A A
B B
C C
D D
E E
44
33
22
11
Title
Siz
eD
ocum
ent
Num
ber
Rev
Date
:S
heet
of
Wis
tro
n C
orp
ora
tio
n21F
, 88,
Sec.1
, H
sin
Tai W
u R
d.,
Hsic
hih
,T
aip
ei H
sie
n 2
21,
Taiw
an,
R.O
.C.
Refe
ren
ce
24
7F
riday,
Marc
h 1
4,
2008
D45/D
46
PD
UM
A
Title
Siz
eD
ocum
ent
Num
ber
Rev
Date
:S
heet
of
Wis
tro
n C
orp
ora
tio
n21F
, 88,
Sec.1
, H
sin
Tai W
u R
d.,
Hsic
hih
,T
aip
ei H
sie
n 2
21,
Taiw
an,
R.O
.C.
Refe
ren
ce
24
7F
riday,
Marc
h 1
4,
2008
D45/D
46
PD
UM
A
Title
Siz
eD
ocum
ent
Num
ber
Rev
Date
:S
heet
of
Wis
tro
n C
orp
ora
tio
n21F
, 88,
Sec.1
, H
sin
Tai W
u R
d.,
Hsic
hih
,T
aip
ei H
sie
n 2
21,
Taiw
an,
R.O
.C.
Refe
ren
ce
24
7F
riday,
Marc
h 1
4,
2008
D45/D
46
PD
UM
A
1 = TLS cipher suite with
confidentiality (default)
0 = Transport Layer Security (TLS) cipher
suite with no confidentiality
Cantiga chipset and ICH9M I/O controller
Hub strapping configuration
page 218
Intel Management
engine Crypto strap
CFG6
Reserved
This signal should not be pulled high.
GPIO49
SPI_MOSI
GPIO33/
HDA_DOCK
_EN#
SATALED#
SPKR
TP3
CFG9
00 = Reserve
(Default)
CFG16
0 = LFP Disabled (Default)
Local Flat Panel
(LFP) Present
CFG19
CFG20
SDVO_CTRLDATA
11 = Disabled (default)
1 = Dynamic ODT Enabled
0 = Dynamic ODT Disabled
1= LFP Card Present; PCIE disabled
L_DDC_DATA
FSB Dynamic ODT
DMI Lane Reversal
NOTE:
PCIE config2 bit2,
Rising Edge of PWROK.
GNT2#/
GPIO53
Sets bit0 of RPC.PC(Config Registers:Offset 224h)
Top-Block
Swap Override.
Rising Edge of PWROK.
GNT0#:
SPI_CS1#/
GPIO58
0 = Reverse Lanes,15->0,14->1 ect..
Boot BIOS Destination
Selection 0:1.
Rising Edge of PWROK.
ESI compatible mode is for server platforms only.
This signal should not be pulled low for desttop
and mobile.
HDA_SDOUT
HDA_SYNC
GNT3#/
GPIO55
Signal
Sampled low:Top-Block Swap mode(inverts A16 for
all cycles targeting FWH BIOS space).
Note: Software will not be able to clear the
Top-Swap bit until the system is rebooted
without GNT3# being pulled down.
This signal has a weak internal pull-up.
XOR Chain Entrance/
PCIE Port Config1 bit1,
Rising Edge of PWROK
1= Normal operation(Default):Lane
Numbered in order
Allows entrance to XOR Chain testing when TP3
pulled low.When TP3 not pulled low at rising edge
of PWROK,sets bit1 of RPC.PC(Config Registers:
offset 224h). This signal has weak internal pull-down
PCIE config1 bit0,
Rising Edge of PWROK.
GPIO20
Usage/When Sampled
ESI Strap (Server Only)
Rising Edge of PWROK
Comment
CFG[13:12]
0 = Only Digital Display Port
or PCIE is operational (Default)
1 =Digital display Port and PCIe are
operting simulataneously via the PEG port
0 =No SDVO Card Present (Default)
1 = SDVO Card Present
page 17
DMI Termination Voltage,
Rising Edge of PWROK.
The signal is required to be low for desktop
applications and required to be high for
mobile applications.
Signal has weak internal pull-up. Sets bit 27
of MPC.LR(Device 28:Function 0:Offset D8)
CFG[2:0]
CFG[4:3]
CFG8
CFG[15:14]
CFG[18:17]
CFG5
Pin Name
011 = FSB667
FSB Frequency
Select
0 = DMI x2
others = Reserved
Reserved
(Default)
1 = DMI x4
Strap Description
DMI x2 Select
iTPM Host
Interface
Configuration
Sets bit2 of RPC.PC2(Config Registers:Offset 0224h)
This signal has a weak internal pull-down.
