5
4
3
2
1
ZAAA Serials SkyLake-U SYSTEM BLOCK DIAGRAM BOM VRAM X32 GDDR5/ 1.35V
D
SKY LAKE ULT 15W MCP 1356pins PCI-E x4 Dual Channel DDR4
IMC
X'TAL 27MHz
P12
CLK
DDR4-SODIMM DDR4-SODIMM CHB
eDP
P13
DC+GT3e
P14~P18 EDP
eDP Conn.
X4
DDI2
42 mm X 24 mm
DP-2
SATA0
SATA HDD
D
P19
N16P-GT N16S-GTR N16S-GT1-KA N16S-GT1-KB
X4
TX/RX
DDR4-SODIMM DDR4-SODIMM CHA
GPU
PCIE1-4
P21
RTD2166
X2
VGA Conn.
P21
P22
SATA
P26
SATA ODD
+5V_S5
SATA1
TPS25810RVCR P20
P26 USB3.0 USB2-8
C
Type-C connector
PTN36242LBS
P20
P20
C
USB2-9
Finger print P26
Integrated PCH
USB2-7
CCD(Camera)
DP-1
DDI1
PTN3366BS
X4
HDMI Conn.
P23
USB3-1 & USB3-2
P23
P22 USB3.0/2.0
USB2-6
Touch Screen
USB2-1 & USB2-2
USB3 Port MB side USB3 port 2 USB3 port 1 P29
P22 USB2.0
USB2-5
Blue Tooth
PCI-E x1
I/O board
I/O Board Conn.
P27
CLK
USB2-4
USB2 IO*2
M.2 SSD X1
P27
PCIE-6
USB2-3
PCI-E x2
P29
MINI CARD WLAN+BT
X1 X'TAL 32.768KHz
PCIE-5 DMIC_CLK0 DMIC_DATA0
B
P6
Azalia
P2~P10
IHDA
Int. D-MIC
RJ45
P24
B
P24
X'TAL 25MHz
SPI ROM 8M+4M P7
EC
ALC255 AUDIO CODEC
P25
P24
I2C_0 SPI
LPC
D-MIC
Cardreader CONN. 2in 1
CLK
RTC
BATTERY
X1
X'TAL 24MHz
RTL8411B 10/100/1G
P27
TPM(option)
IT8987 P25
P30
P26
BQ24780S Batery Charger
RT8231BGQW P31
RT6575AGQW +3V/+5V
P32
+1.2VSUS
UP1658RQKF P35
+VGPU_CORE
ISL95859HRTZ-T
RT8068AZQW
+VCORE/VCCSA/VCCGT
+1.05V_GFX
P36
P41
P36
G5335QT2U +1V_S5
A
Universal HP
Speaker*2
P 25
P 25
LED
K/B Con. P28
P28
K/B BL Con.
P28
Touch PAD P28
HALL SENSOR P22
Fan Driver (Fan signal) P28
G5335QT2U P33
Thermal Protection P39 Discharger
+1.35V_GFX
P41
NB681GD-Z +VCCOPC/+VCCEOPIO
P34
A
Quanta Computer Inc.
5
4
3
2
1
D
D
C
C
B
B
APS1
R289
*0_6
Intel APS Fixture use
APS3
R272
APS7
*0_6
+3V_S5
CN2
A
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
APS1 APS3
APS7
*ACES_88511-180N
R291 R282 R278 R279 R274 R273 R271
*0_6 *0_4 *0_6 *0_4 *0_4 *0_4 *0_6
R268
*0_4
R265
*0_4
R267
*0_4
S US B#
8 ,3 0, 32
P CH _S LP _S 5# 8 S USC # 8 ,3 0 P CH _S LP _A # 8
SYS_RESET#
R TC _R ST#
6
N BS WO N#
2 8, 30
S YS _R ES ET #
+3VPCU +3V_S5 +3VPCU
2,3,4,6,7,8,9,20,24,26,27,28,30,32,34,35,40 6,9,22,24,25,26,27,28,30,31,32,39,40,41
+3VPCU
8
A
Quanta Computer Inc. PROJECT :ZAA
5
4
3
2
1
DP TO VGA Close to CPU side of CAP.
D
2
DDI2_TXP0
2
DDI2_TXN0
2
DDI2_TXP1
2
DDI2_TXN1
2
PCH_DP_HPD 2
DDI2_AUXN
2
DDI2_AUXP
R10842 *short_4
CRT_TXP0
R10843
*short_4
CRT_TXN0
R10844 *short_4
CRT_TXP1
R10845 *short_4
CRT_TXN1
R10846 *short_4
CRT_HPD
R10847 *short_4
CRT_AUXN
R10848 *short_4
CRT_AUXP
D
7,12,13,28 7,12,13,28
C
R 11 19 0 R 11 18 9
CLK_SDATA CLK_SCLK
* 0_ 4 * 0_ 4
C
Power
C4752
+3V
D P H _ T R C
+3V L4
AVCC33
L4208
VDD_DAC_33 100MHz_6
100MHz_6
3 3 U13 D A P E
CRT_AUXN
C 34 3
0 . 1U /1 6 V_ 4
AUX_CH_N
CRT_AUXP
C 34 1
0 . 1U /1 6 V_ 4
AUX_CH_P
C4748 0.1U/16V_4
AVCC33
1
AUX_CH_P
2
AUX_CH_N
3
VCCK_V12
4
LANE0_P
5
LANE0_N
6
LANE1_P
7
LANE1_N
8
AVCC_33
C 33 5
0 . 1U /1 6 V_ 4
LANE0_P
CRT_TXN0
C 33 1
0 . 1U /1 6 V_ 4
LANE0_N
0.1U/16V_4
A D S _ C I I C
V 3 +
D L L C P R H T S _ C _ B V M 2 . S 1 T X E
A I X D S _ B M S
B T S R _ O D L
AUX_N AVCC_12
C4751 0.1U/16V_4
3 2 3 1 _ _ C K C C V C P V GND RED_P GREEN_P
RTD2166
BLUE_P
LANE0_P
VDD_DAC_33
LANE0_N
HSYNC
LANE1_P
VSYNC
LANE1_N
+3V
B E C I_ P S / 2 1 L L O O P P
K L C I_ P S
I S I_ P S
O S I_ P S
VGA
VCCK_V12
2 1 0 9 8 7 6 5 3 3 3 2 2 2 2 2
AUX_P
B
CRT_TXP0
L C S _ C I I C
HVSYNC_PWR L A 3 C D 3 S S _ _ _ C A A C G G V V V
C4754 2.2U/6.3V_6
24 23
CRT_RED
22
CRT_GRE
21
CRT_BLU
20
VDD_DAC_33
19
HSYNC_C
18
VSYNC_C
DDCDAT
D DC DA T
DDCCLK
D DC CL K
22
HSYNC_C
R 11 19 1
* sh or t_ 4
HSYNC
22
VSYNC_C
R 11 19 2
* sh or t_ 4
VSY NC
22
CRT_RED +5V CRT_GRE
17
22
C RT _R ED
22
C RT _G RE
22
C RT _B LU
22
B
C4749 0.1U/16V_4
C4753 4.7U/10V_6
C4750 0.1U/16V_4
CRT_BLU
9 0 1 2 3 4 5 6 1 1 1 1 1 1 1
CRT_TXP1
C 32 9
0 . 1U /1 6 V_ 4
LANE1_P
R 1 11 8 7
4 .7 K _4
CRT_TXN1
C 31 5
0 . 1U /1 6 V_ 4
LANE1_N
R 1 12 8 5
* 4. 7 K_ 4
R 1 12 8 6
4 .7 K _4
R 1 11 8 8
4 .7 K _4
R 1 12 8 7
* 4. 7 K_ 4
K T L A C D V C C 3 D D + D D
6 7 3 4 P T
Note: 1- C1,C3,C4,C5,C11,C16, C21 should be placed close to chip 2- C5 shold be X5R material
A
3- R6, R7, R8 should be 75 ohm with +/-1% 4- Suggest to connect Pin 29 and Pin 30 to PCH SMBUS for debug purpose. 5- This configuration is for internal ROM mode and using embedded LDO mode.
