MBX-165
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
EC SW
3/5VALW
ALW_ON
3/5VSUS
ALW_PWRGD
PWRSW#
ICH8
PWRBTN#
PM_RSMRST#
SLP_S5#
SLP_S4#
SLP_S3#
IMVP_OK
Crestline
SB
NB
12
3
4
5678
19
IMVP_VR_ON
14
16
CK505
EC_CLK_EN#
IMVP6
15
PLT_RST#
PWROK
VRMPWRGD
PWROK
18
17
CPU
CPU_RST#
CPU_PWRGD
99ms
12
RUN_ON2
IMVP_PWRGD
20
SUS_PWRGD_10MS
TI 8402's GRST#
99ms
PEX_VDD
NV_VDD
RUN_ON1
1011
1_8VSUS
DDR2_PWRGD
0_9VSUS
SUS_ON
3/5VRUN
RUN_ON
913-2 13
1_8VRUN
VRMPWRGD
1_05VSUS
2_5VRUN
1_5VRUN
1_05VRUN
RUN_PWRGD
13-1
CK_PWRGD
15-1
CLK_PWRGD
CK_PWRGD/PD#
1_25VSUS
1_25VRUN
11/17:
Check if it's ok to use IMVP_OK to replace
EC_CLK_EN#, it can save one inverter
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
T13(Min=10ms )
PM_RSMRST#
T14: RSMRST# falling edge must transition to 0.8V or less before VccSus3_3 drops to 2.1V (Please refer 21762 T312 page 317)
T07(Min=20ns refer 21762 T290 page 328)
SB to EC
SB to EC
SB to EC
NB to CPU
T09(Min=15ms )
EC to SB and NB
T12(Min=10ms )
T11(Min=10ms )
T10(Min=10ms )
EC to IMVP6
ALW_PWRGD
IMVP6 to EC
+ECRST#
+5VALW/ +3VALW
IMVP6 to SB
ALW_ON
PWRSW#
+ECVCC
EC output
DC_IN
DCBATOUT
EC output
EC output
Input EC
EC output
EC output
T08(Min=5ms )
Input EC
T05(Min=1ms 1ms is EC KB3910 at least response time)
PEX_VDD/NV_VDD
VRMPWRGD
RUN_ON1
RUN_ON
IMVP_OK
IMVP_VR_ON
IMVP_PWRGD
+3VSUS/ +5VSUS/+1_8VSUS/+0.9VSUS
VHCORE
DDR2_PWRGD
SUS_ON
RUN_PWRGD
T04(Min=0ms refer 21762 T288 page 328)
T01(Min=1RTC Max=2RTC refer 21762 T287 Page 328)
(S5 to G3)
T02(Min=1RTC Max=2RTC refer 21762 T291 Page 328)
BCLK, SRCCLK, PCICLK Running
+3VRUN/ +5VRUN/ +1_5VRUN/+1_25VRUN/+1_05VRUN
SLP_S4#
SLP_S3#
SLP_S5#
+1_8VRUN
PLT_RST#
SUS_PWRGD_10MS
RUN_ON2
T03(Min=1RTC Max=2RTC refer 21762 T295 Page 328)
T06(Min=0ms refer 21762 T288 page 328)
T08 T09
Min.
5ms
Min.
15ms
T12T11T02 T07T03 T05
Min.
0ms
1 - 2
RTCCLK
T04
T06T01
1 - 2
RTCCLK
1 - 2
RTCCLK
T10
Min.
10ms
Min.
15ms
Min.
0ms
Min.
20ns
T13 T14
Min.
10ms
Min.
10ms
Min.
10ms
*1
*1 RSMRST# falling edge must transition to 0.8V or less before VccSus3_3 drops to 2.1V
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