Asus Eee

5 4 3 2 1









1215T AMD ASB2 Single Channel DDR3 CLK GEN



D

BLOCK DIAGRAM CPU DDR3 800

SO-DIMM

Page 29

D



15W/12W/9W Page 7 ~ 9 FAN + SENSOR

Page 3 ~ 6

Page 50

HT1.0 /3.0

15W: 3.2GT/S Discharge

12W&9W: 2.0GT/S Page 57



LVDS Page 46





HDMI AMD KB

Page 56



CRT

RS880M

Page 10 ~ 18

PCI-E EC KB3310

PCIE Page 30 ~ 31

C C

IO BOARD X4

LPC

AR8152 SPI ROM



Codec ALC269

AZALIA AMD Page 30





SB710 Debug Conn.

NEC/Asmedia Page 44

Speaker Page 20 ~ 28

USB 3.0 X2 USB3.0

HP/MIC Page 30



USB



SATA

SATA HDD

B B

Page 51









MINICARD/BT3.0





USB CCD

Page 45



Card Reader

AU6433 USB 2.0 with charge

Page 52





2 in 1 Card

Reader

A A















Title : Block Diagram

ASUSTeK Computer INC Engineer: N/A

Size Project Name Rev



hexainf@hotmail.com Custom 1215T 1.0

Date: Tuesday, August 10, 2010 Sheet 1 of 80

GRATIS - FOR FREE

5 4 3 2 1

5 4 3 2 1









Reset IC



AC mode: VSUS_ON assert after EC_RST#

BAT Mode: VSUS_ON assert after Press button EC_RST# 6 PWROK

PWR_SW# Power On

SWITCH

D





1 2 RESET_L D









AC_BAT_SYS

AMD Geneva CPU

+3VA +3VA_EC LDTSTOP_L

+5VA EC

3 VSUS_ON









PM_RSMRST#





PM_PWRBTN#

+1.2VSUS 4









A_RST#

+3VSUS

+12VSUS

SUS_PWRGD 5 7 18

+5VSUS





C

+1.5V

8' SUSC_EC#

8 C









+3V

SLP_S5# 17 CPU_PWRGD

PM_SUSC# LDT_PG

ALL_SYSTEM_PWRGD EC

SUS_PWRGD 10 9 19 CPU_LDT_RST#

+2.5_CPU_VDDA SLP_S3# LDT_RST#

PM_SUSB#

+1.5VS SUSB_EC#

+1.8VS

9' SB710

+3VS

+5VS

+0.75VS

(South Bridge) 16 CPU_LDT_STOP#

+0.9VS 15 LDT_STP# LDTSTOP#

B

KBRST# KBRST# B







RC_IN#

RS880

+1.1V_NB 11

VCORE

CPU_VRON 18 A_RST#

A_RST# SYSRESET#

+VCC_NB PM_PWROK_EC

+1.1V_CPU_NB_SB

VRM_PWRGD

PWR_GOOD (North Bridge)

+CPU_VDDNB 12 13 NB_PWRGD

14 NB_PWRGD

POWERGOOD









A 10 CLK GEN A





+3VS POWER-UP

VDDxxx



Title : Power sequence

ASUSTeK.Computer.INC Engineer: N/A

Size Project Name Rev

hexainf@hotmail.com Custom 1215T 1.0



GRATIS - FOR FREE

5 4 3 2

Date: Tuesday, August 10, 2010

1

Sheet 2 of 80

5 4 3 2 1









D D



HT_CPU_TXD[0..15] [10]





[10] HT_CPU_RXD[0..15] HT_CPU_TXD#[0..15] [10]

U0301A

HT_CPU_RXD15 W7 AB6 HT_CPU_TXD15

HT_CPU_RXD#15 L0_CADIN_H15 L0_CADOUT_H15 HT_CPU_TXD#15

[10] HT_CPU_RXD#[0..15] W6 L0_CADIN_L15 L0_CADOUT_L15 AB5

HT_CPU_RXD14 U6 AB9 HT_CPU_TXD14

HT_CPU_RXD#14 L0_CADIN_H14 L0_CADOUT_H14 HT_CPU_TXD#14

U5 L0_CADIN_L14 L0_CADOUT_L14 AB8

HT_CPU_RXD13 R7 AC7 HT_CPU_TXD13

HT_CPU_RXD#13 L0_CADIN_H13 L0_CADOUT_H13 HT_CPU_TXD#13

R6 L0_CADIN_L13 L0_CADOUT_L13 AC6

HT_CPU_RXD12 P6 AE6 HT_CPU_TXD12

HT_CPU_RXD#12 L0_CADIN_H12 L0_CADOUT_H12 HT_CPU_TXD#12

P5 L0_CADIN_L12 L0_CADOUT_L12 AE5

HT_CPU_RXD11 L6 AE9 HT_CPU_TXD11

HT_CPU_RXD#11 L0_CADIN_H11 L0_CADOUT_H11 HT_CPU_TXD#11

L5 L0_CADIN_L11 L0_CADOUT_L11 AE8

HT_CPU_RXD10 J6 AH3 HT_CPU_TXD10

HT_CPU_RXD#10 L0_CADIN_H10 L0_CADOUT_H10 HT_CPU_TXD#10

J5 L0_CADIN_L10 L0_CADOUT_L10 AH4

HT_CPU_RXD9 H4 AK3 HT_CPU_TXD9

HT_CPU_RXD#9 L0_CADIN_H9 L0_CADOUT_H9 HT_CPU_TXD#9

H3 L0_CADIN_L9 L0_CADOUT_L9 AK4

HT_CPU_RXD8 G6 AH1 HT_CPU_TXD8

HT_CPU_RXD#8 L0_CADIN_H8 L0_CADOUT_H8 HT_CPU_TXD#8

G5 L0_CADIN_L8 L0_CADOUT_L8 AH2

HT_CPU_RXD7 T3 Y1 HT_CPU_TXD7

HT_CPU_RXD#7 L0_CADIN_H7 L0_CADOUT_H7 HT_CPU_TXD#7

T4 L0_CADIN_L7 L0_CADOUT_L7 Y2

HT_CPU_RXD6 T2 Y4 HT_CPU_TXD6

HT_CPU_RXD#6 L0_CADIN_H6 L0_CADOUT_H6 HT_CPU_TXD#6

T1 L0_CADIN_L6 L0_CADOUT_L6 Y3

HT_CPU_RXD5 P3 AB1 HT_CPU_TXD5

HT_CPU_RXD#5 L0_CADIN_H5 L0_CADOUT_H5 HT_CPU_TXD#5

P4 L0_CADIN_L5 L0_CADOUT_L5 AB2

HT_CPU_RXD4 P2 AB4 HT_CPU_TXD4

HT_CPU_RXD#4 L0_CADIN_H4 L0_CADOUT_H4 HT_CPU_TXD#4

P1 L0_CADIN_L4 L0_CADOUT_L4 AB3

HT_CPU_RXD3 M2 AD4 HT_CPU_TXD3

HT_CPU_RXD#3 L0_CADIN_H3 L0_CADOUT_H3 HT_CPU_TXD#3

M1 L0_CADIN_L3 L0_CADOUT_L3 AD3

C HT_CPU_RXD2 HT_CPU_TXD2 C

K3 L0_CADIN_H2 L0_CADOUT_H2 AF1

HT_CPU_RXD#2 K4 AF2 HT_CPU_TXD#2

HT_CPU_RXD1 L0_CADIN_L2 L0_CADOUT_L2 HT_CPU_TXD1

K2 L0_CADIN_H1 L0_CADOUT_H1 AF4

HT_CPU_RXD#1 K1 AF3 HT_CPU_TXD#1

HT_CPU_RXD0 L0_CADIN_L1 L0_CADOUT_L1 HT_CPU_TXD0

H2 L0_CADIN_H0 L0_CADOUT_H0 AK1

HT_CPU_RXD#0 H1 AK2 HT_CPU_TXD#0

L0_CADIN_L0 L0_CADOUT_L0

HT_CPU_RX_CLK1 M8 AF6 HT_CPU_TX_CLK1

[10] HT_CPU_RX_CLK1 L0_CLKIN_H1 L0_CLKOUT_H1 HT_CPU_TX_CLK1 [10]

HT_CPU_RX_CLK#1 M7 AF5 HT_CPU_TX_CLK#1

[10] HT_CPU_RX_CLK#1 L0_CLKIN_L1 L0_CLKOUT_L1 HT_CPU_TX_CLK#1 [10]

HT_CPU_RX_CLK0 M3 AD1 HT_CPU_TX_CLK0

[10] HT_CPU_RX_CLK0 L0_CLKIN_H0 L0_CLKOUT_H0 HT_CPU_TX_CLK0 [10]

HT_CPU_RX_CLK#0 M4 AD2 HT_CPU_TX_CLK#0

[10] HT_CPU_RX_CLK#0 L0_CLKIN_L0 L0_CLKOUT_L0 HT_CPU_TX_CLK#0 [10]

HT_CPU_RX_CTL1 Y6 Y8 HT_CPU_TX_CTL1

[10] HT_CPU_RX_CTL1 L0_CTLIN_H1 L0_CTLOUT_H1 HT_CPU_TX_CTL1 [10]

HT_CPU_RX_CTL#1 Y5 Y9 HT_CPU_TX_CTL#1

[10] HT_CPU_RX_CTL#1 L0_CTLIN_L1 L0_CTLOUT_L1 HT_CPU_TX_CTL#1 [10]

HT_CPU_RX_CTL0 V2 V4 HT_CPU_TX_CTL0

[10] HT_CPU_RX_CTL0 L0_CTLIN_H0 L0_CTLOUT_H0 HT_CPU_TX_CTL0 [10]

HT_CPU_RX_CTL#0 V1 V3 HT_CPU_TX_CTL#0

[10] HT_CPU_RX_CTL#0 L0_CTLIN_L0 L0_CTLOUT_L0 HT_CPU_TX_CTL#0 [10]