A
Quanta Computer Inc.
5
4
3
2
1
HDMI +3V HDMI_EQ1
R11275
10K_4
R11276
*0_4
+3V HDMI_EQ0
R1 12 74
*10 K_ 4
R11277
0_4
D
D
+3V
HDMI_MB_HPD HDMI_DDCDATA_MB HDMI_DDCCLK_MB +3V C4609 0.1U/16V_4_X7R
C4784 0.1U/16V_4_X7R
4 3 2 1 0 9 8 7 2 2 2 2 2 1 1 1 2 2 2 2 2 2 2 2 2 2
From PCH
INT_HDMITX0P INT_HDMITX0N INT_HDMITX1P INT_HDMITX1N INT_HDMITX2P INT_HDMITX2N INT_HDMICLK+ INT_HDMICLK-
INT_HDMITX0P INT_HDMITX0N INT_HDMITX1P INT_HDMITX1N INT_HDMITX2P INT_HDMITX2N INT_HDMICLK+ INT_HDMICLK-
U18 PTN3366BS
D N N K K K D N E N N N D _ N E _ S S S V E G _ C _ _ O M _ A R D D L C E D P D T H S S
HDMI_DDCDATA_SW HDMI_DDCCLK_SW
HDMI_DDCDATA_SW HDMI_DDCCLK_SW
C405 C398 C407 C406 C411 C408 C389 C387
0.1u/16V_4 0.1u/16V_4 0.1u/16V_4 0.1u/16V_4 0.1u/16V_4 0.1u/16V_4 0.1u/16V_4 0.1u/16V_4
INT_HDMITX0P_C_R INT_HDMITX0N_C_R INT_HDMITX1P_C_R INT_HDMITX1N_C_R INT_HDMITX2P_C_R INT_HDMITX2N_C_R INT_HDMICLK+_C_R INT_HDMICLK-_C_R
25 26 27 28 29 30 31 32 33
C
IN_D1IN_D1+ IN_D2IN_D2+ IN_D3IN_D3+ IN_D4IN_D4+
OUT_D1OUT_D1+ OUT_D2OUT_D2+ OUT_D3OUT_D3+ OUT_D4OUT_D4+
C C C R R R S S T _ _ S _ D 1 D X D A L 0 D Q N E P D C Q V E G R H S S E
CEN_PAD
GND GND GND GND
INT_HDMITX0P_C INT_HDMITX0N_C INT_HDMITX1P_C INT_HDMITX1N_C INT_HDMITX2P_C INT_HDMITX2N_C INT_HDMICLK+_C INT_HDMICLK-_C
16 15 14 13 12 11 10 9 37 36 35 34
C
1 2 3 4 5 6 7 8 +3V
1 Q E I_ M D H C4783 0.1U/16V_4
W S W R _ S _ A _ D T K P A L H D C _ C C 0 B D D Q M D D E I_ I_ I_ I_ M M M M 4 D D D D _ H H H H F / K 4 . 2 1
+3V
C4785 0.1U/16V_4_X7R
C4608 0.1U/16V_4_X7R
C4607 0.1U/16V_4_X7R
C4786 0.1U/16V_4_X7R
C386 0.1U/16V_4_X7R
C413 0.1U/16V_4_X7R
C4787 0.1U/16V_4_X7R
3 7 2 1 1 R
+3V
HDMI_5V
R 32 2
2 .2 K_ 4
HDMI_DDCCLK_SW
R 31 9
2 .2 K_ 4
HDMI_DDCDATA_SW
D31
RB501V-40 1
R316
2.2K_4
D30
RB501V-40 1
R317
2.2K_4
2
B
2
HDMI_DDCCLK_MB
HDMI connector
B
HDMI_DDCDATA_MB CN12 INT_HDMITX2P_C INT_HDMITX2N_C INT_HDMITX1P_C INT_HDMITX1N_C INT_HDMITX0P_C
+3V
+3V INT_HDMITX0N_C INT_HDMICLK+_C
S0 2
R722 *1M_4
S0
2 3
R315
R718
HDMI_DDCCLK_MB HDMI_DDCDATA_MB
HDMI_MB_HPD_R *120/F_4
Q41 *2N7002K *short_4
INT_HDMICLK-_C +5V
INT_HDMITX2P_C
1
INT_HDMI_HPD
EMI
INT_HDMITX2N_C R11064 100K_4
INT_HDMITX1P_C R314
Q26
3
IN
OUT GND
AP2331SA-7
*120/F_4
HDMI_5V
1 2
HDMI_MB_HPD R7 21 C383 *220p/50V_4
D6 *AZ5125-01J
1
SHELL1 D2+ D2 Shield D2D1+ D1 Shield D1D0+ D0 Shield D0GND CK+ CK Shield GND CKCE Remote NC DDC CLK DDC DATA GND +5V HP DET SHELL2
23 22
21
HDMIconnector
DDS 0L**(&&1***
R720 20K_4
INT_HDMITX1N_C
Rev:D change to shortpad
2
INT_HDMITX0P_C R312
*s ho rt_ 4HP_DET_CN
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19
20
*120/F_4 INT_HDMITX0N_C
A
A
INT_HDMICLK+_C +3V +5V +1.5 V
2,4,6,7,8,9,12,13,14,16,21,22,24,25,26,27,28,30,32,33,34,35,36,39,40,41 21,22,25,26,2 8,32,39 9,25,27,39
R303
*120/F_4 INT_HDMICLK-_C
Quanta Computer Inc.
