MSI MS-7029 Schematics
Cover Sheet 1
1
Block Diagram
GPIO
Intel mPGA478B CPU - Signals
Intel Springdale - Host Signals
Intel Springdale - Memory Signals
Intel Springdale - AGP Signals
DDR DIMM 1
DDR DIMM 2
Intel ICH5 - PCI & IDE & AC97 Signals
Intel ICH5 - Other Signals
REALTEK LAN 8110S/8100C
ICS 952617 & FWH & FDD & TPM
A A
MPCI SKT & MDC
AGP 4X/8X Slot
ATA33/66/100 IDE & Video Connectors
PCI Slots 1
USB Connectors
Front Panel & Fan
2
3
4
5Intel mPGA478B CPU - Power
6
7
8
9
10
11
12
13
14
15LPC I/O -47M292
16
17
18
19
20
21W83302 ACPI controller
22
MS-7029 (MAGA3)
Intel (R) Sp r in gdale (GMCH) + ICH5 Chipset
Intel Northwood & Prescott mPGA478B Processor
CPU:
Intel Northw ood/Prescott
System Chipset:
Intel Springdale - GMCH (North Bridge)
Intel ICH5 (South Bridge)
On Board Chipset:
BIOS -- FWH EEPROM
AC'97 Codec --RealTek ALC658
LPC Super I/O -- SMSC 47M292
LAN --REALTEK LAN 8110S/8100C
CLOCK --ICS 952617
Main Memory:
DDR * 2 (Max 2GB)
Expansion Slots:
PCI2.3 SLOT *1
PWM:
Controller: Inte rsil 6556B
Version 1.0
VRM 10
OTHER/ POWER MAP
23
24
IEEE1394 25
AUDIO CODEC
AUDIO E & S
IDE & BlueBrid
26
27
28
MICRO-STAR INt'L CO., LTD.
MSI
Title
Size Document Number Re v
1
Date: Sheet
COVER SHEET
MS-7029
128Thursday, July 08, 2004
100
of
1
Block Diagram
VRM 10
HI6556B
Intel mPAG478B Processor
3-Phase PWM
FSB
AGP 1.5V
4X/8X
Connector
Analog
Video
Out
IDE Primary& Secondary
UltraDMA 33/66/ 100
Springdale
Link
HUB
64bit DDR
Channel 1
64bit DDR
Channel 2
2 DDR
DIMM
Modules
(1+1)
PCI BUS
MINI PCI Slot
PCI Slot 1
ICH5
LPC SIO
SMSC
47M292
PCI BUS
REALTEK LAN
8110S/8100C
IEEE1394
VIA 6307
AC'97 Codec
AC'97 Link
CMIDIA
CMI9761A
A A
AC'97 MDC
REAR SIDE
USB Port 0
USB Port 1
USB Port 2
USB Port 3
FRONT SIDE
USB Port 4
LPC Bus
USB
USB Port 5
INTERNAL
USB Port 6
USB Port 7
AUDIO BLOCK DIAGRAM
AC'97 Codec
CMIDIA
CMI9761A
22uF 22uF 22uF 100uF
Serial ATA 0
Oohm for
OPTION
EQ PT2389 SURROUND
TA2136N
Serial ATA
OP TDA1308
Flash
Keyboard
Floopy Serial
Mouse
FRONT
HEADPHONE
CONNECTOR
1
REAR
LINE_OUT
CONNECTOR
MSI
Title
Size Document Number Rev
Date: Sheet
MICRO-STAR INt'L CO., LTD.
BLOCK DIAGRAM
MS-7029
228Thursda y, July 08, 2004
of
100
1
ICH5
FunctionTargetGPIO Pin
GPI 0
GPI 1
GPI 2
GPI 3
GPI 4
GPI 5
GPI 6
GPI 7
GPI 8
GPI 9
GPI 10
GPI 11
GPI 12
GPI 13
GPI 14
GPI 15
GPO 16
GPO 17
GPO 18
GPO 19
GPO 20
GPO 21
GPO 22 GPO22
GPO 23
GPIO 24/I NA
GPIO 25/I NA
*
GPIO 27
GPIO 28
A A
GPIO 32
GPIO 33/O
GPIO 34/I
GPI 40 PREQ#4
GPI 41
GPO 48
GPO 49
ISA_REQ#
NA
NA
PREQ#5
NA
PIRQ#E
NA
PIRQ#F
LAN
PIRQ#G
PIRQ#H
1394
SIO_SMI#
SIO
CD_SMI#
MP
LM86_ALERT#
LM86
OC#45
USB
OC#45
USB
SMBALERT#
NA
GPI12
NA
SIO_PME#
SIO
OC#67
USB
OC#67
USB
ISA_GNT#
NA
PGNT#5
NA
GPO18
NA
GPO19
NA
U72
BB_SMB_SEL
ISA_NOGO
NA
NA
NA
GPO23
CFG_SEL1
CFG_SEL2
GPO27
NA
GPIO 28
NA
BIOS_WP#
BIOS
SATA LED
I/O
CFG_SEL3
NA
1394
GPI41
NA
1394 PGNT#4
CPU_GD
CPU
PS: GPIO 24~25, 27~28, 32~34 Default Output
Power well
MAIN
MAIN
MAIN
MAIN
MAIN
MAIN
MAIN
MAIN
RESUME
RESUME
RESUME
RESUME
RESUME
RESUME
RESUME
RESUME
MAIN
MAIN
MAIN
MAIN
MAIN
MAIN
MAIN
MAIN
RESUME
RESUME
RESUME
RESUME
MAIN
MAIN
MAIN
MAIN
MAIN
MAIN
MAIN
PULL RESISTOR
8.2K
8.2K
8.2K
8.2K
8.2K
8.2K
10K
10K
10K
2.7K/5.1K
2.7K/5.1K
10K
10K
10K
2.7K/5.1K
2.7K/5.1K
VCC3
VCC3
VCC3
VCC3
VCC3
VCC3
VCC3
VCC3
VCC3_SB
5VDUAL
5VDUAL
VCC3_SB
VCC3_SB
VCC3_SB
5VDUAL
5VDUAL
NA
NA
NA
NA
GND1K
10K
VCC3
NA
NA
BY CFG
BY CFG
10K
1K
1K
4.7K
VCC3_SB
GND
VCC3
VCC3
BY CFG
8.2K
X_8.2K
VCC3
VCC3
NA
62Ohm
VCCP
FWH
Function
GPI 0
GPI 1
*
GPI 3
GPI 4
TypeGPIO Pin
PD_DET
I
I
SD_DET
Pull down thr ou gh 1K ohms (unused)GPI 2
I
Pull down thr ou gh 1K ohms (unused)
I
Pull down thr ou gh 1K ohms (unused)
I
SIO
Function
GP26
GP25
TypeGPIO Pin
VID5
I
VID4
I
PCI Config.
DEVICE
MPCI
REALTEK LAN
8110S/8100C
IEEE 1394
VIA 6307
PIRQ#A
PIRQ#B
PREQ#0PCI Slot 1
PGNT#0
PIRQ#C
PIRQ#D
PIRQ#B
PIRQ#C
PREQ#2 AD21 PCICLK1
PGNT#2
PIRQ#G PREQ#3 AD29 LAN_PCLK 12 (PCI0)
PGNT#3
PIRQ#H PR E Q# 4 AD23 1394_PCLK
PGNT#4
CONFIGURATION SELECT
ICH5 GPIO 24
I
ICH5 GPIO 25 I
TypeGPIO Pin
ICH5 GPIO 34
I
PS: PULL LOW BY 1K; PULL HI GH BY 8.2K
DEFAULT
LOW
LOW
LOW
CONFIG 1 CONFIG 2 CONFIG 3
DDR DIMM Config.
DEVICE
DIMM 1 MCLK_A0/MCLK_A0#
1010000B
DIMM 3 1010010B MCLK_B0/MCLK_B0#
CLOCKADDRESS
MCLK_A1/MCLK_A1#
MCLK_A2/MCLK_A2#
MCLK_B1/MCLK_B1#
MCLK_B2/MCLK_B2#
PCI RESET DEVICE
Signals
PCIRST#_ICH5 AGP s l ot , FWH, MS7
PCIRST#1
Springda le , L AN , S up e r I/O,1394,
CPU FAN
PCI slot 1, ext PCI slotPCIRST#2
HD_RST#
Primary, Sco n dary IDE
Target
SMBus DEVICE
Signals Target
SMBCLK
SMBDATA
SMBCLK_ISO
SMBDATA_ISO
ICH5, LAN, PCI
SLOT, LPC I/O,
BLUEBIRD
DIMM1, DIMM2, CLK
GEN, MS7, LM86
IDSEL
AD16
POWER
VCC3_SB
VCC3
CLOCKREQ#/GNT#
PCICLK0
CLK GEN PIN OUTMCP1 INT Pin
13 (PCI1)
14 (PCI2)
15 (PCI3)
POWER ON SEQUENCE
SIGNAL TIMINGFROMSIGNAL TO
VCC3_SB
RSMRST#
PWSW+
SLP_S3#
PS_ON
VCC_VID
VID_GD_1
PWR_OK
MS5_POK
ICH_PWROK
CPU_GD
PCIRST_ICH5#
PCIRST#1
PCIRST#2
HD_RST#
CPURST# NB CPU
VCC3_SB
FRONT
PANEL
SB
ATX
POWER
MS7
MS7
ATX
POWER
MS7
SB
SB
MS7
80ms
200ms
2ms
MS7
SB
SB
MS7
ATX
CPU
CPU
VRM
MS7
NB
SB
CPU
AGP
FWH
MS7
NB
LAN
LPC
1394
PCI
IDE
MSI
Title
Size Document Number Re v
1
Date: Sheet
MICRO-STAR INt'L CO., LTD.
