Quanta ZE7 Schematics. Www.s Manuals.com. R1b Schematics

User Manual: Motherboard Quanta ZE7 DA0ZE7MB6D0 - Schematics. Free.

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3

4

5

6

7

8

ZE7 Block Diagram (Intel Cedar Trail-M Platform)
HDMI CONN

DC(3.5W) & DC(6.5W)
(32nm)
DDI1
1366x768

LVDS/eDP CONN

P2

400 / 640MHz

P17

A

CLK Gen.
SLG8LV631V

Cedarview-M

DDI0
HDMI 1.3a

01

A

DDR III,800/1066 MT/s

Micro-FCBGA8
(22x22mm)

Channel A

UNBUFFERED
DDRIII SODIMM
RC-B/F
CLK2/3, H=4

P4

LVDS 18bit,SC
1366x768

0ohm

P18

DAC
1920x1200

VGA CONN

P5~9

P18

x2 DMI Gen1

B

RTL8105TA-VC-CG

B

PCIE Gen1

0

Tigerpoint (NM10)

P22

3

1.5W

5

Mini card2

vFBGA

P25

(360 balls,17x17mm)
P22

1

7

Mini card1
P25

2

RTS5209-GR
CARDREADER

MM-SIM CARD

5 IN1 CARDREADER

4

USB interface
module

6
0 SATA II I/F

P19

Mobile 2.5" HDD

SD3.0, MS, MS PRO,
P26
xD, MMC

C

P24

3

USB PORT

0

1

2

P21

Left

P20

P25

P26

C

MIC In Jack
Analog MIC
Speaker Header (2W)

Audio CODEC
Realtek 271X P20

HD AUDIO I/F

RJ45 CONN

USB 2.0
P10~15

USB PORT

USB PORT

Right Down P21

Right Up

CCD

P21

P18

EC

Nuvoton NPCE791L
P27

D

BATTERY CHAGER
P29

SYSTEM
5V/3V PCU
CPU Core
Gfx Core

DDR 1.5VSUS

P32

Discharge/+1.8V/
+3.3V_PRIME P34

Keyboard
P19

Touch Pad

SPI Flash
P27

P19

Charger

PWM FAN

P29

D

P6

Thermal Protection
P30

+1.05V

P35

P33

Quanta Computer Inc.
PROJECT : ZE7

P31

Size

Document Number

Rev
1B

Block Diagram
Date:
1

2

3

4

5

6

Wednesday, November 02, 2011
7

Sheet

1
8

of

40

5

4

3

2

1

CLK GEN (CLK)

02

+3V

VDD_CLK_3.3V

+1.5V

VDD_CLK_1.5V
R219 1

2 2.2/J_6

L27
PBY160808T-301Y-N/2A/300ohm_6

L32
PBY160808T-301Y-N/2A/300ohm_6
D

C285

Place close to L32

C278

10U/10V_8

C254

.1U/10V_4

C225

C277

C224

.1U/10V_4

.1U/10V_4

10U/10V_8

<20100819_FAE Poyueh> Add 2.2ohm resistor for noise suppress
D

C242

.1U/10V_4

Place close to L27

.1U/10V_4

0.1uF near every power pin
U12

0.1uF near every power pin

VDD_IO can be ranging from 1.05V to 3.3V.
+1.05V
VDD_CLKIO_1.05V

R221

L28
PBY160808T-301Y-N/2A/300ohm_6

*0/short_6

Place close to L28

C228

C229

C249

C253

10U/10V_8

.1U/10V_4

.1U/10V_4

.1U/10V_4
CG_XOUT
CG_XIN

VDD_CORE_1.5

23

VDD_PCI_3.3

VDD_CORE_1.5

45

14

VDD_48M_3.3
PCI_STOP#
CPU_STOP#

36
42

PM_STPPCI# [13]
PM_STPCPU# [13]

From SB

CPU_0
CPU_0#

53
52

CLK_MCH_BCLK [6]
CLK_MCH_BCLK# [6]

To CPU (Host CLK)

100 MHz

CPU_1
CPU_1#

50
49

CLK_DDR3_REFCLK [8]
CLK_DDR3_REFCLK# [8]

To CPU (DDR3 IO CLK)

100 MHz

SRC_1/CPU_ITP
SRC_1/CPU_ITP#

44
43

CLK_PCIE_LANP
CLK_PCIE_LANN

To LAN (LAN)

100 MHz

SRC_2
SRC_2#

41
40

CLK_PCIE_MNC_P
CLK_PCIE_MNC_N

SRC_3
SRC_3#

38
37

CLK_PCIE_MPC_P [25]
CLK_PCIE_MPC_N [25]

To Mini Card 1 (WLAN)

SRC_4
SRC_4#

34
33

CLK_PCIE_DMIP
CLK_PCIE_DMIN

To CPU (DMI CLK)

100 MHz

SRC_5
SRC_5#

32
31

CLK_PCIE_MMC_P [26]
CLK_PCIE_MMC_N [26]

To Card Reader (MMC)

100 MHz

30

VDD_SRC_IO_1.05

35

VDD_SRC_IO_1.05

48

VDD_CPU_IO_1.05

3
4

0.1uF near every power pin

CG_XIN

2

VDD_REF_3.3

9

1
2
13
54

C

C238
33P/50V_4

5

SMBDT1
SMBCK1

[4,13,25] SMBDT1
[4,13,25] SMBCK1

Y2 14.318MHZ

7
8

NC
NC
NC
NC
XTAL_OUT
XTAL_IN
SDA
SCL

Load Capacitance=20p
1

C236
33P/50V_4

FSB

15

CG_XOUT
[10] CLKUSB_48


Crystal place within 500mil of CK505

[13] 14M_ICH

33/J_4

USB_48M

R293

33/J_4

FSC

R296
R304
R291

[12] PCLK_ICH
[27] LCLK_EC
[25] PCLK_DEBUG

+3V

R312

22/J_4
22/J_4
33/J_4

USB48_2

6

REF/FSC

10

PCIF/ITP_EN

33M_SEL

11

25MHz/PCI_2/SEL_33MHz

R310
*100K_4

17

ITP_EN

R311
*20K/J_4

B

USB48_1/FSB

<20110110> CFG input hardware strapping to allocate PLL assignment.
LOW = Both CPU and SRC clock drive from PLL3
HIGH = CPU clock drive from PLL1, SRC clock drive from PLL3.
Contains 100kΩ pull-down resistor.

12
16
22
24
39
51
56

VSS_PCI
VSS_48M
VSS_LCD
VSS_SATA
VSS_SRC
VSS_CPU
VSS_REF

57

Thermal Pad

<20100803_Sam> Reserve 0ohm to connect to CK505, 10Kohm pull up is required.

SRC_6
SRC_6#

28
27

DOT96/SRC7
DOT96#/SRC7#

18
19

LCD_CLK
LCD_CLK#

20
21

SATA
SATA#

26
25

PM_STPPCI#_R
PM_STPCPU#_R

DREFCLK_R
DREFCLK#_R

R251
R229

R299
R300

*0/J_4
*0/J_4

*0/J_4
*0/J_4

[22]
[22]

[25]
[25]

[5]
[5]

C

To Mini Card 2 (3G/Wimax) 100 MHz <20101109> Place R235/ R241/ R248/ R254 close to U13
100 MHz

CLK_PCIE_ICH [10]
CLK_PCIE_ICH# [10]

To SB (DMI CLK)

100 MHz

DREFCLK [5]
DREFCLK# [5]

To CPU (PLL CLK)

96 MHz

DREFSSCLK [5]
DREFSSCLK# [5]

To CPU (DPLSS CLK)

100 MHz registers and logics of the display interface and therefore

CLK_PCIE_SATA [11]
CLK_PCIE_SATA# [11]

To SB (SATA CLK)

100 MHz

<20110110> DPL_REFSSCCLK is used to drive internal
needs to be present at all times.

<20100819> Add 475ohm resistors to prevent current leakage
CLKREQ_A#
CLKREQ_B#
CLKREQ_C#

47
46
29

CLKREQ_LAN#_R
CLKREQ_MPC#_R
CLKREQ_MMC#_R

CKPWRGD/PD#

55

HWPG

R204
R199
R284

475/F_4
475/F_4
475/F_4

CLKREQ_LAN# [22]
CLKREQ_MPC# [25]
CLKREQ_MMC# [26]
HWPG

C357
*0.1U/10V_4

SLG8LV631V

[13,16,27]

B

Control SRC_1 Register B5b6 for CLKREQ_A#
0 = SRC1, 1=SRC2
Control SRC_3 Register B5b4 for CLKREQ_B#
0 = SRC3, 1=SRC4
Control SRC_5 Register B5b3 for CLKREQ_C#
0 = SRC5, 1=SRC6

<20110221> Reserve 0.1F cap to solve that PCICLK (EC 33MHz) sometimes
will change to 25MHz after flash BIOS and restart in first time issue.

+3V

+3V
A

+3V

R313

*10K/J_4

R306

10K/J_4

1 = Pin 43/44 as CPU_ITP

R301

10K/J_4

R295

*10K/J_4

ITP_EN

0 = Pin 43/44 as SRC_1

FSC FSB
0
0
0
1
1
1
1
0

+3V
33M_SEL

1 = Pin 11 as 33MHz
0= Pin 11 as 25MHz



Frequency
133MHz
166MHz
200MHz
100MHz <20100720_Sam> Keep 100MHz as default.

R289

10K/J_4

R259

*10K/J_4

FSC

R317

*10K/J_4

R318

10K/J_4

USB_48M

C280

ITP_EN

C259

PM_STPPCI#_R

R250

10K/J_4

PM_STPCPU#_R

R230

10K/J_4

CLKREQ_MPC#_R

R213

10K/J_4

CLKREQ_MMC#_R

R279

10K/J_4

CLKREQ_LAN#_R

R212

10K/J_4

*10P/50V_4

*10P/50V_4
A

+3V

FSB

C279

*10P/50V_4

FSC

C245

*10P/50V_4

Quanta Computer Inc.

FSB
33M_SEL

C266

*10P/50V_4

PROJECT : ZE7
Size

Document Number

Rev
1B

CLOCK GENERATOR
Date:
5

4

3

2

Wednesday, November 02, 2011
1

Sheet

2

of

40

5

4

3

2

1

03

D

D

C

C

B

B

A

A

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Rev
1B

Reserved
Date:
5

4

3

2

Wednesday, November 02, 2011

Sheet
1

3

of

40

4

DDR_STD(DDR)

3

DIMM0 H=4mm

2.48A
M_A_DQ[63:0]

[8] M_A_A[15:0]

Populate rules: populate
SODIMM1 first
Strictly follow the mapping
between clock/control signal
groups and SODIMMs, as
well as SMB address. Other
configurations/mappings will
not
be supported by MRC

+3V DESIGN

NOTE:
ADDRESS-(A2)H

R150
10K/J_4

[8]
[8]
[8]
[8]
[8]
[8]
[8]
[8]
[8]
[8]
[8]
[8]
[8]
[8]

M_A_BS0
M_A_BS1
M_A_BS2
M_CS#2
M_CS#3
M_CLK2
M_CLK2#
M_CLK3
M_CLK3#
M_CKE2
M_CKE3
M_A_CAS#
M_A_RAS#
M_A_WE#

[2,13,25] SMBCK1
[2,13,25] SMBDT1
R151
*10K/J_4

C

R170
10K/J_4

[8]
[8]
[8]

M_ODT2
M_ODT3
M_A_DM[7:0]

[8] M_A_DQS[7:0]

[8] M_A_DQS#[7:0]

M_A_A0
M_A_A1
M_A_A2
M_A_A3
M_A_A4
M_A_A5
M_A_A6
M_A_A7
M_A_A8
M_A_A9
M_A_A10
M_A_A11
M_A_A12
M_A_A13
M_A_A14
M_A_A15

98
97
96
95
92
91
90
86
89
85
107
84
83
119
80
78

A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10/AP
A11
A12/BC#
A13
A14
A15

DIMM1_SA0
DIMM1_SA1
SMBCK1
SMBDT1

109
108
79
114
121
101
103
102
104
73
74
115
110
113
197
201
202
200

BA0
BA1
BA2
S0#
S1#
CK0
CK0#
CK1
CK1#
CKE0
CKE1
CAS#
RAS#
W E#
SA0
SA1
SCL
SDA

116
120

ODT0
ODT1

M_A_DM0
M_A_DM1
M_A_DM2
M_A_DM3
M_A_DM4
M_A_DM5
M_A_DM6
M_A_DM7

11
28
46
63
136
153
170
187

DM0
DM1
DM2
DM3
DM4
DM5
DM6
DM7

M_A_DQS0
M_A_DQS1
M_A_DQS2
M_A_DQS3
M_A_DQS4
M_A_DQS5
M_A_DQS6
M_A_DQS7
M_A_DQS#0
M_A_DQS#1
M_A_DQS#2
M_A_DQS#3
M_A_DQS#4
M_A_DQS#5
M_A_DQS#6
M_A_DQS#7

12
29
47
64
137
154
171
188
10
27
45
62
135
152
169
186

DQS0
DQS1
DQS2
DQS3
DQS4
DQS5
DQS6
DQS7
DQS#0
DQS#1
DQS#2
DQS#3
DQS#4
DQS#5
DQS#6
DQS#7

PC2100 DDR3 SDRAM SO-DIMM
(204P)

JDIM1A

D

2

DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
DQ16
DQ17
DQ18
DQ19
DQ20
DQ21
DQ22
DQ23
DQ24
DQ25
DQ26
DQ27
DQ28
DQ29
DQ30
DQ31
DQ32
DQ33
DQ34
DQ35
DQ36
DQ37
DQ38
DQ39
DQ40
DQ41
DQ42
DQ43
DQ44
DQ45
DQ46
DQ47
DQ48
DQ49
DQ50
DQ51
DQ52
DQ53
DQ54
DQ55
DQ56
DQ57
DQ58
DQ59
DQ60
DQ61
DQ62
DQ63

5
7
15
17
4
6
16
18
21
23
33
35
22
24
34
36
39
41
51
53
40
42
50
52
57
59
67
69
56
58
68
70
129
131
141
143
130
132
140
142
147
149
157
159
146
148
158
160
163
165
175
177
164
166
174
176
181
183
191
193
180
182
192
194

M_A_DQ0
M_A_DQ1
M_A_DQ2
M_A_DQ3
M_A_DQ4
M_A_DQ5
M_A_DQ6
M_A_DQ7
M_A_DQ8
M_A_DQ9
M_A_DQ10
M_A_DQ11
M_A_DQ12
M_A_DQ13
M_A_DQ14
M_A_DQ15
M_A_DQ16
M_A_DQ17
M_A_DQ18
M_A_DQ19
M_A_DQ20
M_A_DQ21
M_A_DQ22
M_A_DQ23
M_A_DQ24
M_A_DQ25
M_A_DQ26
M_A_DQ27
M_A_DQ28
M_A_DQ29
M_A_DQ30
M_A_DQ31
M_A_DQ32
M_A_DQ33
M_A_DQ34
M_A_DQ35
M_A_DQ36
M_A_DQ37
M_A_DQ38
M_A_DQ39
M_A_DQ40
M_A_DQ41
M_A_DQ42
M_A_DQ43
M_A_DQ44
M_A_DQ45
M_A_DQ46
M_A_DQ47
M_A_DQ48
M_A_DQ49
M_A_DQ50
M_A_DQ51
M_A_DQ52
M_A_DQ53
M_A_DQ54
M_A_DQ55
M_A_DQ56
M_A_DQ57
M_A_DQ58
M_A_DQ59
M_A_DQ60
M_A_DQ61
M_A_DQ62
M_A_DQ63

+3V

C179

C178

.1U/10V_4

.1U/10V_4

04

+1.5VSUS

[8]

[8] DDR3_DRAMRST#
+SMDDR_VREF_DQ0
+SMDDR_VREF_DIMM

1

JDIM1B

75
76
81
82
87
88
93
94
99
100
105
106
111
112
117
118
123
124

VDD1
VDD2
VDD3
VDD4
VDD5
VDD6
VDD7
VDD8
VDD9
VDD10
VDD11
VDD12
VDD13
VDD14
VDD15
VDD16
VDD17
VDD18

199

VDDSPD

77
122
125

NC1
NC2
NCTEST

198
30

EVENT#
RESET#

1
126

VREF_DQ
VREF_CA

2
3
8
9
13
14
19
20
25
26
31
32
37
38
43

VSS1
VSS2
VSS3
VSS4
VSS5
VSS6
VSS7
VSS8
VSS9
VSS10
VSS11
VSS12
VSS13
VSS14
VSS15

PC2100 DDR3 SDRAM SO-DIMM
(204P)

5

VSS16
VSS17
VSS18
VSS19
VSS20
VSS21
VSS22
VSS23
VSS24
VSS25
VSS26
VSS27
VSS28
VSS29
VSS30
VSS31
VSS32
VSS33
VSS34
VSS35
VSS36
VSS37
VSS38
VSS39
VSS40
VSS41
VSS42
VSS43
VSS44
VSS45
VSS46
VSS47
VSS48
VSS49
VSS50
VSS51
VSS52

44
48
49
54
55
60
61
65
66
71
72
127
128
133
134
138
139
144
145
150
151
155
156
161
162
167
168
172
173
178
179
184
185
189
190
195
196

D

C

+0.75V_DDR_VTT

VTT1
VTT2

203
204

GND
GND

205
206

DDR3-DIMM0_H=4_STD


PLACE TWO 1K RESISTORS CLOSE TO CPU DIMM ON
DDR_VREF_CA

+1.5VSUS

R198
R191

1K/F_4

*0/J_4 +SMDDR_VREF

DDR3-DIMM0_H=4_STD

B

+SMDDR_VREF

+SMDDR_VREF_DIMM_R

+SMDDR_VREF_DIMM
R205

0/J_4

B

C194

C205
R208
1K/F_4

.1U/10V_4

0.1U/50V_6


PLACE TWO 1K RESISTORS CLOSE TO CPU DIMM ON DDR_VREF_DQ

<20100827> Add by DG request

Place these Caps near DIMM0

+1.5VSUS

+0.75V_DDR_VTT

R149

*0/J_4 +SMDDR_VREF

+SMDDR_VREF_DQ0
R146

C172

C200

C190

C185

+SMDDR_VREF

1K/F_4 +SMDDR_VREF_DQ0_R

R148

0/J_4

C176

+1.5VSUS

C160
10U/6.3V_6 *10U/6.3V_6

*10U/6.3V_6

1U/6.3V_4

C166

1U/6.3V_4

R147
1K/F_4

.1U/10V_4
C171

C169

C193

.1U/10V_4

.1U/10V_4 .1U/10V_4

C163

C168

C198

C199

C197

C196

10U/6.3V_6

10U/6.3V_6

10U/6.3V_6

10U/6.3V_6

10U/6.3V_6

10U/6.3V_6

*330U/2V_7343

LAYOUT NOTE: PLACE CAPS
NEAR DIMM-0

A

0.1U/50V_6

+ C203

A

+0.75V_DDR_VTT

+1.5VSUS
+SMDDR_VREF_DQ0
C191

C162

C173

C164

C165

C161

C192

+SMDDR_VREF_DIMM
C175

C184

1U/6.3V_4

1U/6.3V_4

Quanta Computer Inc.

C189
C170

C167

C216

C214

1U/6.3V_4 1U/6.3V_4 1U/6.3V_4 1U/6.3V_4 1U/6.3V_4 1U/6.3V_4 1U/6.3V_4 1U/6.3V_4
.1U/10V_4

2.2U/6.3V_6

.1U/10V_4

PROJECT : ZE7

2.2U/6.3V_6
Size

Document Number

Rev
1B

DDRIII SO-DIMM-0
Date:
5

4

3

2

Wednesday, November 02, 2011

Sheet
1

4

of

40

5

4

3

2

Cedar View (CPU)

R397
R398

U24C

*1K/J_4
*1K/J_4

1

05

+3V

CEDARVIEW

DDI0_AUXP
DDI0_AUXN

T33
T31

[17]
[17]
[17]
[17]
[17]
[17]
[17]
[17]

TX2_HDMI+
TX2_HDMITX1_HDMI+
TX1_HDMITX0_HDMI+
TX0_HDMITX3_HDMI+
TX3_HDMI-

TX2_HDMI+
TX2_HDMITX1_HDMI+
TX1_HDMITX0_HDMI+
TX0_HDMITX3_HDMI+
TX3_HDMI-

C66
C67
C61
C68
C43
C44
C41
C42

.1U/10V_4
.1U/10V_4
.1U/10V_4
.1U/10V_4
.1U/10V_4
.1U/10V_4
.1U/10V_4
.1U/10V_4

T3
T9

eDP: 7", 3 via, 2.7Gbps

R68
R62

+3V

*2.2K/J_4
*eDP@2.2K/J_4

[18] DDI1_AUX_DP
[18] DDI1_AUX_DN

+1.5V

R32
0/J_6

C55

DDI1_TX0_DP
DDI1_TX0_DN
DDI1_TX1_DP
DDI1_TX1_DN
DDI1_TX2_DP
DDI1_TX2_DN
DDI1_TX3_DP
DDI1_TX3_DN
T11
T7

1U/6.3V_4
R45

C

DDI0_TXP0
DDI0_TXN0
DDI0_TXP1
DDI0_TXN1
DDI0_TXP2
DDI0_TXN2
DDI0_TXP3
DDI0_TXN3

H15
J15

DDI1_DDC_SCL
DDI1_DDC_SDA

F25
G27

DDI1_AUX_DP
DDI1_AUX_DN

D10
C10
D26

R42

J17
H17

BREF1.8V
EXT_BANDGAP

E15
F15

E21

[13] ACZ_RST#_CPU

CRT_IREF R408

681/F_6

CRT_DDC_SDA
CRT_DDC_SCL

R414
150/F_4

R413
150/F_4

D

DREFSSCLK [2]
DREFSSCLK# [2]
DREFCLK_R1
DREFCLK#_R1

B9
A9

R406
R405

*0/J_4
*0/J_4

LCD_CLK [18]
LCD_DATA [18]

E10 LIBG
F10
H2
H3

LVDS_VREFH
LVDS_VREFL

2.37K/F_4

R426
R428

<20110610> Remove PU resistor for Intel update.
<20110630> Stuff R38/ R39 PU resistor. Intel will fixed EDID issue by VGA driver and vbios

R61
*0/short_6
*0/short_6

+3V

G10
H10
F8
E8
H7
H8
G5
G6

TXLOUT0+
TXLOUT0TXLOUT1+
TXLOUT1TXLOUT2+
TXLOUT2-

RSVD_TP_J17
RSVD_TP_H17

LVDS_TXP0
LVDS_TXN0
LVDS_TXP1
LVDS_TXN1
LVDS_TXP2
LVDS_TXN2
LVDS_TXP3
LVDS_TXN3

BREF18V
BREFREXT

LVDS_CLKP
LVDS_CLKN

H4
J4

TXLCLKOUT+ [18]
TXLCLKOUT- [18]

AZIL_RST#

R39

2.2K/J_4

LCD_CLK

R38

2.2K/J_4

LCD_DATA

[18]
[18]
[18]
[18]
[18]
[18]

G22
E25 LBKLT_EN
F29 INT_LVDS_DIGON_Q

PANEL_BKLTCTL
PANEL_BKLTEN
PANEL_VDDEN

AZIL_SDI
AZIL_SDO

<20100818_Jerry> If you implement XDP, you need the PU 2.2K

+3V
T51
T52

G24
H24

LVDS_IBG
LVDS_VBG

<20110110> DPL_REFSSCCLK is used to drive internal
registers and logics of the display interface and therefore
needs to be present at all times.

