QUANTA ZAK, ZAN, ZAP, ZAQ Schematics

5

4

3

2

1

Octopus_A_Yorp_DVT

SCH: 650-01771-03-SCH
ASSY:650-01771-03
PCB: 651-01771-03

D D

TABLE OF CONTENTS TABLE OF CONTENTS

SHEET NO. S

1

2

3

4

5

6

7

C C

8

9

10

11

12

13

14

15

16

B B

17

18

19

20

21

22

23

24

25

26

A A

27

28

29

30

5

TABLE OF CONTENTS

SYSTEM BLOCK DIAGRAM

USB TYPE-C BLOCK DIAGRAM

POWER TREE

I2C MAP

SOC DRAM I/F

SOC EDP/MIPI/DDI

SOC PCIE/USB/SATA

SOC AUDIO/EMMC/LPC/SPI

SOC I2C/CNVI/UART/SPI

SOC PMU/RTC/SVID/THERMAL/MISC

SOC JTAG/GPIO/ITP

SOC GROUND

SOC POWER

SOC DECOUPLING

MEMORY CH 00/01 LPDDR4

MEMORY CH 10/11 LPDDR4

EC-NUVOTON

SPI ROM

MIPI60 DEBUG HEADER

H1 SECURE MICROCONTROLLER

SERVO

eMMC/SD

AUDIO

KB, TP, PEN

LID: eDP, CAM, TOUCH, SENSOR

SENSOR: COMPASS, GYRO

WIFI/BT CONNECTOR

USB C TCPC/MUX

USB A CONNECTIONS (MLB)

HEET NAME

4

SHEET NO. SHEET NAME

31

32

33

34

35

36

37

38

39

40

41

42

43

44

USB C CONNECTOR ( MLB )

USB C VBUS CONTROL

PMIC

POWER: 1.8V(EC) 3.3V AND 5V

POWER - LOAD SWITCHES

INAs

BATTERY CHARGER

LTE

CONNECTORS TO SUB BOARD

AR CONNECCTOR

BLANK

BLANK

MOV DIAGRAM

POWER SEQUENCE

SOC STRAPPING45

3

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

2

Wednesday, January 09, 2019

PROJECT :

TABLE OF CONTENTS

TABLE OF CONTENTS

TABLE OF CONTENTS

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

1 45

1 45

1 45

1A

1A

1A

5

www.schematic-x.blogspot.com

4

3

2

1

Octopus(Gemini Lake)
Block Diagram ver.0.8

DRAM

EMMC

USB2.0

USB3.0

CAMERA
(B-Panel)

USB2.0

DRAM I/F

EMMC 5.1*

PCIe0

USB2-2

CNVi

USB2-5

USB3-5

Apr,24,2018

D D

MAX 8GB DDR4 OR LPDDR4

LPDDR4
x32
(2400)
2GB

C C

LPDDR4
x32
(2400)
2GB

WiFi-BT Module
(2x2 801.11AC)
PCIE M.2 1216

JFP2 CNVi

Micro-SD

LPDDR4
x32
(2400)
2GB

EMMC
1

6/32/64GB

PCIe Gen2 x1

USB2.0

CNVi

USB-to-SD
GL3213S
(104MB/s)

LPDDR4
x32
(2400)
2GB

Stylus
(EMR)

I2C

USB2-6 PDM

ISPLAY(EDP)11.6 " ?

D
1366x768 ?

Touch
Screen

GLK

DMIC

Dual?)

Backlight

EDP

BACKLIT CTL

I2C

EDP(2 Lnes)

(

UART-AP

UART-EC

SBU1,2

PDM

SPI-AP-SPI

UART

UART

USB

SPI

H1

rbox

I2C

I2C

INA

UART-H1

I2C-7 EDPI2C-0

/I2S

SPI

UART-0

I2S-0

eSPI

AP SPI ROM
(

I2S

SPI-AP-EC

BIOS) 16MB

I2S (WoV)

UART-AP

UART-EC

Servo Header

DMIC

EC(Nuvoton)

NPCX79_0BX

I2S

with option
of WoV

EC-SPI

I2C

SPI-Sensor

I2C-Sensor

I2C-Battery

I2C-Charger

Keyboard

GMR/Hall
Sensor

I

MU/Accel

(6-Axis)

I2C

E-Compass
(Optional)

MIPI160 Debug H eader

Track Pad

B B

Audio

Jack

Speakers x2

Audio Jack
Codec DA7219

Speaker Amp.
Max98357A x2

I2C

I2C

I2S

I2S

Debug

I2C-6

I2C-5

I2S-2

I2S-1

USB3-2

USB2-7

USB2-3
USB3-3

USB2-1
USB3-1

PMIC_I2C

USB2-4

USB3-4

DDI-1

USB3-0

DDI-0

USB2-0

I2C-PMIC

USB2.0

USB3.0

DP

USB3.0

DP

Charger

(

Buck-Boost)

ISL9238B

I2C-PMIC

Lid Accel

Li-lon
Battery
Pack
2S or 3S
45Whr+

PMIC

DP

USB2.0

C1.2

4

TYPE-A

USB3.0

USB2.0

USB3.0

BC1.2
SLGC55545VTR

TYPE-A

USB2.0

BC1.2
MAX14637

USB3.0

AR Camera-W

A A

5

optional

USB2.0

Camera-W

B
SLGC55545VTR

USB3.0

I2C

TCPC+Mux+VCONN

ANX7447

SS

CC/SBU

PPVAR_PWR_IN
PP5000_A

3

TYPE-C

Port0

SBU1,2

PPC
(NX20P3483)

TCPC+Mux+VCONN
PS8751BQFN52GTR -A3

I2C

DP

USB3.0

SS

CC/SBU

PPC
(NX20P3483)

2

USB2.0

BC1.2
M

AX14637

TYPE-C

Port1Port1 Port0

PPVAR_PWR_IN
PP5000_A

RT5077A

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Date: Sheet of

Date: Sheet of

PROJECT :

SYSTEM BLOCK DIAGRAM

SYSTEM BLOCK DIAGRAM

SYSTEM BLOCK DIAGRAM

Wednesday, January 09, 2019

Wednesday, January 09, 2019

Wednesday, January 09, 2019

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

2 45

2 45

2 45

1A

1A

1A

5

4

3

2

1

PPVAR_PWR_IN

Charger

D D

PP5000_A

Vout

PPVAR_Cx_VBUS

NX20P3483

Vin

(Power Mux)

Vbus Sink/Source

EC

C C

I2C

ANX7447

CC 1,2

SBU 1,2

SSRX0,1

DDI(0,1,2,3)

AUX

-SS Mux

-VCONN

USB-C

SSTX0,1

USB3-AP

B B

SoC

(SSTX)

-Sink control

-Source control

USB3-AP
(SSRx)

HDP

MAX14637

USB2.0

(BC 1.2)

USB2.0

A A

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

USB TYPE-C BLOCK DIAGRAM

USB TYPE-C BLOCK DIAGRAM

USB TYPE-C BLOCK DIAGRAM

Date: Sheet

Date: Sheet of

5

4

3

Date: Sheet of

Wednesday, January 09, 2019

Wednesday, January 09, 2019

Wednesday, January 09, 2019

2

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

PROJECT :

PROJECT :

PROJECT :

ZAK_ZAN_ZAP_ZAQ

of

3 45

3 45

3 45

1

1A

1A

1A

5

4

3

2

1

Power Tree

D D

C C

B B

A A

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 0 9, 2019

Date: Sheet of

Wednesday, January 0 9, 2019

Date: Sheet of

5

4

3

2

Wednesday, January 0 9, 2019

PROJECT :

Power Tree

Power Tree

Power Tree

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

1

4 45

4 45

4 45

1A

1A

1A

5

D D

C C

4

3

2

1

B B

VBUS
0xE4

VBUS
0xE4

LID ACCEL
0x3E

PMIC

PEN
0x09

LPSS_I2C0 LPSS_I2C1 LPSS_I2C3 LPSS_I2C4

A A

PMC_I2C

P-Sensor
0x28

5

Intel Debug

H1

PCH

Audio
0x1A

ISH_I2C0
LPSS_I2C5

4

Trackpad
0x15

ISH_I2C1
LPSS_I2C6

TouchScreen
0x10

ISH_I2C2
LPSS_I2C7

BATT USB_C0

I2C0

3

USB_C0

0x58

I2C1 I2C2 I2C3 I2C4 I2C7

0x16

EEPROM
0xA0

Charger
0x12

EC(Nuvoton)

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

2

Wednesday, January 09, 2019

PROJECT :

I2C MAP

I2C MAP

I2C MAP

BASE IMU
0xD0

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

5 45

5 45

5 45

1

1A

1A

1A

5

4

3

2

1

(CPU)

AN15
AN17
AU12
AN12
AN13
AU13
AU15

BA10

BJ26
BL26
BJ27
BK27
BJ23
BK23
BJ22
BL22
BD27
BF27
BH27
BC27
BH21
BF23
BD23
BF21
BK19
BJ20
BL20
BJ21
BJ17
BJ16
BK15
BL16
BA21
AY23
BA23
BA17
AY21
AY17
AY19
BA19

AY3
BD3
BD1
BC3
AY1
BA3
BA2
BE2
AR8

AP3
AU2
AV3

AW3

AN2
AP1
AR3
AV1
AR5
BA8
AU7
AU5
BA5
BA7
AU8

U4B

MEM_CH1_DQ B8
MEM_CH1_DQ B9
MEM_CH1_DQ B10
MEM_CH1_DQ B11
MEM_CH1_DQ B12
MEM_CH1_DQ B13
MEM_CH1_DQ B14
MEM_CH1_DQ B15
MEM_CH1_DQ B0
MEM_CH1_DQ B1
MEM_CH1_DQ B2
MEM_CH1_DQ B3
MEM_CH1_DQ B4
MEM_CH1_DQ B5
MEM_CH1_DQ B6
MEM_CH1_DQ B7
MEM_CH1_DQ B24
MEM_CH1_DQ B25
MEM_CH1_DQ B26
MEM_CH1_DQ B27
MEM_CH1_DQ B28
MEM_CH1_DQ B29
MEM_CH1_DQ B30
MEM_CH1_DQ B31
MEM_CH1_DQ B16
MEM_CH1_DQ B17
MEM_CH1_DQ B18
MEM_CH1_DQ B19
MEM_CH1_DQ B20
MEM_CH1_DQ B21
MEM_CH1_DQ B22
MEM_CH1_DQ B23

MEM_CH1_DQ A0
MEM_CH1_DQ A1
MEM_CH1_DQ A2
MEM_CH1_DQ A3
MEM_CH1_DQ A4
MEM_CH1_DQ A5
MEM_CH1_DQ A6
MEM_CH1_DQ A7
MEM_CH1_DQ A8
MEM_CH1_DQ A9
MEM_CH1_DQ A10
MEM_CH1_DQ A11
MEM_CH1_DQ A12
MEM_CH1_DQ A13
MEM_CH1_DQ A14
MEM_CH1_DQ A15
MEM_CH1_DQ A16
MEM_CH1_DQ A17
MEM_CH1_DQ A18
MEM_CH1_DQ A19
MEM_CH1_DQ A20
MEM_CH1_DQ A21
MEM_CH1_DQ A22
MEM_CH1_DQ A23
MEM_CH1_DQ A24
MEM_CH1_DQ A25
MEM_CH1_DQ A26
MEM_CH1_DQ A27
MEM_CH1_DQ A28
MEM_CH1_DQ A29
MEM_CH1_DQ A30
MEM_CH1_DQ A31

DDR4_LP3_LP4DDR4_LP3_LP4

MEM_CH1_DQ SA0_P

MEM_CH1_DQ SA0

MEM_CH1_DQ SA1_P

MEM_CH1_DQ SA1

MEM_CH1_DQ SA2_P

MEM_CH1_DQ SA2

MEM_CH1_DQ SA3_P

MEM_CH1_DQ SA3

MEM_CH1_DQ SB0_P

MEM_CH1_DQ SB0

MEM_CH1_DQ SB1_P

MEM_CH1_DQ SB1

MEM_CH1_DQ SB2_P

MEM_CH1_DQ SB2

MEM_CH1_DQ SB3_P

DDR1

2 OF 13

MEM_CH1_DQ SB3

MEM_CH1_CA B5

MEM_CH1_CA B0
MEM_CH1_CA B3
MEM_CH1_CA B4

MEM_CH1_CA B2
MEM_CH1_CA B1

MEM_CH1_CA A5

MEM_CH1_CA A2
MEM_CH1_CA A1
MEM_CH1_CA A3
MEM_CH1_CA A0
MEM_CH1_CA A4

MEM_CH1_CL KB_P

MEM_CH1_CL KB

MEM_CH1_CL KA_P

MEM_CH1_CL KA

MEM_CH1_CK E0B
MEM_CH1_CK E1B

MEM_CH1_CS 0B
MEM_CH1_CS 1B

MEM_CH1_CS 0A

MEM_CH1_CS 1A
MEM_CH1_CK E0A
MEM_CH1_CK E1A

MEM_CH0_RC OMP

MEM_CH1_RE SET

MEM_CH1_RC OMP

MEM_CH0_RE SET

NCTF9
NCTF3

NCTF6
NCTF7

NCTF8

NCTF13
NCTF11
NCTF14
NCTF10

NCTF12

NCTF4

NCTF5

NCTF1
NCTF2

BJ24
BK25

BD25
BF25

BL18
BJ18

AV19
AV21

AR13
AR15

BB3
BC2

AW7
AW8

AT1
AT3

BH9
BC13
BD11
BD13
BF11
BE5
BH5
BH6
BF13
BG4
BE7

BK11
BJ12
BK9
BJ11
BJ10
BJ4
BL6
BJ5
BJ9
BJ6
BJ8

BF17
BD17

BF15
BH15

BJ13
BL12
BF1
BF2
BC7

BH2
BC8
BG2
BK13
BJ14

AY29

BC15
AY27

AV27
AY25

BC43

DDR_RCOMP_ CH0

DDR_RST_CH1_ L
DDR_RCOMP_ CH1

DDR_VREF_C A_CH1
DDR_VREF_D Q_CH1

DDR_RST_CH0_ L

DDR_1A_DQ S_0_P (17)
DDR_1A_DQ S_0_N (17 )

DDR_1A_DQ S_1_P (17)
DDR_1A_DQ S_1_N (17 )

DDR_1A_DQ S_2_P (17)
DDR_1A_DQ S_2_N (17 )

DDR_1A_DQ S_3_P (17)
DDR_1A_DQ S_3_N (17 )

DDR_1B_DQ S_0_P (17)
DDR_1B_DQ S_0_N (17 )

DDR_1B_DQ S_1_P (17)
DDR_1B_DQ S_1_N (17 )

DDR_1B_DQ S_2_P (17)
DDR_1B_DQ S_2_N (17 )

DDR_1B_DQ S_3_P (17)
DDR_1B_DQ S_3_N (17 )

DDR_1B_CA <5> (17)

DDR_1B_CA <0> (17)
DDR_1B_CA <3> (17)
DDR_1B_CA <4> (17)

DDR_1B_CA <2> (17)
DDR_1B_CA <1> (17)

DDR_1A_CA <5> (17)

DDR_1A_CA <2> (17)
DDR_1A_CA <1> (17)
DDR_1A_CA <3> (17)
DDR_1A_CA <0> (17)
DDR_1A_CA <4> (17)

DDR_1B_CL K_P (17)
DDR_1B_CL K_N (17)

DDR_1A_CL K_P (17)
DDR_1A_CL K_N (17)

DDR_1B_CK E<0> (17)
DDR_1B_CK E<1> (17)
DDR_1B_CS <0> (17)
DDR_1B_CS <1> (17)

DDR_1A_CS <0> (17)

DDR_1A_CS <1> (17)
DDR_1A_CK E<0> (17)
DDR_1A_CK E<1> (17)

DDR_RST_CH1_ L (17 )

TP143
TP144

DDR_RST_CH0_ L (16 )

PP1100_VDDQ

D D

DDR_0B_DQ <8>(16)
DDR_0B_DQ <9>(16)
DDR_0B_DQ <10>(16)
DDR_0B_DQ <11>(16)
DDR_0B_DQ <12>(16)
DDR_0B_DQ <13>(16)
DDR_0B_DQ <14>(16)
DDR_0B_DQ <15>(16)
DDR_0B_DQ <0>(16)
DDR_0B_DQ <1>(16)
DDR_0B_DQ <2>(16)
DDR_0B_DQ <3>(16)
DDR_0B_DQ <4>(16)
DDR_0B_DQ <5>(16)
DDR_0B_DQ <6>(16)
DDR_0B_DQ <7>(16)
DDR_0B_DQ <24>(16)
DDR_0B_DQ <25>(16)
DDR_0B_DQ <26>(16)
DDR_0B_DQ <27>(16)
DDR_0B_DQ <28>(16)
DDR_0B_DQ <29>(16)
DDR_0B_DQ <30>(16)
DDR_0B_DQ <31>(16)
DDR_0B_DQ <16>(16)
DDR_0B_DQ <17>(16)
DDR_0B_DQ <18>(16)
DDR_0B_DQ <19>(16)
DDR_0B_DQ <20>(16)
DDR_0B_DQ <21>(16)
DDR_0B_DQ <22>(16)
DDR_0B_DQ <23>(16)

DDR_0A_DQ <0>(16)
DDR_0A_DQ <1>(16)
DDR_0A_DQ <2>(16)
DDR_0A_DQ <3>(16)

C C

DDR_0A_DQ <4>(16)
DDR_0A_DQ <5>(16)
DDR_0A_DQ <6>(16)
DDR_0A_DQ <7>(16)
DDR_0A_DQ <8>(16)
DDR_0A_DQ <9>(16)
DDR_0A_DQ <10>(16)
DDR_0A_DQ <11>(16)
DDR_0A_DQ <12>(16)
DDR_0A_DQ <13>(16)
DDR_0A_DQ <14>(16)
DDR_0A_DQ <15>(16)
DDR_0A_DQ <16>(16)
DDR_0A_DQ <17>(16)
DDR_0A_DQ <18>(16)
DDR_0A_DQ <19>(16)
DDR_0A_DQ <20>(16)
DDR_0A_DQ <21>(16)
DDR_0A_DQ <22>(16)
DDR_0A_DQ <23>(16)
DDR_0A_DQ <24>(16)
DDR_0A_DQ <25>(16)
DDR_0A_DQ <26>(16)
DDR_0A_DQ <27>(16)
DDR_0A_DQ <28>(16)
DDR_0A_DQ <29>(16)
DDR_0A_DQ <30>(16)
DDR_0A_DQ <31>(16)

B B

BK37

BK41
BA35
AY33
BA33
AY35
BA37
AY37
AY39
BA39

BK29

BK33

BD29
BF29
BH29
BF33
BC29
BD33
BF35
BH35

AR53
AP55
AP53
AN54
AU54
AV53
AV55

AW53

AU51
AU48
AU49
BA46
BA48
BA49
BA51
AR51
AY55
BA54
BA53
AY53
BC53
BD55
BE54
BD53
AN43
AN44
AR48
AU41
AU43
AN41
AN39
AU44

BJ36

BJ35
BL36
BJ39
BL40
BJ40

BL34
BL30
BJ29

BJ33

BJ34
BJ30

U4A

MEM_CH0_DQ B8
MEM_CH0_DQ B9
MEM_CH0_DQ B10
MEM_CH0_DQ B11
MEM_CH0_DQ B12
MEM_CH0_DQ B13
MEM_CH0_DQ B14
MEM_CH0_DQ B15
MEM_CH0_DQ B0
MEM_CH0_DQ B1
MEM_CH0_DQ B2
MEM_CH0_DQ B3
MEM_CH0_DQ B4
MEM_CH0_DQ B5
MEM_CH0_DQ B6
MEM_CH0_DQ B7
MEM_CH0_DQ B24
MEM_CH0_DQ B25
MEM_CH0_DQ B26
MEM_CH0_DQ B27
MEM_CH0_DQ B28
MEM_CH0_DQ B29
MEM_CH0_DQ B30
MEM_CH0_DQ B31
MEM_CH0_DQ B16
MEM_CH0_DQ B17
MEM_CH0_DQ B18
MEM_CH0_DQ B19
MEM_CH0_DQ B20
MEM_CH0_DQ B21
MEM_CH0_DQ B22
MEM_CH0_DQ B23

MEM_CH0_DQ A0
MEM_CH0_DQ A1
MEM_CH0_DQ A2
MEM_CH0_DQ A3
MEM_CH0_DQ A4
MEM_CH0_DQ A5
MEM_CH0_DQ A6
MEM_CH0_DQ A7
MEM_CH0_DQ A8
MEM_CH0_DQ A9
MEM_CH0_DQ A10
MEM_CH0_DQ A11
MEM_CH0_DQ A12
MEM_CH0_DQ A13
MEM_CH0_DQ A14
MEM_CH0_DQ A15
MEM_CH0_DQ A16
MEM_CH0_DQ A17
MEM_CH0_DQ A18
MEM_CH0_DQ A19
MEM_CH0_DQ A20
MEM_CH0_DQ A21
MEM_CH0_DQ A22
MEM_CH0_DQ A23
MEM_CH0_DQ A24
MEM_CH0_DQ A25
MEM_CH0_DQ A26
MEM_CH0_DQ A27
MEM_CH0_DQ A28
MEM_CH0_DQ A29
MEM_CH0_DQ A30
MEM_CH0_DQ A31

DDR0

1 OF 13

DDR4_LP3_LP4DDR4_LP3_LP4

MEM_CH0_DQ SA0_P

MEM_CH0_DQ SA0

MEM_CH0_DQ SA1_P

MEM_CH0_DQ SA1

MEM_CH0_DQ SA2_P

MEM_CH0_DQ SA2

MEM_CH0_DQ SA3_P

MEM_CH0_DQ SA3

MEM_CH0_DQ SB0_P

MEM_CH0_DQ SB0

MEM_CH0_DQ SB1_P

MEM_CH0_DQ SB1

MEM_CH0_DQ SB2_P

MEM_CH0_DQ SB2

MEM_CH0_DQ SB3_P

MEM_CH0_DQ SB3

MEM_CH0_CK E1B
MEM_CH0_CK E0B

MEM_CH0_CS 0B

MEM_CH0_CS 1B

MEM_CH0_CS 1A

MEM_CH0_CS 0A
MEM_CH0_CK E1A
MEM_CH0_CK E0A

MEM_CH0_CL KB_P

MEM_CH0_CL KB

MEM_CH0_CL KA_P

MEM_CH0_CL KA

MEM_CH0_CA B5

MEM_CH0_CA B0

MEM_CH0_CA B3

MEM_CH0_CA B4

MEM_CH0_CA B2

MEM_CH0_CA B1

NCTF14
MEM_CH0_CA A2
MEM_CH0_CA A1
MEM_CH0_CA A3
MEM_CH0_CA A0
MEM_CH0_CA A4

NCTF12

NCTF13

NCTF10

NCTF11
MEM_CH0_CA A5

NCTF5

NCTF3

NCTF4
NCTF8

NCTF6

NCTF9

NCTF7

NCTF2
NCTF1

AT53
AT55

AW49
AW48

BC54
BB53

AR41
AR43

AV37
AV35

BL38
BJ38

BF31
BD31

BJ32
BK31

BG54
BH54
BJ42
BF39
BK43

BL44
BD39
BJ43
BF54
BF55

BE49
BE51

BC49
BC48

BD45
BH50
BH47
BF45
BH43
BD41
BH51
BD43
BF43
BF41
BG52

BK45
BJ46
BJ44
BJ47
BJ45
BK47
BJ51
BJ52
BJ48
BJ50
BL50

AY31
AV29

DDR_VREF_D Q_CH0
DDR_VREF_C A_CH0

DDR_0A_DQ S_0_P (16)
DDR_0A_DQ S_0_N (16 )

DDR_0A_DQ S_1_P (16)
DDR_0A_DQ S_1_N (16 )

DDR_0A_DQ S_2_P (16)
DDR_0A_DQ S_2_N (16 )

DDR_0A_DQ S_3_P (16)
DDR_0A_DQ S_3_N (16 )

DDR_0B_DQ S_0_P (16)
DDR_0B_DQ S_0_N (16 )

DDR_0B_DQ S_1_P (16)
DDR_0B_DQ S_1_N (16 )

DDR_0B_DQ S_2_P (16)
DDR_0B_DQ S_2_N (16 )

DDR_0B_DQ S_3_P (16)
DDR_0B_DQ S_3_N (16 )

DDR_0B_CK E<1> (16)
DDR_0B_CK E<0> (16)
DDR_0B_CS <0> (16)

DDR_0B_CS <1> (16)

DDR_0A_CS <1> (16)

DDR_0A_CS <0> (16)
DDR_0A_CK E<1> (16)
DDR_0A_CK E<0> (16)

DDR_0B_CL K_P (16)
DDR_0B_CL K_N (16)

DDR_0A_CL K_P (16)
DDR_0A_CL K_N (16)

DDR_0B_CA <5> (16)

DDR_0B_CA <0> (16)
DDR_0B_CA <3> (16)

DDR_0B_CA <4> (16)
DDR_0B_CA <2> (16)
DDR_0B_CA <1> (16)

DDR_0A_CA <2> (16)
DDR_0A_CA <1> (16)
DDR_0A_CA <3> (16)
DDR_0A_CA <0> (16)
DDR_0A_CA <4> (16)

DDR_0A_CA <5> (16)

TP141
TP142

DDR_1B_DQ <8>(17)
DDR_1B_DQ <9>(17)
DDR_1B_DQ <10>(17)
DDR_1B_DQ <11>(17)
DDR_1B_DQ <12>(17)
DDR_1B_DQ <13>(17)
DDR_1B_DQ <14>(17)
DDR_1B_DQ <15>(17)
DDR_1B_DQ <0>(17)
DDR_1B_DQ <1>(17)
DDR_1B_DQ <2>(17)
DDR_1B_DQ <3>(17)
DDR_1B_DQ <4>(17)
DDR_1B_DQ <5>(17)
DDR_1B_DQ <6>(17)
DDR_1B_DQ <7>(17)
DDR_1B_DQ <24>(17)
DDR_1B_DQ <25>(17)
DDR_1B_DQ <26>(17)
DDR_1B_DQ <27>(17)
DDR_1B_DQ <28>(17)
DDR_1B_DQ <29>(17)
DDR_1B_DQ <30>(17)
DDR_1B_DQ <31>(17)
DDR_1B_DQ <16>(17)
DDR_1B_DQ <17>(17)
DDR_1B_DQ <18>(17)
DDR_1B_DQ <19>(17)
DDR_1B_DQ <20>(17)
DDR_1B_DQ <21>(17)
DDR_1B_DQ <22>(17)
DDR_1B_DQ <23>(17)

DDR_1A_DQ <0>(17)
DDR_1A_DQ <1>(17)
DDR_1A_DQ <2>(17)
DDR_1A_DQ <3>(17)
DDR_1A_DQ <4>(17)
DDR_1A_DQ <5>(17)
DDR_1A_DQ <6>(17)
DDR_1A_DQ <7>(17)
DDR_1A_DQ <8>(17)
DDR_1A_DQ <9>(17)
DDR_1A_DQ <10>(17)
DDR_1A_DQ <11>(17)
DDR_1A_DQ <12>(17)
DDR_1A_DQ <13>(17)
DDR_1A_DQ <14>(17)
DDR_1A_DQ <15>(17)
DDR_1A_DQ <16>(17)
DDR_1A_DQ <17>(17)
DDR_1A_DQ <18>(17)
DDR_1A_DQ <19>(17)
DDR_1A_DQ <20>(17)
DDR_1A_DQ <21>(17)
DDR_1A_DQ <22>(17)
DDR_1A_DQ <23>(17)
DDR_1A_DQ <24>(17)
DDR_1A_DQ <25>(17)
DDR_1A_DQ <26>(17)
DDR_1A_DQ <27>(17)
DDR_1A_DQ <28>(17)
DDR_1A_DQ <29>(17)
DDR_1A_DQ <30>(17)
DDR_1A_DQ <31>(17)

DDR_RCOMP_ CH0

DDR_RCOMP_ CH1

R307
110_1%_ 4

R309
110_1%_ 4

DDR_RST_CH0_ L

DDR_RST_CH1_ L

R26
*1K_1%_ 2

R29
*1K_1%_ 2

PLACE AS CLOSE TO SOC AS POSSIBLE

A A

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Nu mber Rev

Size Document Nu mber Rev

Size Document Nu mber Rev

Date: Sheet

Wednesday, J anuary 09, 2019

Wednesday, J anuary 09, 2019

Wednesday, J anuary 09, 2019

Date: Sheet of

5

4

3

2

Date: Sheet of

PROJECT :

SOC DRAM I/F

SOC DRAM I/F

SOC DRAM I/F

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

of

6 45

6 45

6 45

1A

1A

1A

5

4

3

2

1

Gemini lake (DISPLAY,eDP)

(CPU)

PP3300_PD_A

USB C PORT 0

D D

DDI0_AUX_P(29)
DDI0_AUX_N(29)

R21
100K_5%_2

R22
100K_5%_2

C336 0.1u/16V_4
C337 0.1u/16V_4

USB C PORT 1

PP3300_PD_A

R459

*2AC@100K_5%_2

DDI1_AUX_P(39)
DDI1_AUX_N(39)

C C

R460

*2AC@100K_5%_2

LOCAL DISPLAY PANEL

SOC_EDP_BKLTCTL_1V8(26)
SOC_EDP_BKLTEN(26)
EN_PP3300_EDP_DX(35)

B B

DDI0_TX0_P(29)

DDI0_TX0_N(29)

DDI0_TX1_P(29)

DDI0_TX1_N(29)

DDI0_TX2_P(29)

DDI0_TX2_N(29)

DDI0_TX3_P(29)
DDI0_TX3_N(29)

USB_C0_HPD_1V8_ODL(18,29)

DDI1_TX0_P(39)

DDI1_TX0_N(39)

DDI1_TX1_P(39)

DDI1_TX1_N(39)

DDI1_TX2_P(39)

DDI1_TX2_N(39)

DDI1_TX3_P(39)
DDI1_TX3_N(39)

C338 *Short_0201
C339 *Short_0201

DDI0_AUX_C_P
DDI0_AUX_C_N

C84Q
*10p/25V_2

DDI1_AUX_C_P
DDI1_AUX_C_N

1228_Q_Changed C338/C339 to a short pad

EDP_TX0_P(26)
EDP_TX0_N(26)

EDP_TX1_P(26)
EDP_TX1_N(26)

EDP_TX2_P(26)
EDP_TX2_N(26)

EDP_TX3_P(26)
EDP_TX3_N(26)

EDP_AUX_PANEL_P(26)

EDP_AUX_PANEL_N(26)

EDP_HPD_PANEL_1V8_ODL

R2 100_1%_2

EDP_PLLOBS_DP

EDP_PLLOBS_DN

AH1
AH3

AE2
AE3

AG2
AG3

AC12
AC10

C39

C43

AA2
AA3

AD1
AD3

AC2
AC3

AC7
AC5

C42

C38

AE12
AE13

AC15
AC17

AE10

AE8

AE5
AE7

W17
W15

C40
C41

AA5

AA7

AJ2
AJ3

B43

Y3
Y1

A42

B39

B41

U4C

DDI0_TXP_ 0
DDI0_TXN_ 0

DDI0_TXP_ 1
DDI0_TXN_ 1

DDI0_TXP_ 2
DDI0_TXN_ 2

DDI0_TXP_ 3
DDI0_TXN_ 3

DDI0_AUXP
DDI0_AUXN

DDI0_HPD

DDI0_DDC_ SCL
DDI0_DDC_ SDA

DDI1_TXP_ 0
DDI1_TXN_ 0

DDI1_TXP_ 1
DDI1_TXN_ 1

DDI1_TXP_ 2
DDI1_TXN_ 2

DDI1_TXP_ 3
DDI1_TXN_ 3

DDI1_AUXP
DDI1_AUXN

DDI1_DDC_ SCL
DDI1_DDC_ SDA
DDI1_HPD

EDP_TXP _0
EDP_TXN _0

EDP_TXP _1
EDP_TXN _1

EDP_TXP _2
EDP_TXN _2

EDP_TXP _3
EDP_TXN _3

EDP_AUX P
EDP_AUX N

EDP_HPD

PNL0_BK LCTL
PNL0_BK LTEN
PNL0_VD DEN

EDP_RCO MP_P

EDP_RCO MP

GLK_SOC_RVP2

eDP/DDI_A

1.8V/3.3V

1.8V/3.3V

1.8V/3.3V

DDI0/DDI_B

DDI1/DDI_C

3 OF 13

MDSI

1.8V

MDSI_A_CL KP
MDSI_A_CL KN

MDSI_C_CL KP

MDSI_C_CL KN

MDSI_A_DP _0

MDSI_A_DN _0

MDSI_A_DP _1

MDSI_A_DN _1

MDSI_A_DP _2

MDSI_A_DN _2

MDSI_A_DP _3

MDSI_A_DN _3

MDSI_C_DP _0
MDSI_C_DN _0

MDSI_C_DP _1
MDSI_C_DN _1

MDSI_C_DP _2
MDSI_C_DN _2

MDSI_C_DP _3
MDSI_C_DN _3

MIPI_I2C_SCL

MIPI_I2C_SDA

MDSI_C_TE
MDSI_A_TE

MDSI_RCOM P

AL2
AM3

AG13
AG12

AN5
AN7

AJ15
AJ17

AJ7
AJ5

AJ10
AJ12

AG15
AG17

AG8
AG10

AG7
AG5

AE15
AE17

TP_PCH_GPIO47

R53

TP_PCH_GPIO46

R54

T53
T55

AL5

TP_MDSIA_CLKP
TP_MDSIA_CLKN

TP_MDSIC_CLKP
TP_MDSIC_CLKN

TP_MDSIA_D0_P
TP_MDSIA_D0_N

TP_MDSIA_D1_P
TP_MDSIA_D1_N

TP_MDSIA_D2_P
TP_MDSIA_D2_N

TP_MDSIA_D3_P
TP_MDSIA_D3_N

TP_MDSIC_D0_P
TP_MDSIC_D0_N

TP_MDSIC_D1_P
TP_MDSIC_D1_N

TP_MDSIC_D2_P
TP_MDSIC_D2_N

TP_MDSIC_D3_P
TP_MDSIC_D3_N

MCSI1_RCOMP

TP31

TP37

R1
150_1%_2

(LDS)