ASB2

01G022200000









B B









A A









Title : Conesus HT I/F

ASUSTeK.Computer.INC Engineer: N/A

Size Project Name Rev

hexainf@hotmail.com Custom 1215T 1.0



GRATIS - FOR FREE

5 4 3 2

Date: Tuesday, August 10, 2010

1

Sheet 3 of 80

5 4 3 2 1









U0301C

U0301B

[7] H_D3A_MA[15..0] P33 MB_ADD15 MB_DATA63 AN13

H_D3A_MA15 P30 AG11 H_D3A_DQ63 P31 AL14

H_D3A_MA14 MA_ADD15 MA_DATA63 H_D3A_DQ62 MB_ADD14 MB_DATA62

M29 MA_ADD14 MA_DATA62 AH11 AJ33 MB_ADD13 MB_DATA61 AL16

H_D3A_MA13 AG28 AJ12 H_D3A_DQ61 T32 AN17

H_D3A_MA12 MA_ADD13 MA_DATA61 H_D3A_DQ60 MB_ADD12 MB_DATA60

P28 MA_ADD12 MA_DATA60 AJ14 T31 MB_ADD11 MB_DATA59 AN12

H_D3A_MA11 T30 AF11 H_D3A_DQ59 AD32 AM12

D

H_D3A_MA10 MA_ADD11 MA_DATA59 H_D3A_DQ58 MB_ADD10 MB_DATA58 D

AC28 MA_ADD10 MA_DATA58 AF12 T33 MB_ADD9 MB_DATA57 AM16

H_D3A_MA9 P27 AG12 H_D3A_DQ57 V32 AN16

H_D3A_MA8 MA_ADD9 MA_DATA57 H_D3A_DQ56 MB_ADD8 MB_DATA56

R26 MA_ADD8 MA_DATA56 AH12 U33 MB_ADD7 MB_DATA55 AL18

H_D3A_MA7 R27 AK14 H_D3A_DQ55 V33 AN19

H_D3A_MA6 MA_ADD7 MA_DATA55 H_D3A_DQ54 MB_ADD6 MB_DATA54

U28 MA_ADD6 MA_DATA54 AF15 V31 MB_ADD5 MB_DATA53 AM24

H_D3A_MA5 V30 AH19 H_D3A_DQ53 W33 AN24

H_D3A_MA4 MA_ADD5 MA_DATA53 H_D3A_DQ52 MB_ADD4 MB_DATA52

U27 MA_ADD4 MA_DATA52 AK20 H_D3A_DQ[63..0] [7] Y31 MB_ADD3 MB_DATA51 AM18

H_D3A_MA3 Y30 AF14 H_D3A_DQ51 Y33 AN18

H_D3A_MA2 MA_ADD3 MA_DATA51 H_D3A_DQ50 MB_ADD2 MB_DATA50

AB29 MA_ADD2 MA_DATA50 AG14 H_D3A_BA[2..0] [7] Y32 MB_ADD1 MB_DATA49 AL22

H_D3A_MA1 W29 AF17 H_D3A_DQ49 AC33 AN23

H_D3A_MA0 MA_ADD1 MA_DATA49 H_D3A_DQ48 MB_ADD0 MB_DATA48

AC26 MA_ADD0 MA_DATA48 AG19 H_D3A_DQSP[7..0] [7] MB_DATA47 AM25

AG20 H_D3A_DQ47 R33 AL26

H_D3A_BA2 R29 MA_DATA47 H_D3A_DQ46 MB_BANK2 MB_DATA46

MA_BANK2 MA_DATA46 AJ20 H_D3A_DQSN[7..0] [7] AD33 MB_BANK1 MB_DATA45 AN28

H_D3A_BA1AC29 AF22 H_D3A_DQ45 AE33 AL28

H_D3A_BA0 AE28 MA_BANK1 MA_DATA45 H_D3A_DQ44 MB_BANK0 MB_DATA44

MA_BANK0 MA_DATA44 AK24 MB_DATA43 AL24

AF19 H_D3A_DQ43 K33 AN25

MA_DATA43 H_D3A_DQ42 MB_CHECK7 MB_DATA42

K30 MA_CHECK7 MA_DATA42 AF20 K31 MB_CHECK6 MB_DATA41 AN27

J29 AJ23 H_D3A_DQ41 G32 AM28

MA_CHECK6 MA_DATA41 H_D3A_DQ40 MB_CHECK5 MB_DATA40

G29 MA_CHECK5 MA_DATA40 AG23 F32 MB_CHECK4 MB_DATA39 AM29

F29 AF23 H_D3A_DQ39 L33 AL30

MA_CHECK4 MA_DATA39 H_D3A_DQ38 MB_CHECK3 MB_DATA38

L28 MA_CHECK3 MA_DATA38 AF25 K32 MB_CHECK2 MB_DATA37 AL32

L29 AH27 H_D3A_DQ37 H31 AL33

MA_CHECK2 MA_DATA37 H_D3A_DQ36 MB_CHECK1 MB_DATA36

H29 MA_CHECK1 MA_DATA36 AK30 G33 MB_CHECK0 MB_DATA35 AK28

H27 AJ25 H_D3A_DQ35 AN29

MA_CHECK0 MA_DATA35 H_D3A_DQ34 MB_DATA34

MA_DATA34 AG25 J33 MB_DQS_H8 MB_DATA33 AM31

J27 AJ26 H_D3A_DQ33 H32 AM32

MA_DQS_H8 MA_DATA33 H_D3A_DQ32 MB_DQS_L8 MB_DATA32

J26 MA_DQS_L8 MA_DATA32 AJ28 AM14 MB_DQS_H7 MB_DATA31 E33

H_D3A_DQSP7 AJ11 D28 H_D3A_DQ31 AN14 D31

H_D3A_DQSN7 MA_DQS_H7 MA_DATA31 H_D3A_DQ30 MB_DQS_L7 MB_DATA30

AK12 MA_DQS_L7 MA_DATA30 G28 AL20 MB_DQS_H6 MB_DATA29 B31

H_D3A_DQSP6 AG15 D26 H_D3A_DQ29 AM20 A31

H_D3A_DQSN6 MA_DQS_H6 MA_DATA29 H_D3A_DQ28 MB_DQS_L6 MB_DATA28

AH15 MA_DQS_L6 MA_DATA28 E26 AN26 MB_DQS_H5 MB_DATA27 F33

H_D3A_DQSP5 AH22 F30 H_D3A_DQ27 AM26 F31

H_D3A_DQSN5 MA_DQS_H5 MA_DATA27 H_D3A_DQ26 MB_DQS_L5 MB_DATA26

AG22 MA_DQS_L5 MA_DATA26 E29 AN30 MB_DQS_H4 MB_DATA25 C32

H_D3A_DQSP4 AG26 F27 H_D3A_DQ25 AM30 B32

H_D3A_DQSN4 MA_DQS_H4 MA_DATA25 H_D3A_DQ24 MB_DQS_L4 MB_DATA24

AH26 MA_DQS_L4 MA_DATA24 H26 D33 MB_DQS_H3 MB_DATA23 C30

H_D3A_DQSP3 E28 H25 H_D3A_DQ23 D32 A29

H_D3A_DQSN3 MA_DQS_H3 MA_DATA23 H_D3A_DQ22 MB_DQS_L3 MB_DATA22

F28 MA_DQS_L3 MA_DATA22 D24 B28 MB_DQS_H2 MB_DATA21 B26

C H_D3A_DQSP2 E25 H22 H_D3A_DQ21 A28 A26 C

H_D3A_DQSN2 MA_DQS_H2 MA_DATA21 H_D3A_DQ20 MB_DQS_L2 MB_DATA20

F25 MA_DQS_L2 MA_DATA20 E22 A21 MB_DQS_H1 MB_DATA19 B30

H_D3A_DQSP1 G17 F26 H_D3A_DQ19 B20 A30

H_D3A_DQSN1 MA_DQS_H1 MA_DATA19 H_D3A_DQ18 MB_DQS_L1 MB_DATA18

H17 MA_DQS_L1 MA_DATA18 G26 B16 MB_DQS_H0 MB_DATA17 A27

H_D3A_DQSP0 E12 D22 H_D3A_DQ17 A15 C26

H_D3A_DQSN0 MA_DQS_H0 MA_DATA17 H_D3A_DQ16 MB_DQS_L0 MB_DATA16

F12 MA_DQS_L0 MA_DATA16 G23 MB_DATA15 A24

G22 H_D3A_DQ15 AN22 B24

MA_DATA15 H_D3A_DQ14 MB_CLK_H7 MB_DATA14

AK18 MA_CLK_H7 MA_DATA14 G20 AM22 MB_CLK_L7 MB_DATA13 C18

AJ17 G15 H_D3A_DQ13 AN21 A18

MA_CLK_L7 MA_DATA13 H_D3A_DQ12 MB_CLK_H6 MB_DATA12

AH17 MA_CLK_H6 MA_DATA12 F15 AM21 MB_CLK_L6 MB_DATA11 A25

AG17 D20 H_D3A_DQ11 AA32 C24

MA_CLK_L6 MA_DATA11 H_D3A_DQ10 MB_CLK_H5 MB_DATA10

[7] H_D3A_CLKP0 Y28 MA_CLK_H5 MA_DATA10 F22 AA33 MB_CLK_L5 MB_DATA9 C20

Y27 D16 H_D3A_DQ9 AB33 A19

[7] H_D3A_CLKN0 MA_CLK_L5 MA_DATA9 H_D3A_DQ8 MB_CLK_H4 MB_DATA8

[7] H_D3A_CLKP1 AB27 MA_CLK_H4 MA_DATA8 E17 AB32 MB_CLK_L4 MB_DATA7 C16

AB26 H15 H_D3A_DQ7 AB31 A16

[7] H_D3A_CLKN1 MA_CLK_L4 MA_DATA7 H_D3A_DQ6 MB_CLK_H3 MB_DATA6

W27 MA_CLK_H3 MA_DATA6 H14 AB30 MB_CLK_L3 MB_DATA5 B14

W26 G12 H_D3A_DQ5 AD31 A13

MA_CLK_L3 MA_DATA5 H_D3A_DQ4 MB_CLK_H2 MB_DATA4

P26 MA_CLK_H2 MA_DATA4 H12 AD30 MB_CLK_L2 MB_DATA3 B18

M26 E15 H_D3A_DQ3 C22 A17

MA_CLK_L2 MA_DATA3 H_D3A_DQ2 MB_CLK_H1 MB_DATA2

D18 MA_CLK_H1 MA_DATA2 E14 B22 MB_CLK_L1 MB_DATA1 C14

F19 E11 H_D3A_DQ1 A22 A14

MA_CLK_L1 MA_DATA1 H_D3A_DQ0 MB_CLK_H0 MB_DATA0

E20 MA_CLK_H0 MA_DATA0 F11 A23 MB_CLK_L0

E19 MA_CLK_L0 H_D3A_DM[7..0] [7] MB_DM8 H33

MA_DM8 H30 N33 MB_CKE1 MB_DM7 AN15

M30 AL12 H_D3A_DM7 P32 AN20

[7] H_D3A_CKE1 MA_CKE1 MA_DM7 H_D3A_DM6 MB_CKE0 MB_DM6

[7] H_D3A_CKE0 M28 MA_CKE0 MA_DM6 AK16 MB_DM5 AK26

AK22 H_D3A_DM5 AK31 AN31

MA_DM5 H_D3A_DM4 RSVD9 MB_DM4

AJ29 RSVD7 MA_DM4 AJ27 AH31 RSVD5 MB_DM3 C33

AF27 E27 H_D3A_DM3 AK32 C28

RSVD2 MA_DM3 H_D3A_DM2 MB0_ODT1 MB_DM2

[7] H_D3A_ODT1 AJ30 MA0_ODT1 MA_DM2 E23 AH33 MB0_ODT0 MB_DM1 A20

AG29 H19 H_D3A_DM1 D14

[7] H_D3A_ODT0 MA0_ODT0 MA_DM1 H_D3A_DM0 MB_DM0

MA_DM0 G14 AK33 RSVD10

AH29 +1.5V AF33

RSVD4 RSVD3

AE29

AH30

RSVD1 R1.1 AJ32

AF31

MB0_CS_L1

[7] H_D3A_CS#1 MA0_CS_L1 MB0_CS_L0

[7] H_D3A_CS#0 AF29 MA0_CS_L0 1% change to 5%









2

AF32 MB_RAS_L

AC27 HR38 AH32

B [7] H_D3A_RAS# MA_RAS_L MB_CAS_L B

[7] H_D3A_CAS# AF30 MA_CAS_L 1KOhm AG33 MB_WE_L

[7] H_D3A_WE# AE27 MA_WE_L HT32 TPC28T 1 H_D3B_RESET# L32









1

H_PM_EXT_TS#1 MB_RESET_L

[7] H_D3A_DRAMRST# L27 MA_RESET_L M33 MB_EVENT_L

[7] H_PM_EXT_TS#0 M32 MA_EVENT_L

ASB2

ASB2







Change list:

1、CLK 0 and 1 reserved follow AMD Schematic check list。









A A









Title : Conesus DDR2 MEM I/F

ASUSTeK.Computer.INC Engineer: N/A

hexainf@hotmail.com C

Size Project Name

1215T

Rev

1.0

GRATIS - FOR FREE 5 4 3 2

Date: Tuesday, August 10, 2010

1

Sheet 4 of 80

5 4 3 2 1









+1.5V





+1.5VS

2008.03.04

add C503 optional to /X









8

CPU_PWRGD 1 2 5PF/50V GND +2.5V_CPU_VDDA









4

RN6107D C504 30Ohm/100Mhz









6









8









6

300Ohm RN6107B @ L0501 Irat=1A

RN6107C 1 2 VDDA

300Ohm









1









1







1

300Ohm C0504 C0505 C0506 RN6110D RN6110C



7

1KOHM 1KOHM









3

CPU_PWRGD 4.7UF/6.3V 0.22UF/6.3V 3300PF/50V

[20] CPU_PWRGD







5









2









2







2









7









5

D D

CPU_LDT_STOP#

[12,20] CPU_LDT_STOP#



[20,38] CPU_LDT_RST#

CPU_LDT_RST# DEL C0503 at 0414 GND H_SVC

H_SVD









CPU_LDT_RST# U0301D route as diff

A8 VDDA_1 pair

for warm reset LAYOUT: ROUTE VDDA TRACE APPROX. VDDA B8 VDDA_2

need check 5/5/5,10mil

50 mils WIDE (USE 2x25 mil TRACES TO

2









EXIT BALL FIELD) AND 500 mils LONG. CK_HT_CPUP_C A6

CK_HT_CPUN_C CLKIN_H

JP0501 A7 M31 H_CORE_TYPE

1 2 HR35

2









@ HC17 CLKIN_L CORE_TYPE 0Ohm +1.5V

SGL_JUMP

1









2 1 CK_HT_CPUP_C CPU_PWRGD D10 /X

[29] SRC_CPU_HT_CLKP PWROK

3900PF/50V Keep trace from resisor to CPU CPU_LDT_STOP# E9 GND

1









LDTSTOP_L









2

within 0.6" CPU_LDT_RST# F9 C1 CRB & Check list

RESET_L SVC H_SVC [72]









2







2

HR10 keep trace from caps to CPU within B2

SVD H_SVD [72]

169Ohm HR20 HR15

1.2" 300Ohm

1KOhm

HC18









1

GND 2 1 CK_HT_CPUN_C HR7 1 2 0Ohm /TSI CPU_SIC AN4 AL6

[29] SRC_CPU_HT_CLKN [21,50] SCLK3 CPU_THRM_DC [50]









1







1

3900PF/50V HR8 CPU_SID SIC THERMDC

[21,50] SDATA3 1 2 0Ohm /TSI AN5 SID THERMDA AM5 CPU_THRM_DA [50]

AM2 AK6 CPU_THRMTRIP# 1 HT7

ALERT_L VSS THERMTRIP_L

AN3 ALERT_L PROCHOT_L AN6 CPU_PROCHOT# [20]