General Purpose Spec
MS-7029
of
328Thursday, July 08, 2004
100
8
7
6
5
4
3
2
1
CPU SIGNAL BLOCK
HA#[3..31]{6}
HA#4
HA#9
HA#5
HA#8
HA#6
HA#7
A9#L2A8#M6A7#L3A6#K1A5#L6A4#K4A3#
D25#
D24#
D23#
D22#
D21#
L21
F26
F24
E25
D26
HD#23
HD#22
HD#21
HD#24
HD#20
D20#
HD#19
HA#3
AE25
K2
D19#
D18#
F23
E24
G23
HD#17
HD#18
D17#
HD#16
H22
D16#
D25
HD#15
DBR#
D15#
J21
HD#14
A5
D14#
D23
HD#13
AD26
A4
VSS_SENSE
VCC_SENSE
D13#
D12#
D11#
C26
H21
G22
HD#12
HD#10
HD#11
HA#17
D33#
HD#32
HA#11
HA#16
HA#12
HA#10
HA#14
HA#15
HA#13
M3
D32#
D31#
D30#
D29#
D28#
D27#
D26#
J24
L22
K23
H25
H24
M23
G26
M21
HD#27
HD#26
HD#25
HD#29
HD#28
HD#31
HD#30
HA#25
HA#27
HA#30
HA#26
HA#29
HA#31
D D
CPU1A
HDBI#0
HDBI#[0..3]{6}
FERR#{12}
STPCLK#{12}
HINIT#{12,14}
HDBSY#{6}
HDRDY#{6}
HTRDY#{6}
HADS#{6}
HLOCK#{6}
HBNR#{6}
HIT#{6}
HITM#{6}
HBPRI#{6}
HD#[0..63]{6}
HDEFER#{6}
CPU_TMPA
VTIN_GND
TRMTRIP#
PROCHOT#{6}
IGNNE#{12}
A20M#{12}
BOOT{22,23}
BSEL0{14,19}
BSEL1{14,19}
CPU_GD{12}
CPURST#{6}
SMI#{12}
SLP#{12}
C C
LM86 THERMAL DETECT
TRMTRIP#{12}
B B
HDBI#1
HDBI#2
HDBI#3
ITP_TDI
ITP_TDO
ITP_TMS
ITP_TRST#
ITP_TCK
BOOT
CPU_GD
CPURST#
HD#63
HD#62
HD#61
HD#60
HD#59
HD#58
HD#57
HD#56
HD#55
HD#54
G25
AC3
AA3
AB2
AF26
AB26
AE21
AF24
AF25
AD1
AE26
AD6
AD5
AB23
AB25
AA24
AA22
AA25
W25
W26
E21
P26
V21
V6
B6
Y4
W5
H5
H2
J6
G1
G4
G2
F3
E3
D2
E2
C1
D5
F7
E6
D4
B3
C4
A2
C3
B2
B5
C6
A22
A7
Y21
Y24
Y23
Y26
V24
AB1
DBI0#
DBI1#
DBI2#
DBI3#
IERR#
MCERR#
FERR#
STPCLK#
BINIT#
INIT#
RSP#
DBSY#
DRDY#
TRDY#
ADS#
LOCK#
BNR#
HIT#
HITM#
BPRI#
DEFER#
TDI
TDO
TMS
TRST#
TCK
THERMDA
THERMDC
THERMTRIP#
GND/SKTOCC#
PROCHOT#
IGNNE#
SMI#
A20M#
SLP#
RESERVED0
RESERVED1
RESERVED2
RESERVED3
RESERVED4
BOOTSELECT
OPTIMIZED/COMPAT#
BSEL0
BSEL1
PWRGOOD
RESET#
D63#
D62#
D61#
D60#
D59#
D58#
D57#
D56#
D55#
D54#
D53#
D52#
D51#
V22
V25
U21
U23
HD#50
HD#52
HD#53
HD#51
HA#28
A35#
A34#Y1A33#W2A32#V3A31#U4A30#T5A29#W1A28#R6A27#V2A26#T4A25#U3A24#P6A23#U1A22#T2A21#R3A20#P4A19#P3A18#R2A17#T1A16#N5A15#N4A14#N2A13#M1A12#N1A11#M4A10#
D50#
D49#
D48#
D47#
D46#
D45#
D44#
D43#
D42#
D41#
T23
T22
T25
T26
U24
U26
HD#49
HD#48
P24
R24
R25
R21
HD#40
HD#43
HD#45
HD#47
HD#44
HD#41
HD#42
HD#46
HA#24
D40#
HD#39
HA#18
HA#22
HA#20
HA#23
HA#19
HA#21
D39#
D38#
D37#
D36#
D35#
D34#
P21
N25
N26
N23
N22
M26
M24
HD#33
HD#38
HD#36
HD#35
HD#37
HD#34
AC26
ITP_CLK1
ITP_CLK0
D10#
D9#
D8#
B25
C24
HD#7
HD#8
HD#9
AD2
C23
VID2
VID4
VID3
VID5
AE1
AE2
AE3
AD3
VID4#
VID3#
VID2#
VID5#
VIDPWRGD
D7#
D6#
D5#
D4#
D3#
B24
A25
D22
C21
HD#6
HD#4
HD#3
HD#5
VID1
HD#2
AE4
A23
VID0
AE5
VID1#
D2#
B22
HD#1
VID0#
GTLREF3
GTLREF2
GTLREF1
GTLREF0
BPM5#
BPM4#
BPM3#
BPM2#
BPM1#
BPM0#
REQ4#
REQ3#
REQ2#
REQ1#
REQ0#
TESTHI12
TESTHI11
TESTHI10
TESTHI9
TESTHI8
TESTHI7
TESTHI6
TESTHI5
TESTHI4
TESTHI3
TESTHI2
TESTHI1
TESTHI0
BCLK1#
BCLK0#
RS2#
RS1#
RS0#
AP1#
AP0#
BR0#
COMP1
COMP0
DP3#
DP2#
DP1#
DP0#
ADSTB1#
ADSTB0#
DSTBP3#
DSTBP2#
DSTBP1#
DSTBP0#
DSTBN3#
DSTBN2#
DSTBN1#
DSTBN0#
LINT1/NMI
LINT0/INTR
D1#
D0#
478_SOCKET
<Priority>
B21
HD#0
VCC_SENSE {23}
VSS_SENSE {23}
VID_GD_1 {23}
VID[ 0 ..5] {15,23}
AA21
AA6
F20
F6
BPM#5
AB4
BPM#4
AA5
Y6
AC4
AB5
AC6
HREQ#4
H3
HREQ#3
J3
HREQ#2
J4
HREQ#1
K5
HREQ#0
J1
TESTHI12
AD25
TESTHI11
A6
TESTHI10
Y3
TESTHI9
W4
TESTHI8
U6
AB22
AA20
AC23
AC24
AC20
TESTHI2
AC21
TESTHI1
AA2
TESTHI0
AD24
AF23
AF22
HRS#2
F4
HRS#1
G5
HRS#0
F1
V5
AC1
HBR#0
H6
COMP1
P1
COMP0
L24
L25
K26
K25
J26
R5
L5
W23
P23
J23
F21
W22
R22
K22
E22
E5
D1
C217 220p
VIDPWRGD DC Specificatio ns
VIL
VIH
It must rout to the enable pin of PWM and CK-409.
VIDGD to Vccp delay time is from 1ms to 10ms.
VIDGD rising time is 150ns.
