE
Y4
AA1
AA2
AB3
AB1
AB2
LCOMPP
AB5
LVREF_NB
Y5
E6
XIN
F6
INTA
A3
AR
A2
AG
B3
AB
RSET
B5
B6
A6
C6
D6
D9
C9
B9
A9
E9
E8
B8
A8
C8
C7
B7
A7
B11
B10
D8
A10
A11
SSOUT
C5
SSIN
D5
D10
E7
EDIDCLK
F7
EDIDDATA
D7
AD1
AE1
AD2
BISTIN
A5
B2
A1
E5
D4
VSS
VSS
F13
KN400
AGP VREF
C698
10U/10V
TVD4
TVD5
TVD6
TVD7
TVD8
TVD10
R91 22
R105 0
2 1
C700
.01U
0_0805
2 1
C
VLAD0 (13)
VLAD1 (13)
VLAD2 (13)
VLAD3 (13)
VLAD4 (13)
VLAD5 (13)
VLAD6 (13)
VLAD7 (13)
-VBE0 (13)
UPCMD (13)
UPSTB+ (13)
UPSTB- (13)
DNCMD (13)
DNSTB+ (13)
DNSTB- (13)
GCLK14 (3)
-INTA (11,14)
NB_CRTR (15)
NB_CRTG (15)
NB_CRTB (15)
NB_CRTHS (15)
NB_CRTVS (15)
NB_DDCCLK (15)
NB_DDCDAT (15)
PANEL_ID0 (14)
PANEL_ID1 (14)
PANEL_ID2 (14)
PANEL_ID3 (14)
R96 10K
R97 10K
T16
R95 10K
T22
T63
T9
T15
T10
T64
T12
T20
EDIDCLK (14)
EDIDDATA (14)
-PCIRST_A (4,11,14,16)
-SUSTAT (12,14,16)
CRT_GND
L52
1.5V
12
R351
3.32K/F
12
R352
1.02K/F
2.5VSUS
ITEM 43,
Rev.B swap
these 2 pins
PWRGD_NB (12)
R522 0_0805
ITEM 92, Rev.B add
ITEM 66 Rev.B
add for EMI.
C114
.1U
2.5V
L39 TI201209G121
C250
.1U
ITEM 87, Rev.B change value
ITEM 106, Rev.B2B R328 change from 1K to 4.7K
R328 4.7K
R323 4.7K
TVD4
R325 4.7K
TVD5
1.5V
12
+
C712
100U/10V
1.5V
C171
.1U
CRTGND (15)
C251
.1U
3V
R330
4.7K
-EXTVGA_DETTVD8
STRAP FOR EXT. VGA
AND TV ENCODER SELECT
C198
C197
10U/10V
10U/10V
C225
C173
.1U
.1U
EDIDCLK
EDIDDATA
VCC5
3.3V FOR PANEL I/F LOGIC
3V
C160
10U/10V
BISTIN
RSET
C244
C252
.1U
C224
.01U
C228
.1U
R88 4.7K
R86 4.7K
R334 147/F
D
2.5VRGB
C253
.1U
.1U
C227
.01U
C264
.1U
C163
.1U
R331 1K
C680
10U/10V
-EXTVGA_DET (14,15)
C172
C175
.01U
.01U
C226
C170
1000P
1000P
3V
3V
C167
C187
.1U
.1U
VLINK
1. VLINK REFERENCE VOLTAGE 0.9V
LVREF_NB
2. VLINK P-CHANNEL COMPENSATION
3. VLINK INTERFACE POWER : VCC2
C220
.01U
C174
1000P
2.5V
C101
.1U
2.5V
C158
.01U
2.5V
C102
1000P
Size Document Number Rev
C
Date: Sheet
2.5V
R107
C283
2K/F
.1U
ITEM 44, Rev.B
R107 change from
3K/F to 2K/F,
C282
.1U
R90 360/F
C644
.1U
1U_0603
R102 60.4/F
C221
.1U
C84
.01U
C86
1000P
C686
C219
.1U
C77
.01U
C643
.1U
R106
1.13K/F
C199
.1U
C85
.01U
C649
.1U
1.5V
R106 change from
1K to 1.13K
C650
.1U
C688
.1U
C93
C92
.01U
.1U
C157
C155
1000P
1000P
C240
.01U
LCOMPP
2.5V
C647
10U/10V
AGP
1. AGPVREF (PROVIDED BY AGP 8X CARD OR
BY SYSTEM FOR OTHERS)
AGPVREFGC
2. AGPNCOMP : AGP N-CHANNEL
COMPENSATION
AGPNCOMP
VDD
2.5V NORTH BRIDGE VCORE
C142
.1U
C81
.01U
C90
1000P
PROJECT :ZP1
Quanta Computer Inc.