ALL NC

R502 *0_5%_2

PP1800_SOC_A

GP_INTD_DSI_TE2

TP_WIFI_RST_N

GP_INTD_DSI_TE2 (20)USB_C1_HPD_1V8_ODL(18,39)

TP72

TP135

R731

100K_5%_2

EDP_HPD_PANEL_1V8_ODL

3

2

EDP_HPD_PANEL(26)

A A

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet

Date: Sheet of

5

4

3

2

Date: Sheet of

SOC EDP/MIPI/DDI

SOC EDP/MIPI/DDI

SOC EDP/MIPI/DDI

Wednesday, January 09, 2019

Wednesday, January 09, 2019

Wednesday, January 09, 2019

Q78
PJE138K

1

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

PROJECT :

PROJECT :

PROJECT :

ZAK_ZAN_ZAP_ZAQ

7 45

7 45

7 45

1

of

1A

1A

1A

5

4

3

2

1

Gemini lake (SATA , ODD, CLK ,USB,PCIE)

(CPU)

CLKDRV_RCOMP

TP162
TP163

R7
56_1%_4

TP112

D D

PCIE_WLAN_CLK_P(28)
PCIE_WLAN_CLK_N(28)

PCIE_PCH_TX_WLAN_RX_C_P(28)
PCIE_PCH_TX_WLAN_RX_C_N(28)

PCIE_PCH_RX_WLAN_TX_P(28)
PCIE_PCH_RX_WLAN_TX_N(28)

TP157
TP145
TP171

WIFI_DISABLE_L(28)

C C

LTE_WAKE_L(38)

TP164

TP113

PCIE_CLKREQ0_ODL
PCIE_CLKREQ1_ODL
PCIE_CLKREQ2_ODL

WLAN_PCIE_CLKREQ_ODL

WLAN_PCIE_WAKE_ODL

3V3 IO TOLERANT

B B

(NGF)

U4D

L10

PCIE_REF_CLK_RCOMP

R12
R10

N7
N5

R7
R5

N8

N10

E2
F2

G7
H6

A7

C7

D4

E5

C9

B9

E7
F6

A46
C45
B45
C44

F47
D47
F45
D50

J3
J2

J7
J5

PCIE_CLKOUT0P
PCIE_CLKOUT0N

PCIE_CLKOUT1P
PCIE_CLKOUT1N

PCIE_CLKOUT2P
PCIE_CLKOUT2N

PCIE_CLKOUT3P
PCIE_CLKOUT3N

PCIE_P0_TXP
PCIE_P0_TXN

PCIE_P0_RXP
PCIE_P0_RXN

PCIE_P1_TXP
PCIE_P1_TXN

PCIE_P1_RXP
PCIE_P1_RXN

PCIE_P2_TXP
PCIE_P2_TXN

PCIE_P2_RXP
PCIE_P2_RXN

PCIE_CLKREQ0
PCIE_CLKREQ1
PCIE_CLKREQ2
PCIE_CLKREQ3

PCIE_WAKE0
PCIE_WAKE1
PCIE_WAKE2
PCIE_WAKE3

SATA_P0_TXP
SATA_P0_TXN

SATA_P0_RXP
SATA_P0_RXN

PCIe

1.8V/3.3V

SATA

SATA/USB3

USB3

PCIe/USB3

4 OF 13

PP1800_SOC_A PP3300_WLAN_DX

SSIC

USB2

SATA_P1_USB3_P5_TXP
SATA_P1_USB3_P5_TXN

SATA_P1_USB3_P5_RXP
SATA_P1_USB3_P5_RXN

USB3_P0_TXP
USB3_P0_TXN

USB3_P0_RXP
USB3_P0_RXN

USB3_P1_TXP
USB3_P1_TXN

USB3_P1_RXP
USB3_P1_RXN

PCIE_P3_USB3_P4_TXP
PCIE_P3_USB3_P4_TXN

PCIE_P3_USB3_P4_RXP

PCIE_P3_USB3_P4_RXN

PCIE_P4_USB3_P3_TXP
PCIE_P4_USB3_P3_TXN

PCIE_P4_USB3_P3_RXP

PCIE_P4_USB3_P3_RXN

PCIE_P5_USB3_P2_TXP
PCIE_P5_USB3_P2_TXN

PCIE_P5_USB3_P2_RXP

PCIE_P5_USB3_P2_RXN

PCIE2_USB3_SATA3_RCOMP

PCIE2_USB3_SATA3_RCOMP_P

USB2_DP0
USB2_DN0

USB2_DP1
USB2_DN1

USB2_DP2
USB2_DN2

USB2_DP3
USB2_DN3

USB2_DP4
USB2_DN4

USB2_DP5
USB2_DN5

USB2_DP6
USB2_DN6

USB2_DP7
USB2_DN7

USB2_RCOMP

USB2_DUALROLE
USB2_VBUS_SNS

USB2_OC0

1.8V

USB2_OC1

H1
H2

H4
G5

B15
C15

F15
D15

C14
A14

J11
H11

C10
A10

H9
F9

C11
B11

D11
F11

B13
C13

F13
D13

C5
C6

AA10

NC1

AA8

NC2

W13

NC5

W12

NC4

U15

NC3

U7
U5

N2
N3

L2
L3

R13
R15

M1
M3

R2
R3

P1
P3

U8
U10

U12

V1
V3
U54
U53

USB3_P5_SD_TX_C_P
USB3_P5_SD_TX_C_N

USB3_P0_C0_TX_C_P
USB3_P0_C0_TX_C_N

USB3_P1_A0_TX_C_P
USB3_P1_A0_TX_C_N

USB3_P2_TX_C_P
USB3_P2_TX_C_N

USB2_RCOMP

USB_OTG_ID_HOSTORSLAVE
USB_OTG

C272 *Short_0201
C303 *Short_0201

R3 100_1%_2

R9 113_1%_2

USB_A_OC_ODL

USB_C_OC_ODL

INTERNAL PULL-UP

SD CARD I/F FOR HIGHER SPEED D EVICE

C346 0.1u/10V_2
C349 0.1u/10V_2

USB3_P5_SD_RX_P (23)
USB3_P5_SD_RX_N (23)

USB3_P0_C0_RX_P (29)
USB3_P0_C0_RX_N (29)

C305 0.1u/10V_2
C307 0.1u/10V_2

USB3_P1_A0_RX_P (30)
USB3_P1_A0_RX_N (30)

USB3_P4_C1_RX_P (39)
USB3_P4_C1_RX_N (39)

USB3_P3_A1_RX_P (39)
USB3_P3_A1_RX_N (39)

C365 ACM@0.1u/10V_2
C410 ACM@0.1u/10V_2

USB2_P0_C0_P (31)
USB2_P0_C0_N (31)

USB2_P1_A0_P (30)
USB2_P1_A0_N (30)

USB2_P2_BT_P (28)
USB2_P2_BT_N (28)

USB2_P3_A1_P (39)
USB2_P3_A1_N (39)

USB2_P4_C1_P (39)
USB2_P4_C1_N (39)

USB2_P5_SD_P (23)
USB2_P5_SD_N (23)

USB2_P6_UCAM_P (26)
USB2_P6_UCAM_N (26)

USB2_P7_WCAM_P (26)
USB2_P7_WCAM_N (26)

R747 *Short_0201

USB3_P5_SD_TX_P (23)
USB3_P5_SD_TX_N (23)

0102_Q_Changed C272/C303 to a short pad

USB3_P0_C0_TX_P (29)
USB3_P0_C0_TX_N (29)

USB3_P1_A0_TX_P (30)
USB3_P1_A0_TX_N (30)

USB3_P4_C1_TX_P (39)
USB3_P4_C1_TX_N (39)

USB3_P3_A1_TX_P (39)
USB3_P3_A1_TX_N (39)

TYPE C PORT 0

TYPE A PORT 0

WIFI-BT

TYPE A PORT 1

TYPE C PORT 1

USB-USD CARD

CAMERA UFC

CAMERA WFC

SD CARD

TYPE C PORT 0

TYPE A PORT 0

TYPE C PORT 1, sub board

IF YOU KEEP CAPS ON THE MLB FO R TYPE-A AND TYPE-C TX LINES
MAKE SURE TO REMOVE THEM FROM THE DAUGHTERBOARD

USB3_P2_WCAM_TX_P (40)
USB3_P2_WCAM_TX_N (40)

USB3_P2_WCAM_RX_P (40)
USB3_P2_WCAM_RX_N (40)

TYPE A PORT 1, sub board

AR WFC

PP1800_SOC_A

R9093
100K_5%_2

1226_Q_added DNS 10pF on USB_A0_OC_ODL for
PPVAR_VBUS_IN noise coupling

C110Q *10p/25V_2

R331 *Short_0201

R332 *Short_0201

R326 *Short_0201

R329 *0_5%_2

USB_A0_OC_ODL (30)

USB_A1_OC_ODL (39)

USB_C_OC (18)

USB_C1_OC_ODL

R10

10K_1%_2

R11

10K_1%_2

2

Q1B
*PMDXB600UNE

2

Q2B
*PMDXB600UNE

61

61

WLAN_PCIE_CLKREQ_ODL

PP1800_SOC_A PP3300_WLAN_DX

A A

WLAN_PCIE_WAKE_ODL

AVOIDS ANY LEAKAGE WITHOUT SOF TWARE EFFORTS

5

4

5

3 4

Q1A

*PMDXB600UNE

0107_Q_DNS Q1,Q2 since pin53, pin55 of M.2 are
not used in Jefferson peak 9560

5

3 4

Q2A

*PMDXB600UNE

3

WLAN_PCIE_CLKREQ_3V3_ODL (28)

WLAN_PCIE_WAKE_3V3_ODL (28)

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

2

Wednesday, January 09, 2019

PROJECT :

SOC PCIE/USB/SATA

SOC PCIE/USB/SATA

SOC PCIE/USB/SATA

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

8 45

8 45

8 45

1A

1A

1A

5

4

3

2

1

Gemini lake (EMMC/LPC/I2C/GPIO/HDA)

(CPU)

EC_I2S_SCLK(18)

D D

EC_I2S_SFRM(18)

EC_I2S_TX_PCH_RX(18)

R281 20_1%_2

R295 20_1%_2

R298 20_1%_2

(CPU)

C C

HEADPHONE

DMIC'S

B B

PP1800_SOC_A

EMMC_RCLK(23)

TEST POINTS ON EMMC CLOSE TO SOC

TO-EC

SPEAKER AMP

I2S_SCLK_HP(24)

I2S_SFRM_HP(24)
I2S_PCH_RX_HP_TX(24)
I2S_PCH_TX_HP_RX(24)
I2S_MCLK_HP(24)

DMIC_CLK2(26,40)

R282 4.7K_5%_2

DMIC_CAM2_DATA(40)

R590
100K_1%_6

LTE_OFF_ODL(38)

I2S_SCLK_SPKR(24)
I2S_SFRM_SPKR(24)
WLAN_PE_RST(28)

I2S_PCH_TX_SPKR_RX(24)

EMMC_CLK(23)

EMMC_DAT0(23)
EMMC_DAT1(23)
EMMC_DAT2(23)
EMMC_DAT3(23)
EMMC_DAT4(23)
EMMC_DAT5(23)
EMMC_DAT6(23)
EMMC_DAT7(23)
EMMC_CMD(23)

EMMC_RST_ODL(23)

I2S0_SCLK_R

I2S0_SFRM_R

I2S0_PCH_RX

C571

2.2p/25V_2

TP70
TP53
TP54
TP57
TP59

I2S0_SCLK_R
I2S0_SFRM_R
I2S0_PCH_RX
I2S0_PCH_TX

R32 20_1%_2
R33 20_1%_2
R36 20_1%_2
R37 20_1%_2
R40 20_1%_2

TP51

TP52
TP61

TP44
TP41

TP42 R198

TP43

TP30

I2S2_SCLK_R
I2S2_SFRM_R
I2S2_PCH_RX
I2S2_PCH_TX
I2S2_MCLK_R

DMIC_CLK1_R
DMIC_CLK2_R
DMIC_DATA_R
TP_GPIO_174

TP_EN_PP3300_EMMC

RCOMP_EMMC0

R284
200_1%_2

C572

2.2p/25V_2

C573

2.2p/25V_2

U4J

C26

AVS_I2S0_MCLK

B25

AVS_I2S0_BCLK

C25

AVS_I2S0_WS_SYNC

C24

AVS_I2S0_SDI

B23

AVS_I2S0_SDO

M23

AVS_I2S1_MCLK

L21

AVS_I2S1_BCLK

J21

AVS_I2S1_WS_SYNC

M21

AVS_I2S1_SDI

P23

AVS_I2S1_SDO

A22

AVS_HDA_BCLK

C23

AVS_HDA_WS_SYNC

B21

AVS_HDA_SDI

C22

AVS_HDA_SDO

C21

AVS_HDA_RST

B19

AVS_DMIC_CLK_A1

C20

AVS_DMIC_CLK_B1

C19

AVS_DMIC_DATA_1

C18

AVS_DMIC_CLK_AB2

A18

AVS_DMIC_DATA_2

J13

EMMC_CLK

L15

EMMC_RCLK

M19

EMMC_D0

H19

EMMC_D1

J19

EMMC_D2

P17

EMMC_D3

P19

EMMC_D4

J15

EMMC_D5

L17

EMMC_D6

M17

EMMC_D7

M13

EMMC_CMD

U44

EMMC_RST

G51

EMMC_PWR_EN

L13

EMMC_RCOMP

1.8V

1.8V/3.3V

1.8V

AUDIO-AVS

RSVD

LPC/eSPI

LPC set 3.3V

eMMC

FAST_SPI

7 OF 13

(MIC)

1.8V/3.3V

1.8V

RSVD

DMIC_CLK1_R

DMIC_DATA_R

RSVD6

RSVD5
RSVD7
RSVD8
RSVD9
RSVD3
RSVD4
RSVD2

RSVD10

RSVD1

LPC_CLKOUT0
LPC_CLKOUT1

LPC_AD0
LPC_AD1
LPC_AD2
LPC_AD3

LPC_CLKRUN

LPC_FRAME

LPC_SERIRQ

FST_SPI_CLK

FST_SPI_MOSI_IO0
FST_SPI_MISO_IO1

FST_SPI_IO2
FST_SPI_IO3

FST_SPI_CS0
FST_SPI_CS1

R300 20_1%_2

WOV

R317 20_1%_2

ESPI_CS_L
ESPI_IO0
ESPI_IO1
ESPI_IO2
ESPI_IO3

L29

M29
P29
M27
P27
L27
L25
P25

native SD card support dropped

L23

J25

C37
A38

A34
C34
B35
C35

C33
B33
B37

B29

B31
C30
A30
C29

C31
C32

ESPI_CLK

ESPI_CLK_R ESPI_CLK

ESPI_IO0_R
ESPI_IO1_R
ESPI_IO2_R
ESPI_IO3_R

ESPI_CS_L_R
ESPI_RESET_L_R

PCH_SPI_CLK_R

PCH_SPI_MOSI_R
PCH_SPI_MISO

PCH_SPI_CS0_L_R
SPK_PA_EN_R

R285 33_5%_2

R67 *33_5%_2

R71 33_5%_2
R73 33_5%_2R189 33_1%_2
R74 33_5%_2
R76 33_5%_2

R90 *33_5%_2
R93 33_5%_2
R128 33_5%_2

R591 33_5%_2

R592 33_5%_2
R593 33_5%_2
R640 *33_5%_2
R642 *33_5%_2

R643 33_5%_2
R644 33_5%_2

DMIC_CLK1 (26)

Q40

1

3

PMZ370UNE

R173 *0_5%_2

R407
20K_1%_2

ESPI_IO0
ESPI_IO1
ESPI_IO2
ESPI_IO3

ESPI_CS_L

TP66

2

PP1800_SOC_A

R187
*20K_1%_2

PCH_SPI_CLK (19)

PCH_SPI_MOSI (19)
PCH_SPI_MISO_R (19)

PCH_SPI_CS0_L (19)
SPK_PA_EN (24)

R283
*20K_1%_2

ESPI_CLK (18)

ESPI_IO0 (18)
ESPI_IO1 (18)
ESPI_IO2 (18)
ESPI_IO3 (18)

ESPI_CS_L (18)

PCH_SLP_S0_L (11,33)

DMIC_CLK1_G (26)

DMIC_DATA (26)

R358
*20K_1%_2

TO-EC

100K_1%_6

TO-FLASH

R363
*20K_1%_2

R365
20K_1%_2

ESPI_RESET_L (18)

A A

Quanta Computer Inc.

Quanta Computer Inc.

No extermal PU/PD on GPIO_174, using internal PD for setting VDD2 to 1.2v (GPIO_174)

R282 is for strapping high to enable eSPI mode (GPIO_175)

5

4

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number R

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

3

2

Wednesday, January 09, 2019

PROJECT :

SOC AUDIO/EMMC/LPC/SPI

SOC AUDIO/EMMC/LPC/SPI

SOC AUDIO/EMMC/LPC/SPI

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

9 45

9 45

9 45

ev

1A

1A

1A

5

PP1800_SOC_A

4

3

2

1

(CPU)

MODE SELECTION: PULL HI =1.8V

PP1800_SOC_A

R438

H1_SLAVE_SPI_CLK_R (21)

H1_SLAVE_SPI_MISO (21)
H1_SLAVE_SPI_CS_L_R (21)
GPIO_81_DEBUG (12)

TP50

R8Q *Short_0201

R9Q *Short_0201

4.7K_5%_2

TP62
TP63
TP47
TP36

PCHTX_MIPI60RX_UART
PCHRX_MIPI60TX_UART

R336 *Short_0201

R337 *0_5%_2

R338 *Short_0201

R342 *0_5%_2

H1_SLAVE_SPI_MOSI_R (21)

R239 *33_5%_2

PCHTX_MIPI60RX_UART (20)

PCHRX_MIPI60TX_UART (20)
H1_PCH_INT_ODL (21)

R311 *4.7K_5%_2

PCHRX_SERVOTX_UART (21,22)

PCH_I2C_AUDIO_SCL (24)

PCH_I2C_AUDIO_SDA (24)

TP64

R23

3.3K_1%_2

PP1800_SOC_A

PCHTX_SERVORX_UART (21,22)

PCHTX_MIPI60RX_UART

PCHRX_MIPI60TX_UART

R396

2.2K_1%_2

R573
20K_1%_2

R660

4.7K_5%_2

R661

4.7K_5%_2

PCH_I2C_H1_SCL(21)

PCH_I2C_H1_SDA(21)

PP1800_SOC_A

EN_PP3300_WLAN_L(35)

CNVI_BRI_DT (28)

CNVI_RGI_DT (28)

R717

10K_1%_2

R422 *20K_1%_2

R287 *20K_1%_2

R312

2.2K_1%_2

CNVI_CLK_PCH_RX_WLAN_TX_P(28)
CNVI_CLK_PCH_RX_WLAN_TX_N(28)

CNVI_D0_PCH_RX_WLAN_TX_P(28)
CNVI_D0_PCH_RX_WLAN_TX_N(28)

CNVI_D1_PCH_RX_WLAN_TX_P(28)
CNVI_D1_PCH_RX_WLAN_TX_N(28)

WLAN_CLKREQ0(28)

CNVI_RF_RESET_L(28)

CNVI_RGI_RSP

CNVI_BRI_RSP

R313

2.2K_1%_2

R5 10K_1%_2

TP160
TP161

CNVI_CLK_PCH_TX_WLAN_RX_P(28)
CNVI_CLK_PCH_TX_WLAN_RX_N(28)

CNVI_D0_PCH_TX_WLAN_RX_P(28)
CNVI_D0_PCH_TX_WLAN_RX_N(28)

CNVI_D1_PCH_TX_WLAN_RX_P(28)
CNVI_D1_PCH_TX_WLAN_RX_N(28)

CNVI_BRI_RSP(28)

CNVI_RGI_RSP(28)

R6 150_1%_2

I2C MAY BE PROBLEM IF THE I2C PULL-UP VOLTAGE IS TURNED OFF WHEN DEVICE IS OFF.

AA39
AA41

U49
U51

U46
U48

R44
R43

R49
R51

C50
A50

C48
C47

B47
C46

A26
B27
C27

H29
H31

M31
P31

D29
F29

F35
D35

J35
H35

L31
J31

J29
F19

H17
J17
D19
D17
F17

F33

U4I

SIO_I2C0_SCL
SIO_I2C0_SDA

SIO_I2C1_SCL
SIO_I2C1_SDA

SIO_I2C2_SCL
SIO_I2C2_SDA

SIO_I2C3_SCL
SIO_I2C3_SDA

SIO_I2C4_SCL
SIO_I2C4_SDA

SIO_I2C5_SCL
SIO_I2C5_SDA

SIO_I2C6_SCL
SIO_I2C6_SDA

SIO_I2C7_SCL
SIO_I2C7_SDA

SMB_ALERT
SMB_CLK
SMB_DATA

CNV_WGR_CLK_P
CNV_WGR_CLK

CNV_WGR_D0_P
CNV_WGR_D0

CNV_WGR_D1_P
CNV_WGR_D1

CNV_WT_CLK_P
CNV_WT_CLK

CNV_WT_D0_P
CNV_WT_D0

CNV_WT_D1_P
CNV_WT_D1

CLKIN_XTAL_LCP
XTAL_CLKREQ

CNV_BRI_DT
CNV_BRI_RSP
CNV_RGI_DT
CNV_RGI_RSP
CNV_RF_RESET

CNV_WT_RCOMP

1.8V

1.8V/3.3V

1.8V/3.3V

1.8V

LPSS_I2C

LPSS SMBus

SMBUS set 3.3V

CNVI

PCH_I2C_PEN_SCL
PCH_I2C_PEN_SDA

TP77
TP78

PCH_I2C_AUDIO_SCL_Q
PCH_I2C_AUDIO_SDA_Q

PCH_I2C_TRACKPAD_SCL
PCH_I2C_TRACKPAD_SDA

PCH_I2C_TOUCHSCREEN_SCL
PCH_I2C_TOUCHSCREEN_SDA

TP_SMB_ALERT_N
TP_PCH_SMB_CLK

CNVI_BRI_DT_R
CNVI_BRI_RSP
CNVI_RGI_DT_R
CNVI_RGI_RSP
CNVI_RF_RESET_L

CNVI_WT_RCOMP

PLACEMENMT OF THE LEVEL SHIFTERS AND PULL-UPS DON'T NEED TO BE NEAR AP

6 OF 13

LPSS_SPI

LPSS_UART

1.8V

1.8V

SIO_SPI_0_CLK

SIO_SPI_0_TXD
SIO_SPI_0_RXD

SIO_SPI_0_FS0
SIO_SPI_0_FS1

SIO_SPI_2_CLK

SIO_SPI_2_TXD
SIO_SPI_2_RXD

SIO_SPI_2_FS0
SIO_SPI_2_FS1
SIO_SPI_2_FS2

SIO_UART0_TXD

SIO_UART0_RXD

SIO_UART0_RTS
SIO_UART0_CTS

SIO_UART2_TXD

SIO_UART2_RXD

SIO_UART2_RTS
SIO_UART2_CTS

M39

J37
L39
L37
J39

M37

M33

R230 *33_5%_2

P35
P33

R231 *33_5%_2

P37

TP_PCH_GPIO_87_PD_DURING_RSMRST

L35

N54
P53
N53
M55

GPIO65 USED FOR DNXMODE WITH PULL-UP

L54
M53
K53
L53

PCHTX_UART2
PCHRX_UART2

EN_PP3300_DX_LTE_SOC (38)

R327 *Short_0201
R328 *Short_0201

TP48

TP1

(ADO)

PCH_I2C_AUDIO_SCL_Q

PCH_I2C_AUDIO_SDA_Q

R395

2.2K_1%_2

D D

PCH_I2C_P_SENSOR_SCL(38)

PCH_I2C_P_SENSOR_SDA(38)

DBG_PCH_I2C_SCL(20)
DBG_PCH_I2C_SDA(20)

PP1800_SOC_A

CNVI_BRI_DT_R

CNVI_RGI_DT_R

C C

WLAN_CLKOUT_LCP(28)

R574 33_1%_2

R575 33_1%_2

Close To SoC

PP1800_SOC_A

B B

(TSN)

R100

2.2K_1%_2

R101

2.2K_1%_2

A A

PCH_I2C_TOUCHSCREEN_SDA

TN@PMDXB600UNE

R23 is for strapping low boot from SPI (GPIO_84)

R438 is for strapping high to set LPC to 1.8V mode (GPIO_83)

R311 is reserved for strapping high to force DNX FW

2

Q11B

TN@PMDXB600UNE

2

Q30B

5

CNVI_RF_RESET_L

3 4

61

PP3300_TOUCHSCREEN_DXPP1800_SOC_A

3 4

61

R1132 75K_1%_4

PP3300_TOUCHSCREEN_DXPP1800_SOC_A

5

Q11A

TN@PMDXB600UNE

5

Q30A

TN@PMDXB600UNE

R104
TN@1.5K_5%_2

PCH_I2C_TOUCHSCREEN_3V3_SCL (26)

R105
TN@1.5K_5%_2

PCH_I2C_TOUCHSCREEN_3V3_SDA (26)

load(GPIO_65)

(PEN)

(TPD)

PCH_I2C_TRACKPAD_SCLPCH_I2C_TOUCHSCREEN_SCL

PCH_I2C_TRACKPAD_SDA

4

PP1800_SOC_A PP3300_TRACKPAD_DX

R638

2.2K_1%_2

PP1800_SOC_A

R554

2.2K_1%_2

PMDXB600UNE

2

Q14B

PMDXB600UNE

2

Q15B

3 4

61

61

3 4

5

Q14A

PMDXB600UNE

PP3300_TRACKPAD_DX

5

Q15A

PMDXB600UNE

3

R555

1.5K_5%_2

R556

1.5K_5%_2

PCH_I2C_TRACKPAD_3V3_SCL (25)

PCH_I2C_TRACKPAD_3V3_SDA (25)

PCH_I2C_PEN_SCL

PP1800_SOC_A PP1800_PEN_DX

R110

2.2K_1%_2

5

3 4

Q35A PEN@PMDXB600UNE

R4Q *PEN@0_5%_2

PP1800_SOC_A PP1800_PEN_DX

R143

2.2K_1%_2

PCH_I2C_PEN_SDA

2

6 1

Q35B PEN@PMDXB600UNE

R5Q *PEN@0_5%_2

R155
PEN@1.5K_5%_2

PCH_I2C_PEN_1V8_SCL (25)

R160

2

Size Document Number R

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Date: Sheet of

Date: Sheet of

PEN@1.5K_5%_2

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

PROJECT :

SOC I2C/CNVI/UART/SPI

SOC I2C/CNVI/UART/SPI

SOC I2C/CNVI/UART/SPI

Wednesday, January 09, 2019

Wednesday, January 09, 2019

Wednesday, January 09, 2019

PCH_I2C_PEN_1V8_SDA (25)

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

1

10 45

10 45

10 45

ev

1A

1A

1A

5

R371

100K_5%_2

R373

*100K_5%_2

PP1800_SOC_A

R376

*100K_5%_2

R378

100K_5%_2

R382

100K_5%_2

R385

*100K_5%_2

R399

*100K_5%_2

DRAM_ID3

R402

100K_5%_2

(CPU)

DRAM_ID0
DRAM_ID1 DRAM_ID2

D D

PP3300_SOC_A

R276

R557

100K_5%_2

PP1050_VCCRAM_S

R56

R58

*68_1%_2

*169_1%_4

C C

R63
*84.5_1%_4

SUSPWRDNACK(18)

100K_5%_2

PLT_RST_L(12,18,21,23,28)

EC_PCH_PWR_BTN_ODL(12,18)

PCH_SLP_S0_L(9,33)
PCH_SLP_S3_L(33)
PCH_SLP_S4_L(33)

SYS_RST_ODL(12,18,21,22)
PCH_SUSCLK(28)

TP81
TP82
TP83

BT_DISABLE_L(28)

4

U4E

PCH_PMIC_I2C_SCL(33)
PCH_PMIC_I2C_SDA(33)

TP87
TP88

TP_AP_PMC_SPI_CLK
DRAM_ID0
DRAM_ID1
DRAM_ID2
DRAM_ID3
TP_AP_PMC_SPI_TX

PCH_SLP_S0_L
PCH_SLP_S3_L
PCH_SLP_S4_L
SUSPWRDNACK
PMU_BATLOW_L

TP_PCH_GPIO_78
TP_PCH_GPIO_77
TP_PCH_GPIO_76

DEBUG_OBS_PORT_A0
DEBUG_OBS_PORT_A1

R46

PMC_I2C_SCL

R48

PMC_I2C_SDA

L48

PMC_SPI_CLK

N48

PMC_SPI_FS0

N44

PMC_SPI_FS1

L49

PMC_SPI_FS2

L51

PMC_SPI_RXD

N49

PMC_SPI_TXD

D54

PMU_PLTRST

E54

PMU_PWRBTN

C52

PMU_SLP_S0

D51

PMU_SLP_S3

J49

PMU_SLP_S4

F54

SUSPWRDNACK

J48

PMU_BATLOW

C51

PMU_RSTBTN

G49

PMU_SUSCLK

E52

SUS_STAT

F55

SVID0_CLK

G53

SVID0_DATA

G54

SVID0_ALERT

D1

DEBUG_PORT_A0

D2

DEBUG_PORT_A1

A54

NC2

C54

NC11

1.8V

PMU set 3.3V

1.8V/3.3V

1.05V

3

Gemini lake (PMU/PMIC/RTC)

OSCIN

OSCOUT

RTC_X1
RTC_X2

INTRUDER

SOC_PWROK

RSM_RST

RTC_TEST

RTC_RST

THERMTRIP

PROCHOT

SKTOCC

NC15

NC16

NC14

NC10
NC17

NC3

NC4

NC1
NC5

NC6
NC7
NC8
NC9

B17
C17

PCH_OSCIN

U2

PCH_OSCOUT

T1

PCH_RTC_X1

D23

PCH_RTC_X2

F23

RTC_EXPAD

J23
H25

INTRUDER
EC_PCH_PWROK

D25

PCH_RSMRST_L

F27

PCH_RTEST_ODLPLT_RST_L

F25

PCH_RTCRST_ODL

D27

J53
J54
AG43
H53
AG44
H55

A4
BH1
A53
F37
BL2
BL3
BL53
C2
C3
R41

R735
*Short_0201

OSC_CLK_OUT_0

1.8V

iCLK

RTC

PMC

RTC is 3.3V

1.8V

Thermal

PMU

SVID

Spare

Misc

8 OF 13

OSC_CLK_OUT_1

VCC_RTC_EXTPAD

1.8V

2

EC_IN_RW_OD (21)
PCH_WP_OD (19)

EC_PCH_PWROK (18)
PCH_RSMRST_L (12,18)

THERMTRIP_L (33)
PCH_PROCHOT_ODL (18,37)

R46
100K_5%_2

PP3300_RTC

R8
100K_5%_2

C360

0.1u/10V_2

SEL BOM: 9H03280012

PCH_RTC_X2

PCH_RTC_X1

PCH_OSCOUT

PCH_OSCIN

Quanta suggested 20ppm/12.5pF

TXC/9H03200031

C2

2nd source:

18p/25V_2

EPSON/FC-135

SEL BOM: CS325-19.200MABJ-UT
Quanta suggested 20ppm/12pF

TXC/7V19200001

C1

2nd source:

15p/25V_2

Hosonic/E3FB19E0X0008E
Interquip/5YEA19200122SF50Q2

1

X2 32.768KHZ/20ppm/12.5pF

1 2

9H03200031

R45 10M_1%_2

X3

19.2MHZ/20ppm1/12pF

123

4

7V19200001

R722 200K_1%_2

C3
18p/25V_2

C4
15p/25V_2

PP3300_A

R190
100K_1%_2

3

PCH_SLP_S3_L SLP_S3

B B

Q56

2

PJE138K

1

PLT_RST_L

R191
1K_1%_2

3

Q57

2

0109_Q_added DNS resistor/cap on
PLT_RST_L for potential issue

PJE138K

1

R120Q
*100K_1%_2

C120Q
*1u/6.3V_2

PCH_RSMRST_L

R587
100K_1%_2

PCH_RSMRST_L

2

PCH_RSMRST_OD

3

Q80
PJE138K

1

PP3300_A

R508
499K_1%_2

C447

*1u/6.3V_2

CHECK RTCRST SIGNAL

PCH_RTEST_ODL

3

Q86
PJE138K

1

4

PP3300_RTC

R740
20K_1%_2

C582
1u/25V_4

PCH_SLP_S0_L

PCH_RSMRST_OD

312

Q79
PMZB670UPE

R516 *0_5%_2

PCH_RSMRST_OD

PCH_SLP_S3_LSLP_S0_L

R507
499K_1%_2

3

R517 *0_5%_2

312

Q81
PMZB670UPE

SLP_S3_L

R509
499K_1%_2C5

2

PCH_SLP_S4_L

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Date: Sheet of

Date: Sheet of

PCH_RSMRST_OD

SLP_S4_L

312

Q82
PMZB670UPE

R518 *0_5%_2

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

PROJECT :

SOC PMU/RTC/SVID/THERMAL/MISC

SOC PMU/RTC/SVID/THERMAL/MISC

SOC PMU/RTC/SVID/THERMAL/MISC

Wednesday, January 09, 2019

Wednesday, January 09, 2019

Wednesday, January 09, 2019

1

R510
499K_1%_2

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

11 45

11 45

11 45

1A

1A

1A

PP3300_RTC

R50
20K_1%_2

PCH_RTCRST_ODL

3

EC_PCH_RTCRST

A A

Q7

2

PJE138K

1

1u/25V_4

5

CHECK RTCRST SIGNAL

EC_PCH_RTCRST(18) SLP_S4_L (18,35)SLP_S3_L (18,35)SLP_S0_L (18)

EC_PCH_RTCRST

R739
100K_1%_2

2

(CPU)

D D

LAYOUT NOTE: PLACE THE R62, 65, 55, 57, R393 WITHIN 1" OF J5 MIPI60 CONNECTOR.