X7R
<VOLTAGE>
BPM#1
BPM#0
R286 62
R299 61.9R1%
R217 61.9R1%
0.9
GTLREF {6}
HREQ#[0..4] {6}
VCCP
CPU_CLK# {14}
CPU_CLK {14}
HRS#[0..2] {6}
HBR#0 {6}
HADSTB#1 {6}
HADSTB#0 {6}
HDSTBP#3 {6}
HDSTBP#2 {6}
HDSTBP#1 {6}
HDSTBP#0 {6}
HDSTBN#3 {6}
HDSTBN#2 {6}
HDSTBN#1 {6}
HDSTBN#0 {6}
NMI {12}
INTR {12}
Min MaxTyp
CPU GTL REFERNCE VOLTAGE BLOCK
0.3
VCCP
VTT
R226
R261
200R1%
GTLREF
C219
0.01u
X7R X7R
0.63*Vccp
C213
0.1u
200R1%
R265
169R1%
CPU ITP BLOCK
ITP_TDI
ITP_TRST#
ITP_TMS
ITP_TDO
ITP_TCK
R320 150
R313 680
RN82
1 2
3 4
5 6
7 8
8P4R-62
VCCP
VCCP
CPU STRAPPING RESISTORS
BPM#0
BPM#1
BPM#5
BPM#4
TESTHI1
TESTHI10
TESTHI9
TESTHI8
1 2
3 4
5 6
7 8
CPURST#
TESTHI2
TESTHI12
TESTHI0
RN85
8P4R-62
RN83
1 2
3 4
5 6
7 8
8P4R-62
RN84
1 2
3 4
5 6
7 8
8P4R-62
VCCP
VCCP
LM86 DIGITAL TEMPERATURE SENSOR
A A
8
RSMRST#{12,21}
2N7002
DS
Q79
7
VCC3_SB
R777
Q87
2N7002
10K
DS
G
G
VCC3_SB
6
R676
10K
CPU_TMPA
VTIN_GND
T_CRIT_A#
5
C602
0.1u
VCC3_SB
U68
1
VDD
2
D+
3
DÂT_CRIT_A#4SMC
LM86
CPU_TMPA
VTIN_GND
4
5
GND
ALERT#
SMD
LM86_ALERT#
6
7
8
C603
2200p
PUT CLOSE TO U68 AND WITH GUARD TRACES
LM86_ALERT# {12}
SMBDATA_ISO {9,10,14,21}
SMBCLK_ISO {9,10,14,21}T_CRIT_A#{22}
3
ALL COMPONENTS CLOSE TO CPU
PROCHOT#
CPU_GD
HBR#0
MSI
Title
Size Document Number Rev
Date: Sheet
R321 62
R218 300
R312 220
VCCP
MICRO-STAR INt'L CO., LTD.
Intel mPGA478B - Signals
MS-7029
2
428Thursda y, July 08, 2004
of
1
100
8
7
6
5
4
3
2
1
D15
D17
VCC
VCC
VSSE7VSSE9VSS
D19
VCC
F10
VCCD7VCCD9VCC
VSS
VSS
F12
F14
VCC_VID
E10
E12
VSS
F16
F18
VCC
VSS
1u
E14
VCC
VSSF2VSS
C264
E16
VCC
F22
E18
F25
CPU VOLTAGE BLOCK
VCC_VID{21,23}
VID Voltage is from 1.14V to 1.32V .
It is derived from 3.3V.
It should be able to source 150mA.
D D
VCCP
A10
A12
A14
A16
A18
A20
AA10
AA12
AA14
AA16
AA18
AA8
AB11
AB13
AB15
AB17
AB19
AB7
AB9
AC10
AC12
AC14
AC16
AC18
AC8
AD11
AD13
AD15
AD17
AD19
AD7
AD9
AE10
AE12
AE14
AE16
AE18
AE20
AE6
AE8
AF11
AF13
AF15
AF17
CPU1B
VCC
VCC
VCC
VCC
VCC
VCC
VCCA8VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
D10
VSS
A11
VSS
A13
VSS
A15
VSS
A17
VSS
A19
VSS
A21
VSS
A24
VSS
A26
VSS
A3
VSS
A9
VSS
AA1
VSS
AA11
VSS
AA13
VSS
AA15
VSS
AA17
VSS
AA19
VSS
AA23
C C
B B
AA26
AB10
AB12
AB14
AB16
AB18
AB20
AB21
AB24
AC11
AC13
AC15
AC17
AC19
AC22
AC25
AA4
AA7
AA9
AB3
AB6
AB8
AC2
AC5
AC7
AC9
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
AD10
VSS
AD12
VSS
AD14
VSS
AD16
VSS
AD18
VSS
AD21
VSS
AD23
AD4
VSS
AD8
VSS
VSS
AE11
VSS
AE13
VSS
AE15
VSS
AE17
AE19
VSS
VSS
AE22
VSS
AE24
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
B10
B12
B14
B16
AF1
AE7
AE9
AF10
AF12
AF14
AF16
AF18
AF20
B18
AF6
AF8
VCC
VSS
VSS
VSS
VSSB4VSSB8VSS
VSS
B23
B20
B26
C11
C13
AF19
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VSS
VSS
VSSC2VSS
VSS
VSS
VSSC5VSSC7VSSC9VSS
C15
C17
C19
C22
C25
It drives th e power logic of BSEL[1:0] and VID[5:0].
VID to VIDGD delay time is from 1ms to 10ms.
VID to VIDGD deassertion time is 1ms for max.
AF2
AF21
AF5
AF7
AF9
B11
B13
B15
B17
B19
C10
C12
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCC
VCCB7VCCB9VCC
VCC
VSS
VSS
VSS
VSS
VSS
VSSD3VSS
VSSD6VSSD8VSSE1VSS
D12
D14
D16
D18
D20
E11
D21
D24
C14
C16
C18
C20
D11
D13
VCC
VCC
VCC
VCC
VCCC8VCC
VCC
VSS
VSS
VSS
VSS
VSS
VSSE4VSS
E13
E15
E17
E19
E23
E26
E20
VCC
VCC
VSS
VSSF5VSSF8VSS
F11
VCCE8VCC
G21
F13
VCC
G24
1.2V 150mA
C263
0.1u
Near processor
F15
F17
F19
F9
VCC
VCC
VCC
VCC
VSSG6VSS
VSSG3VSSH1VSS
VSS
H23
H26
AF4
VCC-VID
VSSH4VSSJ2VSS
AF3
VCC-VIDPRG
J22
J25
VSS
AD20
VCC-IOPLL
VSSJ5VSS
AE23
VCCA
VSSA
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
478_SOCKET
K21
<Priority>
AD22
Y5
Y25
Y22
Y2
W6
W3
W24
W21
V4
V26
V23
V1
U5
U25
U22
U2
T6
T3
T24
T21
R4
R26
R23
R1
P5
P25
P22
P2
N6
N3
N24
N21
M5
M25
M22
M2
L4
L26
L23
L1
K6
K3
K24
C172
1u
It support DC current if 100mA.
CPU_IOPLL
C180
C178
1u
22u-1206
<VOLTAGE>
L7 10U100m_0805
L6 10U100m_0805
DC voltage drop should
C186
be less than 70mV.
X_10u-1206
<VOLTAGE>
VCCP
VSSA
The ESL is less than 5nH, and the ESR is less than 0.3ohm.
CPU DECOUPLING CAPACITORS
VCCP
A A
VCCP VCCP VCCP
C212
10u-1206
C234
10u-1206
C206
10u-1206
8
C239
10u-1206
C236
10u-1206
C224
10u-1206
C240
10u-1206
C211
10u-1206
C215
10u-1206
C478
10u-1206
C480
10u-1206
C235
10u-1206
C230
10u-1206
C238
10u-1206
7
6
5
+
1 2
C226 X_220u-2.0V
+
1 2
C195 220u-2.0V
+
1 2
C221 220u-2.0V
+
1 2
C479 X_220u-2.0V
COST DOWN 2 PIECES
4
MSI
Title
Size Document Number Rev
3
Date: Sheet
MICRO-STAR INt'L CO., LTD.