GNT1#/
GPIO51
Integrated TPM Enable,
Rising Edge of CLPWROK
Sample low: the Integrated TPM will be disabled.
Sample high: the MCH TPM enable strap is sampled
low and the TPM Disable bit is clear, the
Integrated TPM will be enable.
Flash Descriptor
Security Override Strap
Rising Edge of PWROK
PCI Express Lane
Reversal. Rising Edge
of PWROK.
No Reboot.
Rising Edge of PWROK.
XOR Chain Entrance.
Rising Edge of PWROK.
This signal should not be pull low unless using
XOR Chain testing.
If sampled high, the system is strapped to the
"No Reboot" mode(ICH9 will disable the TCO Timer
system reboot feature). The status is readable
via the NO REBOOT bit.
ICH9M Functional Strap Definitions
Controllable via Boot BIOS Destination bit
(Config Registers:Offset 3410h:bit 11:10).
GNT0# is MSB, 01-SPI, 10-PCI, 11-LPC.
page 92
PCI Routing
Sampled low:the Flash Descriptor Security will be
overridden. If high,the security measures will be
in effect.This should only be enabled in manufacturing
environments using an external pull-up resister.
SDVO PresentMontevina Platform Design guide 22339 0.5
USB Table
00
AD22
TI7412
INT
REQ
G:CARDBUS
B:1394
F:Flash Media
G:SD Host
GNT
IDSEL
LANE2
MiniCard WLAN
PCIE Routing
010 = FSB800
000 = FSB1067
LANE3
NewCard WLAN
ICH9 EDS 642879 Rev.1.5
USB3
USB2
FT
Combo(ESATA/USB)
NC
Pair
4
BLUETOOTH
USB
USB4
50 2 31
Device
WEBCAM
6 7 8 9NEW1
MINICARD
ICH9M
BATTERY
KBC
Thermal
MXM
SMBC_G792
BAT_SCL
SMB_CLK
LAN
SMBC_ICH
CK505
DDR
CFG7
SMBus
ICH9 EDS 642879 Rev.1.5
ICH9M Integrated Pull-up
and Pull-down Resistors
SIGNAL
Resistor Type/Value
HDA_BIT_CLK
HDA_RST#
HDA_SDIN[3:0]
HDA_SDOUT
HDA_SYNC
GNT[3:0]#/GPIO[55,53,51]
GPIO[20]
LDA[3:0]#/FHW[3:0]#
LDRQ[0]
PME#
PWRBTN#
SATALED#
LAN_RXD[2:0]
LDRQ[1]/GPIO23
TP[3]
SPKR
GLAN_DOCK#
SPI_CS1#/GPIO58/CLGPIO6
USB[11:0][P,N]
CL_RST0#
SPI_MOSI
SPI_MISO
TACH_[3:0]
PULL-DOWN 20K
PULL-DOWN 20K
PULL-DOWN 15K
The pull-up or pull-down active when configured for native
GLAN_DOCK# functionality and determined by LAN controller
PULL-UP 20K
PULL-UP 20K
PULL-UP 20K
PULL-UP 20K
PULL-UP 20K
PULL-UP 20K
PULL-UP 20K
PULL-UP 15K
PULL-UP 20K
PULL-UP 20K
PULL-UP 20K
PULL-UP 20K
PULL-UP 20K
PULL-UP 20K
PULL-DOWN 20K
PULL-DOWN 20K
PULL-DOWN 20K
PULL-DOWN 20K
PULL-DOWN 20K
PULL-DOWN 20K
GPIO[49]
HDA_DOCK_EN#/GPIO33
CL_DATA[1:0]
CL_CLK[1:0]
DPRSLPVR/GPIO16
ENERGY_DETECT
PULL-DOWN 20K
PULL-UP 20K
PULL-UP 20K
PULL-UP 20K
PULL-UP 20K
0= The iTPM Host Interface is enabled(Note2)
1=The iTPM Host Interface is disalbed(default)
PCIE Graphics Lane
CFG10
PCIE Loopback enable
0 = Enable (Note 3)
1= Disabled (default)
XOR/ALL
1 = Reverse Lanes
DMI x4 mode[MCH ->
ICH]:(3->0,2->1,1->2and0->3)
DMI x2 mode[MCH -> ICH]:(3->0,2->1)
0 = Normal operation(Default):
Lane Numbered in Order
Digital Display Port
(SDVO/DP/iHDMI)
Concurrent with PCIe
1. All strap signals are sampled with respect to the leading
edge of
the (G)MCH Power OK (PWROK) signal.