5

PP1800_SOC_A

R65

R393

51_1%_2

150_1%_2

TCK(20)
TDI(20)
TDO(20)
TMS(20)
TRST_L(20)

R55

R57

51_1%_2

*51_1%_2

CX_PRDY_L(20)
CX_PREQ_L(20)

PP1800_SOC_A

R397
150_1%_2

R62
51_1%_2

TP_GPIO5

PP1800_A PP3300_A

R391,R392,R341,R352 can't be
un-stuffed in MP even if removing
debugging related stuffs from MP

GPIO_81_DEBUG(10)

SYS_RST_ODL(11,18,21,22)

EC_PCH_PWR_BTN_ODL(11,18)

C C

PLT_RST_L(11,18,21,23,28)

PCH_RSMRST_L(11,18)

R340 1K_5%_2

R341 *Short_0201

R352 *Short_0201

R361 1K_5%_2

R379 *1K_5%_2

R380

*4.7K_5%_2

R391
1K_5%_2

R392
1K_5%_2

DBG_PMU_RSTBTN_L (20)

DBG_PMU_PWRBTN_L (20)

DBG_PMU_PLTRST_L (20)

DBG_RSMRST_L (20)

R394
51_1%_2

BOOT_HALT_L (20)

4

U4H

1.8V

JTAG

ITP

GPIO

AH53
AM53
AJ54
AL53
AL54
AK53

AH55
AJ53

JTAGX
JTAG_TCK
JTAG_TDI
JTAG_TDO
JTAG_TMS
JTAG_TRST

JTAG_PRDY
JTAG_PREQ

3

1.8V

1.8V/3.3V

1.8V

2

AG53

GPIO_8

AG54

GPIO_9

AE54

GPIO_10

AE53

GPIO_11

AD55

GPIO_12

AD53

GPIO_13

AC54

GPIO_14

AC53

GPIO_15

AB53

GPIO_16

AA49

GPIO_17

AC48

GPIO_18

AC46

GPIO_19

AE51

GPIO_20
GPIO_21
GPIO_22
GPIO_23
GPIO_24
GPIO_25

GPIO_26
GPIO_27
GPIO_28
GPIO_29
GPIO_30
GPIO_31
GPIO_32
GPIO_33
GPIO_34

GPIO_35
GPIO_36
GPIO_37
GPIO_38
GPIO_39
GPIO_40
GPIO_41

GPIO_105
GPIO_134
GPIO_135
GPIO_136
GPIO_137
GPIO_138
GPIO_139
GPIO_140
GPIO_141
GPIO_142
GPIO_143
GPIO_144
GPIO_145
GPIO_146
GPIO_210
GPIO_212
GPIO_213
GPIO_214

CNVI_MFUART2_RXD_PTI_11

AE49

CNVI_MFUART2_TXD_PTI_12

AC51

CNVI_GNSS_PA_BLANKING_PTI_13

AC49
AA51
AA46

AE41
AE39
AE46
AE44
AC41
AC39
AC44
AC43
AA44

AA54
AA53
Y55
Y53

DBG_PTI_DATA_TRACE3_3

W54

DBG_PTI_DATA_TRACE3_4

W53

DBG_PTI_DATA_TRACE3_5

V53

L46

EC_AP_INT_ODL

H45

TRACKPAD_INT1_1V8_ODL

H47

PMIC_PCH_INT_1V8_ODL

L43
M43
H37
H43
J43

EC_PCH_WAKE_1V8_ODL

D43

TRACKPAD_INT2_1V8_ODL

F43
H41

PEN_EJECT

F39

PEN_EJECT

L41
F41

R558 *Short_0201

TP_GPIO210

H27
U43

TP_AP_GPIO213

U41
U39

TP69

1

DBG_PTI_CLK0 (20)
DBG_PTI_DATA_0 (20)
DBG_PTI_DATA_1 (20)
DBG_PTI_DATA_2 (20)
DBG_PTI_DATA_3 (20)
DBG_PTI_DATA_4 (20)
DBG_PTI_DATA_5 (20)
DBG_PTI_DATA_6 (20)
DBG_PTI_DATA_7 (20)

DBG_PTI_CLK1 (20)
DBG_PTI_DATA_8 (20)
DBG_PTI_DATA_9 (20)
DBG_PTI_DATA_10 (20)

DBG_PTI_DATA_14 (20)
DBG_PTI_DATA_15 (20)

DBG_PTI_CLK2 (20)
DBG_PTI_DATA_16 (20)
DBG_PTI_DATA_17 (20)
DBG_PTI_DATA_18 (20)
DBG_PTI_DATA_19 (20)
DBG_PTI_DATA_20 (20)
DBG_PTI_DATA_21 (20)
DBG_PTI_DATA_22 (20)
DBG_PTI_DATA_23 (20)

DCI_CLK_PTICLK3 (20)
DCI_DATA_PTITRACE3_0 (20)
DBG_PTI_DATA_TRACE3_1 (20)
DBG_PTI_DATA_TRACE3_2 (20)

TOUCHSCREEN_RST (26)

TP65

HP_INT_ODL (24)
PEN_PDCT_ODL (25)
PEN_INT_ODL (25)
PEN_RESET (25)

LTE_SAR_ODL (38)

TP49
TP74

EN_PP3300_TOUCHSCREEN (25,35)

TP68

TOUCHSCREEN_INT_ODL (26)

TP172

P_SENSOR_INT_L (38)

1226_Q_made R289 stuffed for no matter
internal PU is available or not

EC_AP_INT_ODL (18)

C85Q *10p/25V_2

PP1800_SOC_A

R289 100K_5%_2

EN_PP3300_CAMERA (35)

PEN_EJECT (25)

PEN_EJECT

PP1800_SOC_A

DBG_PTI_DATA_16

R362
1K_5%_2

B B

(PMC)

PMIC_PCH_INT_1V8_ODL

(CPU)

EC_PCH_WAKE_1V8_ODL

A A

R380 is reserved for strapping high (GPIO_81)

R877 is for strapping low to not allow eMMC as a boo

No extermal PU/PD on GPIO_28, using internal PD for allowing SPI as a boot source

5

PP1800_SOC_A

PP1800_SOC_A

R880
10K_2

R881
*10K_2

t source (GPIO_27)

R887 *Short_0201

R888 *Short_0201

4

PMIC_PCH_INT_ODL (33)

EC_PCH_WAKE_ODL (18)

R28973
20K_1%_2

EC_AP_INT_ODL

3

5 OF 13

R524 *Short_0201

TRACKPAD_INT_1V8_ODL(18,25)

CNVI_GNSS_PA_BLANKING_PTI_13

CNVI_MFUART2_RXD_PTI_11

CNVI_MFUART2_TXD_PTI_12

2

R531 *Short_0201

0102_Q_Changed R531 to a short pad

R14 *Short_0201

R16 *0_5%_2

R17 *Short_0201

R24 *0_5%_2

R25 *Short_0201

R61 *0_5%_2

TRACKPAD_INT1_1V8_ODL

TRACKPAD_INT2_1V8_ODLTRACKPAD_INT_1V8_ODL

Size Document Number R

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Date: Sheet of

Date: Sheet of

SOC JTAG/GPIO/ITP

SOC JTAG/GPIO/ITP

SOC JTAG/GPIO/ITP

Wednesday, January 09, 2019

Wednesday, January 09, 2019

Wednesday, January 09, 2019

C86Q *10p/25V_2

CNVI_GNSS_PA_BLANKING (28)

DBG_PTI_DATA_13 (20)

CNVI_MFUART2_RXD (28)

DBG_PTI_DATA_11 (20)

CNVI_MFUART2_TXD (28)

DBG_PTI_DATA_12 (20)

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

PROJECT :

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

12 45

12 45

12 45

ev

1A

1A

1A

5

4

3

2

1

(CPU)

GLK ULT (GND)

D D

C C

B B

A12
A16
A20
A24
A28
A32
A36
A40
A44
A48

A51
AA12
AA13
AA15
AA17
AA21
AA23
AA25
AA27
AA35
AA43
AA48

AB1

AB3
AB55

AC8
AC13
AC23
AC25
AC27
AC29
AE18
AE23
AE25
AE27
AE43
AE48

AF1
AF3
AF4
AF6
AF8

AF9
AF11
AF12
AF14
AF16
AF18
AF23
AF25
AF29
AF40
AF42

U4K

A3

VSS6

A6

VSS13
VSS1
VSS2
VSS3
VSS4
VSS5
VSS7
VSS8
VSS9
VSS10
VSS11
VSS12
VSS14
VSS15
VSS16
VSS17
VSS18
VSS19
VSS20
VSS21
VSS22
VSS23
VSS24
VSS25
VSS26
VSS27
VSS33
VSS28
VSS29
VSS30
VSS31
VSS32
VSS34
VSS35
VSS36
VSS37
VSS38
VSS39
VSS40
VSS49
VSS50
VSS61
VSS62
VSS63
VSS41
VSS42
VSS43
VSS44
VSS45
VSS46
VSS47
VSS48
VSS51
VSS52

11 OF 13

VSS53
VSS54
VSS55
VSS56
VSS57
VSS58
VSS59
VSS60
VSS64
VSS87
VSS65
VSS66
VSS67
VSS68
VSS77
VSS69
VSS70
VSS71
VSS72
VSS73
VSS74
VSS75
VSS76
VSS78
VSS79
VSS80
VSS90
VSS97
VSS98
VSS81
VSS82
VSS83
VSS84
VSS85
VSS86
VSS88
VSS89
VSS91
VSS92
VSS93
VSS94
VSS95
VSS96

VSS99
VSS100
VSS101
VSS102
VSS103
VSS104
VSS105
VSS106
VSS108
VSS110
VSS107
VSS109

AF44
AF45
AF47
AF48
AF50
AF52
AF53
AF55
AG20
AL21
AG25
AG29
AG35
AG38
AJ8
AJ13
AJ18
AJ25
AJ29
AJ36
AJ38
AJ39
AJ44
AK1
AK3
AK55
AL3
AL7
AL8
AL10
AL12
AL13
AL15
AL17
AL20
AL25
AL29
AL39
AL41
AL43
AL44
AL46
AL51
AM1
AM21
AM23
AM25
AM29
AM31
AM38
AM55
AN3
AN8
AN10
AN46

AN48
AN49
AN51
AN53

AP23
AP27
AP28
AP29
AP33
AP35

AR2

AR7
AR10
AR12
AR17
AR39
AR44
AR46
AR49
AR54

AT23
AT33

AU3
AU10
AU28
AU46
AU53

AV15
AV17
AV23
AV25
AV31
AV33
AV39
AV41

AW2

AW5
AW10
AW28
AW46
AW51
AW54

AY13
AY15
AY28
AY41
AY43

B55
BA27
BA29

BB1
BB28
BB55

BC5

B2

U4M

VSS_111
VSS_112
VSS_113
VSS_114
VSS_115
VSS_116
VSS_117
VSS_118
VSS_119
VSS_120
VSS_124
VSS_130
VSS_121
VSS_122
VSS_123
VSS_125
VSS_126
VSS_127
VSS_128
VSS_129
VSS_131
VSS_132
VSS_135
VSS_133
VSS_134
VSS_136
VSS_137
VSS_138
VSS_139
VSS_140
VSS_141
VSS_142
VSS_143
VSS_144
VSS_145
VSS_147
VSS_150
VSS_146
VSS_148
VSS_149
VSS_151
VSS_152
VSS_153
VSS_154
VSS_155
VSS_156
VSS_157
VSS_158
VSS_159
VSS_160
VSS_161
VSS_162
VSS_163
VSS_164
VSS_178

12 OF 13

VSS_165
VSS_166
VSS_167
VSS_168
VSS_169
VSS_170
VSS_171
VSS_172
VSS_173
VSS_174
VSS_175
VSS_176
VSS_177
VSS_179
VSS_187
VSS_180
VSS_181
VSS_182
VSS_183
VSS_184
VSS_185
VSS_186
VSS_189
VSS_188
VSS_190
VSS_194
VSS_191
VSS_192
VSS_193
VSS_195
VSS_199
VSS_196
VSS_197
VSS_198
VSS_200
VSS_201
VSS_202
VSS_203
VSS_204
VSS_205
VSS_206
VSS_207
VSS_208
VSS_209
VSS_210
VSS_211
VSS_212
VSS_215
VSS_213
VSS_214
VSS_216
VSS_217
VSS_218
VSS_219
VSS_220

BC11
BC17
BC19
BC21
BC23
BC25
BC31
BC33
BC35
BC37
BC39
BC41
BC45
BC51
BD9
BD15
BD19
BD21
BD28
BD35
BD37
BD47
BE3
BE28
BE53
BF9
BF19
BF37
BF47
BG1
BG6
BG28
BG50
BG55
BH11
BH13
BH17
BH19
BH23
BH25
BH28
BH31
BH33
BH37
BH39
BH41
BH45
BJ2
BJ15
BJ19
BJ25
BJ28
BJ31
BJ37
BJ41

AL23
BJ54

BK1
BK17
BK21
BK35
BK39
BK55

BL5

BL8

BL10
BL14
BL24
BL28
BL32
BL42
BL46
BL48
BL51

C12

C16

C28

C36

D21

D28

D41

D45

D55

E28

E50

E55

G28

H13

H15

H21

H23

H28

H33

H39

F21
F31

J27
J33
J41
J45

U4L

VSS1
VSS2
VSS3
VSS4
VSS5
VSS6
VSS7
VSS8
VSS17
VSS19
VSS9
VSS10
VSS11
VSS12
VSS13
VSS14
VSS15
VSS16
VSS18

C1

VSS20
VSS21
VSS22
VSS23
VSS24

D6

VSS30

D9

VSS31
VSS25
VSS26
VSS27
VSS28
VSS29
VSS32
VSS33
VSS34

F1

VSS35

F4

VSS38
VSS36
VSS37
VSS39
VSS40
VSS41
VSS42
VSS43
VSS44
VSS45
VSS46

J8

VSS52
VSS47
VSS48
VSS49
VSS50

13 OF 13

VSS51
VSS53
VSS55
VSS54
VSS56
VSS59
VSS60
VSS61
VSS57
VSS58
VSS62
VSS63
VSS64
VSS65
VSS66
VSS67
VSS68
VSS69
VSS70
VSS71
VSS72
VSS74
VSS73
VSS75
VSS77
VSS78
VSS80
VSS81
VSS82
VSS84
VSS85
VSS93
VSS95
VSS96
VSS83
VSS86
VSS87
VSS88
VSS89
VSS90
VSS91
VSS92
VSS94
VSS97
VSS98

VSS99
VSS100
VSS101

VSS76

VSS79

J51
K1
K3
K28
K55
L5
L7
L8
L19
L33
M15
M25
M28
M35
M41
N12
N28
N46
N51
P21
P55
R8
R28
T27
T38
U13
V27
V38
V55
W2
W3
W5
W7
W8
W10
W39
W41
W43
W44
W46
W48
W49
W51
Y21
Y23
Y25
Y27
Y31
T3
U3

A A

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

5

4

3

2

Wednesday, January 09, 2019

PROJECT :

SOC GROUND

SOC GROUND

SOC GROUND

ZAK_ZAN_ZAP_ZAQ

13 45

13 45

13 45

1

1A

1A

1A

5

4

3

2

1

SHOULD CONSIDER SPLITTING THE RAILS FOR NOISE ISOLATION

(CPU)

D D

PP1100_VDDQ_SOC

PP1100_VDDQ_IOA

PP1800_SOC_A

PP1200_SOC_A

C C

AP18

VDDQ1

AP21

VDDQ2

AP36

VDDQ3

AP38

VDDQ4

AT18

VDDQ5

AT20

VDDQ6

AT21

VDDQ7

AT35

VDDQ8

AT36

VDDQ9

AT38

VDDQ10

BA13

VDDQ11

BA15

VDDQ12

BA25

VDDQ13

BA31

VDDQ14

BA41

VDDQ15

BA43

VDDQ16

AP25

VCCIOA1

AP31

VCCIOA2

AT25

VCCIOA3

AT27

VCCIOA4

AT28

VCCIOA5

AT29

VCCIOA6

AT31

VCCIOA7

T21

VCC_1P8V_A3

T23

VCC_1P8V_A4

T25

VCC_1P8V_A5

V21

VCC_1P8V_A6

V23

VCC_1P8V_A7

V25

VCC_1P8V_A8

AJ23

VCC_1P8V_A2

AG23

VCC_1P8V_A1

AC21

VDD2_1P2_MPH Y1

AE20

VDD2_1P2_MPH Y2

AE21

VDD2_1P2_MPH Y3

AF20

VDD2_1P2_MPH Y4

AF21

VDD2_1P2_MPH Y5

AC18

VDD2_1P2_AUD_ ISH1

AC20

VDD2_1P2_AUD_ ISH2

AW12

VDD2_1P2_DSI_C SI

AL36

VDD2_1P2_GLM 1

AL38

VDD2_1P2_GLM 2

AP20

VDD2_1P2_GLM 4

AM20

VDD2_1P2_GLM 3

AL18

VDD2_1P2_PLL 1

AM18

VDD2_1P2_PLL 2

AA18

VDD2_1P2_VNNAON1

AA20

VDD2_1P2_VNNAON2

AG18

VDD2_1P2_USB 2

AJ20

VDD2_1P2_USB 3

U4G

VDD2(1.2V)

VDD2(1.2V)

DDR IO

3A

DDR IO logic

VDD1(1.8V)

0.4A

VDD1(1.8V)

3A

10 OF 13

4.5A

VCCRAM(1.05V)

RTC

0.15A

VDD3(3.3V)

VCCRAM_1P053
VCCRAM_1P054
VCCRAM_1P057
VCCRAM_1P058

VCCRAM_1P059
VCCRAM_1P0510
VCCRAM_1P0511
VCCRAM_1P0512
VCCRAM_1P0513
VCCRAM_1P0514

VCC_1P05_INT2

VCC_1P05_INT1

VCC_1P05_INT3

VCCRAM_1P051

VCCRAM_1P052

VCCRAM_1P055

VCCRAM_1P056
VCCRAM_1P0515
VCCRAM_1P0516

VCCRTC_3P3 V

VCC_3P3V_A2

VCC_3P3V_A5

VCC_3P3V_A1
VCC_3P3V_A3
VCC_3P3V_A4
VCC_3P3V_A6
VCC_3P3V_A7
VCC_3P3V_A8
VCC_3P3V_A9

AC33
AC35
AE33
AE35
AE36
AE38
AF27
AF28
AF36
AF38

AG51
AG49

AJ51

AA36
AA38
AC36
AC38
Y36
Y38

P15

AJ21

U17

AG21
T18
T20
V18
V20
Y18
Y20

PP1050_VCCRAM_S

Gemini (POWER)

PP3300_RTC

C342

PP3300_SOC_A

PP3300_SOC_A

1u/16V_4

U4F

AA28

VCC_VCG1

AA29

VCC_VCG2

AA31

VCC_VCG3

AA33

VCC_VCG4

AC28

VCC_VCG5

AC31

VCC_VCG6

AE28

VCC_VCG7

C411
1u/16V_4

AE29
AE31

AF31

AF33
AG31
AG33

AJ31

AJ33

AJ35

AL31

AL33

AL35
AM33
AM35
AM36

D31
D33
D37
D39

P39
P41
T28
T29
T31
T33
T35
T36
V28
V29
V31
V33
V35
V36
Y28
Y29
Y33
Y35

VCC_VCG8
VCC_VCG9
VCC_VCG10
VCC_VCG11
VCC_VCG12
VCC_VCG13
VCC_VCG14
VCC_VCG15
VCC_VCG16
VCC_VCG17
VCC_VCG18
VCC_VCG19
VCC_VCG20
VCC_VCG21
VCC_VCG22
VCC_VCG23
VCC_VCG24
VCC_VCG25
VCC_VCG26
VCC_VCG27
VCC_VCG28
VCC_VCG29
VCC_VCG30
VCC_VCG31
VCC_VCG32
VCC_VCG33
VCC_VCG34
VCC_VCG35
VCC_VCG36
VCC_VCG37
VCC_VCG38
VCC_VCG39
VCC_VCG40
VCC_VCG41
VCC_VCG42
VCC_VCG43
VCC_VCG44

GLM+ module, GF x

25A

SA,D-unit,GMM,P CIe,DE,fabrics,
&USB controller s

NON CPU Core AO N DOMAIN

9 OF 13

4A

VCC_VCG_SENSE

VSS_VCG_SENSE

VNN_SENSE

VNN_VSS_SENSE

SHOULD CONSIDER SPLITTING THE RAILS FOR NOISE ISOLATION

PPVAR_VNN

Sense

VNN1
VNN2
VNN3
VNN4
VNN5
VNN6
VNN7
VNN8

VNN9
VNN10
VNN11
VNN12
VNN13
VNN14
VNN15
VNN16

PPVAR_VNNPPVAR_VCCGI

AF35
AG27
AG28
AG36
AG46
AG48
AJ27
AJ28
AJ46
AJ48
AL27
AL28
AL48
AL49
AM27
AM28

NC_VNNAON

AJ49

NC1

AW44

NC2

BH55

NC3

NC4

AG41
AG39

AJ41
AJ43

BL54

PPVAR_VCCGI_SENSE_P
PPVAR_VCCGI_SENSE_N

PPVAR_VNN_SENSE_P
PPVAR_VNN_SENSE_N

TP123

TP89

TP90

TP91

PPVAR_VCCGI_SENSE_P (33)
PPVAR_VCCGI_SENSE_N (33)

PPVAR_VNN_SENSE_P (33)

R12

C295

0.01u/10V_2

C296

0.01u/10V_2

100_1%_2

R13
100_1%_2

PPVAR_VCCGI

R476
100_1%_2

R477
100_1%_2

3

C298

0.01u/10V_2

C297

0.01u/10V_2

B B

PPVAR_VNN_SENSE_P
PPVAR_VNN_SENSE_N

C293

0.01u/10V_2

PLEASE THESE COMPONENTS NEAR THE PMIC FB PINS

PPVAR_VCCGI_SENSE_P
PPVAR_VCCGI_SENSE_N

C294

0.01u/10V_2

A A

5

4

PP1200_A

R461 *Short_0805

PP1050_S

R464 *Short_0603

PP1100_VDDQ_S

R465 *Short_0805

2

PP1200_SOC_A

PP1050_VCCRAM_S

PP1100_VDDQ_SOC

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

PROJECT :

SOC POWER

SOC POWER

SOC POWER

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

14 45

14 45

14 45

1A

1A

1A

(CPU)

PPVAR_VNN

5

4

3

PPVAR_VNN

PP1050_VCCRAM_S

2

1

PP1050_VCCRAM_S: 1uF_0402x10 , 22uF_0603 x3

PP1050_VCCRAM_S

DECOUPLING VALUES AND NUMBER BASED ON THE REFERENCE DOC

C277

C28

1u/6.3V_4

D D

C37

1u/6.3V_4

C46

1u/6.3V_4

C129

1u/6.3V_4

C29

1u/6.3V_4

C83

22u/6.3V_6

C38

22u/6.3V_6

C47

22u/6.3V_6

C51

22u/6.3V_6

1u/6.3V_4

PPVAR_VNN: 5 X 1UF_0402_6.3V, 4 X 22UF_0603_6.3V

PPVAR_VCCGI

C105

C6

1u/6.3V_4

C10

1u/6.3V_4

C95

1u/6.3V_4

C101

1u/6.3V_4

1u/6.3V_4

C130

1u/6.3V_4

C156

1u/6.3V_4

C199

22u/6.3V_6

C200

22u/6.3V_6

C201

22u/6.3V_6

C204

22u/6.3V_6

C79

1u/6.3V_4

PP1050_VCCRAM_S PP1050_VCCRAM_S

C80

1u/6.3V_4

PPVAR_VCCGI: 12 X 1UF_0402_6.3V, 8 X 22UF_0603_6.3V, 2 X 0.1UF_0402_16V

PPVAR_VCCGI

PPVAR_VCCGI

PP1200_SOC_A

C84

1u/6.3V_4

C85

1u/6.3V_4

PP1200_SOC_A PP1200_SOC_A

1u/6.3V_4

C419

1u/6.3V_4

C33

C42

1u/6.3V_4

C88

22u/6.3V_6

C34

1u/6.3V_4

C43

1u/6.3V_4

C437

1u/6.3V_4

C57

22u/6.3V_6

C61

22u/6.3V_6

C498

C441

1u/6.3V_4

C494

1u/6.3V_4

C500

22u/6.3V_6

C501

22u/6.3V_6

C497

22u/6.3V_6

C502

22u/6.3V_6

C499

22u/6.3V_6

C C

1u/6.3V_4

C9

1u/6.3V_4

PPVAR_VCCGI

C207

0.1u/16V_4

C94

C99

1u/6.3V_4

C278

0.1u/16V_4

C104

1u/6.3V_4

C115

1u/6.3V_4

C155

22u/6.3V_6

C203

22u/6.3V_6

C205

22u/6.3V_6

C206

22u/6.3V_6

C144

22u/6.3V_6

PP1200_SOC_A

C89

1u/6.3V_4

C440

1u/6.3V_4

PP1200_SOC_A

C438

1u/6.3V_4

C493

1u/6.3V_4

C465

1u/6.3V_4

C495

1u/6.3V_4

C496

22u/6.3V_6

1u/6.3V_4

PP1200_SOC_A: 1uF_0402x9 , 22uF_0603 x7

PP1100_VDDQ_SOCPP1100_VDDQ_SOC

B B

A A

C31

1u/6.3V_4

PP1100_VDDQ_SOC

C30

1u/6.3V_4

PP1100_VDDQ_S PP1100_VDDQ_IOA

C40

1u/6.3V_4

C39

1u/6.3V_4

W1 *Sho rt_0805

C52

22u/6.3V_6

C288

1u/6.3V_4

C56

22u/6.3V_6

C289

1u/6.3V_4

PP1100_VDDQ_SOC

EDGE CAP FOR EXPOSED POWER PLANES

C322

0.1u/16V_4

C60

22u/6.3V_6

C291

1u/6.3V_4

C327

0.1u/16V_4 C100

C64

22u/6.3V_6

C304

22u/6.3V_6

C334

0.1u/16V_4

C67

22u/6.3V_6

C313

22u/6.3V_6

C335

0.1u/16V_4

C69

22u/6.3V_6

C319

22u/6.3V_6

C332

1u/6.3V_4

C333

1u/6.3V_4

VDDQI: 1uF_0402x8 , 22uF_0603 x10 , 0.1uF_0402x4

5

4

PP1800_SOC_A: 1uF_0402x4 , 22uF_0603 x1

PP1800_SOC_A

C97

1u/6.3V_4

PP3300_SOC_A

C414

1u/6.3V_4

1u/6.3V_4

C416

1u/6.3V_4

C98

1u/6.3V_4

C417

1u/6.3V_4

C102

1u/6.3V_4

C418

1u/6.3V_4

C106

22u/6.3V_6

C432

22u/6.3V_6

PP3300_SOC_A

1u/6.3V_4

PP3300_SOC_A: 1uF_0402x8 , 22uF_0603 x2

PP3300_SOC_A

3

C91

1u/6.3V_4

C92

1u/6.3V_4

C103

22u/6.3V_6

PP3300_SOC_A

C107

1u/6.3V_4

2

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

C90

SOC DECOUPLING

SOC DECOUPLING

SOC DECOUPLING

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

PROJECT :

PROJECT :

PROJECT :

ZAK_ZAN_ZAP_ZAQ

15 45

15 45

15 45

1

1A

1A

1A

(OBM)

DDR_0A_CS<0>(6,16)
DDR_0A_CS<1>(6,16)

DDR_0A_CA<0>(6,16)
DDR_0A_CA<1>(6,16)
DDR_0A_CA<2>(6,16)
DDR_0A_CA<3>(6,16)
DDR_0A_CA<4>(6,16)
DDR_0A_CA<5>(6,16)

PP1100_VDDQ

DDR_0A_CKE<0>(6,16)

PP1100_VDDQ

DDR_0A_CKE<1>(6,16)

DDR_0A_CLK_P( 6,16)
DDR_0A_CLK_N(6,16)

DDR_0A_CS<0>(6,16)
DDR_0A_CS<1>(6,16)

DDR_0A_CA<0>(6,16)
DDR_0A_CA<1>(6,16)
DDR_0A_CA<2>(6,16)
DDR_0A_CA<3>(6,16)
DDR_0A_CA<4>(6,16)
DDR_0A_CA<5>(6,16)

DDR_0A_CKE<0>(6,16)
DDR_0A_CKE<1>(6,16)

DDR_0A_CLK_P( 6,16)
DDR_0A_CLK_N(6,16)

DDR_RST_CH0_L(6,16)

D D

C C

5

H4
H3
K5

H2
J2

H9
H10
H11

J11

G2

J4

J5

K8

J8

J9

R4

R3

N5

R2

P2

R9
R10
R11

P11

T2

P4

P5

N8

P8

P9

T11

U22B

CS0_A
CS1_A/NC
DNU#K5

CA0_A
CA1_A
CA2_A
CA3_A
CA4_A
CA5_A

ODT_CA_A

CKE_A
CKE1_A/NC
DNU#K8

CLK_P_A/CK_t_A
CLK_N_A/CK_c_A

CS_B
CS1_B/NC
DNU#N5

CA0_B
CA1_B
CA2_B
CA3_B
CA4_B
CA5_B

ODT_B/ODT_ca_B

CKE_B
CKE1_B/NC
DNU#N8

CLK_P_B/CK_t_B
CLK_N_B/CK_c_b

RESET_L/RESET_n

LPDDR4_SDRAM

2 OF 2

DQ0_A
DQ1_A
DQ2_A
DQ3_A
DQ4_A
DQ5_A
DQ6_A
DQ7_A

DQ8_A

DQ9_A
DQ10_A
DQ11_A
DQ12_A
DQ13_A
DQ14_A
DQ15_A

DMI0_A
DMI1_A

DQS0_t_A

DQS0_c_A

DQS1_t_A

DQS1_c_A

DQ0_B

DQ1_B

DQ2_B

DQ3_B

DQ4_B

DQ5_B

DQ6_B

DQ7_B

DQ8_B

DQ9_B
DQ10_B
DQ11_B
DQ12_B
DQ13_B
DQ14_B
DQ15_B

DMI0_B
DMI1_B

DQS0_t_B
DQS0_c_B

DQS1_t_B
DQS1_c_B

4

B2
C2
E2
F2
F4
E4
C4
B4

B11
C11
E11
F11
F9
E9
C9
B9

C3
C10

D3
E3

D10
E10

AA2
Y2
V2
U2
U4
V4
Y4
AA4

AA11
Y11
V11
U11
U9
V9
Y9
AA9

Y3
Y10

W3
V3

W10
V10

DDR_0A_DQ<7> (6)
DDR_0A_DQ<6> (6)
DDR_0A_DQ<5> (6)
DDR_0A_DQ<4> (6)
DDR_0A_DQ<0> (6)
DDR_0A_DQ<3> (6)
DDR_0A_DQ<1> (6)
DDR_0A_DQ<2> (6)

DDR_0A_DQ<11> (6)
DDR_0A_DQ<12> (6)
DDR_0A_DQ<13> (6)
DDR_0A_DQ<14> (6)
DDR_0A_DQ<8> (6)
DDR_0A_DQ<10> (6)
DDR_0A_DQ<15> (6)
DDR_0A_DQ<9> (6)

DDR_0A_DQS_0_P (6 )
DDR_0A_DQS_0_N (6)

DDR_0A_DQS_1_P (6 )
DDR_0A_DQS_1_N (6)

DDR_0A_DQ<19> (6)
DDR_0A_DQ<16> (6)
DDR_0A_DQ<17> (6)
DDR_0A_DQ<18> (6)
DDR_0A_DQ<21> (6)
DDR_0A_DQ<22> (6)
DDR_0A_DQ<23> (6)
DDR_0A_DQ<20> (6)

DDR_0A_DQ<31> (6)
DDR_0A_DQ<26> (6)
DDR_0A_DQ<28> (6)
DDR_0A_DQ<27> (6)
DDR_0A_DQ<30> (6)
DDR_0A_DQ<29> (6)
DDR_0A_DQ<24> (6)
DDR_0A_DQ<25> (6)