GND CPU_TDI AM8 AN7 CPU_TDO

CPU_TRST# TDI TDO

AL8 TRST_L

PROCHOT CPU_PROCHOT#

CPU_TCK

CPU_TMS

AK8

AN8

TCK

+1.5V

TMS CPU_SID HR28 1 2 1KOhm

@ 3 Q0504 CPU_DBREQ# G9 H9 CPU_DBRDY

D DBREQ_L DBRDY

2 1 2N7002 CPU_SIC HR29 1 2 1KOhm

[30,79] PWRLIMIT#

D0501 RB751V-40

[72] H_VSS_SENSE D2 VSS_SENSE R1.1 NEED CHECK

EC to CPU/PWR 1

THRO_CPU [30] E2 VLDT_SENSE RSVD12 AM6 H_RSVD12 1 HT6 ALERT_L 1 1KOHM 2

RN6110A

C G E1 C

S 2 [72] H_VCC_SENSE VDD_SENSE

D1 AJ9 CPU_PRESENT 1 HT8 CPU_DBREQ# 2 1 RN6107A

[72] H_VDDNB_SENSE VDDNB_SENSE CPU_PRESENT_L

HT21 1 VDDIO_SENSE D3 300Ohm

VDDIO_SENSE CPU_VLDT

C2 VDDR_SENSE

From EC. 3 RN6110B

1KOHM 4

GND +H_M_VREF A11 V10 H_HTREF1 44.2Ohm 1 2 HR14

H_M_ZN_H M_VREF HTREF1 H_HTREF0 44.2Ohm H_TEST26

AM9 M_ZN_H HTREF0 V9 1 2 HR26 8 1KOHM 7RN6108D

HR2 1 2 H_M_ZN_L AN9 M_ZN_L H_TEST27 HR27 1 2 1KOhm









1

HC1 39.2Ohm HR16 GND

CPU_PWRGD 0.1UF/16V H_TEST25_H A9 B10 H_TEST29_H 1 2 HR30 1 2 301Ohm /X

H_TEST25_L TEST25_H TEST29_H H_TEST29_L follow AMD checklist

B9 A10









2

H_TEST19 TEST25_L TEST29_L 80.6Ohm H_TEST21 RN6108C

A5 TEST19 5 1KOHM 6

1









THRNTRIP R0541 GND

PLACE THEM CLOSE TO H_TEST18 B6 TEST18

AK7 H_TEST24

Route as 80ohm, diff H_TEST20

H_TEST24

3

1

1KOHM 4

RN6108B

RN6108A

CPU WITHIN 1" TEST24 1KOHM 2

/X SL0501 2 1 H_TEST9 G8 AG8 H_TEST23 H_TEST22 7 8 RN6109D

0402 TEST9 TEST23 1KOHM

10KOhm

NOTICE r0541 H_TEST9 Max

c0402

Length=1.5" HT9 1 F8

TEST22 AK9

AH9

H_TEST22

H_TEST21 H_TEST19 3 1KOHM 4

RN6109B

2









HT10 TEST17 TEST21 H_TEST20 H_TEST18 RN6109C

1 2 1 C8 TEST16 TEST20 AM7 5 1KOHM 6

C0507 0.1UF/16V HT11 1 D9 H_TEST23 1 RN6109A

TEST15 1KOHM 2 follow AMD checklist

HT12 1 E8 G11

GND TEST14 TEST28_H

TEST28_L H11

C6 AJ8 H_TEST27

TEST7 TEST27 H_TEST26

AH7 TEST6 TEST26 AM4

H_TEST10

1 B









AK5 TEST3 TEST10 D7

Q0507 2N7002 AJ7 B5

TEST2 TEST8

S 2









CPU_THRMTRIP# FORCE_OFF# CPU_DBRDY HR24 2 301Ohm /X

D









FORCE_OFF# [30,50] 1

3

C

2

E







3









TEST31 AG9

G









Q0505

1









T0514 TPC28T 1 GND

PMBS3904

N/A ASB2

[20,28,30,46,50,54] BUF_PLT_RST#

CPU_VLDT





+1.5V +1.5V

B B

+H_M_VREF H_TEST10 HR34 1 2 301Ohm /X



1









2









2

+1.5VS GND HC12 HR4 HR3

0.1UF/16V 1KOhm 510Ohm

HDT

2





J0500

2









+3VS 1 2 2 1









1

R0515 CPU_LDT_RST#_R R0516 1 5% 2 0Ohm /HDT_DEBUG NC GND1 H_TEST25_H

3 DBREQ_L1 GND2 4

10KOhm CPU_PWRGD R0517 1 5% 2 0Ohm /HDT_DEBUG 5 6

DBRDY1 GND3

2









CPU_DBREQ# 7 8 GND H_TEST25_L

DBREQ_L2 GND4

1









1

R0563 CPU_DBRDY 9 10 HR5 HC14 HC15

1









/HDT_DEBUG CPU_TCK DBRDY2 GND5

4.7KOhm 11 DBREQ_L3 GND6 12









2

CPU_TMS 1KOhm 1000PF/50V 0.1UF/16V HR13

1 B









13 14

1









2









2

CPU_TDI DBRDY3 GND7 510Ohm

15 16

1









CPU_TRST# DBREQ_L4 GND8

17 DBRDY4 DBRDY7 18

[12,38] CPU_LDT_RST#_R CPU_RESET CPU_TDO 19 20

CPU_RESET [38] DBREQ_L5 DBREQ_L7

C









/HDT_DEBUG

2

E







3









21 22









1

Q0506 +1.5V DBRDY5 DBRDY6 CPU_RESET

23 DBREQ_L6 GND9 24 GND

PMBS3904 26 DRAM Interface Voltage Reference

/HDT_DEBUG GND10



ASP_68200_07_K25 PLACE CLOSE TO CPU

Debug 箇痙 090405 /X

GND

GND









[38] CPU_TDI CPU_TDI

A A

[38] CPU_TMS CPU_TMS



[38] CPU_TCK CPU_TCK













ACC :

Title Conesus CNT/DBG/THERM

ASUSTeK.Computer.INC Engineer: N/A

hexainf@hotmail.com C

Size Project Name

1215T

Rev

1.0

GRATIS - FOR FREE 5 4 3 2

Date: Tuesday, August 10, 2010

1

Sheet 5 of 80

5 4 3 2 1





DESIGN NOTE:

VLDT must be routed as a pour or a trace at least 200 mils wide.

VLDT may be routed from the source to either ALx balls or Fx balls.

+VCORE +VCORE +1.5V Choose whichever makes routing simpler.

CPU_VLDT

These six capacitors must be placed very near the selected balls.

The "other" set of balls must be decoupled with a 4.7uF cap.