DREFCLK [2]
DREFCLK# [2]
*2.2K/J_4
*2.2K/J_4

F28
E24

LVDS_DDC_CLK
LVDS_DDC_DATA

[18]
[18]
[18]

LAYOUT NOTE: PLACE THESE 3 RESISTORS
CLOSE TO PIN

R415
150/F_4

[18]
[18]

F17
E17

LVDS_CTRL_CLK
LVDS_CTRL_DATA

AZIL_BCLK
AZIL_SYNC

[18]
[18]
CRT_R
CRT_G
CRT_B

R52
R48

DDI1_HPD

H_RSVD_TP_H17
H_RSVD_TP_J17

E22
F21

E29
E27

DPL_REFCLKP
DPL_REFCLKN

DDI1_AUXP
DDI1_AUXN

DDI1_TXP0
DDI1_TXN0
DDI1_TXP1
DDI1_TXN1
DDI1_TXP2
DDI1_TXN2
DDI1_TXP3
DDI1_TXN3

33/J_4 ACZ_SDINO_R

D12
A13

DPL_REFSSCCLKP
DPL_REFSSCCLKN

DDI1_DDC_SCL
DDI1_DDC_SDA

E11
F11
J11
H11
F13
E13
J13
K13

H21
F22

CRT_IRTN
CRT_IREF
CRT_DDC_DATA
CRT_DDC_CLK

RSVD_TP_H15
RSVD_TP_J15

DDI1_TX0_DP
DDI1_TX0_DN
DDI1_TX1_DP
DDI1_TX1_DN
DDI1_TX2_DP
DDI1_TX2_DN
DDI1_TX3_DP
DDI1_TX3_DN

[13] ACZ_BITCLK_CPU
[13] ACZ_SYNC_CPU
[13] ACZ_SDINO
[13] ACZ_SDOUT_CPU

DDI0_HPD

G2
G3
F3
F2
D4
C3
B7
A7

CRT_HSYNC
CRT_VSYNC

B12
B11
C11

CRT_RED
CRT_GREEN
CRT_BLUE

IHDA

<20101125_Colt> Please follow PDG, we will
doing BOM stuff changing in next version CRB

7.5K/F_4

H22

H_RSVD_TP_H15
H_RSVD_TP_J15

DDI1_HPD#

[18] DDI1_HPD#
[18]
[18]
[18]
[18]
[18]
[18]
[18]
[18]

DDI0_TX2_DP
DDI0_TX2_DN
DDI0_TX1_DP
DDI0_TX1_DN
DDI0_TX0_DP
DDI0_TX0_DN
DDI0_TX3_DP
DDI0_TX3_DN

DDI0_AUXP
DDI0_AUXN

DDI

HDMI_DDI0_HPD#

[17] HDMI_DDI0_HPD#
D

C8
B8

VGA

Level Shifter For HDMI

DDI0_DDC_SCL
DDI0_DDC_SDA

LVDS

H25
J22

[17] DDI0_HDMI_SCL
[17] DDI0_HDMI_SDA

D14
C14

CRT_HSYNC
CRT_VSYNC

REV = 1.10

HDMI: 7.5", 4 via, 1.65 Gbps



C50

*220P/50V_4

+3V

INT_LVDS_PWM [18]

C51
*220P/50V_4

R58

2.2K/J_4

CRT_DDC_SDA

R56

2.2K/J_4

CRT_DDC_SCL

R65
*10K/J_4



3 OF 6

C58

C

C65

*220P/50V_4

*220P/50V_4

CDV_22MM_REV1P10

LCD Panel Power (LDS)

U24A
CEDARVIEW

REV = 1.10
+3V
C329

5

U20
ECPWROK

TC7SH08FU
4

2

INT_LVDS_DIGON_Q

.1U/10V_4

1

INT_LVDS_DIGON

[18]

L3
L2
M3
M2
N2
N1
P2
P3

DMI_TXP0
DMI_TXN0
DMI_TXP1
DMI_TXN1
DMI_TXP2
DMI_TXN2
DMI_TXP3
DMI_TXN3

N9
N8
T2

3

[2] CLK_PCIE_DMIP
[2] CLK_PCIE_DMIN
DMI_REF1.5V

R360

DMI_RXP0
DMI_RXN0
DMI_RXP1
DMI_RXN1
DMI_RXP2
DMI_RXN2
DMI_RXP3
DMI_RXN3

DMI_TXP0
DMI_TXN0
DMI_TXP1
DMI_TXN1
DMI_TXP2
DMI_TXN2
DMI_TXP3
DMI_TXN3

DMI

[10]
[10]
[10]
[10]
[10]
[10]
[10]
[10]

DMI_REFCLKP
DMI_REFCLKN
DMI_REF1P5

RSVD_TP_R8
RSVD_TP_R7
DMI_RCOMP

K6
K5
L5
L6
L9
L8
N5
N6
R8
R7
T1

DMI_RXP0
DMI_RXN0
DMI_RXP1
DMI_RXN1
DMI_RXP2
DMI_RXN2
DMI_RXP3
DMI_RXN3

DMI_REF1.5V_R

R445

[10]
[10]
[10]
[10]
[10]
[10]
[10]
[10]

7.5K/F_4

100K_4
R450

+1.5V
R355

DMI_REF1.5V

<20101109> Add DMI_REF1.5V to follow CRB v0.7

*0/short_4
1 OF 6

*0/J_4
C354
1U/10V_4

B

CDV_22MM_REV1P10
B

<20101109> Add C354 to follow CRB v0.7

For HDMI deep color mode support
(HDM)

LCD Panel Backlight (LDS)
+3V

ECPWROK

ECPWROK

2

LBKLT_EN

1

<20100727_Sam> Customer must to use 27MHz due to
accuracy concerns(<1000ppm) from Intel silicon
perspective.

.1U/10V_4

TC7SH08FU
4

<20110414> Pull up at EC side
+3V

LAYOUT NOTE: PLACE CLOSE TO PIN
INT_LVDS_BLON

[18]
DREFCLK_R1
DREFCLK#_R1

3

[8,13,16,27]

<20110414> Unstuff Thermal Sensor and related circuit.

5

C48
U2

THERMAL SENSOR (THM)

*

R53

THERMAL_SCL

R115
*2K/F_4

*

R51

R410
0/J_4

*0/J_4

[6,13,27]

SCL

A

33P/50V_4

5

1M/J_4
C335

33P/50V_4

ALERT# Pull Up Value

Alert temperature point

2K

ohm

75 degree

7.5K ohm

90 degree

10.5K ohm

100 degree

14K ohm

105 degree

18.7K ohm

110 degree

THERMAL_SDA R119

*0/J_4

ALERT#

2ND_MBCLK

[27]

2ND_MBDATA [27]

+3V

GND

*0/J_4 THERM_ALERT#_1 3

2nd source: BG627000289 (ZYG)

Y3

R385

*

R111

SDA

VDD

C148
*0.1U/16V_4

4

*NCT7717U

27MHz/+-20PPM_20PF

C334

THERM_ALERT#

*0/J_4

U5

1
2

R409
0/J_4

100K_4

*
*

R114

*

C155
*0.1U/16V_4

*

C154
*0.1U/16V_4

C156
*4.7U/6.3V_6

A

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Date:

Wednesday, November 02, 2011

Rev
1B

Cedarview DMI/Display
5

4

3

2

1

Sheet

5

of

40

5

4

3

2

1

Cedar View (CPU)

06

U24D
CEDARVIEW

REV = 1.10

2.2K/J_4
2.2K/J_4

D

<20100811_Jerry>can be NC but please reserve 2.2K pull
low as CRB. can be removed later depends on CRB
validation status.
<20101019>Stuff R74 R71 for using 0xFFFE_0000
as Punit microbase address
HV_GPIO_RCOMP
MV_GPIO_RCOMP
R72
49.9/F_4

K24
K23

RSVD_L26
RSVD_L27
RSVD_K28
RSVD_K25
RSVD_J28
RSVD_K26
RSVD_K27
RSVD_H27
RSVD_K30
RSVD_L29
RSVD_L30
RSVD_K29
RSVD_J31
RSVD_H30

ICH

R74
R71

L26
L27
K28
K25
J28
K26
K27
H27
K30
L29
L30
K29
J31
H30

SMI#
NMI/LINT1
RSVD_C18
STPCLK#

B18
C22
C18
D22

DPRSTP#
DPLSLP#
CPUSLP#

C21
B21
B22

INIT#
INTR/LINT0

A23
D20

R386

D

ICH_DPRSTP# [13]
H_DPSLP# [13]
CPUSLP# [11]
H_INIT# [11]
H_INTR [11]

B20
L11

H_THRMTRIP#

C20

H_FERR#_R

A19
D23
G30
E30

H_PROCHOT_R#
H_PW RGD
PLTRST#

H29
G29

H_BPM4_PRDY#
H_BPM5_PREQ#

HPLL_REFCLK_P
HPLL_REFCLK

J19
K19

CLK_MCH_BCLK
CLK_MCH_BCLK#

RSVD_E19
RSVD_F19

E19
F19

HV_GPIO_RCOMP
MV_GPIO_RCOMP

THERMTRIP#
RSVD_L11

H_SMI# [11]
H_NMI [11]
H_A20M# [11]
H_STPCLK# [11]

*0/short_4

+1.05V

PBE#
PROCHOT#
PWRGOOD
RESET#
DBR#

CPU

PRDY#
PREQ#

C

R400

*0/short_4

H_FERR#

XDP_TCLK
XDP_TDI
XDP_TDO
XDP_TMS
XDP_TRST#

+1.05V
XDP_TDI
XDP_TDO
XDP_TMS

R449
R459
R470

51/J_4
51/J_4
51/J_4

XDP_TCLK R446
XDP_TRST# R448

51/J_4
51/J_4

C25
C24
B25
D24
B24

TCLK
TDI
TDO
TMS
TRST#

R5
R6
W25
W26
N24
N25

RSVD_R5
RSVD_R6
RSVD_W25
RSVD_W26
RSVD_N24
RSVD_N25

CDV_22MM_REV1P10

SVID_ALERT#
SVID_CLK
SVID_DATA

B16
D18
C16

RSVD_K21
RSVD_L22
RSVD_L24

K21
L22
L24

[11]
R377

XDP_DBRESET_N_CDV

R33

*0/short_4

H_PROCHOT#

[31]

H_PW RGD [13,16]
PLTRST# [13,16,22,25,26,27]
1K/J_4
+3V

+1.8V
H_BPM4_PRDY#

T43
T44

R442

H_BPM5_PREQ#
CLK_MCH_BCLK [2]
CLK_MCH_BCLK# [2]

*51/J_4

R443

51/J_4

C268

Host CLK 100/133 MHz

C

.1U/10V_4
+1.05V
R399
75/J_4

T45
T46
T47
T48
T49

<20100811_Jerry>please use 100+/-5% as in PDG.

R381
100/J_4

R69
49.9/F_4

R416
110/F_4
VR_SVID_ALERT# [31]
VR_SVID_CLK [31]
VR_SVID_DATA

[31]

4 OF 6

B

B

125 Degree Protection(CPU)

CPU FAN CTRL(THM)

+1.05V

3
IMVP_PW RGD

[27,31] IMVP_PW RGD

+5V

+3V

+5V

+3V

Q2
2N7002K

2

R509

R507

R512

10K/J_4

10K/J_4

10K/J_4

1

R505
R514

THERM_ALERT#

R17
1K/J_4

2

[27]

From CPU

Shutdown System Power Immediately

Q1
1
3
METR3904-G

H_THRMTRIP#

SYS_SHDN#

CPUFAN#

CPUFAN#

*0/short_6

C365

*0/J_4

1
Q43

0.1U/16V_4
CN18

FANSIG

2

[5,13,27]

[27]

+5V_FANVCC
FANSIG
FAN_PW M_CN

3
METR3904-G

EC PWM SIGNAL

4 6
3 5
2
1
FAN CONN

[30,35]

To System Power

A

A

For EMI
R16

*0/short_4

PM_THRMTRIP# [11]

FAN_PW M_CN

FANSIG

To Tiger Point
C368
*220P/50V_6

Quanta Computer Inc.

C372
*220P/50V_6

PROJECT : ZE7
Size

Document Number

Rev
1B

Cedarview Miscellaneous
Date:
5

4

3

2

W ednesday, November 02, 2011

Sheet
1

6

of

40

1

2

3

4

5

6

7

Cedar View (CPU)
LAYOUT NOTE: place close to VCCADDR pin
V_1.05_CORE_RSENSE

CEDARVIEW

REV = 1.10

<20101126_Colt> Please follow PDG to
placehold the 0805 capacitor

C92

*1U/10V_4

C116

1U/10V_4

V_1.05_CORE_EAST
V_1.05_CORE_RSENSE
V_1.05_VCCDDR

C129
*1U/10V_4

C130
1U/10V_4

V_1.05_VCCDDR

C128
1U/10V_4

VCCCKDDR_VSM
[8] VCCDDRAON_1.5
R134

C149

For Deep Standby

2.2U/6.3V_6

C153

C146

2.2U/6.3V_6

C152

2.2U/6.3V_6

2.2U/6.3V_6

R419

*0/short_6

+1.05V

VCCADP_1.05
C56

R77

+1.05V

C82

1U/10V_4

R55

+3.3V_PRIME
R384

+1.8V

VCCAGPIO_3.3

*0/short_6
C59

0.2A/600ohm_6
C336

*47U/6.3V_8
C91

R47

*0/short_6
C54

V_1.05_CORE_RSENSE

R94

2.2U/6.3V_6 VCCADAC_1.8

22U/6.3V_8

<20100830> Add Farrite bead for VCCDAC low pass filterC337

+3.3V_PRIME

AJ6
AK6

B5
C6
D6
K17
L18

V_1.05_CORE_EAST L19
VCCAGPIO_1.5
L16
VCCAGPIO_1.8
N18

*0.1U/10V_4

*0/short_6
*0/short_6
C93

1U/10V_4
*0/J_6 VCCADP0_1.5
VCCADP1_1.5

R54

B

R31
R46

W11
W13

*0/short_6
C83
1U/10V_4

+1.5V
+1.8V

W8
W9

AH14
AH19
AK23
AK5
AL11
AL16
AL21
AG31

VCCDDRAON_1.5

*0/short_8

N30
N31
V4

1U/10V_4

VCCALVDS_1.8
VCCDLVDS_1.8

D30
D31
B13
H5
J1

V_1.05_CORE_EAST L21
VCCAZILAON_3.3

B29
A30

VCCSFRMPL_1.5
VCCDMPL_1.05

AA18
AA11

2.2U/6.3V_6

*0/short_6
C139
*2.2U/6.3V_4

<20101125_Colt> Please follow PDG, we will doing BOM
stuff changing in next version CRB

VCCPLLCPU0_1.05
VCCPLLCPU1_1.05

B27
C29
B30

VCCAHPLL_1.05

B26

VCCADDR_1
VCCADDR_2
VCCADDR_3
VCCADDR_4
VCCRAMXXX_1
VCCRAMXXX_2
VCCRAMXXX_3
VCCACKDDR_1
VCCACKDDR_2
VCCADLLDDR_1
VCCADLLDDR_2

CPU

A

VCCCKDDR_1
VCCCKDDR_2
V_SM_1
V_SM_2
V_SM_3
V_SM_4
V_SM_5
V_SM_6
V_SM_7
V_SM_8
VCCADP_1
VCCADP_2
VCCADP_3

VCC_CPU_01
VCC_CPU_02
VCC_CPU_03
VCC_CPU_04
VCC_CPU_05
VCC_CPU_06
VCC_CPU_07
VCC_CPU_08
VCC_CPU_09
VCC_CPU_10
VCC_CPU_11
VCC_CPU_12
VCC_CPU_13
VCC_CPU_14
VCC_CPU_15
VCC_CPU_16
VCC_CPU_17
VCC_CPU_18
VCC_CPU_19
VCC_CPU_20
VCC_CPU_21
VCC_CPU_22
VCC_CPU_23
VCC_CPU_24
VCC_CPU_25
VCC_CPU_26
VCC_CPU_27
VCC_CPU_28
VCC_CPU_29

P18
P19
P21
P28
P29
P30
R22
R23
R24
R25
R26
R27
T19
T21
T29
T30
T31
U22
U23
U24
U25
U26
U27
V18
V19
V21
V28
V29
V30

VCCSFRMPL_1.5
1U/10V_4

*1U/10V_4

VCC_GFX_01
VCC_GFX_02
VCC_GFX_03
VCC_GFX_04
VCC_GFX_05
VCC_GFX_06
VCC_GFX_07
VCC_GFX_08
VCC_GFX_09
VCC_GFX_10
VCC_GFX_11

VCCAGPIO_LV
VCCAGPIO_REF
VCCAGPIO_DIO
VCCAGPIO_1
VCCAGPIO_2
VCCADAC
VCCALVDS
VCCDLVDS
VCCDIO
VCCAZILAON_1
VCCAZILAON_2
VCCSFRMPL
VCCDMPL

VCCADMI_1
VCCADMI_2
VCCADMI_3
VCCADMI_PLLSFR
VCCFHV_1
VCCFHV_2
VCCFHV_3
VCC_CPUSENSE
VSS_CPUSENSE

VCCPLLCPU0
VCCPLLCPU1_1
VCCPLLCPU1_2

*1.5VPLL@0/short_6

VCC_GFXSENSE
VSS_GFXSENSE

VCCAHPLL
VCCTHRM_1
VCCTHRM_2

N11
N13
P11
P13
R10
R9
T11
T13
U10
V11
V13

22U/6.3V_8

+1.5V

L18
*1.05VPLL@10uH/100mA_8

22U/6.3V_8

C126 C100 C105 C118 C101 C125 C106 C103 C112

1U/10V_4

*1U/10V_4

*1U/10V_4

22U/6.3V_8

C134
1U/10V_4

+1.05V

C142
*10U/6.3V_8

A

22U/6.3V_8
R29
VCCADP0_1.5

LAYOUT NOTE: PLACE
ONE 1U CAP ON BOT LAYER

*1.5VPLL@0/short_6

+1.5V

L3
*1.05VPLL@10uH/100mA_8
C52
1U/10V_4

+1.05V

C28
*10U/6.3V_8

R36
VCCADP1_1.5

*1.5VPLL@0/short_6

+1.5V

L4
*1.05VPLL@10uH/100mA_8
C53
1U/10V_4

1.05V (0.76V~1.05V)
1.98A
LAYOUT NOTE:

+1.05V

C29
*10U/6.3V_8

PLACE
TWO CAPS ON BOT LAYER

VCCGFX

VCCADP0_SFR
VCCADP1_SFR

R112

+VCC_CORE

DMI

AA14
AA16
W16
W18

DDR

C141
*1U/10V_4

POWER

C120
1U/10V_4

PLL

C352
*22U/6.3V_8

07

Default stuff 1.5VPLL, Intel verify whether
1.05VPLL is ok or not

1.1V (0.75V~1.18V)
5.95A

U24E

+1.5VSUS

8

Cedar View PLL Power

B

Cedar View LVDS Power

C95

C98

C117

C94

C115

1U/10V_4

1U/10V_4

1U/10V_4

1U/10V_4

22U/6.3V_8

BOM structure
C60

1U/10V_4

C88

1U/10V_4

B4
C5
A4
K4

VCCADMI_1.05

V16
T16

V_1.05_CORE_RSENSE

w/LVDS: stuff R436/ C345/ L38/ C75
w/EDP: unstuff R436/ C75
change L38/ C345 to 0ohm

VCCADMI_1.5

R423

*0/short_6

+1.05V

R456

*0/short_6

+1.5V

+1.8V
VCCDLVDS_1.8

VCCALVDS_1.8

V14
M28
M30

CPUVCC_SENSE [31]
CPUVSS_SENSE [31]

U8
U7

GTVCC_SENSE [31]
GTVSS_SENSE [31]

N16 V_1.8_RSENSE
K2

R437

BOM@0.1uH/300mA_6

C75
LVDS@4.7u/6.3V_6

*0/short_6

L38

R436

LVDS@0/J_6

C345
BOM@1U/10V_4

+1.8V

C

C

C350
*1U/10V_4

VCCPLLCPU0_1.05 R40

*0/J_6 VCCPLLCPU1_1.05

LAYOUT NOTE: OVERLAP RESISTOR AND INDUCTOR
+1.5VSUS

2nd source: CV01001MN32

VCCCKDDR_VSM

R489

*0/short_8

C359
+1.05V
VCCPLLCPU0_1.05
C31
4.7u/6.3V_6

5 OF 6

10uH/100mA_8

+1.05V

<20101125_Colt> Please follow PDG, we will doing BOM
stuff changing in next version CRB

D

C362
10U/6.3V_8

<2010/9/27>Reserve 0805 footprint for farrite bead
CV01001MN16 due to co-layout issue.

C40
1U/10V_4

CDV_22MM_REV1P10
VCCPLLCPU1_1.05

1U/6.3V_4

L6

10uH/100mA_8

<20101125_Colt> Please follow PDG, we will doing BOM
stuff changing in next version CRB

L11
V_1.05_VCCDDR

C45
4.7u/6.3V_6

C46
1U/10V_4

R89

*0/short_6

+1.05V
D

V_1.05_CORE_RSENSE

R440

*0/short_6

+1.05V
VCCAHPLL_1.05
C32
4.7u/6.3V_6

10uH/100mA_8

L10

Quanta Computer Inc.

C49
1U/10V_4

PROJECT : ZE7
Size

Document Number

Rev
1B

CedarView Power
Date:
1

2

3

4

5

6

7

Wednesday, November 02, 2011

Sheet
8

7

of

40

5

4

3

2

Cedar View (CPU)


PLACE RESISTORS AND CAP CLOSE TO CPU DDR_VREF PIN

+SMDDR_VREF

1K/F_4

R492

*0/J_4

R483

*0/short_4

R493
1K/F_4

C360
0.1U/16V_4

C

<20100810_Jerry> Please refer to Cedar Trail CPET HW section(#454349),
it is to implement Deep Standby. And please waiting the whitepaper for implementation detail.

M_A_A0
M_A_A1
M_A_A2
M_A_A3
M_A_A4
M_A_A5
M_A_A6
M_A_A7
M_A_A8
M_A_A9
M_A_A10
M_A_A11
M_A_A12
M_A_A13
M_A_A14
M_A_A15

[4]
[4]
[4]

M_A_WE#
M_A_CAS#
M_A_RAS#

[4]
[4]
[4]

M_A_BS0
M_A_BS1
M_A_BS2

[4]
[4]

M_CS#2
M_CS#3

[4]
[4]

M_CKE2
M_CKE3

[4]
[4]

M_ODT2
M_ODT3

[4]
[4]
[4]
[4]

AK14
AK16
AJ14
AJ16
AK18
AH18
AJ18
AK20
AJ20
AH20
AJ12
AK21
AJ21
AJ8
AH22
AJ22

DDR3_MA0
DDR3_MA1
DDR3_MA2
DDR3_MA3
DDR3_MA4
DDR3_MA5
DDR3_MA6
DDR3_MA7
DDR3_MA8
DDR3_MA9
DDR3_MA10
DDR3_MA11
DDR3_MA12
DDR3_MA13
DDR3_MA14
DDR3_MA15

M_A_WE#
M_A_CAS#
M_A_RAS#

AH10
AJ10
AJ11

DDR3_W E#
DDR3_CAS#
DDR3_RAS#

M_A_BS0
M_A_BS1
M_A_BS2

AK12
AH13
AK22

DDR3_BS0
DDR3_BS1
DDR3_BS2

M_CS#2
M_CS#3

AH12
AH8
AK11
AK8

DDR3_CS#0
DDR3_CS#1
DDR3_CS#2
DDR3_CS#3

M_CKE2
M_CKE3

AH23
AJ24
AK24
AH24

DDR3_CKE0
DDR3_CKE1
DDR3_CKE2
DDR3_CKE3

M_ODT2
M_ODT3

AK10
AK7
AL9
AJ7

DDR3_ODT0
DDR3_ODT1
DDR3_ODT2
DDR3_ODT3

M_CLK2
M_CLK2#
M_CLK3
M_CLK3#

AG15
AF15
AF17
AG17
AD17
AC17
AC15
AD15

DDR3_CK0
DDR3_CK#0
DDR3_CK1
DDR3_CK#1
DDR3_CK2
DDR3_CK#2
DDR3_CK3
DDR3_CK#3

DDR3_DRAMRST#_R

AK25

DDR3_DRAMRST#

DDR_VREF

AJ27
AL28

DDR3_VREF
DDR3_VREF_NCTF

AC19
AB19

DDR3_REFP
DDR3_REFN

M_CLK2
M_CLK2#
M_CLK3
M_CLK3#

*
[2] CLK_DDR3_REFCLK
[2] CLK_DDR3_REFCLK#

<20100817_Jerry>DELAY_VR_PWRGOOD on CDV should be connected to the XDP_PWRGOOD
because the SV folks expressed a preference on using PWROK over PWRGOOD for CDV.
This has changed from PNV to CDV.