DDR_0A_DQS_2_P (6 )
DDR_0A_DQS_2_N (6)

DDR_0A_DQS_3_P (6 )
DDR_0A_DQS_3_N (6)

PP1800_DRAM_U

PP1100_VDDQ

PP1100_VDDQ

AA10

W12

AB11

AA12

AB12

3

LPDDR4_SDRAM

U22A

F1

VDD1_1

U1

VDD1_2

G4

VDD1_3

T4

VDD1_4

G9

VDD1_5

T9

VDD1_6

U12

VDD1_7

F12

VDD1_8

H1

VDD2_1

K1

VDD2_2

N1

VDD2_3

R1

VDD2_4

K3

VDD2_5

N3

VDD2_6

A4

VDD2_7

AB4

VDD2_8

F5

VDD2_9

H5

VDD2_10

R5

VDD2_11

U5

VDD2_12

F8

VDD2_13

H8

VDD2_14

R8

VDD2_15

U8

VDD2_16

A9

VDD2_17

AB9

VDD2_18

K10

VDD2_19

N10

VDD2_20

H12

VDD2_21

K12

VDD2_22

N12

VDD2_23

R12

VDD2_24

D1

VDDQ_1

W1

VDDQ_2

B3

VDDQ_3

F3

VDDQ_4

U3

VDDQ_5

AA3

VDDQ_6

B5

VDDQ_7

D5

VDDQ_8

W5

VDDQ_9

AA5

VDDQ_10

B8

VDDQ_11

D8

VDDQ_12

W8

VDDQ_13

AA8

VDDQ_14

B10

VDDQ_15

F10

VDDQ_16

U10

VDDQ_17
VDDQ_18

D12

VDDQ_19
VDDQ_20

A1

DNU_1

B1

DNU_2

AA1

DNU_3

AB1

DNU_4

A2

DNU_5

AB2

DNU_6

A11

DNU_7
DNU_8

A12

DNU_9

B12

DNU_10
DNU_11
DNU_12

1 OF 2

VSS#P12
VSS#G12
VSS#K11
VSS#P10
VSS#G10

VSS#K9
VSS#G8
VSS#G5
VSS#K4
VSS#P3
VSS#G3
VSS#K2
VSS#P1
VSS#G1

VSS#J1
VSS#T1

VSS#N2

VSS#J3
VSS#T3

VSS#N4

VSS#T5
VSS#T8

VSS#N9
VSS#J10
VSS#T10
VSS#N11
VSS#J12
VSS#T12

VSS#E1

VSS#Y1
VSS#W2
VSS#AB3
VSS#W4

VSS#E5

VSS#Y5

VSS#C8

VSS#V8
VSS#AB8
VSS#W9

VSS#AB10

VSS#W11

VSS#E12
VSS#Y12
VSS#V12
VSS#C12
VSS#D11
VSS#A10

VSS#D9
VSS#Y8
VSS#E8

VSS#AB5

VSS#V5

VSS#C5
VSS#D4

VSS#A3

VSS#D2

VSS#V1

VSS#C1

NC/ZQ1

DNU#G11

P12
G12
K11
P10
G10
K9

PP1100_VDDQ

G8
G5
K4
P3
G3
K2
P1
G1
J1
T1
N2
J3
T3
N4
T5
T8

PP1800_DRAM_U

N9
J10
T10
N11
J12
T12
E1
Y1
W2
AB3
W4
E5
Y5
C8
V8
AB8
W9
AB10
W11
E12
Y12
V12
C12
D11
A10
D9
Y8
E8
AB5
V5
C5
D4
A3
D2
V1
C1

DDQ_0A_ZQ<0>

A5

ZQ_a

DDQ_0A_ZQ<1>

A8
G11

2

C234
1u/16V_4

C235
1u/16V_4

C236
1u/16V_4

C238
1u/16V_4

C240
1u/16V_4

C242
1u/16V_4

U22 VDDQ caps:1 uFx6, 0.1uFx2, 10uFx3

C237
1u/16V_4

C239
1u/16V_4

C241
1u/16V_4

C243
1u/16V_4

C245
10u/10V_4

C406
10u/10V_4

U22 VDD caps:1u Fx4, 10uFx2

PP1100_VDDQ

R272

R273

240_1%_2

240_1%_2

C404

0.1u/50V_4

C405

0.1u/50V_4

1

C244

C246
10u/10V_4

C407
10u/10V_4

10u/10V_4

LPDDR4_SDRAM

U23B

5

H4
H3
K5

H2
J2

H9
H10
H11

J11

G2

J4

J5

K8

J8

J9

R4

R3

N5

R2

P2

R9
R10
R11

P11

T2

P4

P5

N8

P8

P9

T11

CS0_A
CS1_A/NC
DNU#K5

CA0_A
CA1_A
CA2_A
CA3_A
CA4_A
CA5_A

ODT_CA_A

CKE_A
CKE1_A/NC
DNU#K8

CLK_P_A/CK_t_A
CLK_N_A/CK_c_A

CS_B
CS1_B/NC
DNU#N5

CA0_B
CA1_B
CA2_B
CA3_B
CA4_B
CA5_B

ODT_B/ODT_ca_B

CKE_B
CKE1_B/NC
DNU#N8

CLK_P_B/CK_t_B
CLK_N_B/CK_c_b

RESET_L/RESET_n

2 OF 2

DDR_0B_CS<0>(6,16)
DDR_0B_CS<1>(6,16)

DDR_0B_CA<0>(6,16)
DDR_0B_CA<1>(6,16)
DDR_0B_CA<2>(6,16)
DDR_0B_CA<3>(6,16)
DDR_0B_CA<4>(6,16)
DDR_0B_CA<5>(6,16)

PP1100_VDDQ

DDR_0B_CKE<0>(6,16)
DDR_0B_CKE<1>(6,16)

DDR_0B_CLK_P( 6,16)

PP1100_VDDQ

DDR_0B_CLK_N(6,16)

DDR_0B_CS<0>(6,16)
DDR_0B_CS<1>(6,16)

DDR_0B_CA<0>(6,16)
DDR_0B_CA<1>(6,16)
DDR_0B_CA<2>(6,16)
DDR_0B_CA<3>(6,16)
DDR_0B_CA<4>(6,16)
DDR_0B_CA<5>(6,16)

DDR_0B_CKE<0>(6,16)
DDR_0B_CKE<1>(6,16)

DDR_0B_CLK_P( 6,16)
DDR_0B_CLK_N(6,16)

DDR_RST_CH0_L(6,16)

B B

A A

DQ0_A
DQ1_A
DQ2_A
DQ3_A
DQ4_A
DQ5_A
DQ6_A
DQ7_A

DQ8_A

DQ9_A
DQ10_A
DQ11_A
DQ12_A
DQ13_A
DQ14_A
DQ15_A

DMI0_A
DMI1_A

DQS0_t_A

DQS0_c_A

DQS1_t_A

DQS1_c_A

DQ0_B

DQ1_B

DQ2_B

DQ3_B

DQ4_B

DQ5_B

DQ6_B

DQ7_B

DQ8_B

DQ9_B
DQ10_B
DQ11_B
DQ12_B
DQ13_B
DQ14_B
DQ15_B

DMI0_B
DMI1_B

DQS0_t_B
DQS0_c_B

DQS1_t_B
DQS1_c_B

B2
C2
E2
F2
F4
E4
C4
B4

B11
C11
E11
F11
F9
E9
C9
B9

C3
C10

D3
E3

D10
E10

AA2
Y2
V2
U2
U4
V4
Y4
AA4

AA11
Y11
V11
U11
U9
V9
Y9
AA9

Y3
Y10

W3
V3

W10
V10

DDR_0B_DQ<3> (6)
DDR_0B_DQ<0> (6)
DDR_0B_DQ<2> (6)
DDR_0B_DQ<1> (6)
DDR_0B_DQ<5> (6)
DDR_0B_DQ<4> (6)
DDR_0B_DQ<6> (6)
DDR_0B_DQ<7> (6)

DDR_0B_DQ<12> (6)
DDR_0B_DQ<13> (6)
DDR_0B_DQ<15> (6)
DDR_0B_DQ<14> (6)
DDR_0B_DQ<11> (6)
DDR_0B_DQ<10> (6)
DDR_0B_DQ<9> (6)
DDR_0B_DQ<8> (6)

DDR_0B_DQS_0_P (6 )
DDR_0B_DQS_0_N (6)

DDR_0B_DQS_1_P (6 )
DDR_0B_DQS_1_N (6)

DDR_0B_DQ<19> (6)
DDR_0B_DQ<21> (6)
DDR_0B_DQ<22> (6)
DDR_0B_DQ<23> (6)
DDR_0B_DQ<16> (6)
DDR_0B_DQ<17> (6)
DDR_0B_DQ<18> (6)
DDR_0B_DQ<20> (6)

DDR_0B_DQ<26> (6)
DDR_0B_DQ<27> (6)
DDR_0B_DQ<25> (6)
DDR_0B_DQ<31> (6)
DDR_0B_DQ<28> (6)
DDR_0B_DQ<29> (6)
DDR_0B_DQ<24> (6)
DDR_0B_DQ<30> (6)

DDR_0B_DQS_2_P (6 )
DDR_0B_DQS_2_N (6)

DDR_0B_DQS_3_P (6 )
DDR_0B_DQS_3_N (6)

4

PP1800_DRAM_U

PP1100_VDDQ

PP1100_VDDQ

F1

VDD1_1

U1

VDD1_2

G4

VDD1_3

T4

VDD1_4

G9

VDD1_5

T9

VDD1_6

U12

VDD1_7

F12

VDD1_8

H1

VDD2_1

K1

VDD2_2

N1

VDD2_3

R1

VDD2_4

K3

VDD2_5

N3

VDD2_6

A4

VDD2_7

AB4

VDD2_8

F5

VDD2_9

H5

VDD2_10

R5

VDD2_11

U5

VDD2_12

F8

VDD2_13

H8

VDD2_14

R8

VDD2_15

U8

VDD2_16

A9

VDD2_17

AB9

VDD2_18

K10

VDD2_19

N10

VDD2_20

H12

VDD2_21

K12

VDD2_22

N12

VDD2_23

R12

VDD2_24

D1

VDDQ_1

W1

VDDQ_2

B3

VDDQ_3

F3

VDDQ_4

U3

VDDQ_5

AA3

VDDQ_6

B5

VDDQ_7

D5

VDDQ_8

W5

VDDQ_9

AA5

VDDQ_10

B8

VDDQ_11

D8

VDDQ_12

W8

VDDQ_13

AA8

VDDQ_14

B10

VDDQ_15

F10

VDDQ_16

U10

VDDQ_17

AA10

VDDQ_18

D12

VDDQ_19

W12

VDDQ_20

A1

DNU_1

B1

DNU_2

AA1

DNU_3

AB1

DNU_4

A2

DNU_5

AB2

DNU_6

A11

DNU_7

AB11

DNU_8

A12

DNU_9

B12

DNU_10

AA12

DNU_11

AB12

DNU_12

LPDDR4_SDRAM

U23A

1 OF 2

3

VSS#P12
VSS#G12
VSS#K11
VSS#P10
VSS#G10

VSS#K9
VSS#G8
VSS#G5
VSS#K4
VSS#P3
VSS#G3
VSS#K2
VSS#P1
VSS#G1

VSS#J1
VSS#T1

VSS#N2

VSS#J3
VSS#T3

VSS#N4

VSS#T5
VSS#T8

VSS#N9
VSS#J10
VSS#T10
VSS#N11
VSS#J12
VSS#T12

VSS#E1

VSS#Y1
VSS#W2
VSS#AB3
VSS#W4

VSS#E5

VSS#Y5

VSS#C8

VSS#V8
VSS#AB8
VSS#W9

VSS#AB10

VSS#W11

VSS#E12
VSS#Y12
VSS#V12
VSS#C12
VSS#D11
VSS#A10

VSS#D9
VSS#Y8
VSS#E8

VSS#AB5

VSS#V5

VSS#C5
VSS#D4

VSS#A3

VSS#D2

VSS#V1

VSS#C1

NC/ZQ1

DNU#G11

P12
G12
K11
P10
G10
K9
G8
G5
K4
P3
G3
K2
P1
G1
J1
T1
N2
J3
T3
N4
T5
T8
N9
J10
T10
N11
J12
T12
E1
Y1
W2
AB3
W4
E5
Y5
C8
V8
AB8
W9
AB10
W11
E12
Y12
V12
C12
D11
A10
D9
Y8
E8
AB5
V5
C5
D4
A3
D2
V1
C1

A5

ZQ_a

A8
G11

DDQ_0B_ZQ<0>
DDQ_0B_ZQ<1>

PP1100_VDDQ

C247
1u/16V_4

C248
1u/16V_4

C249
1u/16V_4

C251
1u/16V_4

C253
1u/16V_4

U23 VDDQ caps:1 uFx6, 0.1uFx2, 10uFx2

PP1800_DRAM_U

C250
1u/16V_4

C252
1u/16V_4

C254
1u/16V_4

C256
1u/16V_4

C258
10u/10V_4

U23 VDD caps:1u Fx4, 10uFx1

PP1100_VDDQ

R274

R275

240_1%_2

240_1%_2

2

C408

C255

0.1u/50V_4

1u/16V_4

Size Document Number R

Size Document Number Rev

Size Document Number Rev

MEMORY CH 00/01 LPDDR4

MEMORY CH 00/01 LPDDR4

MEMORY CH 00/01 LPDDR4

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

C257
10u/10V_4

1

C259
10u/10V_4

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

16 45

16 45

16 45

C409

0.1u/50V_4

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

PROJECT :

ev

1A

1A

1A

(OBM)

DDR_1A_CS<0>(6,17)
DDR_1A_CS<1>(6,17)

DDR_1A_CA<0>(6,17)
DDR_1A_CA<1>(6,17)
DDR_1A_CA<2>(6,17)
DDR_1A_CA<3>(6,17)
DDR_1A_CA<4>(6,17)
DDR_1A_CA<5>(6,17)

PP1100_VDDQ

DDR_1A_CKE<0>(6,17)

PP1100_VDDQ

DDR_1A_CKE<1>(6,17)

DDR_1A_CLK_P( 6,17)
DDR_1A_CLK_N(6,17)

DDR_1A_CS<0>(6,17)
DDR_1A_CS<1>(6,17)

DDR_1A_CA<0>(6,17)
DDR_1A_CA<1>(6,17)
DDR_1A_CA<2>(6,17)
DDR_1A_CA<3>(6,17)
DDR_1A_CA<4>(6,17)
DDR_1A_CA<5>(6,17)

DDR_1A_CKE<0>(6,17)
DDR_1A_CKE<1>(6,17)

DDR_1A_CLK_P( 6,17)
DDR_1A_CLK_N(6,17)

DDR_RST_CH1_L(6,17)

D D

C C

5

H4
H3
K5

H2
J2

H9
H10
H11

J11

G2

J4

J5

K8

J8

J9

R4

R3

N5

R2

P2

R9
R10
R11

P11

T2

P4

P5

N8

P8

P9

T11

U20B

CS0_A
CS1_A/NC
DNU#K5

CA0_A
CA1_A
CA2_A
CA3_A
CA4_A
CA5_A

ODT_CA_A

CKE_A
CKE1_A/NC
DNU#K8

CLK_P_A/CK_t_A
CLK_N_A/CK_c_A

CS_B
CS1_B/NC
DNU#N5

CA0_B
CA1_B
CA2_B
CA3_B
CA4_B
CA5_B

ODT_B/ODT_ca_B

CKE_B
CKE1_B/NC
DNU#N8

CLK_P_B/CK_t_B
CLK_N_B/CK_c_b

RESET_L/RESET_n

LPDDR4_SDRAM

2 OF 2

DQ0_A
DQ1_A
DQ2_A
DQ3_A
DQ4_A
DQ5_A
DQ6_A
DQ7_A

DQ8_A

DQ9_A
DQ10_A
DQ11_A
DQ12_A
DQ13_A
DQ14_A
DQ15_A

DMI0_A
DMI1_A

DQS0_t_A

DQS0_c_A

DQS1_t_A

DQS1_c_A

DQ0_B

DQ1_B

DQ2_B

DQ3_B

DQ4_B

DQ5_B

DQ6_B

DQ7_B

DQ8_B

DQ9_B
DQ10_B
DQ11_B
DQ12_B
DQ13_B
DQ14_B
DQ15_B

DMI0_B
DMI1_B

DQS0_t_B
DQS0_c_B

DQS1_t_B
DQS1_c_B

4

B2
C2
E2
F2
F4
E4
C4
B4

B11
C11
E11
F11
F9
E9
C9
B9

C3
C10

D3
E3

D10
E10

AA2
Y2
V2
U2
U4
V4
Y4
AA4

AA11
Y11
V11
U11
U9
V9
Y9
AA9

Y3
Y10

W3
V3

W10
V10

DDR_1A_DQ<23> (6)
DDR_1A_DQ<21> (6)
DDR_1A_DQ<22> (6)
DDR_1A_DQ<20> (6)
DDR_1A_DQ<16> (6)
DDR_1A_DQ<17> (6)
DDR_1A_DQ<19> (6)
DDR_1A_DQ<18> (6)

DDR_1A_DQ<24> (6)
DDR_1A_DQ<28> (6)
DDR_1A_DQ<26> (6)
DDR_1A_DQ<25> (6)
DDR_1A_DQ<30> (6)
DDR_1A_DQ<31> (6)
DDR_1A_DQ<27> (6)
DDR_1A_DQ<29> (6)

DDR_1A_DQS_2_P (6 )
DDR_1A_DQS_2_N (6)

DDR_1A_DQS_3_P (6 )
DDR_1A_DQS_3_N (6)

DDR_1A_DQ<11> (6)
DDR_1A_DQ<14> (6)
DDR_1A_DQ<13> (6)
DDR_1A_DQ<15> (6)
DDR_1A_DQ<12> (6)
DDR_1A_DQ<10> (6)
DDR_1A_DQ<9> (6)
DDR_1A_DQ<8> (6)

DDR_1A_DQ<4> (6)
DDR_1A_DQ<5> (6)
DDR_1A_DQ<6> (6)
DDR_1A_DQ<7> (6)
DDR_1A_DQ<3> (6)
DDR_1A_DQ<2> (6)
DDR_1A_DQ<1> (6)
DDR_1A_DQ<0> (6)

DDR_1A_DQS_1_P (6 )
DDR_1A_DQS_1_N (6)

DDR_1A_DQS_0_P (6 )
DDR_1A_DQS_0_N (6)

PP1800_DRAM_U

PP1100_VDDQ

PP1100_VDDQ

AA10

W12

AB11

AA12

AB12

3

F1

VDD1_1

U1

VDD1_2

G4

VDD1_3

T4

VDD1_4

G9

VDD1_5

T9

VDD1_6

U12

VDD1_7

F12

VDD1_8

H1

VDD2_1

K1

VDD2_2

N1

VDD2_3

R1

VDD2_4

K3

VDD2_5

N3

VDD2_6

A4

VDD2_7

AB4

VDD2_8

F5

VDD2_9

H5

VDD2_10

R5

VDD2_11

U5

VDD2_12

F8

VDD2_13

H8

VDD2_14

R8

VDD2_15

U8

VDD2_16

A9

VDD2_17

AB9

VDD2_18

K10

VDD2_19

N10

VDD2_20

H12

VDD2_21

K12

VDD2_22

N12

VDD2_23

R12

VDD2_24

D1

VDDQ_1

W1

VDDQ_2

B3

VDDQ_3

F3

VDDQ_4

U3

VDDQ_5

AA3

VDDQ_6

B5

VDDQ_7

D5

VDDQ_8

W5

VDDQ_9

AA5

VDDQ_10

B8

VDDQ_11

D8

VDDQ_12

W8

VDDQ_13

AA8

VDDQ_14

B10

VDDQ_15

F10

VDDQ_16

U10

VDDQ_17
VDDQ_18

D12

VDDQ_19
VDDQ_20

A1

DNU_1

B1

DNU_2

AA1

DNU_3

AB1

DNU_4

A2

DNU_5

AB2

DNU_6

A11

DNU_7
DNU_8

A12

DNU_9

B12

DNU_10
DNU_11
DNU_12

1 OF 2

VSS#P12
VSS#G12
VSS#K11
VSS#P10
VSS#G10

VSS#K9
VSS#G8
VSS#G5
VSS#K4
VSS#P3
VSS#G3
VSS#K2
VSS#P1
VSS#G1

VSS#J1
VSS#T1

VSS#N2

VSS#J3
VSS#T3

VSS#N4

VSS#T5
VSS#T8

VSS#N9
VSS#J10
VSS#T10
VSS#N11
VSS#J12
VSS#T12

VSS#E1

VSS#Y1
VSS#W2
VSS#AB3
VSS#W4

VSS#E5

VSS#Y5

VSS#C8

VSS#V8
VSS#AB8
VSS#W9

VSS#AB10

VSS#W11

VSS#E12
VSS#Y12
VSS#V12
VSS#C12
VSS#D11
VSS#A10

VSS#D9
VSS#Y8
VSS#E8

VSS#AB5

VSS#V5

VSS#C5
VSS#D4

VSS#A3

VSS#D2

VSS#V1

VSS#C1

NC/ZQ1

DNU#G11

ZQ_a

LPDDR4_SDRAM

U20A

P12
G12
K11
P10
G10
K9
G8
G5
K4
P3
G3
K2
P1
G1
J1
T1
N2
J3
T3
N4
T5
T8
N9
J10
T10
N11
J12
T12
E1
Y1
W2
AB3
W4
E5
Y5
C8
V8
AB8
W9
AB10
W11
E12
Y12
V12
C12
D11
A10
D9
Y8
E8
AB5
V5
C5
D4
A3
D2
V1
C1

A5
A8
G11

DDQ_1A_ZQ<0>
DDQ_1A_ZQ<1>

PP1100_VDDQ

PP1800_DRAM_U

2

C209

C208
CHB@1u/16V_4

C398
CHB@0.1u/50V_4

CHB@1u/16V_4

C399
CHB@0.1u/50V_4

C210
CHB@1u/16V_4

C218
CHB@10u/10V_4

C212
CHB@1u/16V_4

C220
CHB@10u/10V_4

U20 VDDQ caps:1 uFx6, 0.1uFx2, 10uFx3

C211
CHB@1u/16V_4

C213
CHB@1u/16V_4

C215
CHB@1u/16V_4

C217
CHB@1u/16V_4

U20 VDD caps:1u Fx4, 10uFx2

PP1100_VDDQ

R269

R268

CHB@240_1%_2

CHB@240_1%_2

C214
CHB@1u/16V_4

C219
CHB@10u/10V_4

C401
CHB@10u/10V_4

C216
CHB@1u/16V_4

C400
CHB@10u/10V_4

1

LPDDR4_SDRAM

U21B

5

H4
H3
K5

H2
J2

H9
H10
H11

J11

G2

J4

J5

K8

J8

J9

R4

R3

N5

R2

P2

R9
R10
R11

P11

T2

P4

P5

N8

P8

P9

T11

CS0_A
CS1_A/NC
DNU#K5

CA0_A
CA1_A
CA2_A
CA3_A
CA4_A
CA5_A

ODT_CA_A

CKE_A
CKE1_A/NC
DNU#K8

CLK_P_A/CK_t_A
CLK_N_A/CK_c_A

CS_B
CS1_B/NC
DNU#N5

CA0_B
CA1_B
CA2_B
CA3_B
CA4_B
CA5_B

ODT_B/ODT_ca_B

CKE_B
CKE1_B/NC
DNU#N8

CLK_P_B/CK_t_B
CLK_N_B/CK_c_b

RESET_L/RESET_n

2 OF 2

DDR_1B_CS<0>(6,17)
DDR_1B_CS<1>(6,17)

DDR_1B_CA<0>(6,17)
DDR_1B_CA<1>(6,17)
DDR_1B_CA<2>(6,17)
DDR_1B_CA<3>(6,17)
DDR_1B_CA<4>(6,17)
DDR_1B_CA<5>(6,17)

PP1100_VDDQ

DDR_1B_CKE<0>(6,17)
DDR_1B_CKE<1>(6,17)

DDR_1B_CLK_P( 6,17)

PP1100_VDDQ

DDR_1B_CLK_N(6,17)

DDR_1B_CS<0>(6,17)
DDR_1B_CS<1>(6,17)

DDR_1B_CA<0>(6,17)
DDR_1B_CA<1>(6,17)
DDR_1B_CA<2>(6,17)
DDR_1B_CA<3>(6,17)
DDR_1B_CA<4>(6,17)
DDR_1B_CA<5>(6,17)

DDR_1B_CKE<0>(6,17)
DDR_1B_CKE<1>(6,17)

DDR_1B_CLK_P( 6,17)
DDR_1B_CLK_N(6,17)

DDR_RST_CH1_L(6,17)

B B

A A

DQ0_A
DQ1_A
DQ2_A
DQ3_A
DQ4_A
DQ5_A
DQ6_A
DQ7_A

DQ8_A

DQ9_A
DQ10_A
DQ11_A
DQ12_A
DQ13_A
DQ14_A
DQ15_A

DMI0_A
DMI1_A

DQS0_t_A

DQS0_c_A

DQS1_t_A

DQS1_c_A

DQ0_B

DQ1_B

DQ2_B

DQ3_B

DQ4_B

DQ5_B

DQ6_B

DQ7_B

DQ8_B

DQ9_B
DQ10_B
DQ11_B
DQ12_B
DQ13_B
DQ14_B
DQ15_B

DMI0_B
DMI1_B

DQS0_t_B
DQS0_c_B

DQS1_t_B
DQS1_c_B

B2
C2
E2
F2
F4
E4
C4
B4

B11
C11
E11
F11
F9
E9
C9
B9

C3
C10

D3
E3

D10
E10

AA2
Y2
V2
U2
U4
V4
Y4
AA4

AA11
Y11
V11
U11
U9
V9
Y9
AA9

Y3
Y10

W3
V3

W10
V10

DDR_1B_DQ<19> (6)
DDR_1B_DQ<18> (6)
DDR_1B_DQ<22> (6)
DDR_1B_DQ<16> (6)
DDR_1B_DQ<23> (6)
DDR_1B_DQ<17> (6)
DDR_1B_DQ<20> (6)
DDR_1B_DQ<21> (6)

DDR_1B_DQ<27> (6)
DDR_1B_DQ<26> (6)
DDR_1B_DQ<25> (6)
DDR_1B_DQ<31> (6)
DDR_1B_DQ<30> (6)
DDR_1B_DQ<29> (6)
DDR_1B_DQ<24> (6)
DDR_1B_DQ<28> (6)

DDR_1B_DQS_2_P (6 )
DDR_1B_DQS_2_N (6)

DDR_1B_DQS_3_P (6 )
DDR_1B_DQS_3_N (6)

DDR_1B_DQ<0> (6)
DDR_1B_DQ<3> (6)
DDR_1B_DQ<7> (6)
DDR_1B_DQ<6> (6)
DDR_1B_DQ<1> (6)
DDR_1B_DQ<5> (6)
DDR_1B_DQ<4> (6)
DDR_1B_DQ<2> (6)

DDR_1B_DQ<14> (6)
DDR_1B_DQ<13> (6)
DDR_1B_DQ<12> (6)
DDR_1B_DQ<8> (6)
DDR_1B_DQ<9> (6)
DDR_1B_DQ<10> (6)
DDR_1B_DQ<15> (6)
DDR_1B_DQ<11> (6)

DDR_1B_DQS_0_P (6 )
DDR_1B_DQS_0_N (6)

DDR_1B_DQS_1_P (6 )
DDR_1B_DQS_1_N (6)

4

PP1800_DRAM_U

PP1100_VDDQ

PP1100_VDDQ

F1

VDD1_1

U1

VDD1_2

G4

VDD1_3

T4

VDD1_4

G9

VDD1_5

T9

VDD1_6

U12

VDD1_7

F12

VDD1_8

H1

VDD2_1

K1

VDD2_2

N1

VDD2_3

R1

VDD2_4

K3

VDD2_5

N3

VDD2_6

A4

VDD2_7

AB4

VDD2_8

F5

VDD2_9

H5

VDD2_10

R5

VDD2_11

U5

VDD2_12

F8

VDD2_13

H8

VDD2_14

R8

VDD2_15

U8

VDD2_16

A9

VDD2_17

AB9

VDD2_18

K10

VDD2_19

N10

VDD2_20

H12

VDD2_21

K12

VDD2_22

N12

VDD2_23

R12

VDD2_24

D1

VDDQ_1

W1

VDDQ_2

B3

VDDQ_3

F3

VDDQ_4

U3

VDDQ_5

AA3

VDDQ_6

B5

VDDQ_7

D5

VDDQ_8

W5

VDDQ_9

AA5

VDDQ_10

B8

VDDQ_11

D8

VDDQ_12

W8

VDDQ_13

AA8

VDDQ_14

B10

VDDQ_15

F10

VDDQ_16

U10

VDDQ_17

AA10

VDDQ_18

D12

VDDQ_19

W12

VDDQ_20

A1

DNU_1

B1

DNU_2

AA1

DNU_3

AB1

DNU_4

A2

DNU_5

AB2

DNU_6

A11

DNU_7

AB11

DNU_8

A12

DNU_9

B12

DNU_10

AA12

DNU_11

AB12

DNU_12

LPDDR4_SDRAM

U21A

1 OF 2

3

VSS#P12
VSS#G12
VSS#K11
VSS#P10
VSS#G10

VSS#K9
VSS#G8
VSS#G5
VSS#K4
VSS#P3
VSS#G3
VSS#K2
VSS#P1
VSS#G1

VSS#J1
VSS#T1

VSS#N2

VSS#J3
VSS#T3

VSS#N4

VSS#T5
VSS#T8

VSS#N9
VSS#J10
VSS#T10
VSS#N11
VSS#J12
VSS#T12

VSS#E1

VSS#Y1
VSS#W2
VSS#AB3
VSS#W4

VSS#E5

VSS#Y5

VSS#C8

VSS#V8
VSS#AB8
VSS#W9

VSS#AB10

VSS#W11

VSS#E12
VSS#Y12
VSS#V12
VSS#C12
VSS#D11
VSS#A10

VSS#D9
VSS#Y8
VSS#E8

VSS#AB5

VSS#V5

VSS#C5
VSS#D4

VSS#A3

VSS#D2

VSS#V1

VSS#C1

NC/ZQ1

DNU#G11

P12

PP1100_VDDQ

G12
K11
P10
G10
K9
G8
G5
K4
P3
G3
K2
P1
G1
J1
T1
N2
J3
T3
N4
T5
T8
N9
J10
T10
N11
J12
T12
E1
Y1
W2
AB3
W4
E5
Y5
C8
V8
AB8
W9
AB10
W11
E12
Y12
V12
C12
D11
A10
D9
Y8
E8
AB5
V5
C5
D4
A3
D2
V1
C1

DDQ_1B_ZQ<0>

A5

ZQ_a

DDQ_1B_ZQ<1>

A8
G11

C221

C222

CHB@1u/16V_4

CHB@1u/16V_4

C403

C402

CHB@0.1u/50V_4

CHB@0.1u/50V_4

U21 VDDQ caps:1 uFx6, 0.1uFx2, 10uFx2

PP1800_DRAM_U

C224

C226

CHB@1u/16V_4

CHB@1u/16V_4

U20 VDD caps:1u Fx4, 10uFx1

PP1100_VDDQ

R271

R270

CHB@240_1%_2

CHB@240_1%_2

2

C223
CHB@1u/16V_4

C231
CHB@10u/10V_4

C228
CHB@1u/16V_4

C225
CHB@1u/16V_4

C233
CHB@10u/10V_4

C230
CHB@1u/16V_4

Size Document Number R

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Date: Sheet of

Date: Sheet of

C229

C227

CHB@1u/16V_4

CHB@1u/16V_4

C232
CHB@10u/10V_4

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

PROJECT :

MEMORY CH 10/11 LPDDR4

MEMORY CH 10/11 LPDDR4

MEMORY CH 10/11 LPDDR4

Wednesday, January 09, 2019

Wednesday, January 09, 2019

Wednesday, January 09, 2019

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

17 45

17 45

17 45

ev

1A

1A

1A

(KBC)

5

PP3300_ECPP 1800_SENSOR_U

4

PP3300_PD_ANA

3

2

1

R130

2.2K_1%_2

R141
*10K_1%_2

C529

0.1u/6.3V_2

R54 2.2_5%_4

C527

0.1u/6.3V_2

R446 *0_5%_2

C528
*Short_0402

R656

2.2K_1%_2

R158
*10K_1%_2

C76

0.1u/6.3V_2

PP1800_EC

R129

2.2K_1%_2

D D

EC_I2C_USB_C0_MUX_SCL(29,32)
EC_I2C_USB_C0_MUX_SDA(29,32)

EC_I2C_BATTERY_3V3_SCL(37)
EC_I2C_BATTERY_3V3_SDA(37)
EC_I2C_SENSOR_U_SCL(26,27)
EC_I2C_SENSOR_U_SDA(26,27)
EC_I2C_CHARGER_3V3_SCL(37)
EC_I2C_CHARGER_3V3_SDA(37)

KSI_00(25)
KSI_01_EC_SPI_FLASH_CS_L(22)
KSI_02_EC_SPI_FLASH_MISO(22)
KSI_03_EC_SPI_FLASH_MOSI(22)

L4

VBAT

M10

D1

AVCC

E1

AVSS

A7
B1
D12
M8

H6

M7

F1

VHIF

H12

VSPI

M6

A6

CAP

NPCX796FB0BX

KSI_04_EC_SPI_FLASH_CLK(22)
KSI_05(25)
KSI_06(25)
KSI_07(25)