5
4
3
2
1
##
VIN PU15
IN IN 7
+5VPCU
PR88 10_6
D
G5335-VCC-1 21
NC
IN
22 24
Fsw=550KHz PR97 73.2K/F_4
G5335QT2U TON
PR295 100K/F_4
BST
6
PR9 4
HWPG_1VS5
*short_4G5335-PWRGD-1 1
PGOOD LX LX LX LX LX LX
+5VPCU
G5335-AGND-1
PR93
*0_4
PR 87
*s hort_4
G5335-PFM-1
3
8 _ 8 3 V 5 2 / 2 C u P 0 1
6 7 _ 3 V 0 2 / 5 C p P 0 0 2 2
+1V_S5 1.0 Volt +/- 5% TDC : 6.82A PEAK : 9.1A Width : 280mil
PFM
PC271 *0.01U/25V_4
G5335-TON-1
10 11 16 17 18 25
PC267 0.1U/25V_6
PL15 0.68uH_7X7X3 1 2
G5335-LX-1
6 _ 9 V 3 . 2 3 6 C / P U 2 2
PR98 *4.7_6
Pulse-Skipping mode
6 _ 4 V 3 . 2 3 6 C / P U 2 2
6 _ 5 V 4 . 2 3 6 C / P U 2 2
6 _ 2 V 4 . 2 3 6 C / P U 2 2
6 _ 8 V 4 . 2 3 6 C / P U 2 2
6 _ 6 V 3 2 3 . 6 C / P U 2 2 *
6 _ 8 V 6 2 3 . 6 C / P U 2 2 *
4 _ 0 V 5 2 6 1 C / P U 1 . 0
R1 PR86 5.1K/F_4
30
+1V_S5_ON
PR 83
G5335-EN-1
*s hort_4
2
EN PGND PGND PGND
G5335-AGND-1
PGND
G5335-SS-1
23
PC235 *1000P/50V_4
PC270 *680p/50V_6
PC272 *0.047U/10V_4
C
D
+1V_S5
20 G5335-BST-1 PR99 2.2_6
30
4 9 _ 6 V 5 2 2 C / P U 1 . 0 *
9
VCC
PC243 10U/6.3V_6
+3V
IN
8
PGND
12 13
C
R2
14 15
Vo=0.8*(R1+R2)/R2 =1V
PR92 20K/F_4
19
SS AGND
PC89 0.047U/10V_4
FB
G5335-AGND-1
4
G5335-AGND-1
G5335-AGND-1
5
VFB=0.8V
G5335-FB-1
PR8 2
*short_4
G5335-AGND-1
B
B
VIN
+1V_SUS
PR141 1M_6
VIN
PR139 22_8
+1V_S5
PR142 1M_6
SUSD
3
8,35
SUSON_R
3
2 1
PQ7 2N7002K
1
2
PR4210 *0_6
1
2
PR140 1M_6
5 3
3
2
PQ6 DTC144EU
+1V_S5
MAIND
MAIND
4 PQ26 MDV1528Q
3 2 1
+1V_SUS
PQ8 2N7002K
1
32,35,39
PQ23 AO3404
+VCCIO PC101 *2.2n/50V_4
PC6230 22u/6.3V_6
TDC : 0.18A PEAK : 0.24A Width : 20mil
PC6231 *22u/6.3V_6
ZRW Rev F Add
TDC : 2.36A PEAK : 3.14A Width : 100mil
ZRW Rev F Add
A
A
Quanta Computer Inc. PROJECT : ZAA Size
Document Number
Rev 1A
+1V_S5 (G5335QT2U) Date: 5
4
3
2
Monday, March 28, 2016
Sheet 1
33
of
48
5
4
3
2
1
+3V_S5
+VCCOPC Power only for 2+3e CPU
PR292 *short_4 3 V 3 _ C P O C C V +
D
D
+VCCOPC TDC : 4.5A PEAK : 6A Width : 200mil
PC230 GT3@1u/10V_4
0 1 VIN
8 _ 9 V 9 5 2 C / P u 0 1 @ 3 T G
8,36
PR1 36
VRON_R
+3V_S5
4 _ 5 F 3 / 1 K R 0 0 P 1
R697 *GT3@10K_4
30
LPM_ZVM_N
PR2 80
4 4 _ 0 V 9 _ 0 0 2 V 5 1 5 2 / / C P C 2 P 0 P U 1 . 0 0 2 2 @ 3 @ T 3 T G +VCCOPC_EN G
@ 3 T G
*sh ort_ 4
C
9
8 _ 8 V 2 5 2 / 2 C u P 0 1
*sh ort_ 4
@ 3 T G * PR2 88
4 _ 9 / 8 F 2 K R 0 P 0 1 @ 3 T G *sh ort_ 4 P R29 0
HWPG_+VCCOPC
+VCCOPC_MODE
1
3 V 3
VIN
BST
* sho rt_ 4
5
8
+VCCOPC_SW
[email protected]/50V_6
7
SW EN
12
PU14 MODE GT3@NB681GD-Z VOUT
6 13
LP#
D N G A
PG
PR344
C0
4 _ 6 V 2 2 6 1 C / u P 1 . 0
GT3@10/F_4
2
C1
4 _ 3 F 9 / 2 K R 0 P 0 1 @ 3 T G +3V
B
+VCCOPC_VBST PC231 PR291 *short_6
PL13
[email protected]_7X7X3
PGND
+VCCOPC_LP#
9
+VCCOPC_SRC
5
6 _ 2 V 2 2 3 . 6 C / P F u 2 2 @ 3 T G
@ 3 T G
3
VCCOPC_VID1_C P R28 6
* sho rt_ 4 VCCOPC_VID1
4
VCCOPC_VID0_C P R28 7
* sho rt_ 4 VCCOPC_VID0
6 _ 5 V 2 2 3 . 6 C / P F u 2 2 @ 3 T G
PR6306
*short_8
PR6307 6 _ 3 V 2 2 3 . 6 C / P F u 2 2 @ 3 T G
*short_8
+VCCOPC +VCCEOPIO C
+3V_S5
1 1
PR294 *short_ 6 R705 GT3@10K_4 6 81 _AGND
R708 *GT3@10K_4
5
B
VCCOPC_VID0 VCCOPC_VID1
Mode
LP#
VR Rail
0 ohm
VCCIO
Floating
PRIMCORE
100K
EDRAM/EOPIO
150K
Other
VCCEDRAM
C1
C0
Vo
0
X
X
0V
1
0
0
0.8V (MSM)
1
0
1
0.95V
1
1
0
1.0V
1
1
1
1.05V
R706 *GT3@10K_4
R707 GT3@10K_4
A
A
5 22,25,26,31,32,33,35,36,37,38,39,40,41 2,4,6,7,8,9,12,13,14,16,21,22,23,24,25,26,27,28,30,32,33,35,36,39,40,41 2,3,4,6,7,8,9,11,20,24,26,27,28,30,32,35,40
Quanta Computer Inc.