DDRAM_PWROK
DELAY_VR_PWRGD_CDV

T53
[5,13,16,27]

R99

ECPWROK

M_ODTPU
M_CMDPU
M_DQPU

121/F_4
R98
100/F_4

<20110520>Change 12.1K to 121ohm to follow CRBv1.5
B

R485

<20110520>Change 10K to 100ohm to follow CRBv1.5

274/F_4

R488

C361

22.6/F_4

M_A_DQ[63:0]

CEDARVIEW

D

R482

08

U24B
[4] M_A_A[15:0]

[7] VCCDDRAON_1.5

1

R484

*0.01U/25V_4

33.2/F_4

AA5
W7

REV = 1.10

DDR3_DRAM_PW ROK 1.5V
DDR3_VCCA_PW ROK 1.5V

AJ26
AJ25
AK27

DDR3_ODTPU
DDR3_CMDPU
DDR3_DQPU

AB11
AB13
AF19
AG19

RSVD_TP_AB11
RSVD_TP_AB13
RSVD_TP_AF19
RSVD_TP_AG19
DDR3

<20100811_Jerry> R485 please follow CRB schematic. (274ohm)

[4] M_A_DM[7:0]

M_A_DM0
M_A_DM1
M_A_DM2
M_A_DM3
M_A_DM4
M_A_DM5
M_A_DM6
M_A_DM7

Y28
AB26
AE30
AB21
AG11
AG2
AB8
AA3

DDR3_DM0
DDR3_DM1
DDR3_DM2
DDR3_DM3
DDR3_DM4
DDR3_DM5
DDR3_DM6
DDR3_DM7

DDR3_DQ0
DDR3_DQ1
DDR3_DQ2
DDR3_DQ3
DDR3_DQ4
DDR3_DQ5
DDR3_DQ6
DDR3_DQ7
DDR3_DQ8
DDR3_DQ9
DDR3_DQ10
DDR3_DQ11
DDR3_DQ12
DDR3_DQ13
DDR3_DQ14
DDR3_DQ15
DDR3_DQ16
DDR3_DQ17
DDR3_DQ18
DDR3_DQ19
DDR3_DQ20
DDR3_DQ21
DDR3_DQ22
DDR3_DQ23
DDR3_DQ24
DDR3_DQ25
DDR3_DQ26
DDR3_DQ27
DDR3_DQ28
DDR3_DQ29
DDR3_DQ30
DDR3_DQ31
DDR3_DQ32
DDR3_DQ33
DDR3_DQ34
DDR3_DQ35
DDR3_DQ36
DDR3_DQ37
DDR3_DQ38
DDR3_DQ39
DDR3_DQ40
DDR3_DQ41
DDR3_DQ42
DDR3_DQ43
DDR3_DQ44
DDR3_DQ45
DDR3_DQ46
DDR3_DQ47
DDR3_DQ48
DDR3_DQ49
DDR3_DQ50
DDR3_DQ51
DDR3_DQ52
DDR3_DQ53
DDR3_DQ54
DDR3_DQ55
DDR3_DQ56
DDR3_DQ57
DDR3_DQ58
DDR3_DQ59
DDR3_DQ60
DDR3_DQ61
DDR3_DQ62
DDR3_DQ63

Y30
Y29
AC30
AC31
W 31
W 28
AB28
AB30
AA24
AA22
AE27
AE26
AB27
AA25
AD25
AD27
AD29
AE29
AJ30
AK29
AD28
AD30
AG30
AJ29
AE24
AG24
AD22
AC21
AG27
AG25
AG21
AE21
AD13
AD11
AG8
AG7
AG13
AE13
AD10
AF8
AH2
AG3
AD2
AD3
AH4
AK3
AE2
AD4
AD7
AD6
AA6
AB5
AE8
AE5
AB9
AA8
AB2
AB4
W4
V3
AC2
AB3
Y2
W1

M_A_DQ0
M_A_DQ1
M_A_DQ2
M_A_DQ3
M_A_DQ4
M_A_DQ5
M_A_DQ6
M_A_DQ7
M_A_DQ8
M_A_DQ9
M_A_DQ10
M_A_DQ11
M_A_DQ12
M_A_DQ13
M_A_DQ14
M_A_DQ15
M_A_DQ16
M_A_DQ17
M_A_DQ18
M_A_DQ19
M_A_DQ20
M_A_DQ21
M_A_DQ22
M_A_DQ23
M_A_DQ24
M_A_DQ25
M_A_DQ26
M_A_DQ27
M_A_DQ28
M_A_DQ29
M_A_DQ30
M_A_DQ31
M_A_DQ32
M_A_DQ33
M_A_DQ34
M_A_DQ35
M_A_DQ36
M_A_DQ37
M_A_DQ38
M_A_DQ39
M_A_DQ40
M_A_DQ41
M_A_DQ42
M_A_DQ43
M_A_DQ44
M_A_DQ45
M_A_DQ46
M_A_DQ47
M_A_DQ48
M_A_DQ49
M_A_DQ50
M_A_DQ51
M_A_DQ52
M_A_DQ53
M_A_DQ54
M_A_DQ55
M_A_DQ56
M_A_DQ57
M_A_DQ58
M_A_DQ59
M_A_DQ60
M_A_DQ61
M_A_DQ62
M_A_DQ63

DDR3_DQS0
DDR3_DQS1
DDR3_DQS2
DDR3_DQS3
DDR3_DQS4
DDR3_DQS5
DDR3_DQS6
DDR3_DQS7

AA30
AB24
AF30
AE22
AG10
AF4
AB6
Y3

M_A_DQS0
M_A_DQS1
M_A_DQS2
M_A_DQS3
M_A_DQS4
M_A_DQS5
M_A_DQS6
M_A_DQS7

DDR3_DQS#0
DDR3_DQS#1
DDR3_DQS#2
DDR3_DQS#3
DDR3_DQS#4
DDR3_DQS#5
DDR3_DQS#6
DDR3_DQS#7

AA31
AB25
AF29
AF22
AF10
AF3
AB7
AA2

M_A_DQS#0
M_A_DQS#1
M_A_DQS#2
M_A_DQS#3
M_A_DQS#4
M_A_DQS#5
M_A_DQS#6
M_A_DQS#7

[4]

D

C

M_A_DQS[7:0]

[4]

B

M_A_DQS#[7:0]

[4]

CDV_22MM_REV1P10

DRAM Reset (CPU)

2 OF 6

<20110727>Connect DDRAM_PWROK between CDV and RT8207L to meet JEDEC timing spec
+1.5VSUS
<20110520>Need to confirm with Intel if
we need to add series 100ohm resistor

A

R537

[4] DDR3_DRAMRST#
C159

0.1U/16V_4

+1.5VSUS

<20110607>Keep original design first for DRAMRST#
R538
*1K/F_4
*0/short_4

<20110707_Nick> Please un-stuff 1K pull up

DDR3_DRAMRST#_NS

R539

*0/short_4

<20110607>Keep original design first for DRAMRST#

VCCDDRAON_1.5
R100
10K/J_4

DDR3_DRAMRST#_R
R474

[27,32] DDRAM_PWROK

<20110707_Nick> Please stuff 100K pull down

DDRAM_PWROK
R97
*0/J_4

100K/J_4

<20110727> Add C159 to suppress glitch

A

Quanta Computer Inc.

C388
*1U/10V_6

PROJECT : ZE7

<20110727> Reserve C388 for RC delay
Size

Document Number

Rev
1B

CedarView DDR
Date:
5

4

3

2

Wednesday, November 02, 2011

Sheet
1

8

of

40

1

09

Cedar View (CPU)

U24F

A

VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS

CEDARVIEW

REV = 1.10

GND

A11
A16
A21
A25
AA1
AA10
AA13
AA19
AA21
AA23
AA26
AA27
AA29
AA7
AA9
AB15
AB17
AB23
AB29
AC1
AC10
AC11
AC13
AC22
AC28
AC4
AD19
AD21
AD24
AD26
AD5
AD8
AE1
AE10
AE11
AE15
AE17
AE19
AE3
AE31
AF11
AF13
AF21
AF24
AF28
AF7
AG22
AG5
AH26
AH28
AH6
AH9
AJ2
AJ3
AK13
AK19
AK28
AK9
AL13
AL19
AL23
AL25
AL7
B10
B14
B19
B23
C12
C26
C30
C7
D19
D28
D8
D9
E2
E5
E7
F24
F4
G1
G11
G13
G15
G17
G19
G21
G31
G8
H13

VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS

VSS_CDVDET
VSSA_CRTDAC

H19
H26
H28
H6
J10
J2
J21
J30
K11
K15
K3
K7
K8
K9
L1
L10
L13
L23
L25
L31
L7
M29
M4
N10
N14
N19
N21
N22
N23
N26
N27
N28
N4
N7
P14
P16
P4
T14
T18
T3
U5
U6
U9
V2
W10
W14
W19
W2
W21
W22
W23
W24
W27
W30
W5
W6
Y4

A

A27
A29
A3
AH1
AJ1
AJ31
AK1
AK2
AK30
AK31
AL2
AL29
AL3
AL30
AL5
B2
B3
B31
C1
C2
C31
E1
L14
D13

6 OF 6
CDV_22MM_REV1P10

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Rev
1B

CedarView GND/ Deep Standby
Date:
1

Wednesday, November 02, 2011

Sheet

9

of

40

1

10

Tiger Point (CLG)
TGP

U22B

LAN
WLAN

Media Processor

PCIE_RXN0
PCIE_RXP0
PCIE_TXN0
PCIE_TXP0
PCIE_RXN1
PCIE_RXP1
PCIE_TXN1
PCIE_TXP1
PCIE_RXN2
PCIE_RXP2
PCIE_TXN2
PCIE_TXP2
PCIE_RXN3
PCIE_RXP3
PCIE_TXN3
PCIE_TXP3

.1U/10V_4
.1U/10V_4

DMI_TXN0_C
DMI_TXP0_C

C113
C104
R81
R80
C110
C122
R88
R86
C124
C132

.1U/10V_4
.1U/10V_4
*0/J_4
*0/J_4
*.1U/10V_4
*.1U/10V_4
*0/J_4
*0/J_4
*.1U/10V_4
*.1U/10V_4

DMI_TXN1_C
DMI_TXP1_C
DMI_RXN2_R
DMI_RXP2_R
DMI_TXN2_C
DMI_TXP2_C
DMI_RXN3_R
DMI_RXP3_R
DMI_TXN3_C
DMI_TXP3_C

C63
C71
C343
C344
C87
C80
C347
C346

K21
K22
PCIE_TXN0_CJ23
PCIE_TXP0_CJ24
M18
M19
.1U/10V_4 PCIE_TXN1_C K24
.1U/10V_4 PCIE_TXP1_C K25
L23
L24
.1U/10V_4 PCIE_TXN2_C L22
.1U/10V_4 PCIE_TXP2_C M21
P17
P18
*.1U/10V_4 PCIE_TXN3_C N25
*.1U/10V_4 PCIE_TXP3_C N24
.1U/10V_4
.1U/10V_4

DMI0RXN
DMI0RXP
DMI0TXN
DMI0TXP
DMI1RXN
DMI1RXP
DMI1TXN
DMI1TXP
DMI2RXN
DMI2RXP
DMI2TXN
DMI2TXP
DMI3RXN
DMI3RXP
DMI3TXN
DMI3TXP

USB

C96
C90

PERN1
PERP1
PETN1
PETP1
PERN2
PERP2
PETN2
PETP2
PERN3
PERP3
PETN3
PETP3
PERN4
PERP4
PETN4
PETP4

USBP0N
USBP0P
USBP1N
USBP1P
USBP2N
USBP2P
USBP3N
USBP3P
USBP4N
USBP4P
USBP5N
USBP5P
USBP6N
USBP6P
USBP7N
USBP7P

H7
H6
H3
H2
J2
J3
K6
K5
K1
K2
L2
L3
M6
M5
N1
N2

OC0#
OC1#
OC2#
OC3#
OC4#
OC5#/GPIO29
OC6#/GPIO30
OC7#/GPIO31

D4
C5
D3
D2
E5
E6
C2
C3

USBRBIAS
USBRBIAS#

G2
G3

USBP0USBP0+
USBP1USBP1+
USBP2USBP2+
USBP3USBP3+
USBP4USBP4+
USBP5USBP5+
USBP6USBP6+
USBP7USBP7+
USBOC#R_1
USBOC#R_1
USBOC#
USBOC#L_1
USBOC#
USBOC#
USBOC#
USBOC#

[21]
[21]
[21]
[21]
[18]
[18]
[21]
[21]
[25]
[25]
[25]
[25]
[19]
[19]
[25]
[25]

SYSTEM (Right Down)
SYSTEM (Right Up)
CCD
SYSTEM (Left/ USB Charger)
SIM
3G
BT
WLAN

R435

*0/short_4

USBOC#R [21,27] USBOC#R_1 R433
USBOC#L_1 R429
USBOC#
R432

R427

*0/short_4

USBOC#L [21,27]

+3V_S5
8.2K/J_4
8.2K/J_4
1K/F_4

CRB ties unused OC pins together with 1k ohm


Close to pin within 200mil ; keep away from CLK/High speed signals
PCI-E

Card Reader

[22]
[22]
[22]
[22]
[25]
[25]
[25]
[25]
[26]
[26]
[26]
[26]
[25]
[25]
[25]
[25]

DMI_RXN0
DMI_RXP0
DMI_TXN0
DMI_TXP0
DMI_RXN1
DMI_RXP1
DMI_TXN1
DMI_TXP1
DMI_RXN2
DMI_RXP2
DMI_TXN2
DMI_TXP2
DMI_RXN3
DMI_RXP3
DMI_TXN3
DMI_TXP3

DMI

<20110222> ES2 CPU DMI will
change from x4 to x2

[5]
[5]
[5]
[5]
[5]
[5]
[5]
[5]
[5]
[5]
[5]
[5]
[5]
[5]
[5]
[5]

R23
R24
P21
P20
T21
T20
T24
T25
T19
T18
U23
U24
V21
V20
V24
V23

CLK48

USBRBIAS

R438

22.6/F_4

F4 CLKUSB_48

CLKUSB_48 [2]

A

A

EMI

<20110630> No support PCI-e in 3G card

R66
*10/F_4


Close to pin within 500mil
+1.5V

R425

24.9/F_4 DMI_COMP H24
J22
[2] CLK_PCIE_ICH#
[2] CLK_PCIE_ICH

W23
W24

DMI_ZCOMP
DMI_IRCOMP

C81
*10P/50V_4

DMI_CLKN
DMI_CLKP
2

Tiger Point

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Rev
1B

Tiger Point DMI/PCIE/USB
Date:
1

Wednesday, November 02, 2011

Sheet

10

of

40

5

4

3

2

1

11

Tiger Point (CLG)

Close to pin within 200mil

D

Follow CRB

C

AC17
AB13
AC13
AB15
Y14
AB16
AE24
AE23
AA14
V14

B

PCH_GPIO36

AD16
AB11
AB10
AD23

RSVD03
RSVD04
RSVD05
RSVD06
RSVD07
RSVD08
RSVD09
RSVD10
RSVD11
RSVD12
RSVD13
RSVD14
RSVD15
RSVD16
RSVD17
RSVD18

SATA0RXN
SATA0RXP
SATA0TXN
SATA0TXP
SATA1RXN
SATA1RXP
SATA1TXN
SATA1TXP

AE6
AD6
AC7
AD7
AE8
AD8
AD9
AC9

SATA_RXN0 [24]
SATA_RXP0 [24]
SATA_TXN0 [24]
SATA_TXP0 [24]

SATA_CLKN
SATA_CLKP
SATARBIAS#
SATARBIAS
SATALED#

CLK_PCIE_SATA# [2]
CLK_PCIE_SATA [2]
SATARBIAS#

AD11
AC11
AD25

R102

RSVD24
RSVD25
RSVD26
RSVD27
RSVD28

RSVD29
RSVD30
RSVD31
GPIO36

A20GATE
A20M#
CPUSLP#
IGNNE#
INIT3_3V#
INIT#
INTR
FERR#
NMI
RCIN#
SERIRQ
SMI#
STPCLK#
THERMTRIP#

U16 GA20
Y20 H_A20M#
Y21 CPUSLP#_R
Y18 H_IGNNE#
AD21
AC25 H_INIT#
AB24 H_INTR
Y22 H_FERR#
T17 H_NMI
AC21 KBRST#
AA16 SERIRQ
AA21 H_SMI#
V18 H_STPCLK#
AA20 PM_THRMTRIP#


Close to pin within 500mil
R466

SATALED#

4.7K/J_4
10K/J_4

GA20
PCH_GPIO36

R95
R103

8.2K/J_4
*10K/J_4

+3V

<20100811_Jerry>CDV doesn't support A20M,
please follow CRB to have a 1K pull up at the moment.

AD4
AC4

R96
R117

<20100811_Jerry> Please follow CRB schematic (8.2K)

+1.05V

<20100813_Jerry> Update for the IGNNE#, please no
stuff the resister and follow CRB's circuit first.

RSVD19
RSVD20
RSVD21
RSVD22
RSVD23

SERIRQ
KBRST#

SATA HDD

<20110516>Reserve 1K PU to +1.05V for C6-state

HOST

R12
AE20
AD17
AC15
AD18
Y12
AA10
AA12
Y10
AD15
W10
V12
AE21
AE18
AD19
U12

[12,13,14] VCC3_VCC3

TGP

SATA

U22C

D

<20110607_C-stage> Stuff 1K to follow CRB V1.5

H_A20M#

R109

1K/J_4

CPUSLP#_R

R532

*1K/J_4

H_IGNNE#

R105

1K/J_4

C

24.9/F_4

SATALED# [24]
10K/J_4

+3V

GA20
[27]
H_A20M# [6]

H_INIT# [6]
H_INTR [6]

R533

R110

0/J_4

CPUSLP# [6]

60.4/F_4

+1.05V


Close to pin

<20100811_Jerry>you can follow PDG for the pull up
resistor value and tolerance requirement. CRB is more
strictly.
B

H_FERR# [6]
H_NMI [6]
KBRST# [27]
SERIRQ [27]
H_SMI# [6]
H_STPCLK# [6]

+1.05V

<20100811_Jerry>for Thermtrip#, please use 60 ohms+/-5% pull up.
R104
60.4/F_4 
Close to pin within 1"

3

PM_THRMTRIP# [6]

Tiger Point

A

A

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Rev
1B

Tiger Point Sata/Host
Date:
5

4

3

2

Wednesday, November 02, 2011

Sheet

11
1

of

40

5

4

3

2

1

12

Tiger Point (CLG)
TGP

U22A

D

PCI CLK 33MHz
[2]

PCLK_ICH

EMI
R73
*33/J_4

A5
PCI_DEVSEL# B15
J12
T32
A23
PCI_IRDY#
B7
C22
PCI_SERR#
B11
PCI_STOP#
F14
PCI_LOCK#
A8
PCI_TRDY#
A10
PCI_PERR#
D10
PCI_FRAME# A16

C99
*10P/50V_4

[27]

EC_SCI#

[11,13,14] VCC3_VCC3
+3V

T13
T4

A18
E16

GNT1#
GNT2#

PCI_REQ1#
PCI_REQ2#

G16
A20

REQ1#
REQ2#

PCH_GPIO48 G14
PCH_GPIO17
A2
PCH_GPIO22 C15
EC_SCI#
C9

C

T34
R70
R43

PAR
DEVSEL#
PCICLK
PCIRST#
IRDY#
PME#
SERR#
STOP#
PLOCK#
TRDY#
PERR#
FRAME#

PCI

GPIO48/ STRAP1#
GPIO17/ STRAP2#
GPIO22
GPIO1

PCI_INTA#
PCI_INTB#
PCI_INTC#
PCI_INTD#
PCI_INTE#
PCI_INTF#
PCI_INTG#
PCI_INTH#

B2
D7
B3
H10
E8
D6
H8
F8

PIRQA#
PIRQB#
PIRQC#
PIRQD#
PIRQE#/GPIO2
PIRQF#/GPIO3
PIRQG#/GPIO4
PIRQH#/GPIO5

PCH_A16WP
10K/J_4
8.2K/J_4

D11
K9
M13

STRAP0#
RSVD01
RSVD02

AD0
AD1
AD2
AD3
AD4
AD5
AD6
AD7
AD8
AD9
AD10
AD11
AD12
AD13
AD14
AD15
AD16
AD17
AD18
AD19
AD20
AD21
AD22
AD23
AD24
AD25
AD26
AD27
AD28
AD29
AD30
AD31

B22
D18
C17
C18
B17
C19
B18
B19
D16
D15
A13
E14
H14
L14
J14
E10
C11
E12
B9
B13
L12
B8
A3
B5
A6
G12
H12
C8
D9
C7
C1
B1

C/BE0#
C/BE1#
C/BE2#
C/BE3#

H16
M15
C13
L16

PCI_INTB#
PCI_IRDY#
PCI_INTG#
PCI_INTE#

RP3

1
3
5
7

2 8.2K_8P4R
4
6
8

PCI_LOCK#
PCI_INTD#
PCI_TRDY#
PCI_PERR#

RP2

1
3
5
7

2 8.2K_8P4R
4
6
8

PCI_DEVSEL#RP1
PCI_FRAME#
PCI_REQ1#
PCI_REQ2#

1
3
5
7

2 8.2K_8P4R
4
6
8

PCI_INTA#
PCI_INTC#
PCI_INTF#
PCI_INTH#

1
3
5
7

2 8.2K_8P4R
4
6
8

PCI_STOP#
PCI_SERR#
EC_SCI#

R30
R424

*1K/J_4
*1K/J_4

R389

RP4

R392
R391
R41

8.2K/J_4
8.2K/J_4
10K/J_4

PCH_GPIO48
PCH_GPIO17

R35
R421

*8.2K/J_4 PCH_GPIO22

R388

*1K/J_4
*1K/J_4
8.2K/J_4

+3V
D

+3V

+3V

+3V

+3V
C

+3V

+3V

<20101104> Reserve R389(PCH_GPIO22 PD) for 27MHz or 96MHz choosing, need vBIOS support
Pull up --> for 27MHz
Pull down --> for 96MHz

1

Tiger Point
B

B

<20090601(A1A)_Checklist Rev0.7>
Strap1#/strap2#: signals have weak
internal pull-ups

ICH Boot BIOS select
PCH_GPIO17
(INT PU)

PCH_GPIO48
(INT PU)

0
1
1

1
0
1

Boot BIOS Location
SPI
PCI
LPC (CURRENTLY USE)

A16 SWAP Override strap
PCH_A16WP
(INT PU)

Low = A16 swap override enabled
High = Default

Description

IRQ
PIRQA

USB UHCI Controller #1, #4

PIRQB

AC'97 Codec; option for SMBUS

PIRQC

USB UH Controller #3; SATA/IDE Native Mode

PIRQD

USB UHCI Controller #2

PIRQE

Internal LAN; Option for SCI, TCO, HPET#0,1,2

PIRQF

Option for SCI, TCO, HPET#0,1,2

PIRQG

Option for SCI, TCO, HPET#0,1,2

PIRQH

USB EHCI Controller; Option for SCI, TCO, HPET#0,1,2

A

A

PCI_GNT#2

Quanta Computer Inc.
PROJECT : ZE7

Internal PU
Should not be PD

Size

Rev
1B

TigerPoint PCI
Date:

5

Document Number

4

3

2

Wednesday, November 02, 2011

Sheet

12
1

of

40

5

4

3

2

1

13

Tiger Point (CLG)

+3V_S5

TGP

U22D

C136
*30P/50V_4

2011/4/28 For EMI Sam request

LAD0
LAD1
LAD2
LAD3
T21

[25,27] LFRAME#

D

AA5
V6
AA6
Y5
W8
Y8
Y4

P6
U2
W2
V2
P8
ACZ_SDOUT_AUDIO_R AA1
ACZ_SYNC_AUDIO_R
Y1
14M_ICH
AA3

R461
R472

33/J_4 ACZ_SDOUT_AUDIO_R
90.9/F_4

R451
R468

33/J_4 ACZ_SYNC_AUDIO_R
90.9/F_4

[2]