EC_AVSS

EC_VSS_PLL

PP1800_EC_R

VREF_PECI_VCAP_PLL

C518
1u/10V_2

PP3300_EC_A

C522

0.1u/6.3V_2

C519
10u/10V_4

PLACE R444 CLOSE TO PIN M7

C521
10u/10V_4

R429 *10_1%_2

C C

U45B

A1

VSS#1

A5

VSS#2

VSTANDBY

A8

VSS#3

E12

VSS#4

G1

VSS#5

J12

VSS#6

M3

VSS#7

M9

VSS#8

B B

VCC1#1
VCC1#2
VCC1#4
VCC1#3

GPIO72/PWRGD

VSS_PLL

VREF_PECI/VCAP_PLL

C517

0.1u/6.3V_2

FB2
BLM03AX241SN1D

1 2

0102_Q_Changed R10Q to

C510

a short pad

4.7u/6.3V_4
R10Q *Short_0402

C523

0.1u/6.3V_2

PMIC_EN (33)

C525

0.1u/6.3V_2

PP3300_EC

R131
*10K_1%_2

PP3300_EC_VSBY

C516

0.1u/6.3V_2

EC_AVSS (24)

C526

0.1u/6.3V_2

R444 *0_5%_2

R657

2.2K_1%_2

R163
*10K_1%_2

R59

2.2_5%_4

EC_RST_ODL(21,22,38)

PP3300_EC_R

R425

2.2K_1%_2

R224
*10K_1%_2

PP3300_EC

PP3300_SOC_A

R20 100K_1%_2

R430

2.2K_1%_2

R226
*10K_1%_2

KSI_02_EC_SPI_FLASH_MISO

PP3300_EC

R474 100K_1%_2

R449

1.8K_1%_2

EC_I2C_USB_C1_MUX_SCL(39)
EC_I2C_USB_C1_MUX_SDA(39)

EN_PP3300_TRACKPAD_ODL(35)

USB_C_OC(8)
EC_I2C_EEPROM_SCL(19)
EC_I2C_EEPROM_SDA(19)

TO ENABLE UART PROGRAMMING, H4 HAS TO BE LOW POWER UP

R228

R227

*10K_1%_2

10K_1%_2

R60 33_1%_2

EC_RST_ODL EC_VCC1_RST_ODL

D1
SDM20U30-7

VF=0.35V@20mA

USB_C1_MUX_INT_ODL

EC_PCH_WAKE_ODL

R467 100K_1%_2

R454

1.8K_1%_2

ESPI_CLK(9)
ESPI_CS_L(9)
ESPI_IO0(9)
ESPI_IO1(9)
ESPI_IO2(9)
ESPI_IO3(9)
ESPI_RESET_L(9)

TP71
TP28
TP29

C96 0.1u/6.3V_2

TP105
TP106

32KXOUT

TP_EC_GPIO97

GPO32_TRIS_L
GPO35_TEST_L
GPO66_ARM_L_X86

3

Q8

2

1

MECH_PWR_BTN_ODL(21)

UART_EC_TX_SERVO_RX(21,22)
UART_SERVO_TX_EC_RX(21,22)

KSI_00
KSI_01_EC_SPI_FLASH_CS_L
KSI_02_EC_SPI_FLASH_MISO_R
KSI_03_EC_SPI_FLASH_MOSI
KSI_04_EC_SPI_FLASH_CLK
KSI_05
KSI_06
KSI_07

KSO_00(25)
KSO_01(25)
EC_KSO_02_INV(21)
KSO_03(25)
KSO_04(25)
KSO_05(25)
KSO_06(25)
KSO_07(25)
KSO_08(25)
KSO_09(25)
KSO_10(25)
KSO_11(25)
KSO_12(25)

21

TP107

EC_AP_INT_ODL(12)

EC_I2S_SCLK(9)
EC_I2S_TX_PCH_RX(9)
EC_I2S_SFRM(9)

EC_GP_SEL_ODL(22)

TP173

TP5
TP2
TP3
TP4

EC_GP_SEL(21)

EC_FLASH_WP_ODLEC_WP_ODL

U45A

M1

PCI_CLK/ESPI_CLK/GPIO55

L2

LFRAME_L/ESPI_CS_L/GPIO53

H1

LAD0/ESPI_IO0/GPIO46

J1

LAD1/ESPI_IO1/GPIO47

K1

LAD2/ESPI_IO2/GPIO51

L1

LAD3/ESPI_IO3/GPIO52

K3

LRESET_L/ESPI_RST_L/GPIO54

K8

GPIO90/I2C1_SCL0

K7

GPIO87/I2C1_SDA0

L8

GPIO92/I2C2_SCL0

K9

GPIO91/I2C2_SDA0

D5

GPIO33/I2C5_SCL0/CTS_L

D4

GPIO36/I2C5_SDA0/RTS_L

F8

GPIOD1/I2C3_SCL0

F9

GPIOD0/I2C3_SDA0

C12

GPIOB5/I2C0_SCL0

B12

GPIOB4/I2C0_SDA0

J10

GPIOB3/I2C7_SCL0

K10

GPIOB2/I2C7_SDA0

F5

GPIOF3/I2C4_SCL1

F6

GPIOF2/I2C4_SDA1

H4

GPO65/CR_SOUT1/FLPRG_L

G4

GPIO64/CR_SIN1

A2

KSI0/GPIO31/TRACEDATA3/GP_MOSI

A3

KSI1/GPIO30/GP_CS_L

A4

KSI2/GPIO27/GP_MISO

B3

KSI3/GPIO26/GP_MOSI

B4

KSI4/GPIO25/GP_SCLK

C3

KSI5/GPIO24/GP_MISO

C4

KSI6/GPIO23

C5

KSI7/GPIO22

B5

KSO00/GPIO21

B6

KSO01/GPIO20

B7

KSO02/GPIO17

B8

KSO03/GPIO16

C7

KSO04/GPIO15

C6

KSO05/GPIO14

C8

KSO06/GPIO13/GP_SEL1_L

B9

KSO07/GPO12/JEN0_L

C9

KSO08/GPIO11/CR_SOUT1

C10

KSO09/GPIO10/CR_SIN1

B11

KSO10/GPIO07

B10

KSO11/GPIO06

C11

KSO12/GPIO05

K6

VCC1_RST_L/GPO77

M4

32KXIN/32KCLKIN

M5

32KXOUT

M11

GPIO94/DMIC_CLK

L10

GPIO97/DMIC_DATA

J11

GPIOA7/I2S_CLK

L11

GPIOB0/I2S_DATA

K11

GPIOA5/A20M/I2S_SYNC

H3

GPOD6/JEN1_L

E4

GPO32/TRIS_L

K2

GPO35/TEST_L

G2

GPO66/ARM_L/X86

L9

GPOB6/PWM4/GP_SEL0_L

PJE138K

EC_FLASH_WP_ODL (19,21,22)

KEYBOARD

PP3300_RTC

R153
499K_1%_2

PP1800_SOC_A

R139 1K_1%_2
R140 100K_1%_2

GPIOC2/PWM1/I2C6_SCL0

eSPI SOC

I2C

POWER SEQ

UART

USB PD

CLK

MISC

WoV

GPIO75/32KHZ_OUT/RXD/CR_SIN2

STRAPS

GPIO86/TXD/CR_SOUT2

SER_IRQ/ESPI_ALERT_L/GPIO57

R154
100K_1%_2

GPIO37/ADC5

GPIOC1/I2C6_SDA0

GPIO76/EC_SCI_L

GPIO74

GPIO34/ADC6

GPIO02/PSL_IN4

GPIOC5/KBRST_L

GPIOC6/SMI_L

GPIOC7

GPIOF4/I2C5_SDA1

GPIOE2

GPIO01/PSL_IN3

PSL_OUT/GPIO85

GPIO60/PWM7

GPIO73

GPIOB7/PWM5

GPIOC0/PWM6

GPIOD7
GPIOA4

SPIP_MOSI/GPIOA3

GPIOA6
GPIOD4

PSL_IN2/GPIO00

GPIOD5

GPIO67

KSO16/GPIO03

GPIO61/PWROFF_L

GPIO62

KSO14/GPIO82

GPIO7

KSO13/GPIO04

GPIOF5/I2C5_SCL1

KSO15/GPIO83
KSO17/GPIOB1

GPIO63

GPIO40
SPIP_MISO/GPIO95
GPIOE4/I2C6_SCL1

GPIOE0

GPIOA2

GPIOA0

GPIOF1/ADC8
GPIO43/ADC2
GPIO42/ADC3

GPIO56/CLKRUN_L

GPIO50

GPIOE3/I2C6_SDA1

GPIOE5

GPIOE1/ADC7

SPIP_SCLK/GPIOA1

GPIO80/PWM3
GPIOC3/PWM0
GPIOC4/PWM2

GPIOD3

PSL_IN1/GPIOD2

GPIO45/ADC0
GPIO44/ADC1

GPIO96

GPIO93
GPIOF0/ADC9
GPIO41/ADC4

NPCX796FB0BX

R157
10K_1%_2

PCH_PROCHOT_ODL
TRACKPAD_INT_1V8_ODL

PCH_PROCHOT_ODL

C1
H10
H9
J5

EC_PCH_WAKE_ODL

H5

SYS_RST_ODL

B2

EC_RST_ODL

F7
H7
D10
F10

E9
A11

MECH_PWR_BTN_ODL

E6
J8
G6
G5
J7
H8

EC_PIN_L5

L5

R264 *Short_0201

H11
K12
F11
A9
E7
A10

J3

EC_GPIO_03

D9
K4
H2

R738 *Short_0201

D6
J4
D11

USB_C1_MUX_INT_ODL

E8
D7
D8
J2
E5
M12
L6
F4
F12

G11
G3
E2
D3

M2
G10

CCD_MODE_EC_L

L7
A12
F3

EC_WP_ODL

L12

GPIO80_PWM3

K5
G9
G8
E10

LID_OPEN

G7
F2
E3
G12

TRACKPAD_INT_1V8_ODL

E11

EC_GPIOF0_ADC9

D2

EC_GPIO41_ADC4

C2

J6
J9

TP_EC_GPIO57

L3

LID_OPEN
EC_RST_ODL

MECH_PWR_BTN_ODL

TRACKPAD_INT_1V8_ODL (12,25)

BASE_SIXAXIS_INT_L (27)
LID_ACCEL_INT_L (26)
CCD_MODE_EC_L (31)
EC_BATT_PRES_L (37)

R18 *Short_0201

PP3300_EC

PCH_PROCHOT_ODL (11,37)
PCH_RSMRST_L (11,12)
EC_PCH_PWR_BTN_ODL (11,12)
EC_PCH_RTCRST (11)
EC_PCH_WAKE_ODL (12)
SYS_RST_ODL (11,12,21,22)

USB_C0_HPD_1V8_ODL (7,29)
USB_C1_HPD_1V8_ODL (7,39)
PLT_RST_L (11,12,21,23,28)

PMIC_EC_PWROK_OD (33)

PMIC_EC_RSMRST_ODL (33)

TP158
TP67

PP3300_PG_OD (34,35)

EN_PP5000_A (34)

EC_PCH_PWROK (11)

PP5000_PG_OD (34)

TP85

SLP_S0_L (11)

SLP_S4_L (11,35)

SLP_S3_L (11,35)

TP22

ACOK_OD (21,37)

SUSPWRDNACK (11)

EN_USB_A0_5V (30)

USB_C0_MUX_INT_ODL (29)

KB_BL_PWR_EN (25)

KSO_14 (25)

USB_C1_PD_RST_ODL (29,39)

KSO_13 (25)

USB_C1_MUX_INT_ODL (39)

TP24

USB_C1_BC12_VBUS_ON (39)

USB_C0_BC12_VBUS_ON (31)

USB_C0_BC12_CHG_DET_L (31)

USB_C1_BC12_CHG_DET_L (39)

TP25

USB_A0_CHARGE_EN_L (30)

USB_A1_CHARGE_EN_L (39)

LED_1_L (27)

LED_2_L (27)

EC_BL_EN_OD (26)

LID_OPEN (22,26,27,39)

EN_USB_A1_5V (39)

TP75
TP76

EC_VOLUP_BTN_ODL (39)

TABLET_MODE_L (27,39)

TP130

0102_Q_Changed R184 to a short pad

R184
*Short_0201

R137 100K_1%_2

0102_Q_added DNS C111Q,C1112Q

C112Q

C111Q

*0.01u/16V_2

*0.01u/16V_2

KB_BL_PWM (25)

C531

0.1u/6.3V_2

GND OF C531, 532 GOES TO E1 OF U45

R9096 *SP@0_5%_2

R40Q
SP@51.1K_1%_2

R42Q
SP@12.4K_1%_4

EN_EC_PWR (34,35)

LED_3_L (39)

EN_PP3300_A (34)

WFCAM_VSYNC (40)

USB_C0_PD_RST (29)

EC_VOLDN_BTN_ODL (39)

USB_PD_C0_INT_ODL (32)

USB_PD_C1_INT_ODL (39)
CHARGER_IADP (37)
CHARGER_PMON (37)

EC_AVSS

EC_ENTERING_RW (21)

R257 1M_1%_2

TEMP_SENSOR_AMB (24)
TEMP_SENSOR_CHARGER (37)

C532

0.1u/6.3V_2

EC_AVSS

R41Q
SP@51.1K_1%_2

EC_BRD_01
EC_BRD_02

R43Q
SP@12.4K_1%_4

0102_Q_Changed C528 to a short pad

KSI_01(25)

A A

EC_KSI_02(21)
EC_KSI_03(21)

KSI_04(25)

R492

R493

R494

499_1%_2

499_1%_2

5

499_1%_2

R499
499_1%_2

KSI_01_EC_SPI_FLASH_CS_L
KSI_02_EC_SPI_FLASH_MISO
KSI_03_EC_SPI_FLASH_MOSI
KSI_04_EC_SPI_FLASH_CLK

PPVAR_USB_C0_VBUS

DIVIDES VOLTAGE BY 10 FOR ADC

R147

C530
*0.1u/25V_4

200K_1%_4

R148
22K_1%_4

EC_GPIOF0_ADC9

EC_AVSS

ADC CIRCUIT OR MONITORING VBUS IS OPTIONAL AND PARTN

4

GND OF ADC FUNCTION MUST GO TO E1 OF U45

R149
200K_1%_4

EC_GPIO41_ADC4

R150
22K_1%_4

ERS CAN CHOOSE TO USE OR NOT

C561
*0.1u/25V_4

SUB_GPIO_ADC (39)

3

R40Q/R41Q | R42Q/R43Q | VOLTAGE | LEVEL

----------------------------------------------------

51.1 KOHM | 2 KOHM | 0.124 V | 1

51.1 KOHM | 4.7 KOHM | 0.278 V | 2

51.1 KOHM | 8.2 KOHM | 0.456 V | 3

51.1 KOHM | 12.4 KOHM | 0.644 V | 4

51.1 KOHM | 18 KOHM | 0.860 V | 5

51.1 KOHM | 22 KOHM | 0.993 V | 6

51.1 KOHM | 27.4 KOHM | 1.152 V | 7

51.1 KOHM | 34 KOHM | 1.318 V | 8

51.1 KOHM | 40.2 KOHM | 1.453 V | 9
10 KOHM | 10 KOHM | 1.650 V | 10
10 KOHM | 12.4 KOHM | 1.827 V | 11
10 KOHM | 18 KOHM | 2.121 V | 12
10 KOHM | 22 KOHM | 2.269 V | 13
10 KOHM | 27.4 KOHM | 2.418 V | 14
10 KOHM | 34 KOHM | 2.550 V | 15
10 KOHM | 47 KOHM | 2.721 V | 16

2

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

PROJECT :

EC-NUVOTON

EC-NUVOTON

EC-NUVOTON

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

of

18 45

18 45

18 45

1A

1A

1A

5

4

3

2

1

PCH SPI FLASH

D D

PCH_SPI_MOSI(9)
PCH_SPI_MISO_R(9)
PCH_SPI_CS0_L(9)
PCH_SPI_CLK(9)

SERVO_PCH_SPI_MOSI(21,22)

SERVO_PCH_SPI_MISO(21,22)

C C

SERVO_PCH_SPI_CS_L(21,22)

SERVO_PCH_SPI_CLK(21,22)

(CPU)

R77 0_5%_2

R78 0_5%_2

R79 0_5%_2

R80 0_5%_2

D40

H1_AP_FLASH_SEL_3V3_ODLH1_AP_FLASH_SEL_ODL

21

RB500V-40

VF=0.45V@10mA

PP1800_A PP1800_RTC

H1_AP_FLASH_SEL(19,21)

PP3300_A

R520
100K_5%_2

1

Q60

2

PMZ370UNE

5

DI(IO0)

2

DO(IO1)

1

CS

6

CLK

W25Q128FWPIF

WINBOND: W25Q128FWPIF
GIGADEVICES: 25LQ128CWIG
16MB PCH FLASH
STANDBY CURRENT: 50 UA
MAX CURRENT: 25MA

VCC

WP(IO2)

HOLD(IO3)

GND

TPAD

3

U5

8
3
7
4
9

PP1800_BIOS_SPI

C7

4.7u/10V_4

BIOS_FLASH_WP_ODL
SERVO_PCH_SPI_HOLD_L

PP3300_EC

R471
100K_5%_2

H1_AP_FLASH_SEL_ODL

3

2

Q61
PJE138K

1

R91
100K_5%_2

1

Q65

3

R736

PMZ370UNE

100K_5%_2

SERVO_PCH_SPI_HOLD_L (22)

2

Q62

2

PMZ370UNE

PP1800_A

R175
100K_5%_2

PCH_WP_OD (11)

H1_AP_FLASH_SEL (19,21)

1

3

PP1800_BIOS_SPI

A2

U7

VCC

Y

B2

A

GND

SN74LVC1G07YZVR

B1

A1

2

PP3300_RTC

74LVC1G07

1.65-5.5V

3

Q16

PJE138K

1

R176
499K_1%_2

EC_FLASH_WP_ODL (18,21,22)

B B

(KBC)

PP3300_EC

R136

2.2K_1%_2

A A

EC_FLASH_WP_ODL

PJE138K

5

Q22

3

2

1

SKU EEPROM

PP3300_EC

EC_I2C_EEPROM_SCL(18)
EC_I2C_EEPROM_SDA(18)

WC_L : LOW = WRITE PROTECT DISABLE
WC_L : HI = WRITE PROTECT ENABLE

4

R359

2.2K_1%_2

EEPROM_WP_OD

R360

2.2K_1%_2

3

C429

0.01u/16V_2

U28

8

VCC

6

SCL

5

SDA

7

WP

M34E02-FDW6TP

VSS

1

E0

2

E1

3

E2

4

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

2

Wednesday, January 09, 2019

PROJECT :

SPI ROM

SPI ROM

SPI ROM

ZAK_ZAN_ZAP_ZAQ

of

19 45

19 45

19 45

1

1A

1A

1A

5

4

3

2

1

(INT)

D D

C C

B B

PP1800_A PP1800_A

C505

*1u/16V_4

C506
*0.1u/16V_2

TCK(12)
TDI(12)

TRST_L(12)
CX_PRDY_L(12)
DBG_PTI_CLK0(12)
GP_INTD_DSI_TE2(7)

DBG_PTI_DATA_0(12)
DBG_PTI_DATA_1(12)
DBG_PTI_DATA_2(12)
DBG_PTI_DATA_3(12)
DBG_PTI_DATA_4(12)
DBG_PTI_DATA_5(12)
DBG_PTI_DATA_6(12)
DBG_PTI_DATA_7(12)
DBG_PTI_DATA_8(12)
DBG_PTI_DATA_9(12)
DBG_PTI_DATA_10(12)
DBG_PTI_DATA_11(12)
DBG_PTI_DATA_12(12)
DBG_PTI_DATA_13(12)
DBG_PTI_DATA_14(12)
DBG_PTI_DATA_15(12)

DBG_PTI_CLK1(12)

DBG_PMU_PLTRST_L

LAYOUT NOTE: PLACING THE SERIAL R'S WITHIN 1 " OF THE DEBUG CONNECTOR

PP1800_A PP1800_A

J5

1 2

R627 *0_5%_2

3
5 6
7
9
11
13 14
15
17
19
21
23
25
27
29
31
33
35
37
39
41
43
45
47
49
51
53
55
57
59

10
12

16
18
20
22
24
26
28
30
32
34
36
38
40
42
44
46
48
50
52
54
56
58
60

4

8

DBG_PMU_RSTBTN_L
TRSTPD

R602 *0_5%_2

DBG_PMU_RSTBTN_L

DBG_PMU_PLTRST_L
DBG_PMU_PWRBTN_L

R623 *0_5%_2R601 *0_5%_2

C507
*1u/16V_4

TMS (12)
TDO (12)

CX_PREQ_L (12)

DBG_PTI_CLK2 (12)

DBG_PTI_DATA_16 (12)
DBG_PTI_DATA_17 (12)
DBG_PTI_DATA_18 (12)
DBG_PTI_DATA_19 (12)
DBG_PTI_DATA_20 (12)
DBG_PTI_DATA_21 (12)
DBG_PTI_DATA_22 (12)
DBG_PTI_DATA_23 (12)
DBG_PMU_RSTBTN_L (12)
BOOT_HALT_L (12)
DBG_PMU_PLTRST_L (12)
DBG_PMU_PWRBTN_L (12)
DBG_RSMRST_L (12)
DCI_DATA_PTITRACE3_0 (12)
DBG_PTI_DATA_TRACE3_1 (12)
DBG_PCH_I2C_SCL (10)
DBG_PCH_I2C_SDA (10)
DBG_PTI_DATA_TRACE3_2 (12)
PCHTX_MIPI60RX_UART (10)
PCHRX_MIPI60TX_UART (10)

DCI_CLK_PTICLK3 (12)

C508
*0.1u/16V_2

R199
*10K_1%_2

DBG_PMU_RSTBTN_L

C93

*0.01u/16V_2

DBG_PMU_PWRBTN_L

C78

*0.01u/16V_2

626361

64

65

66

*QSH-030-01-L-D-A-K-TR

A A

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

MIPI60 DEBUG HEADER

MIPI60 DEBUG HEADER

MIPI60 DEBUG HEADER

Date: Sheet

Date: Sheet of

5

4

3

Date: Sheet of

Wednesday, January 09, 2019

Wednesday, January 09, 2019

Wednesday, January 09, 2019

2

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

PROJECT :

PROJECT :

PROJECT :

ZAK_ZAN_ZAP_ZAQ

of

20 45

20 45

20 45

1

1A

1A

1A

5

4

3

2

1

(H1C)

KEEP NEAR TPM/SPI ROM TO MINIMIZE SPI STUBS
PLACE TERMINATION NEAR DIVIDE

H1_SLAVE_SPI_MOSI_R(10)

H1_SLAVE_SPI_CLK_R(10)

H1_SLAVE_SPI_CS_L_R(10)

H1_SLAVE_SPI_MISO(10)

D D

PP1800_SOC_A

R443
10K_5%_2

H1_PCH_INT_ODL(10)

H1_BOOT_UART_RX(22)

C C

EC_GP_SEL(18)
H1_AP_FLASH_SEL(19)
H1_BOOT_CONFIG(22)

USB_C0_SBU1(31)
USB_C0_SBU2(31)

VF=0.35V@20mA

R472
10K_5%_2

R855 *Short_0201
R856 *Short_0201

D33
SDM20U30-7

2 1

PP1800_VDDIOA

R445
10K_5%_2

R473
10K_5%_2

R782 33_5%_2

R792 33_5%_2

R793 33_5%_2

R794 33_5%_2

R501
10K_5%_2

R203
10K_5%_2

H1_USB_C0_SBU1
H1_USB_C0_SBU2

H1_SLAVE_SPI_MOSI

H1_SLAVE_SPI_CLK

H1_SLAVE_SPI_CS_L

H1_SLAVE_SPI_MISO_R

ADDED TO MATCH 3MS DELAY

RESET_H1_ODL(22)

H1_BOOT_UART_TX(22)
PCH_I2C_H1_SDA(10)

PCHTX_SERVORX_UART(10,22)

PCHRX_SERVOTX_UART(10,22)

PCH_I2C_H1_SCL(10)

DEBUG_I2C_SCL(22,36)
DEBUG_I2C_SDA(22,36)

UART_SERVO_TX_EC_RX(18,22)
UART_EC_TX_SERVO_RX(18,22)
EN_PP3300_INA_H1_ODL(36)

DIOB4 - GND, BUT HAD INTERNAL PD - TIE MAY NOT BE NECESSARY

0102_Q_Changed R306,R310
to a short pad

R204

R169

2M_1%_2

2M_1%_2

PP3300_RTC

PP1800_RTC

H1_SLAVE_SPI_MOSI

H1_SPI_MOSI
H1_PCH_INT_L
H1_SLAVE_SPI_CLK

H1_SPI_CLK

H1_SLAVE_SPI_MISO_R
H1_SPI_MISO
H1_SLAVE_SPI_CS_L
H1_BOOT_UART_RX
H1_SPI_CS_L

EC_GP_SEL
H1_AP_FLASH_SEL
H1_BOOT_CONFIG

R304 *0_5%_2
R308 *0_5%_2

R310 *Short_0201
R306 *Short_0201

R334 *0_5%_2

R335 *0_5%_2

PP3300_VDDIOM

R857

30.9K_1%_2

TP60

TP58

R813 *Short_0603

R450 *Short_0603

R451 *Short_0603

C439

0.1u/10V_2

DIOA1

DIOA9

R178

R172

2M_1%_2

2M_1%_2

G1

B9
D8
C9
E8
D9

F8

F9
G8
G9
H8
H9

J9

J8
H7

J7

J6
H6

J5
H5

J3
H4

J2

J1

E1

F1

E2

F2

PP3300_VDDIOM

PP3300_VDDIOB

PP1800_VDDIOA

U37

RESETB

DIOA0
DIOA1
DIOA2
DIOA3
DIOA4
DIOA5
DIOA6
DIOA7
DIOA8
DIOA9
DIOA10
DIOA11
DIOA12
DIOA13
DIOA14

DIOB0
DIOB1
DIOB2
DIOB3
DIOB4
DIOB5
DIOB6
DIOB7

USBAN
USBAP

USBBN
USBBP

C386

0.1u/10V_2

C382

0.1u/10V_2

J4

VDD3P3_IOAE9VDD3P3_IOB

1.8V

3.3V

VSS_1C2VSS_2D4VSS_3D5VSS_4D6VSS_5E4VSS_6E5VSS_7E6VSS_8F4VSS_9F5VSS_10F6VSS_11

VDD3P3_IOM_1A7VDD3P3_IOM_2B2VDD3P3_IOM_3

H1

1.8V

C378

4.7u/6.3V_4

C387

0.1u/10V_2

C388

0.1u/10V_2

C389

0.1u/10V_2

PP3300_VDDIOM

1226_Q_added 499K PU to PP3300_VDDIOM on H1_BATT_PRES_L as in 2.82 change list

R90Q
499K_1%_2

C1

DIOM0
DIOM1
DIOM2
DIOM3
DIOM4

DIOR2

ACOK_OD

DIOR8

EC_IN_RW_OD

H1_RDCC1
H1_RDCC2

R873 *Short_0201
R874 *Short_0201
R875 *Short_0201
R876 *Short_0201

R999 1K_1%_2

R718 10K_1%_2

R719 10K_1%_2

R859 *0_5%_2
R860 *0_5%_2

OP_OUT2

OP_OUT1

PLT_RST_L (11,12,18,23,28)

EC_RST_ODL (18,22,38)
MECH_PWR_BTN_IN_ODL (22,25)

EC_KSO_02_INV (18)
EC_ENTERING_RW (18)

EC_FLASH_WP_ODL (18,19,22)
MECH_PWR_BTN_ODL (18)

KSO_02 (25)

BAT_DISABLE_ODL (37)

DIOM0

B1

DIOM1

A1

DIOM2

A2

DIOM3

A3

DIOM4

B3

DIOR0

A4

DIOR1

B4

DIOR2

A5

DIOR3

B5

DIOR4

A6

DIOR5

B6

DIOR6

B7

DIOR7

A8

DIOR8

B8

DIOR9

A9

DIOR10

C8

DIOR11

D1

RDCC1

D2

RDCC2

H2

NC#1

H3

NC#2

C3

NC#3

C4

NC#4

C5

NC#5

C7

NC#6

D7

NC#7

E3

NC#8

E7

NC#9

F3

NC#10

F7

NC#11

G3

NC#12

G5

NC#13

G6

NC#14

G7

NC#15

UR0605B-FT021

G2

USB_C0_CC1
USB_C0_CC2

U8

VDD

7

OUT2

1

OUT1

VSS

SYS_RST_ODL (11,12,18,22)
CCD_MODE_ODL (31)
H1_BATT_PRES_L (37)

8

-

IN2_N

+

IN2_P

-

IN1_N

+

IN1_P

TLV8802DGKR

4

USB_C0_CC1 (29,31)
USB_C0_CC2 (29,31)

6

5

R720 100K_1%_2

2

3

R721 100K_1%_2

PP3300_VDDIOM

PP5000_LDO

R561
10K_5%_2

PP3300_VDDIOM PP1800_SOC_A

C577

0.1u/10V_2

OP_OUT2

USB_C0_CC2

OP_OUT1

USB_C0_CC1

R529
100K_1%_2

R448
100K_5%_2

ACOK_OD (18,37)

EC_IN_RW_OD (11)

FOR EC FLASH PROGRAMMING

H1_SPI_CS_L

B B

H1_AP_FLASH_SEL

H1_SPI_CS_L

H1_SPI_MOSI

H1_SPI_CLK

SERVO_PCH_SPI_MISO(19,22)

A A

H1_SPI_MISO
H1_SPI_MOSI
H1_SPI_CLK

R417 33_5%_2
R409 33_5%_2
R410 33_5%_2
R413 33_5%_2

SERVO_PCH_SPI_MISO

5

SERVO_PCH_SPI_CS_L
SERVO_PCH_SPI_MISO
SERVO_PCH_SPI_MOSI
SERVO_PCH_SPI_CLK

C445
*0.1u/10V_2

U56

1

1OE

2

1A

4

2OE

5

2A

10

3OE

9

3A

13

4OE

12

4A

VIA#116VIA#217VIA#318VIA#4

PP1800_VDDIOA PP1800_VDDIOA

R414
1M_1%_2

R165
*1M_1%_2

2

R416
1M_1%_2

R166
*1M_1%_2

R419
*4.7K_1%_2

H1_SLAVE_SPI_CLK
DIOA1
DIOA9

H1_SLAVE_SPI_CS_L

R432
1M_1%_2

14

VCC

GND

EPAD

*SN74LVC126ARGYRG4

7

15

19

3

1Y

6

2Y

8

3Y

11

4Y

SERVO_PCH_SPI_CS_L

SERVO_PCH_SPI_MOSI

SERVO_PCH_SPI_CLK

H1_SPI_MISO

4

SERVO_PCH_SPI_CS_L (19,22)

SERVO_PCH_SPI_MOSI (19,22)

SERVO_PCH_SPI_CLK (19,22)

stuffing option for different KB

DIOR2

R565 0_5%_2

R566 *0_5%_2

EC_KSI_03 KSI_03

R5671 0_5%_2

EC_KSI_02 KSI_02

R567 *0_5%_2

DIOR8

R568 0_5%_2

R569 *0_5%_2

KSI_02

KSI_03

3

EC_KSI_02

EC_KSI_03

KSI_02 (25)

KSI_03 (25)

EC_KSI_02 (18)

EC_KSI_03 (18)

R412
*1M_1%_2

R162
1M_1%_2

STRAPS : SPI FOR CONVERTIBLE/CLAMPSHELL

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

PROJECT :

H1 SECURE MICROCONTROLLER

H1 SECURE MICROCONTROLLER

H1 SECURE MICROCONTROLLER

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

of

21 45

21 45

21 45

1A

1A

1A

5

4

3

2

1

(GOG)

P18 IS PCH UART REF VOLTAGE

P

CH SPI IS 1.8V

SERVO_PCH_SPI_CS_L(19,21)

D D

EC SPI IS 3.3V

PP3300_SERVO_EC

P29 IS PD UART REF VOLTAGE

PP1800_RTC

PP3300_INA_SERVO

POWER FOR FLASH ING EC THROUGH SERVO

C C

PP3300_SERVO_EC

PP5000_LDO

R47 *SV@100K_5%_2

R138
*SV@499K_1%_2

SERVO_PCH_SPI_MISO(19,21)
SERVO_PCH_SPI_HOLD_L(19)

KSI_04_EC_SPI_FLASH_CLK(18)
KSI_03_EC_SPI_FLASH_MOSI(18)

PCHTX_SERVORX_UART(10,21)

H1_BOOT_UART_RX(21)

H1_BOOT_UART_TX(21)

R278 *SV@Short_0201

UART_EC_TX_SERVO_RX(18,21)

EC_GP_SEL_ODL(18)
H1_BOOT_CONFIG(21)
RESET_H1_ODL(21)