U0301G U0301H

U0301E U0301F B1 W19 AM19 AK15

VSS_1 VSS_45 VSS_207 VSS_191

D4 VDD_1 VDD_85 AE12 N2 VSS_28 VSS_44 W1 AF7 VSS_167 VSS_192 AK17

D5 VDD_2 VDD_84 AD9 M27 VDDIO_1 VLDT_A_1 F1 1.1VS N22 VSS_29 VSS_43 V20 AF26 VSS_166 VSS_193 AK19

D6 VDD_3 VDD_83 AE21 Y26 VDDIO_2 VLDT_A_2 F2 N23 VSS_30 VSS_42 V18 AE7 VSS_165 VSS_194 AK21

E5 VDD_4 VDD_82 AD21 U26 VDDIO_3 VLDT_A_3 F3 B13 VSS_2 VSS_26 M11 AF8 VSS_168 VSS_126 AA2

E6 VDD_5 VDD_81 AD18 N32 VDDIO_4 VLDT_A_4 F4 B15 VSS_3 VSS_25 L8 AF9 VSS_169 VSS_127 AA22

D

E7 VDD_6 VDD_80 AD14 U32 VDDIO_5 B17 VSS_4 VSS_41 V15 AG1 VSS_170 VSS_128 AA23 D

F5 VDD_7 VDD_79 AD12 N30 VDDIO_6 VLDT_B_1 AL1 M21 VSS_27 VSS_24 L4 AG2 VSS_171 VSS_195 AK23

F6 VDD_8 VDD_78 AD11 P29 VDDIO_7 VLDT_B_2 AL2 B19 VSS_5 VSS_23 L30 AG27 VSS_172 VSS_129 AA4

F7 VDD_9 VDD_77 AC5 R28 VDDIO_8 VLDT_B_3 AL3 B21 VSS_6 VSS_22 L26 AG4 VSS_173 VSS_130 AA9

H7 AE18 R30 AL4 +0.9VS B23 L24 AG5 AB10

VDD_10 VDD_76 VDDIO_9 VLDT_B_4 VSS_7 VSS_68 VSS_174 VSS_131

H8 VDD_11 VDD_75 AC24 R32 VDDIO_10 B27 VSS_8 VSS_69 L23 AG6 VSS_175 VSS_132 AB12

J8 VDD_12 VDD_74 AC12 U29 VDDIO_11 VDDR_A_1 A12 1.5A B29 VSS_9 VSS_70 L22 AG7 VSS_176 VSS_133 AB21

E4 VDD_13 VDD_73 AC10 U30 VDDIO_12 VDDR_A_2 B12 B33 VSS_10 VSS_71 L21 AE4 VSS_164 VSS_134 AB22

J10 VDD_14 VDD_72 AB13 W28 VDDIO_13 VDDR_A_3 C12 C10 VSS_11 VSS_72 L2 AE25 VSS_163 VSS_135 AB23

J12 VDD_15 VDD_71 AB11 W30 VDDIO_14 VDDR_A_4 D12 P10 VSS_31 VSS_73 L12 AE24 VSS_162 VSS_136 AB24

J14 VDD_16 VDD_70 AE14 W32 VDDIO_15 P14 VSS_32 VSS_74 L10 AE22 VSS_161 VSS_196 AK25

J18 VDD_17 VDD_69 AA24 Y29 VDDIO_16 VDDR_B_1 AK10 P16 VSS_33 VSS_75 L1 AE20 VSS_160 VSS_197 AK27

J20 VDD_18 VDD_68 AA12 AA30 VDDIO_17 VDDR_B_2 AL10 P19 VSS_34 VSS_76 K9 AE2 VSS_159 VSS_198 AK29

J21 VDD_19 VDD_67 AA10 AB28 VDDIO_18 VDDR_B_3 AM10 P7 VSS_35 VSS_77 M6 AE16 VSS_158 VSS_199 AJ5

J23 VDD_20 VDD_66 Y19 AE32 VDDIO_19 VDDR_B_4 AN10 C31 VSS_12 VSS_78 K24 AE13 VSS_157 VSS_200 AH6

J9 VDD_21 VDD_65 Y16 AC30 VDDIO_20 D11 VSS_13 VSS_79 K22 AH14 VSS_177 VSS_201 AL31

K10 Y14 AC32 +CPU_VDDNB D13 K16 AE11 AM1

VDD_22 VDD_64 VDDIO_21 VSS_14 VSS_80 VSS_156 VSS_202

K12 VDD_23 VDD_63 W5 AE26 VDDIO_22 D15 VSS_15 VSS_81 M22 AE10 VSS_155 VSS_203 AM13

K14 VDD_24 VDD_62 W20 AE30 VDDIO_23 VDDNB_1 A3 R1 VSS_36 VSS_82 K13 AE1 VSS_154 VSS_137 AB7

K18 VDD_25 VDD_61 W18 AF28 VDDIO_24 VDDNB_2 A4 D17 VSS_16 VSS_83 M24 AD24 VSS_153 VSS_138 AC1

K20 VDD_26 VDD_60 W15 AG30 VDDIO_25 VDDNB_3 B3 D19 VSS_17 VSS_84 K11 AD23 VSS_152 VSS_205 AM15

K21 VDD_27 VDD_59 AE23 AG32 VDDIO_26 VDDNB_4 B4 D21 VSS_18 VSS_85 M23 AD22 VSS_151 VSS_206 AM17

K23 VDD_28 VDD_58 V24 AD25 VDDIO_27 VDDNB_5 C3 D23 VSS_19 VSS_86 J7 AH20 VSS_178 VSS_139 AC11

N4 VDD_29 VDD_57 V19 AA25 VDDIO_28 VDDNB_6 C4 D25 VSS_20 VSS_87 W16 AH23 VSS_179 VSS_140 AC13

L11 VDD_30 VDD_56 V16 AC25 VDDIO_29 D27 VSS_21 VSS_88 J4 AH25 VSS_180 VSS_141 AC2

L13 VDD_31 VDD_55 V14 V25 VDDIO_30 R15 VSS_37 VSS_89 W14 AH28 VSS_181 VSS_142 AC21

L7 VDD_32 VDD_54 T20 P25 VDDIO_31 VDDR B11 R18 VSS_38 VSS_90 J32 AD20 VSS_150 VSS_143 AC22

L9 VDD_33 VDD_53 T18 N25 VDDIO_32 R2 VSS_39 VSS_91 J30 AD16 VSS_149 VSS_208 AM23

M10 VDD_34 VDD_52 T15 M25 VDDIO_33 R20 VSS_40 VSS_92 M13 AD13 VSS_148 VSS_209 AM27

M12 VDD_35 VDD_51 T10 K25 VDDIO_34 RSVD16 G7 D29 VSS_46 VSS_93 J28 AD10 VSS_147 VSS_210 AM33

R4 VDD_36 VDD_50 R5 L25 VDDIO_35 RSVD15 B7 D30 VSS_47 VSS_94 U8 AC9 VSS_146 VSS_211 AN2

M5 VDD_37 VDD_49 R19 T25 VDDIO_36 RSVD6 AH8 D8 VSS_48 VSS_95 J25 AC8 VSS_145 VSS_212 AN32

N11 VDD_38 VDD_48 R16 Y25 VDDIO_37 RSVD8 AJ6 E30 VSS_49 VSS_96 U4 A2 VSS_214 VSS_215 AM11

N24 VDD_39 VDD_47 R14 AB25 VDDIO_38 RSVD14 B25 E32 VSS_50 VSS_97 J24 AC23 VSS_144

W4 VDD_40 VDD_46 AC4 RSVD11 AM3 F14 VSS_51 VSS_98 U7 AH5 VSS_182

N9 VDD_41 VDD_45 P24 RSVD13 AN11 F17 VSS_52 VSS_99 U2 AJ1 VSS_183

P15 VDD_42 VDD_44 P20 RSVD18 P9 R8 VSS_53 VSS_100 J2 AJ15 VSS_184

P18 VDD_43 RSVD17 P8 T14 VSS_54 VSS_101 J16 W2 VSS_116

C T16 VSS_55 VSS_102 J13 A32 VSS_213 GND C

F20 VSS_56 VSS_103 J11 W8 VSS_117

ASB2 T19 J1 Y10

VSS_57 VSS_104 VSS_118

T24 VSS_58 VSS_105 H6 Y15 VSS_119

ASB2 T9 H5 Y18

VSS_59 VSS_106 VSS_120

U1 VSS_60 VSS_107 H28 AJ19 VSS_185

F23 VSS_61 VSS_108 H23 AJ2 VSS_186

+VCORE

Bottom side decoupling N1

G1

VSS_62 VSS_109 H20

J22

AJ22

AJ4

VSS_187

VSS_63 VSS_110 VSS_188

need check with AMD ,DEMO has 2*10nf, G19

G2

VSS_64 VSS_111 M9

G4

Y20

Y24

VSS_121

VSS_65 VSS_112 VSS_122

but check list has 2*4.7uf G25

G27

VSS_66 VSS_113 G30

N12

AK11

AK13

VSS_189

VSS_67 VSS_114 VSS_190

N10 VSS_115 Y7 VSS_123

1









1









1









1









1









1









1









C0604

C0617 C311 180PF/50V

AA1

AA11

VSS_124 VCC_NB should not ramp before 1.1v

C0628 C0629 C0630 C0631 0.01UF/25V 0.22UF/6.3V VSS_125

2









2









2









2









2









2









2









22UF/6.3V 22UF/6.3V 22UF/6.3V 22UF/6.3V ASB2



ASB2

+VCORE GND GND

GND GND

1









1









1









1







1









1









1









C0641

C618 C312 180PF/50V +1.1V_CPU_NB_SB

0.01UF/25V 0.22UF/6.3V

2









2









2









2







2









2









2









C0603 C0609 C0610 C0638

22UF/6.3V 22UF/6.3V 22UF/6.3V 22UF/6.3V









1

CPU_VLDT

L302

GND 30Ohm/100Mhz

Irat=1A









2

+1.5V MLCC 180PF/50V (0402) NPO 5%

N/A









1





1

1









1









1









1









1

B B

HC58 C304 C305 C308

4.7uF/6.3V C306 C307 C310









2





2

1









1









1









2









2









1









1









1









1









1









1









22UF/6.3V 4.7uF/6.3V 0.22UF/6.3V 0.22UF/6.3V 180PF/50V









2









2









2









2









2

HC44 HC45 HC50 HC46 HC47 HC48 HC49 C313 C314 180PF/50V

10UF/6.3V 4.7uF/6.3V 4.7uF/6.3V 0.1UF/16V 0.1UF/16V 0.01UF/25V 0.01UF/25V 0.22UF/6.3V 0.22UF/6.3V @ MLCC 180PF/50V (0402) NPO 5%

2









2









2









1









1









2









2









2









2









2









2









C604 C605 c0805_h57 /X @

22UF/6.3V 22UF/6.3V

GND





GND









+1.5V

LAYOUT NOTE: Decoupling between CPU and DIMMs,

Place close to CPU as possible

1









1









1









1









1









C642

HC30 HC31 HC32 HC33 180PF/50V

4.7uF/6.3V 4.7uF/6.3V 0.1UF/16V 0.1UF/16V

2









2









2









2









2









c0603 c0603





+0.9VS GND

1









1









1









1









1









1









1









1









C643 C644

HC38 HC39 C315 C316 C317 C318 180PF/50V 180PF/50V

A 4.7uF/6.3V 4.7uF/6.3V 0.22UF/6.3V 0.22UF/6.3V 0.22UF/6.3V 0.22UF/6.3V A

2









2









2









2









2









2









2









2









c0603 c0603

/X

/X /X



+CPU_VDDNB GND

1









1









1









1









HC55 HC56 HC57

HC52

4.7uF/6.3V 22UF/6.3V 22UF/6.3V 22UF/6.3V Title : Conesus Power

2









2









2









2









/X

ASUSTeK.Computer.INC Engineer: N/A

hexainf@hotmail.com GND

Size

C

Project Name

1215T

Rev

1.0

GRATIS - FOR FREE 5 4 3 2

Date: Tuesday, August 10, 2010

1

Sheet 6 of 80

5 4 3 2 1







H_D3A_DQ[63..0] [4]



H_D3A_DQSP[7..0] [4]



H_D3A_DQSN[7..0] [4]

+1.5V

H_D3A_DM[7..0] [4]



H_D3A_MA[15..0] [4]









1









1









1









1









1









1









1









1









1

D3C1 D3C2 D3C3 D3C4 D3C5 D3C6 D3C7 D3C8 +

10UF/6.3V 10UF/6.3V 0.1UF/16V 0.1UF/16V 0.1UF/16V 0.1UF/16V 0.1UF/16V 0.1UF/16V D3CE1

H_D3A_BA[2..0] [4]

c0805_h57 c0805_h57 100UF/2.5V









2









2









2









2









2









2









2









2









2

DIMM1A R1.1

H_D3A_MA0 98 5 H_D3A_DQ4

A0 DQ0

H_D3A_MA1

H_D3A_MA2

97 A1 DQ1 7 H_D3A_DQ0

H_D3A_DQ6

change DIMM0 to DIMM1 +1.5V GND GND

D

96 A2 DQ2 15 D

H_D3A_MA3

H_D3A_MA4

95

92

A3 DQ3 17

4

H_D3A_DQ2

H_D3A_DQ5

0

H_D3A_MA5 A4 DQ4 H_D3A_DQ1

91 A5 DQ5 6

H_D3A_MA6 90 16 H_D3A_DQ7

H_D3A_MA7 A6 DQ6 H_D3A_DQ3

86 A7 DQ7 18

H_D3A_MA8 89 21 H_D3A_DQ9 DIMM1B

H_D3A_MA9 A8 DQ8 H_D3A_DQ8

85 A9 DQ9 23 75 VDD1 VDD2 76

H_D3A_MA10 107 33 H_D3A_DQ14 81 82

A10/AP DQ10 VDD3 VDD4

H_D3A_MA11

H_D3A_MA12

84

83

A11 DQ11 35

22

H_D3A_DQ11

H_D3A_DQ13

1 87

93

VDD5 VDD6 88

94

H_D3A_MA13 A12/BC# DQ12 H_D3A_DQ12 VDD7 VDD8

119 A13 DQ13 24 99 VDD9 VDD10 100

H_D3A_MA14 80 34 H_D3A_DQ15 105 106

H_D3A_MA15 A14 DQ14 H_D3A_DQ10 VDD11 VDD12

78 A15 DQ15 36 111 VDD13 VDD14 112

39 H_D3A_DQ17 117 118

DQ16 H_D3A_DQ20 VDD15 VDD16

DQ17 41 123 VDD17 VDD18 124

102 51 H_D3A_DQ18

[4] H_D3A_CLKP1 CK1 DQ18

[4] H_D3A_CLKN1 104

101

CK1# DQ19 53

40

H_D3A_DQ19

H_D3A_DQ21

2 2 3

[4] H_D3A_CLKP0 CK0 DQ20 VSS1 VSS2

103 42 H_D3A_DQ22 8 9

[4] H_D3A_CLKN0 CK0# DQ21 VSS3 VSS4

50 H_D3A_DQ16 13 14

DQ22 H_D3A_DQ23 VSS5 VSS6

[4] H_D3A_CS#1 121 S1# DQ23 52 19 VSS7 VSS8 20

114 57 H_D3A_DQ31 GND 25 26 GND

[4] H_D3A_CS#0 S0# DQ24 VSS9 VSS10

59 H_D3A_DQ26 31 32

DQ25 VSS11 VSS12

[4] H_D3A_ODT1 120

116

ODT1 DQ26 67

69

H_D3A_DQ25

H_D3A_DQ27

3 37

43

VSS13 VSS14 38

44

[4] H_D3A_ODT0 ODT0 DQ27 VSS15 VSS16

56 H_D3A_DQ29 48 49

DQ28 H_D3A_DQ28 VSS17 VSS18

[4] H_D3A_WE# 113 WE# DQ29 58 54 VSS19 VSS20 55

110 68 H_D3A_DQ24 60 61

[4] H_D3A_RAS# RAS# DQ30 VSS21 VSS22

115 70 H_D3A_DQ30 65 66

[4] H_D3A_CAS# CAS# DQ31 VSS23 VSS24

129 H_D3A_DQ34 71 72

H_D3A_BA2 DQ32 H_D3A_DQ38 VSS25 VSS26

79 BA2 DQ33 131 127 VSS27 VSS28 128

H_D3A_BA1

H_D3A_BA0

108

109

BA1 DQ34 141

143

H_D3A_DQ37

H_D3A_DQ32

4 133

138

VSS29 VSS30 134

139

BA0 DQ35 H_D3A_DQ39 +1.5V VSS31 VSS32

DQ36 130 144 VSS33 VSS34 145

74 132 H_D3A_DQ35 150 151

[4] H_D3A_CKE1 CKE1 DQ37 VSS35 VSS36

73 140 H_D3A_DQ36 155 156

[4] H_D3A_CKE0 CKE0 DQ38 VSS37 VSS38

142 H_D3A_DQ33 161 162

DQ39 VSS39 VSS40









2

C 201 147 H_D3A_DQ41 167 168 C

SA1 DQ40 H_D3A_DQ44 HR37 VSS41 VSS42

197 SA0 DQ41 149 172 VSS43 VSS44 173

157 H_D3A_DQ47 1KOhm 178 179

DQ42 VSS45 VSS46

GND H_D3A_DQSP7 188

DQ43 159

146

H_D3A_DQ42

H_D3A_DQ45

5 184

189

VSS47 VSS48 185

190









1

H_D3A_DQSN7 DQS7 DQ44 H_D3A_DQ40 VSS49 VSS50

186 DQS#7 DQ45 148 195 VSS51 VSS52 196

H_D3A_DQSP6 171 158 H_D3A_DQ46 +3VS

H_D3A_DQSN6 DQS6 DQ46 H_D3A_DQ43

169 DQS#6 DQ47 160 GND1 207

H_D3A_DQSP5 154 163 H_D3A_DQ48 1 2 H_PM_EXT_TS#0_R 198 208

H_D3A_DQSN5 DQS5 DQ48 H_D3A_DQ53 [4] H_PM_EXT_TS#0 0Ohm D3R1 EVENT# GND2

152 DQS#5 DQ49 165 125 TEST

H_D3A_DQSP4 137 175 H_D3A_DQ50 205 +0.75VS

H_D3A_DQSN4 DQS4 DQ50 H_D3A_DQ55 NP_NC1

135 DQS#4 DQ51 177 77 NC1 NP_NC2 206

H_D3A_DQSP3 64 DQS3 DQ52 164 H_D3A_DQ49

6 122 NC2









1









1

H_D3A_DQSN3 62 166 H_D3A_DQ51 203 D3C15 D3C9

H_D3A_DQSP2 DQS#3 DQ53 H_D3A_DQ52 VTT1 0.1UF/16V 2.2UF/6.3V

47 DQS2 DQ54 174 VTT2 204

H_D3A_DQSN2 45 176 H_D3A_DQ54 @









2









2

H_D3A_DQSP1 DQS#2 DQ55 H_D3A_DQ58 H_D3_VREF_DIMMCA

29 DQS1 DQ56 181 126 VREFCA

H_D3A_DQSN1 27 183 H_D3A_DQ59 H_D3_VREF_DIMMDQ 1 199

H_D3A_DQSP0 DQS#1 DQ57 H_D3A_DQ56 VREFDQ VDDSPD

12 DQS0 DQ58 191

H_D3A_DQSN0 10 DQS#0 DQ59 193

180

H_D3A_DQ63

H_D3A_DQ61

7 DDR3_DIMM_204P

GND

H_D3A_DM7 DQ60 H_D3A_DQ60

187 DM7 DQ61 182

H_D3A_DM6 170 192 H_D3A_DQ62

H_D3A_DM5 DM6 DQ62 H_D3A_DQ57

153 DM5 DQ63 194

H_D3A_DM4 136

H_D3A_DM3 DM4 +0.75VS

63 DM3

H_D3A_DM2 46

H_D3A_DM1 DM2

28 DM1

H_D3A_DM0 11 DM0









2









1









1

D3C12 D3C14

202 30 0.1UF/16V 0.1UF/16V

[21,29] SMBCLK_DRAM SCL RESET# H_D3A_DRAMRST# [4]