[20] ACZ_SDOUT_CODEC
[5] ACZ_SDOUT_CPU
[20] ACZ_SYNC_CODEC
[5] ACZ_SYNC_CPU

14M_ICH

U3
AE2
T6
V3

<20090529(A1A)_Checklist Rev0.7>
If integrated LAN is not used
LAN_RST# tie it to GND.
6P/50V_4

3

<20110516_DGv1.5>
Change ACZ BITCLK/RST/SDOUT/SYNC to CPU RES from 33ohm to 90.9ohm

2

32.768KHz,+-20PPM
Y4

6P/50V_4

R434
10M/J_4

RTC_X1 W4
RTC_X2 V5
RTCRST#
T5

C

R2
T1
M8
P9
R4

RTCX1
RTCX2
RTCRST#
SMBALERT#/GPIO11
SMBCLK
SMBDATA
SMLALERT#
SMLINK0
SMLINK1
SPI_MISO
SPI_MOSI
SPI_CS#
SPI_CLK
SPI_ARB

THRM#
VRMPWRGD
MCH_SYNC#
PWRBTN#
RI#
SUS_STAT#/LPCPD#
SUSCLK
SYS_RESET#
PLTRSTB
WAKE#
INTRUDER#
PWROK
RSMRST#
INTVRMEN
SPKR
SLP_S3#
SLP_S4#
SLP_S5#

SPI

T36
T37
T14
T17
T16

E20
H18
E23
H21
F25
F24

CPUPWRGD/GPIO49

SMB

SMBALERT#
PCLK_SMB
PDAT_SMB
SMB_LINK_ALERT#
SMLINK0
SMLINK1

LAN_CLK
LANR_STSYNC
LAN_RST#
LAN_RXD0
LAN_RXD1
LAN_RXD2
LAN_TXD0
LAN_TXD1
LAN_TXD2

RTC

C349

T4
P7
B23
AA2
AD1
AC2
W3
T7
U4

EE_CS
EE_DIN
EE_DOUT
EE_SHCLK

LAN

C348

4

33/J_4 ACZ_RST#_AUDIO_R
90.9/F_4

HDA_BIT_CLK
HDA_RST#
HDA_SDI0
HDA_SDIN1
HDA_SDIN2
HDA_SDOUT
HDA_SYNC
CLK14

EPROM

R452
R454

1

[20] ACZ_RST#_CODEC
[5] ACZ_RST#_CPU

BM_BUSY#/GPIO0
GPIO6
GPIO7
GPIO8
GPIO9
GPIO10
GPIO12
GPIO13
GPIO14
GPIO15
DPRSLPVR
STP_PCI#
STP_CPU#
GPIO24
GPIO25
GPIO26
GPIO27
GPIO28
CLKRUN#
GPIO33
GPIO34
GPIO38
GPIO39

AUDIO

ACZ_BITCLK_AUDIO_R
ACZ_RST#_AUDIO_R
[5] ACZ_SDINO
[20] ACZ_SDIN1

LDRQ1#/GPIO23
LAD0/FWH0
LAD1/FWH1
LAD2/FWH2
LAD3/FWH3
LDRQ0#
LFRAME#

LPC

[25,27]
[25,27]
[25,27]
[25,27]

MISC

T18
33/J_4 ACZ_BITCLK_AUDIO_R
90.9/F_4

R90
R93

[20] ACZ_BITCLK_CODEC
[5] ACZ_BITCLK_CPU

BATLOW#
DPRSTP#
DPSLP#
RSVD31

T15 BM_BUSY#
W16 PCH_GPIO6
W14 PCH_GPIO7
K18 PCH_GPIO8
H19 PCH_GPIO9
M17 EC_SMI#
A24 PCH_GPIO12
C23 PCH_GPIO13
PCH_GPIO14
P5
E24 PCH_GPIO15
AB20 PM_DPRSLPVR
Y16
AB19
R3 PCH_GPIO24
C24 DMI_AC_ENABLE
D19 PCH_GPIO26
D20 PCH_GPIO27
F22 PCH_GPIO28
AC19 CLKRUN#
U14 PCH_GPIO33
AC1 BOARDID0
AC23 BOARDID1
AC24 BOARDID2

T20
T19

<20101105> GPIO12 for A3-test CLKREQ setting
GPIO12 Command: For CLK Gen Byte5 CLKREQ# strap
Pull-high: 0x58 -> SRC2/4/6
Pull-low: 0x00 -> SRC1/3/5

EC_SMI# [27]

<20101108> GPIO13 for A3-test LAN chip selection
Pull-high -> for Atheros LAN AR8158
Pull-down -> for Realtek LAN RTL8105TA-VC-CG
PM_STPPCI# [2]
<20110607> PU to +3V_S5 for GPIO12/13 no use to
PM_STPCPU# [2]
follow checklist v1.0
T35
T38

PCLK_SMB
PDAT_SMB
PM_BATLOW#
DNBSWON#
EC_SMI#
SYS_RST#
SMBALERT#
SMB_LINK_ALERT#
PCIE_WAKE#
SMLINK1
SMLINK0
ICH_RI#
PCH_GPIO14
PCH_GPIO15
PCH_GPIO9
PCH_GPIO8
PCH_GPIO12
PCH_GPIO13

R378
R383
R402
R431
R49
R375
R379
R394
R404
R418
R420
R422
R28
R403
R380
R393
R407
R382

8.2K/J_4
8.2K/J_4
8.2K/J_4
*10K/J_4
10K/J_4
10K/J_4
10K/J_4
10K/J_4
10K/J_4
10K/J_4
10K/J_4
10K/J_4
10K/J_4
10K/J_4
10K/J_4
10K/J_4
10K/J_4
10K/J_4

D

T8
T10
T6
CLKRUN#

[27]

Follow CRB

T15

AB22 H_PWRGD

H_PWRGD [6,16]

AB17 THERM_ALERT#
V16 HWPG
AC18 MCH_SYNC#
E21 DNBSWON#
H23 ICH_RI#
G22
D22 SUSCLK
G18 SYS_RST#
G23 PLT_RST#
C25 PCIE_WAKE#
SM_INTRUDER#
T8
U10 TPT_PWROK
AC3 EC_RSMRST#
AD3 ICH_INTVRMEN
J16

Stuff -> Unuse thermal sensor
Unstuff -> Use thermal sensor

THERM_ALERT# [5,6,27]
HWPG [2,16,27]
DNBSWON# [16,27]
T5
SUSCLK [27]
PCIE_WAKE#

SPKR

VCC3_VCC3
R471
R464
R467
R465

1K/F_4
8.2K/J_4
10K/J_4
10K/J_4

DMI_AC_ENABLE

R401

1K/J_4

TPT_PWROK

R495

10K/J_4

EC_RSMRST#

R460

10K/J_4

[22,25]

VCCRTC

TPT_PWROK [16]
EC_RSMRST# [16,27]

H20 SUSB#
E25 SUSC#
F21

[11,12,14]

MCH_SYNC#
CLKRUN#
BM_BUSY#
THERM_ALERT#

[20]

SM_INTRUDER#

R473

1M/F_6

ICH_INTVRMEN

R458

332K/F_4

SUSB# [16,27]
SUSC# [16,27]
T12

B25 PM_BATLOW#
AB23 ICH_DPRSTP_R#
AA18 H_DPSLP#
F20

R107
R108

C

*56/F_4

+1.05V

*0/short_4

ICH_DPRSTP#

[6]

H_DPSLP# [6]

Tiger Point

TPT Power OK (CLG)

Platform Reset (CLG)
+3V

+3V

0.1U/10V_4

[5,8,16,27]

TC7SH08FU
TPT_PWROK
4

1

ECPWROK

3

C143
0.1U/10V_4

R101

B

100K_4
R417

0/J_4

*0/J_4

RTC (RTC)

Clock GEN I2C Level Shift

Mother Board ID (CLG)

VCCRTC
D16

C222

+3V

ACZ_SDOUT
(INT PD)

+3V
CH500H-40

1U/10V_6
R211
RTCRST#

CH500H-40

20K/F_6
C223

*0/J_4

RTCRST#_EC [27]

PCH: +3V_S5

G1
[25]

PCLK_SMB

3

R92
*10K/J_4

CLK GEN: +3V
1

R462
*10K/J_4

R457
*10K/J_4

20MIL

*SHORT_PAD

VCCRTC_1 R218

3

BOARDID0
BOARDID1
BOARDID2

2N7002K
Q38

2K/F_4 VCCRTC_2 R217

Description

0

0

1

0

* 4 x 1s

0

1

Reserved

1

1

1 x 4s(1 port/4 lanes)

Reserved

+5V_S5

20MIL

VCCRTC_4 1

ACZ_SYNC
(INT PD)

SMBCK1 [2,4,25]

1U/10V_6

2

R254
1K/J_4

R513

1

VCCRTC_3

R374
8.2K/J_4

2

D15

A

PLTRST# [6,16,22,25,26,27]

1
R395

B

+3VPCU

*TC7SH08FU
4

2

<20110426 (G1A)>
Add 0.1uF CAP to prevent PWROK glitch issue

3

5

PLT_RST#
U4
HWPG 2

*0.1U/10V_4

5

C338
U21
C144

R87
10K/J_4

+3V

2K/F_4

R463
10K/J_4

R469
10K/J_4

INTVRMEN
A

Q27
METR3904-G

2

1
R376
8.2K/J_4

CLK GEN: +3V

<20110428 (G1A)>
Stuff 10K PD resistors from ZE7 A2-stage

0

Disable

1

PCH: +3V_S5

2

R216
68.1K/F_4

Enable internal VccSus1_5 VRM
(default)

2

[25]

CN5
RTC SOCKET

ML1220 Coin type
AHL03001406 Maxell
(HML) 18mAH
AHL03001424 FDK
(SAY) 15mAH
AHL03017100 Panasonic (MAT) 17mAH

R215

PDAT_SMB

3

1

SMBDT1 [2,4,25]

Quanta Computer Inc.

2N7002K
Q37

150K/F_4

PROJECT : ZE7
Size

Rev
1B

TPT ACZ/GPIO/RTC
Date:

5

Document Number

4

3

2

Wednesday, November 16, 2011

Sheet
1

13

of

40

1

14

Tiger Point (CLG)
D36


Place 0402 caps close to ball
Place 0603/0805 caps close to ICH

VCC5_VCC5REF
C333

RB500V-40

R390

100/F_4

D4

RB500V-40

R37

10/F_4

10mA

VCC5REF

VCC5REF_SUS

45mA

VCCSATAPLL

6uA
24mA
10mA

C351

F12

C358
C355

Y6

VCCRTC

AE3

VCCDMIPLL

Y25

VCCUSBPLL

F6

+1.5V

C147
10U/10V_8
L20

*0/short_6

+1.5V

C150
*4.7U/6.3V_6
VCCP_VCC1_05

VCC1_5_1
VCC1_5_2
VCC1_5_3
VCC1_5_4

AA8
M9
M20
N22

VCC1.5_VCC1.5

VCC1_05_1
VCC1_05_2
VCC1_05_3
VCC1_05_4

J10
K17
P15
V10

R120
C127
C84
C76
C72
C157

*0/short_6

.1U/10V_4
.1U/10V_4
1U/6.3V_4
1U/6.3V_4
4.7U/10V_8

+1.5V
A

POWER

A

.1U/10V_4
.01U/25V_4

*0/short_6

VCCRTC

W18

1.422A

L19

VCC1.5_VCCDMIPLL
C151
.01U/25V_4

V_CPU_IO

14mA

.1U/10V_4

VCC1.5_SATAPLL
C133
.1U/10V_4

F5

+3V_S5
+5V_S5

RVCC5_VCC5REF_SUS

6mA

+5V

1U/10V_4

TGP

U22E

+3V

0.955A

0.216A

0.092A

VCC3_3_1
VCC3_3_2
VCC3_3_3
VCC3_3_4
VCC3_3_5
VCC3_3_6

VCCSUS3_3_1
VCCSUS3_3_2
VCCSUS3_3_3
VCCSUS3_3_4

VCCP_VCC1_05

R106
C119
C102
C137

H25
AD13
F10
G10
R10
T9

VCC3_VCC3
C135
C64
C74
C107
C121

F18
N4
K7
F1

RVCC3_VCCSUS3
C97
1U/6.3V_4
C70
1U/6.3V_4
C57
.1U/10V_4
C69
*10U/10V_8

*0/short_6

1U/6.3V_4
1U/6.3V_4
4.7U/10V_8

R503
1U/6.3V_4
1U/6.3V_4
1U/6.3V_4
.1U/10V_4
.1U/10V_4

*0/short_6
VCC3_VCC3

R430

*0/short_6

+1.05V

+3.3V_PRIME
[11,12,13]

+3V_S5

LAYOUT NOTE: place 10U CAP close to pin F18
5

Quanta Computer Inc.

Tiger Point

PROJECT : ZE7
Size

Document Number

Rev
1B

TigerPoint Power
Date:
1

Wednesday, November 02, 2011

Sheet

14

of

40

1

15

Tiger Point (CLG)
U1LB

U22F

A

TGP

VSS01
VSS02
VSS03
VSS04
VSS05
VSS06
VSS07
VSS08
VSS09
VSS10
VSS11
VSS12
VSS13
VSS14
VSS15
VSS16
VSS17
VSS18
VSS19
VSS20
VSS21
VSS22
VSS23
VSS24
VSS25
VSS26
VSS27
VSS28
VSS29
VSS30
VSS31
VSS32
VSS33
VSS34
VSS35
VSS36
VSS37
VSS38
VSS39
VSS40
VSS41
VSS42
VSS43
VSS44
VSS45
VSS46
VSS47
VSS48
VSS49
VSS50
VSS51
VSS52
VSS53
VSS54
VSS55
VSS56

A1
A25
B6
B10
B16
B20
B24
E18
F16
G4
G8
H1
H4
H5
K4
K8
K11
K19
K20
L4
M7
M11
N3
N12
N13
N14
N23
P11
P13
P19
R14
R22
T2
T22
V1
V7
V8
V19
V22
V25
W12
W22
Y2
Y24
AB4
AB6
AB7
AB8
AC8
AD2
AD10
AD20
AD24
AE1
AE10
AE25

VSS57
VSS58
VSS59

G24
AE13
F2

RSVD32

AE16

A

Tiger Point

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Rev
1B

TigerPoint GND
Date:
1

Wednesday, November 02, 2011

Sheet

15

of

40

5

4

3

2

1

16

Power Sequence Connector 30pin (CPU)

CN17
D

D

[27,30,35] S5_ON
+3V_S5
[13,27] DNBSWON#
[13,27] SUSB#
+1.5VSUS
+5V
+1.05V
[27,31,34] +3.3V_PRIME_ON
+3.3V_PRIME
[2,13,27] HWPG
[13] TPT_PWROK
[6,13,22,25,26,27] PLTRST#

1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31

S5_ON
DNBSWON#
SUSB#

+3.3V_PRIME_ON
HWPG
TPT_PWROK
PLTRST#

2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32

NBSWON#

NBSWON# [24,27]
+5V_S5
EC_RSMRST# [13,27]
SUSC# [13,27]
SUSON [27,32,34]
MAINON [27,32,33,34]
+1.5V
HWPG_1.05V [31,33,34]
+VCC_CORE
+1.8V
ECPWROK [5,8,13,27]
H_PWRGD [6,13]

EC_RSMRST#
SUSC#
SUSON
MAINON
HWPG_1.05V
ECPWROK
H_PWRGD

*30pin POWER SEQ CONN

C

C

1

GND

11

+1.5VSUS

21

HWPG

2

NBSWON#

12

MAINON

22

ECPWROK

3

S5_ON

13

+5V

23

TPT_PWROK

4

+5V_S5

14

+1.5V

24

H_PWRGD

5

+3V_S5

15

+1.05V

25

PLTRST#

6

RSMRST#

16

HWPG_1.05V

26

RESERVE

7

DNBSWON#

17

VRON

27

RESERVE

8

SUSC#

18

+VCC_CORE

28

RESERVE

9

SUSB#

19

+3.3V_PRIME

29

RESERVE

10

SUSON

20

+1.8V

30

RESERVE

B

B

A

A

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Rev
1B

Cedarview XDP
Date:
5

4

3

2

Wednesday, November 02, 2011

Sheet
1

16

of

40

5

4

3

2

1

17

HDMI (HDM)
Level Shifter motherboard topology for max data rate of 1.65Gb/s
<20101209> Change to DFHS19FR015 by ME design change

Close to HDMI connector

CN16
3

HDMITX2P_MOS

R200

620/F_4

R195

D

620/F_4

+3V

TX2_HDMI+
TX2_HDMI-

R189

620/F_4

TX1_HDMI+

R185

620/F_4

TX1_HDMI-

[5]
[5]

TX1_HDMITX0_HDMI+

[5]
[5]

TX0_HDMITX3_HDMI+

[5]

TX3_HDMI-

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19

TX2_HDMITX1_HDMI+
TX1_HDMITX0_HDMI+
TX0_HDMITX3_HDMI+
TX3_HDMI-

1.1A 8V POLY(SMD1206P110TFT)

100K/J_4

+3V

+5V_HDMI
HDMI_HPD

1

C367
0.22U/6.3V_4
HDMITX3P_MOS

3

3

HDMITX1P_MOS

TX2_HDMITX1_HDMI+

2

+5V

1

1

R192

[5]
[5]

TX2_HDMI+

F2
Q19
2N7002K

100K/J_4

TX2_HDMI+

HDMI_DDC_CLK
HDMI_DDC_DATA

2

2

R174

620/F_4

TX3_HDMI+

R171

620/F_4

TX3_HDMI-

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

20
D

23
22

21

HDMI connector

R142
1M/F_6

<20101001> Change from 100K to 1M ohm (follow DG0.7)

2

100K/J_4

R176

1

Q16
2N7002K

1

Q22
2N7002K
100K/J_4

C

+3V

HDMITX3N_MOS

3

3

HDMITX1N_MOS

2

R126
10K/J_4

2

R180

[5] HDMI_DDI0_HPD#

1

100K/J_4

100K/J_4

HDMI_DDI0_HPD#

3

Q17
2N7002K

1

Q23
2N7002K
R515

<20100115(B2A)>
Add fuse to meet IEC 60950-1
2nd certificationand.

HDMITX0N_MOS

3

3

HDMITX2N_MOS

[5]
TX0_HDMI-

100K/J_4

Q25
2N7002K

R209

620/F_4

1

1

R190

2

C

TX0_HDMI+

Q18
2N7002K

100K/J_4

+3V

620/F_4

2
Q24
2N7002K

R245

R181
R177

2

R233

HDMITX0P_MOS

3

+3V

2

HDMI_HPD

Q7
2N7002K
1

R138
*100K_4

B

SDVO I2C Control (HDM)

EMI reserve for HDMI (EMC)

<20100909_Jennifer> Change R500/ R502
from 1.5k to 2.2k to follow CRB.

ESD Protect (HDM)
B

Close to HDMI Connector

Close to HDMI Connector

+3V

U6
R500

2.2K/J_4

D39

RB500V-40

2.2K/J_4

+5V

1

[5] DDI0_HDMI_SCL

+3V

L22

BLM18AG601_6

HDMI_DDC_CLK

Q13
2N7002K
R502

2.2K/J_4

D41

RB500V-40

+5V

2.2K/J_4

C180
*0.1u/10V_4

The DDC signals are rated at 5V at connector. The
passgate can also be used to protect against
back-power
when computer is OFF but the display is ON and still
pulled up to 5 V.

1

[5] DDI0_HDMI_SDA

R196
*100/F_4

HDMI_HPD

HDMI_DDC_DATA_L

L23

BLM18AG601_6

10
9

7
6

7
6

HDMI_HPD

10
9

10
9

TX0_HDMI+
TX0_HDMI-

7
6

7
6

TX3_HDMI+
TX3_HDMI-

10
9

10
9

TX2_HDMI+
TX2_HDMI-

7
6

7
6

TX1_HDMI+
TX1_HDMI-

U7
R187
*100/F_4

HDMI_DDC_DATA

TX0_HDMI+
TX0_HDMITX3_HDMI+
TX3_HDMI-

1
2
3
4
5

R179
*100/F_4

C183
*0.1u/10V_4

HDMI_DDC_DATA
HDMI_DDC_CLK

10
9

*RClamp0524P

1
2
GND_3/8
4
5
*RClamp0524P

TX0_HDMI-

Q14
2N7002K

1
2
GND_3/8
4
5

TX1_HDMI+

TX0_HDMI+
3

1
2
3
4
5

TX2_HDMI-

TX1_HDMI-

2

R535

HDMI_DDC_CLK_L

3

HDMI_DDC_DATA
HDMI_DDC_CLK

TX2_HDMI+

2

R534

U9
TX2_HDMI+
TX2_HDMI-

TX3_HDMI+
R173
*100/F_4

TX1_HDMI+
TX1_HDMI-

TX3_HDMI-

1
2
3
4
5

1
2
GND_3/8
4
5
*RClamp0524P

A

A

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Date:

Wednesday, November 16, 2011

Rev
1B

HDMI
5

4

3

2

Sheet
1

17

of

40

4

HALL IC (HSR)

3

2

LCD POWER SWITCH (LDS)
R91

+3VPCU

CAMERA POWER (CCD)
Irush=1.5A
AVG=0.24A

*100K_4

R536
47/F_6
D44 *VPORT_6
2
1

1

2

R349

R19

D7 *VPORT_6
1
2

LID#

C319

C324


Change C138 from 4.7U to 1U

*2.2U/6.3V_6

.1U/10V_4

C309

C310

.01U/16V_4

*0.1U/10V_4

20mA*24pcs=480mA

D8

RB500V-40

LID#

R345

[27]

*EDP@0/J_8

U19
+3V

C328
4.7U/6.3V_6

6

DISPON

4
R350

[5] INT_LVDS_DIGON

R118
10K_4

0/J_4

3

R354
100K/J_4

BL#

R13

VIN

+3V

3

1000P/50V_4

C312

D

LCD MODULE (LDS)

R113
10K_4

IN

OUT

IN

GND

ON/OFF

GND

1

[5] TXLOUT1+
[5] TXLOUT1DDI1_AUX_DP
DDI1_AUX_DN

[5] DDI1_AUX_DP
[5] DDI1_AUX_DN

R359
R358

LVDS@0/J_4
LVDS@0/J_4

TXLOUT1_R+_EDP_AUXP
TXLOUT1_R-_EDP_AUXN

C326
C325

*EDP@.1U/16V_4
*EDP@.1U/16V_4

TXLOUT1_R+_EDP_AUXP
TXLOUT1_R-_EDP_AUXN

[5] TXLOUT2+
[5] TXLOUT2DDI1_TX0_DP
DDI1_TX0_DN

[5] DDI1_TX0_DP
[5] DDI1_TX0_DN

3

C18
4.7U/25V_8

LVDS@0/J_4
LVDS@0/J_4

TXLOUT2_R+_EDPTX0+
TXLOUT2_R-_EDPTX0-

C314
C313

*EDP@.1U/16V_4
*EDP@.1U/16V_4

TXLOUT2_R+_EDPTX0+
TXLOUT2_R-_EDPTX0-

R26

+3V
CCD_POWER

0/J_6
C22

*IVO@4.7U/25V_8

INT_LVDS_BLON

2N7002K

TXLOUT2_R-_EDPTX0-_R1
TXLOUT2_R+_EDPTX0+_R1

Reserve for IVO panel

[5]

TXLOUT1_R-_EDP_AUXN_R1
TXLOUT1_R+_EDP_AUXP_R1

1

[5] TXLOUT0+
[5] TXLOUT0-

100K_4

3
1

USBP2-_R
USBP2+_R

C21
*IVO@0.1U/50V_6

R131

2

C

CCD_POWER
+5V_LCD

DISPON
LCD_VADJ

Refer to INTEL DG co-layout
2
Q6

CN1
V_BLIGHT

1

R348
R347

C19
0.1U/50V_6

LCDVCC

+5V

5

IC(5P) G5243AT11U

0/J_6

IVO panel : 21.W/5V=0.42A

Refer to INTEL DG co-layout

2

Q4
2N7002K

4.7U/10V_8

C308
*0/short_4

4.7u/10V_8

MR1
APX9132H AI-TRG

C138
1U/10V_6

2

CCD_POWER

*0/short_6

USBP2-_R
USBP2+_R

USBP2USBP2+

3

+3V

C318

*0/short_4

R20
.1U/10V_4

D

[10]
[10]

C327

CCD_POWER

R344

*0/short_8

18

0.15A
+3V



LCDVCC
LCDVCC_1

1

+

5

EC_FPBACK#

DDI1_TX1_DP
DDI1_TX1_DN

[5] DDI1_TX1_DP
[5] DDI1_TX1_DN

[27]

Q5
DTC144EUA

R352
R353

LVDS@0/J_4
LVDS@0/J_4

TXLOUT0_R+_EDPTX1+
TXLOUT0_R-_EDPTX1-

C315
C316

*EDP@.1U/16V_4
*EDP@.1U/16V_4

TXLOUT0_R+_EDPTX1+
TXLOUT0_R-_EDPTX1-

TXLOUT0_R-_EDPTX1-_R1
TXLOUT0_R+_EDPTX1+_R1
TXLCLKOUT-_R_EDPTX2-_R1
TXLCLKOUT+_R_EDPTX2+_R1

Refer to INTEL DG co-layout

[5] TXLCLKOUT+
[5] TXLCLKOUTDDI1_TX2_DP
DDI1_TX2_DN

[5] DDI1_TX2_DP
[5] DDI1_TX2_DN

LCD_CLK_R_EDPTX3+
LCD_DATA_R_EDPTX3+3V_EDP_HPD

R357
R356

LVDS@0/J_4
LVDS@0/J_4

TXLCLKOUT+_R_EDPTX2+
TXLCLKOUT-_R_EDPTX2-

C323
C322

*EDP@.1U/16V_4
*EDP@.1U/16V_4

TXLCLKOUT+_R_EDPTX2+
TXLCLKOUT-_R_EDPTX2-

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30

31
32
33
34

31
32
33
34

C

LCD CONN

 Chang to DFHS30FR048 for SMT ME Peter request

Refer to INTEL DG co-layout

Single-ended 50ohm
[5] LCD_CLK
[5] LCD_DATA

CRT(CRT)

DDI1_TX3_DP
DDI1_TX3_DN

[5] DDI1_TX3_DP
[5] DDI1_TX3_DN

Differential 90ohm

<20100115(B2A)>
Add F1(fuse) to meet IEC 60950-1 2nd certificationand.