R728
*SV@499K_1%_2

3

2

Q77
*SV@BSS138

1

C578
*SV@4.7u/6.3V_4

TP124
TP125
TP126

TP95
TP6
TP7
TP8
TP9

TP10
TP56
TP11
TP12
TP13
TP14

C579
*SV@0.1u/6.3V_2

R729

*SV@51.1K_1%_2

KSI_04_EC_SPI_FLASH_CLK

1

KSI_03_EC_SPI_FLASH_MOSI

1
1

1
1

SERVO_TP2

1
1

SERVO_TP4 SYS_RST_SERVO_ODL

1

I2C_SERVO_SDA
SERVO_TP39

1
1
1
1
1
1

CAN REMOVE U44, U26, Q77, C578 , C579, R128, R47, R138 R519 IF J1 IS DNS

R730
*SV@0_5%_2

U26

2

IN#1

3

IN#2

4

IN#3

10

FAULT

5

EN

6

ILIM

*SV@TPS2559DRCR

OUT#1

OUT#2

OUT#3

GND

EPAD

7

8

9

1

11

J1

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

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

SV@AXK750147G

SERVO HEADER

PP3300_EC_PROG

R4
*SV@0_5%_2

R19
*Short_0402

C580

4.7u/6.3V_4

KSI_01_EC_SPI_FLASH_CS_L
KSI_02_EC_SPI_FLASH_MISO

SERVO_TP30

I2C_SERVO_SCL

PP3300_RTC

PP3300_EC_VSBY

SERVO_PCH_SPI_CLK (19,21)

1

TP127

1

TP128

1

TP15

1

TP16

1

TP17

1

TP18

1

TP19

1

TP20

SERVO_PCH_SPI_MOSI (19,21)

KSI_01_EC_SPI_FLASH_CS_L (18)
KSI_02_EC_SPI_FLASH_MISO (18)

EC_RST_ODL (18,21,38)
PCHRX_SERVOTX_UART (10,21)

MECH_PWR_BTN_IN_ODL (21,25)

UART_SERVO_TX_EC_RX (18,21)

EC_FLASH_WP_ODL (18,19,21)

LID_OPEN (18,26,27,39)

(H1C)

P34 IS EC UART REF VOLTAGE
CAN REMOVE U44, R519 IF J1 IS DNS

PP1800_BIOS_SPI

PP1800_A

PP3300_EC

R519

SV@1M_1%_2

A1

PP3300_EC

A

A2

VCC

Y

GND

U44

B1

SV@SN74LVC1G07YZVR

B2

SYS_RST_ODL (11,12,18,21)

B B

CAN REMOVE Q68, Q69 IF J1 IS D NS

PP5000_LDO

I2C_SERVO_SDA

A A

I2C_SERVO_SCL

5

321

*SV@PJE138K
Q68

PP5000_LDO

321

*SV@PJE138K
Q69

DEBUG_I2C_SDA (21,36)

DEBUG_I2C_SCL (21,36)

0103_Q_DNS Q68,Q69,C442,Q75,C443 no matter servo board is
stuffed or not, the INA feasrure was removed from DVT build

4

PP3300_INA PP3300_INA_SERVO

C442

*SV@1u/10V_2

PP5000_LDO

Q75
*SV@BSS138

321

C443
*SV@4.7u/10V_4

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

3

2

Wednesday, January 09, 2019

PROJECT :

SERVO

SERVO

SERVO

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

of

4522

4522

4522

1A

1A

1A

5

(MMC)

32 GB EMMC STORAGE

150 UA SLEEP CU RRENT

D D

C C

PP3300_EMMC_DX

C147

4.7u/10V_4

PP1800_EMMC_DX

C148

4.7u/10V_4

C146
1u/6.3V_2

C149

0.1u/10V_2

C150

0.1u/10V_2

EMMC_VDDI_BYP

U13A

E6

VCC#1

F5

VCC#2

J10

VCC#3

K9

VCC#4

A6

VSS#5/NC

E7

VSS#1

J5

VSS#6/NC

K8

VSS#4

G5

VSS#2

H10

VSS#3

C6

VCCQ#1

M4

VCCQ#2

N4

VCCQ#3

P5

VCCQ#5

P3

VCCQ#4

P6

VSSQ#5

P4

VSSQ#4

N5

VSSQ#3

N2

VSSQ#2

C4

VSSQ#1

C2

VDDI

THGBMHG8C2LBAIL

DAT0
DAT1
DAT2
DAT3
DAT4
DAT5
DAT6
DAT7

CMD

DS/NC

RSTN

VSF#7/NC
VSF#6/NC
VSF#5/NC
VSF#4/NC

VSF#3/NC
VSF#2/NC
VSF#1/NC

CLK

A3
A4
A5
B2
B3
B4
B5
B6

M6
M5
H5

K5

P10
E8
G10
K10

F10
E10
E9

4

EMMC_DAT0_R
EMMC_DAT1_R
EMMC_DAT2_R
EMMC_DAT3_R
EMMC_DAT4_R
EMMC_DAT5_R
EMMC_DAT6_R
EMMC_DAT7_R

EMMC_CLK_R
EMMC_CMD_R
EMMC_RCLK_R

EMMC_RST_L_R

R205 10_1%_2
R206 10_1%_2
R207 10_1%_2
R208 10_1%_2
R209 10_1%_2
R210 10_1%_2
R211 10_1%_2
R212 10_1%_2

R213 10_1%_2
R214 10_1%_2
R215 10_1%_2

3

EMMC_DAT0 (9)
EMMC_DAT1 (9)
EMMC_DAT2 (9)
EMMC_DAT3 (9)
EMMC_DAT4 (9)
EMMC_DAT5 (9)
EMMC_DAT6 (9)
EMMC_DAT7 (9)

EMMC_CLK (9)
EMMC_CMD (9)
EMMC_RCLK (9)

NOT SURE HW RESET IS NEED. SW WILL RESET THE DEVICE UPON INIT

PP1800_EMMC_DX

R323

100K_5%_2

R427
*0_5%_2

D13
SDM20U30-7

2 1

VF=0.35V@20mA

2

EMMC_RST_ODL (9)

PLT_RST_L (11,12,18,21,28)

U13B

A1

NC#A1

A2

NC#A2

A7

RFU#A7/NC

A8

NC#A8

A9

NC#A9

A10

NC#A10

A11

NC#A11

A12

NC#A12

A13

NC#A13

A14

NC#A14

B1

NC#B1

B7

NC#B7

B8

NC#B8

B9

NC#B9

B10

NC#B10

B11

NC#B11

B12

NC#B12

B13

NC#B13

B14

NC#B14

C1

NC#C1

C3

NC#C3

C5

NC#C5

C7

NC#C7

C8

NC#C8

C9

NC#C9

C10

NC#C10

C11

NC#C11

C12

NC#C12

C13

NC#C13

C14

NC#C14

D1

NC#D1

D2

NC#D2

D3

NC#D3

D4

NC_Index#D4

D12

NC#D12

D13

NC#D13

D14

NC#D14

E1

NC#E1

E2

NC#E2

E3

NC#E3

E5

RFU#E5/NC

E12

NC#E12

E13

NC#E13

E14

NC#E14

F1

NC#F1

F2

NC#F2

F3

NC#F3

F12

NC#F12

F13

NC#F13

F14

NC#F14

G1

NC#G1

G2

NC#G2

G3

RFU#G3/NC

G12

NC#G12

G13

NC#G13

G14

NC#G14

H1

NC#H1

THGBMHG8C2LBAIL

NC#H2

NC#H3
NC#H12
NC#H13
NC#H14

NC#J1
NC#J2

NC#J3
NC#J12
NC#J13
NC#J14

NC#K1

NC#K2

NC#K3

RFU#K6/NC
RFU#K7/NC

NC#K12
NC#K13
NC#K14

NC#L1

NC#L2

NC#L3

NC#L12
NC#L13
NC#L14

NC#M1
NC#M2
NC#M3
NC#M7
NC#M8
NC#M9

NC#M10
NC#M11
NC#M12
NC#M13
NC#M14

NC#N1
NC#N3
NC#N6
NC#N7
NC#N8
NC#N9

NC#N10
NC#N11
NC#N12
NC#N13
NC#N14

NC#P1

NC#P2

NC#P7/RFU

NC#P8

NC#P9

NC#P11
NC#P12
NC#P13
NC#P14

1

H2
H3
H12
H13
H14
J1
J2
J3
J12
J13
J14
K1
K2
K3
K6
K7
K12
K13
K14
L1
L2
L3
L12
L13
L14
M1
M2
M3
M7
M8
M9
M10
M11
M12
M13
M14
N1
N3
N6
N7
N8
N9
N10
N11
N12
N13
N14
P1
P2
P7
P8
P9
P11
P12
P13
P14

(CRD)

PP3300_SD_DX

C340

C116

4.7u/10V_4

0.1u/10V_2

B B

FB4
BLM03AX241SN1D

1 2

240ohms/350mA

FB5
BLM03AX241SN1D

1 2

2

40ohms/350mA

C372

0.1u/10V_2

USB2_P5_SD_N(8)
USB2_P5_SD_P(8)

USB3_P5_SD_RX_N(8)
USB3_P5_SD_RX_P(8)

USB3_P5_SD_TX_N(8)

A A

USB3_P5_SD_TX_P(8)

PP3300_SD_DX_AVDD33

C140

0.1u/10V_2

DVDD12_GL3213PP1200_SD

C421

0.1u/10V_2

5

C142

2.2u/6.3V_2

C431

2.2u/6.3V_2

C341

1u/6.3V_2

C138 0.1u/10V_2
C139 0.1u/10V_2

MICRO SD CARD

U1

C430

C143

100p/25V_2

1u/6.3V_2

USB3_P5_SD_RX_C_N
USB3_P5_SD_RX_C_P

13

V33IN

22

DVDD33

9

AVDD33#1

25

AVDD33#2

12

DVDD12

3

AVDD12#1

28

AVDD12#2

21

VUHSI

27

DM

26

DP

1

TXN

2

TXP

4

RXN

5

RXP

29

EPAD

SD_CDZ:0 card i nsert

4

SD_WP

SD_D0
SD_D1
SD_D2
SD_D3

SD_CLK

SD_CMD

SD_CDZ

RTERM

GL3213S-OHY05

PMOS

RSTZ

GND

X1
X2

R233

4.7K_5%_2

PP3300_SD

10

23

15
14
20
19

16

18

11

24

17

6
7

8

R232

680_1%_2

C559

4.7u/10V_4

C433

0.1u/10V_2

SD_DATA3

SD_CMD

SD_CLK
SD_DATA0
SD_DATA1
SD_DATA2

R286
*1K_1%_2

Y1
*XRCGB25M000F3M00R0

3
412

C153
*12p/25V_2

R234
*200K_1%_2

R217 10_1%_2
R218 10_1%_2

R219 10_1%_2
R220 10_1%_2
R221 10_1%_2
R222 10_1%_2

3

D14

*TPD1E6B06DPLR

1 2

C154
*Short_0201

0102_Q_Changed C154 to a short pad

*TPD1E6B06DPLR

*10p/25V_2

1 2

D15

C314

C415

D16

*10p/25V_2

1 2

D17

C320

*TPD1E6B06DPLR

*10p/25V_2

1 2

2

D18

C363

*TPD1E6B06DPLR

*TPD1E6B06DPLR

*10p/25V_2

1 2

R51

*100K_1%_2

C380

*10p/25V_2

PP3300_SD

C152

C151

0.1u/10V_2

4.7u/10V_4

SD_DATA3_R
SD_CMD_R

SD_CLK_R
SD_DATA0_R
SD_DATA1_R
SD_DATA2_R
SD_CD_3V3_OD

C381

D19

*10p/25V_2

*TPD1E6B06DPLR

1 2

R5677
*10K_1%_4

2

CD_DAT3

3

CMD

6

VSS

4

VDD

5

CLK

7

DAT0

8

DAT1

1

DAT2

9

CD

10

GND1

GND4

GND2

13

12

11

Normal Open

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

PROJECT :

eMMC/SD

eMMC/SD

eMMC/SD

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

J8158-1000902625

GND3

GND5

14

1A

1A

1A

4523

4523

4523

5

4

3

2

1

(AMP)

SPK_PA_EN(9)

I2S_SCLK_SPKR(9)

I2S_SFRM_SPKR(9)

I2S_PCH_TX_SPKR_RX(9)

D D

C C

R99 2K_1%_2

R43 *Short_0201

R44 *Short_0201

R96 *Short_0201

R343 69.8K_1%_2

R344 *Short_0201

R339 *Short_0201

R366 *Short_0201

LSPK_PA_ENSPK_PA_EN

I2S_SCLK_SPKR_LC_RI2S_SCLK_SPKR

I2S_SFRM_SPKR_LC_RI2S_SFRM_SPKR

I2S_PCH_TX_SPKR_RX_LC_RI2S_PCH_TX_SPKR_RX

LEFT CHANNEL = SHORT (OR 2K FO R SAFETY) TO 1.8V
GAIN_SLOT: 100K TO GND = 15 DB GAIN
GAIN_SLOT: 0 TO GND = 12 DB GAIN
GAIN_SLOT: UNCONNECTED = 9 DB GAIN
GAIN_SLOT: 0 TO VDD = 6 DB GAIN
GAIN_SLOT: 100K TO VDD = 3 DB GAIN

RSPK_PA_ENSPK_PA_EN

I2S_SCLK_SPKR_RC_RI2S_SCLK_SPKR

I2S_SFRM_SPKR_RC_RI2S_SFRM_SPKR

I2S_PCH_TX_SPKR_RX_RC_RI2S_PCH_TX_SPKR_RX

RIGHT CHANNEL = 69.8K TO 1.8V
G

AIN_SLOT: GND = 12 DB GAIN

LEFT CHANNEL

U27

A1

SD_MODE

BCLKC1GAIN_SLOT

C3

LRCLK

B1

DIN

C2

GND

MAX98357AEWL

RIGHT CHANNEL

U3

A1

SD_MODE

BCLKC1GAIN_SLOT

C3

LRCLK

B1

DIN

C2

GND

MAX98357AEWL

OUTP

OUTN

OUTP

OUTN

C12

0.1u/10V_2

C271

0.1u/10V_2

PP5000_A

PP5000_A

SPKR_LEFT_P

SPKR_LEFT_N

SPKR_RIGHT_P

SPKR_RIGHT_N

C11

A2

VDD

B2

A3

B3

A2

VDD

B2

A3

B3

10u/10V_4

SPKR_LEFT_P_R

SPKR_LEFT_N_R

C269

10u/10V_4

SPKR_RIGHT_P_R

SPKR_RIGHT_N_R

R103 *Short_0603

R102 *Short_0603

R374 *Short_0603

R388 *Short_0603

(ADO)

(ADO)

SPKR_LEFT_N
SPKR_LEFT_P
SPKR_RIGHT_N
SPKR_RIGHT_P

C21

B B

*10p/25V_2

C145

*10p/25V_2

C343

*10p/25V_2

C357

*10p/25V_2

CN4

3
4
1

5

2

6

50278-00401-V01

CSP PACKAGE, BUT CAN BE ROUTED ON TYPE-3
<10UA IN DEEP SLEEP

(AMP)

PP1800_A

I2S_PCH_TX_HP_RX(9)
I2S_PCH_RX_HP_TX(9)

I2S_SFRM_HP(9)
I2S_SCLK_HP(9)
I2S_MCLK_HP(9)

PCH_I2C_AUDIO_SCL(10)
PCH_I2C_AUDIO_SDA(10)

HP_INT_ODL(12)

C14

1u/16V_4

PP1800_SOC_A

PP3300_A

C13

1u/16V_4

MIC_N
MIC_P

R107 10K_1%_2

I2C ADDRESSES:
0X18
0X19
0X1A (DEFAULT)
0X1B

C17

1u/16V_4

C5

A13

D4

A15
B16

C7
C9

D8
D6

C11

D12
D14

D10

B2

B12

U10

VDD
VDD_MIC
VDDIO

MIC_N
MIC_P

DATIN
DATOUT

WLCK
BCLK
MCLK

SCL
SDA

nIRQ

GND_CP
GNDCHP

DA7219-02VBA

HP_L

HP_R

HPCSP
HPCSN
HPCFN
HPCFP

JACKDET

SLEEVE

SLEEVE_SENSE

RING2

RING2_SENSE

VREF

DACREF

MICBIAS

HP_LEFT

A3

HP_RIGHT

A5

HP_CHARGE_PUMP_P

A1

HP_CHARGE_PUMP_N

C1

HP_FLY_CAP_N

C3

HP_FLY_CAP_P

D2

HP_JACK_DET_L

D16

HP_SLEEVE

A11

HP_SLEEVE_SENSE

B6

HP_RING2

C13

HP_RING2_SENSE

B4
C15

MIC

HP_MIC_PWR HP_MICBIAS

HP_VMID

A9

VMID

HP_VREF

A7

HP_DACREF

B8

HP_MICBIAS

B14

B10

GND

C18

1u/16V_4

R112 2.2K_1%_2

FILTER IF LEFT NOT ISOLATED

C25 1u/16V_4
C24 1u/16V_4

C20 1u/16V_4

C23 1u/16V_4
C22 1u/16V_4
C19 1u/16V_4

5K TO FILTER LEFT IF NOT ISOLA TED

HP_RING2_SENSE

MIC_N HP_RING2

R106

*5.11K_1%_4

CHANGED MIC SERIES CAPS TO 1UF TO MATCH 10HZ 3DB
FREQUENCY RECOMMENDED IN THE D A7219 DATASHEET

THE TWO SENSE SIGNALS NEED TO BE CLOSE TO THE JACK CONNECTOR
ROUTE HP_RING2 AND HP_RING2_SE NSE TOGETHER (TREAT AS DIFF PAI R EXCEPT NO NEED FOR IMPEDANCE CONTROL
THE SAME APPLIES TO HP_SLEEVE AND HP_SLEEVE_SENSE SIGNALS
ROUTE HP_RING2, HP_RING2_SENSE , HP_SLEEVE, HP_SLEEVE_SENSE BE TWEEN HP_LEFT AND HP_RIGHT WHE RE POSSIBLE

R223

*5.11K_1%_4

MIC_P HP_SLEEVE

HP_SLEEVE_SENSE

R28 *Short_0201

C15 1u/16V_4
R108 *Short_0402

R305 *Short_0402
R109 *Short_0402
C16 1u/16V_4

R27 *Short_0201

HP_TIPHP_LEFT

HP_TERM_MAKETERMHP_JACK_DET_L
HP_RING1HP_RIGHT

D32

D4

D3

TPD1E6B06DPLR

TPD1E6B06DPLR

1 2

1 2

D5

TPD1E6B06DPLR

1 2

D6

TPD1E6B06DPLR

TPD1E6B06DPLR

1 2

1 2

J2

3
1

5
6
2
4

2SJ3080-120111F

PP3300_A

R113

*100K_1%_2

C273

*1u/16V_4

7

(THM)

PP3300_A

R353

51.1K_1%_2

12

R354

A A

5

47K_NTC_4_1%

Note for placement, it
needs to be placed near CPU
requested by thermal team

TEMP_SENSOR_AMB (18)

EC_AVSS (18)

4

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

3

2

Wednesday, January 09, 2019

PROJECT :

AUDIO

AUDIO

AUDIO

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

4524

4524

4524

1A

1A

1A

5

(PEN)

PP1800_EC

D D

C C

R682

PEN@100K_5%_2

EN_PP3300_TOUCHSCREEN(12,35)

PP1800_A

C344

PEN@4.7u/10V_4

Q59
PEN@AO3415

3

2

1

PP1800_PEN_R PP1800_PEN_DX

321

R683

PEN@200_1%_2

Q58
PEN@PJE138K

C345

PEN@0.22u/10V_2

PEN_PDCT_ODL(12)

(KBC)

KEYBOARD

CM TO CHOOSE CO NNECTOR- THIS O NE WILL SUPPORT THE KEYPAD SO THE PINOUT MAY NEED TO CHANGE

J9

B B

32

G2

31

51646-0300N-V01

A A

T

HE PURPOSE OF THIS CIRCUIT
IS TO ALLOW A SINGLE KEYBOARD
MATRIX FOR BOTH A CONVERTIBLE
AND CLAMSHELL SKU

Convertible R246,R248,SW3 STUFF ; R247,R249 NC

Clamshell

KSO_12

1

1

KSO_08

2

2

KSO_09

3

3

KSO_11

4

4

KSO_10

5

5

6

6

7

7

KSO_05

8

8

KSO_06

9

9

10

10

KSO_03

11

11

KSO_02

12

12

KSI_00

13

13

KSO_01

14

14

KSO_04

15

15

KSI_03

16

16

KSI_02

17

17

KSO_00

18

18

KSI_05

19

19

KSI_04

20

20

KSO_07

21

21

KSI_06

22

22

KSI_07

23

23

KSI_01

24

24

KBD_PWR_BTN_ODL

25

25

KSO_13

26

26

27

27

KSO_14

28

28

1

29

29
3030G1

TP40

1

TP46

STUFF THESE FOR KEYBOARD LOCK BUTTON

SW@0_5%_2

KBD_PWR_BTN_GND

NSW@0_5%_2

STUFF THESE FOR KEYBOARD POWER BUTTON

4

1

D26

22334

1

GND

*TPD4E101DPWR

5

KSO_09 KSI_03

R246

R247

MECH_PWR_BTN_IN_ODL(21,22)

R247,R249 STUFF ; R246,R248,SW3 NC

5

1

D27

1

R248

SW@0_5%_2

KBD_PWR_BTN_ODL

R249

NSW@0_5%_2

MECH_PWR_BTN_IN_ODL

4

D28

22334

GND

*TPD4E101DPWR

5

0 ohm for BOM option

4

TOUCHSCREEN + STYLUS ( IF AVAI LABLE )

R684
*Short_0.1_1%_4

PEN_INT_ODL(12)

STUFF R5148,R51 59,R5157,R5158 DEFAULT
IF LEAKAGE FOUN D, STUFF Q835,Q 837,R514,R515
AND DEPOP R5157 ,R5158,R5148,R5 159

4

1

4

1

22334

1

GND

*TPD4E101DPWR

5

D25

22334

1

GND

*TPD4E101DPWR

5

D30

(FSW)

PP3300_RTC

R250

10K_5%_2

D21
TPD1E6B06DPLR

1 2

4

1

22334

1

GND

*TPD4E101DPWR

5

PP1800_A

4

R5148

100K_5%_2

PP1800_A

D29

3

PP1800_PEN_DX

KB_BL_PWR_EN(18)

KSO_12 (18)
KSO_08 (18)
KSO_09 (18)
KSO_11 (18)
KSO_10 (18)

KSO_05 (18)
KSO_06 (18)

KSO_03 (18)
KSO_02 (21)
KSI_00 (18)
KSO_01 (18)
KSO_04 (18)
KSI_03 (21)
KSI_02 (21)
KSO_00 (18)
KSI_05 (18)
KSI_04 (18)
KSO_07 (18)
KSI_06 (18)
KSI_07 (18)
KSI_01 (18)

KSO_13 (18)

KSO_14 (18)

3

4

PEN_PDCT_CONN_ODL

3

321

*PEN@PJE138K
Q835

R5157 *PEN@Short_0201

0102_Q_Changed R5157,R5158 to a short pad

PP1800_PEN_DX

R5159

100K_5%_2

321

*PEN@PJE138K
Q837

R5158 *PEN@Short_0201

4

1

22334

1

GND

*TPD4E101DPWR

5

SW3

1

2

SW@NTC316-AD1T-A160T-A

PEN/STYLUS CONNECTOR

TOUCHSCREEN AND PEN/STYLUS POW ER TOGETHER

(PEN)

PEN_INT_CONN_ODL

PPVAR_SYS PPVAR_SYS_KB_BL_DX_R

TRACKPAD_INT_1V8_ODL(12,18)

PP1800_PEN_DX

R514

*PEN@100K_5%_2

R515

*PEN@100K_5%_2

PEN_PDCT_CONN_ODL
PEN_INT_CONN_ODL

PEN_RESET(12)

(KBL)

321

Q90

R751

*KBL@100K_5%_2

R750

*KBL@100K_5%_2

*KBL@AO3415

3

2

Q89
*KBL@PJE138K

1

(KBL)

PPVAR_SYS_KB_BL_DX

C583

*KBL@1u/25V_4

KB_BL_PWM(18)

C584

*KBL@0.22u/10V_2

(TPD)

PP1800_SOC_A

2

Q47B
PMDXB600UNE

AVOIDS ANY LEAK AGE WITHOUT SOF TWARE EFFORTS

2

PEN 7-BIT I2C ADDRESS = 0X09
~ 100 MA

PCH_I2C_PEN_1V8_SDA(10)
PCH_I2C_PEN_1V8_SCL(10)

PP3300_PEN_DX

2

R164

*KBL@0.1_1%_4

R513

PEN@100K_5%_2

3

Q83
PEN@PJE138K

1

PPVAR_SYS_KB_BL_DX

PP3300_PEN_DX

PP1800_PEN_DX

PEN_RESET_ODL

PEN_EJECT FOR GARAGED STYLUS. IT WILL BE A WAKE SOURCE

L17
*KBL@22uH_2.5x2.0x1.2

1 2

PHT25201B-220MS

U30
*KBL@TPS61161DRVR

6

VIN

5

CTRL

2

COMP

SW

FB

GND

PAD

TPAD18TPAD2

9

IF=0.2A, VF=0.3 ~0.35V @IF=20~4 0mA

D31
*KBL@PMEG3002AEL

2 1

4
1

3
7

TRACKPAD CONNECTOR

CM TO CHOOSE CO NNECTOR

PP3300_TRACKPAD_DX

3 4

61

2

0102_Q_Changed R72 to a short pad

R72

R253

*Short_0201

10K_5%_2

5

Q47A
PMDXB600UNE

C190

10u/10V_4

PCH_I2C_TRACKPAD_3V3_SDA(10)
PCH_I2C_TRACKPAD_3V3_SCL(10)

TRACKPAD_INT_3V3_ODL
TRACKPAD_BTN_L

1

TP32

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Date: Sheet of

Date: Sheet of

1

J22

10
219
3
4
5
6
7
8

PEN@50208-00801-V02

PEN_EJECT(12)

1
2
3
4

KEYBOARD BACKLI GHT CONN

*KBL@50505-00401-V01

C585

*KBL@2.2u/50V_6

R754

*KBL@4.7_5%_2

C192

1u/6.3V_2

KB, TP, PEN

KB, TP, PEN

KB, TP, PEN

Wednesday, January 09, 2019

Wednesday, January 09, 2019

Wednesday, January 09, 2019

345
2
1

J23

C195

0.1u/10V_2

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

PROJECT :

1

J19
PEN@196479-04041-3_PEN_4Pin

1

5

2

5

6

3

6

4

6

J12

7

66G1

5

8

5

G2

4

4

3

3

2

2

1

1

50506-00601-V01

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

1A

1A

1A

4525

4525

4525

5

4

3

2

1

(LDS)

Q13B
PMDXB600UNE

SOC_EDP_BKLTCTL_1V8(7)

D D

EC_BL_EN_OD(18)

SOC_EDP_BKLTEN(7)

LID_OPEN(18,22,27,39)

C C

R116 100K_5%_2

D8
RB500V-40

VF=0.45V@10mA

D12
RB500V-40

VF=0.45V

21

21

LID ACCEL-CORAL

(ACS)

B B

LID_ACCEL_INT_L(18)
EC_I2C_SENSOR_U_SDA(18,27)
EC_I2C_SENSOR_U_SCL(18,27)

61

2

5

34

Q13A
PMDXB600UNE

Vgs(th)=0.95V

PP1800_SENSOR_U PP3300_CAMERA_S

LID_ACCEL_INT_L
EC_I2C_SENSOR_U_SDA
EC_I2C_SENSOR_U_SCL

R117
10K_5%_2

R118
10K_5%_2

C108

GS@4.7u/10V_4

PP1800_SENSOR_U

CON_EDP_BKLTCTL_3V3

PP3300_EDP_DXPP1800_S

CON_EDP_BKLTEN_3V3

C109
GS@0.1u/6.3V_2

J24

1

1

2

2

3

3

4

4

5

7

5

7

6

8

6

8

GS@50208-00601-V02

EDP2-EDP3 DOES NOT NEED TO ROUTE TO CONNECTOR

EDP_TX1_N(7)
EDP_TX1_P(7)

EDP_TX0_N(7)
EDP_TX0_P(7)

EDP_TX3_N(7)
EDP_TX3_P(7)

EDP_TX2_N(7)
EDP_TX2_P(7)

(FCM)

(LDS)

PP3300_EDP_DX

C8 0.1u/10V_2
C71 0.1u/10V_2

C117 0.1u/10V_2
C118 0.1u/10V_2

1
1

1
1

C110

0.1u/6.3V_2

C124

4.7u/10V_4

TP23
TP33

TP34
TP35

C121
1000p/50V_4

C125

0.1u/6.3V_2

EDP_TX1_C_N
EDP_TX1_C_P

EDP_TX0_C_N
EDP_TX0_C_P

TOUCHSCREEN_INT_ODL(12)

L2

2

DLP11SA900HL2L

L21

2

DLP11SA900HL2L

PPVAR_SYS

2nd source:
DK150VPU002/LP-MSM150/24

PP1800_SOC_A PP3300_TOUCHSCREEN_DX

1
43

1
43

DMIC_CLK1_G(9)

(TSN)

EDP_TX1_L_N
EDP_TX1_L_P

EDP_TX0_L_N
EDP_TX0_L_P

(FCM)

(LDS)

F2

1 2

1812L150/24MR

USB2_P6_UCAM_N(8)
USB2_P6_UCAM_P(8)

EDP_AUX_PANEL_P(7)
EDP_AUX_PANEL_N(7)

EDP_HPD_PANEL(7)

PPVAR_BL_PWR

R123

10K_5%_2

EDP + MIC + SENSOR +CAMERA CONNECTOR

(MIC)

DMIC_CLK2(9,40)

R263
*200K_1%_2

DMIC 1.8V POWER

PP1800_A

PP3300_CAMERA_S

C122

C123

0.01u/50V_4

22u/25V_8

2

61

3 4

Q10B
TN@PMDXB600UNE

C422

0.1u/6.3V_2

C423

0.1u/6.3V_2

R125

100K_5%_2

5

Q10A
TN@PMDXB600UNE

R320 *0_5%_2

R225 *Short_0201

0102_Q_Changed R225 to a short pad

DMIC_DATA(9)
DMIC_CLK1(9)

L1

1

2

43

DLP11SA900HL2L

C119 0.1u/10V_2
C120 0.1u/10V_2

PP3300_EDP_DX

PP3300_TOUCHSCREEN_DX

PCH_I2C_TOUCHSCREEN_3V3_SDA(10)
PCH_I2C_TOUCHSCREEN_3V3_SCL(10)

R126

TN@10K_5%_2

TOUCHSCREEN_INT_3V3_ODL

DMIC_CLK2_JDMIC_CLK2

EDP_TX1_L_N
EDP_TX1_L_P

DMIC_CLK2_J

USB2_P6_UCAM_CMC_N
USB2_P6_UCAM_CMC_P

EDP_TX0_L_N
EDP_TX0_L_P

EDP_AUX_PANEL_C_P
EDP_AUX_PANEL_C_N

CON_EDP_BKLTEN_3V3
CON_EDP_BKLTCTL_3V3

TOUCHSCREEN_INT_3V3_ODL
TOUCHSCREEN_RST_3V3_ODL

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
35
36
37
38
394041

196522-40041-3

J15

42

I2C MODE: ( SET BY NCS TIE TO VDDIO )
I2C 8bit ADDRES S: 0X3E (SDO_AD DR = VDDIO)
I2C MAX SPEED = 3.4MHZ

A A

5

4

WFC CAMERA

WFC INTERFACE PINOUT TBD. PENDING CHANGE

USB2_P7_WCAM_P(8)
USB2_P7_WCAM_N(8)

L12
2CM@DLP11SA900HL2L

1

2

43

(TSN)(RCM)

PP3300_TOUCHSCREEN_DX

C126

TN@4.7u/10V_4

J20

1

USB2_P7_WCAM_CMC_P
USB2_P7_WCAM_CMC_N

PP3300_CAMERA_S

3

2

3

4

5

6

C444

2CM@4.7u/10V_4

1
2
3
4

7

5

7

8

6

8

2CM@50208-00601-V02

2

TOUCHSCREEN_RST(12)

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Date: Sheet of

Date: Sheet of

PP3300_TOUCHSCREEN_DX

R127

TN@10K_5%_2

TOUCHSCREEN_RST_3V3_ODL

3

Q9

2

TN@PJE138K

1

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

PROJECT :

LID(eDP/CAM/TOUCH/SENSOR)

LID(eDP/CAM/TOUCH/SENSOR)

LID(eDP/CAM/TOUCH/SENSOR)

Wednesday, January 09, 2019

Wednesday, January 09, 2019

Wednesday, January 09, 2019

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

4526

4526

4526

1A

1A

1A

(GRS)

5

4

3

2

1

R434 GY@3.3_1%_4

C512

GY@1u/6.3V_4

D D

EC_I2C_SENSOR_U_SCL(18,26)
EC_I2C_SENSOR_U_SDA(18,26)

BASE_SIXAXIS_INT_L(18)

EC_I2C_SENSOR_U_SCL
EC_I2C_SENSOR_U_SDA

R377 *GY@Short_0201

BASE_SIXAXIS_INT_L

BASE_SIXAXIS_INT2_L

1

TP55

13
14

1

10
11

4
9

U35

SCL
SDA
SDO/SA0

NC1
NC2

INT1
INT2

GY@BMI160

VDDIO

GND1
GND2

VDD

CS

SCX
SDX

5
8
12

3
2

6
7

C511

GY@0.1u/6.3V_2

COMPASS_I2C_SCL
COMPASS_I2C_SDA

IMU

MODE 2 (SLAVE TO EC, MASTER TO MAG)

I2C MODE: SET BY CS PIN TO HI
I2C ADDR: 7'0X68 (LSB SET BY S D0/SA0) -->8'0xD0h

(ACM)

R30Q~R32Q place near to IMU U35

EC_I2C_SENSOR_U_SCL
EC_I2C_SENSOR_U_SDA

C C

BASE_SIXAXIS_INT_L

R30Q ACM@0_5%_2
R31Q ACM@0_5%_2
R32Q ACM@0_5%_2

0 ohm for BOM option

EC_I2C_SENSOR_U_SCL_WFC (40)
EC_I2C_SENSOR_U_SDA_WFC (40)
BASE_SIXAXIS_INT_L_WFC (40)

PP1800_SENSOR_UPP1800_SENSOR_U_IMU

R398

GY@10K_5%_2

R404

GY@10K_5%_2

PP1800_SENSOR_U

TP99

(ECS)

1

R75

*ECS@10K_5%_2

COMPASS_I2C_SDA
COMPASS_I2C_SCL

COMPASS_INT_L

U36

4

SDA/SDI/SDO

1

SCL/SPC

7

INT/DRDY

5

C1

*ECS@LIS2MDLTR

C513

*ECS@0.22u/6.3V_2

MAGNETOMETER

SLAVE TO IMU SENSOR

I2C MODE: SET BY CS PIN TO HI
I2C ADDR: 0X1E

VDDIO

RES_1
RES_2
RES_3

GND_1
GND_2

PP1800_SENSOR_UPP1800_SENSOR_U_MAG

R701

9

VDD

10

3

CS

2
11
12

6
8

C514

*ECS@0.1u/6.3V_2

C515

*ECS@10u/10V_4

*ECS@3.3_1%_2

for AR Camera, IMU can be DNS, but R30Q,R31Q,R32Q need to be stuffed

GMR SENSOR (RESERVED FOR ON BOARD SITUATIOM

(GMR_MLB)

LID_OPEN(18,22,26,39) TABLET_MODE_L (18,39)

B B

MAKE SURE TO CHECK THE POLARITY OF MAGNET TO ASSIGN THE PIN LID-OPEN AND TABLET-MODE

IF THE GMR SENSOR IS NOT PLACED ON THE MLB, PLEASE CAREFULLY PLAN THE PINOUT ON THE SUB-BOARD INTERFACE.