[21,29] SMBDATA_DRAM 200









1









2









2

SDA C619

DDR3_DIMM_204P 4.7uF/6.3V

/X

12G025532043 GND

+1.5V +0.75VS +1.5V

B 12G025532043 B

D3C10

2









Follow AMD Demo

1



D3R2 D3C71 1 2

1KOhm 0.1UF/16V

/X

2







0.1UF/16V

1









H_D3_VREF_DIMMDQ /X

2









1









D3R4 D3C18

0.1UF/16V

1KOhm

2

1









GND GND









+1.5V



Close

2









pin 126

1









D3R19 D3C72

1KOhm 0.1UF/16V

/X

2

1









H_D3_VREF_DIMMCA

2









1









D3R20 D3C48

0.1UF/16V

1KOhm

2

1









A A



GND GND















Title : DDR3 SO-DIMM0

ASUSTeK COMPUTER INC Engineer:

hexainf@hotmail.com C

Size Project Name

1215T

Rev

1.0

GRATIS - FOR FREE

5 4 3 2

Date: Tuesday, August 10, 2010

1

Sheet 7 of 80

5 4 3 2 1









D D









C C









B B









A A













Title : DDR2 SO-DIMM1

ASUSTeK COMPUTER INC Engineer:

Size Project Name Rev

Custom 1215T 1.0

hexainf@hotmail.com Date: Tuesday, August 10, 2010 Sheet 8 of 80



GRATIS - FOR FREE

5 4 3 2 1

5 4 3 2 1









D D









C C









B B









A A

Title : DDR2_TERMINATIONS

ASUSTeK COMPUTER INC Engineer:

Size Project Name Rev

Custom 1215T 1.0

Date: Tuesday, August 10, 2010 Sheet 9 of 80

5 4 3 2 1









hexainf@hotmail.com

GRATIS - FOR FREE

5 4 3 2 1









D D









U1001A

HT_CPU_TXD0 Y25 D24 HT_CPU_RXD0

HT_CPU_TXD#0 HT_RXCAD0P HT_TXCAD0P HT_CPU_RXD#0

HT_CPU_TXD1

Y24 HT_RXCAD0N PART 1 OF 6 HT_TXCAD0N D25

HT_CPU_RXD1

V22 HT_RXCAD1P HT_TXCAD1P E24

HT_CPU_TXD#1 V23 E25 HT_CPU_RXD#1

HT_CPU_TXD2 HT_RXCAD1N HT_TXCAD1N HT_CPU_RXD2

V25 HT_RXCAD2P HT_TXCAD2P F24

HT_CPU_TXD#2 V24 F25 HT_CPU_RXD#2

HT_CPU_TXD3 HT_RXCAD2N HT_TXCAD2N HT_CPU_RXD3

U24 HT_RXCAD3P HT_TXCAD3P F23

HT_CPU_TXD#3 U25 F22 HT_CPU_RXD#3

C

HT_CPU_TXD4 HT_RXCAD3N HT_TXCAD3N HT_CPU_RXD4 C

T25 HT_RXCAD4P HT_TXCAD4P H23

HT_CPU_TXD#4 T24 H22 HT_CPU_RXD#4

HT_RXCAD4N HT_TXCAD4N









HYPER TRANSPORT CPU I/F

HT_CPU_TXD5 P22 J25 HT_CPU_RXD5

HT_CPU_TXD#5 HT_RXCAD5P HT_TXCAD5P HT_CPU_RXD#5

P23 HT_RXCAD5N HT_TXCAD5N J24

HT_CPU_TXD6 P25 K24 HT_CPU_RXD6

HT_CPU_TXD#6 HT_RXCAD6P HT_TXCAD6P HT_CPU_RXD#6

P24 HT_RXCAD6N HT_TXCAD6N K25

HT_CPU_TXD7 N24 K23 HT_CPU_RXD7

[3] HT_CPU_TXD[0..15] HT_RXCAD7P HT_TXCAD7P HT_CPU_RXD[0..15] [3]

HT_CPU_TXD#7 N25 K22 HT_CPU_RXD#7

HT_RXCAD7N HT_TXCAD7N

HT_CPU_TXD8 AC24 F21 HT_CPU_RXD8

[3] HT_CPU_TXD#[0..15] HT_RXCAD8P HT_TXCAD8P HT_CPU_RXD#[0..15] [3]

HT_CPU_TXD#8 AC25 G21 HT_CPU_RXD#8

HT_CPU_TXD9 HT_RXCAD8N HT_TXCAD8N HT_CPU_RXD9

AB25 HT_RXCAD9P HT_TXCAD9P G20

HT_CPU_TXD#9 AB24 H21 HT_CPU_RXD#9

HT_CPU_TXD10 HT_RXCAD9N HT_TXCAD9N HT_CPU_RXD10

AA24 HT_RXCAD10P HT_TXCAD10P J20

HT_CPU_TXD#10 AA25 J21 HT_CPU_RXD#10

HT_CPU_TXD11 HT_RXCAD10N HT_TXCAD10N HT_CPU_RXD11

Y22 HT_RXCAD11P HT_TXCAD11P J18

HT_CPU_TXD#11 Y23 K17 HT_CPU_RXD#11

HT_CPU_TXD12 HT_RXCAD11N HT_TXCAD11N HT_CPU_RXD12

W21 HT_RXCAD12P HT_TXCAD12P L19

HT_CPU_TXD#12 W20 J19 HT_CPU_RXD#12

HT_CPU_TXD13 HT_RXCAD12N HT_TXCAD12N HT_CPU_RXD13

V21 HT_RXCAD13P HT_TXCAD13P M19

HT_CPU_TXD#13 V20 L18 HT_CPU_RXD#13

HT_CPU_TXD14 HT_RXCAD13N HT_TXCAD13N HT_CPU_RXD14

U20 HT_RXCAD14P HT_TXCAD14P M21

HT_CPU_TXD#14 U21 P21 HT_CPU_RXD#14

HT_CPU_TXD15 HT_RXCAD14N HT_TXCAD14N HT_CPU_RXD15

U19 HT_RXCAD15P HT_TXCAD15P P18

B HT_CPU_TXD#15 U18 M18 HT_CPU_RXD#15 B

HT_RXCAD15N HT_TXCAD15N

HT_CPU_TX_CLK0 T22 H24 HT_CPU_RX_CLK0

[3] HT_CPU_TX_CLK0 HT_RXCLK0P HT_TXCLK0P HT_CPU_RX_CLK0 [3]

HT_CPU_TX_CLK#0 T23 H25 HT_CPU_RX_CLK#0

[3] HT_CPU_TX_CLK#0 HT_RXCLK0N HT_TXCLK0N HT_CPU_RX_CLK#0 [3]

HT_CPU_TX_CLK1 AB23 L21 HT_CPU_RX_CLK1

[3] HT_CPU_TX_CLK1 HT_RXCLK1P HT_TXCLK1P HT_CPU_RX_CLK1 [3]

Signal RS740 RX780 RS780 [3] HT_CPU_TX_CLK#1

HT_CPU_TX_CLK#1 AA22 HT_RXCLK1N HT_TXCLK1N L20 HT_CPU_RX_CLK#1

HT_CPU_RX_CLK#1 [3]

HT_CPU_TX_CTL0 M22 M24 HT_CPU_RX_CTL0

[3] HT_CPU_TX_CTL0 HT_RXCTL0P HT_TXCTL0P HT_CPU_RX_CTL0 [3]

HT_RXCALP 49.9R (GND) [3] HT_CPU_TX_CTL#0

HT_CPU_TX_CTL#0 M23 HT_RXCTL0N HT_TXCTL0N M25 HT_CPU_RX_CTL#0

HT_CPU_RX_CTL#0 [3]

1.21K 301R [3] HT_CPU_TX_CTL1

HT_CPU_TX_CTL1 R21 HT_RXCTL1P HT_TXCTL1P P19 HT_CPU_RX_CTL1

HT_CPU_RX_CTL1 [3]

HT_CPU_TX_CTL#1 R20 R18 HT_CPU_RX_CTL#1

[3] HT_CPU_TX_CTL#1 HT_RXCTL1N HT_TXCTL1N HT_CPU_RX_CTL#1 [3]

HT_RXCALN 49.9R (VDDHT)

1 2 HT_RXCALP C23 B24 HT_TXCALP 1 2

HT_RXCALN HT_RXCALP HT_TXCALP HT_TXCALN

A24 HT_RXCALN HT_TXCALN B25

HT_TXCALP R1001 301Ohm R1003 301Ohm

100R 1.21K 301R RS880M

HT_TXCALN 071119 071119

change R1001 value change R1003 value









A A









Title : RS780M-HT LINK I/F

ASUSTeK.Computer.INC Engineer: N/A

Size Project Name Rev

hexainf@hotmail.com Custom 1215T 1.0

Date: Tuesday, August 10, 2010 Sheet 10 of 80

GRATIS - FOR FREE

5 4 3 2 1

5 4 3 2 1









D D









U1001B

D4 A5 PCIENB_TXP15 C1116 2 1 0.1UF/10V

GFX_RX0P GFX_TX0P DVI_TX5+ [25]

C4 PART 2 OF 6 B5 PCIENB_TXN15 C1119 2 1 0.1UF/10V RED

GFX_RX0N GFX_TX0N DVI_TX5- [25]

A3 A4 PCIENB_TXP14 C1117 2 1 0.1UF/10V

GFX_RX1P GFX_TX1P DVI_TX4+ [25]

B3 B4 PCIENB_TXN14 C1120 2 1 0.1UF/10V GREEN

GFX_RX1N GFX_TX1N DVI_TX4- [25]

C2 C3 PCIENB_TXP13 C1115 2 1 0.1UF/10V

GFX_RX2P GFX_TX2P DVI_TX3+ [25]

C1 B2 PCIENB_TXN13 C1118 2 1 0.1UF/10V BLUE

GFX_RX2N GFX_TX2N DVI_TX3- [25]

E5 D1 PCIENB_TXP12 C1121 2 1 0.1UF/10V

GFX_RX3P GFX_TX3P DVI_CLKB+ [25]

F5 D2 PCIENB_TXN12 C1122 2 1 0.1UF/10V CLK

GFX_RX3N GFX_TX3N DVI_CLKB- [25]

C

G5 GFX_RX4P GFX_TX4P E2 C

G6 GFX_RX4N GFX_TX4N E1

H5 GFX_RX5P GFX_TX5P F4

H6 GFX_RX5N GFX_TX5N F3

J6 GFX_RX6P GFX_TX6P F1

J5 GFX_RX6N GFX_TX6N F2

J7 GFX_RX7P GFX_TX7P H4

J8 GFX_RX7N GFX_TX7N H3

L5 GFX_RX8P GFX_TX8P H1

L6 GFX_RX8N GFX_TX8N H2

M8 GFX_RX9P GFX_TX9P J2

L8 GFX_RX9N GFX_TX9N J1 PCIE 0









PCIE I/F GFX

P7 GFX_RX10P GFX_TX10P K4

M7 GFX_RX10N GFX_TX10N K3 PCIE 1

P5 GFX_RX11P GFX_TX11P K1

M5 GFX_RX11N GFX_TX11N K2 PCIE 2 USB3.0

R8 GFX_RX12P GFX_TX12P M4

P8 GFX_RX12N GFX_TX12N M3

R6 GFX_RX13P GFX_TX13P M1

R5 GFX_RX13N GFX_TX13N M2

P4 GFX_RX14P GFX_TX14P N2

P3 GFX_RX14N GFX_TX14N N1

T4 GFX_RX15P GFX_TX15P P1

T3 GFX_RX15N GFX_TX15N P2



B

[54] PCIE_RXP0_MINICARD AE3 GPP_RX0P GPP_TX0P AC1 GPP_TX0P_C 0.1UF/10V 1 2 C1101 PCIE_TXP0_MINICARD [54] B

AD4 AC2 GPP_TX0N_C 0.1UF/10V 1 2 C1103

[54] PCIE_RXN0_MINICARD GPP_RX0N GPP_TX0N PCIE_TXN0_MINICARD [54]

AE2 AB4 GPP_TX1P_C

0.1UF/10V 1 2 C1102

[28] PCIE_RXP1_LAN GPP_RX1P GPP_TX1P PCIE_TXP1_LAN [28]

AD3 AB3 GPP_TX1N_C 0.1UF/10V 1 2 C1105

[28] PCIE_RXN1_LAN GPP_RX1N GPP_TX1N PCIE_TXN1_LAN [28]

AD1 AA2 GPP_TX2P_C C1104 2 1 0.1UF/10V

[28] PCIE_RXP2_USB3.0 GPP_RX2P GPP_TX2P PCIE_TXP2_USB3.0 [28]

AD2 PCIE I/F GPP AA1 GPP_TX2N_C C1106 2 1 0.1UF/10V

[28] PCIE_RXN2_USB3.0 GPP_RX2N GPP_TX2N PCIE_TXN2_USB3.0 [28]