R371
R370

LVDS@0/J_4
LVDS@0/J_4

LCD_CLK_R_EDPTX3+
LCD_DATA_R_EDPTX3-

C332
C331

*EDP@.1U/16V_4
*EDP@.1U/16V_4

LCD_CLK_R_EDPTX3+
LCD_DATA_R_EDPTX3-

Trace Impedance use
single-ended 50ohm and differential 90ohm

Refer to INTEL DG co-layout

eDP (LDS)
C38

.1U/10V_4

+3V

+3V

F1

2

+5V

CRTVDD5

1

1.1A 8V POLY(SMD1206P110TFT)

R365
*EDP@100K_4


PLACE inductances 90 DEGREE FROM EACH OTHER

R23
*EDP@1K/J_4
[5] DDI1_HPD#

CRT_R

[5]

CRT_G

[5]

CRT_B
R85

R84

R83

150/F_4 150/F_4 150/F_4

L14

PBY160808T-220Y-N

CRT_R1

L15

PBY160808T-220Y-N

CRT_G1

L13

PBY160808T-220Y-N

CRT_B1

C114

C109

C108

C77

C78

C79

*10P/50V_4

*10P/50V_4

*10P/50V_4

4.7P/50V_4

4.7P/50V_4

4.7P/50V_4

R366
*EDP@100K_4

CN10

11

CRT_11

12

CRT_SDA

13

CRTHSYNC

14

CRTVSYNC

15

CRT_SCL

DDI1_HPD R21
R22

17

R373

U3
CRTVDD5

1

CRT_BYP

7
8

A

C47

0.22U/25V_6

2

+3V
C36
.1U/10V_4

CRT_R1
CRT_G1
CRT_B1

3
4
5
6

VCC_SYNC SYNC_OUT2
SYNC_OUT1
VCC_DDC
BYP
SYNC_IN2
VCC_VIDEO
SYNC_IN1
VIDEO_1
VIDEO_2
VIDEO_3
GND

DDC_IN1
DDC_IN2
DDC_OUT1
DDC_OUT2

IP4772_Rout=10ohm

TXLOUT1_R+_EDP_AUXP_R1
TXLOUT1_R-_EDP_AUXN_R1

R372

*0/short_4

R362

*0/short_4

TXLOUT2_R+_EDPTX0+
TXLOUT2_R-_EDPTX0-


Close to CONN

C35
.1U/10V_4

16
14

CRT_VSYNC1
CRT_HSYNC1

R76
R75

47/F_4 VSYNC_R
47/F_4 HSYNC_R

L17
L16

0/J_6
0/J_6

CRTVSYNC
CRTHSYNC
C37

15
13

CRT_VSYNC
CRT_HSYNC

10
11

CRT_DDC_SCL [5]
CRT_DDC_SDA [5]

9
12

*10P/50V_4

R79
2.2K/J_4

CRT_SCL
CRT_SDA

R78
2.2K/J_4

C131

*100P/50V_4

CRTVSYNC

C123

*100P/50V_4

CRTHSYNC

C85

*100P/50V_4

CRT_SCL

C86

*100P/50V_4

CRT_SDA

R361

*0/short_4

R364

*0/short_4

TXLOUT0_R-_EDPTX1TXLOUT0_R+_EDPTX1+

0/J_4

R60

*0/J_4

C39

LCD_VADJ

*0.1U/10V_4

A

TXLOUT0_R-_EDPTX1-_R1
TXLOUT0_R+_EDPTX1+_R1

R363

*0/short_4

R368

*0/short_4

TXLCLKOUT+_R_EDPTX2+
TXLCLKOUT-_R_EDPTX2-

Pull up at CPU side

4

R59

TXLOUT2_R+_EDPTX0+_R1
TXLOUT2_R-_EDPTX0-_R1

3

Quanta Computer Inc.
PROJECT : ZE7

TXLCLKOUT+_R_EDPTX2+_R1
TXLCLKOUT-_R_EDPTX2-_R1

R367

5

CONTRAST

CRTVDD5

CRTVDD5

[5]
[5]

[5] INT_LVDS_PWM

*0/short_4

[27]
TXLOUT1_R+_EDP_AUXP
TXLOUT1_R-_EDP_AUXN

R25
*EDP@100K/J_4

+3V_EDP_HPD
+3V_EDP_HPD

CRT CONN

2nd source: 4.7P(+-0.25P) CH-4706TB01

+3V

*EDP@0/J_4
LVDS@0/J_4

DDI1_HPD

Q3
*EDP@2N7002K

T2

+3V

B

2

1

16
[5]

6
1
7
2
8
3
9
4
10
5

*EDP@0/J_4

3

TXLOUT1_R-_EDP_AUXN
TXLOUT1_R+_EDP_AUXP

B

R27

Size

Document Number

Date:

Wednesday, November 02, 2011

*0/short_4

Rev
1B

CRT/LVDS/EDP
2

1

Sheet

18

of

40

5

4

3

<20110214(E1A)>
Change CP1~CP6 footprint from
8p4r-0402-smt to 8P4R, for SMT open issue.

KEYBOARD (KBC)

2

1

BLUETOOTH (BTM)

19


1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24

D

MX7
MX6
MX5
MY0
MY1
MY2
MX4
MY3
MY4
MY5
MY6
MY7
MY8
MX3
MY9
MX2
MX1
MY10
MY11
MX0
MY12
MY13
MY14
MY15

MX7
MX6
MX5
MY0
MY1
MY2
MX4
MY3
MY4
MY5
MY6
MY7
MY8
MX3
MY9
MX2
MX1
MY10
MY11
MX0
MY12
MY13
MY14
MY15

[27]
[27]
[27]
[27]
[27]
[27]
[27]
[27]
[27]
[27]
[27]
[27]
[27]
[27]
[27]
[27]
[27]
[27]
[27]
[27]
[27]
[27]
[27]
[27]

MX7
MX6
MX5
MY0
MY1
MY2
MX4
MY3
MY4
MY5
MY6
MY7
MY8
MX3
MY9
MX2
MX1
MY10
MY11
MX0
MY12
MY13
MY14
MY15

7
5
3
1
7
5
3
1
7
5
3
1
7
5
3
1
7
5
3
1
7
5
3
1

8
6
4
2
8
6
4
2
8
6
4
2
8
6
4
2
8
6
4
2
8
6
4
2

CP4
*220P_8P4R

D

Q33
CP1
*220P_8P4R

1

+3V

CP3
*220P_8P4R

61mA BT_POWER

3

C283

BT@AO3413

[10]
[10]

2

CN2

*BT@0.1U/10V_4

USBP6+
USBP6-

+
R282

CP2
*220P_8P4R

5
4
3
2
1

BT_LED
T30

C246
BT@0.22u/25V_6

[25,27] BT_POWERON#

CN7
6
7

BT@BT_CONN

C248
BT@1000p/50V_4

BT@10K/J_4
C270
*BT@1000p/50V_4

CP6
*220P_8P4R
CP5
*220P_8P4R

0603 size
25

C

C

26
KB CONN

TOUCH PAD (TPD)
Left Button
+5V_TP

TP_R#
TP_L#
TPDATA_CN
TPCLK_CN

4.7K/J_4

+5V

1

+5V_TP

TP switch



D43
*14V/38V/100P_4

L9


L8
L7

+5V_TP

TP_CONN

R18

4.7K/J_4

3mA
TP_L#

0.4A/120ohm_6
0.4A/120ohm_6

TPDATA
TPCLK

[27]
[27]

10P/50V_4

B

C30

CX08T121000:0.4A/120ohm_6
CX121T04000:0.4A/120ohm_6
C34

3A/120ohm_8
CX121T30001:3A/120ohm_8

.1U/10V_4

C33

Right Button

10P/50V_4

SW3
1
2

TP_R#

TP switch

D42
*14V/38V/100P_4
2

3
4
5
6

1

7
8

1
2
3
4
5
6

R24

SW2
1
2

2

CN3
B

3
4
5
6

A

A

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Rev
1B

KB/BT/TP/LED/Power Connector
Date:
5

4

3

2

Wednesday, November 02, 2011

Sheet
1

19

of

40

5

4

3

2

1

HPR

Codec ALC271X (ADO)

20

EARPHONE (AMP)

HPL
MIC1-VREFO-L

MIC2-VREFO

MIC1-VREFO-R

R244
2.2K/J_4

MIC2-VREFO
ADOGND

Place near codec
INT_AMIC-VREFO C208

10U/6.3V_6

ADOGND

2.2U/6.3V_6

C240

MIC2_L2

2.2U/6.3V_6

C244

1K/J_4

COMBO_MIC

R243
1

C206

MIC2_R2

+

Place next to pin 27

<20100917> Add 22k PD by FAE
suggestion for discharing

R236
22K/F_4

+

C209
2.2U/6.3V_6

C212

C210

0.1U/10V_4

*10U/6.3V_6

+5VA

+

ADOGND

C258

C243

4.7U/6.3V_6

.1U/10V_4
49

SPDIFO
PGND

C

1

Place next to pin 46

R283

*0/short_6

MIC2_R2

16

MIC2_L2

C204

SENSEA

13

1n/50V_4

1u/16V_6

LIN2_INT_L1 C239

14

LINE2-L

1u/16V_6

HPL

R172

47/F_4

HPR

R497

47/F_4

HPL-1

L21

0_6

L39

0_6

HPR-1

HPR_SYS

R496

R152

C363

C174

*1K/J_4

*1K/J_4

2200P/50V_4

2200P/50V_4
D38
*14V/38V/100P_4

ADOGND

R249

39.2K/F_4

HP_JD#

R257

20K/F_4

MIC1_JD#

2
4
5

HP_JD#

<20110428> Add 1n PD to AGND for amic
noise depressing by FAE Vic suggestion

ADOGND

ADOGND

D40
*14V/38V/100P_4

UNIVERSAL JACK
010030FR006G119ZR

ADOGND

D11
*14V/38V/100P_4

ADOGND

<20101103> Add EC PWM control
for beep sound volumn control

ANALOG

C

ALC271X-VB3-GR

PCBEEP dont coupling any signals if possible
8/17 separate PCBEEP to Digital from Realtek suggestion
1.6Vrms

PCBEEP_C C260

1U/10V_6 BEEP_1
C264

C263
4.7U/6.3V_6

100P/50V_4

R267
4.7K/J_4

R273

47K/J_4

R274

47K/J_4

PCBEEP

[27]

SPKR

[13]

MIC (AMP)

If either HDA device io power use +1.5V,
all device IO power change to +1.5V
MIC1-VREFO-R
MIC1-VREFO-L

Place next to pin 1
+AZA_VDD_R
T54
T55

HPL_SYS

MIC2-JD#

20K/F_4

AMIC2_INT

LIN2_INT_R1 C237

15

Sense A

R232

CN15

ADOGND

1

SENSEB

17

20K/F_4

3
6
1

2

18

Normal Open Jack

Audio Codec

1

R226

+AZA_VDD

C256
.1U/10V_4

3

ADOGND

Placement near

DIGITAL
+3V

1

26

27

25
AVDD1

AVSS1

29

30

31

32

33

28

VREF

LDO-CAP

MIC2-VREFO

MIC1-VREFO-R

MIC1-VREFO-L

HP-OUT-L

HP-OUT-R

34

SPDIFO2/EAPD

MIC1_L1

2

47

Spilt by DGND

C247

48
4.7U/6.3V_6.1U/10V_4

LINE2-R

21

PCBEEP

EAPD#
C234

PVDD2

RESET#

46

12

+5VPVDD2

SYNC

*0/short_6

MIC2-L

11

R268

+5V

MIC2-R

SPK-R+

MIC1_R1

19

Sense-B

SPK-R-

10

Spilt by PGND

PVSS2

DVDD-IO

45

9

44

R_SPK+

SDATA-IN

R_SPK-

22

20

JDREF

ALC271X-VB3-GR

8

43

Place next to pin 39

PVSS1

DVSS2

42

R235

C231
*10U/6.3V_8

Place next to pin 25

MIC1-R
MIC1-L

22K/F_4

2

ADOGND

ADOGND

23

LINE1-L

MONO-OUT

C219
10U/6.3V_6

24

LINE1-R

SPK-L-

BIT-CLK

.1U/10V_4

C227
.1U/10V_4

SPK-L+

7

4.7U/6.3V_6

Q26
2SK3018

PVDD1

SDATA-OUT

41

6

40

L_SPK-

5

4.7U/6.3V_6.1U/10V_4

L_SPK+
C226

PD#

C221

4

C220

AVDD2

GPIO1/DMIC-CLK

C230

AVSS2

3

+5V

39

GPIO0/DMIC-DATA

38

DVDD1

37

+5VPVDD1

*0/short_6

2

Spilt by AGND

R220

CPVEE

36

ADOGND

ANALOG

Place next to pin 38

CBP

U11
ADOGND

CBN

C207
.1U/10V_4

35

2.2U/6.3V_6
C217
10U/6.3V_6

D

MIC2-JD#

1

ADOGND

C213
+5VA

2

D

D37
*14V/38V/100P_4

2

2.2U/6.3V_6

R266

*0/short_6

DMIC_DAT
DMIC_CLK
ACZ_RST#_CODEC [13]

PD#

0V : Power down Class D SPK amplifier
5V : Power up Class D SPK amplifier

ACZ_SYNC_CODEC
ACZ_SDIN1_R R265

33/J_4

C252

C265

.1U/10V_4

4.7U/6.3V_6

+AZA_VDD
R453
4.7K/F_4

R178
4.7K/F_4

Normal Open Jack

[13]

ACZ_SDIN1 [13]

CN13

Place next to pin 9

MIC1_L1

C356

4.7u/6.3V_6

MIC1_L2

R455

1K/F_4

MIC1_L3

R447

0_6

MIC1_L

MIC1_R1

C218

4.7u/6.3V_6

MIC1_R2

R202

1K/F_4

MIC1_R3

R183

0_6

MIC1_R

3
6
1

ACZ_SDOUT_CODEC [13]

MIC1_JD#

ACZ_BITCLK_CODEC [13]
*22P/50V_4

2
4
5

MIC1_JD#

UNIVERSAL JACK
010030FR006G119ZR

1

C257

2

D12
*VPORT_6

Near CN13

C187

C353

C201

*470p/50V_4

*470p/50V_4

*0.1u/16V_6

ADOGND

B

Power (ADO)

GND

Internal Speaker (AMP)

ADOGND

B

Internal Analog MIC (AMP)

Demodulation Filter
Place close to Codec

+5VA

<20110811> For analog mic ESD protection using

ANALOG
L25

<20101115> Change to 10K by codec FAE suggestion

0/J_8

40mil for each signal

R520
R501

*0/J_6
0/J_6

R439
R261
R188
R225
R175
R184
R441
R168

*0/J_6
*0/J_6
*0/J_6
*0/J_6
*0/J_6
*0/J_6
*0/J_6
*0/J_6

CN6
R_SPK+
R_SPKL_SPKL_SPK+

Mute (ADO)

R297
R290
R272
R242

*0/short_6
*0/short_6
*0/short_6
*0/short_6

R_SPK+_1
R_SPK-_1
L_SPK-_1
L_SPK+_1

4
3
2
1
R-L-SPEAKERS

C275
*68p/50V_6

C269
*68p/50V_6

C261
*68p/50V_6

C241
*68p/50V_6

A

+5V

<20101115> Change to 10K by codec FAE suggestion

*10K/J_4

C195
C251
D25

RB500V-40 ACZ_RST#_CODEC

D24

RB500V-40 EAPD#

D23

RB500V-40

10K/J_4

AMIC2_INT

1K/J_4

R140

CN4
AMIC2_INT_R

R130

1
2
INT_MIC

C158
*22P-50V_4

ADOGND

D9
TVS/6pF_4

ADOGND

A

ADOGND

<20110706> Stuff TVS BC040201Z00 for ESD solution
R511
R203
R444

R285

PD#

INT_AMIC-VREFO

1

DIGITAL

2

+5V

*Short_6
0/J_6
0/J_6
1000P/50V_4
1000P/50V_4

Quanta Computer Inc.

ADOGND

PROJECT : ZE7
AMP_MUTE# [27]

Size

Document Number

Rev
1B

ALC271X / AMP / SPK
Date:
5

4

3

2

Wednesday, November 02, 2011
1

Sheet

20

of

40

5

4

3

2

1

USB Left (USB)

21

+5VPCU
D

D

4
1

2A
5VUSB_1

Close to CONN

3528 type H=1.9mm
<2nd Source> CH71001M687

C377

+ C379
.1U/10V_4

USBOC#L [10,27]

Left

100U/6.3V_3528
R248

G547E2P81U: Enable: Low Active /2.5A
Follow ZH9

[10]
[10]

*0/short_4

CN21

USBP3-_CN
USBP3+_CN

USBP3USBP3+
R253

*0/short_4

1
2
3
4

VDD
DD+
GND1

GND6
GND5
GND7
GND8

1

2
3
USB_EN#

U25
IC(8P)G547E2P81U
8
IN1
OUT3
7
IN2
OUT2
6
OUT1
EN
GND
5
OC#

1

C380
1U/6.3V_4

D18
*5V/30V/0.2P_4

7
8

USB_CONN

2

2

D20
*5V/30V/0.2P_4

6
5

C

C

USB Right (USB)

+5VPCU

2
3

[27] USB_EN#

2A
5VUSB_0

Close to CONN

+ C26
USBOC#R

[10,27]
R15

[10]
[10]

G547E2P81U: Enable: Low Active /2.5A
Follow ZH9

C24

220u/6.3V_7343

0.1u/10V_4

Right up

*0/short_4

USBP1USBP1+

CN9

1
2
3
4

USBP1-_CN
USBP1+_CN
R14

*0/short_4

1

U23
IC(8P)G547E2P81U
8
IN1
OUT3
7
IN2
OUT2
6
OUT1
USB_EN# 4
EN
1
GND
5
OC#

R82
*10K/J_4

1

C111
4.7u/10V_6

+3VPCU

2

B

D3
*5V/30V/0.2p_4


Close to CONN

Right down

0.1u/10V_4

CN12

1
2
3
4

USBP0USBP0+
R44

*0/short_4

1

USBP0-_CN
USBP0+_CN

1

[10]
[10]

D6
*5V/30V/0.2p_4

VDD
DD+
GND1

GND6
GND5
GND7
GND8

6
5
7
8

USB_CONN

2

D5
*5V/30V/0.2p_4

2

7
8

C73

*100u/6.3V_3528

*0/short_4

GND7
GND8
USB_CONN

6
5

B

+ C89
R50

GND6
GND5

2

D2
*5V/30V/0.2p_4

VDD
DD+
GND1

A

A

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Date:

Wednesday, November 02, 2011

Rev
D3E

USB Port
5

4

3

2

Sheet
1

21

of

43

5

4

3

2

1

LAN (LAN)

22
+3V_LAN

VDD10

R1

Close To IC

C1
0.1U/16V_4

1
C304
0.1U/16V_4

C307
0.1U/16V_4

C320
0.1U/16V_4

2

Close to IC

EVDD10

*0/short_4

*0/short_6

D

C16
0.1U/16V_4

C2
0.1U/16V_4

2

R351

1

+3V_S5

C6
1U/10V_4

C5
0.1U/16V_4

Close To IC Pin 13.

C317
*4.7U/10V/8
D

R2

CTRL12

*0/short_4

C3
0.1U/16V_4

Close To IC Pin 31.

<20110510> Change from 27P to 33P by vendor's measure report.

C7

+3V_LAN

25MCLKX1

33P/50V_4

1

LAN_ACTLED#
R3

2.49K/F_4

25MCLKX2
CTRL12
RSET

GPO
R6
LAN_LINKLED#

1K/J_4

+3V_LAN

2

32
31
30
29
28
27
26
25

Y1
25MHz-LAN

TX0P
TX0N
TX1P
TX1N

Pull-Up at CLK Gen side

1
2
3
4
5
6
7
8

+3V_LAN

C

R343

[2] CLKREQ_LAN#

VDD10
CLKREQ_LAN#_R1

*0/short_4

HV
MDIP0
MDIN0
MDIP1
MDIN1
NC
VDD1
CLKREQBPIN

GND
GND
GND

EEDIPIN/TDI/SPISI/SDA
EEDOPIN/LED3/SPISO
EECSPIN/TCS/SCL
VDD1
LANWAKEBPIN
VDD3
ISOLATEBPIN
PERSTBPIN

EEDI/SDA
LED3/EEDO
EECS/SCL
VDD10
PCIE_WAKE#

24
23
22
21
20
19
18
17

ISOLATE#

R7

*10K/J_4

EEDI/SDA

R9

10K/J_4

EECS/SCL

R8

10K/J_4

T1

+3V_LAN

Int. PU in SB
PCIE_WAKE# [13,25]
R11
R10

1K/J_4
15K/J_4

C

+3V

RTL8105TA-VC-CG

R12

*0/short_4

PLTRST# [6,13,16,25,26,27]

C17
*4.7U/10V/8

9
10
11
12
13
14
15
16

40
41
42

2

37
38
39

GND
GND
GND
GND

*10K/J_4

PCIE_WAKE#

1

33
34
35
36

HSIP
HSIN
REFCLK_P
REFCLK_N
VDDTX
HSOP
HSON
GNDTX

33P/50V_4

GND
GND
GND

C4

RSET
CTRL12
CKXTAL2
CKXTAL1
LEDPIN/SPICSB
VDD3
GPOUTPIN
EESKPIN/LED1/TCLK/SPISCK

U1

CLKREQ_LAN#_R1 R342

[10] PCIE_TXP0
[10] PCIE_TXN0
[2] CLK_PCIE_LANP
[2] CLK_PCIE_LANN
C8
C14

[10] PCIE_RXP0
[10] PCIE_RXN0

.1U/10V_4
.1U/10V_4

EVDD10
PCIE_RXP0_LAN
PCIE_RXN0_LAN

For Rural

TRANSFORMER (LAN)

RJ45 Connector (LAN)

B

B

CN8
U17
R335
R336
R338
R337

0/J_4
0/J_4
0/J_4
0/J_4

TX0P_R
TX0N_R
TX1P_R
TX1N_R

1
2
3
4

1
2
3
4

LAN_LINKLED#

U15
8
7
6
5

X-TX0P
X-TX0N
X-TX1P
X-TX1N

8
7
6
5

1
2
3
4

*UCLAMP2512T.TCT

TX1N_R
TX1P_R

TX0N_R
TX0P_R

8
7
6
5
4
3
2
1

8
7
6
5

8
7
6
5

R346
C311

*510/J_6

+3V_LAN
TERM9

*0.1U/50V_8

TDTD+
CT
NC
NC
CT
RDRD+

7
X-TX1N

6

TERM9

5

For Rural, stuff 0/J_4 (CS00002JB38)
For Normal, unstuff 0/J_4 (CS00002JB38)
TXTX+
CT
NC
NC
CT
RXRX+

9
10
11
12
13
14
15
16

4

X-TX1N
X-TX1P
TERM0

X-TX0N
X-TX0P

LAN_ACTLED#
R339

R334

*0/J_4
C299

NS0014 LF_Bothhand

11
12
8

*UCLAMP2512T.TCT

U16

For Rural, use 1/F_4 (CS-1002FB23)
For Normal, use 0/J_4 (CS00002JB38)

1
2
3
4

R340

R341

75/F_8

75/F_8

2

TX0P
TX0N
TX1P
TX1N

X-TX1P

3

X-TX0N

2

X-TX0P

1

*510/J_6

+3V_LAN

9
10

*0.1U/50V_8

GG+

GREEN

NC4/3NC/3+
RX-/1NC2/2NC1/2+
RX+/1+
TX-/0TX+/0+
GND
GND
AA+

14
13

AMBER

RJ45-CONN

D35
C303
*10P/50V_4

C302
*10P/50V_4

C300
*10P/50V_4

C301
*10P/50V_4

C306
0.01U/25V_4

A

A

*P3100SBLRP

<20110105> Will add RJ45 connector without LED type by inner document
DFTJ08FR221 (FOX)
DFTJ08FR222 (AEC)

TERM9

1

The value should be
0.01uF-0.4uF

Reserve for EMI request

Quanta Computer Inc.

