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C6205 C6206 EBLS2012-100K 0603
+1_05V_VTT
NC_10U_6.3V_Y NC_1U_6.3V_Y
NC_10U_6.3V_Y NC_1U_6.3V_Y
+1.05V_VCC_SATA
C6207 0805_Y5V 0402_Y5V
C6207 0805_Y5V 0402_Y5V
0.1U_10V_K
0.1U_10V_K
Y22
DCPSUS
3.062A (VCCIO)
0402_X5R R5950
0402_X5R R59501
AH22 2
VCCIO[9]
C6208 0_J
C6208 0_J
+1_05V_5V_8V_RUN
0.1U_10V_K C6209 0805
0.1U_10V_K C6209 0805
0402_X5R 1U_6.3V_Y
0402_X5R 1U_6.3V_Y
P18 AT20
VCCSUS3_3[29] VCCVRM[4]
0402_Y5V
0402_Y5V
+3VALW
U19
VCCSUS3_3[30]
163mA
AH19
VCCIO[10]
U20
VCCSUS3_3[31]
AD20
VCCIO[11]
C6210
C6210
U22
VCCSUS3_3[32]
0.1U_10V_K
0.1U_10V_K
AF22
VCCIO[12]
+3VRUN
0402_X5R
0402_X5R
357mA
AD19
VCCIO[13]
V15 AF20
VCC3_3[5] VCCIO[14]
AF19
VCCIO[15]
C6211
C6211
V16 AH20
VCC3_3[6] VCCIO[16]
0.1U_10V_K
0.1U_10V_K
+1_05V_VTT
0402_X5R
0402_X5R
Y16 AB19
VCC3_3[7] VCCIO[17]
1mA 1.849A
AB20
VCCIO[18]
AB22
VCCIO[19]
+1_05V_VTT
AD22
VCCIO[20]
R5952 0_J 0603
R5952 0_J 0603 V_CPU_IO
1 2 AT18
V_CPU_IO[1]
AA34
VCCSUSHDA can be either 1.5V or 3.3V Resume
VCCME[13]
C6213 C6214
C6213 C6214
Y34
VCCME[14]
well power, regardless iHDMI is implemented or
C6212 0.1U_10V_K 0.1U_10V_K
C6212 0.1U_10V_K 0.1U_10V_K
AU18 Y35
V_CPU_IO[2] VCCME[15]
+VCCSUSHDA 6mA +3VALW
0402_X5R 0402_X5R
0402_X5R 0402_X5R
4.7U_6.3V_K
4.7U_6.3V_K AA35 not. However, external codec/MDC must have the
VCCME[16]
0603_X5R
0603_X5R
A A
same voltage level as PCH VCCSUSHDA power.
R5957
R5957
VCCRTC
A12 L30 1 2
VCCRTC VCCSUSHDA
0_J
0_J
C6215 0603
C6215 0603
2mA
Ibexpeak-M 1U_6.3V_Y
Ibexpeak-M 1U_6.3V_Y
C6216 C6217 null 0402_Y5V
C6216 C6217 null 0402_Y5V
0.1U_10V_K 0.1U_10V_K
0.1U_10V_K 0.1U_10V_K
0402_X5R 0402_X5R
0402_X5R 0402_X5R
HON HAI Precision Ind. Co., Ltd.
HON HAI Precision Ind. Co., Ltd.
HON HAI Precision Ind. Co., Ltd.
FOXCONN CCPBG - R&D Division
FOXCONN CCPBG - R&D Division
FOXCONN CCPBG - R&D Division
Title
Title
Title
PCH (POWER) 1/2
PCH (POWER) 1/2
PCH (POWER) 1/2
Size Document Number Rev
Size Document Number Rev
Size Document Number Rev
Custom
Custom
Custom
M9A0_MP 1.1
M9A0_MP 1.1
M9A0_MP 1.1
Date: Friday, September 25, 2009 Sheet 15 of 73
Date: Friday, September 25, 2009 Sheet 15 of 73
Date: Friday, September 25, 2009 Sheet 15 of 73
5 4 3 2 1
2
1
2
1
2
1
2
1
2
1
1
2
2
1
2
1
USB
USB
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
2
1
and
and
1
2
2
1
2
1
Clock
Miscellaneous
Clock
Miscellaneous
2
1
PCI/GPIO/LPC
PCI/GPIO/LPC
2
1
2
1
2
1
2
1
2
1
2
1
2
1
1
2
1
2
2
1
SATA
SATA
1
2
1
2
1
2
RTC
CPU
PCI/GPIO/LPC
RTC
CPU
PCI/GPIO/LPC
HDA
HDA
2
1
1
2
1
2
1
2
1
2
5 4 3 2 1
http://hobi-elektronika.net
+3VRUN
+1_05V_VTT 69mA
D D
1.432A
For RF Noise U134G
U134G
POWER C6220 R5959
POWER C6220 R5959
NC_10U_6.3V_Y NC_NV_0_J
NC_10U_6.3V_Y NC_NV_0_J
AB24 AE50
VCCCORE[1] VCCADAC[1]
0805_Y5V
0805_Y5V
AB26 0402
0402
VCCCORE[2]
C6223 C6221
C6223 C6221
AB28 AE52
VCCCORE[3] VCCADAC[2]
C6222 10U_6.3V_Y 1U_6.3V_Y
C6222 10U_6.3V_Y 1U_6.3V_Y
AD26
VCCCORE[4]
TSC
22P_50V_J 0805_Y5V 0402_Y5V
22P_50V_J 0805_Y5V 0402_Y5V