NORTH BRIDGE-3(VGA)
E
832Wednesday, September 17, 2003
C88
.01U
C130
1000P
2B
of
5
4
3
2
1
AMD suggest 3.9K
2.5V
RP24 3.9K_8P4R
SVID3
SVID2
SVID1
D D
C C
B B
SVID0
SVID4
CPU_VID3
CPU_VID2
CPU_VID1
CPU_VID0
CPU_VID4
1
2
3
4
5
6
7
8
R59 3.9K
RP3 3.9K_8P4R
7
8
5
6
3
4
1
2
R298 3.9K
FID[0..3](4)
CPU_VID0(4)
1 2
3 4
5 6
7 8
RP91 3.9K_8P4R
FID0
FID1
SVID0(5)
CPU_VID1(4)
SVID1(5)
CPU_VID2(4)
SVID2(5)
CPU_VID3(4)
SVID3(5)
CPU_VID4(4)
SVID4(5)
2.5V
2.5V 2.5V
SVID0
SVID1
SVID2
SVID3
SVID4
U45B
NC7WZ07
R412
10K
5
FROM PROCESSOR
A A
5
FID2
FID3
2.5V
R294
4.7K
34
2
Q29
31
BSS138
2
Q32
31
BSS138
2
Q33
31
BSS138
2
Q30
31
BSS138
4
2.5V
R301
4.7K
Q17 BSS138
1
Q18 BSS138
1
Q19 BSS138
1
Q21 BSS138
1
Q11
1
3
2
BSS138
Q22
1
ITEM 29, Rev.B modify this circuit
2
3
2
3
2
3
2
3
2
3
BSS138
TO SB STRAPPING
NB_FID0 (12)
NB_FID1 (12)
NB_FID2 (12)
NB_FID3 (12)
2
Q7 BSS138
1
2
Q8 BSS138
1
2
Q9 BSS138
1
2
Q10 BSS138
1
2
NC7WZ07
C867
10P
3
BSS138
U45A
CPU_VCCA(5)
Q23
1
VID / FID Interface
VID Codes
11000
11001
11010
11011
11100
11101
11110
11111
FID
VCC_CORE
SHUTDOWN
Multiplier
1
1.275
1.250
1.225
1.200
1.175
1.150
1.125
1.1001.650
1.075
1.050
1.025
1.000
0.975
0.950
0.925
Clock
7.0
7.5
8.0
8.5
9.0
9.50101
10.0
10.5
932Wednesday, September 17, 2003
3A
of
3
VID0 (31)
VID[4:0]
VCC_CORE
00000
00001 1.950
00010
3
VID1 (31)
00011
00100
00101
00110
3
VID2 (31)
00111
01000
01001
01010
01011
3
VID3 (31)
01100
01101
01110
SHUTDOWN
01111
3
5V
5
HWPG_POWER
16
VID4 (31)
HWPG_POWER (4,26,28,31)
FID Codes
Four-Bit
FID
0000
0001
Multiplier
Clock
0010
0011
0100
0110
0111
5V
R523
220K
CPU_VCCA
1 2
1 2
R524
20K/F
R525
11K/F
1 2
61
4
5
Q43
IMX9
R526
3
2
0
12
C883
0.47U
2
ITEM 131, Rev.D add
12
HWPG_POWER
Size Document Number Rev
Date: Sheet
VID[4:0]
2.000
10000
10001
1.900
1.850
1.800
1.750
1.700
10010
10011
10100
10101
10110
10111
1.600
1.550
1.500
1.450
1.400
1.350
1.300
Four-Bit
11.0
11.5
1000
1001
12.0 1010
12.5
5.0
5.5
6.0
6.5
1011
1100
1101
1110
1111
PROJECT : ZP1
Quanta Computer Inc.
CPU VID/FID INTERFACE
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