C305
1000P/3KV_1808

PROJECT : ZE7
Size

Document Number

Rev
1B

LAN RTL8105TA-VC-CG
Date:
5

4

3

2

Wednesday, November 02, 2011

Sheet
1

22

of

40

5

4

3

2

1

23

Stitching Capacitor (CLG)
For RF Request
D

D

+1.05V

C145
1000P/50V_4

C27
1000P/50V_4

For CRT R/G/B Signals
VIN

C140
1U/25V_6
C

C

B

B

A

A

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Rev
1B

Stitching Cap
Date:
5

4

3

2

Wednesday, November 02, 2011

23

Sheet
1

of

40

5

4

3

2

1

24

2.5" SATA HDD (HDD)

D

D

CN11

1
2
3
4
5
6
7

SATA_TXP0_C1
SATA_TXN0_C1

C340
C339

0.01u/16V_4
0.01u/16V_4

SATA_TXP0
SATA_TXN0

SATA_RXN0_C1
SATA_RXP0_C1

C342
C341

0.01u/16V_4
0.01u/16V_4

SATA_RXN0
SATA_RXP0

8
9
10
11
12
13

14
15
16
17

5V_SATA1

SATA_TXP0 [11]
SATA_TXN0 [11]
SATA_RXN0 [11]
SATA_RXP0 [11]

1A
R369
+

C25

C23

C20

0.1U/10V_4

*0.1U/10V_4

4.7U/10V_8

*0/short_8

+5V

C330

MAIN_SATA
*100U/6.3V_3528

C

C

LED/SW (UIF)
+3V_S5

D31

<20110223> In S5 and battery only mode,
EC will turn off PWRLED#/SUSLED# while EC is idle.

2 *5.5V/25V/410P_4

1

PWR indicator

+3V
LED1
2

LED3

PWR LED
SUS LED

3

2

R330

33/J_4

1

R331

220/F_4

PWRLED# [27]

1

R333

51/J_4

LED_BLUE_TOP

SUSLED# [27]

LED_AMBER/BLUE
D32

2 *5.5V/25V/410P_4

1

B

B

D33

2 *5.5V/25V/410P_4

1

PWR button

LED2

FULL LED
CHG LED

3

2

R327

33/J_4

BATLED0# [27]

1

R328

220/F_4

BATLED1# [27]

LED_AMBER/BLUE

NBSWON# [16,27]

D1
*5.5V/25V/410P_4

Power Switch

2 *5.5V/25V/410P_4

1

NBSWON#

2
1

2

D34

SW1

3
4
5
6

1

+3VPCU

<20110530> Change from +3V to +5V Due to there is the
internal series resister in 3G/WLAN module, cause the forward voltage of LED4 is too small
D28

2 *3G@5.5V/25V/410P_4

1

+5V
LED4

3G LED
WLAN LED

3

2

R325

3G@150/F_4

1

R326

470/J_4

3G_MINI_LED# [25]
WLAN_LED# [25]

LED_AMBER/BLUE
D29

2 *5.5V/25V/410P_4

1

SATALED# [11]

2

A

+5V
LED5
3

HDD LED

R329

1

*330/J_4

1

*BSS84
Q36

A

<20090609(A1A)_Checklist Rev1.0>
Need the buffer for LED driving
capability since the IOL is 6mA only.

3

Quanta Computer Inc.

*LED_BULE_SIDE
D30

1

2 *5.5V/25V/410P_4

PROJECT : ZE7
Size

Document Number

Date:

Wednesday, November 02, 2011

<20101229> Unstuff HDD LED
5

Rev
1B

SATA HDD/LED/SW
4

3

2

Sheet
1

24

of

40

5

4

3

Mini Card 1 (MPC)

2

Turn off WLAN LED when 3G module is on

1

25

+3V_Mini1_VDD

+1.5V_Mini1_VDD
+3V_Mini1_VDD
+3V_Mini1_VDD

RF_LED_ON

R308

*0/short_4

4
2

+3V_Mini1_VDD
3G_MINI_LED#

RN1

CN22

PCIE_TXP1
PCIE_TXN1

[10] PCIE_RXP1
[10] PCIE_RXN1

15
13
11
9
7
5
3
1

[2] CLK_PCIE_MPC_P
[2] CLK_PCIE_MPC_N

Q44
1

3
[13,22] PCIE_WAKE#
+3V_Mini1_VDD

53

[2] CLKREQ_MPC#

GND
REFCLK+
REFCLKGND
CLKREQ#
Reserved
Reserved
WAKE#

MINI1_WAKE#

3

*0/short_4

2

*4.7K_4P2R

WLAN_LED# [24]

3

[2,4,13] SMBDT1

[10]
[10]

WL_SMDATA
WL_SMCLK

PLTRST#_2
RF_EN

WL_SMDATA

1

R314

*0/J_4

D

+3V_Mini1_VDD

R521

*0/short_4

PLTRST# [6,13,16,22,26,27]
RF_EN [27]

R517
R518
R519
R522
R523

Q29
*2N7002E

3

[2,4,13] SMBCK1
*0/short_4
*0/short_4
*0/short_4
*0/short_4
*0/short_4

LFRAME#
LAD3
LAD2
LAD1
LAD0

[13,27]
[13,27]
[13,27]
[13,27]
[13,27]

R294

WL_SMCLK

1
*0/J_4

*10K/J_4

+1.5V
+3V_Mini1_VDD

+1.5V_Mini1_VDD

*0/short_8

R527

*0/J_8

*0/J_8
C385

+3VSUS

0.5A

0.75A
R260

R531

C390

C391

C382

C386

*1000P/50V_4
*10U/10V_8

.1U/10V_4

.1U/10V_4

C

C383

C250

*0.1U/10V_4

*10U/10V_8

C384

.1U/10V_4

Mini Card 2 (MNC)

.1U/10V_4

<2011/1/24(E1A)> Change from 10k to 100k to reduce leakage

no matter have 3G function or not,
need to stuff this PU.

+1.5V_Mini2_VDD
+3V_Mini2_VDD

+3VSUS

+3V_Mini2_VDD
+3V_Mini2_VDD

+3V_Mini2_VDD

R241

*0/short_8

R252

*0/short_6

+3V_Mini2_VDD

Peak:2.75A
Normal:1.1A

C233

C373

2nd source: CH4471K9B03

C371

C370

C366

C389

C378
+3V_Mini2_VDD
R210

CN19

PCIE_TXP3
PCIE_TXN3

[10] PCIE_RXP3
[10] PCIE_RXN3
B

15
13
11
9
7
5
3
1

[2] CLK_PCIE_MNC_P
[2] CLK_PCIE_MNC_N
T42

CLKREQ_3G#

53

T41

GND
REFCLK+
REFCLKGND
CLKREQ#
Reserved
Reserved
WAKE#

R508

UIM_VPP
UIM_RESET
UIM_CLK
UIM_DATA
UIM_PWR
+1.5V
GND
+3.3V

GND

[10]
[10]

52
50
48
46
44
42
40
38
36
34
32
30
28
26
24
22
20
18

100K/J_4
3G_MINI_LED# [24]

R224

*3G@0/J_8

R222

*3G@0/J_6

3G@10P/50V_4

Q21
*3G@2N7002E
[13]

PDAT_SMB

R194

*3G@10K_4

PDAT_SMB 3

*3G@10K_4

3G_SMDATA

1

USBP5+_R
USBP5-_R
R207

+1.5V

3G_SMDATA
3G_SMCLK

+1.5V_Mini2_VDD
R228

*3G@0_4

0.5A

*3G@0/J_8
+3V_Mini2_VDD

PLTRST#_1

R516

3G_EN

*3G@0/J_4 PLTRST#

[27]

C235

C369

*3G@1000P/50V_4

*3G@0.1U/10V_4

Q15
*3G@2N7002E

UIM_VPP
UIM_RST
UIM_CLK
UIM_DATA
UIM_PWR

16
14
12
10
8
6
4
2

[13]

PCLK_SMB

B

PCLK_SMB 3

3G_SMCLK

1

R201

*3G@0_4

3G@3G CONN

3G@0_4

USBP5+_R
USBP5-_R

USBP5+
USBP5R510

+3V

R262
WLAN_LED1#
3G_MINI_LED#

3G@10U/10V_8 3G@0.1U/10V_4 3G@0.1U/10V_4 3G@0.1U/10V_4 3G@0.1U/10V_4 3G@0.47U/6.3V_4

2

+3.3V
GND
+1.5V
LED_WPAN#
LED_WLAN#
LED_WWAN#
GND
USB_D+
USB_DGND
SMB_DATA
SMB_CLK
+1.5V
GND
+3.3Vaux
PERST#
W_DISABLE#
GND

GND

T39

Reserved
Reserved
Reserved
Reserved
GND
+3.3Vaux
+3.3Vaux
GND
GND
PETp0
PETn0
GND
GND
PERp0
PERn0
GND
UIM_C4
UIM_C8

54

51
49
47
45
43
41
39
37
35
33
31
29
27
25
23
21
19
17

2

R530

2

2

*2N7002K

+3V
C

R525

USBP7+
USBP7-

16
14
12
10
8
6
4
2

UIM_VPP
UIM_RESET
UIM_CLK
UIM_DATA
UIM_PWR
+1.5V
GND
+3.3V
WLAN CONN

1

3
1

WLAN_LED1#
WIMAX_LED#

Q32
*2N7002E

1

[10]
[10]

4.7K/J_4

Q30
2N7002K

2

D

R302

52
50
48
46
44
42
40
38
36
34
32
30
28
26
24
22
20
18

+3.3V
GND
+1.5V
LED_WPAN#
LED_WLAN#
LED_WWAN#
GND
USB_D+
USB_DGND
SMB_DATA
SMB_CLK
+1.5V
GND
+3.3Vaux
PERST#
W_DISABLE#
GND

2

0/J_4
0/J_4

Reserved
Reserved
Reserved
Reserved
GND
+3.3Vaux
+3.3Vaux
GND
GND
PETp0
PETn0
GND
GND
PERp0
PERn0
GND
UIM_C4
UIM_C8

GND

[2] PCLK_DEBUG

R529
R526

51
49
47
45
43
41
39
37
35
33
31
29
27
25
23
21
19
17

GND

PLTRST#

*0/J_4

54

R528

[19,27] BT_POWERON#

[10]
[10]

3G@0_4

MultiMedia SIM (MNC)
 Keep USIM signals max length within 8000mils.

CLK(C3)
D-(C8)
D+(C4)
CT
CD

13
11

3G@SIM-CONN

GND(C5)
VCC(C1)
VPP(C6)
RST(C2)
DATA(C7)

1
2
3
4
5

UIM_PWR
UIM_VPP
UIM_RST
UIM_DATA

GND
GND

USBP4USBP4+

GND
GND

[10]
[10]

6
7
8
9
10

<20090604(A1A)_Qualcomm design guide>
Place 0.1uF near connector's VCC pin

3G@27P/50V_4
+3V

UIM_DATA C11

3G@10P/50V_4

UIM_CLK

3G@10P/50V_4

A

UIM_PWR

U18
UIM_RST
C12

1
2

UIM_RST

C10

3G@27P/50V_4

UIM_CLK

3

CH1
VN
CH2

CH4
VP
CH3

6

UIM_VPP
C321

C15

5
3G@1U/10V_6

4

UIM_DATA

3G@0.1U/10V_4

Quanta Computer Inc.

*3G@CM1293-04SO

12
14

UIM_CLK

UIM_PWR C13

Max: 7.5mA (Option)

2

JSIM1

1

A

UIM_VPP

C9

*3G@33P/50V_4

PROJECT : ZE7
Size

4

Rev
1B

Mini-Card/WL/3G/SIM

<20110609> Un-stuff C9 since EM820W doesn't use Vpp
5

Document Number

Date:
3

2

Wednesday, November 02, 2011
1

Sheet

25

of

40

5

4

3

2

1

5 IN 1 Card Reader CONN (MMC)

Card reader controller (MMC)

26

+3V3_IN
D

VCC_XD

[6,13,16,22,25,27]

CN20

13
1
2
3
4
10
19
23
25
5
8
17
21

SD_CD#
SD_WP/XD_D7
SD_D1_R
SD_D0_R
SD_CLK_R
SD_CMD_R
SD_D3_R
SD_D2_R
SD_D7/XD_RDY
SD_D6/XD_RE#
SD_D5/XD_CE#
SD_D4/XD_WE#

PLTRST#
C286
*1U/6.3V_4

[2] CLKREQ_MMC#

7
15
26
27

TP1

0.1U/10V_4

TP2

TP3

+3V3_IN
C289

 Place Close to Chip Pin

PCIE_TXP2

1

[10]

PCIE_TXN2

2

[2] CLK_PCIE_MMC_P

3

[2] CLK_PCIE_MMC_N

4
AV12

5

[10]

PCIE_RXP2

C292

0.1U/10V_4

PCIE_RXP2_C 6

[10]

PCIE_RXN2

C293

0.1U/10V_4

PCIE_RXN2_C 7

C294

0.1U/10V_4

*0/short_6

8

DV12

9

VCC_XD

10

+3V3_IN

11

TP4

SD_CD#

SD_WP/XD_D7

XD_D6

39

38

37
SP14

SP15

40

SD_CD#

MS_INS#

MS_INS#

EESK

42

41
GPIO/EEDI

EECS

EESK

EEDO

43
EECS

PLTRST#

44
EEDO

46

SP10

AV12

SP9

HSOP

SP8

RTS5209-GR

SP7

GND

SP6

DV12

SP5

Card1_3V3

DV12_S

3V3_IN

GND

Card2_3V3

SD_D2

C290
0.1U/10V_4

XD-CD
XD-R/B
XD-RE
XD-CE
XD-CLE
XD-ALE
XD-WE
XD-WP

SD-GND1
SD-GND2
SD-WP-GND
SD-CD-GND

XD-D0
XD-D1
XD-D2
XD-D3
XD-D4
XD-D5
XD-D6
XD-D7

MS-VCC
MS-BS
MS-DATA1
MS-DATA0
MS-DATA2
MS-INS
MS-DATA3
MS-SCLK

XD-GND1
XD-GND2
XD-GND3

MS-GND1
MS-GND2

45
28
29
30
31
32
33
34
35

XD_CD#
SD_D7/XD_RDY
SD_D6/XD_RE#
SD_D5/XD_CE#
MS_BS/XD_CLE
MS_D5/XD_ALE
SD_D4/XD_WE#
MS_D1/XD_WP#

37
38
39
40
41
42
43
44

MS_D4/XD_D0
MS_D0/XD_D1
MS_D2/XD_D2
MS_D6/XD_D3
MS_D3/XD_D4
MS_D7/XD_D5
XD_D6
SD_WP/XD_D7

36
46
47

C

36

MS_D7/XD_D5

35

MS_D3/XD_D4

34

MS_D6/XD_D3

33

MS_D2/XD_D2

32

MS_D0/XD_D1

31

MS_D4/XD_D0

30

MS_D1/XD_WP#

29

MS_D5/XD_ALE

28

MS_BS/XD_CLE

27

VCC_XD

DV12_S

26

GND

25

SD_D2

R269

C376
0.1u/10V_4

C255

4.7U/6.3V_6

C262

0.1U/10V_4

C381
0.1u/10V_4

C297
0.1u/10V_4

C387
4.7U/10V_8

B

33/J_4

SD_D2_R

SD_D3
24

 Place Close to Chip Pin
SD_D3

SD_D0

SD_CMD
23

SD_CLK
22

21

SD_CMD

SP4

SP3

SD_D1
20

SD_CLK

SD_D0

SD_D1

15
GND

SD_D4/XD_WE# 19

14

SD_D5/XD_CE# 18

13

*PBY160808T-601Y-N_1A DV12

SP2

 Place Close to Chip Pin

XD_CD#

L33

PERST#

REFCLKN

DV33_18

AV12

CLK_REQ#

SP11

XD_CD#

C298
4.7U/10V_8

12

22
9
11
12
14
16
18
20

MS_BS/XD_CLE
MS_D1/XD_WP#
MS_D0/XD_D1
MS_D2/XD_D2
MS_INS#
MS_D3/XD_D4
MS_CLK

10P/50V_4

XD-VCC

<20101206> Change to DFHS44FR015 by ME design change

REFCLKP

HSON

C276

SD-VCC
SD-CD-SW
SD-WP-SW
SD-DAT1
SD-DAT0
SD-CLK
SD-CMD
SD-DATA3
SD-DAT2
MMC-DATA7
MMC-DATA6
MMC-DATA5
MMC-DATA4

Card Reader CONN

SP12

SD_D6/XD_RE# 17

R332

GND

MS_CLK

6
24

SP13

SP1

B

+3V

4.7U/6.3V_6

33/J_4

HSIN

GND

Zdiff = 80 ohm

C295

R305

HSIP

SD_D7/XD_RDY 16

Zdiff = 95 ohm

[10]

DV33_18

Zdiff = 80 ohm

47

48
RREF

U14

3V3_IN

C

45

6.2K/F_4
CARDREF

R323

D

VCC_XD

R319
*100K_4

A

C288
*4.7U/6.3V_6

R286

33/J_4

SD_D3_R

SD_D3_R

C282

*10P/50V_4

R292

33/J_4

SD_CMD_R

SD_CMD_R

C284

*10P/50V_4

R303

33/J_4

SD_CLK_R

SD_CLK_R

C291

*10P/50V_4

R307

33/J_4

SD_D0_R

SD_D0_R

C296

*10P/50V_4

R315

33/J_4

SD_D1_R

SD_D1_R

C392

*10P/50V_4

SD_D2_R

C393

*10P/50V_4

C287
0.1U/10V_4
SD_CLK_R



C274

A

10P/50V_4

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Rev
1B

RTS5209-GR (Card Reader)
Date:
5

4

3

2

Wednesday, November 02, 2011
1

Sheet

26

of

40

5

4

C232

4.7U/6.3V_6

.1U/10V_4

.1U/10V_4

.1U/10V_4

.1U/10V_4

.1U/10V_4

U10

D

3
126
127
128
1
2

LCLK_EC

8

CLKRUN#

[11]

GA20

121

[11]

KBRST#

122

[12]

29

EC_SCI#

[6,13,16,22,25,26]
[25]

RF_EN

123

[11]

SERIRQ

125

[13]

FOR CPU Thermal Sensor
FOR VGA

[19]
[19]
[19]
[19]
[19]
[19]
[19]
[19]

MX0
MX1
MX2
MX3
MX4
MX5
MX6
MX7

[19]
[19]
[19]
[19]
[19]
[19]
[19]
[19]
[19]
[19]
[19]
[19]
[19]
[19]
[19]
[19]

MY0
MY1
MY2
MY3
MY4
MY5
MY6
MY7
MY8
MY9
MY10
MY11
MY12
MY13
MY14
MY15

MX0
MX1
MX2
MX3
MX4
MX5
MX6
MX7

54
55
56
57
58
59
60
61

MY0
MY1
MY2
MY3
MY4
MY5
MY6
MY7
MY8
MY9
MY10
MY11
MY12
MY13
MY14
MY15

53
52
51
50
49
48
47
43
42
41
40
39
38
37
36
35
34
33

MBCLK
MBDATA
2ND_MBCLK
2ND_MBDATA

[29] MBCLK
[29] MBDATA
[5] 2ND_MBCLK
[5] 2ND_MBDATA
T23
T24
[19]
[19]

B

LREST
GPIO67/PWUREQ
SERIRQ

9

EC_SMI#

C

GPIO10/LPCPD

7

PLTRST#

TPCLK
TPDATA

TPCLK
TPDATA

[19,25] BT_POWERON#
[13] SUSCLK

GPIO65/SMI
KBSIN0
KBSIN1
KBSIN2
KBSIN3
KBSIN4
KBSIN5
KBSIN6
KBSIN7

R275

*0/short_4

C281
4.7U/6.3V_6

97
98
99
100

ICMNT_EC

.01U/16V_4

R182

E791AGND

*0/short_4

C188

ICMNT

R155
R214

CHARGE_IC_ON

R160

10K/J_4

1/13 Comfirm by vendor mail :
Disabled ('1') if using FWH device on LPC.
Enabled ('0') if using SPI flash for both system BIOS and EC firmware

D

[29]

3300P/50V_4

SM BUS PU(KBC)

ACIN
USBOC#R2_R
USBOC#R1_R

3G_EN

SHBM

TEMP_MBAT [29]

101
105
106

64
79
95
96
108
93
94
114
109
15
80
17
20
21
24
25
26
27
28
73
74
75
82
83
84
91
110
112
107

C186

<20090602(A1A)_Vendor suggest>
Place 10nF-0.1uF capacitors for
every AD input. And close to the AD
input.