V5 GPP_RX3P GPP_TX3P Y1

W6 Y2

U5

GPP_RX3N

GPP_RX4P

GPP_TX3N

GPP_TX4P Y4 DEL 3G, Add USB3.0

U6 GPP_RX4N GPP_TX4N Y3

U8 GPP_RX5P GPP_TX5P V1

U7 GPP_RX5N GPP_TX5N V2



AA8 AD7 A_TX0P_C C1107 2 1 0.1UF/10V

[20] PCIE_SB_NB_RX0P SB_RX0P SB_TX0P PCIE_NB_SB_TX0P [20]

Y8 AE7 A_TX0N_C C1109 2 1 0.1UF/10V

[20] PCIE_SB_NB_RX0N SB_RX0N SB_TX0N PCIE_NB_SB_TX0N [20]

AA7 AE6 A_TX1P_C C1108 2 1 0.1UF/10V

[20] PCIE_SB_NB_RX1P SB_RX1P SB_TX1P PCIE_NB_SB_TX1P [20]

Y7 AD6 A_TX1N_C C1111 2 1 0.1UF/10V

[20] PCIE_SB_NB_RX1N SB_RX1N SB_TX1N PCIE_NB_SB_TX1N [20]

AA5 PCIE I/F SB AB6 A_TX2P_C C1110 2 1 0.1UF/10V

[20] PCIE_SB_NB_RX2P SB_RX2P SB_TX2P PCIE_NB_SB_TX2P [20]

AA6 AC6 A_TX2N_C C1113 2 1 0.1UF/10V

[20] PCIE_SB_NB_RX2N SB_RX2N SB_TX2N PCIE_NB_SB_TX2N [20]

W5 AD5 A_TX3P_C C1112 2 1 0.1UF/10V

[20] PCIE_SB_NB_RX3P SB_RX3P SB_TX3P PCIE_NB_SB_TX3P [20]

Y5 AE5 A_TX3N_C C1114 2 1 0.1UF/10V

[20] PCIE_SB_NB_RX3N SB_RX3N SB_TX3N PCIE_NB_SB_TX3N [20]

AC8 PCE_CALRP 1.27KOhm 1 2 R1101

PCE_CALRP PCE_CALRN

PCE_CALRN AB8 1 2 +1.1V_NB

2KOHM R1102

A A

RS880M 071129

071212 GND

Add net name change P/N

Title : RS780M-PCIE LINK I/F

ASUSTeK.Computer.INC Engineer: N/A

Size Project Name Rev

Custom 1215T 1.0

Date: Tuesday, August 10, 2010 Sheet 11 of 80

5 4 3 2 1









hexainf@hotmail.com

GRATIS - FOR FREE

5 4 3 2 1









notice L1201 L1204 change SL? +1.8VS

L1202 220Ohm/100Mhz

090411 1 2 VDDA18HTPLL



+3VS

L1201 220Ohm/100Mhz L1203 220Ohm/100Mhz

1 2 AVDD 1 2 VDDA18PCIEPLL









1

C1201









1









1

C1202 C1203

2.2UF/10V









2

080828 2.2UF/10V 2.2UF/10V









2









2

+1.8VS L1211

GND 080828 080828

D D



1 2 AVDDDI

0603









1

R1.11 C1205 GND

080310

0.1UF/10V









2

U1001C

+1.8VS

GND 090407 F12

E12

AVDD1

PART 3 OF 6

TXOUT_L0P A22

B22

LA_DATAP0 [46]

AVDD2 TXOUT_L0N LA_DATAN0 [46]

1 2 AVDDQ_L F14 A21

09.7.14 140OHM GND G15

AVDDDI

AVSSDI

TXOUT_L1P

TXOUT_L1N B21

LA_DATAP1

LA_DATAN1

[46]

[46]









1

2 1 R1204 CRT_RED_NB L1204 220Ohm/100Mhz C1207 H15 B20

AVDDQ TXOUT_L2P LA_DATAP2 [46]

GND 2 150Ohm 1 R1205 1% CRT_GREEN_NB GND H14 A20

AVSSQ TXOUT_L2N LA_DATAN2 [46]

2 150Ohm 1 R1207 1% CRT_BLUE_NB 2.2UF/10V A19









2

080828 TXOUT_L3P

E17 RESERVED1 TXOUT_L3N B19

GND F15









CRT/TVOUT

RESERVED2

F17 RESERVED3 TXOUT_U0P B18

JP1201 SHORT_PIN G11 A18

RESERVED4 TXOUT_U0N

1 2 TXOUT_U1P A17

CRT_RED_NB G18 B17

[45] CRT_RED RED TXOUT_U1N

JP1202 SHORT_PIN GND G17 D20

CRT_GREEN_NB RED# TXOUT_U2P

[45] CRT_GREEN 1 2 E18 GREEN TXOUT_U2N D21

GND F18 GREEN# TXOUT_U3P D18

JP1203 SHORT_PIN CRT_BLUE_NB E19 D19

[45] CRT_BLUE BLUE TXOUT_U3N

1 2 GND F19 BLUE#

[13,45] CRT_HSYNC A11 DAC_HSYNC TXCLK_LP B16 LA_CLKP [46]

[13,45] CRT_VSYNC B11 DAC_VSYNC TXCLK_LN A16 LA_CLKN [46]

080201 R1.1 [45] CRT_DDC_DATA E8 DAC_SDA TXCLK_UP D16

[45] CRT_DDC_CLK F8 DAC_SCL TXCLK_UN D17

Change to +1.1V_NB +1.8VS

form NB_VDD_MUX +1.8VS +1.1V_NB R1206 1 2 715Ohm G14 DAC_RSET

L1206 220Ohm/100Mhz A13 VDDLTP18_PLL_L L1207 1 2 220Ohm/100Mhz

GND PLLVDD VDDLTP18

1 2 A12 PLLVDD VSSLTP18 B13 GND

PLLVDD18 D14 +1.8VS

PLLVDD18 VDDLTP18_L L1208

1 2 GND B12 A15 1 2 220Ohm/100Mhz









LVTM

PLLVSS VDDLT18_1

1









1







1

L1205 220Ohm/100Mhz C1206 C1210 C1208 B15









PLL PWR

VDDA18HTPLL VDDLT18_2 T1202 TPC28T

H17 VDDA18HTPLL VDDLT33_1 A14 1

2.2UF/10V 4.7UF/6.3V 2.2UF/10V B14 1 T1203 TPC28T

2









2







2

VDDLT33_2

C VDDA18PCIEPLL D7 VDDA18PCIEPLL1 071115 C









1









1









1

R1.1 ADD C1210 E7 C14 C1211 C1209

GND GND VDDA18PCIEPLL2 VSSLT1 C1212

VSSLT2 D15

D8 C16 0.1UF/10V 4.7UF/6.3V 2.2UF/10V

[20] NB_RST#









2









2









2

NB_PWRGD SYSRESET# VSSLT3 x7R

[21] NB_PWRGD A10 POWERGOOD VSSLT4 C18

NB_LDT_STOP# C10 C20 080828 080828

ALLOW_LDTSTOP LDTSTOP# VSSLT5

C12 E20









PM

R2.0080401 ALLOW_LDTSTOP VSSLT6

VSSLT7 C22

Change NB_ALLOW_LDTSTOP to ALLOW_LDTSTOP SRC_NB_HT_CLKP C25

SRC_NB_HT_CLKN HT_REFCLKP

C24 HT_REFCLKN GND GND GND

NB_REFCLKP E11

[29] NB_OSC REFCLK_P









CLOCKs

NB_REFCLKN F11 E9

REFCLK_N LVDS_DIGON LVDS_VDD_EN [46]

F7 R1263

LVDS_BLON LVDS_BACK_EN [46]

+1.1V_NB 1 2 1 2 GND SRC_NB_GFX_REFCLKP T2 G12 1 2 0Ohm LVDS_BACK_EN

SRC_NB_GFX_REFCLKN GFX_REFCLKP LVDS_ENA_BL

T1 GFX_REFCLKN

R1208 4.7KOhm R1209 @

4.7KOhm n/a 1 U1

RN1215A T1206 TPC28T GPP_REFCLKP

+3VS 1 4.7KOHM2 1 U2 GPP_REFCLKN

3 RN1215B T1207 TPC28T

4.7KOHM4

STRP_DATA 0 1 N/A SRC_NB_PCIE_RCLKP V4 GPPSB_REFCLKP

SRC_NB_PCIE_RCLKN V3 GPPSB_REFCLKN

VCC_NB 1.0V 1.1V [46] EDID_DAT

EDID_DAT A9 I2C_DATA

EDID_CLK

[46] EDID_CLK B9 I2C_CLK MIS. TMDS_HPD D9 NB_TMDS_HPD [25]

[25] DVI_DDCDAT1

[25] DVI_DDCCLK1

B8

A8

DDC_DATA0/AUX0N

DDC_CLK0/AUX0P

HPD D10 1 T1215 TPC28T

for HDMI

B7 DDC_CLK1/AUX1P SUS_STAT# D12 SUS_STAT# [21]

A7 DDC_DATA1/AUX1N

for HDMI 1 B10 STRP_DATA

THERMALDIODE_P

THERMALDIODE_N

AE8

AD8

T1217 TPC28T

+1.5VS +1.8VS D13

TESTMODE

C8 AUX_CAL

2









2









RS880M

1









1









R1211 R1210 C1213









2

B 10KOhm 1KOhm R1212 B





0.1UF/10V 150Ohm R1218 NB_THRMDA 1 T1204 TPC28T

2









1% NB_THRMDC 1 T1205 TPC28T 071116

1









1

1 B









2









5% 1.8KOHM









1

/X

GND NB_LDT_STOP#

[5,20] CPU_LDT_STOP#

C









GND

2

E







3









GND

Q1201

PMBS3904

/X

R1.2 for AMD review

U1202



1 NC VCC 5

R2.0 change R1210 to1K 071218

have via for measurement

for measurement near U1001

2 A

3 GND Y 4

DEL serial R

1 T1219 TPC28T

74LVC1G07GW

SRC_NB_HT_CLKP

[29] SRC_NB_HT_CLKP

+1.8VS SRC_NB_HT_CLKN

[29] SRC_NB_HT_CLKN

GND 1 T1220 TPC28T

2









R1228 1 T1221 TPC28T

1KOhm

SRC_NB_GFX_REFCLKP

[29] SRC_NB_GFX_REFCLKP

SRC_NB_GFX_REFCLKN

for external graphic?

[29] SRC_NB_GFX_REFCLKN

1









T1222 TPC28T

NEED CHECK

[20] ALLOW_LDTSTOP 1



1 T1223 TPC28T



+1.5VS +3VS SRC_NB_PCIE_RCLKP 100M FOR ALINK

[29] SRC_NB_PCIE_RCLKP

SRC_NB_PCIE_RCLKN

A [29] SRC_NB_PCIE_RCLKN NEED CHECK A







1 T1224 TPC28T

2









2









R1214 R1213

10KOhm 4.7KOhm

1









1

1 B









R1220

Title : RS780M-SYS I/F

S_NB_RST# 1 2 0Ohm NB_RST# Engineer: N/A

[5,38] CPU_LDT_RST#_R ASUSTeK.Computer.INC

hexainf@hotmail.com

C

2

E







3









Size Project Name Rev

Q1202

C 1215T 1.0

GRATIS - FOR FREE 5

PMBS3904

N/A

4 3 2

Date: Tuesday, August 10, 2010

1

Sheet 12 of 80

5 4 3 2 1









DFT_GPIO1: LOAD_EEPROM_STRAPS





D

Selects Loading of STRAPS from EPROM D



1 : Bypass the loading of EEPROM straps and use Hardware Default Values

0 : I2C Master can load strap values from EEPROM if connected, or use

default values if not connected

RS780:SUS_STAT

U1001D

PAR 4 OF 6

AB12 MEM_A0 MEM_DQ0 AA18

AE16 MEM_A1 MEM_DQ1 AA20

V11 MEM_A2 MEM_DQ2 AA19 STRAP_DEBUG_BUS_PCIE_ENABLE

AE15 MEM_A3 MEM_DQ3 Y19

AA12 MEM_A4 MEM_DQ4 V17

AB16 MEM_A5 MEM_DQ5 AA17 Enables the Test Debug Bus using PCIE bus:

AB14 MEM_A6 MEM_DQ6 AA15 1 : Disable ( Can still be enabled using nbcfg register access )