+VCCOPC VIN +3V +3V_S5
PROJECT : ZAA Size
Document Number
Rev 1A
+VCCOPC (NB681GD-Z) Date: 5
4
3
2
Monday, March 28, 2016
Sheet
34 1
of
48
5
4
3
2
1
+3V
PR107 100K/F_4
30 8,33
HWPG_VDDR SUSON_R
P R2 67
* sh or t_ 4
P R2 63
* sh or t_ 4
22,25,26,31,32,33,34,36,37,38,39,40,41 VIN 29,32,36,37,38,40 +5V_S5 12,13 DDR_VTTREF 12,13 +VDDQ 3,5,12,13 +1.2VSUS PC203 *0.1U/16V_4
D
8,32,39
P R2 57
MAINON_R
* sh or t_ 4
3 S _ V 5 3 P 1
PC196 *0.1U/16V_4
5 S _ V 5 3 P 1
D
S C _ V 5 3 P 1
Fsw=500KHz PR261
1P35V_TON
20
VTT
BOOT1
4
100/F_4 PC212 0.1U/16V_4
PC218 0.033U/10V_4
1P35V_UGATE
18
1P35V_BOOT
PHASE
16
1P35V_PHASE
15
1P35V_LGATE
VTTREF
19 6 8 _ 9 V . 1 3 6 C / P U 0 1 *
LGATE
12
1P35V_VDD P R2 74
VLDOIN
VDD
8 _ 3 1 V 5 2 / 2 C u P 0 1
8 _ 1 8 V 5 1 / 2 C u P 0 1
4 _ 6 8 V 0 2 / 5 C P P 0 0 2 2
4 3 _ 8 V 5 2 / 2 C U P 1 . 0
4
3 2 1
2.2_6
PL11 1uH_7X7X3
0.1u/50V_6 5
* sh or t_ 4
PR90 *4.7_6
+5V_S5
4 _ 5 V 1 6 2 1 C / P U 1 . 0
PR254 *short_4
4 PC217 1U/6.3V_4
D Q D N D D G B D N I D A G V P F V P
+1.2VSUS C
+1.2VSUS
PC202
PR251
VTTGND PU21 RT8231BGQW
PR269
17
VTTSNS
1
+VDDQ
5
PQ24 AON7410
UGATE
2 PC207 10U/6.3V_6
4 5 _ 8 V 5 2 / 2 C U P 1 . 0
499K/F_4
3 5 D S N S S O C O T O G P
DDR_VTTREF
+1.2VSUS 1.2 Volt +/- 5% TDC : 5A PEAK : 6.67A OCP : 9A Width : 200mil
VIN
PR250 232K/F_4
0 3 7 8 1 1 9
TDC : 0.45A PEAK : 0.6A Width : 20mil TDC : 0.38A PEAK : 0.5A Width : 20mil
Ilimit=9A D O O G P _ V 5 3 P 1
PQ25 AON7752
8 _ 4 V 9 . 1 3 6 C / P U 2 2
8 _ 9 V 1 . 2 3 6 C / P U 2 2
8 _ 6 V 1 . 2 3 6 C / P U 2 2
8 _ 5 V 0 . 2 3 6 C / P U 2 2
+
2 . 4 X 4 6 8 _ 2 V C 5 . P 2 / u 0 3 3 *
PC197 *680p/50V_6
3 2 1
C
3 1 4 6 5 1 1 1 2 1P35V_S3 P R6 30 3
3
P R6 30 2
DDR_VTTT_PG_CTRL
* 0_ 4
* 0_ 4
1P35V_S5 P R2 81
* sh or t_ 4
P R2 64
* sh or t_ 4
1P35V_S3 +5V_S5
PR265
1 P 3 5 V _ V I D
1 P 3 5 V _ F B
Rds(on)=14.5mohm 1P35V_VDDQ PR258
*0_4
7.87K/F_4
VID
Ref. Voltage
High
0.675V
Low
0.75V
PR266 10K/F_4
OCP=9A L ripple current =(19-1.2)*1.2/(1u*500k*19) =2.248A Vtrip=9-(2.248/2)*14.5mohm =114.202mV Rlimit=114.202mV/5uA*10=228.4Kohm
DDR=1.2V PR255=7.87K/F_4 PR240=10K/F_4
S3
S5
S0
1
1
VDDQ ON
VTTREF ON
VTT
S3 (mainon off)
0
1
ON
ON
OFF
S4/S5
0
0
OFF
OFF
OFF
ON
B
B
+2.5VSUS Power Rail For DDR4
10/26 Reserve +2.5V for DDR4 VDDSPD +2.5V_SUS +3V_S5
+3V
PR285
12,13
*short_6 PC244
Check PU high with HW
4.7U/6.3V_6 PR314 100K/F_4
+2.5V_SUS PU16
30
HWPG_2.5V
SUSON_R
30
A
DDR4_SUSON_2V5
P R3 06
* sh or t_ 4
5
P R3 07
*0_4
P R2 71
10 K_4
1
* sh or t_ 4
PC240 4 _ V 4 / F u 7 4 . 0
32,33,39
MAIND
PQ6065 *AO3404
N I V
PG
3
2
4 3
EN
LX
1
PL17
G5719LX2.5V 2.2uH/1.85A_2.5X2X1.2 P R2 73
PR304
+2.5V_SUS
+2.5V_SUS 2.5Volt +/- 5% TDC : 0.91A PEAK : 1.21A Width : 40mil
+2.5V
* sh or t_ 4
2
GND B F
G5719CTB1U 6
R1 PR278
+2.5V PC233 6 _ V 3 . 6 / u 0 1
PC232 6 _ V 3 . 6 / u 0 1 *
PC241 4 _ V 6 1 / U 1 . 0
12,13,39
TDC : 0.16A PEAK : 0.21A Width : 20mil
47.5K/F_4
R2
PR302 15K/F_4
A
Vo=(0.6(R1+R2)/R2)
Quanta Computer Inc.