Intel mPGA478B - Power
MS-7029
2
528Thursda y, July 08, 2004
1
100
of
8
HA#[3..31]{4}
D D
HADSTB#0{4}
HADSTB#1{4}
HBR#0{4}
C C
HBPRI#{4}
HBNR#{4}
HLOCK#{4}
HADS#{4}
HREQ#[0..4]{4}
HIT#{4}
HITM#{4}
HDEFER#{4}
HTRDY#{4}
HDBSY#{4}
HDRDY#{4}
HRS#[0..2]{4}
MCH_CLK{14}
MCH_CLK#{14}
MS5_POK{21}
CPURST#{4}
BSEL0_SPG{14}
BSEL1_SPG{14}
PCIRST#1{13,15,21,22,25}
PROCHOT#{4}
R268 20R1%
ICH_SYNC#
B B
GTLREF{4}
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
HREQ#0
HREQ#1
HREQ#2
HREQ#3
HREQ#4
HRS#0
HRS#1
HRS#2
HRCOMP
HSWING
VCCA_FSB
C247 0.1u
VCCA_DPLL
D26
D30
L23
E29
B32
K23
C30
C31
J25
B31
E30
B33
J24
F25
D34
C32
F28
C34
J27
G27
F29
E28
H27
K24
E32
F31
G30
J26
G26
B30
D28
B24
B26
B28
E25
F27
B29
J23
L22
C29
J21
K21
E23
L21
D24
E27
G24
G22
C27
B27
B7
C7
AE14
E8
AK4
AJ8
L20
L13
L12
E24
C25
F23
U21A
HA3#
HA4#
HA5#
HA6#
HA7#
HA8#
HA9#
HA10#
HA11#
HA12#
HA13#
HA14#
HA15#
HA16#
HA17#
HA18#
HA19#
HA20#
HA21#
HA22#
HA23#
HA24#
HA25#
HA26#
HA27#
HA28#
HA29#
HA30#
HA31#
HAD_STB0#
HAD_STB1#
BREQ0#
BPRI#
BNR#
HLOCK#
ADS#
HREQ0#
HREQ1#
HREQ2#
HREQ3#
HREQ4#
HIT#
HITM#
DEFER#
HTRDY#
DBSY#
DRDY#
RS0#
RS1#
RS2#
HCLKP
HCLKN
PWROK
CPURST#
RSTIN#
ICH_SYNC#
PROCHOT#
BSEL0
BSEL1
HDRCOMP
HDSWING
HDVREF
7
VCC_AGP
B3
A31
B4
VCCJ6VCCJ7VCCJ8VCCJ9VCCK6VCCK7VCCK8VCCK9VCCL6VCCL7VCCL9VCC
VCCA_FSB
VCCA_FSB
VCCA_DPLL
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
C8
C10
VSS
C12
C14
C16
C18
C20
C22
C24
6
N11
P10
P11
R11
T16
T17
T18
T19
U16
U17
U20
V16
V18
V20
W16
N10
M10
M11
M9
L10
L11
VCC
VCCN9VCC
VCC
VCC
VCCM8VCC
VCC
VCC
VSS
VSS
VSSD1VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
D9
C26
C28
D11
D13
D15
D17
D19
VSS
D21
D23
D25
D27
D29
D31
D33
VCC
VCC
VCC
VCC
VCC
VSS
VSSF3VSSF5VSSF8VSS
VSSE3VSSF1VSS
VSSE1VSS
D35
VCC
T20
VCC
VCC
F10
W19
VCC
VCC
VCC
VCC
VCC
VCC
VSS
VSS
VSS
VSS
F18
F20
F22
F24
F14
F16
F12
VCC
VSS
W20
F26
VCC
VSS
5
Y16
VCC
VSS
G28
A33NCA35NCB2NCB25NCB34NCC1NCC23NCC35NCE26NCM31NCAF13NCAF23NCAJ12NCAN1NCAP2NCAR3NCAR33NCAR35
Y17
Y18
Y19
Y20
NCA3NC
VCC
VCC
VCC
VCC
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSSH8VSS
VSS
H2
H5
H9
H12
H16
H18
G31
H14
G35
R25
NC
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
J10
J12
J14
H20
H22
H24
J16
H26
H30
H33
4
VTT
A11
A13
A16
A20
A23
A25
A27
A29
A32
C4
VSSA7VSSA9VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
J18
J20
J22
J28
J32
J35
K11
K12
K14
K16
K18
K20
K22
VTTD5VTTD6VTTD7VTTE6VTTE7VTT
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
L24
L25
L26
L35
L31
K33
K25
K27
K29
F7
VTTA4VTTA5VTTA6VTTB5VTTB6VTTC5VTT
VSSM3VSSM6VSS
VSS
M26
M27
3
VTT_FSB1
C205 0 .47u
VTT_FSB2
C231 0 .47u
A15
A21
C6
HD0#
HD1#
HD2#
HD3#
VTT_FSB
VTT_FSB
HD4#
HD5#
HD6#
HD7#
HD8#
HD9#
HD10#
HD11#
HD12#
HD13#
HD14#
HD15#
HD16#
HD17#
HD18#
HD19#
HD20#
HD21#
HD22#
HD23#
HD24#
HD25#
HD26#
HD27#
HD28#
HD29#
HD30#
HD31#
HD32#
HD33#
HD34#
HD35#
HD36#
HD37#
HD38#
HD39#
HD40#
HD41#
HD42#
HD43#
HD44#
HD45#
HD46#
HD47#
HD48#
HD49#
HD50#
HD51#
HD52#
HD53#
HD54#
HD55#
HD56#
HD57#
HD58#
HD59#
HD60#
HD61#
HD62#
HD63#
DINV_0#
DINV_1#
DINV_2#
DINV_3#
HD_STBP0#
HD_STBN0#
HD_STBP1#
HD_STBN1#
HD_STBP2#
HD_STBN2#
HD_STBP3#
HD_STBN3#
VSS
VSS
VSS
VSSN1VSS
Intel Springdale
N4
M28
M30
M33
HD#0
B23
HD#1
E22
HD#2
B21
HD#3
D20
HD#4
B22
HD#5
D22
HD#6
B20
HD#7
C21
HD#8
E18
HD#9
E20
HD#10
B16
HD#11
D16
HD#12
B18
HD#13
B17
HD#14
E16
HD#15
D18
HD#16
G20
HD#17
F17
HD#18
E19
HD#19
F19
HD#20
J17
HD#21
L18
HD#22
G16
HD#23
G18
HD#24
F21
HD#25
F15
HD#26
E15
HD#27
E21
HD#28
J19
HD#29
G14
HD#30
E17
HD#31
K17
HD#32
J15
HD#33
L16
HD#34
J13
HD#35
F13
HD#36
F11
HD#37
E13
HD#38
K15
HD#39
G12
HD#40
G10
HD#41
L15
HD#42
E11
HD#43
K13
HD#44
J11
HD#45
H10
HD#46
G8
HD#47
E9
HD#48
B13
HD#49
E14
HD#50
B14
HD#51
B12
HD#52
B15
HD#53
D14
HD#54
C13
HD#55
B11
HD#56
D10
HD#57
C11
HD#58
E10
HD#59
B10
HD#60
C9
HD#61
B9
HD#62
D8
HD#63
B8
HDBI#0
C17
HDBI#1
L17
HDBI#2
L14
HDBI#3
C15
B19
C19
L19
K19
G9
F9
D12
E12
2
HD#[0..63] {4}
HDBI#[0..3] {4}
HDSTBP#0 {4}
HDSTBN#0 {4}
HDSTBP#1 {4}
HDSTBN#1 {4}
HDSTBP#2 {4}
HDSTBN#2 {4}
HDSTBP#3 {4}
HDSTBN#3 {4}
U21D
1
NC
2
NC
Intel Springdale
1
3
NC
4
NC
PCIRST#1
C635
33p
<VOLTAGE>
A A
X7R
HSWING
X7R
C241
0.01u
1/4*Vccp
C242
0.01u
<VOLTAGE>
VTT
R231
301R1%
R287
100_1%
0.1u
I=30mA
VCCA_FSB
I=35mA
VCCA_DPLL
C427
+
C143
0.1u
ESR is 0.1mohm to GMCH
+
EC27
100U10V
EC23
100U10V
CHANGE TO 1206
FSB
R185 0-1206
DPLL
R462 1R1%
VCC_AGP
VCC_AGP
ICH_SYN C# MS5_POK ICH_PWROK
00
1
111
10
0
0 Ohm for PE
8
7
6
5
4
0
0
0
ICH_SYNC#
MS5_POK
SOLDER SIDE
VCC3
Q22 X_MMBT3904
VCC3
Q21 X_MMBT3904
R209 X_220
R204 0
R222
3
X_220
R224
X_1K
ICH_PWROK {12}
MSI
Title
Size Document Number Rev
Date: Sheet
MICRO-STAR INt'L CO., LTD.