2. iTPM can be disabled by a 'Soft-Strap' option in the
Flash-decriptor section of the Firmware. This 'Soft-Strap'
is
activated only after enabling iTPM via CFG6.
Only one of the CFG10/CFG/12/CFG13 straps can be enabled at any
time.
10 = XOR mode Enabled
01 = ALLZ mode Enabled (Note 3)
A A
B B
C C
D D
E E
44
33
22
11
3D
3V
_C
LK
GE
N_
S0
3D
3V
_48M
PW
R_
S0
3D
3V
_C
LK
PLL_
S0
PC
LK
CLK
5
PC
LK
CLK
2
PC
LK
CLK
4P
CLK
CLK
3
CP
U_
SE
L2_
R
PC
LK
CLK
3
CLK
_P
CIE
_S
AT
A_
1
CLK
_C
PU
_B
CLK
_1
CLK
_P
CIE
_M
INI_
12#
3D
3V
_C
LK
PLL_
S0
CLK
_M
CH
_3G
PLL_
1#
CLK
_M
CH
_3G
PLL_
1
DR
EF
SS
CLK
#_
1D
RE
FS
SC
LK
_1
CLK
48
DR
EF
CLK
_1
DR
EF
CLK
#_
1
PC
LK
CLK
1
CLK
_M
CH
_B
CLK
_1
CLK
_C
PU
_B
CLK
_1#
CLK
_M
CH
_B
CLK
_1#
PC
LK
CLK
5
PC
LK
CLK
4C
LK
_P
CIE
_IC
H_
1#
CLK
_P
CIE
_IC
H_
1
CLK
_C
PU
_X
DP
#_
RC
LK
_C
PU
_X
DP
_R
CLK
_P
CIE
_P
EG
_1
CLK
_P
CIE
_P
EG
_1#
CLK
_P
CIE
_M
INI_
12
PC
LK
CLK
0
CP
U_
SE
L2_
RG
EN
_X
TA
L_
OU
T_
R
GE
N_
XT
AL_
OU
T
3D
3V
_C
LK
GE
N_
S0
GE
N_
XT
AL_
IN
CLK
_P
CIE
_S
AT
A_
1#
3D
3V
_48M
PW
R_
S0
PC
LK
CLK
2
CLK
_P
CIE
_C
AR
D#_
R
CLK
_P
CIE
_N
EW
#_
RC
LK
_P
CIE
_N
EW
_R
CLK
_P
CIE
_LA
N#_
RC
LK
_P
CIE
_LA
N_
R
PC
LK
_F
WH
CLK
_IC
H14
CLK
48_
ICH
PC
LK
_IC
HP
CLK
_K
BC
DR
EF
SS
CLK
_1
DR
EF
SS
CLK
#_
1O
SC
_S
PR
EA
D
VG
A_
XIN
1
CLK
_P
CIE
_C
AR
D_
R
CLK
_P
CIE
_M
INI2
CLK
_P
CIE
_M
INI2
#
3D
3V
_S
0
3D
3V
_S
03D
3V
_S
0
3D
3V
_S
0
3D
3V
_S
0
CLK
_P
CIE
_P
EG
41
CLK
_P
CIE
_P
EG
#41
CP
U_
SE
L1
4,7
CP
U_
SE
L2
4,7
PM
_S
TP
CP
U#
17
CLK
48_
ICH
17
CLK
_C
PU
_B
CLK
4C
LK
_C
PU
_B
CLK
#4
CLK
_M
CH
_B
CLK
6C
LK
_M
CH
_B
CLK
#6
CLK
_P
CIE
_S
AT
A16
CLK
_P
CIE
_S
AT
A#
16
CLK
_P
CIE
_IC
H17
CLK
_P
CIE
_IC
H#
17
CLK
_P
CIE
_M
INI1
25
CLK
_P
CIE
_M
INI1
#25
CLK
_IC
H14
17
PM
_S
TP
PC
I#17
SM
BD
_IC
H12,1
9S
MB
C_
ICH
12,1
9
CLK
_P
WR
GD
17
PC
LK
_IC
H17
CP
U_
SE
L0
4,7
PC
LK
_F
WH
27
PC
LK
_K
BC
28
CLK
_M
CH
_3G
PLL
7C
LK
_M
CH
_3G
PLL#
7
CLK
_P
CIE
_M
INI2
#25
CLK
_P
CIE
_M
INI2
25
DR
EF
CLK
7D
RE
FC
LK
#7
CLK
_P
CIE
_N
EW
25
CLK
_P
CIE
_N
EW
#25
DR
EF
SS
CLK
#7
DR
EF
SS
CLK
7
CLK
_M
CH
_O
E#
7
CLK
_P
CIE
_LA
N23
CLK
_P
CIE
_LA
N#
23
OS
C_
SP
RE
AD
42
VG
A_
XIN
142
CLK
_P
CIE
_C
AR
D26
CLK
_P
CIE
_C
AR
D#
26
Title
Siz
eD
ocum
ent
Num
ber
Rev
Date
:S
heet
of
Wis
tro
n C
orp
ora
tio
n21F
, 88,
Sec.1
, H
sin
Tai W
u R
d.,
Hsic
hih
,T
aip
ei H
sie
n 2
21,
Taiw
an,
R.O
.C.