5
4
3
GT2 : PR19 Unstuff
2
1
GT3 : PR19 CS41003F932 100K
VCORE +VIN_VCCCORE
+5V_S5
P R 55
6 9 _ 4 V 1 0 1 C / P U 7 . 4
PU8 VCORE_VCC 23
AOZ5049QI
PWM_A
36
FCCM_A
P R 23 7
* sh or t _4
1
P R 23 8
* sh or t _4
2
6 22
VIN VIN
PVCC VCC
24
Rail A 36
8 5 _ 5 V 1 5 2 C / u P 0 1
* sh or t _6
8 _ 2 V 5 5 C 2 P / u 0 1
6 _ 4 V 5 0 1 5 C / U P 1 . 0
1
6 _ 1 V 5 C 0 5 P / P 0 0 2 2
+
2
5 . 4 x 9 6 2 _ 2 6 V 5 C 2 P /
D
Icc TDC PL2：23A Icc Max：32A
U 3 3
OCP：35A 4 3
GH BOOT PWM
VCORE_VBST PR231
+VCCCORE *short_6 PC144 0.1u/50V_6
FCCM 5 13
VSWH VSWH D D N N G G P P
VCORE
VIN
D
VCORE_PHASE
1
19 20
GL GL
2 3
DCR=0.66mOhm
R_DC_LL ：2.1mV/A
4
PR60 2.2/F_6
1 9 2
4 _ 1 V 6 6 1 1 C / u P 1 . 0
PC58 1000P/50V_4
36
ISUMP_A
36
ISUMN_A
P R 21 5
Fsw：800KHz VCORE L/L：
PL4 0.15uH_7X7X4
8 _ 4 V 6 3 1 . 6 C / P u 2 2
8 _ 8 V 6 3 1 . 6 C / P u 2 2
+
+
3 4 3 2 7 _ 6 V 1 2 C / u P 0 3 3
3 4 3 9 7 _ 5 V C 2 P / u 0 3 3
R_AC_LL：2.1mV/A
3 . 65 K /F _6
PR214
10/F_6
VCCGT C
C
+VIN_VCCGT PR6304 +5V_S5
P R 61
* sh or t _6 *short_37 6 6 _ 4 V 0 1 1 C /
PU 13
P U 7 . 4
VCCGT_VCC1
23 24
PWM1_B
36
FCCM_B
P R 22 8
* s ho rt _ 4
1
P R 22 9
* s ho rt _ 4
2
8 7 _ 4 V C 5 2 P / u 0 1
A OZ5049Q I
VIN VIN
PVCC VCC
Rail B 36
VIN
GH BOOT
6 22
4 3
VCCGT_VBST1 PR223
PWM
8 8 _ 4 V 1 5 2 C / u P 0 1
6 _ 0 V 5 0 1 5 C / U P 1 . 0
GL GL
5 13
2
VCCGT
U 3 3
Icc TDC PL2：40A
*short_6
Icc Max：64A
PC142 0.1u/50V_6
VSWH VSWH
+
+VCCGT
FCCM
D D N N G G P P
5 . 4 x 8 6 3 _ 1 V C 5 2 P /
1
6 _ 8 V 4 0 C / P 5 P 0 0 2 2
PL2 0.15uH_7X7X4
VCCGT_PHASE1
1
19 20
2 3
4 _ 9 V 5 6 1 1 C / u P 1 . 0
4
PR57 2.2/F_6
1 9 2
OCP：A
DCR=0.66mOhm 8 _ 0 V 7 1 3 . 6 C / P u 2 2
8 _ 2 V 7 1 3 . 6 C / P u 2 2
Fsw：800KHz
3
4 + 3 3
6 1 7 _ C V P / 2 u 0 3 3
VCCGT L/L： R_DC_LL ：2mV/A
PC55 1000P/50V_4
R_AC_LL：2mV/A 36
ISUMP_B
36
ISUMN_B
P R 20
GT2 : PR19 Unstuff GT3 : PR19 CS41003F932 100K ISEN1_B
B
VCCGT = 1 phase for U22 , 不周 VCCGT = 2 phase for U23e , 周
3 . 65 K /F _6
PR19
GT3@100K/F_6
P R1 7
1 0/ F_ 6
P R 18
G T3 @1 00 K /F _4
I SE N2 _B
36 B
2015/10/2 FAE Suggestion
+VIN_VCCGT PR62 +5V_S5
*short_6 6 7 _ 4 V 1 0 1 C / P U 7 . 4
Rail B 36
PWM2_B FCCM_B
P U7 VCCGT_VCC2
23 24
@ 3 T G P R 23 3
G T 3@ 0_ 4
1
P R 23 4
G T 3@ 0_ 4
2
G T3 @A OZ 50 49 QI
VIN VIN
PVCC VCC
GH BOOT
8 _ 9 V 4 5 C 2 P / u 0 1 @ 3 T G
6 22
4 3
PWM
VCCGT_VBST2
8 _ 2 V 5 5 1 2 C / u P 0 1 @ 3 T G
PR230 *short_6 PC143
[email protected]/50V_6
FCCM VSWH VSWH D D N N G G P P
GL GL
5 13 19 20
6 0 _ 5 V 0 C 5 P / P 0 0 2 2 @ 3 T G
6 3 _ 5 V 1 0 C 5 / P U 1 . 0 @ 3 T G
+VCCGT
PL3
[email protected]_7X7X4
VCCGT_PHASE2
1
2 3
PR58
[email protected]/F_6
DCR=0.66mOhm 4 0 _ 6 V 1 6 1 C / u P 1 . 0 @ 3 T G
4
1 9 2 PC56 GT3@1000P/50V_4
A
ISUMP_B
PR190
[email protected]/F_6
ISEN2_B
P R 18 9
G T3 @1 00 K /F _6
P R 18 2
G T3 @1 0/ F _6
ISUMN_B
P R 18 8
2015/10/2 FAE Suggestion
5,36 22,25,26,31,32,33,34,35,36,38,39,40,41 5,36 29,32,35,36,38,40
+VCCCORE VIN +VCCGT +5V_S5
8 6 _ 6 V 1 3 . C 6 P / u 2 2 @ 3 T G
G T 3@ 10 0K / F_ 4
8 7 _ 6 V 1 3 . C 6 P / u 2 2 @ 3 T G
3
+ 8 4 3
5 1 7 _ C V P 2 / u 0 3 3 @ 3 T G
I S EN 1_ B
36
A
5
4
3
2
1
D
D
VCCSA +5V_S5
P R5 6
* sh or t_ 6 VIN
6 _ 1 V 5 0 1 1 C / U P 7 . 4