For on board GM R

R293 *1K_1%_2

PP3300_RTC

4

3

C70

*0.1u/6.3V_2

OUT2

OUT1

VDD

*HGDEDM013A

U19

TABLET_MODE_L_MLBLID_OPEN LID_OPEN_MLB

1

2

GND

R294 *0_5%_2

(UIF)

CHARGE/BATTERY LED

PP3300_EC

D7
LED_AMBER/BLUE

RED LED AT ~13 MA
GREEN LED AT ~5 MA
TUNE VALUES BASED ON LEDS
EC CAN DRIVE 12MA

R114

4.7K_1%_4

BlueOrange

2 3

1

R115

2K_1%_4

LED_2_L (18)

LED_1_L (18)

A A

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

5

4

3

2

Wednesday, January 09, 2019

PROJECT :

SENSOR(COMPASS/GYRO)(OP1)

SENSOR(COMPASS/GYRO)(OP1)

SENSOR(COMPASS/GYRO)(OP1)

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

4527

4527

4527

1A

1A

1A

5

4

3

2

1

WIFI

CM TO CHOOSE CO NNECTOR

(NGF)

0107_Q_DNS R34,R35 since pin53, pin55 of M.2 are

D D

CNVI_MFUART2_RXD(12)
COEX1(38)
CNVI_MFUART2_TXD(12)
COEX2(38)
CNVI_GNSS_PA_BLANKING(12)
COEX3(38)

C C

WLAN_CLKREQ0(10)

1

TP154

1

TP155

1

TP156

These 0 ohm are used in

ption BOM for PCIe, or

o
CNVi

R15

10K_5%_2

PP1800_SOC_A

R290
*20K_1%_2

CNVI_BRI_DT

PP3300_WLAN_DX

WLAN_CLKOUT_LCP(10)

R705 0_5%_2
R706 *0_5%_2
R707 0_5%_2
R708 *0_5%_2
R709 0_5%_2
R710 *0_5%_2

CNVI_BRI_DT(10)
CNVI_RGI_RSP(10)
CNVI_RGI_DT(10)

CNVI_BRI_RSP(10)

CNVI_RF_RESET_L(10)

PP3300_WLAN_DX

C73

C3565

0.01u/10V_2

10u/10V_4

0102_Q_Changed R711 to a short pad

WIFI_DISABLE_3V3_L

1

TP92
TP93

BT_DISABLE_3V3_L

1

WLAN_PLT_RST_ODL_L
WLAN_SUSCLK

R30 33_1%_2

R31 33_1%_2

0.01u/10V_2

C75

10u/10V_4C3566

C111

0.1u/10V_2

R711 *Short_0201

CNVI_BRI_DT
CNVI_RGI_RSP_R

CNVI_BRI_RSP_R

C112

0.1u/10V_2

J4

74

3.3V#4

72

3.3V#3

70

UIM_POWER_SRC

68

UIM_POWER_SNK

66

UIM_SWP

64

RESERVED

62

ALERT_L

60

I2C_CLK

58

I2C_DATA

56

W_DISABLE1_L

54

W_DISABLE2_L

52

PERST0_L

50

SUSCLK

48

COEX1

46

COEX2

44

COEX3

42

VENDOR DEF#3

40

VENDOR DEF#2

38

VENDOR DEF#1

36

UART RTS

34

UART CTS

32

UART TXD

PCIE M.2 NGFF

E-KEY SOCKET

22

UART RXD

20

UART WAKE_L

18

GND#3

16

LED2

14

PCM_OUT

12

PCM_IN

10

PCM_SYNC

8

PCM_CLK

6

LED1

4

3.3V#2

2

3.3V#1

NGFF_E-KEY

1.8V

1.8V

1.8V

NC#178NC#2

75

GND#11

73

REFCLKN1

71

REFCLKP1

69

GND#10

67

PERN1

65

PERP1

63

GND#9

61

PETN1

59

PETP1

57

GND#8

55

PEWAKE0#

53

CLKREQ0_L

51

GND#7

49

REFCLKN0

47

REFCLKP0

45

GND#6

43

PERN0

41

PERP0

39

GND#5

PCIE_PCH_TX_WLAN_RX_N

37

PETN0

PCIE_PCH_TX_WLAN_RX_P

35

PETP0

33

GND#4

SDIO WAKE_L

SDIO DATA3
SDIO DATA2
SDIO DATA1
SDIO DATA0

SDIO CMD

SDIO CLK

GND#2
USB_DN
USB_DP

GND#1

GND#1276GND#13

77

23
21
19
17
15
13
11
9
7
5
3
1

SDIO RESET_L

79

C113 *0.1u/10V_2
C114 *0.1u/10V_2

0107_Q_DNS C113,C114 since pin35, pin37 of M.2 are
not used in Jefferson peak 9560

CNVI_CLK_PCH_TX_WLAN_RX_P (10)
CNVI_CLK_PCH_TX_WLAN_RX_N (10)

CNVI_D0_PCH_TX_WLAN_RX_P (10)
CNVI_D0_PCH_TX_WLAN_RX_N (10)

CNVI_D1_PCH_TX_WLAN_RX_P (10)
CNVI_D1_PCH_TX_WLAN_RX_N (10)

PCIE_WLAN_CLK_N (8)
PCIE_WLAN_CLK_P (8)

PCIE_PCH_RX_WLAN_TX_N (8)
PCIE_PCH_RX_WLAN_TX_P (8)

PCIE_PCH_TX_WLAN_RX_C_N (8)
PCIE_PCH_TX_WLAN_RX_C_P (8)

CNVI_CLK_PCH_RX_WLAN_TX_P (10)
CNVI_CLK_PCH_RX_WLAN_TX_N (10)

CNVI_D0_PCH_RX_WLAN_TX_P (10)
CNVI_D0_PCH_RX_WLAN_TX_N (10)

CNVI_D1_PCH_RX_WLAN_TX_P (10)
CNVI_D1_PCH_RX_WLAN_TX_N (10)

USB2_P2_BT_N (8)
USB2_P2_BT_P (8)

PLACE THE PULL- UP R CLOSE TO M .2. ( FOR DEBUG )

PP3300_WLAN_DX

not used in Jefferson peak 9560

PP3300_WLAN_DX

R35

R34

*100K_5%_2

*100K_5%_2

WLAN_PCIE_WAKE_3V3_ODL (8)
WLAN_PCIE_CLKREQ_3V3_ODL (8)

PP1800_SOC_A PP3300_WLAN_DX

R714

4.7K_5%_2

WIFI_DISABLE_3V3_L

R715

*4.7K_5%_2

BT_DISABLE_3V3_L

PLT_RST_L(11,12,18,21,23)

WLAN_PE_RST(9)

PP3300_WLAN_DX

PCH_SUSCLK(11)

3

61

5

3 4

Q72A
PMDXB600UNE

4

B B

A A

WIFI_DISABLE_L(8)

BT_DISABLE_L(11)

5

2

Q72B
PMDXB600UNE

R1400 *Short_0201

D9
*RB500V-40

VF=0.45V@10mA

VF=0.45V@10mA

21

2

D10
*RB500V-40

3

1

Q45
*PJE138K

R38

*100K_5%_2

WLAN_PLT_RST_ODL

0107_Q_DNS U46,R38,D9,Q45 since pin52, pin66 of M.2 are
not used in Jefferson peak 9560

PP3300_WLAN_DX

R39

10K_5%_2

21

U46,R38,D9,Q45, C113,C114,R34,R 35,Q1,Q2 need t o be
stuffed for WiF i flexible desi gn

2

A2

U46 *SN74LVC1G17YZVR

A1A1B2

B1

R536 *0_2

WLAN_SUSCLK

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Date: Sheet of

Date: Sheet of

A2

B2

B1

WIFI/BT CONNECTOR

WIFI/BT CONNECTOR

WIFI/BT CONNECTOR

Wednesday, January 09, 2019

Wednesday, January 09, 2019

Wednesday, January 09, 2019

WLAN_PLT_RST_ODL_L

R1402

100K_5%_2

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

PROJECT :

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

4528

4528

4528

1A

1A

1A

5

4

3

2

1

0102_Q_Changed R581 to a short pad

PP3300_ANX

(UTC1)

D D

PP1800_SOC_A

R301
100K_5%_2

USB_C0_HPD_1V8_ODL(7,18)

PP3300_PD_ANA

R428

C C

USB_C0_MUX_INT_ODL(18)

100K_5%_2

3

1

R562

*4.7K_1%_2

2

Q18
PJE138K

PP3300_ANX

R303

4.7K_1%_2

R200
100K_5%_2

AP

DDI0_TX0_P(7)
DDI0_TX0_N(7)

DDI0_TX1_P(7)
DDI0_TX1_N(7)

DDI0_TX2_P(7)
DDI0_TX2_N(7)

DDI0_TX3_P(7)
DDI0_TX3_N(7)

DDI0_AUX_P(7)
DDI0_AUX_N(7)

USB3_P0_C0_TX_P(8)
USB3_P0_C0_TX_N(8)

USB3_P0_C0_RX_P(8)
USB3_P0_C0_RX_N(8)

1

TP45

1

EC_I2C_USB_C0_MUX_SCL(18,32)
EC_I2C_USB_C0_MUX_SDA(18,32)

DEFAULT I2C ADDRESS: 0X58
IF ADR1 IS PULLED UP: 0X7C

TP84

USB_C0_HPD_3V3

USB_C0_DRP_EN

USB_C0_PD_RST
TP_TEST_EN

USB_I2C_ADR0_C0
USB_I2C_ADR1_C0

USB_C0_MUX_INT_ODL

FOR USB-C PORT 0

U16

1

DP_LN_0P

2

DP_LN_0N

7

DP_LN_1P

8

DP_LN_1N

9

DP_LN_2P

10

DP_LN_2N

3

DP_LN_3P

4

DP_LN_3N

16

AUXP

17

AUXN

12

SSTX_P

11

SSTX_N

6

SSRX_P

5

SSRX_N

36

HPD

28

ROLE_SEL

46

TEST_R

45

TEST_EN

38

CFG_SCL

37

CFG_SDA

48

I2C_ADR_0

47

I2C_ADR_1

40

INTP_OUT

ANX3447QN-AC-R

AVDD33_1
AVDD33_2

DVDD_IO

SSTXP1
SSTXN1

SSRXP1
SSRXN1

SSTXP2
SSTXN2

SSRXP2
SSRXN2

SOURCE_CTRL

DISCH_CTRL

SINK_CTRL

VBUS_SENSE

VBUS_OCP

VCONN_PWR

EP_GND

SBU1
SBU2

NC_1
NC_2

13
24
39

25
26

31
32

30
29

34
33

22

CC1

21

CC2

19
18

44
35
43

41

FF0

42

FF1

15
20

23

14
27

49

USB_C0_TX1_C_P
USB_C0_TX1_C_N

USB_C0_TX2_C_P
USB_C0_TX2_C_N

R563 *Short_0201
R564 *Short_0201
R651 *Short_0201

VBUS_DIV
VBUS_OCP_CURRENT_SENSE

R878 * 0_5%_4

C159

0.1u/10V_2

EN_USB_C0_5V_3A_ILIM

C267

4.7u/10V_4

C158

0.1u/10V_2

C566 0.1u/10V_2
C568 0.1u/10V_2

C569 0.1u/10V_2
C570 0.1u/10V_2

USB_C0_DISCHARGE

1
1

1

PP5000_A

R581 *Short_0402

1 2

FB1Q *BLM03AX241SN1D

C576

1u/10V_2

TP98
TP100

TP104

FB3
BLM03AX241SN1D

1 2

240ohms/350mA

USB_C0_TX1_P (31)
USB_C0_TX1_N (31)

USB_C0_RX1_P (31)
USB_C0_RX1_N (31)

USB_C0_TX2_P (31)
USB_C0_TX2_N (31)

USB_C0_RX2_P (31)
USB_C0_RX2_N (31)

USB_C0_CC1 (21,31)
USB_C0_CC2 (21,31)

EN_USB_C0_5V_OUT (32)

USB_C0_CHARGE_ON (32)

PP3300_PD_A

PP3300_PD_ANA

C157

0.1u/10V_2

TO MLB CONNECTOR

leave USB_C0_DISCHARGE/EN_USB_C0_5V_3A_ILIM
NC and keep components being stuffed for
debug purpose

R319

R315

*2M_1%_2

*2M_1%_2

R330 348K_1%_4

R333

49.9K_1%_2

PPVAR_USB_C0_VBUS

USB_C0_SBU1_ANX (31)
USB_C0_SBU2_ANX (31)

WITH THE NX20P3483, THE VBUS DISCHARGE CAN BE SW CONTROL

Q32
*AO3415

PP3300_PD_A

USB_C1_PD_RST_ODL(18,39)

B B

A A

5

USB_C0_PD_RST IS ACTIVE HIGH WITH 100K INTERNAL PD

R435
*100K_1%_2

321

C64Q
*10p/25V_2

4

USB_C0_PD_RST (18)

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

3

2

Wednesday, January 09, 2019

PROJECT :

USB C TCPC/MUX(OP2)

USB C TCPC/MUX(OP2)

USB C TCPC/MUX(OP2)

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

4529

4529

4529

1A

1A

1A

5

4

3

2

1

(UBC1)

BC 1.2 FOR THE TYPE-A PORT A0

D D

USB_A1_STATUS_L(39)

C C

R677

*Short_0.1_1%_4

USB_A0_CHARGE_EN_L(18)

C196

22u/10V_6

R254
*2AC@Short_0201

R256

100K_5%_2

PP5000_A_BC12_A0PP5000_A PP5000_USB_A0_VBUS

R258

100K_5%_2

EN_USB_A0_5V(18)

PJE138K

R262

R260

100K_5%_2

100K_5%_2

3

2

Q21

1

USB2_P1_A0_N(8)
USB2_P1_A0_P(8)

R679

100K_5%_2

USB_A0_ILIM_SEL

R265

48.7K_1%_4

R267

29.4K_1%_4

U18

1

IN

2

DM_OUT

3

DP_OUT

6

CTL1

7

CTL2

8

CTL3

5

EN

4

ILIM_SEL

15

ILIM_LO

16

ILIM_HI

SLGC55545VTR

DM_IN

DP_IN

STATUS_L

FAULT_L

GND

12

OUT

USB2_A0_S_N

11

USB2_A0_S_P

10

9

13

17

PAD

14

USB_A0_STATUS_L (39)

USB_A0_OC_ODL (8)

USB3_P1_A0_RX_P(8)
USB3_P1_A0_RX_N(8)

USB3_P1_A0_TX_P(8)
USB3_P1_A0_TX_N(8)

L5B
PCMF3USB3S

C3

L5A
PCMF3USB3S

C1

L5C
PCMF3USB3S

C5

(UB31)

CM TO CHOOSE CONNECTOR

PP5000_USB_A0_VBUS

+

C202
150U/6.3V/ESR35_3528

B2

A4C4
A3

CN1
USB3_9P

1

USB2_A0_L_N

B1

B3

USB2_A0_L_P

USB3_A0_RX_L_P

A2C2

USB3_A0_RX_L_N

A1

USB3_A0_TX_L_P
USB3_A0_TX_L_N

A6C6
A5

2
3
4

6
5

7

9
8

VBUS
DM
DP
GND

SSRX_P
SSRX_N

GND_DRAIN

SSTX_P
SSTX_N

12

11111010131312

B B

A A

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

5

4

3

2

Wednesday, January 09, 2019

PROJECT :

USB A CONNECTIONS(MLB)

USB A CONNECTIONS(MLB)

USB A CONNECTIONS(MLB)

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

4530

4530

4530

1A

1A

1A

5

PP3300_EC

(UTC1)

R692
100K_5%_2

USB_C0_BC12_CHG_DET_L

D D

USB2_P0_C0_P(8)
USB2_P0_C0_N(8)

C C

B B

Q63

PJE138K

3

2

1

CCD_MODE_ODL

TYPE-C PORT 0 BC1.2

USB_C0_BC12_CHG_DET

USB2_P0_C0_P

VBUS_C0_BC12

ONLY TIME CCD_DISENGAGE_SBU IS HIGH WHEN CCD_MODE IS INACTIVE AN THERE IS POWER TO THE TCPC

0102_Q_Changed R3109 to a shor t pad

PP5000_A

PP5000_LDO

A A

R3109 *Short_0201

R3111 *0_5%_2

5

2 1

CCD_MODE_ODL

USB_C0_BC12_CHG_DET_L (18)

R5678 *100K_5%_2

TP122

VBUS_C0_BC12

R182 *0_5%_4
R183 *0_5%_4

R41
100K_5%_2

2

Q300B
PMDXB600UNE

D23

RB500V-40

PP3300_VDDIOM

61

10

3
2

1

4

5

U54

CHG_DET

DP_HOST
DM_HOST

SW_OPEN

CHG_AL_N

GOOD_BAT

3 4

DP_CON

DM_CON

MAX14637CVB+T

5

Q300A
PMDXB600UNE

3

2

1

4

VBUS

GND

PP3300_ECPP3300_ECPP3300_VDDIOMPP3300_VDDIOM

R291
22K_1%_4

Q3108
PJE138K

4

9

7
8

6

R89
100K_5%_2

C3112

0.01u/16V_2

3

PP5000_A

Q66
BSS84AKM

2

3

C82
1u/10V_2

VBUS_C0_BC12

USB2_0_C0_P
USB2_0_C0_N

CCD_MODE_EC_L (18)CCD_MODE_ODL(21)

CCD_DISENGAGE_SBU

1

PJE138K

R886
1M_1%_2

USB_C0_RX1_N(29)
USB_C0_RX1_P(29)

USB_C0_TX1_N(29)
USB_C0_TX1_P(29)

USB_C0_RX2_N(29)
USB_C0_RX2_P(29)

USB_C0_TX2_N(29)
USB_C0_TX2_P(29)

USB_C0_SBU1_ANX(29)

USB_C0_SBU2_ANX(29)

R694
100K_5%_2

3

USB_C0_BC12_VBUS_ON

2

Q71

1

R893
1M_1%_2

R196
100K_5%_2

PCMF3USB3S

PCMF3USB3S

PCMF3USB3S

R437 *0_5%_2

Q25

PMZ370UNE

3

2

1

1

3

2

PMZ370UNE

Q28

R439 *0_5%_2

C1

C3

C5

C1

PCMF2USB3S

C3

PCMF2USB3S

USB_C0_SBU1

USB_C0_SBU2

L6A

B1

L6B

B2

L6C

B3

L7A

B1

L7B

B2

CAREFULLY PLACE THE FETS, AVOID LONG STUB

3

USB_C0_BC12_VBUS_ON (18)

USB_C0_CC1(21,29)
USB_C0_CC2(21,29)
USB_C0_SBU1(21)
USB_C0_SBU2(21)

A1
A2C2

A3
A4C4

A5
A6C6

A2C2
A1

A4C4
A3

2

PPVAR_USB_C0_VBUS

(UTC1)

D22

2

USB_C0_CC1
USB_C0_CC2
USB_C0_SBU1
USB_C0_SBU2USB2_P0_C0_N

USB2_0_C0_L_N
USB2_0_C0_L_P

USB_C0_RX1_L_N
USB_C0_RX1_L_P
USB_C0_TX1_L_N
USB_C0_TX1_L_P

USB_C0_RX2_L_N
USB_C0_RX2_L_P
USB_C0_TX2_L_N
USB_C0_TX2_L_P

4

1

22334

1

GND

TPD4E101DPWR

5

C82Q
*10u/35V_6

USB_C0_CC1
USB_C0_CC2
USB_C0_SBU1
USB_C0_SBU2

C86

1000p/25V_2

1

J13

A9

VBUS1

B4

VBUS2

A4

VBUS3

B9

VBUS4

A5

CC1

B5

CC2

A8

RFU1

B8

RFU2

A7

DM1

A6

DP1

B7

DM2

B6

DP2

B10

SSRX1_N

B11

SSRX1_P

A3

SSTX1_N

A2

SSTX1_P

A10

SSRX2_N

A11

SSRX2_P

B3

SSTX2_N

B2

SSTX2_P

A1

GND1

A12

GND2

B12

GND3

B1

GND4

AUSB0295-P007A

GND5

GND6
SHIELD1
SHIELD2

NC#1

NC#2

1
2
3
4

5
6

0102_Q_Changed J13 Footprint

C181

1000p/25V_2

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Date: Sheet of

Date: Sheet of

C18002

*330p/50V_4

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

PROJECT :

USB C CONNECTOR ( MLB )

USB C CONNECTOR ( MLB )

USB C CONNECTOR ( MLB )

Wednesday, January 09, 2019

Wednesday, January 09, 2019

Wednesday, January 09, 2019

C18003

*330p/50V_4

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

4531

4531

4531

1A

1A

1A

5

4

3

2

1

PORT 0

32

PROVIDES ESD PROTECTION, PLACE CLOSE TO CONNECTOR

(PUB1)

USB_C0_CHARGE_ON(29)

EN_USB_C0_5V_OUT(29)

PPVAR_USB_C0_VBUS

PP3300_PD_A

R288
100K_5%_2

C65

4.7u/35V_6

C59

4.7u/6.3V_4

TP26

R346
100K_5%_2

PPVAR_VBUS_IN

USB_PD_C0_EN_L

USB_C_FRS_EN

R355
100K_5%_2

0.1u/10V_2

C66
1000p/16V_2

C74

0.01u/50V_4

D D

TYPE-C CONN

TP73

C C

U2

C2

VBUS1

C3

VBUS2

C4

VBUS3

C5

VBUS4

D4

VBUS5

D5

VBUS6

E4

VBUS7

E5

VBUS8

F4

VBUS9

F5

VBUS10

G4

VBUS11

G5

VBUS12

A1

VDD

A2

EN_L

F1

EN_SNK

G1

EN_SRC

B6

FRS_EN

A3

CAP1

A6

CAP2

NX20P3483

VCHG1
VCHG2
VCHG3
VCHG4
VCHG5

V5V1
V5V2
V5V3
V5V4
V5V5
V5V6
V5V7
V5V8

VLDO

ADDR

INT_L

GND1
GND2
GND3
GND4
GND5

C6
D6
E6
F6
G6

D2
D3
E2
F2
G2
E3
F3
G3

A5

C1

SDA

B1

SCL

E1

D1

A4
B3
B4
B5
B2

PPVAR_VBUS_IN

PP5000_POWER_MUX_C0

PP3300_VBUS_LDO

R201 *Short_0201
R202 *Short_0201

C285
10u/35V_6

C81

4.7u/6.3V_4

C77
22u/10V_6C63

R216
*Short_0201

C81Q
*10u/35V_6

R674 *Short_0603

C325

C362

22u/10V_6

10u/10V_4

EC_I2C_USB_C0_MUX_SDA (18,29)
EC_I2C_USB_C0_MUX_SCL (18,29)

PP3300_PD_A

R324
47K_5%_2

USB_PD_C0_INT_ODL (18)

PPVAR_VBUS_IN

TO-CHARGER

PP5000_A

B B

A A

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number R

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

5

4

3

2

Wednesday, January 09, 2019

PROJECT :

USB C VBUS CONTROL

USB C VBUS CONTROL

USB C VBUS CONTROL

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

4532

4532

4532

ev

1A

1A

1A

5

(PMC)

L3

0.22uH_7x7x1.8

1 2

CMLB061H-R22MS-73

D D

R696

2.94K_1%_4

120_1%_4

R52

C128

0.1u/10V_2

10K_NTC_4_1%

INDUCTOR SAT I IS 26A

12

R697

R53
536_1%_4

C593
1u/16V_4

R68
*Short_0201

R69
*Short_0201

PMIC_ISENSE2_P

PMIC_ISENSE2_N

C134

0.1u/10V_2

C135

0.1u/10V_2

C137

0.1u/10V_2

C184

0.1u/10V_2

4

C186

0.1u/10V_2

C187

0.1u/10V_2

C189

0.1u/10V_2

C191

0.1u/10V_2

C194

0.1u/10V_2

C260

0.1u/10V_2

C265
22u/6.3V_6

C266
22u/6.3V_6

C276
22u/6.3V_6

C279
22u/6.3V_6

C283
22u/6.3V_6

C284
22u/6.3V_6

C286
22u/6.3V_6

C287
22u/6.3V_6

C328
22u/6.3V_6

C347
22u/6.3V_6

3

+

C351
330u/2V_7343H1.9

+

C352
330u/2V_7343H1.9

PPVAR_VCCGI

PEAK CURRENT:25A

DNS

+

C396
*330u/2V_7343H1.9

2

1

33

R95

9.1K_1%_4

PMIC_PCH_INT_ODL(12)

PMIC_EC_RSMRST_ODL(18)

R699
100K_5%_2

PP1800_A

R168
*Short_0.1_1%_4

R119
*Short_0201

R120
*Short_0201

PP1100_VDDQ

THERMTRIP_L(11)

PMIC_EN(18)

PMIC_DDR_SEL

PMIC_EC_PWROK_OD(18)

PCH_SLP_S0_L(9,11)
PCH_SLP_S3_L(11)
PCH_SLP_S4_L(11)

C282
22u/6.3V_6

PPVAR_SYS

C292

2.2u/10V_4

PP1800_DRAM_U_R

DRV2_PHASE_RDRV2_PHASE

C316
2200p/50V_4

PMIC_ISENSE2_P
PMIC_ISENSE2_N

DRV6_PHASE_RDRV6_PHASE

PMIC_EN

+

C290
330u/2V_7343H1.9

R124

28.7K_1%_2

R111

10.7K_1%_4

52

20

19

9

44
42
43

35

33
34

32
31

8

10

51
49
50

5

39

36
17
30

23

27

14
15
16

R145

2.2_1%_4

C367

0.1u/16V_2

U24

VIN_CT

GATE_VIN

GATE_VOUT

OCSET2

DRV_EN2
PWM2
PHASE2

VOUT2

COMP2
FB2

ISENSEP2
ISENSEN2

VSSSENSE2

OCSET6

DRV_EN6
PWM6
PHASE6

VOUT6

IRQ

RSMRST
THERMTRIP
PMIC_EN

DDR_SEL

PCH_PWROK

SLP_S0
SLP_S3
SLP_S4

RT5077AGQW

VTT_IN

VTT_SNS

VIN1#1
VIN1#2

VOUT1

VIN3#1
VIN3#2

VOUT3

VOUT4

VOUT5

I2C_SDA
I2C_SCL

AGND

E-PAD

R146

2.2_1%_4

C377
1u/16V_4

VSYS

LX1#1
LX1#2

LX3#1
LX3#2

LX4#1
LX4#2

3

PPVAR_SYS

C C

DNS

R42
*10_1%_4

DNS

C127
*1000p/50V_4

B B

A A

DNS

DNS

C41
10u/25V_6

C36
10u/25V_6

6
7
8

PP1100_VDDQ_SW

R195
*10_1%_4

C44
*1000p/50V_4

C48

C50

10u/25V_6

10u/25V_6

6

TGR/VSW

7
8

PPVAR_SYS

C49

C45

10u/25V_6

10u/25V_6

1

VIN

TG

3

TGR/VSW

DRV6_PHASE

4

BG

5

PGND

9

Q4
CSD87330Q3D

L4

1 2

0.47uH_2.5x2.0x1

HMMR25201T-R47MSR

5

1

VIN

TG

3

4

BG

5

PGND

9

Q5
CSD87330Q3D

PP1100_VDDQ_S_R

R82
*Short_0201

DRV2_UGATE_RDRV2_UGATE

C132

R85

0.1u/10V_2

*Short_0201

DRV2_PHASE

DRV2_LGATE_RDRV2_LGATE

R83
*Short_0201

R70
*Short_0201

C131

0.1u/10V_2

R81
*Short_0201

DRV6_UGATE_RDRV6_UGATE

DRV6_LGATE_RDRV6_LGATE

R84
*Short_0201

U9

3

4

2

7

RT9610CGQW

R723
*short92*32

UGATE

BOOT

PHASE

LGATE

0103_Q_Changed R723 to a short pad

PP5000_A

3

4

2

7

VCC

PWM

GND

EPAD

C133

0.1u/10V_2

EN

PMIC_EN

PP5000_A

U12

UGATE

BOOT

PHASE

LGATE

RT9610CGQW

8

1

5

6
9

R87

2.2_1%_4

8

VCC

EN

PWM

GND

EPAD

C136

0.1u/10V_2

C262
1u/16V_4

1

5

6
9

R86

2.2_1%_4

C261
1u/16V_4

C185

0.1u/10V_2 C87

R1181
100K_5%_2

PPVAR_VCCGI_SENSE_P(14)

PP3300_A

C188
22u/6.3V_6

PP1800_DRAM_U

PMIC_DRV_EN2
PMIC_PWM2

R88
10K_1%_4

C263
1000p/50V_4

PMIC_DRV_EN6
PMIC_PWM6

4

C268
10p/50V_4

R411 10K_1%_2

DNS

R698 *100K_5%_2

R646 10K_1%_2

C193

C264

22u/6.3V_6

22u/6.3V_6

C504
10u/16V_6

R94
1K_1%_4

PPVAR_VCCGI_SENSE_N(14)

C270
22u/6.3V_6

PP5000_A

PPVAR_SYS

R151
100K_1%_2

C454

R152

0.1u/16V_2

127K_1%_4

7

VCC

11

4

3

VTT

2

47
48

C55

C460

C53

C58

C54

0.1u/16V_4

DNS1W

C374
*330u/2V_7343H1.9

C453

10u/16V_6

0.1u/16V_4

C435

10u/16V_6

0.1u/16V_4

C436

0.1u/16V_4

C449

10u/16V_6

R547

4.7K_1%_2

0.47uH_2.5x2.0x1

10u/16V_6

1 2

HMMR25201T-R47MSR

C457

10u/16V_6

C458

10u/16V_6

10u/16V_6

C459

10u/16V_6

PEAK CURRENT:4.0A

45
46
1

40
41

37
38
24

25

VIN4

28
29
26

22

VIN5

21

LX5

18

13
12

6
53

+

PP5000_A

L14

PP5000_A

HMMR25201T-R47MSR

PP5000_A

PP5000_A

R552

4.7K_1%_2

PP1100_VDDQ_S

TP_VTT_SRC

C463
10u/16V_6

PPVAR_VNN_R

L9

0.47uH_2.5x2.0x1

1 2

PP1050_VCCRAM_S

L8

1uH_2016

1 2

1286AS-H-1R0M

PP1100_VDDQ_S

C464
10u/16V_6

PPVAR_VNN_SENSE_P (14)

PP1050_S_R

PP1800_A_R

L10

1uH_2016

1 2

1286AS-H-1R0M

PP1800_SOC_A

PCH_PMIC_I2C_SDA (11)

PCH_PMIC_I2C_SCL (11)

PP1100_VDDQ

W2 *Short_0805

0103_Q_Changed R724,R725 to short pad

R724
*short92*32

R725
*short92*32

1W

1W

PP1200_A_R

22u/6.3V_6

R170
*Short_0.02_1%_6

C160
22u/6.3V_6

2

C469
22u/6.3V_6

1W

R171
*Short_0.02_1%_6

C198
22u/6.3V_6

C473
22u/6.3V_6

C466
22u/6.3V_6

1W

C274
22u/6.3V_6

C477
22u/6.3V_6

C470
22u/6.3V_6

C467
22u/6.3V_6

C275
22u/6.3V_6

C481
22u/6.3V_6

C474
22u/6.3V_6

C468
22u/6.3V_6

C471
22u/6.3V_6

C485
22u/6.3V_6

C478
22u/6.3V_6

C475
22u/6.3V_6

C472
22u/6.3V_6

PPVAR_VNN

C487

C489

22u/6.3V_6

22u/6.3V_6

C482
22u/6.3V_6

PP1800_A

PEAK CURRENT: 1.5 A

C483

C479

22u/6.3V_6

22u/6.3V_6

C480

C476

22u/6.3V_6

22u/6.3V_6

Size Document Number R

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

PEAK CURRENT:4A

C492

C491

22u/6.3V_6

22u/6.3V_6

PP1050_S

C488

C486

22u/6.3V_6

22u/6.3V_6

PP1200_A

PEAK CURRENT: 2A

C484
22u/6.3V_6

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

PROJECT :

PMIC (OPTION 1)

PMIC (OPTION 1)

PMIC (OPTION 1)

1

PEAK CURRENT: 4.5A

C490
22u/6.3V_6

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ev

1A

1A

1A

4533

4533

4533

5

4

3

2

1

(SYP)

PPVAR_SYS

C564

C358

22u/25V_8

D256

D D

EN_EC_PWR

RB500V-40

21

VF=0.45V@10mA

EN_PP3300_A(18)

R685

100K_1%_2

C354
1u/16V_4

R133

*Short_0.1_1%_4

22u/25V_8

R192 1K_5%_2

PP3300_LDO_OUT

C364

4.7u/10V_4

5

9

6

11

4
8

0102_Q_Changed R292 to a short pad

R292 *Short_0402

U25

5

VIN

4

EN

2

GND

*RT9742CNGJ5

C C

EN_EC_PWR(18,35)

VOUT

FLG

1

3

LDO AUTO SWICH AFTER PG
LDO 150MA MAX, AUTO SWITCH WHE N PG IS GOOD

R687

*Short_0.1_1%_4

EN_EC_PWR

R134
499K_1%_2

(SYP)

PPVAR_SYS

C3561

C356

22u/25V_8

22u/25V_8

EN_PP5000_A(18)

R686
100K_1%_2

B B

PP5000_LDO

C306

1u/10V_2

R188 1K_5%_2

C330

4.7u/10V_4

PP3300_A

UVLO 4.5V- IF VBAT IS 2S, THEN WATCH OUT.