Intel Springdale - CPU Signals
MS-7029
2
628Thursday, July 08, 2004
of
1
100
8
MCS_A#0{9}
MCS_A#1{9}
D D
MRAS_A#{9}
MCAS_A#{9}
MWE_A#{9}
MA_A[0..12]{9}
MBA_A0{9}
MBA_A1{9}
C C
MDQM_A[0..7]{9}
MDQS_A[0..7]{9}
MCLK_A0{9}
MCLK_A#0{9}
MCLK_A1{9}
MCLK_A#1{9}
MCLK_A2{9}
MCLK_A#2{9}
B B
0.01uC436
0.01uC191
0.01uC438
0.1uC262
C256 2.2u
MA_A0
MA_A1
MA_A2
MA_A3
MA_A4
MA_A5
MA_A6
MA_A7
MA_A8
MA_A9
MA_A10
MA_A11
MA_A12
MDQM_A0
MDQM_A1
MDQM_A2
MDQM_A3
MDQM_A4
MDQM_A5
MDQM_A6
MDQM_A7
MDQS_A0
MDQS_A1
MDQS_A2
MDQS_A3
MDQS_A4
MDQS_A5
MDQS_A6
MDQS_A7
XRCOMP
XCOMPH
XCOMPL
XVREF
MDQ_A[0..63]{9}
AA34
W34
AC33
AB34
AJ34
AL33
AK29
AN31
AL30
AL26
AL28
AN25
AP26
AP24
AJ33
AN23
AN21
AL34
AM34
AP32
AP31
AM26
AE33
AH34
AP12
AP16
AM24
AP30
AF31
W33
M34
H32
AN11
AP15
AP23
AM30
AF34
M32
H31
AK32
AK31
AP17
AN17
N33
N34
AK33
AK34
AK16
AL16
AK9
AN9
Y31
Y32
Y34
V34
P31
P32
AL9
E34
U21B
SCS_A0#
SCS_A1#
SCS_A2#
SCS_A3#
SRAS_A#
SCAS_A#
SWE_A#
SMAA_A0
SMAA_A1
SMAA_A2
SMAA_A3
SMAA_A4
SMAA_A5
SMAA_A6
SMAA_A7
SMAA_A8
SMAA_A9
SMAA_A10
SMAA_A11
SMAA_A12
SMAB_A1
SMAB_A2
SMAB_A3
SMAB_A4
SMAB_A5
SBA_A0
SBA_A1
SDM_A0
SDM_A1
SDM_A2
SDM_A3
SDM_A4
SDM_A5
SDM_A6
SDM_A7
SDQS_A0
SDQS_A1
SDQS_A2
SDQS_A3
SDQS_A4
SDQS_A5
SDQS_A6
SDQS_A7
SMDCLK_A0
SMDCLK_A0#
SMDCLK_A1
SMDCLK_A1#
SMDCLK_A2
SMDCLK_A2#
SMDCLK_A3
SMDCLK_A3#
SMDCLK_A4
SMDCLK_A4#
SMDCLK_A5
SMDCLK_A5#
SMXRCOMP
SMXCOMPVOH
SMXCOMPVOL
SMVREF_A
Intel Springdale
C257 0 .47u
C251 0.22U16Y
C250 0 .01u
C233 0.22U16Y
C214 0 . 1u
A A
MDQ_A1
MDQ_A0
AP10
AP11
SDQ_A0
E35
7
MDQ_A2
MDQ_A3
MDQ_A4
AM12
AN13
SDQ_A1
SDQ_A2
SDQ_A3
VCC_DDR
VCC_DDR
VCC_DDR
R35
AA35
MDQ_A6
MDQ_A8
MDQ_A7
MDQ_A5
AM10
AL10
AL12
AP13
AP14
SDQ_A4
SDQ_A5
SDQ_A6
SDQ_A7
SDQ_A8
VCC_DDR
VCC_DDR
VCC_DDR
VCC_DDR
VCC_DDR
AL7
AL6
AM1
AR15
AR21
VCC_DDR_C3
VCC_DDR_C2
MDQ_A9
MDQ_A11
MDQ_A10
AL18
AM14
SDQ_A9
SDQ_A10
VCC_DDR
VCC_DDR
AN8
AM2
MDQ_B[0..63]{10}
MDQ_A14
MDQ_A12
MDQ_A13
AP19
AL14
AN15
SDQ_A11
SDQ_A12
SDQ_A13
VCC_DDR
VCC_DDR
VCC_DDR
AP3
AP4
AP5
VCC_DDR
MDQ_A15
MDQ_A16
AP18
AM18
AP22
SDQ_A14
SDQ_A15
VCC_DDR
VCC_DDR
AP6
AP7
AR4
MDQ_A17
MDQ_A18
MDQ_A19
AM22
AL24
AN27
SDQ_A16
SDQ_A17
SDQ_A18
VCC_DDR
VCC_DDR
VCC_DDR
AR5
AR7
AR31
MDQ_A21
MDQ_A20
MDQ_A22
AP21
AL22
AP25
SDQ_A19
SDQ_A20
SDQ_A21
VCC_DDR
SDQ_B0
AJ10
AE15
MDQ_B0
MDQ_B1
6
MDQ_A24
MDQ_A23
AP27
AP28
SDQ_A22
SDQ_A23
SDQ_A24
SDQ_B1
SDQ_B2
SDQ_B3
AL11
AE16
MDQ_B2
MDQ_B3
MDQ_A25
MDQ_A26
AP29
AP33
SDQ_A25
SDQ_A26
SDQ_B4
SDQ_B5
AL8
AF12
MDQ_B5
MDQ_B4
MDQ_A28
MDQ_A27
AM33
AM28
SDQ_A27
SDQ_A28
SDQ_B6
SDQ_B7
AK11
AG12
MDQ_B7
MDQ_B6
MDQ_A29
MDQ_A30
AN29
AM31
SDQ_A29
SDQ_A30
SDQ_B8
SDQ_B9
AL13
AE17
MDQ_B9
MDQ_B8
MDQ_A32
MDQ_A31
AN34
AH32
SDQ_A31
SDQ_A32
SDQ_B10
SDQ_B11
AL17
AK17
MDQ_B11
MDQ_B10
MDQ_A33
MDQ_A34
AG34
AF32
SDQ_A33
SDQ_A34
SDQ_B12
SDQ_B13
AJ14
AK13
MDQ_B12
MDQ_B13
MDQ_A36
MDQ_A35
AD32
AH31
SDQ_A35
SDQ_A36
SDQ_B14
SDQ_B15
AJ16
AJ18
MDQ_B15
MDQ_B14
MDQ_A37
MDQ_A38
AG33
AE34
SDQ_A37
SDQ_A38
SDQ_B16
SDQ_B17
AE19
AE20
MDQ_B17
MDQ_B16
MDQ_A40
MDQ_A39
AD34
AC34
SDQ_A39
SDQ_A40
SDQ_B18
SDQ_B19
AK23
AG23
MDQ_B18
MDQ_B19
MDQ_A41
MDQ_A42
AB31
V32
SDQ_A41
SDQ_A42
SDQ_B20
SDQ_B21
AL19
AK21
MDQ_B20
MDQ_B21
MDQ_A43
MDQ_A44
V31
AD31
SDQ_A43
SDQ_B22
AJ24
AE22
MDQ_B22
MDQ_B23
5
MDQ_A45
MDQ_A46
MDQ_A47
AB32
U34
SDQ_A44
SDQ_A45
SDQ_A46
SDQ_B23
SDQ_B24
SDQ_B25
AK25
AH26
MDQ_B24
MDQ_B26
MDQ_B25
MDQ_A49
MDQ_A48
U33
T34
SDQ_A47
SDQ_A48
SDQ_B26
SDQ_B27
AF27
AG27
MDQ_B27
MDQ_B28
MDQ_A51
MDQ_A50
T32
K34
SDQ_A49
SDQ_A50
SDQ_B28
SDQ_B29
AJ26
AJ27
MDQ_B30
MDQ_B29
MDQ_A52
MDQ_A53
K32
T31
SDQ_A51
SDQ_A52
SDQ_B30
SDQ_B31
AF28
AD25
MDQ_B31
MDQ_B32
MDQ_A54
P34
L34
SDQ_A53
SDQ_A54
SDQ_B32
SDQ_B33
AE30
AC27
MDQ_B33
MDQ_A56
MDQ_A55
L33
J33
SDQ_A55
SDQ_A56
SDQ_B34
SDQ_B35
Y29
AC30
MDQ_B35
MDQ_B34
MDQ_A57
MDQ_A58
H34
E33
SDQ_A57
SDQ_B36
AE31
AB29
MDQ_B37
MDQ_B36
MDQ_A59
MDQ_A61
MDQ_A60
F33
K31
SDQ_A58
SDQ_A59
SDQ_A60
SDQ_B37
SDQ_B38
SDQ_B39
AA26
AA27
MDQ_B38
MDQ_B40
MDQ_B39
MDQ_A62
MDQ_A63
J34
G34
SDQ_A61
SDQ_A62
SDQ_B40
SDQ_B41