AD14 MEM_A7 MEM_DQ7 Y15 0 : Enable

AD13 MEM_A8 MEM_DQ8 AC20

AD15 MEM_A9 MEM_DQ9 AD19









SBD_MEM/DVO_I/F

AC16 MEM_A10 MEM_DQ10 AE22

AE13 MEM_A11 MEM_DQ11 AC18 RS780: configurable thru register setting only

AC14 MEM_A12 MEM_DQ12 AB20

Y14 MEM_A13 MEM_DQ13 AD22

MEM_DQ14 AC22

AD16 MEM_BA0 MEM_DQ15 AD21

AE17 MEM_BA1

AD17 MEM_BA2 MEM_DQS0P Y17

MEM_DQS0N W18

W12 MEM_RAS# MEM_DQS1P AD20 RS740/RS780: Enables Side port memory

Y12 MEM_CAS# MEM_DQS1N AE21

AD18 MEM_WE#

AB13 MEM_CS# MEM_DM0 W17 RS780:HSYNC#

AB18 MEM_CKE MEM_DM1 AE19

V14 MEM_ODT

AE23 +1.8VS

Selects if Memory SIDE PORT is available or not

IOPLLVDD18

V15 MEM_CKP IOPLLVDD AE24 +1.1V_NB 1 = Memory Side port Not available

W14 MEM_CKN 0 = Memory Side port available

C

IOPLLVSS AD23 GND Register Readback of strap: NB_CLKCFG:CLK_TOP_SPARE_D[1] C

AE12 MEM_COMPP

AD12 MEM_COMPN MEM_VREF AE18



RS880M









R1399

[12,45] CRT_VSYNC 1 2 3KOhm +3VS

R1398 1 2 3KOhm



/X





GND







R1397 1 2 3KOhm +3VS

[12,45] CRT_HSYNC

/NoSidePort









B B









A A









Title : RS780M-SPMEM/STRAP

ASUSTeK.Computer.INC Engineer: N/A

hexainf@hotmail.com Size

C

Project Name

1215T

Rev

1.0

GRATIS - FOR FREE

5 4 3 2

Date: Tuesday, August 10, 2010

1

Sheet 13 of 80

5 4 3 2 1









R1.11 080319

080201 R1.1

+1.1V_NB Change the NB Part number to RS780 (A13)

Change to +1.1V_NB

D form NB_VDD_MUX D

+1.1V_NB

U1001E 1.2V(RS740)/1.1V(RX780;RS780)

X7R J17 A6

VDDHT1 VDDPCIE1

K16 VDDHT2 PART 5/6 VDDPCIE2 B6









1









1









1









1









1









1









1









1









1

C1402 C1403 C1404 L16 C6 C1405 C1406 C1407 C1408

C1401 VDDHT3 VDDPCIE3 C1409

M16 VDDHT4 VDDPCIE4 D6

4.7UF/6.3V 0.1UF/10V 0.1UF/10V 0.1UF/10V P16 E6 0.1UF/10V 0.1UF/10V 1UF/6.3V 1UF/6.3V 4.7UF/6.3V Change to 0805 from 1206









2









2









2









2









2









2









2









2









2

VDDHT5 VDDPCIE5 080828

R16 VDDHT6 VDDPCIE6 F6

T16 VDDHT7 VDDPCIE7 G7

@ H8

VDDPCIE8

GND H18 VDDHTRX1 VDDPCIE9 J9

X7R G19 K9 GND

VDDHTRX2 VDDPCIE10

F20 VDDHTRX3 VDDPCIE11 M9









1









1









1









1

C1411 C1412 C1413 E21 L9

C1410 VDDHTRX4 VDDPCIE12

0.1UF/10V 0.1UF/10V 0.1UF/10V

D22

B23

VDDHTRX5 VDDPCIE13 P9

R9

VCC_NB should not ramp before 1.1v

4.7UF/6.3V









2









2









2









2

VDDHTRX6 VDDPCIE14

A23 VDDHTRX7 VDDPCIE15 T9 090404 cost

V9 +VCC_NB

@ AE25

VDDPCIE16

U9

remove C1419,C1420 0.1uF

+1.1V_CPU_NB_SB VDDHTTX1 VDDPCIE17

GND AD24 VDDHTTX2

220Ohm/100Mhz AC23 K12

X7R VDDHTTX VDDHTTX3 VDDC1

1 2 AB22 VDDHTTX4 VDDC2 J14









1









1









1

AA21 VDDHTTX5 VDDC3 U16 C1421 C1423 C1425 071130

1









1









1









1

L1403 C1415 C1416 C1418 Y20 VDDHTTX6 VDDC4 J11 delete R

W19 K15 0.1UF/10V 0.1UF/10V 0.1UF/10V









2









2









2

VDDHTTX7 VDDC5









1

POWER

C1414 0.1UF/10V 0.1UF/10V 0.1UF/10V V18 M12

2









2









2









2

4.7UF/6.3V VDDHTTX8 VDDC6 C1427

U17 VDDHTTX9 VDDC7 L14









1









1









1









1

T17 L11 @ C1422 C1424 10UF/6.3V









2

VDDHTTX10 VDDC8 C1429 C1426

R17 VDDHTTX11 VDDC9 M13

P17 M15 10UF/6.3V 0.1UF/10V 0.1UF/10V 10UF/6.3V









2









2









2









2

VDDHTTX12 VDDC10

GND M17 VDDHTTX13 VDDC11 N12

VDDC12 N14

J10 P11 @ N/A

VDDA18PCIE1 VDDC13

600 mA reserved P10 VDDA18PCIE2 VDDC14 P13

K10 VDDA18PCIE3 VDDC15 P14

C +1.8VS 220Ohm/100Mhz M10 R12 C

X7R VDDA18PCIE VDDA18PCIE4 VDDC16

1 2 L10 VDDA18PCIE5 VDDC17 R15

W9 VDDA18PCIE6 VDDC18 T11

1





1









1









1









1

L1404 C1430 C1431 C1432 H9 T15

C1428 C1417 VDDA18PCIE7 VDDC19

T10 VDDA18PCIE8 VDDC20 U12 GND

4.7UF/6.3V 4.7UF/6.3V 0.1UF/10V 0.1UF/10V 0.1UF/10V R10 T14

2





2









2









2









2

/X VDDA18PCIE9 VDDC21

Y9 VDDA18PCIE10 VDDC22 J16

AA9 VDDA18PCIE11

AB9 AE10 VDD_MEM_L

VDDA18PCIE12 VDD_MEM1

GND AD9 VDDA18PCIE13 VDD_MEM2 AA11

+1.8VS AE9 Y11

VDDA18PCIE14 VDD_MEM3

U10 VDDA18PCIE15 VDD_MEM4 AD10

VDD_MEM5 AB10

1









C1439 F9 AC10 GND

1UF/6.3V VDD18_1 VDD_MEM6

G9 VDD18_2

AE11 H11

2









VDD18_MEM1 VDD33_1

AD11 VDD18_MEM2 VDD33_2 H12



GND RS880M +3VS









1









1

C1441 C1433

@

GND 0.1UF/10V 0.1UF/10V









2









2

GND GND









B B









AE14

AC3

AC4









M11

AA4

AB5

AB1

AB7





AE1

AE4

AB2







D11



E14

E15





K14



L15

J15

J12

W1

W2

W4

W7

W8

M6

G1

G2

G4









G8

D3

D5









H7



R7









N4



R1

R2

R4



U4

A2

B1





E4









P6







V7



V8

V6









Y6

L1

L2

L4

L7

J4









GND



U1001F

VSSAPCIE1

VSSAPCIE2

VSSAPCIE3

VSSAPCIE4

VSSAPCIE5

VSSAPCIE6

VSSAPCIE7

VSSAPCIE8

VSSAPCIE9

VSSAPCIE10

VSSAPCIE11

VSSAPCIE12

VSSAPCIE13

VSSAPCIE14

VSSAPCIE15

VSSAPCIE16

VSSAPCIE17

VSSAPCIE18

VSSAPCIE19

VSSAPCIE20

VSSAPCIE21

VSSAPCIE22

VSSAPCIE23

VSSAPCIE24

VSSAPCIE25

VSSAPCIE26

VSSAPCIE27

VSSAPCIE28

VSSAPCIE29

VSSAPCIE30

VSSAPCIE31

VSSAPCIE32

VSSAPCIE33

VSSAPCIE34

VSSAPCIE35

VSSAPCIE36

VSSAPCIE37

VSSAPCIE38

VSSAPCIE39

VSSAPCIE40





VSS34

VSS33

VSS32

VSS31

VSS30

VSS29

VSS28

VSS27

VSS26

VSS25

RS880M

PART 6/6









GROUND

VSSAHT10

VSSAHT11

VSSAHT12

VSSAHT13

VSSAHT14

VSSAHT15

VSSAHT16

VSSAHT17

VSSAHT18

VSSAHT19

VSSAHT20

VSSAHT21

VSSAHT22

VSSAHT23

VSSAHT24

VSSAHT25

VSSAHT26

VSSAHT27

VSSAHT1

VSSAHT2

VSSAHT3

VSSAHT4

VSSAHT5

VSSAHT6

VSSAHT7

VSSAHT8

VSSAHT9









VSS10

VSS11

VSS12

VSS13

VSS14

VSS15

VSS16

VSS17

VSS18

VSS19

VSS20

VSS21

VSS22

VSS23

VSS24

VSS1

VSS2

VSS3

VSS4

VSS5

VSS6

VSS7

VSS8

VSS9

A25

D23

E22

G22

G24

G25

H19

J22

L17

L22

L24

L25

M20

N22

P20

R19

R22

R24

R25

H20

U22

V19

W22

W24

W25

Y21

AD25



L12

M14

N13

P12

P15

R11

R14

T12

U14

U11

U15

V12

W11

W15

AC12

AA14

Y18

AB11

AB15

AB17

AB19

AE20

AB21

K11

A A







GND









Title : RS780M-POWER

ASUSTeK.Computer.INC Engineer: N/A

hexainf@hotmail.com Size

C

Project Name

1215T

Rev

1.0

GRATIS - FOR FREE

5 4 3 2

Date: Tuesday, August 10, 2010

1

Sheet 14 of 80

5 4 3 2 1









Check PCIE_RST#



T2048

1

TPC28T

U2001A



A_RST# N2

SB700 P4 PCI_CLK0 1 T2084 TPC28T

A_RST# PCICLK0 PCI_CLK1

Part 1 of 5 PCICLK1 P3 1 T2089 TPC28T









PCI CLKS

0.1UF/10V 2 1 C2001 A_RX0P_C V23 P1 CLK_DBGPCI2_R R2010 1 2 22Ohm

[11] PCIE_SB_NB_RX0P PCIE_TX0P PCICLK2 CLK_DBGPCI2 [24]

0.1UF/10V 2 1 C2008 A_RX0N_C V22 P2 CLK_DBGPCI1_R R2011 1 2 22Ohm

[11] PCIE_SB_NB_RX0N PCIE_TX0N PCICLK3 CLK_DBGPCI1 [24,32]

0.1UF/10V 2 1 C2007 A_RX1P_C V24 T4 PCI_CLK4_R

[11] PCIE_SB_NB_RX1P PCIE_TX1P PCICLK4 PCI_CLK4 [24]

0.1UF/10V 2 1 C2002 A_RX1N_C V25 T3 PCI_CLK5_R

[11] PCIE_SB_NB_RX1N PCIE_TX1N PCICLK5/GPIO41 PCI_CLK5 [24]

0.1UF/10V 2 1 C2009 A_RX2P_C U25

[11] PCIE_SB_NB_RX2P PCIE_TX2P

D 0.1UF/10V 2 1 C2003 A_RX2N_C U24 D

[11] PCIE_SB_NB_RX2N PCIE_TX2N

0.1UF/10V 2 1 C2010 A_RX3P_C T23 T2005 TPC28T

[11] PCIE_SB_NB_RX3P PCIE_TX3P

0.1UF/10V 2 1 C2004 A_RX3N_C T22 N1 1

[11] PCIE_SB_NB_RX3N PCIE_TX3N PCIRST#









PCI EXPRESS INTERFACE

[11] PCIE_NB_SB_TX0P U22 PCIE_RX0P

[11] PCIE_NB_SB_TX0N U21 PCIE_RX0N AD0 U2

[11] PCIE_NB_SB_TX1P U19 PCIE_RX1P AD1 P7

[11] PCIE_NB_SB_TX1N V19 PCIE_RX1N AD2 V4

[11] PCIE_NB_SB_TX2P R20 PCIE_RX2P AD3 T1

[11] PCIE_NB_SB_TX2N R21 PCIE_RX2N AD4 V3

[11] PCIE_NB_SB_TX3P R18 PCIE_RX3P AD5 U1

[11] PCIE_NB_SB_TX3N R17 PCIE_RX3N AD6 V1

R2006 1% 562Ohm V2

+1.1V_CPU_NB_SB PCIE_CALRP AD7

GND 1 2 T25 PCIE_CALRP AD8 T2

PCIE_VDDR 1 2 PCIE_CALRN T24 W1

L2001 R2007 2.05KOHM PCIE_CALRN AD9

AD10 T9

1 2 PCIE_PVDD_L P24 R6

PCIE_PVDD AD11

AD12 R7









1

220Ohm/100Mhz P25 R5

C2005 PCIE_PVSS AD13

AD14 U8

2.2UF/10V U5









2

AD15

AD16 Y7

AD17 W8

V9 R2040 2 1 0Ohm

AD18

AD19 Y8

AA8

AD20

AD21 Y4 +3VSUS ACC

Y3 U2002

AD22

AD23 Y2

AD24 AA2 1 NC VCC 5 R2031 1 /X 2 33Ohm NB_RST# [12]

AD25 AB4 A_RST# 2 A

SRC_NB_PCIE_RCLKP_R N25 AA1 3 GND Y 4 R2033 1 2 33Ohm

[29] SRC_SB_PCIE_RCLKP PCIE_RCLKP/NB_LNK_CLKP AD26 BUF_PLT_RST# [5,28,30,46,50,54]









