C36
10u_6. 3V _X5R _06
C31 0
10u_6.3V_X5R_06
1K PU to VTT and 1K PD to GND
fo r P OC
1.1VS_VTT
ICCMAX_VTT Max Current
for VTT Rail
SV 18
VCORE
The decoupling capacitors, filter
recommendations and sense resistors on the
CPU/PCH Rails are specific to the CRB
Implementation. Customers need to follow the
recommendations in the Calpella Platform
Design Guide
Please note that the
VTT Rail Values are
Auburndale VTT=1.05V
C347
0.1u_10V_X7R _04
C33
10u_6.3V_X5R _06
PROCESSOR 4/7 ( POWER )
C 335
*10u_6.3V_X5R _06
C345
0. 01u_50V_X7R _04
PSI #
C30 8
22u_6.3V_X5R _08
+VTT_44
TO VCORE POWER CONTROL
PROCESSOR UNCORE POWERPROCESSOR CORE POWE R
H_VTTV ID1
+VTT_43
C362
*22u_6. 3V _X5R_08
C334
*10u_6. 3V _X5R_06
C349
*22u_6.3V_X5R_08
C35 1
10u_6.3V_X5R _06
C331
10u_6.3V_X5R_06
C359
22u_6.3V_X5R _08
C336
*22u_6. 3V _X5R_08
C29
*10u_6.3V_X5R _06
POWER
CPU CORE SUPPLY
1.1V RAIL POWER
SENSE LINES
CPU VIDS
U16F
PZ98927- 3641-01F
ISE NSE
AN 35
VTT_SE NSE
B15
PS I#
AN 33
VID [0]
AK 35
VID [1]
AK 33
VID [2]
AK 34
VID [3]
AL35
VID [4]
AL33
VID [5]
AM 3 3
VID [6]
AM 3 5
PR OC _ D PRS LPVR
AM 3 4
VTT_ SELEC T
G15
VC C_SE NSE
AJ34
VSS_SE NS E_VTT
A15
VCC1
AG35
VCC2
AG34
VCC3
AG33
VCC4
AG32
VCC5
AG31
VCC6
AG30
VCC7
AG29
VCC8
AG28
VCC9
AG27
VCC10
AG26
VCC11
AF35
VCC12
AF34
VCC13
AF33
VCC14
AF32
VCC15
AF31
VCC16
AF30
VCC17
AF29
VCC18
AF28
VCC19
AF27
VCC20
AF26
VCC21
AD35
VCC22
AD34
VCC23
AD33
VCC24
AD32
VCC25
AD31
VCC26
AD30
VCC27
AD29
VCC28
AD28
VCC29
AD27
VCC30
AD26
VCC31
AC35
VCC32
AC34
VCC33
AC33
VCC34
AC32
VCC35
AC31
VCC36
AC30
VCC37
AC29
VCC38
AC28
VCC39
AC27
VCC40
AC26
VCC41
AA35
VCC42
AA34
VCC43
AA33
VCC44
AA32
VCC45
AA31
VCC46
AA30
VCC47
AA29
VCC48
AA28
VCC49
AA27
VCC50
AA26
VCC51
Y35
VCC52
Y34
VCC53
Y33
VCC54
Y32
VCC55
Y31
VCC56
Y30
VCC57
Y29
VCC58
Y28
VCC59
Y27
VCC60
Y26
VCC61
V35
VCC62
V34
VCC63
V33
VCC64
V32
VCC65
V31
VCC66
V30
VCC67
V29
VCC68
V28
VCC69
V27
VCC70
V26
VCC71
U35
VCC72
U34
VCC73
U33
VCC74
U32
VCC75
U31
VCC76
U30
VCC77
U29
VCC78
U28
VCC79
U27
VCC80
U26
VCC81
R35
VCC82
R34
VCC83
R33
VCC84
R32
VCC85
R31
VCC86
R30
VCC87
R29
VCC88
R28
VCC89
R27
VCC90
R26
VCC91
P35
VCC92
P34
VCC93
P33
VCC94
P32
VCC95
P31
VCC96
P30
VCC97
P29
VCC98
P28
VCC99
P27
VCC100
P26
VTT0_33
AF 10
VTT0_34
AE 10
VTT0_35
AC 10
VTT0_36
AB 10
VTT0_37
Y10
VTT0_38
W10
VTT0_39
U10
VTT0_40
T10
VTT0_41
J12
VTT0_42
J11
VTT0_1
AH 14
VTT0_2
AH 12
VTT0_3
AH 11
VTT0_4
AH 10
VTT0_5
J14
VTT0_6
J13
VTT0_7
H14
VTT0_8
H12
VTT0_9
G14
VTT0_10
G13
VTT0_11
G12
VTT0_12
G11
VTT0_13
F14
VTT0_14
F13
VTT0_15
F12
VTT0_16
F11
VTT0_17
E14
VTT0_18
E12
VTT0_19
D14
VTT0_20
D13
VTT0_21
D12
VTT0_22
D11
VTT0_23
C14
VTT0_24
C13
VTT0_25
C12
VTT0_26
C11
VTT0_27
B14
VTT0_28
B12
VTT0_29
A14
VTT0_30
A13
VTT0_31
A12
VTT0_32
A11
V SS_SE NSE
AJ35
VTT0_43
J16
VTT0_44
J15
C330
22u_6.3V_X5R _08
C 319
22u_6.3V_X5R _08
C32 5
22u_6.3V_X5R _08
C353
*10u_6. 3V _X5R_06
C341
22u_6.3V_X5R _08
C355
*10u_6.3V_X5R_06
C35 4
10u_6.3V_X5R _06
C311
22u_6.3V_X5R_08
R219
*1K_04
C312
22u_6.3V_X5R _08
C36 1
*22u_6. 3V _X5R_08
C34
*10u_6.3V_X5R_06
R220
1K_04
C28
10u_6. 3V _X5R _06
R223
1K _04
C352
10u_6.3V_X5R _06
C342
*22u_6. 3V _X5R_08
C338
22u_6.3V_X5R _08
C32
*10u_6.3V _X5R _06
C34 4
22u_6.3V_X5R _08
C346
10u_6.3V_X5R _06
C339
22u_6.3V_X5R _08
C333
10u_6.3V_X5R _06
R222
*1K_04
C363
22u_6.3V_X5R _08
C34 0
10u_6.3V_X5R _06
C332
*10u_6. 3V _X5R_06
1.1VS_ VTTVCO R E
1.1VS_VTT
VCORE
1.1VS_VTT
1.1VS_V TT
VCORE
IM O N 3 6
VS S_SEN SE 36
VC C _ SEN SE 36
1.1VS _VTT 2,4,7,14, 15,16,19,20,21,34,35, 36
VCORE 36
PM _D PR SLPVR 36
H_VID2 36
H_VID5 36
H_VID4 36
H_VID6 36
H_VID3 36
H_VID1 36
PS I# 3 6
VTT_SE NSE 34
H_VID0 36
I C CM AX Ma xi m um Pr oc e ss or S V 48
R 209 *10m il_s hort_04
R 211 *10m il_s hort_04
VTT TOTAL 21A
48A
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