[29]

NBSWON# [16,24]
USBOC#R [10,21]
USBOC#L [10,21]
LID#
[18]

*0/J_4
*0/J_4

MBCLK
MBDATA

R164
R165

2ND_MBCLK
2ND_MBDATA

R154
R169

*

+3VPCU

+3V

*

*

4.7K/J_4
4.7K/J_4

*

*4.7K/J_4
*4.7K/J_4

<20110308> Change from +3V_S5 to
+3V for thermal sensor

T56

T25
+3.3V_PRIME_ON
HWPG
THERM_ALERT#_R R276

+3.3V_PRIME_ON
*0/J_4

USB_CHARGE_ON

T28

S5_ON
HDMI_IN

T27

PWROK_EC_uR
RSMRST#_uR

R163
R162

D/C#
S5_ON

T22

DNBSWON#_1

D10

[16,31,34]

1ST: Battery
2ND: CPU Thermal Sensor / DTS
3RD: VGA Thermal Sensor

THERM_ALERT# [5,6,13]
SUSB# [13,16]
[29]
[16,30,35]

SUSC# [13,16]
ECPWROK [5,8,13,16]
EC_RSMRST# [13,16]
MAINON [16,32,33,34]
3G_EN [25]

*0/short_4
*0/short_4

RB500V-40

DNBSWON#

C

*

[13,16]

BATLED0#
BATLED1#

T40
USB_EN# [21]

31
117
63

RTCRST#_EC [13]
SUSON [16,32,34]
FANSIG [6]

32
118
62
65
22
16
81
66

CONTRAST [18]
PCBEEP [20]
PWRLED# [24]
BATLED0# [24]
CPUFAN# [6]
SUSLED# [24]

+3VPCU

R167
R166

100K/J_4
100K/J_4

<20090831(A1A)_EC team suggest>
1.change R166/R167 to 1M or 100K ohm
2.change PWR/SUS LED's power from +3VPCU to +3V_S5 or +3VSUS
can reduce pull-high resistor of SUSLED#/PWRLED#

SPI FLASH(KBC)
1/13 Comfirm by vendor mail :
If the Southbridge enables 'Long Wait Abort' by default, the
flash device should be 50MHz (or faster)

BATLED1# [24]

+3VPCU

GPIO17/SCL1
GPIO22/SDA1
GPIO73/SCL2
GPIO74/SDA2
GPIO23/SCL3
GPIO31/SDA3

72
71
10
11

*0/short_4 E775_32KX1 77

GPIO01/TB2
GPIO02
GPIO03
GPIO04
GPIO05
GPIO06/IOX_DOUT/RTS1
GPIO07
GPIO16
GPIO30
GPIO36/CTS1
GPIO41
GPIO42/SCL3B/TCK
GPIO43/SDA3B/TMS
GPIO44/TDI
GPIO
GPO47/SCL4
GPIO50/PSCLK3/TDO
GPIO51
GPIO52/PSDAT3/RDY
GPIO53/SDA4
GPIO70
GPIO71
GPIO72
GPIO75/SPI_SCK
GPO76/SHBM
GPIO77
GPIO81
GPO82/IOX_LDSH/TEST
GPO84/IOX_SCLK/XORTR
GPIO97

KBSOUT0/JENK
KBSOUT1/TCK
KBSOUT2/TMS
KBSOUT3/TDI
KB
KBSOUT4/JEN0
KBSOUT5/TDO
KBSOUT6/RDY
GPIO56/TA1
KBSOUT7
GPIO20/TA2/IOX_DIN_DIO
KBSOUT8
GPIO14/TB1
KBSOUT9/SDP_VIS
TIMER
KBSOUT10/P80_CLK
GPIO15/A_PWM
KBSOUT11/P80_DAT
GPIO21/B_PWM
KBSOUT12/GPIO64
GPIO13/C_PWM
KBSOUT13/GPIO63
GPIO32/D_PWM
KBSOUT14/GPIO62
GPIO45/E_PWM
KBSOUT15/GPIO61/XOR_OUT
GPIO40/F_PWM/RI1
GPIO60/KBSOUT16
GPIO66/G_PWM
GPIO57/KBSOUT17
GPIO33/H_PWM/SOUT1

70
69
67
68
119
120

R161

LPC

GPIO24/LDRQ

124

GPIO94/DA0
GPI95/DA1
GPI96/DA2

D/A

ECSCI/GPIO54

6

[18] EC_FPBACK#
[20] AMP_MUTE#

KBRST/GPIO86

GPIO90/AD0
GPIO91/AD1
GPIO92/AD2
GPIO93/AD3

A/D

GPIO11/CLKRUN
GPIO85/GA20

SHBM=0: Enable shared memory with host BIOS

C272
.1U/10V_4

E791AGND

LFRAME
LAD0
LAD1
LAD2
LAD3
LCLK

SMB

GPIO37/PSCLK1
GPIO35/PSDAT1
GPIO26/PSCLK2
GPIO27PSDAT2

VTT
PECI

If PECI 3.0 access functionality is not used,
NPCE791L
connect VTT pin to GND.

F_SDI/F_SDIO1
F_SDO/F_SDIO0
F_CS0
F_SCK

PS/2 FIU

GPIO00/32KCLKIN

12
13

GPIO87/CIRRXM/SIN_CR
GPIO34/SIN1/CIRRXL
GPIO46/CIRRXM/TRST
GPO83/SOUT_CR/TRIST

IR

GPIO55/CLKOUT/IOX_DIN_DIO

GND1
GND2
GND3
GND4
GND5
GND6

[13]

LFRAME#
LAD0
LAD1
LAD2
LAD3
LCLK_EC

5
18
45
78
89
116

[13,25]
[13,25]
[13,25]
[13,25]
[13,25]
[2]

*RB500V-40

4

C267

VDD

C374

L24
PBY160808T-250Y-N/3A/25ohm_6

VCC_POR

VCORF

C181

AGND

C182

D22

VREF

<20090721_FAE suggestion>
Stuff 100K and close to EC side
for improving power consumption

113
14
23
111
86
87
90
92

SPI_SDI_uR
SPI_SDO_uR
SPI_CS0#_uR
SPI_SCK_uR

30

ECDB_CLOCK

85

VCC_POR#

R506

47K/J_4

104

VREF_uR

R206

*0/short_4

22/J_4 SPI_SDO_uR_R

R153

22/J_4 SPI_SCK_uR_R

+3VPCU

R159

22/J_4

SPI_SDI_uR_R

2

SPI_SDO_uR_R

5

SPI_SCK_uR_R

6

R158

10K/J_4

SPI_CS0#_uR

1

SO

VDD

SI

HOLD

SCK
CE

WP
VSS

8
7

C364

3

0.1U/16V_4

4
B

W25Q16BVSSIG
R157

T26

100K/J_4
+3VPCU
+A3VPCU

C375

ZS9 A1~A3-test

W25Q16BVSSIG

AKE38FP0N01

16M bit

ZS9 A4-test

W25Q16CVSSIG

AKE38ZP0N02

16M bit

ZS9 A5-test

MX25L1606EM2I-12G

AKE38FP0Z01

16M bit

ZS9 A6-test

MX25L1606EM2I-12G

AKE38FP0Z01

16M bit

ZS9 A7-test

W25Q16BVSSIG

AKE38FP0N01

16M bit

Winbond W25Q16BVSSIG
EON
EN25F16-75HCP
MXIC
MX25L1606EM2I-12G

1U/6.3V_4
E791AGND

E791AGND

U8
SPI_SDI_uR

SPI_SDI_uR
R156

VCORF_uR 44

C177

+3V

+3V_EC


Place every 0.1uF
close to every
power pin

E791AGND

103

E791AGND

0.03A (30mils)

+3VPCU_EC

27

*0/short_6

10mA

4.7U/6.3V_6

19
46
76
88
115

2.2/J_6
2

R281

VCC1
VCC2
VCC3
VCC4
VCC5

R504
1

1

I/O ADDRESS SETTING(KBC)

C202

.1U/10V_4
+3VPCU

2

+A3VPCU
C211

102

PBY160808T-250Y-N/3A/25ohm_6

AVCC

L26

EC (KBC)

3

30mil

AKE38FP0N01
AKE38ZA0Q00
AKE38FP0Z01 (ZE6 MAC ID fail)



INTERNAL KEYBOARD STRIP SET (KBC)

HWPG (KBC)

<20110829> DDRAM_PWROK no need connecting to EC side
+3V
LCLK_EC

[31] HWPG_VCCGFX
+3VPCU
RP5
10
9
8
7
6

10K/J_10P8R
1 MX3
2 MX2
3 MX1
4 MX0
5

10/26 UnStuff
MY0

R193

*10K/J_4

[8,32] DDRAM_PWROK
+3VPCU

[34] HWPG_1.8V
[30] SYS_HWPG
[6,31] IMVP_PWRGD

*RB500V-40

D14

*RB500V-40

D19

RB500V-40

D21

*RB500V-40

D13

*RB500V-40

A

R278
R280
HWPG_R

R277

10K/J_4
HWPG

*0/short_4

HWPG

[2,13,16]

*22/J_4

[34] MAINON_ON_G

C271
*10P/50V_4

2

+3VPCU

Quanta Computer Inc.

Q28
2N7002K

PROJECT : ZE7
Size

1

MX4
MX5
MX6
MX7

D17

3

A

Document Number

Rev
1B

NPCE791L & FLASH
Date:
5

4

3

2

Wednesday, November 02, 2011

Sheet
1

27

of

40

5

4

3

2

1

28

HOLE (OTH)

D

D

HOLE13
2
3
4

HOLE18

HOLE17

HOLE19

2
3
4

2
3
4

2
3
4

h-c197d63p2

5
6
7

C

*HG-TC276BC315D98P2

HOLE1
5
6
7

h-c197d63p2

8
1
9

*HG-C276D98P2

HOLE3
5
6
7

8
1
9

8
1
9

2
3
4

h-c197d63p2

HOLE10
5
6
7

8
1
9

* ZE7-P2

HOLE2
5
6
7

2
3
4

PAD2

*HG-C276D98P2

HOLE4
5
6
7

8
1
9

*HG-C276D98P2

HOLE7
2
3
4

2
3
4

PAD1

HOLE6
5
6
7
1

*HG-TC276BC256D98P2

*ZE7-P1

HOLE16
5
6
7

8
1
9

2
3
4

8
1
9

C

HOLE14
5
6
7

8
1
9

HOLE9
2
3
4

*HG-C276D98P2

8
1
9

*HG-C276D98P2

HOLE21

TP ESD PAD

5
6
7

h-tc177bc295d120p2 h-tc177bc295d120p2
*HG-C276D98P2

HOLE20

LED ESD PAD

1

5
6
7

1

2
3
4

BOT(Mini-PCIe Hole)

1

HOLE15
5
6
7

1

2
3
4

8
1
9

HOLE12
5
6
7

8
1
9

8
1
9

2
3
4

8
1
9

HOLE8
5
6
7

8
1
9

HOLE5
2
3
4

1

BOT(Thermal Hole)

TOP(HDD Hole)

*HG-TC276BC315D98P2 *HG-TC276BC315D98P2 *HG-TC276BC315D98P2 *ZE7-P3

*O-ZE6-2

B

B

1

HOLE11

*O-ZE6-3

A

A

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Rev
1B

EMI/Hole
Date:
5

4

3

2

Wednesday, November 02, 2011

Sheet
1

28

of

40

4

3

VA1

PJ1
VA

1
2
3

VA2

3

PR133
.01_3216

2

8
7
6
5

3

1
2
3

2

CSIP_1

4

PR132
220K/F_6

VIN

PC87
0.1U/50V_6

8
7
6
5

PR157
33K/J_6

2200P/50V_4

1

PC84
2200P/50V_6

1

29

PQ41
AO4427

VIN

PC88

PC83
0.1U/50V_6

PC86
0.1U/50V_6

7
6
5
4

1

PQ38
AO4427

PD7
SBR1045SP5-13
1

PL6
FBMA-11-201209-800A50T

PD8
SMAJ20A(400W,20V)

D

PC85
0.1U/50V_6

D

2

PD6
1SS355

PR131
220K/F_6

1

6

2

5

3

4

PR156
10K/J_6
D/C#

[27]

PR134
*0/short_4

3

1
2

2

4

5

POWER_JACK
dcjk-2dc2003-000111-3p-v

PQ39
IMD2AT108

VIN

2
PQ40
2N7002K

1

CSIP_1
VIN
PC100
1U/10V_4
PR42
10/F_6

PR43
10/F_6
PC20
2200P/50V_4

PR173
4.7/J_6

PC22
0.1U/25V_4

PC25
1U/10V_4

ISL88731_VDDP
PC19
0.1U/50V_6

21

MBDATA

[27]

ACIN

VDDP

VCC

BOOT

PR47
2.7/J_6
88731B_2
25

PC17
0.1U/50V_6
88731B_1

C

4
PQ1
AON7410

9

SDA

UGATE

24

ISL88731_UGATE

10

SCL

PHASE

23

ISL88731_PHASE

13

ACOK

LGATE

20

ISL88731_LGATE

PR59
100K/F_4
MBCLK

VDDSMB

.01_3216
PR155

PL7
6.8uH/4.5A_7X7X3

3
2
1

11

CSSN

NC
GND
GND
GND
GND
CSSP

PC34
1U/10V_4

+3VPCU

PC99
4.7U/25V_8

5

PD1
*RB500V-40

+3VPCU

1

BAT-V

2

5

26

27

CSIN

1
33
32
31
30
28

CSIP
C

PR54
2.2/F_4

PC9
.01U/25V_4

PR170
49.9/F_4

PC21
0.1U/25V_4
DCIN

22

2

19

CSOP

18 CSOP

PU2
ISL88731C

DCIN

PR55
10/F_6

PR48
82.5K/F_4
88731ACSET

PGND

PR51
22K/F_4

VREF

4

ICOMP
NC

PC6
47P/50V_4

PC8
0.1U/25V_4

PC5

BAT-V

B

CSOP_1

PR56
10/F_6

15

GND

29

BAT-V

Close battery side

GND

NC

BAT-V

PC4
100P/50V_4
PC24
*1U/10V_4

PC33
.01U/25V_4
ICMNT

47P/50V_4
PR23
*0/short_4
PR27
100/J_4

PC90
10U/25V_1206

12

PR57
2.21K/F_4

Batt_Conn
bat-btj-08tc0b-8p-l-v

VBF
VCOMP

TEMP_MBAT [27]

PC91

PR148
100/J_4

14

6

100/J_4

17 CSON
PR58
*0/short_4
16

NC

NC

PR24
TEMP_MBAT_C

BAT-V

7

MBAT+

ICM

FBMA-11-201209-800A50T
PL1

10 1
2
3
4
5
6
7
9 8

8

5
PJ2

PC10
2200P/50V_4

PC31
0.1U/25V_4

CSON

FBMA-11-201209-800A50T
PL2

PR25
100K_4

3

PQ50
AON7410
PC26
2200P/50V_4

CSOP_1

10U/25V_1206

ACIN

+3VPCU
B

3
2
1

4

PR26
100/J_4

ISL88731 thermal pad
tie to Pin12
ICMNT

[27]

PC28
PC30
0.01U/25V_4 *0.01U/25V_4
PU1
*CM1293A-04SO

A

1
MBCLK
MBDATA

[27]
[27]

TEMP_MBAT

CH1

2

VN

3

CH2

CH4

6

VP

5

CH3

4

A

MBDATA
+3VPCU
MBCLK

Quanta Computer Inc.

Add ESD diode base on EC FAE suggestion

PROJECT : ZE7
Size

Document Number

Rev
1B

CHARGER (ISL88731)
Date:
5

4

3

2

Sheet

Wednesday, November 16, 2011
1

29

of

40

5

4

MAIND
SUSD

MAIND

[32,34]

SUSD

[34]

3

SYS_SHDN#

SYS_SHDN#

2

1

30

[6,35]

[27] SYS_HWPG

VIN

+3VPCU

VIN

VL

8223REF

+3VPCU

VIN

EN

+3V_PG

23

PGOOD

+5V_DH

21

UGATE1

22

BOOT1

1
2
3

PC42
0.1u/50V_6

PR76
1/F_6

+5V_B
+5V_LX

20

PHASE1

+5V_DL

19

LGATE1

24

VOUT1

3

17

+3V_SKIP

TONSEL

4

+3V_TON

UGATE2

10

+3V_DH

BOOT2

9

+3V_B

PHASE2

11

+3V_LX

LGATE2

12

+3V_DL

5
PC43
0.1u/50V_6

PR78
1/F_6

PL4
2.2uH_7X7X3

+3VPCU
3 Volt +/- 5%
TDC : 2.368A
PEAK : 3.16A
OCP : 4A
Width : 100mil

GND

7

FB2

5

C

PR187
4.7_6

+3V_FB

+

4
PC118
0.1u/50V_6
PQ17
AON7702

8223_EN
PC112
680p/50V_6

PC111
680p/50V_6

PC58
220uF/6.3V_6X4.2

2

PR185
10K/F_4

PR183
6.81K/F_4

15

GND

ENTRIP2
6

25

PR81
*0/short_4

ENTRIP1

FB1

OUT2

3
2
1

PC113
0.1u/50V_6

ENC

2

1

+5V_FB

4

1
2
3

PC46
220uF/6.3V_6X4.2

PQ21
AON7702

PR188
4.7_6

+

18

PR182
15.4K/F_4

C

PU3
RT8223M

14

PC39
4.7u/25V_8

+3VPCU
PQ13
AON7410

4

SKIPSEL

D

5

5

PL3
2.2uH_7X7X3

PC40
2200p/50V_6

3
2
1

13

PR67
*0/short_4

PR186
*0/short_4

REF

SYS_SHDN#

4

VREG3

VIN

5
PQ14
AON7410

PR189
*0_4

PR72
*0_4

PR83
330K/F_4

VREG5

PR73
100K/F_4

+5VPCU
5 Volt +/- 5%
TDC : 4.858A
PEAK : 6.5A
OCP : 8A
Width : 200mil

16

+5VPCU

PC37
1u/6.3V_4

PC49

PR75
*0/short_4

PC38

PC47
0.1u/25V_4

8223_EN

PC45
2200p/50V_6

8

PC44
4.7u/25V_8

8223_VIN

PR82
665K/F_4

4.7u/6.3V_6

PR190
10_8

4.7u/6.3V_6

VIN

D

PR184
10K/F_4

PC48
0.1u/10V_4

1

PR84
100K/F_4

PR70
97.6K/F_4

PR69
48.7K/F_4

+5V_DL

OCP:8A

PD3
1PS302

L(ripple current)
=(9-5)*5/(2.2u*0.4M*9)
=2.525A
Iocp=8-(2.525/2)=6.74A
Vth=6.74A*14mOhm=94.32mV
R(Ilim)=(94.32mV*10)/10uA
~94.32K

B

PC52
0.1u/50V_6

2

OCP:4A

PR68
*0/short_6

L(ripple current)
=(9-3.3)*3.3/(2.2u*0.5M*9)
~1.9A
Iocp=4-(1.9/2)=3.05A
Vth=3.05A*14mOhm=42.7mV
R(Ilim)=(42.7mV*10)/10uA
=42.7K

+3V_DL

3
PR86
*0/short_6

1
PC51
0.1u/50V_6

PR71
*0/short_6

PR85
*0_6

2
PD2
1PS302

3
PC50
0.1u/50V_6

1

B

+15V_ALWP

+15V
PR191
22_8

PC115
0.1u/50V_6

+3VPCU

S5D
MAIND

2

PQ12
AO3404

PQ22
AO3404

1

PQ35
AO3404

2

PQ33
2N7002K

SUSD

PQ15
AO3404

PQ34
2N7002K

+5V_S5

TDC : 0.008A
PEAK : 0.01A
Width : 10mil

+5V

+3V

TDC : 1.858A
PEAK : 2.477A
Width : 80mil

4

3

TDC : 0.94A
PEAK : 1.25A
Width : 40mil
PQ24
AO3404

A

+3VSUS

Quanta Computer Inc.

TDC : 1.03A
PEAK : 1.38A
Width : 50mil

PROJECT : ZE7
Size

Document Number

Rev
1B

SYSTEM 5V/3V (RT8206)
Date:

5

2

+3V_S5

PQ16
2N7002K

1

PR126
1M_6

1

PQ32
DTC144EU

2

TDC : 0.15A
PEAK : 0.2A
Width : 10mil

1

2

1

1

2

1

S5_ON

1

A

[16,27,35]

2

MAIND 2

2

3

3

3

3

S5D

+3VPCU

3

PR125
1M_6

+3VPCU

1

PR74
22/J_8

+5VPCU

3

PR124
22/J_8

+5VPCU

3

PR123
1M_6

+15V

+5V_S5

3

+3V_S5

3

VIN

2

Wednesday, November 02, 2011

Sheet
1

30

of

40

5

4

3

2

1

31
8165_VCC

VIN

+5V_S5

PC123
*22U/25V_1210

PC124
*22U/25V_1210

PC127
*22U/25V_1210

8165_VCC
PR37
2_6
PC89
4.7u/6.3V_6

D

PC98
4.7u/6.3V_6

D

PR46
130K/F_4

<20110428> For EMI request

PR53
4.7_6

PR29
*0/short_4

PR39
*0/short_4

27

FBA

TONSETA

PC12
33P/50V_4

UGATEA

VCCGFX
PR35
750/F_4

PR34
11K/F_4

31
34

8165_DH2

33

8165_BOOTA

PQ2
AON7410
PR166
2.2_6

8165_COMPA 28

COMPA

BOOTA

8165_RGNDA 26

[7] GTVSS_SENSE

RGNDA

PHASEA

8165_LX2

36

8165_DL2

PR12

100/J_4

[6] VR_SVID_ALERT#

8165_ALERT#

[27] HWPG_VCCGFX

8165_VRHOT#

[6,27] IMVP_PWRGD
[6] H_PROCHOT#

[16,33,34]

+3V

HWPG_1.05V

10K/F_4

PR13

10K/F_4

25

8165_VDIO

24

PR146

*0/short_4

8165_ALERT# 23

PR144

*0/short_4

8165_VRA

22

PR143

*0/short_4

8165_VR

21

PR142

*0/short_4

[16,27,34]

8165_VR

PR49

+3.3V_PRIME_ON

8165_VRHOT# 20

8165_EN

0_4
PR44
*0/short_4

For HW Debug

8165_VRA
PR14

PR50

8165_VCLK

*0/short_4

PR40
100K_4

PR28
100/F_4

32

8165_TEMPMAX 12

*0_4

PC3
470p/50V_4

PR22
*0/short_4

PR36
*0/short_4

8165_ICCMAX

13

8165_ICCMAXA

14

8165_OCSET

16

8165_OCSETA

18

8165_SETINI

11

8165_SETINIA

10

8165_TSEN

15

8165_TSENA

17

8165_FB

6

PC11
36p/50V_4

VCLK
ISENAP
ALERT
VRA_READY

ISENAN

VRHOT

B

EN
2

8165_TONSET

40

8165_DH1

PR52
4.7_6

5

<20110428> For EMI request
VIN

ICCMAX
ICCMAXA
UGATE1

PC18
0.1u/25V_6

OCSET

PR169
2.2_6

OCSETA
BOOT1

1

8165_BOOT1

39

8165_LX1

SETINI

PC29
2200P/50V_4

PC104
0.1u/50V_6

PC106
4.7u/25V_8

PC105
4.7u/25V_8

4

SETINIA

PHASE1

PC97
0.22U/25V_6

TSEN
TSENA

LGATE1

FB

ISEN1P

COMP

GND

38

+VCC_CORE

PQ5
AON7410

L=1.5uH, typ.DCR=14m-ohm

8165_DL1

PL9
1.5uH_7X7X3

3
+

4
PR174
*2.2/F_6

PR162
3.57K/F_4

PC109
0.1u/50V_6

PR160
*0/short_4

+

PC107
330U/2V_7343

PC32
*330u/2V_7343

assume
ESR=9m-ohm

41
PQ3
AON7702

8
8165_GFXPS2

B

PC101
*1000P/50V_6

PC92

+VCC_CORE
TDC : 3.18A
PEAK : 4.23A
OCP : 10.4A
Width : 160mil

0.1u/25V_4

IBIAS

PR171
1K_6_NTC(B=3650)

19

RGND

8165_ISEN1P

8165_IBIAS

7

PR152
*0/short_4

GFXPS2

8165_RGND

C

TEMPMAX

for droop fine tune
PR151
100/F_4

PR159
1K/F_4

4
8165_COMP

[7] CPUVSS_SENSE

PR165
1.15K/F_4

Rsense=12.63m-ohm

PR45
130K/F_4

PR38
88.7K/F_4

[7] CPUVCC_SENSE

3
2
1

PC15
*0.1u/50V_6

PU8
RT8167BGQW

TONSET

PC14
330u/2V_7343

VCCGFX
TDC : 2.58A
PEAK : 3.44A
OCP : 9A
Width : 120mil

PR167
1K_6_NTC(B=3650)