PU9 VCCSA_VCC
C
23 24
Rail C 36
PWM_C
36
FCCM_C
PR 239
* sh or t_ 4
1
PR 240
* sh or t_ 4
2
8 _ 4 V 5 5 2 C / P u 0 1
AOZ5029QI-5
VIN VIN
PVCC VCC
GH BOOT
6 22
8 _ 7 V 5 5 1 2 C / u P 0 1
VCCSA_VBST PR232 *short_6
VSWH VSWH GL GL
5 13
Fsw：800KHz PL5 0.47uH_7X7x3 1 2
VCCSA_SW
19 20
3
DCR=4.2mOhm 4 _ 1 V 7 6 1 1 C / u P 1 . 0
4
PR59 2.2/F_6
1 9 2
C
OCP：6A
+VCCSA PC145 0.1u/50V_6
FCCM
D N G P
Icc TDC PL2：5A Icc Max：5A
4 3
PWM
D N G P
VCCSA
6 _ V 3 0 5 5 / C P 0 P 0 2 2
6 _ 6 V 5 0 1 5 C / P U 1 . 0
8 _ 9 V 6 3 . 1 6 C / u P 2 2
8 _ 5 V 6 3 . 1 6 C / u P 2 2
VCCSA L/L： R_DC_LL：10.3mV/A R_AC_LL：10.3mV/A
PC57 1000P/50V_4
B
B
36
ISUMP_C
36
ISUMN_C
PR222 PR221
3.65K/F_6
5,36 22,25,26,31,32,33,34,35,36,37,39,40,41 29,32,35,36,37,40
10/F_6
+VCCSA VIN +5V_S5
A
A
Quanta Computer Inc. PROJECT : ZAA Size
Document Number
Rev 1A
VCCSA (ISL95808HRZ-T) Date: 5
4
3
2
Monday, March 28, 2016
Sheet 1
38
of
48
5
4
3
2
+5VPCU
+5VPCU
Check PU high with HW
PR81 *short_4
P R7 3 D
PC79 1u/6.3V_4
S5_ON
S5_ON
P R1 25 0
+3VPCU
P R69
1 00 K_ 4
PU6 YB1282PSP8
4
PC77 *1u/16V_6 30,32
2
*sh or t_4
3 8 9
* sh or t_ 8
VPP
PGOOD
VEN
VO
VIN GND GND
PR75 100K_4
1
J D A NC
P R5 3 PC81 1u/6.3V_4
HWPG_1.8VS5 P R1 24 9 * sh or t_ 8
6
R1
5
PC78 0.1u/50V_6
R2
MAINON_R 8,32,35
P R1 24 8
+1.8V_S5 1.8Volt +/- 5% TDC : 0.08A PEAK : 0.06A Width : 20mil
PR133 34K/F_4
P R37
MAINON_R +3VPCU
PC80 10u/6.3V_6
PC75 *0.1u/16V_4
+1.8V_S5
1 00 K_ 4
PU2 YB1282PSP8
4
PC70 *1u/16V_6
30
PR156 43.2K/F_4
7
Check PU high with HW
PR68 *short_4
+3V
VFB=0.8V PC76 10u/6.3V_6
1
2
*sh or t_4
3 8 9
* sh or t_ 8
VPP PGOOD VEN VIN GND GND
PR54 100K_4
VO
J D A NC
+3V
1
D
H WP G_ 1. 5V
6
P R1 24 7
R1
5
30
* sh or t_ 8
+1.5V 1.5Volt +/- 5% TDC : 0.49A PEAK : 0.66A Width : 20mil
PC71 10u/6.3V_6
7
VFB=0.8V PC65 10u/6.3V_6
PC74 0.1u/50V_6
PC61 *0.1u/50V_6
R2
Vo =0.8(1+R1/R2) =1.8V
+1.5V
PR121 30K/F_4
PR119 34K/F_4
Vo =0.8(1+R1/R2) =1.5V
PR153 Change to 220 ohm for bo bo sound issue.
C
C
VIN
VIN
VIN
Thermal protection PD4 DA2J10100L
PR151 1M_6
Need fine tune for thermal protect point Note placement position
+5V
+3V
PR137 *22_8
+VCCIO
PR153 *220_8
+2.5V
PR138 22_8
PR148 1M_6
PR6298 *22_8
MAIND
MAINON_ON_G
MAIND
3 3
3
3
32,3 3,35
3
3
TEMP=85C
PR152 1M_6
MAINON_R
1 PQ12 AO3409
2
2
PQ11 DTC144EU
PR150 1M_6
2 2
2
1
PR147 *100K/F_6
2
PQ4 *2N7002K
1
2
PQ10 *2N7002K
1
PQ5 2N7002K
1
PQ6066 *2N7002K
PQ3 2N7002K
PC103 2200p/50V_4
1
1
ZRW Rev:D Stuff
3 S5_ON
3
2 PQ13 DTC144EU
B
VL
PR154 *short_6
1
B
VL SYS_SHDN#
PR146 1.47K/F_4 PR262 10K/F_4_3435NTC
PR144 200K/F_4
PC104 0.1u/50V_6
3
8 2.469V
LM393_PIN2
3 2
3
S5_ON
PR155 200K_6
2,30,32
+
1
2
-
4
PU4A AS393MTR-E1
PQ14 2N7002K PC102 0.1u/50V_6
1
2 PQ9 2N7002K
PR145 200K/F_4
1
5 6
+
7
-
PU4B AS393MTR-E1
A
A
For EC control thermal protection (output 3.3V)
Quanta Computer Inc. PROJECT : ZAA Size
Document Number
Rev 1A
+1.8V/+1.5V/Thermal Protect Date: 5
4
3
2
Monday, March 28, 2016
Sheet 1
39
of
48
5
14,15,16 14,16,17,30 15,19
4
3
2
1
+1.05V_GFX +3V_GFX +1.35V_GFX
Check PU High with HW side
+1.05V_GFX TDC : 1.84A PEAK : 2.45A Width : 100mil
+3V
PR318 *EV@100K/F_4
PC304
PR319 +1.05V_GFX
D
TP76
HWPG_1.05VGFX