W30
AA30
MDQ_B41
MDQ_B42
F34
SDQ_A63
SDQ_B42
SDQ_B43
T25
U27
MDQ_B43
MCKE_A1
MCKE_A0
AL20
AN19
SCKE_A0
SDQ_B44
V29
AA31
MDQ_B44
MDQ_B45
4
AM20
AP20
SCKE_A1
SCKE_A2
SCKE_A3
SDQ_B45
SDQ_B46
SDQ_B47
U25
R27
MDQ_B47
MDQ_B46
MDQ_B48
AB25
VCCA_DDR
SDQ_B48
SDQ_B49
P29
R30
MDQ_B49
MDQ_B50
AC26
AC25
AL35
VCCA_DDR
VCCA_DDR
VCCA_DDR
SDQ_B50
SDQ_B51
SDQ_B52
L30
K28
R31
MDQ_B52
MDQ_B51
VCCA_DDR
AN4
AM3
VCC_DDR
VCC_DDR
SDQ_B53
SDQ_B54
SDQ_B55
L32
P25
R26
MDQ_B53
MDQ_B55
MDQ_B56
MDQ_B54
0.1uC249
AN5
AM5
AM6
VCC_DDR
VCC_DDR
SDQ_B56
SDQ_B57
F32
K30
H29
MDQ_B57
MDQ_B58
VCC_DDR
AM7
AM8
AN2
VCC_DDR
VCC_DDR
VCC_DDR
SDQ_B58
SDQ_B59
SDQ_B60
N25
G33
M25
MDQ_B59
MDQ_B61
MDQ_B60
AN6
AN7
VCC_DDR
VCC_DDR
VCC_DDR
SDQ_B61
SDQ_B62
SDQ_B63
J29
G32
MDQ_B63
MDQ_B62
N35
N32
VSS
VSS
SCKE_B0
SCKE_B1
AF19
AK19
MCKE_B0
MCKE_B1
3
P8
SCS_B0#
VSSP3VSSP6VSS
SCS_B1#
SCS_B2#
SCS_B3#
SRAS_B#
SCAS_B#
SWE_B#
SMAA_B0
SMAA_B1
SMAA_B2
SMAA_B3
SMAA_B4
SMAA_B5
SMAA_B6
SMAA_B7
SMAA_B8
SMAA_B9
SMAA_B10
SMAA_B11
SMAA_B12
SMAB_B1
SMAB_B2
SMAB_B3
SMAB_B4
SMAB_B5
SBA_B0
SBA_B1
SDM_B0
SDM_B1
SDM_B2
SDM_B3
SDM_B4
SDM_B5
SDM_B6
SDM_B7
SDQS_B0
SDQS_B1
SDQS_B2
SDQS_B3
SDQS_B4
SDQS_B5
SDQS_B6
SDQS_B7
SCMDCLK_B0
SCMDCLK_B0#
SCMDCLK_B1
SCMDCLK_B1#
SCMDCLK_B2
SCMDCLK_B2#
SCMDCLK_B3
SCMDCLK_B3#
SCMDCLK_B4
SCMDCLK_B4#
SCMDCLK_B5
SCMDCLK_B5#
SMYRCOMP
SMYCOMPVOH
SMYCOMPVOL
SMVREF_B
SCKE_B2
SCKE_B3
AE18
AG19
Its current is 5.1A.
U26
T29
V25
W25
W26
W31
W27
MA_B0
AG31
MA_B1
AJ31
MA_B2
AD27
MA_B3
AE24
MA_B4
AK27
MA_B5
AG25
MA_B6
AL25
MA_B7
AF21
MA_B8
AL23
MA_B9
AJ22
MA_B10
AF29
MA_B11
AL21
MA_B12
AJ20
AE27
AD26
AL29
AL27
AE23
Y25
AA25
MDQM_B0
AG11
MDQM_B1
AG15
MDQM_B2
AE21
MDQM_B3
AJ28
MDQM_B4
AC31
MDQM_B5
U31
MDQM_B6
M29
MDQM_B7
J31
MDQS_B0
AF15
MDQS_B1
AG13
MDQS_B2
AG21
MDQS_B3
AH27
MDQS_B4
AD29
MDQS_B5
U30
MDQS_B6
L27
MDQS_B7
J30
AG29
AG30
AF17
AG17
N27
N26
AJ30
AH29
AK15
AL15
N31
N30
YRCOMP
AA33
YCOMPH
R34
YCOMPL
R33
AP9
YVREF
2
MCS_B#0 {10}
MCS_B#1 {10}
MRAS_B# {10}
MCAS_B# {10}
MWE_B# {10}
MA_B[0..12] {10}
MBA_B0 {10}
MBA_B1 {10}
MDQM_B[0..7] {10}
MDQS_B[0..7] {10}
MCLK_B0 {10}
MCLK_B#0 {10}
MCLK_B1 {10}
MCLK_B#1 {10}
MCLK_B2 {10}
MCLK_B#2 {10}
0.01uC260
0.01uC252
0.01uC254
0.1uC196
MCKE_B1 {10}
MCKE_B0 {10}
R257 150R1%
R252 150R1%
C197 2.2u
<VOLTAGE>
MCKE_A1 {9}
MCKE_A0 {9}
VCC_DDR
1
values st ill need v erification
XRCOMP=0.5*VCC_DDR XCOMPL=0.25*VCC_DDR
XRCOMP
R468 42.2R1%
VCC_DDR
XCOMPL
XCOMPH
8
R471 31.6K1%
R470 10.2K1%
XCOMPH=0.75*VCC_DDR
0.01uC187 R292 10.2K1%
R248 10.2K1%
R247 31.6K1%
7
VCC_DDR
VCC_DDR
R291 42.2R 1%
R296 42.2R 1%
6
VCC_DDR_C3
AA35AA33
YCOMPL
R33
YCOMPH
R34
5
R295 31.6K1%
R298 10.2K1%R467 42.2R1%
0.01uC259
R293 31.6K1%
VCC_DDR_C2YRCOMP
R35
4
VCCA_DDR
C447
0.1u
L4 1U1_1206
+
EC26
100U10V
ALE
3
VCC_AGP
MSI
Title
Size Document Number Rev
Date: Sheet
MICRO-STAR INt'L CO., LTD.
Intel Springdale - Memory Signals
MS-7029
2
728Thursda y, July 08, 2004
1
100
of
8
7
6
5
4
3
2
1
C417 0.1u
HI10
CI10
BLUE
BLUE#
RED
RED#
VSS
VSS
VSS
VSS
HI0
HI1
HI2
HI3
HI4
HI5
HI6
HI7
HI8
HI9
CI0
CI1
CI2
CI3
CI4
CI5
CI6
CI7
CI8
CI9
ATTENTION LAYOUT
AF5
AG3
AK2
AG5
AK5
AL3
AL2
AL4
AJ2
AH2
AJ3
AH5
AH4
AD4
AE3
AE2
AK7
AH7
AD11
AF7
AD7
AC10
AF8
AG7
AE9
AH9
AG6
AJ6
AJ5
CI_RCOMP
AG2
AF2
AF4
G4
F2
H3
E2
G3
H7
G6
H6
G5
F4
E4
D2
G1
G2
0.01u
C2
D3
0.01u
AP8
AG9
AG10
AN35
AP34
AR1
AR25
AR27
AR29
AR32
C483
10u-1206
C168
1u
C169
0.1u
VCC_AGP
C440
0.1u
C442
0.1u
HL0
HL1GAD2
HL2
HL3
HL4
HL5
HL6
HL7
HL8
HL9
HL10
HL_COMP
HL_SWING
HL_VREF
CI_SWING
CI_VREF
HL[0..10] {12}
HI_RCOMP Calculation
R=[(1.5V-0 8 V)/0.8V ]*60ohm=52.5ohm
HL_STRF {12}
HL_STRS {12}
R459 52.3R1%
0.01uC424
0.01uC416
R458 52.3R1%
0.01uC164
0.01uC163
VCC_AGP
VCC_AGP
DOT_48 {14}
3VDD CCL {18}
3VDD CDA {18}
CRT_VSYNC {18}
CRT_HSYNC {18}
R466
75
R469
75
R465
GSET
C428
75
R463 137R1%
L21
100N300m
C144
0 Ohm for PE
R205 226R1%
VCC_AGP
R211 147R1%
R210 113R1%
MSI
Title
Size Document Number Rev
Date: Sheet
MICRO-STAR INt'L CO., LTD.