Clo
ck G
en
era
tor
34
7T
uesday,
Marc
h 1
8,
2008
D45/D
46
PD
UM
A
Title
Siz
eD
ocum
ent
Num
ber
Rev
Date
:S
heet
of
Wis
tro
n C
orp
ora
tio
n21F
, 88,
Sec.1
, H
sin
Tai W
u R
d.,
Hsic
hih
,T
aip
ei H
sie
n 2
21,
Taiw
an,
R.O
.C.
Clo
ck G
en
era
tor
34
7T
uesday,
Marc
h 1
8,
2008
D45/D
46
PD
UM
A
Title
Siz
eD
ocum
ent
Num
ber
Rev
Date
:S
heet
of
Wis
tro
n C
orp
ora
tio
n21F
, 88,
Sec.1
, H
sin
Tai W
u R
d.,
Hsic
hih
,T
aip
ei H
sie
n 2
21,
Taiw
an,
R.O
.C.
Clo
ck G
en
era
tor
34
7T
uesday,
Marc
h 1
8,
2008
D45/D
46
PD
UM
A
SEL1
FSB
SEL0
FSA
133M
100M
166M
800M
01
01X
667M
200M
01
CPU
SEL2
FSC
FSB
01
01 0
1
PIN NAME
DESCRIPTION
Byte 5, bit 7
0 = PCI0 enabled (default)
1= CR#_A enabled. Byte 5, bit 6 controls whether CR#_A controls
SRC0 or SRC2 pair
Byte 5, bit 6
0 = CR#_A controls SRC0 pair (default),
1= CR#_A controls SRC2 pair
Byte 5, bit 5
0 = PCI1 enabled (default)
1= CR#_B enabled. Byte 5, bit 6 controls whether CR#_B controls
SRC1 or SRC4 pair
Byte 5, bit 4
0 = CR#_B controls SRC1 pair (default)
1= CR#_B controls SRC4 pair
PCI1/CR#_B
0 = Overclocking of CPU and SRC Allowed
1 = Overclocking of CPU and SRC NOT allowed
PCI2/TME
0 = Pin17 as SRC-1, Pin18 as SRC-1#, Pin13 as DOT96, Pin14 as
DOT96#
1 = Pin17 as 27MHz, Pin 18 as 27MHz_SS, Pin13 as SRC-0, Pin14 as
SRC-0#
PCI4/27M_SEL
ICS9LPRS365YGLFT setting table
0 =SRC8/SRC8#
1 = ITP/ITP#
PCI_F5/ITP_EN
PCI3
PCI0/CR#_A
CL=20pF0.2pF
PIN NAME
DESCRIPTION
Byte 5, bit 3
0 = SRC3 enabled (default)
1= CR#_C enabled. Byte 5, bit 2 controls whether CR#_C controls
SRC0 or SRC2 pair
Byte 5, bit 2
0 = CR#_C controls SRC0 pair (default),
1= CR#_C controls SRC2 pair
Byte 5, bit 1
0 = SRC3 enabled (default)
1= CR#_D enabled. Byte 5, bit 0 controls whether CR#_D controls
SRC1 or SRC4 pair
Byte 5, bit 0
0 = CR#_D controls SRC1 pair (default)
1= CR#_D controls SRC4 pair
SRCC3/CR#_D
SRCC11/CR#_G
SRCT11/CR#_H
SRCT3/CR#_C
Byte 6, bit 7
0 = SRC7# enabled (default)
1= CR#_F controls SRC6
Byte 6, bit 6
0 = SRC7 enabled (default)
1= CR#_F controls SRC8
Byte 6, bit 4
0 = SRC11 enabled (default)
1= CR#_H controls SRC10
Byte 6, bit 5
0 = SRC11# enabled (default)
1= CR#_G controls SRC9
SRCC7/CR#_E
SRCT7/CR#_F
533M
1067M
266M
00
0
SB
SB
PD
PD
PD
12
R581