554PG_0.95V
PR317
PU18
*short_4
4 9
+3VPCU
10
PG
NC
PVIN
LX
PVIN
LX NC
PR312
4 _ V 0 6 5 4 / 2 U C 1 P 0 . 0 @ V E
6 _ V 3 . 9 6 4 2 / C U 0 P 1 @ V E
554SVIN_0.95V 8
EV@10_6
4 _ V . 2 3 5 6 / 2 U C 1 P @ V E
11
SVIN
FB
GND
EN
PL14
554LX_0.95V
1
4 _ V 3 6 1 0 / 3 U C 1 . P 0 @ V E
EV@1uH_7X7X3 554FB_0.95V_S
2
PR311
*short_4
PC301 *EV@22P/50V_4
3
6
554NC_0.95V PC247 *EV@68P/50V_4 554FB_0.95V
5
554EN_0.95V
7
PR321 *short_4
R1
PR310
[email protected]/F_4
R2
PR309 EV@10K/F_4
EV@RT8068AZQW
PC300 *
[email protected]/16V_4
VIN
3V_MAIN_PWGD
VIN
+3V_GFX
PR159 EV@1M_6
PR164 EV@22_8
C
PR161 EV@1M_6
3
4
DGPU_PWR_EN
PR157 EV@1M_6
3
2 C
3
2
PR158 EV@100K_4
1
2
1 PC109 *EV@1u/10V_4
PQ17 EV@2N7002K
1 PQ15 EV@PDTC143TT
16,40
+3VPCU
3 2
* sh or t_ 4
6 _ V 2 3 . 0 6 3 / U C 2 P 2 @ V E
Vo=0.6*(R1+R2)/R2 =1.05V
3V_MAIN_PWGD
DGPU_D
P R1 60
D
*EV@2200P/50V_4 *
[email protected]_6
1
PQ16 EV@2N7002K
PQ19 EV@AO3404
+3V_GFX
PC113 *
[email protected]/50V_4
1
+3V_GFX TDC : 0.23A PEAK : 0.31A Width : 20mil
2
+1.35V_GFX for GDDR5 VIN PU22
IN IN 7
+5VPCU
PR111 EV@10_6 G5335-VCC
21
NC
IN
4 _ 1 V 9 5 2 2 C / U P 1 . 0 @ V E *
9 22 24
Fsw=550KHz
VCC PR116
[email protected]/F_4
EV@G5335QT2U
PC280 EV@10U/6.3V_6
+3V
IN
8
TON
6
PC292 *
[email protected]/25V_4
6 _ 6 V 7 0 2 5 C / p P 0 0 2 2 @ V E
8 _ 7 V 7 5 2 2 C / u P 0 1
@ V E
+1.35V_GFX 1.35 Volt +/- 5% TDC : 7.74A PEAK : 10.32A Width : 320mil
G5335-TON
B
PR296 EV@100K/F_4
BST
PR123
[email protected]_6 16
P R1 10
HWPG_1.35VGFX
* sh or t_ 4 G5335-PWRGD 1
PGOOD
+5VPCU
G5335-AGND
P R1 03
* EV @0 _4
P R1 09
* s ho rt _4
G5335-PFM 3
PFM
LX LX LX LX LX LX
FBVDDQ_EN
P R1 22
G5335-EN
* s ho rt _4
2
PGND PGND PGND G5335-AGND G5335-SS
PC92
[email protected]/10V_4 G5335-AGND
PGND 23
PL18
[email protected]_7X7X3 1 2
PR120 *
[email protected]_6
6 _ 8 V 7 . 2 3 C 6 / P U 2 2 @ V E
6 _ 3 V 7 . 2 3 C 6 / P U 2 2 @ V E
6 _ 1 V 8 . 2 3 C 6 / P U 2 2 @ V E
6 _ 9 V 7 . 2 3 C 6 / P U 2 2 @ V E
6 _ 2 V 8 . 2 3 C 6 / P U 2 2 @ V E
6 _ 5 V 7 2 3 . 6 C / P U 2 2
6 _ 8 V 8 2 3 . 6 C / P U 2 2
@ V E *
@ V E *
4 _ 7 V 8 6 2 1 C / U P 1 . 0 @ V E
R1 PR108 EV@14K/F_4
PC274 *EV@1000P/50V_4
PC290 *EV@680p/50V_6
EN
PC293 *
[email protected]/10V_4
PC289
[email protected]/25V_6
10 G5335-LX 11 16 17 18 25
Pulse-Skipping mode
14
B
+1.35V_GFX
20 G5335-BST
PGND
12 13
R2
14 15
PR100 EV@20K/F_4
19
Vo=0.8*(R1+R2)/R2 =1.35V
SS AGND
FB
4
5
G5335-AGND
G5335-AGND
VFB=0.8V
G5335-FB
A
A
P R1 17
* s ho rt _4
G5335-AGND
Quanta Computer Inc.
1
2
3
4
5
6
7
8
VGA power up sequence +3VPCU SKYLAKE PCH
MOSFET
+3V_MAIN
+3V_GFX
DGPU_PWR_EN
GPP_B17
MOSFET
A
A
3V_MAIN_EN (GPU GPIO5)
3V_MAIN_PWGD All 3.3V
PG
t>0
NVVDD PXE_VDD +1.05V
+1.05V_S5
t>0
FBVDDQ
MOSFET
N15x Power on sequance
+1.05V_GFX
Notes: -All 3.3V includes all rails powered at 3.3V -PEX_VDD 1.05V inculdes all rails that are shared
3V_MAIN_PWGD
PWM-VID (GPU GPIO11)
VIN
+VGPU_CORE
B
3V_MAIN_PWGD
B
VIN
PWM
+1.5V_GFX PWM
VGPU_PWRGD OR Gate
FBVDDQ_EN
HWPG_1.5VGFX VGPU_PWRGD
DGPU_PWROK
EC_FB_CLAMP(EC)
GC6_FB_EN (GPU GPIO0 )
C
C
GPP_B19
VGA Reset
PCH
PLTRST# DGPU_HOLD_RST#
PEGX_RST#
PX_RST tiing D
D
I/O 3.3V PEX_RST
Trise >= 1uS
Quanta Computer Inc.