8165_ISENAN

VR_READY

ISEN1N
PR31
10K/F_4

29

+

PC95
0.1u/25V_4

8165_ISENAP
PC94
*0.1u/10V_4

+VCC_CORE
PR30
2.55K/F_4

30

VDIO

5

*90.9/F_4

*0/short_4

PR149

5

110/F_4

PR1

PR150

assume
ESR=9m-ohm

PR161
*0/short_4
PC16
0.1u/50V_6

3
2
1

[6] VR_SVID_DATA

8165_VDIO

PR163
6.98K/F_4

PC108
*1000P/50V_6

3
2
1

[6] VR_SVID_CLK

54.9/F_4

PR15

PR175
*2.2/F_6

4
PQ4
AON7702

8165_VCLK

C

35

PC96
0.22U/25V_6

Place close to VR

PR19

VCCGFX

L=2.2uH, typ.DCR=18m-ohm

PR153
*0/short_4
LGATEA

PC103
4.7u/25V_8

PL8
2.2uH_7X7X3

for compensation fine
tune

+1.05V

PC102
0.1u/50V_6

4

PR41
88.7K/F_4

[7] GTVCC_SENSE

PR158
100/F_4

5

PC27
2200P/50V_4

8165_TONSETA

5

PC7
100p/50V_4

3
2
1

8165_FBA
PR32
100/F_4

PVCC

VCC

9

37

VIN
PC23
0.1u/25V_6

8165_ISEN1N

PC93
*0.1u/10V_4

Rsense=4.24m-ohm

PR164
1K/F_4

PR154
1K/F_4

Load-line = -5.9mv/A
for Cedar trial-M

8165_VCC
8165_VCC

Temp max=100C

8165_ICCMAX

VICCMAX=164mV, /19.2mV=8.563

8165_ICCMAXA

VICCMAXA=68mV, /19.2mV=3.532

8165_OCSETA

OCSETA=2.619V

8165_OCSET

OCSET=2.56V

8165_SETINIA

VBOOTA=1V

8165_SETINI
*0_4

VBOOT=1V

8165_GFXPS2

GFX Not force PS2

PC13
*0.1u/50V_6

PR11
53.6K/F_4

for noise filtering,
place close to
RT8165B

33K/F_4

PR145

2.21K/F_4

16.9K/F_4

5.1K/F_4

PR136

A

PR21

*0/short_8

PR33

*0/short_8

PR4

PR5

PC1
1u/10V_4
PR6

PR7
1K/F_4

16.9K/F_4

10K/F_4

8165_TSEN

PR9
1K/F_4

PR135

PR147

PC2
1u/10V_4

11.8K/F_4

PR10

8165_TSENA

A

PR17
750/F_4

21K/F_4

PR140

10K/F_4

PR16
750/F_4

PR141

10K/F_4

place close to
Vcore inductor

182K/F_4

10K/F_4

place close to
GFX inductor

274K/F_4

PR139

PR8

PR20
10K/F_4

PR138

PR2

PR18
10K/F_4

PR172
10K_6_NTC

PR3

PR168
10K_6_NTC

8165_TEMPMAX
51K/F_4

10K/F_4

PR137

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Rev
1B

CPU CORE (RT8165B)
Date:
5

4

3

2

Wednesday, November 02, 2011
1

Sheet

31

of

40

5

4

3

2

1

32

[PWM]
PC67
10U/10V_8

20mil
0.375A

PR111
*0/short_6

PC73
0.1U/50V_6

8207A_VBST

+0.75V_DDR_VTT
D

VIN

8207A_DH
PC59
10U/10V_8

+1.5VSUS

VTTGND

2

VTTSNS
GND

4

MODE

5

VTTREF

6

COMP

5

19

LL

DRVL

20

21
DRVH

22
VBST

23

PC66
4.7U/25V_8

4
PQ25
AON7410

PGND

18

CS_GND

17

CS

16

V5IN

15

V5FILT

14

PGOOD

13

PU5
RT8207L

3

PC65
4.7U/25V_8

PC63
2200P/50V_6
PL5
2.2uH_7X7X3
+1.5VSUS

+1.5VSUS
1.5 Volt +/- 5%
TDC : 4.32A
PEAK : 5.76A
OCP : 10A
Width : 200mil

5

1

VLDOIN

24
VTT

GND

25

8207A_DL

10mil
0.188A

PR119
13K/F_4

PR115
*4.7/J_6

+5V_S5

+

PR121

*100K/F_4

PR198

0/J_4

*0/short_4

S3_1.8V
PR113
PR100
*0/J_4

PC68
*33P/50V_6

PR103
10K/F_4

3
2
1

1

PQ28
AON7702
PC76
1U/10V_4

PC72
*680p/50V_6

PC61
330U/2V_7343

PC64
10U/10V_8

C

NC

S5_1.8V
PR118
PR96
*0/short_6

2

PC77
1U/10V_4

PR120
620K/F_4

PR97
*0/short_6

B

PR122
5.1/F_6

+3V_S5 <20110728> Change DDRAM_PWROK PU from +3V_S5 to +1.5VSUS (no connect at EC side )

12

S5
11

S3

VDDQSET
9

10

VDDQSNS

PC56
0.033U/50V_6

8

C

7

+5V_S5

NC

4

+SMDDR_VREF

D

8207A_LX

3
2
1

PC60
10U/10V_8

*0/short_4

VIN

DDRAM_PWROK

(For RT8207A

SUSON

[16,27,34]

MAINON

[16,27,33,34]

[8,27]

400KHZ) close to PC2016

+5V_S5

Vout = (PR150/PR149) X 0.75 + 0.75
AON7702 Rdson=11~14mOhm
L(ripple current)
=(19-1.5)*1.5/(2.2u*400k*19)
~1.57A
Vtrip= (10-1.57/2)*14mohm=0.12901V
RILIM=Vtrip/10uA~12.901Kohm

8207A_SET
S5_1.8V

S3_1.8V
PR117

*0/J_4

+1.5VSUS

3

PR110
10K/F_4

B

MAIND

MAIND

2

1

[30,34]

PQ11
AO3404

+1.5V

TDC : 1.24A
PEAK : 1.65A
Width : 60mil

A

S3

S5

S0

1

1

S3

0

S4/S5

0

+1.5VSUS

REF

VTT

ON

ON

ON

1

ON

ON

OFF

0

OFF

OFF

OFF
A

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Rev
1B

DDR 1.5V(TPS51116)
Date:
5

4

3

2

Wednesday, November 02, 2011

Sheet
1

32

of

40

5

4

3

2

1

33
[PWM]

VIN
+5V_S5

D

D

PR89
10/J_6

PC121
2.2n/50V_4

PD4
RB500V-40

2

1

PR114
2.2/F_6

+3V

PR90
10K/J_4
PC57
0.1U/50V_6

C

HWPG_1.05V

EN/DEM

16

TON

1

VOUT

2

VDD

3

FB

4

PGOOD

6

GND

PR104
*0/short_6

PC69
0.1U/50V_6

13

UGATE

12

UGATE-1.05V

PHASE

11

PHASE-1.05V

OC

10

VDDP

9

LGATE

8

PGND

7

TPAD

17

5
4

BOOT

5

NC

14

NC

PQ45
AON7410

PR108
3K/F_4
PC70
1U/10V_4
LGATE-1.05V

PL10
2.2uH_7X7X3

+

PR192
*4.7/J_6

4

3
2
1

[16,31,34]

G5602

15

1

PU4

MAINON

C

PC117
.1U/10V_4

2

[16,27,32,34]

5

PR99
33K/J_4

+1.05V
PC74
4.7U/10V_6

3
2
1

PR92
1M/F_4

PC122
4.7U/25V_8

PQ51
AON7702
PC119
*680p/50V_6
PC114
330U/2.5V

PC54
1U/10V_4

PC116
*10U/10V_8

PC55
*1000P/50V_6

B

R1

PR88
4.02K/F_4

PC53
*33P/50V_6

+1.05V
1.05 Volt +/- 5%
TDC : 1.36A
PEAK : 1.82A
OCP : 5A
Width : 60mil

VOUT=(1+R1/R2)*0.75

1.05V_FB

R2

PR93
10K/F_4

B

PR94
*0/short_6

TON=3.85p*RTON*Vout/(Vin-0.5)

TON=3.85p*1M*1/(Vin-0.5)

AON7702 Rdson=11~14mOhm
L(ripple current)
=(19-1.05)*1.05/(2.2u*272k*19)
~1.658A

Frequency=1/(0.0036767)=272K

Rth=14m*(5-0.829)/20uA
RILIM=2.92Kohm

Frequency=Vout/(Vin*TON)
A

PR95
*0/short_6

A

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Rev
1B

+1.05V(UP6111AQDD)
Date:
5

4

3

2

Wednesday, November 02, 2011

Sheet
1

33

of

40

5

4

VIN

+1.5VSUS

PR194
1M/J_4

3

+3VSUS

PR195
*22/J_8

1

34

+15V

PR197
22/J_8

PR196
1M/J_4
SUSD

[30]

3

SUSD

3

3

SUS_ON_G
3

2

PQ46
DTC144EU

2

2

2

2

PQ47
*DMN601K-7
1

1

VIN

+3V

PR91
1M/J_4

+5V

PR101
22/J_8

PQ48
2N7002K

+1.5V

+1.05V

PR98
22/J_8

PC120
*2200P/50V_4

PQ49
2N7002K

D

1

SUSON

D

1

[16,27,32]

PR193
1M/J_4

PR80
*22/J_8

+15V

PR79
22/J_8

PR77
1M/J_4

[30,32]

3

3

3

MAIND

3

3

MAIND
3

MAINON_ON_G

2

1
MAINON_ON_G

MAINON_ON_G

2

PQ27
2N7002K

2

PQ20
*DMN601K-7

PQ18
2N7002K

PQ19
2N7002K

PC41
*2200P/50V_4

1

2
PQ26
2N7002K

1

2

1

PQ23
DTC144EU

2

1

MAINON

1

[16,27,32,33]

PR87
1M/J_4

[27]

C

C

+1.8V
1.8Volt +/- 5%
TDC : 0.113A
PEAK : 0.151A
Width : 20mil

PC81
10U/10V_8

PQ29
AO4468

PC82
10U/10V_8

PR102
100K_4

8
7
6
5

PU7
G9334 ADJ
5

4

PR129
261/F_4
PC79
10U/10V_8

Rg
3

DRV

PGD
EN

FB

HWPG_1.8V

[27]

1
+5V
6

PC110
*0.1U/10V_4

PR181

0/J_4

PR180

*0/J_4

+3.3V_PRIME_ON

PC71
.1U/10V_4

2

PR107
47/F_4

<20100902> reserve for H/W debug

2

Rh

4

1

VCC

PR130
100/F_4

+3V

1

1
2
3

PC80
.1U/10V_4

2

+1.8V

2

1

+3VSUS

GND

Reserve For VCCGFX

PC62
33N/25V_4

Vout1 = (1+Rg/Rh)*0.5

PR105

*30K/F_4

B

B

<20101217> Reserve 30K for Duncan suggestion

VCCGFX

For +3V_PRIME

VIN

PR178
*22/J_8

+3.3V_PRIME

PR62
1M/J_4

+1.8V

PR179
22/J_8

+3V

+15V

PR61
22/J_8

PR64
1M/J_4

3

PR176
*1M/J_4

3

VIN

3

3

3
*0/short_4

PQ7
DTC144EU

2

1
2

2

PR66

*0/short_4

1

PR63
*100K_4

1

PC35
*1U/10V_4

2

PQ8
2N7002K

PQ6
2N7002K

TDC : 0.17A
PEAK : 0.22A
Width : 10mil

PQ9
2N7002K

A

1

A

+3.3V_PRIME

PC36
*2.2n/50V_4

2

MAINON_ON_G

PQ10
AO3404

2

PQ44
2N7002K

1

PR60
1M/J_4

1

PR65

+3.3V_PRIME_ON

1

[16,27,31]

1

PQ43
*DMN601K-7

3

HWPG_1.05V

2

1

[16,31,33]

PR177
*1M/J_4

3

3

2
PQ42
*DTC144EU

2

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Rev
1B

Discharge/1.8V
Date:
5

4

3

2

Wednesday, November 02, 2011
1

Sheet

34

of

40

1

2

3

4

5

35

Thermal Protection (DCD)
VIN

A

A

PD5
1SS355

PQ30
AO3409
2

3

TSNS_ON

1

PR127
1M/F_4

S5_ON

3

2

B

Thermal protection temperature = 70C

VL

1

PQ37
DTC144EU
VL

B

<20111018>
Change PR112 from CS22212FB11 to CS21502FB14,
for change M/B from 60℃ to 70℃

SYS_SHDN# [6,30]
PR106
200K/F_4

3

+

2

-

1

4

3

2.469V

8

PR116
10K/J(NTC) _6

[16,27,30] S5_ON

PR128
200K/F_4

3

PC75
0.1U/25V_4

2.52V

2

PU6A
AS393MTR-E1

PQ36
2N7002K
PC78
0.1U/25V_4

1

PR112
1.5K/F_4

2
PR109
200K/F_4

PQ31
2N7002K

C

1

C

5

+

6

-

7
PU6B
AS393MTR-E1

D

D

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Rev
1B

Thermal protect
Date:
1

2

3

4

Wednesday, November 02, 2011

Sheet
5

35

of

40

5

4

3

2

1

(100MHz)
SRC_P/N

WLAN(Mini Card 1)

36

(33MHz)
PCI_33

Debug Card
Page 25

CPU_ITPP/N

(100MHz)

D

SATAP/N

SATACLKP/N

(100MHz)

D

To CPU

Tigerpoint

SRC_P/N
DMICLK100P/N

(24MHz)
USB_48

Audio
ALC271X
Page 20

BIT_CLK

(48MHz)
CLK48

LVDS_CLKP/N

(14.318MHz)
DDR_CLK0P/N

REF

CLK14

DDR_CLK1P/N

PCICLK

(32.768KHz)
(400/533MHz)

DDR3 SO-DIMM0
Page 4

SUSCLK

Cedarview-M

CLOCK GEN CK505
SLG8LV631V

DDR_CLK2P/N

Page 10~15

(400/533MHz)
DDR_CLK3P/N

(100/133MHz)

C

HPLLREFCLK_P/N

C

CPU_0P/N
Y4(32.768K KHz)

(100/133MHz)
DDR3REF_P/N

CPU_1P/N

(100MHz)
DPL_REFSSCLKIN_P/N

LCD_CLKP/N

(100MHz)
DMICLKIN_P/N

SRC_P/N

(96MHz)
DPLREFCLK_P/N

DOT_96P/N

(Max. 112MHz)
LVDS_CLKP/N

10.1" LED Panel
Page 18

(33MHz)
PCI_33

Page 5~9

Page 2

(Max. 340MHz)

HDMI
Page 17

(33MHz)
SPICLK

SPI Flash
Page 27

Page 27

DDI0_TXP/N3
AZIL_BCLK

B

EC
WPCE791L

(100MHz)
SRC_P/N

Card Reader
RTS5209-GR
Page 26

B

Y3(27 MHz)

(100MHz)
SRC_P/N

(24MHz)

LAN
RTL8105TA-VC-CG

Y5(25 MHz)

Page 22

From TPT
(100MHz)

WLAN(Mini Card 2)

SRC_P/N

Page 25
A

A

Y2(14.318 MHz)

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Rev
1B

Clock Distribution Diagram
Date:
5

4

3

2

Wednesday, November 02, 2011

Sheet
1

36

of

40

5

4

3

2

1

37
+VCC_CORE(0.75V-1.18V,4.234A)


CPU core
(RT8165)
PU8
VIN

VCCGFX(0.76V~1.05V,3.438A)


+1.05V
(G5602)
PU4

D

BOM Structure
Function
3G

+1.05V(1.8164A)


BT

PU3

+5V_S5(10mA)


AO3404
PQ12

+5V(2.477A)


stuff 3G@

w/o 3G module

unstuff 3G@

D

w/ BT module

stuff BT@

w/o BT module

unstuff BT@

LVDS@

w/ LVDS (default)

stuff LVDS@
L38: CV+1003JN01 (0.1UH)
C334: CH5102K9B06 (1UF)

EDP@

w/ EDP

1.5VPLL@

w/ 1.5VPLL (default)

stuff EDP@
L38: CS00003J951 (0ohm)
C334:CS00002JB38 (0ohm)
stuff 1.5VPLL@

BT@

1.05VPLL@ w/ 1.05VPLL

stuff 1.05VPLL@
C

+3V_S5(197mA)


AO3404
PQ24

+3VSUS(1.1A)


ADAPTER
CHARGER

Description
w/ 3G module

LVDS/EDP

PLL Power

AO3404
PQ15

+3VSUS
(1.182A)

C

AO3404
PQ35

+3VPCU(55mA)


SYSTEM
5V/3V
(RT8223)
+3VPCU
(3.034A)

VIN

+5VPCU
(6.517A)

+5VPCU(4.03A)


3G@

VIN
(5.48A)

G9334
AO4468
PU7/PQ29

+1.8V(151mA)
<+3.3V_PRIME_ON>

(ISL88731)
PU9001

AO3404
PQ22

B

+3V
(1.6A)

BATTERY

+3V(1.38A)

B

AO3404
PQ10

+3.3V_PRIME(220mA)
<+3.3V_PRIME_ON>

DDR PWR
1.5V
(RT8207)

+1.5VSUS
(5.008A)

VIN

+1.5VSUS(3.362A)


AO3404
PQ11

+1.5V(1.646A)


PU5
+SMDDR_VREF(0.25A)

A

A

+0.75V_DDR_VTT(0.5A)

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Date:

Wednesday, November 02, 2011

Rev
1B

Power Tree
5

4

3

2

1

Sheet

37

of

40

5

4

3

2

1

JE01_CT(Cedar Trail) Power On Sequence

From AC,BATT

38

VIN
+5VPCU +3VPCU VCCRTC

D

From PWM to EC

D

HWPG_SYS(PCU)
>=18ms (VCCRTC to RTCRST#)(t200)

From Button to EC
From EC to PWM

From EC to SB
From EC to SB

RTCRST#
NBSWON#
S5_ON
+5V_S5

>=0ms (VCCRTC to S5 well)(t203)
+5V_S5 power up before +3V_S5, or
after +3V_S5 within 0.7V (t201)

+3V_S5
EC_RSMRST#

+3V_S5 power down before +5V_S5,
or after +5V_S5 within 0.7V

>=5ms (S5 well to EC_RSMRST#)(t205)
100ms (EC define)

DNBSWON#(PWRBTN#)
1~2 RTCCLK (SUSC# to SUSB#)(t234) (1RTC: 28.992 µs to 32.044 µs)

From SB to EC
From EC to PWM

SUSB#(SLP_S3#),SUSC#(SLP_S4#)
SUSON
+3VSUS +SMDDR_VREF +1.5VSUS(to DDR3_DRAM_PWROK)

From PWM to EC

HWPG_1.5V (SUS)

From EC to PWM

MAINON

C

C

+5V power up before +3V, or
after +3V within 0.7V (t209)

+3V power down before +5V,
or after +5V within 0.7V

+5V +3V +1.5V +0.75V_DDR_VTT

V_CPU_IO power down before +1.5V,
or after +1.5V within 0.7V
CPU: +1.5V power up before +1.05V ; PCH: +1.5V power up
before V_CPU_IO, or after V_CPU_IO within 0.7V (t211)

+1.05V (also for V_CPU_IO of PCH)
From PWM to CPU VR HWPG_1.05V
+VCC_CORE VCCGFX
From PWM to EC IMVP_PWRGD/HWPG_VCCGFX
From EC

+3.3V_PRIME_ON

CPU:+3V_PRIME and +1.8V needs to be <700mV

+3V_PRIME +1.8V
From PWM to EC
B

HWPG_1.8V

From PWM HWPG(to EC,VRMPWRGD,CK505)
From EC to CPU,SB ECPWROK(AND with HWPG to PWROK,to DDR3_VCCA_PWROK)

100ms(EC define)
B

BCLK
From CLK Gen

99ms(S0 well of TPT to TPT_PWROK)(t214)

From EC to SB
From SB to CPU

TPT_PWROK
H_PWRGD

From SB to All

PLTRST#

NOTE:PWROK assertion indicates that PCICLK has been stable for at least 1 ms.

*Note: EC will sampling SUSB# & SUSC# every 5ms.

EC SMBUS Table

ICH SMBUS Table
A

(SMB_DATA)/(SMB_CLK) (+3V_S5)
Power Plane
MOS CKT (Level shift)

CLK GEN

RAM

*Mini Card (WLAN)

*XDP

V

V

V

V

+3V

+3V

+3V

+3V

Stuff

Stuff

Stuff

Stuff

Battery
EC791 SDA1 / SCL1 (+3VPCU)

A

EC791 SDA2 / SCL2
EC791 SDA3 / SCL3
Power Plane
MOS CKT (Level shift)

*=Reserve

CPU Thermal Sensor GFX Thermal Sensor

V

+3VPCU

Quanta Computer Inc.

X

PROJECT : ZE7
Size

Document Number

Rev
1B

Power Sequence
Date:
5

4

3

2

Wednesday, November 02, 2011
1

Sheet

38

of

40

5

4

3

SLP_S3#(SUSB#):
S3 Sleep Power plane control Assertion of SLP_S3# shuts off power to non-critical components
when system transitions to S3, S4, or S5 states.
SLP_S4#(SUSC#):
S4 Sleep Power plane control - Assertion of SLP_S4# shuts power off to non-critical components
when system transitions to S4 or S5 state.
1

AC Adapter
VIN

BATT Charger
PU2

D

1

39

NBSWON#
5

+5VPCU

S5_ON
(S5D)

PQ33

+5V_S5

MOS
2

6

+3VPCU

+3V_S5

MOS

+3VPCU

PQ12

Always System power

Regulator

Battery

2

4

7

+5VPCU

D

EC_RSMRST#

PU2
10

RSMRST#

8
DNBSWON#

3
SUSON(SUSD)
13

SUSC#

PWRBTN#

9
SLP_S4#

MAINON(MAIND)

EC

SUSB#

14
MAIND

+3VPCU/+5VPCU

+3V

MOS

+5V

SLP_S3#

22

PCH

23
ECPWROK
TPT_PWROK

PWRGD
+1.5VSUS

MAIND

+1.5V

MOS

100ms

MAINON
+RC

C

C

VIN

+1.05V

VR

15

HWPG_1.05V

VRM_PWRGOOD

16

CPU_PG

+VCC_CORE

VIN

Regulator
PU8

PLTRST#

17

VCCGFX
HWPG_SYS

+3.3V_PRIME_ON

IMVP_PWRGD/ HWPG_VCCGFX

18

(From EC)

21

19a
+3V

MOS
PQ9

+3V_PRIME

HWPG

19b

24

25

H_PWRGD

B

PLTRST_N
B

20

D

HWPG_1.8V

+3VSUS

MOS
PU7

CK505
EN

MAINON_ON_G

HWPG_1.5V

+1.8V

NMOS
G

S

D
GND

NMOS MAINON_ON_G

12

G

S

For Power Down Sequence

PWRGD

RESET_L

For Power Down Sequence
DDR3_VCCA_PWROK

GND

+0.75V_DDR_VTT

MAINON

CPU

VIN

SUSON

Regulator
PU5

SUSD

+3VPCU

MOS
PQ22

+SMDDR_VREF
+1.5VSUS

DDR3_DRAM_PWROK

11
+3VSUS

A

A

Quanta Computer Inc.
PROJECT : ZE7
Size

Document Number

Rev
1B

power sequence block diagram
Date:
5

4

3

2

Wednesday, November 02, 2011
1

Sheet

39

of

40

5

4

3

2

1

MODEL

Model

CHANGE LIST

REV

ZE7
FROM

To

1A

1A

ZE7 MB

1B

First Released (PCB: A)

 Update CPU P/N to MP P/N

1B

D

 Un-stuff CA122084N98 at CP1 - CP6 by EMI confirmation
 Stuff R26 CS00003J951

D

(0/J_6) for +5V_LCD (IVO panel)

Change 0ohm resistors to short PAD

C

C

B

B

A

A

Quanta Computer Inc.
PROJECT MODEL :

DOC NO.

ZE7

APPROVED BY:

DATE:

2011/11/2

PROJECT : ZE7
Size

PART NUMBER:

DRAWING BY:

REVISON:

1B

4

3

2

Rev
1B

Change List1
Date:

5

Document Number
Wednesday, November 02, 2011

Sheet
1

40

of

40

www.s-manuals.com



---

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Creator                         : 
Description                     : 
Title                           : Quanta ZE7 - Schematics. www.s-manuals.com.
Subject                         : Quanta ZE7 - Schematics. www.s-manuals.com.
Create Date                     : 2011:11:16 10:35:32+08:00
Creator Tool                    : PDFCreator Version 1.2.3
Modify Date                     : 2014:05:02 14:56:19+03:00
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Page Count                      : 41
Keywords                        : Quanta, ZE7, -, Schematics., www.s-manuals.com.

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