AD28 AF53
VCCCORE[5] VSSA_DAC[1]
0402_NPO
0402_NPO
AF26
VCCCORE[6]
Delete L167 , NC C6220 for cost down
AF28 AF51
VCCCORE[7] VSSA_DAC[2]
AF30
VCCCORE[8]
AF31
VCCCORE[9]
AH26
VCCCORE[10]
AH28
VCCCORE[11]
AH30
VCCCORE[12]
AH31 AH38
VCCCORE[13] VCCALVDS
AJ30
VCCCORE[14]
3.062A (VCCIO)
AJ31 AH39
VCCCORE[15] VSSA_LVDS
Default is use Internal VRM
+1_05V_VTT
AP43
For Disable Auburndale Graphic
VCCTX_LVDS[1]
AP45
VCCTX_LVDS[2]
GPIO27 floating as Internal VRM and there is no need external supply
AT46
VCCTX_LVDS[3]
AK24 AT45
VCCIO[24] VCCTX_LVDS[4]
+1_05V_VTT +1.05V_VCCPLL_EXP
L169
L169
R5964
R5964
1 2+1_05V_VCCPLL_EXP_R BJ24
VCCAPLLEXP
AB34
VCC3_3[2]
C C
NC_0_J NC_1UH_0805 C6227
NC_0_J NC_1UH_0805 C6227
+3VRUN
0603 EFLS2012-1R0M RDC15 NC_10U_6.3V_Y
0603 EFLS2012-1R0M RDC15 NC_10U_6.3V_Y
AN20 AB35
VCCIO[25] VCC3_3[3]
357mA
0805_Y5V
0805_Y5V
AN22
VCCIO[26]
AN23 AD35
VCCIO[27] VCC3_3[4]
AN24
VCCIO[28]
3.062A (VCCIO)
C6228
C6228
AN26
VCCIO[29]
0.1U_10V_K
0.1U_10V_K
AN28
VCCIO[30]
+1_05V_VTT +1_05V_VCC_EXP
0402_X5R
0402_X5R
BJ26
VCCIO[31]
BJ28
R5965
R5965
VCCIO[32]
AT26
VCCIO[33]
0_J
0_J
1 2 AT28
VCCIO[34]
+1_05V_5V_8V_RUN +1_05V_5V_8V_RUN +1_05V_VTT
1206
1206
AU26
VCCIO[35]
196mA
C6229 C6230 C6231 C6232 C6233 C6234
C6229 C6230 C6231 C6232 C6233 C6234
AU28
VCCIO[36]
22P_50V_J 10U_6.3V_Y 1U_6.3V_Y 1U_6.3V_Y 1U_6.3V_Y 1U_6.3V_Y
22P_50V_J 10U_6.3V_Y 1U_6.3V_Y 1U_6.3V_Y 1U_6.3V_Y 1U_6.3V_Y
AV26
VCCIO[37]
0402_NPO 0805_Y5V 0402_Y5V 0402_Y5V 0402_Y5V 0402_Y5V R5967
0402_NPO 0805_Y5V 0402_Y5V 0402_Y5V 0402_Y5V 0402_Y5V R5967
AV28 AT24 1 2
VCCIO[38] VCCVRM[2]
+VCCDMI +1_05V_VTT
AW26
VCCIO[39]
+1_5VRUN
NC_0_J
NC_0_J
AW28
VCCIO[40]
TSC
R5968 0603
R5968 0603
BA26 AT16 1 2
VCCIO[41] VCCDMI[1]
58mA
R5969
R5969
BA28 1 2
VCCIO[42]
C6235 0_J
C6235 0_J
BB26 AU16
For RF Noise VCCIO[43] VCCDMI[2]
+1_8VRUN
1U_6.3V_Y 0603 NC_0_J
1U_6.3V_Y 0603 NC_0_J
BB28
VCCIO[44]
0402_Y5V 0603
0402_Y5V 0603
BC26
VCCIO[45]
R5970
R5970
BC28 1 2
VCCIO[46]
BD26
VCCIO[47]
0_J
0_J
BD28
VCCIO[48]
0603
0603
BE26 AM16
VCCIO[49] VCCPNAND[1]
357mA
BE28 AK16
VCCIO[50] VCCPNAND[2]
+3VRUN
BG26 AK20
VCCIO[51] VCCPNAND[3]
BG28 AK19
B VCCIO[52] VCCPNAND[4] B
196mA
BH27 AK15
VCCIO[53] VCCPNAND[5]
+1_8VRUN
AK13
VCCPNAND[6]
C6236
C6236
AN30 AM12
VCCIO[54] VCCPNAND[7]
+1_05V_VTT +VCCFDIPLL +1_05V_5V_8V_RUN
0.1U_10V_K
0.1U_10V_K
AN31 AM13
L170
L170
VCCIO[55] VCCPNAND[8]
156mA
0402_X5R
0402_X5R
AM15
VCCPNAND[9]
R5972
R5972
1 2
C6238
C6238
AN35
VCC3_3[1]
NC_0_J NC_1UH_0805 C6237 0.1U_10V_K
NC_0_J NC_1UH_0805 C6237 0.1U_10V_K
0603 EFLS2012-1R0M RDC15 NC_10U_6.3V_Y 0402_X5R
0603 EFLS2012-1R0M RDC15 NC_10U_6.3V_Y 0402_X5R
0805_Y5V
0805_Y5V
AT22
VCCVRM[1]
BJ18 AM8
VCCFDIPLL VCCME3_3[1]
+3VRUN 0.85A
AM9
VCCME3_3[2]
+1_05V_VTT
AM23 AP11
VCCIO[1] VCCME3_3[3]
VCCME3_3 R5975 0_J 0603
R5975 0_J 0603
AP9 1 2
Default is use Internal VRM VCCME3_3[4]
For Disable Auburndale Graphic
Ibexpeak-M C6239
Ibexpeak-M C6239
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