Tfail <=500nS
PROJECT : ZAA Size
Document Number
Rev 1A
GPU PWR CRL Date: 1
2
3
4
5
6
7
Monday, March 28, 2016
Sheet 8
42
of
48
5
4
Battery Mode
3
VIN
3
1
3
+5VPCU
S5
+3VPCU
D
+5V_S5
PWR
+5V_S5_V2
11
+3V_S5
10
2
1
3
+3VPCU
Non Deep Sx
2
1
+5VPCU VL
3V/5V VR
5V_LDO
2 N E
VIN
+15V
1 N E
BAT-V
2
CHARGER
Battery
4
D
3 3 8
S5_ON
1
NBSWON#
VIN
7 19
+VDDQ
DDR_VTTT_PG_CTRL
21
24
26
HWPG_1.5V
PG
N E
12
+1.5V
29
MAINON
29
HWPG_VDDR HWPG_1V_S5
9
+3VPCU
MOS2
+1V_S5
MOS3
SUSACK
PCH_SUSPWARN#
SUSWRAN
N O N I A M
N O S U S
N O _ 5 S _ V 1 +
31C
HWPG_1.5V
+1VSUS
32b 21 17
9
N O _ 5 S
38
+VCCIO
A
HWPG_1VS5
EC_PWROK
PCH_PWROK
IMVP_PWRGD
CORE PWR
1
VIN +VCC_CORE +VCCSA
IMVP VR
+VCCGT
33 33 33 34
12 N E
PG
IMVP_PWRGD
+1V_S5
SYS_PWROK
8
VCCPGPPA VCCPGPPB VCCPGPPC VCCPGPPD VCCPGPPE VCCPGPPG VCCPGPPF
SYS_PWROK
# T S R T L P
12
EC_PWROK
PWR PWR PWR PWR PWR PWR PWR
10K ohm
+3V_S5
+1.8V_S5
38 +VCCIN
CPU
VDDQ PWR
D I V S
1 L T N C _ G P _ M S
+1.35VSUS
+1V_VCCST
VCCST PWR D G R W P _ T S C C V
Y D A E R _ R V
B
N E _ R V
HWPG_1VS5
PCH_PWROK
31b
36
C
HDA PWR
PLTRST#
36
EC_PWROK
31C
21
+1V_S5
VCCSRAM PWR
PROCPWRGD
29
V1_MPHY
+1.5V
PLTRST#
0 ohm
27
+3V
V1_MPHY
PCH_CLK
+1V_VCCST
+1V_S5
PG
VCCST_PWRGD
# T E S E R
28
+5V
9
N E
PCH
CORE PWR
VIN
+1V_S5 VR
PLL PWR
SLP_SUS# VCCST_PWRGD
21
MAINON
HSIO PWR
+1.8V_S5
PCH_PWROK
G
1
SLP_S3#
31C
RUN PWR MOS1
N O R V
SPI PWR
SLP_S4#
PCH_SUSACK#
+1V_S5
VCCMPHY PWR
PWRBTN#
16 20
35 17
1.5V VR
3
SUSC#
31C
K O R W P _ C E
VCCPRIM PWR
ACPRESENT
DNBSWON#
31b
+1V_S5
DSW PWR
RSMRST#
22
+3VPCU
+5VPCU
ACPRESENT
31a
SUSON
3
RSMRST#
14
PCH_SLP_SUS#
MAINON
B
DPWROK
SUSB#
3 S
C
3
Delay DSW power well 10ms
DPWROK
13
15
24
HWPG_VDDR
PG
EC
30 HWPG
23
+VDDQ_VTT
5 S
6
PWR BTN
18
+1.35VSUS
DDR VDDQ VR
+3VPCU or +3V_S5
VCCST_PWRGD_EN
D I V S
SYS_PWROK
HWPG+1ms
37
L R T C _ G P _ R D D
22
N E _ D G R W P _ T S C C V
D G R W P _ P V M I
34
N O R V
32a A
+1V_S5
8
SVID
VRON
32a
37
CPU
Quanta Computer Inc. PROJECT : ZAA
5
4
3
2
1
Skylake U Non-Deep Sx Platform Power on sequence D
D
C
C
B
B
A
A
Quanta Computer Inc.
5
4
3
實defult 虛reserve
2
1
+5V_S5
VGPU_PWRGD
MDV1528Q
+5V_S5_V2 SYS_HWPG
S5D
PWRGD
VIN 5V_LDO D
PWRGD
PWR
EN1
MDV1528Q
+5VPCU
S5_Vout
5V
EN1
up1658
+VGPU_CORE
Vout
EN
+5V
D
3V_MAIN_PWGD
TPS51225
3V_LDO
VGPU Core
Vin
MAIND
3V Vin
S3_Vout
HWPG_1.5VGFX
+3VPCU
AO3404
+3V_S5
VIN
PWRGD
S5D
VIN MDV1528Q
Vin
+1.5V_GFX
Vout
NB671GQ-Z
+1.5V_GFX
EN
+3V
FBVDDQ_EN
MAIND IMVP_PWRGD RT8068AZQW
C
+1.05V_GFX VIN
PWRGD
3V_MAIN_PWGD
VIN AO3404
Vin
Vin
C
+VCC_CORE ISL95857HRTZ-T
AOZ5029QI
Vout
+VCCCORE
Vout
+VCCSA
EN
+3V_GFX VRON
dGPU_PWR_EN
SVID
PCH
PWM_A FCCM_A
HWPG_1VS5
IMVP_PWRGD MDV1528Q
+VCCIO
PWRGD
VIN
+1.0V_S5
Vin
RT8237CZQW
Vout
VIN
Vin
EN +1V_S5_ON
AO3404
ISL95857HRTZ-T
AOZ5029QI
VRON
SUSON
SVID
PWM_C FCCM_C
0 ohm
EC
Vin
+VCCSA EN
+1V_SUS
EC B
VIN
PWRGD
MAIND
+1V_S5
B
IMVP_PWRGD
TPS22965DSGR
V1_MPHY VIN
PWRGD
MPHY_EXT_PWR
VIN
PCH
Vin
Vin
+VCCGT ISL95857HRTZ-T
AOZ5029QI
Vout
+VCCGT
EN HWPG_VDDR
VRON SVID
SUSON
PWRGD
EC
S5 EN
+1.35VSUS
EC
S5_Vout
HWPG_1.5V
+VDDQ_VTT
G5316RZ1D
MAINON S3 EN
A
DDR_VTTT_PG_CTRL
Vin
PWM1_B FCCM_B
+1.35VSUS
HWPG_1.8VS5
S3_Vout
Vin
PWRGD
+3V_S5
PCH
PWRGD
+3V_S5
+VDDQ Vin
+1.8V_S5 APW8824
Vout
+1.5V APW8824
Vout
+1.8V_S5
MAINON
EN
Quanta Computer Inc.
S5_ON
VIN
A
+1.5V
EN
PROJECT : ZAA Size
Document Number
Rev 1A
SKL PCH PWR CONTROL Date: 5
4
3
2
Monday, March 28, 2016
Sheet 1
45
of
48
1
2
3
4
5
6
+3V_S5
7
8
+3V
SDRAM 2.2K R7
SMB_PCH_CLK
R8
SMB_PCH_DAT
2.2K
2.2K
+3V 2N7002DW Level shift
A
2.2K
CLK_SCLK A
CLK_SDATA
G-Sensor
XDP
Skylake U +3V_S5
2.2K
2.2K
B
B
R9
VGA_MBCLK
W2 VGA_MBDATA
+3V_S5
*2.2K
*2.2K
W3 SMB_ME1_CLK V3
+3V_S5 *2N7002DW Level shift
SMB_ME1_DAT
+3V_S5 0
C
+3V_GFX
0
C
2.2K
2.2K
2.2K
2.2K
+3V_MAIN 115 2ND_MBCLK
GFX_SCL 2N7002DW Level shift
116 2ND_MBDATA
VGA
GFX_SDA
EC +3VPCU
IT8987CX D
4.7K
D
4.7K
110 MBCLK 111 MBDATA
CHARGER
Quanta Computer Inc. PROJECT : ZAA