U34
RT6258BGQUF

VIN

VCC

EN

LDO3

PGND
AGND

PP3300_RTC

PP3300_LDO

U31

5

VIN

VOUT

4

EN

2

GND

FLG

RT9742CGJ5

PP5000_A

UVLO 5.4V - IF VBAT IS 2S, THEN WATCH OUT FOR VOLTAGE LOCK OUT FOR 1.8V

5

VIN

11

VCC

6

EN

12

LDO5

4

PGND

8

AGND

VOUT

LX#1
LX#2

BOOT

PGOOD

1

3

10

12

FF

2
3

1

7

U40
RT6258CGQUF

VOUT

LX#1
LX#2

BOOT

PGOOD

R194 1K_5%_2

PP3300_SW

R64
10_5%_6

PP3300_EC_WAKE

10

9

FF

2
3

1

7

C574

10p/25V_2

C586

0.1u/10V_2

R142
100K_1%_2

L11

1uH_5x5x1.2

1 2

CMLB051B-1R0MS

PP3300_EC

LDO AUTO SWITCH AFTER PG

R415

*Short_0.1_1%_4

R495

0102_Q_Changed R495 to a short pad

*Short_0.1_1%_4

R193 1K_5%_2

R66
10_5%_6

C587 10p/25V_2

C588

0.1u/10V_2

R431

499K_1%_2

PP5000_PG_OD (18)

PP3300_PG_OD (18,35)

PP3300_EC

PP3300_PD_SW_A

PP5000_SW

R92
*Short_0.002_1%_12

L15

1uH_7x7x3

1 2

PCMC063T-1R0MN

PP3300_EC

PP3300_APP3300_A_R

C590
47u/6.3V_8

C591
47u/6.3V_8

R421
*Short_0.002_1%_12

C592

0.1u/10V_2

C394
47u/10V_8

C589

0.1u/10V_2

PP5000_A_R PP5000_A

C379
47u/10V_8

34

LDO 150MA MAX, AUTO SWITCH WHE N PG IS GOOD

PP1800_RTC, PP1800_EC

(DCD)

PP3300_LDO

PP5000_LDO

A A

R181 *0.51_1%_4

for timing tuning

CAN USE RT9078N-08GJ5 FOR LOWE R COST

U14

1

R3484 0_5%_2

C565
1u/10V_2

C3485
*0.1u/10V_2

VIN

3

EN

RT9078N-08GJ5

VOUT

SNS/NC

GND

VOUT = (R1 + R2 )/ R2 * VSNS ( 0.8V)

PP1800_RTC PP1800_EC

5

C567

R97

1u/10V_2

20K_1%_2

4

R98
16K_1%_4

2

CHOICES FOR THE REGULATORS CAN BE SUBSTITUE AFTER CONFIRM THE FUNCTIONALITY.

PP1800_RTC CAN BE GENERATED BY A SEPARATE DC-DC R

5

4

3

PP1800_EC CAN BE GENERATED BY A SEPARATE REGULATOR

U38

EN_EC_PWR

A2

VIN

B2

ON

TPS22914BYFPR

VOUT

GND

A1

B1

2

C72
1u/10V_2

Size Document Number R

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Date: Sheet of

Date: Sheet of

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

PROJECT :

POWER: 1.8V(EC) 3.3V AND 5V

POWER: 1.8V(EC) 3.3V AND 5V

POWER: 1.8V(EC) 3.3V AND 5V

Wednesday, January 09, 2019

Wednesday, January 09, 2019

Wednesday, January 09, 2019

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

1

ev

1A

1A

1A

4534

4534

4534

5

4

3

2

1

R390

R1

R2

*Short_0.02_1%_6

PP3300_PD_SW_A

C434

4.7u/6.3V_4

R61Q
*13.7K/F_4

R62Q
*8.66K_4

Vo =1.24*(1+R1/R2)
=3.2V

Note : (R1+R2) = 10K~100K

1/4 W

R383
*Short_0.02_1%_6

R384
*Short_0.1_1%_4

1/6 W

C61Q
*2.2u/16V_6

R63Q
*0.1_1%_4

DNS

PP3300_SD_DXPP3300_A

PP3300_PD_A

PP3300_PD_SW_A

(DCD_FCM)

PP3300_A

PP3300_EC

D D

0102_Q_Changed R70Q to a short pad

R70Q *Short_0201

SLP_S3_L(11,18)

EN_PP3300_CAMERA(12)

R71Q *0_5%_2

EN_PP3300_CAMERA_R

R347
100K_1%_2

2

C311

4.7u/10V_4

(DCD_TSN)

PP3300_A

PP3300_EC

C C

EN_PP3300_TOUCHSCREEN(12,25)

(DCD_MMC)

PP3300_A PP3300_EMMC_DX

R348
TN@100K_1%_2

2

C312
TN@4.7u/10V_4

1/4 W

R370
*Short_0.02_1%_6

3

Q27
PJE138K

1

3

Q29
TN@PJE138K

1

Q33
AO3415

R356
200_1%_2

Q34
TN@AO3415

R357
TN@200_1%_2

PP3300_S_R

321

PP3300_TOUCHSCREEN_DX_R

321

1/4 W

R364
*Short_0.02_1%_6

C317

0.22u/10V_2

C318
TN@0.22u/10V_2

PP3300_S

R167
*Short_0.1_1%_4

R369
*Short_0.1_1%_4

1/6 W

R1Q
*Short_0603

PP3300_CAMERA_S

PP3300_PEN_DX

PP3300_TOUCHSCREEN_DX

PPVAR_SYS

(DCD)

PP3300_A PP3300_SOC_A

PP3300_PG_OD(18,34)

C60Q

*1u/50V_6

EN_EC_PWR(18,34)

EN_Hi=2V

R60Q *0_5%_2

(DCD_CRD)

Q73
AO3415

321

3

2

Q74
PJE138K

1

U10Q

1

VIN

OUT

2

GND

EN3ADJ

*AP2204K-ADJTRG1

R491
100K_1%_2

PP3200_LDO

5

4

Vref=1.24V

35

(DCD_TPD)

PP3300_A PP3300_TRACKPAD_DX

PP3300_EC

B B

EN_PP3300_TRACKPAD_ODL(18)

(DCD_NGF)

PP3300_A PP3300_WLAN_DX

R321
*2.2K_1%_2

EN_PP3300_WLAN_L(10)

A A

(DCD_LDS)

PP3300_A

C310
10u/6.3V_4

EN_PP3300_EDP_DX(7)

5

C309

4.7u/10V_4

R345
100K_1%_2

BOM option for CNVi and PCIe module,
it can be changed to 0 ohm in PVT

C324
10u/6.3V_4

U60

5

VIN

4

EN

2

GND

RT9742CGJ5

Q31
AO3415

R186 0_5%_6

U15

5

VIN

VOUT

4

EN

2

GND

*RT9742DGJ5

1

VOUT

3

FLG

321

R351
2K_1%_2

1

3

FLG

P3300_TRACKPAD_DX_R

C315

0.22u/10V_2

PP3300_WLAN_DX_R

C26

0.1u/10V_2

PP3300_EDP_DX_R

C27

0.1u/10V_2

4

R368
*Short_0.1_1%_4

(DCD_ACS)

1/6 W

PP1800_A PP1800_SENSOR_U

PP3300_EC

100K_1%_2

FOR PCIE MODULE, STUFF U15 AND DNS R186.
FOR CNVI MODULE, DNS U15 AND BYPASS WITH RESISTOR

1/4 W

R389
*Short_0.02_1%_6

C32

4.7u/10V_4

SLP_S4_L(11,18)

(DCD_MMC)

1/4 W EMMC

R367
*Short_0.02_1%_6

C35

4.7u/10V_4

PP3300_EDP_DX

3

PP1800_A PP1800_EMMC_DX

(DCD)

PP1800_A PP1800_SOC_A

C321

4.7u/10V_4

180MA

Q39
AO3415

2

1/4 W

R386
*Short_0.02_1%_6

1/4 W

R381
*Short_0.02_1%_6

2

PP1800_S

321

C326

0.22u/10V_2R372

R375

200_1%_2

3

Q37
PJE138K

1

1/6 W

R387

*Short_0.1_1%_4

Size Document Number R

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

ALS, GYRO, COMPASS

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

PROJECT :

POWER - LOAD SWITCHES

POWER - LOAD SWITCHES

POWER - LOAD SWITCHES

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

4535

4535

4535

ev

1A

1A

1A

5

(INA)

DEBUG_I2C_SCL(21,22)
DEBUG_I2C_SDA(21,22)

D D

DEBUG_I2C_SCL
DEBUG_I2C_SDA

PP3300_INA

R741
*4.7K_5%_2

R742
*4.7K_5%_2

C673
*0.1U/10V_2

16

4

6
7

5

10

8
9

13

U77
*INA3221AIRGVR

VPU
VS

SCL
SDA

A0

PV
WARNING
CRITICAL
TC

GND3TPAD

17

4

12

IN+1

11

IN-1

15

IN+2

14

IN-2

2

IN+3

1

IN-3

ROUTE TO SENSE RESISTOR DIFFERENTIALLY

PP3300_EDP_DX_R
PP3300_EDP_DX

PP5000_A_R
PP5000_A

PP1800_A_R
PP1800_A

3

PP3300_INA

DEBUG_I2C_SCL
DEBUG_I2C_SDA

C675
*0.1U/10V_2

2

U79
*INA3221AIRGVR

16

VPU

4

VS

6

SCL

7

SDA

5

A0

10

PV

8

WARNING

9

CRITICAL

13

TC

1

12

IN+1

11

IN-1

15

IN+2

14

IN-2

2

IN+3

1

IN-3

GND3TPAD

17

PP1200_A_R
PP1200_A

PP1100_VDDQ_S_R
PP1100_VDDQ_S

PP1050_S_R
PP1050_S

U80
*INA3221AIRGVR

16

VPU

4

VS

6

SCL

7

SDA

5

A0

10

PV

8

WARNING

9

CRITICAL

13

TC

I2C ADDR: 0X41

IN+1

IN-1

IN+2

IN-2

IN+3

IN-3

GND3TPAD

17

12
11

15
14

2
1

PP3300_WLAN_DX_R
PP3300_WLAN_DX

PP3300_A_R
PP3300_A

PP3300_PD_SW_A
PP3300_PD_A

I2C ADDR: 0X40

PP3300_INA

DEBUG_I2C_SCL

C C

DEBUG_I2C_SDA

C674
*0.1U/10V_2

U78
*INA3221AIRGVR

16

VPU

4

VS

6

SCL

7

SDA

5

A0

10

PV

8

WARNING

9

CRITICAL

13

TC

INA_CUSTOM_P

12

IN+1

INA_CUSTOM_N

11

IN-1

15

IN+2

14

IN-2

2

IN+3

1

IN-3

GND3TPAD

17

PP3300_EC_WAKE
PP3300_EC

PP3300_A
PP3300_SOC_A

TP38
TP39

INA_CUSTOM IS FOR JUMPER WIRE

DEBUG_I2C_SCL
DEBUG_I2C_SDA

PP3300_INA

C676
*0.1U/10V_2

I2C ADDR: 0X42 I2C ADDR: 0X43

Q17
*AO3415

3

2

C281
*0.22U/10V_2

4

HOLES

HOLE2

*H-ZHT-3

1

HOLE6

*h-tic236bc276d98p2

1

HOLE9

*H-ZHT-4

1

HOLE12

*h-o118x98d118x98n

1

2

(OTH)

HOLE7

*h-tic236bc276d98p2

1

HOLE10
*h-zhy-1

1

HOLE13

*h-c98d98n

1

3

HOLE4
*h-zhy-2

1

HOLE8

*h-tic256bc315d189p2

1

HOLE11

*H-C256D118P2

1

HOLE14

*SPAD-RE236X98NP

1

HOLE1

*H-TC256BC315D118P2

1

HOLE15

*SPAD-RE236X98NP

1

POWER TEST PAD

PP3300_A PP1800_A PP1050_VCCRAM_S

1

PAD

PAD1
*PWR_PAD_40mil

1

PAD

PAD13
*2D-BARCODE-8X8-S

PAD2
*PWR_PAD_40mil

2

1

PAD

PAD14
*2D-BARCODE-6X6-S

1

PAD

PAD3
*PWR_PAD_40mil

1

PAD

(OTH)

PPVAR_VCCGI

1

PAD7
*PWR_PAD_70mil

PP1100_VDDQ_S PPVAR_SYS PP5000_A

1

PAD10
*PWR_PAD_70mil

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Date: Sheet of

Date: Sheet of

INAs

INAs

INAs

Wednesday, January 09, 2019

Wednesday, January 09, 2019

Wednesday, January 09, 2019

1

PAD

PAD

PAD

PAD8
*PWR_PAD_70mil

1

PAD

PAD11
*PWR_PAD_70mil

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

PROJECT :

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

PPVAR_VNN

1

PAD

PAD9
*PWR_PAD_70mil

1

PAD

PAD12
*PWR_PAD_70mil

4536

4536

4536

1A

1A

1A

R159
*100K_5%_2

1

PP3300_RTC PP3300_INA

B B

EN_PP3300_INA_H1_ODL(21)

A A

5

C280
*4.7U/10V_4

R161 * 200_1%_2

(CRG)

5

4

3

2

1

PPVAR_BATPPVAR_BAT_G

J10

1
2
3
4
5
6
789

10

50458-00801-V02

37

PPVAR_VBUS_IN

C100Q

C101Q

*0.1u/50V_4

*0.1u/50V_4

D D

PPVAR_VBUS_IN

RC SNUBBER
REQUIRED?

PPVAR_VBUS_IN

C C

B B

PPVAR_VBUS_IN

R503
392K_1%_4

C533

R504

0.1u/50V_4

120K_1%_4

PP3300_EC

C541 GND PIN SHOULD GOES TO PIN E1 AVSS OF U45

C538
*10u/50V_12

DNS

BB_CSP

DIODE OR

ADAPTER VOLTAGE
VALID IF > 3.4V

PCH_PROCHOT_ODL(11,18)

CHARGER_PMON(18)

CHARGER_IADP(18)

R521
*0_5%_2

DNS

RECOMMENDED VALUE
FROME DATASHEET

R522

0.02_0.5%_0612

13

24

R505
1_5%_2

C536

4.7u/10V_4

C534
1u/50V_6

2

1

D11
BAT54CT-7-F

3

R506
1_1%_4

C535
1u/50V_6

PULL-UP FROM EC OR H1?

R527 100_1%_2

R530 *Short_0201

R525

C541

100K_1%_2

0.01u/16V_4

INCREASE OR ADD POSCAPS IF AUDIBLE NOISE IS HEARD

PPVAR_PWR_IN_BB

C90Q

C91Q

10u/35V_6

PPVAR_SYS

R528

4.7_1%_4

C540

4.7u/10V_4

EC_I2C_CHARGER_3V3_SDA(18)

EC_I2C_CHARGER_3V3_SCL(18)

BB_CMIN

10u/35V_6

R526
1_5%_2

C537
1u/50V_6

BB_CSN

(DCD_THM)

R702

13.7K_1%_2

12

R703
47K_NTC_4_1%

A A

PP3300_A

TEMP_SENSOR_CHARGER (18)

PLACE NEAR HOTSPOT
OF THE CHARGER

CHARGER_PMON

C594

0.01u/50V_4

INTERSIL BUCK - BOOST CHARGER

C98Q

C92Q
10u/35V_6

C544

4.7u/10V_4

TP109

ACOK_OD(18,21)

TP110

C93Q

C94Q

10u/35V_6

10u/35V_6

Q12

CSD87330Q3D

R174

6.04K_1%_2

1

3

4

5

S

9

LDRIVE_1

HDRIVE_1

PPVAR_BB_IN
VDD_BB_GATE_DRIVE
PP5000_BB_LDO_OUT

BB_CSN
BB_CSP

BB_ACIN

BB_ASGATE
PPVAR_VBUS_IN

BB_CHARGER_PROCHOT_ODL
CHARGER_PMON

BB_CMOUT

BB_COMP

C546
*470p/25V_2

DNS

SETS GAIN

C95Q

C96Q
10u/35V_6

C548

0.22u/25V_4

L13

2.2uH_10x10x3

1 2

C97Q
10u/35V_6

C549

0.22u/25V_4

10u/35V_6

D

8

BB_SWITCH_1

7
6

BUCK LEG BOOST LEG

6

10

4

12

11

7

DCIN

8

VDDP

VDD

CSIN
CSIP

ACIN

ASGATE
ADP

SDA
SCL

ACOK
PROCHOT#
PSYS

AMON/BMON

OTGEN/CMIN
OTGPG/CMOUT
COMP

9

BOOT2

BOOT1

LGATE2

LGATE1

PHASE1

UGATE1

BATGONE

GND

PROG

33

27

R405
105K_1%_4

R532
698_1%_4

C547

0.022u/25V_4

17

18

14
15

19

13
16

21
22

24
23
30

29

20
26
28

I2C ADDR : 0X12

C99Q

10u/35V_6

*10u/35V_6

DNS

BB_SWITCH_2

5

U6
ISL9238HRTZ-T

PHASE2

UGATE2

BB_PPVAR_SYS

3

VSYS

BATTERY_SRP_BB

2

CSOP

BATTERY_SRN_BB

1

CSON

BB_PPVAR_BAT

31

VBAT

BATTERY_GATE_L

32

BGATE

25

R537
100K_1%_2

FOR 0.476A ADAPTER CURRENT LIM IT
AND 733KHZ SWITCHING FREQUENCY :
2CELL : 93.1K
3CELL : 105K

C545

0.1u/50V_4

Q23

1

CSD87330Q3D

D

8

3
7
6

4

5

S

9

LDRIVE_2

HDRIVE_2

0102_Q_removed R475,R479.R480, R481 used as 0 ohm in
EVT/DVT builds for layout opti mazation

CHARGER_BAT_PRES_L

R538
*0_5%_2

BATGONE LOW

INDICATES

BATTERY PRESENT

H1_BATT_PRES_L(21)

EC_BATT_PRES_L(18)

BAT_DISABLE_ODL(21)

PPVAR_SYS

C550

0.1u/50V_4

REQUIRE HIGHER
OUTPUT CAPACITANCE

RATING
HIGH ENOUGH?

0102_Q_Changed R424 to a short pad

PP3300_RTC

C554

C552

22u/25V_8

22u/25V_8

R539 *Short_0201

C551
*1u/50V_6

R540
100_1%_2

C553
*1u/50V_6

R424 *Short_0201

R420
100K_1%_2

C299

1u/6.3V_4

RECOMMENDED VALUE
FROME DATASHEET

R542

0.01_0.5%_0612

C3563

C555

*22u/25V_8

*22u/25V_8

DNS

DNS

R541
1_5%_2

C557

EC_I2C_BATTERY_3V3_SDA(18)

EC_I2C_BATTERY_3V3_SCL(18)

Q55
2N7002K

1u/10V_4

C556
*1u/50V_6

DNS DNS

BATTERY_SRP_BB BATTERY_SRN_BB

PPVAR_SYS

PPVAR_BAT

R436
100K_1%_2

R426
100K_1%_2

3

Q838

2

*2N7002K

1

3

2

1

13

24

PPVAR_BAT

R543
1_5%_2

C558
*1u/50V_6

C560
22u/25V_8

Q6
CSD25402Q3A

SGD

5

4

BATTERY_GATE_L

C141
*4700p/25V_4

BATT_TEMP
BATT_DISABLE_OD

PPVAR_BAT_G

123

IC

CV: 12.6V
3S1P Battery

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number R

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

5

4

3

2

Wednesday, January 09, 2019

PROJECT :

BATTERY CHARGER(OPTION 1)

BATTERY CHARGER(OPTION 1)

BATTERY CHARGER(OPTION 1)

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

4537

4537

4537

ev

1A

1A

1A

5

4

3

2

1

G

PIO for LTE

Coral sub board

-LTE_SAR_ODL has pullup to PP1800_DX_LTE

-LTE_OFF_OFL has pullup to PP1800_DX_LTE

-LTE_WAKE_L has pullup to PP1800_SOC_A, R773 still needs

D D

to be stuffed if sub board is not attached

R732
**LTE@100K_1%_2

LTE_WAKE_L(8)

(MBB)

LTE_SAR_ODL(12)
LTE_OFF_ODL(9)

R733
100K_1%_2

PP1800_SOC_A

LEVERAGING CORAL BOARD!

C C

+1.8V

EN_PP3300_DX_LTE_SOC(10)

P-SENSOR

(PXS)

PCH_I2C_P_SENSOR_SCL(10)

B B

PCH_I2C_P_SENSOR_SDA(10)

PP1800_DX_LTE

2

3 4

61

Q38B

*LTE@PMDXB600UNE

PP1800_DX_LTE

2

*PSR@4.7K_5%_2

6 1

Q91B *PSR@PMDXB600UNE

R6Q **PSR@0_5%_2

PP1800_DX_LTE

*PSR@4.7K_5%_2

5

3 4

Q91A *PSR@PMDXB600UNE

R7Q **PSR@0_5%_2

PPVAR_SYS

R891 * LTE@0_5%_2

COEX3(28)
COEX2(28)
COEX1(28)

PP1800_SOC_A

5

Q38A

*LTE@PMDXB600UNE

R314

I2C_P_SENSOR_1V8_SCL

R316

I2C_P_SENSOR_1V8_SDA

C581
*LTE@0.1u/50V_4

PP3300_WLAN_DXPP1800_SOC_A

R734
*LTE@100K_1%_2

EN_PP3300_DX_LTE

PP3300_WLAN_DX

PP1800_DX_LTE

J21

EN_PP3300_DX_LTE

LTE_OFF_ODL_R

*LTE@50506-01001 -V01

PP3300_WLAN_DXPP1800_SOC_A

J14

*PSR@50506-00601-V01

1

1

2

2

3

3

4

4

5

8

5

G2

7

66G1

12
1
2
3
4
5
6
7
8
9
10

11

PP3300_THRM_R

(SYS_THM)

Thermal Protector

R20Q *T HM@0_5%_2

PP3300_RTC

R21Q *T HM@Short_0201

R22Q THM@150_1%_2

HYST=VCC for 10

0102_Q_Changed R21Q to a short pad

PP3300_THRM

C21Q
THM@0.1u/10V_2

PP3300_THRM_RPP3300_EC

U1Q

5

VCC

4

HYST

THM@TMP708AIDBVR

Need fine tune
for thermal protect point

Note placement position

TEMP=76.3C

Rset(Kohm)=0.0012T*T-0.9308T+96.147

R23Q *THM@22K_1%_4

THRM_SET

SET

GND

OT#

1

2

3

EC_RST_R_L

R24Q THM@30K_1%_4

R25Q *T HM@Short_0201

EC_RST_ODL (18,21,22)

degree Hys.
HYST=GND for 30
degree Hys.

R318

*PSR@4.7K_5%_2

A A

P_SENSOR_INT_L(1 2)

5

EN_PP3300_DX_LTE

PP1800_SOC_A

4

2

3

*PSR@PJE138K
Q92

PP1800_DX_LTE

1

C619

*PSR@1u/10V_2

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

3

2

Wednesday, January 09, 2019

PROJECT :

LTE,STEST

LTE,STEST

LTE,STEST

ZAK_ZAN_ZAP_ZAQ

1

1A

1A

1A

4538

4538

4538

5

(UTC2)

D D

PULL-DOWN RESISTORS TO AVOID
FLOATING INPUT W/O SUB-BOARD

USB_PD_C1_ INT_ODL(18 )

EC_I2C_USB_C1 _MUX_SCL(18)
EC_I2C_USB_C1 _MUX_SDA(18)

USB_C1_PD_ RST_ODL(18,29)

C C

PP3300_EC

R185

R229

100K_5%_2

100K_5%_2

LID_OPEN(18,22,26,2 7)

LED_3_L(18 )

TABLET_MODE_ L(18,27)

C3562

*2AC@1u/6.3V_2

R693
100K_5%_2

USB_C1_BC1 2_CHG_DET_L
EC_VOLUP_BTN _ODL
EC_VOLDN_BTN _ODL

R48

1.8K_1%_2

R197
*100K_5%_ 2

PP3300_PD_ A

R132 *S hort_0201

R255 *0 _5%_2

R322 *S hort_0201

PP3300_RT C

PP3300_PD_ A

R259

R49

1.8K_1%_2

100K_5%_2

CC1, CC2 ARE FOR BIP INTERFACE

SUB_GPIO_ADC(18)

PP5000_A

4

EC_GPIO_1

EC_GPIO_2

3

EC_GPIO1,2 CAN BE USED FOR CONNECTING THE GMR SENSOR ON THESUB-BOARD
OR IT CAN BE USED TO CONNECT AN SPARE EC GPIO PINS FOR ADDITIONAL CONTROL FROM EC

PPVAR_VBUS_IN

C87Q

C424

0.1u/16V_4

C425
2AC@0.1u/16V_4

DDI1_AUX_P(7)
DDI1_AUX_N(7)

EC_VOLUP_BTN _ODL(18)
EC_VOLDN_BTN _ODL(18)

USB_A0_STATUS _L(30)

USB_C1_BC1 2_CHG_DET_L(18)

USB_C1_BC1 2_VBUS_ON(18)

USB_C1_MUX_INT _ODL(18)

USB_A1_CHARGE_E N_L(18)
EN_USB_A1_5V(18)

USB_A1_OC_ODL(8)
USB_A1_STATUS _L(30)

TP79
TP80

R135 *2AC@Short_0201

0102_Q_Changed R135 to a short pad

DDI1_AUX_P
DDI1_AUX_N

EC_GPIO_1

USB_PD_C1_ INT_ODL

EC_I2C_USB_C1 _MUX_SCL
EC_I2C_USB_C1 _MUX_SDA
EC_GPIO_2
USB_C1_HPD _3V3
USB_C1_PD_ RST_ODL
EC_VOLUP_BTN _ODL
EC_VOLDN_BTN _ODL

USB_C1_CC 1
USB_C1_CC 2

USB_C1_BC1 2_CHG_DET_L

C426
2AC@0.1u/16V_4

*10u/50V_12

J17

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
35
36
37
38
394041

C80Q
*10u/35V_6

42

C62
10u/35V_6

USB3_P4_C1 _TX_P(8)
USB3_P4_C1 _TX_N(8)

USB2_P3_A1_N(8)
USB2_P3_A1_P(8)

USB3_P4_C1 _RX_P(8)
USB3_P4_C1 _RX_N(8)

USB2_P4_C1 _P(8)
USB2_P4_C1 _N(8)

DDI1_TX3_N(7)
DDI1_TX3_P(7)

DDI1_TX2_N(7)
DDI1_TX2_P(7)

DDI1_TX1_N(7)
DDI1_TX1_P(7)

DDI1_TX0_N(7)
DDI1_TX0_P(7)

USB3_P3_A1_T X_N(8)
USB3_P3_A1_T X_P(8)

USB3_P3_A1_R X_N(8)
USB3_P3_A1_R X_P(8)

2

C68
2AC@0.1u/50V_4

78

1
2

J6

3

2AC@51288-006 0N-001

4
5
6

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

32

3

31

2

2AC@FH34SRJ-30 S-0.5SH(50)

1

J18

SELECT PER SEL SI TEAM

1

SUB_GPIO_ADC GOES TO AN ADC PIN OF EC WITH STUFFING OPTIONS

B B

A A

THE PIN CAN BE USED FOR VBUS DETECT OR FOR BOARD ID DETECT, OR USE AS A GENERAL GPIO FROM EC

PP1800_SOC_ A

R240
100K_5%_2

USB_C1_HPD _1V8_ODL(7,18)

USB_C1_HPD _1V8_ODL

3

1

MOTHER BOARD INTERFACE

5

4

2

Q19
2AC@PJE138K

3

FH34SRJ-40S-0 .5SH(50)

SELECT PER SEL SI TEAM

M TO ADJUST PINOUT/PIN COUNT

C

USB_C1_HPD _3V3

R1401
2AC@499K_1%_ 2

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2 019

Date: Sheet of

Wednesday, January 09, 2 019

Date: Sheet of

2

Wednesday, January 09, 2 019

PROJECT :

CONNECTORS TO SUB BOARD

CONNECTORS TO SUB BOARD

CONNECTORS TO SUB BOARD

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

4539

4539

4539

1A

1A

1A

5

4

3

2

1

AR CAMERA CONN

D D

(ACM)

PP3300_CAMERA_S

PP1800_SENSOR_U

C302
ACM@4.7u/6.3V_4

C C

C300
ACM@0.1u/6.3V_2

C301
ACM@0.1u/6.3V_2

R5676 *Short_0402

R5673 *Short_0402

EC_I2C_SENSOR_U_SCL_WFC(27)
EC_I2C_SENSOR_U_SDA_WFC(27)
BASE_SIXAXIS_INT_L_WFC(27)

PP3300_CAMERA_AR

PP1800_SENSOR_AR

CN2

7
6
5
4

3 13
2
1 15

8

9
10
11
12

14
16 17

ACM@50696-0150M-V02

WFCAM_VSYNC (18)

USB3_P2_WCAM_TX_P (8)
USB3_P2_WCAM_TX_N (8)

USB3_P2_WCAM_RX_P (8)
USB3_P2_WCAM_RX_N (8)

DMIC CONN

(MIC2)

56

J25
2DM@50208-00401-V02

PP1800_A

B B

DMIC_CLK2(9,26)
DMIC_CAM2_DATA(9)

C3564

*2DM@2.2u/6.3V_2

PREFERRED DMIC CHANNEL CONFIG
I

NTERFACE 1: STRAP MIC TO LEFT=CHANNEL 0

INTERFACE 2: STRAP MIC TO RIGHT=CHANNEL 3

1
2
3
4

A A

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

5

4

3

2

Wednesday, January 09, 2019

PROJECT :

AR CONNECTORS

AR CONNECTORS

AR CONNECTORS

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

4540

4540

4540

1A

1A

1A

5

D D

C C

4

3

2

1

B B

A A

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

5

4

3

2

Wednesday, January 09, 2019

Blank

Blank

Blank

PROJECT :

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

4541

4541

4541

1A

1A

1A

5

D D

C C

4

3

2

1

B B

A A

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

5

4

3

2

Wednesday, January 09, 2019

Blank

Blank

Blank

PROJECT :

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

4542

4542

4542

1A

1A

1A

5

D D

C C

4

3

2

1

B B

A A

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

5

4

3

2

Wednesday, January 09, 2019

PROJECT :

WOV DIAGRAM

WOV DIAGRAM

WOV DIAGRAM

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

4543

4543

4543

1A

1A

1A

5

D D

C C

4

3

2

1

B B

A A

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

5

4

3

2

Wednesday, January 09, 2019

PROJECT :

POWER SEQUENCE

POWER SEQUENCE

POWER SEQUENCE

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

4544

4544

4544

1A

1A

1A

5

D D

C C

4

3

2

1

B B

A A

Quanta Computer Inc.

Quanta Computer Inc.

Quanta Computer Inc.

PROJECT :

PROJECT :

Size Document Number Rev

Size Document Number Rev

Size Document Number Rev

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

Wednesday, January 09, 2019

Date: Sheet of

5

4

3

2

Wednesday, January 09, 2019

PROJECT :

SOC-STRAPPING

SOC-STRAPPING

SOC-STRAPPING

1

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

ZAK_ZAN_ZAP_ZAQ

4545

4545

4545

1A

1A

1A