Intel Springdale - AGP & HLink & LAN Signals
2
0 Ohm for PE
VCC3
VCCA_DAC
C475
22u-1206
MS-7029
R808 0
R809 0
R810 0
C702
X_33p
L3
C703
X_33p
VCC_DAC
X_100N300m
1.7V/70mA
CI_SWING
CI_VREF
EMI
C704
X_33p
L22
100N300m
828Thursday, July 08, 2004
1
VCC_AGP
of
CRT_B {18}
CRT_G {18}
CRT_R {18}
800mV
350mV
100
C167 0.1u
VCC_AGP
P26
P27
P28
P30
P33
R32
VSS
VSS
AE26
VSS
VSS
AE32
VSSR1VSSR4VSS
VSS
VSS
AF3
AE35
T3
VSST1VSS
VSST6VSST8VSST9VSS
VSS
VSS
VSS
VSS
AF6
AF9
AF11
AF14
VSS
AD30
VSS
AD33
VSS
AD28
P9
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
AE1
AE4
AE10
AE11
AE12
AE13
AE25
GAD[0..31]{17}
D D
C C
GC_BE#[0..3]{17}
AD_STB0{17}
AD_STB#0{17}
AD_STB1{17}
AD_STB#1{17}
GREQ#{17}
GGNT#{17}
ST[0..2]{17}
RBF#{17}
WBF#{17}
GFRAME#{17}
GIRDY#{17}
GTRDY#{17}
GDEVSEL#{17}
GSTOP#{17}
GAD0
GAD1
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
GC_BE#0
GC_BE#1
GC_BE#2
GC_BE#3
ST0
ST1
ST2
GPAR{17}
MCH_66{14}
VCC_AGP
SBA[0..7]{17}
SB_STB{17}
SB_STB#{17}
PIPE#{17}
DBI_LO{17}
R212 43.2R1%
0.01uC166
GSWING{17}
0.01uC165
AGP_REF{17}
B B
A A
SBA0
SBA1
SBA2
SBA3
SBA4
SBA5
SBA6
SBA7
GRCOMP
GSWING
U21C
AE6
GAD0/DVOB_HSYNC
AC11
GAD1/DVOB_VSYNC
AD5
GAD2/DVOB_D1
AE5
GAD3/DVOB_D0
AA10
GAD4/DVOB_D3
AC9
GAD5/DVOB_D2
AB11
GAD6/DVOB_D5
AB7
GAD7/DVOB_D4
AA9
GAD8/DVOB_D6
AA6
GAD9/DVOB_D9
AA5
GAD10/DVOB_D8
W10
GAD11/DVOB_D11
AA11
GAD12/DVOB_D10
W6
GAD13/DVOBC_CLKINT
W9
GAD14/DVOB_FLDSTL
V7
GAD15/MDDC_DATA
AA2
GAD16/DVOC_VSYNC
Y4
GAD17/DVOC_HSYNC
Y2
GAD18/DVOC_BLANK#
W2
GAD19/DVOC_D0
Y5
GAD20/DVOC_D1
V2
GAD21/DVOC_D2
W3
GAD22/DVOC_D3
U3
GAD23/DVOC_D4
T2
GAD24/DVOC_D7
T4
GAD25/DVOC_D6
T5
GAD26/DVOC_D9
R2
GAD27/DVOC_D8
P2
GAD28/DVOC_D11
P5
GAD29/DVOC_D10
P4
GAD30/DVOBC_INTR#
M2
GAD31/DVOC_FLDSTL
Y7
GCBE0/DVOB_D7
W5
GCBE1/DVOB_BLANK#
AA3
GCBE2
U2
GCBE3/DVOC_D5
AC6
GADSTBF0/DVOB_CLK
AC5
GADSTBS0/DVOB_CLK#
V4
GADSTBF1/DVOC_CLK
V5
GADSTBS1/DVOC_CLK#
N6
GREQ
M7
GGNT
N3
GST0
N5
GST1
N2
GST2
R10
GRBF
R9
GWBF
U6
GFRAME/MDVI_DATA
V11
GIRDY/MI2CCLK
AB5
GTRDY/MDVI_CLK
AB4
GDEVSEL/MI2CDATA
W11
GSTOP/MDDC_CLK
AB2
GPAR/ADD_DETECT
H4
GCLKIN
R6
GSBA0#/ADD_ID0
P7
GSBA1#/ADD_ID1
R3
GSBA2#/ADD_ID2
R5
GSBA3#/ADD_ID3
U9
GSBA4#/ADD_ID4
U10
GSBA5#/ADD_ID5
U5
GSBA6#/ADD_ID6
T7
GSBA7#/ADD_ID7
U11
GSBSTBF
T11
GSBSTBS
M4
DBI_HI
M5
DBI_LO
AC2
GRCOMP/DVOBC_RCOMP
AC3
GVSWING
AD2
GVREF
Intel Springdale
AF16
VSS
AF18
VSS
T10
AF20
VSS
VSS
T26
AF22
VSS
VSS
T27
AF24
VSS
VSS
T28
AF25
VSS
VSS
T30
AF30
VSS
T33
VSS
VSS
AF33
H_SWING=(0.8*VCC_AGP)+-2%
VCC_AGP
R455 226R1%
R456 147R1%
R457 113R1%
C423 0. 1u
C425 0. 1u
HL_SWING
HL_SWING
HL_VREF
HL_VREF
800mV
HL_SW ING {12}
350mV
HL_VREF {12}
C616
10u-0805-6.3V
T35
AG4
VSS
VSS
AG8
U18
VSSU4VSS
VSS
VSS
AG14
U19
U32
VSS
VSS
VSS
VSS
AG16
AG18
VCC_AGP
V6
VSS
VSSV3VSSV8VSSV9VSS
VSS
VSS
VSS
VSS
AG20
AG22
AG24
AG26
C437
0.1u
V10
VSS
AG28
V17
VSS
VSS
AG32
V19
VSS
VSS
AG35
C611
0.1u
V26
AH3
VSS
VSS
V27
AH6
VSS
VSS
V28
VSS
VSS
AH10
V30
VSS
VSS
AH12
C612
0.1u
V33
VSS
VSS
AH14
AH16
W17
VSSW4VSS
VSS
VSS
AH18
W18
AH20
C613
0.1u
VSS
VSS
W32
VSS
VSS
AH22
Y3
VSS
VSSY6VSSY8VSSY9VSS
VSS
VSS
VSS
AH24
AH30
AH33
Y28
Y30
Y33
Y35
Y26
Y27
AA1
AA4
AA32
AB10
AB26
AB27
AB28
AB30
AB9
AK24
VSS
VSS
AK26
VSS
VSS
VSS
VSS
AK28
AB33
VSS
VSS
VSS
VSS
VSS
VSS
AL1
AM9
AL32
AM11
AB3
AB6
VSS
VSS
AK10
VSS
VSS
AK12
VSS
VSS
AK14
VSS
VSS
AK16
VSS
VSS
VSS
VSS
AK18
AK20
VSS
VSS
AB8
VSS
VSS
AK22
Y10
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
AJ1
AJ4
AJ9
AK3
AK8
AJ32
AJ35
Springdale Decoupling Capacitors
VCC_DDR
C678
0.1u
VSS
VSS
AC1
VSS
VSS
AM13
AC4
VSS
VSS
AM15
AC32
VSS
VSS
AM17
AC35
AD3
VSS
VSS
AM19
AM21
C482
10u-1206
C433
0.1u
C434
0.1u
VSS
VSS
AD6
VSS
VSS
AM23
L5
AD8
AD9
AD10
VSS
VSS
VSS
VCC_AGPL1VCC_AGP
VCC_AGPY1VCC_AGPJ1VCC_AGPJ2VCC_AGPJ3VCC_AGPK2VCC_AGPK3VCC_AGPK4VCC_AGPK5VCC_AGPJ4VCC_AGPJ5VCC_AGPL4VCC_AGPL2VCC_AGP
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
AN10
AN12
AN14
AN16
AN18
AN20
AN22
AM25
AM27
AM29
AM35
AN24
VSS
AN26
VSS
AN28
VSS
AN30
VSS
AN32
VSS
AR9
VSS
AR11
L3
VSS
AR13
VTT
AG1
Y11
VCCA_AGP
VCCA_AGP
HI_STRF
HI_STRS
HI_RCOMP
HI_SWING
HI_VREF
CISTRF
CISTRS
CI_RCOMP
CI_SWING
CI_VREF
DREFCLK
DDCA_CLK
DDCA_DATA
VSYNC
HSYNC
GREEN
GREEN#
REFSET
VCC_DAC
VCC_DAC
VCCA_DAC
VSSA_DAC
EXTTS#
RESERVED
RESERVED
RESERVED
RESERVED
RESERVED
VSS
VSS
VSS
AR23
AR16
AR20
H_SWING=(0.233*VCC_AGP)+-2%
8
7
6
5
4
3
5
SMBCLK_ISO{4,10,14,21}
SMBDATA_ISO{4,10,14,21}
VCC3
VCC_DDR
MA_A0
MA_A1
MA_A2
MA_A3
MA_A4
MA_A5
MA_A6
MA_A7
MA_A8
MA_A9
MA_A10
MA_A11
MA_A12
MBA_A0
MBA_A1
MRAS_A#
MCAS_A#
MWE_A#
MDQS_A0
MDQS_A1
MDQS_A2
MDQS_A3
MDQS_A4
MDQS_A5
MDQS_A6
MDQS_A7
MDQM_A0
MDQM_A1
MDQM_A2
MDQM_A3
MDQM_A4
MDQM_A5
MDQM_A6