33R
2J-2
-GP
VG
A_
27M
R581
33R
2J-2
-GP
VG
A_
27M
12
R274
33R
2J-2
-GP
R274
33R
2J-2
-GP
1 234
RN
32
SR
N0J-6
-GP
RN
32
SR
N0J-6
-GP
1 2
C393
SC
4D
7U
10V
5Z
Y-3
GP
C393
SC
4D
7U
10V
5Z
Y-3
GP
1 2
EC
54 SC15P50V2JN-2-GP
EC
54 SC15P50V2JN-2-GP
1 2C723
SCD1U16V2ZY-2GP
C723
SCD1U16V2ZY-2GP
1 2
X4
X-1
4D
31818M
-35G
P
X4
X-1
4D
31818M
-35G
P
12
R582
0R
0603-P
AD
R582
0R
0603-P
AD
12
R267
0R
0402-P
AD
R267
0R
0402-P
AD
12
R289
10K
R2J-3
-GP
R289
10K
R2J-3
-GP
1 234
RN
33
SR
N0J-6
-GP
RN
33
SR
N0J-6
-GP
12
R283
475R
2F
-L1-G
PD
YR
283
475R
2F
-L1-G
PD
Y
1 2C724
SCD1U16V2ZY-2GP
C724
SCD1U16V2ZY-2GP
123 4
RN
44
SR
N0J-6
-GP
RN
44
SR
N0J-6
-GP
1 2
EC
52 SC15P50V2JN-2-GP
EC
52 SC15P50V2JN-2-GP
12
R287
10K
R2J-3
-GP
DY
R287
10K
R2J-3
-GP
DY
1 2C397
SCD1U16V2ZY-2GP
C397
SCD1U16V2ZY-2GP
12
C382
SC
27P
50V
2JN
-2-G
PC
382
SC
27P
50V
2JN
-2-G
P
TP
68
TP
68
1 2C719
SCD1U16V2ZY-2GP
C719
SCD1U16V2ZY-2GP
1 2C721
SC1U16V3ZY-GP
C721
SC1U16V3ZY-GP
12
R293
22R
2J-2
-GP
R293
22R
2J-2
-GP
12
R296
10K
R2J-3
-GP
DY
R296
10K
R2J-3
-GP
DY
1 234
RN
34
SR
N0J-6
-GP
RN
34
SR
N0J-6
-GP
123 4
RN
36
SR
N0J-6
-GP
VG
AR
N36
SR
N0J-6
-GP
VG
A
12
R268
10M
R2J-L
-GP
DY
R268
10M
R2J-L
-GP
DY
12
R298
33R
2J-2
-GP
R298
33R
2J-2
-GP
1 2C703
SCD1U16V2ZY-2GP
C703
SCD1U16V2ZY-2GP
1 2
C372
SC15P50V2JN-2-GP
DY
C372
SC15P50V2JN-2-GP
DY
123 4
RN
43
SR
N0J-6
-GP
RN
43
SR
N0J-6
-GP
12
R288
10K
R2J-3
-GP
UM
A
R288
10K
R2J-3
-GP
UM
A
1 234
RN
39
SR
N0J-6
-GP
UM
A
RN
39
SR
N0J-6
-GP
UM
A
1 2
EC
49 SC15P50V2JN-2-GP
EC
49 SC15P50V2JN-2-GP
12
R270
10K
R2J-3
-GP
DY
R270
10K
R2J-3
-GP
DY
1 2
C400
SC
4D
7U
10V
5Z
Y-3
GP
C400
SC
4D
7U
10V
5Z
Y-3
GP
12
R2790
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R295
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R284
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123 4
RN
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123 4
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12
R291
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53 SC15P50V2JN-2-GP
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52
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58
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12
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