MDQM_A7
MA_A[0..12]{7}
D D
MBA_A0{7}
MBA_A1{7}
MCS_A#0{7}
MCS_A#1{7}
MRAS_A#{7}
MCAS_A#{7}
MWE_A#{7}
MDQS_A[0..7]{7}
MDQM_A[0..7]{7}
C C
MCKE_A0{7}
MCKE_A1{7}
MCLK_A1{7}
MCLK_A#1{7}
B B
A A
MCLK_A0{7}
MCLK_A#0{7}
MCLK_A2{7}
MCLK_A#2{7}
48
43
41
130
37
32
125
29
122
27
141
118
115
103
59
52
113
157
158
71
163
154
65
63
5
14
25
36
56
67
78
86
47
97
107
119
129
149
159
169
177
140
44
45
49
51
134
135
142
144
21
111
92
91
181
182
183
16
17
137
138
76
75
82
184
7
38
46
70
85
108
120
148
168
81
89
93
100
116
124
132
139
145
152
160
176
DDR DIMM1
DIMM1
SIGNALS
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10/AP
A11
A12/NC
A13/NC
BA0
BA1
NC/BA2
CS0#
CS1#
NC/CS2#
NC/CS3#
RAS#
CAS#
WE#
DQS0
DQS1
DQS2
DQS3
DQS4
DQS5
DQS6
DQS7
DQS8
DQM0/DQS9
DQM1/DQS10
DQM2/DQS11
DQM3/DQS12
DQM4/DQS13
DQM5/DQS14
DQM6/DQS15
DQM7/DQS16
DQM8/DQS17
MECC0
MECC1
MECC2
MECC3
MECC4
MECC5
MECC6
MECC7
CKE0
CKE1
SCL
SDA
SA0
SA1
SA2
CK0/NC
CK0#/NC
CK1/CK0
CK1#/CK0#
CK2/NC
CK2#/NC
ID_VDD
SPD_VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
DIMM-184
POWER
DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
DQ16
DQ17
DQ18
DQ19
DQ20
DQ21
DQ22
DQ23
DQ24
DQ25
DQ26
DQ27
DQ28
DQ29
DQ30
DQ31
DQ32
DQ33
DQ34
DQ35
DQ36
DQ37
DQ38
DQ39
DQ40
DQ41
DQ42
DQ43
DQ44
DQ45
DQ46
DQ47
DQ48
DQ49
DQ50
DQ51
DQ52
DQ53
DQ54
DQ55
DQ56
DQ57
DQ58
DQ59
DQ60
DQ61
DQ62
DQ63
VREF
FETEN/NC
NC/RESET#
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
MDQ_A0
2
MDQ_A1
4
MDQ_A2
6
MDQ_A3
8
MDQ_A4
94
MDQ_A5
95
MDQ_A6
98
MDQ_A7
99
MDQ_A8
12
MDQ_A9
13
MDQ_A10
19
MDQ_A11
20
MDQ_A12
105
MDQ_A13
106
MDQ_A14
109
MDQ_A15
110
MDQ_A16
23
MDQ_A17
24
MDQ_A18
28
MDQ_A19
31
MDQ_A20
114
MDQ_A21
117
MDQ_A22
121
MDQ_A23
123
MDQ_A24
33
MDQ_A25
35
MDQ_A26
39
MDQ_A27
40
MDQ_A28
126
MDQ_A29
127
MDQ_A30
131
MDQ_A31
133
MDQ_A32
53
MDQ_A33
55
MDQ_A34
57
MDQ_A35
60
MDQ_A36
146
MDQ_A37
147
MDQ_A38
150
MDQ_A39
151
MDQ_A40
61
MDQ_A41
64
MDQ_A42
68
MDQ_A43
69
MDQ_A44
153
MDQ_A45
155
MDQ_A46
161
MDQ_A47
162
MDQ_A48
72
MDQ_A49
73
MDQ_A50
79
MDQ_A51
80
MDQ_A52
165
MDQ_A53
166
MDQ_A54
170
MDQ_A55
171
MDQ_A56
83
MDQ_A57
84
MDQ_A58
87
MDQ_A59
88
MDQ_A60
174
MDQ_A61
175
MDQ_A62
178
MDQ_A63
179
9
NC
101
NC
102
NC
173
NC
DDR_VREF
1
90
WP
167
10
15
VCC_DDR
22
30
54
62
77
96
104
112
128
136
143
156
164
172
180
3
11
18
26
34
42
50
58
66
74
ADDR.=1010000B
5
C284
0.1u
C283
0.1u
4
MDQ_A[0..63] {7}
VCC_DDR
4
R338
75R1%
R337
75R1%
3
DDR Terminational Resisitors
VTT_DDR
MDQ_A58
1 2
MCAS_A#
MCS_A#1
MCS_A#0
MWE_A#
MRAS_A#
MBA_A0
MBA_A1
MA_A10
MA_A0
MA_A1
MA_A2
MA_A3
MA_A4
MA_A6
MA_A5
MA_A8
MA_A7
MA_A9
MA_A11
MA_A12
MCKE_A0
MCKE_A1
MDQ_A59
MDQ_A63
MDQ_A62
MDQS_A7
MDQM_A7
MDQ_A57
MDQ_A56
MDQ_A61
MDQ_A60
MDQ_A51
MDQ_A50
MDQ_A55
MDQ_A54
MDQS_A6
MDQM_A6
MDQ_A53
MDQ_A52
MDQ_A49
MDQ_A48
MDQ_A47
MDQ_A46
MDQ_A43
MDQ_A42
MDQS_A5
MDQM_A5
MDQ_A41
MDQ_A45
MDQ_A40
MDQ_A44
MDQ_A35
MDQ_A39
MDQ_A38
MDQM_A4
MDQ_A34
MDQS_A4
MDQ_A37
MDQ_A33
MDQ_A36
MDQ_A32
MDQ_A31
MDQ_A27
MDQ_A26
MDQ_A30
MDQM_A3
MDQS_A3
MDQ_A29
MDQ_A25
MDQ_A28
MDQ_A24
MDQ_A19
MDQ_A23
MDQ_A22
MDQ_A18
MDQM_A2
MDQS_A2
MDQ_A21
MDQ_A17
MDQ_A16
MDQ_A20
MDQ_A11
MDQ_A10
MDQ_A15
MDQ_A14
MDQM_A1
MDQ_A13
MDQS_A1
MDQ_A12
MDQ_A9
MDQ_A8
MDQ_A3
MDQ_A7
MDQ_A6
MDQ_A2
MDQM_A0
MDQS_A0
MDQ_A1
MDQ_A5
MDQ_A4
MDQ_A0
3 4
5 6
7 8
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
1 2
3 4
5 6
7 8
3
RN47
8P4R-56R0402
RN46
8P4R-56R0402
RN45
8P4R-56R0402
RN44
8P4R-56R0402
RN43
8P4R-56R0402
RN42
8P4R-56R0402
R367 56-0402
R366 56-0402
R364 47-0402
R365 47-0402
R363 47-0402
R362 56-0402
R361 56-0402
R360 47-0402
R359 47-0402
RN41
8P4R-56R0402
R358 47-0402
RN40
8P4R-56R0402
RN39
8P4R-56R0402
RN38
8P4R-47R0402
R357 47-0402
R356 47-0402
RN37
8P4R-56R0402
R355 47-0402
R354 47-0402
RN36
8P4R-56R0402
R353 47-0402
RN35
8P4R-56R0402
RN34
8P4R-47R0402
RN33
8P4R-56R0402
R352 47-0402
R351 47-0402
RN32
8P4R-56R0402
R350 47-0402
R349 56-0402
R348 47-0402
R347 47-0402
RN31
8P4R-56R0402
RN30
8P4R-56R0402
RN29
8P4R-56R0402
RN28
8P4R-56R0402
RN27
8P4R-56R0402
2
VTT_DDR VTT_DDR
C311
0.1u
C334
0.1u
C323
0.1u
C333
0.1u
C329
0.1u
C327
0.1u
C315
0.1u
C328
0.1u
C320
0.1u
C332
0.1u
C321
0.1u
VCC_DDR
C304
0.1u
C305
0.1u
C277
0.1u
C282
0.1u
C302
0.1u
C278
0.1u
C301
0.1u
C279
0.1u
C303
0.1u
C280
0.1u
2
VCC_DDR
EMI Request to change
VTT_DDR Caps to VCC_DDR Caps
1
C310
0.1u
C331
VTT_DDR
0.1u
C336
0.1u
C325
0.1u
C313
0.1u
C316
0.1u
C314
0.1u
C317
0.1u
C319
0.1u
C318
X_0.1u
C330
X_0.1u
C326
X_0.1u
MSI
Title
Size Document Number Rev
Date: Sheet
C322
X_0.1u
C312
X_0.1u
C335
X_0.1u
MICRO-STAR INt'L CO., LTD.
DDR DIMM 1
MS-7029
1
928Thursda y, July 08, 2004
100
of
Loading...