2

SRC_NB_PCIE_RCLKN_R N24 AB3

[29] SRC_SB_PCIE_RCLKN PCIE_RCLKN/NB_LNK_CLKN AD27

AB2 R2036

AD28









1









1

K23 AC1 8.2KOhm 74LVC1G17GW

NB_DISP_CLKP AD29

K22 NB_DISP_CLKN AD30 AC2









PCI INTERFACE

AD1 @









1

AD31 TPC28T T2035 T2022 T2023

M24 NB_HT_CLKP CBE0# W2 1

M25 U7 TPC28T TPC28T

NB_HT_CLKN CBE1#

CBE2# AA7

P17 CPU_HT_CLKP CBE3# Y1 GND

M18 AA6 1 TPC28T T2034

CPU_HT_CLKN FRAME# TPC28T T2033

DEVSEL# W5 1

M23 AA5 1 TPC28T T2030

SLT_GFX_CLKP IRDY# TPC28T T2029

C

M22 SLT_GFX_CLKN TRDY# Y5 1 C

PAR U6

J19 W6 1 TPC28T T2028

J18

GPP_CLK0P

GPP_CLK0N

STOP#

PERR# W4 ACC

SERR# V7

L20 AC3 1 TPC28T T2027 GPIO35

GPP_CLK1P REQ0# GPIO35 [38]

L19 GPP_CLK1N REQ1# AD4

AB7 GPIO36

REQ2# GPIO36 [38]

M19 GPP_CLK2P REQ3#/GPIO70 AE6









CLOCK GENERATOR

M20 AB6 GPIO68

GPP_CLK2N REQ4#/GPIO71 GPIO68 [38]

AD2 1 TPC28T T2036

GNT0# TPC28T T2037

N22 GPP_CLK3P GNT1# AE4 1

P22 GPP_CLK3N GNT2# AD5

GNT3#/GPIO72 AC6

[29] SB_OSC L18 25M_48M_66M_OSC GNT4#/GPIO73 AE5

AD6 1 TPC28T T2026

CLKRUN# TPC28T T2038

T2031 LOCK# V5 1

1 J21 25M_X1

AD3 LPC_CLKEC

INTE#/GPIO33

TPC28T INTF#/GPIO34 AC4

AE2 GPIO35 1 TPC28T T2013

T2032 INTG#/GPIO35

1 J20 AE3 GPIO36 1 TPC28T T2012

25M_X2 INTH#/GPIO36



TPC28T LPC_CLK0_R

LPCCLK0 G22 LPC_CLKDEBUG [24]









2

E22 LPC_CLK1_R R2025 1 2 22Ohm

LPCCLK1 LPC_CLKEC [24,30]

32K_XIN A3 H24 C2015

X1 LAD0 LPC_AD0 [30,32]

H23 LPC_AD1 [30,32] 10PF/50V









1

LAD1









RTC XTAL

LAD2 J25 LPC_AD2 [30,32] /X

LAD3 J24 LPC_AD3 [30,32]









LPC

32K_XOUT B3 H25

X2 LFRAME# LPC_FRAME# [30,32]

H22 1 TPC28T T2015

LDRQ0# GPIO68 TPC28T T2019 GND

LDRQ1#/GNT5#/GPIO68 AB8 1

AD7 1 TPC28T T2014

BMREQ#/REQ5#/GPIO65

SERIRQ V15 INT_SERIRQ [30]

F23 D2002

[12] ALLOW_LDTSTOP ALLOW_LDTSTP

F24 C3 @

[5] CPU_PROCHOT# PROCHOT# RTCCLK RTC_CLK [24]

CPU_PWRGD F22 C2 INTRUDER_ALERT# 1 TPC28T T2017 2 +3VA

LDT_PG INTRUDER_ALERT# VBAT



CPU

[5,12] CPU_LDT_STOP# G25 LDT_STP# VBAT B2 1 2 3

R2027 510Ohm









RTC

[5,38] CPU_LDT_RST# G24 LDT_RST# 1 +RTCBAT









1









1









1









2

C2013 1 TPC28T T2016 RB715F

RTC power. SB700 C2014 R2043









1

T2020 0.1UF/10V R2042 0Ohm

1UF/6.3V 1KOhm









2









2

TPC28T 080828 JRST1

B 1 2 B

1 2 @









1

1 2 T2021 TPC28T T2018

1

SGL_JUMP TPC28T 1 TPC28T T2024



GND GND

change C2015,C2016 to 22pF 090407 +RTC_BAT



C2018

1 2 32K_XIN

1









R1.1

1









22PF/50V

CHANGE 1% TO 5% 2 X2002 R2034

10MOhm

3 32.768Khz S_BATT2

+3VS +3VS 3

2









SIDE1

C2017 1 1 +RTC_BAT

R2035 0Ohm 2

4









2

1









2









1 2 N/A 1 2 32K_XOUT 4

R2021 R2039 SIDE2

10KOhm 10KOhm H=1.3 mm

22PF/50V WTOB_CON_2P

SMD

2









1









12G17100002C GND

[72] HT_CPU_PWRGD

Q2001B

UM6K1N change ctystal (SB710) 07G010413277

3









090331

[5] CPU_PWRGD

5 Q2001A

4









UM6K1N

6









NB_RST#



2 CPU_PWRGD

1









C2024

1









0.1UF/10V

2









@



GND



2008/0805 Add C2024 for NB_RST# Glitch

A A









Title : SB700_CPU/PCIE/LPC/CLK

ASUSTeK.Computer.INC Engineer: N/A

Size Project Name Rev



hexainf@hotmail.com Custom

Date:

1215T

Tuesday, August 10, 2010 Sheet 20 of 80

1.0







GRATIS - FOR FREE

5 4 3 2 1

5 4 3 2 1









R1.11 080319

Change the SB Part number to SB700 (A12)

071129

U2001D

Add net name

SB700 Part 4 of 5

1 E1 PCI_PME#/GEVENT4# USB 0 External USB

T2101 TPC28T E2 C8 SB_CLK_48_R

[30] EXT_SMI# RI#/EXTEVNT0# USBCLK/14M_25M_48M_OSC SB_CLK_48_R [29]

[30] EXT_SCI# H7 SLP_S2/GPM9#

R2104 USB 1 External USB

F5 G8 USB_RCOMP 1 2

[30] PM_SUSB# SLP_S3# USB_RCOMP

[30] PM_SUSC# G1 SLP_S5# USB 2









USB MISC

8.87KOhm









ACPI / WAKE UP EVENTS

D [30] PM_PWRBTN# H2 PWR_BTN# D

[32] PM_PWROK H1 PWR_GOOD GND USB 3

K3

[12] SUS_STAT#

TEST2 H5

SUS_STAT#

TEST2 USB_FSD13P E6 R1.1 USB 4

071119 TEST1 H4 TEST1 USB_FSD13N E7

+1.8VS 071204 TEST0 H3 TEST0 USB 5

071207 Y15 F7









USB 1.1

[30] A20GATE GA20IN/GEVENT0# USB_FSD12P

[30] RC_IN# W15 KBRST#/GEVENT1# USB_FSD12N E8 USB 6 Card reader

1 K4 LPC_PME#/GEVENT3#







2

RS780 POWERGOOD [28] USB3_SMI#

T2105 TPC28T K24 LPC_SMI#/EXTEVNT1# USB_HSD11P H11 USB_PP11 [54] USB 7

R2137 WLAN conn.

is 1.8VS rail 300Ohm 1 SYS_REST# T2106 TPC28T

1 F1

J2

S3_STATE/GEVENT5# USB_HSD11N J10 USB_PN11 [54]

USB 8 CAMERA

SYS_RESET#/GPM7#

( I / PU ) T2139 TPC28T

[28] PCIE_WAKE# H6 E11

WAKE#/GEVENT8# USB_HSD10P

1 F2 F11 USB 9

1



SB_THRMTRIP# T2130 TPC28T BLINK/GPM6# USB_HSD10N

1 J6 SMBALERT#/THRMTRIP#/GEVENT2#

[12] NB_PWRGD

T2127 TPC28T NB_PWRGD_R W14 NB_PWRGD USB_HSD9P A11 USB 10

USB_HSD9N B11

[32] PM_RSMRST# D3 RSMRST# USB 11 WLAN(MiniCard)

USB_HSD8P C10 USB_PP8 [35]

1 USB_HSD8N D10 USB_PN8 [35] Camera USB 12

T2133 071127

TPC28T

1 GPIO10 AE18 SATA_IS0#/GPIO10 USB_HSD7P G11 USB 13

T2132 TPC28T 1 GPIO6 AD18 H12

CLK_REQ3#/SATA_IS1#/GPIO6 USB_HSD7N

T2102 TPC28T PCB_ID1 AA19 SMARTVOLT1/SATA_IS2#/GPIO4 USB 14

1 071127 GPIO0 W17 E12

CLK_REQ0#/SATA_IS3#/GPIO0 USB_HSD6P USB_PP6 [40]

T2110 TPC28T 1 GPIO39 V17 CLK_REQ1#/SATA_IS4#/FANOUT3/GPIO39 USB_HSD6N E14 USB_PN6 [40] Card reader USB 15

T2103 TPC28T 1 GPIO40 W20

T2140 TPC28T SB_SPKR_R CLK_REQ2#/SATA_IS5#/FANIN3 /GPIO40

W21 SPKR/GPIO2 USB_HSD5P C12









USB 2.0

[7,29] SMBCLK_DRAM AA18 SCL0/GPOC0# USB_HSD5N D12

[7,29] SMBDATA_DRAM W18 SDA0/GPOC1#

1 1 K1 SCL1/GPOC2# USB_HSD4P B12

T2126 TPC28T 071204 T2131 TPC28T 1 K2 A12

T2137 TPC28T SDA1/GPOC3# USB_HSD4N

AA20 DDC1_SCL/GPIO9









GPIO

1 GPIO8 Y18 G12

09.7.13 T2138 TPC28T 1 GPIO66 071127 C1

DDC1_SDA/GPIO8

LLB#/GPIO66

USB_HSD3P

USB_HSD3N G14

T2104 TPC28T PCB_ID2 Y19 SMARTVOLT2/SHUTDOWN#/GPIO5

1 DDR3_RST#_Via G5 DDR3_RST#/GEVENT7# USB_HSD2P H14 USB_PP2 [28]

071204 T2134 TPC28T

USB_HSD2N H15 USB_PN2 [28] USB3.0 Conn BACK UP

AMD review R2120

RF_SW# 0Ohm 1 2 A13 SUS_STAT# R2110 2 1 4.7KOhm

[30,31] RF_SW# USB_HSD1P USB_PP1 [28]

@ B13 USB3.0 Conn BACK UP

USB_HSD1N USB_PN1 [28]

ACZ_SDIN0_AUD R2134 2 1 10KOhm /X AMD review @

USB_HSD0P B14 USB_PP0 [53]

B9 USB_OC6#/IR_TX1/GEVENT6# USB_HSD0N A14 USB_PN0 [53] USB2.0 Conn with S5 charge GND

1 B8 USB_OC5#/IR_TX0/GPM5#

T2114 TPC28T A8 A18

USB_OC4#/IR_RX0/GPM4# IMC_GPIO8









USB OC

1 A9 USB_OC3#/IR_RX1/GPM3# IMC_GPIO9 B18

C T2136 TPC28T 1 E5 USB_OC2#/GPM2# IMC_PWM0/IMC_GPIO10 F21 071119 C

T2141 TPC28T F8 D21

C2150 [53] USB_OC#1 USB_OC1#/GPM1# SCL2/IMC_GPIO11

1 USB_OC0# E4 F19 +3VS

T2142 TPC28T USB_OC0#/GPM0# SDA2/IMC_GPIO12

1 2 SCL3_LV/IMC_GPIO13 E20 SCLK3 [5,50]

EMI ACZ_BCLK M1 AZ_BITCLK SDA3_LV/IMC_GPIO14 E21 SDATA3 [5,50] for TSI

ACZ_SDOUT M2 E19

100411 22PF/50V

J7

AZ_SDOUT IMC_PWM1/IMC_GPIO15

D19

/X/EMI [28] ACZ_SDIN0_AUD AZ_SDIN0/GPIO42 IMC_PWM2/IMC_GPO16 SB_GP16 [24]

J8 E18 SUS_STAT# R2109 2 1 4.7KOhm

AZ_SDIN1/GPIO43 IMC_PWM3/IMC_GPO17 SB_GP17 [24]

L8 AZ_SDIN2/GPIO44









HD AUDIO

M3 AZ_SDIN3/GPIO46 IMC_GPIO18 G20

ACZ_SYNC L6 G21 SMBCLK_DRAM 1 2.2KOHM 2 RN2104A

ACZ_RST# AZ_SYNC IMC_GPIO19 SMBDATA_DRAM

M4 AZ_RST# IMC_GPIO20 D25 3 2.2KOHM 4 RN2104B

1 GPM8#_VIA L5 D24

T2118 TPC28T AZ_DOCK_RST#/GPM8# IMC_GPIO21

C25









INTEGRATED uC

IMC_GPIO22

IMC_GPIO23 C24

080218 R1.1 IMC_GPIO24 B25

IMC_GPIO25 C23

Add Test Point

IMC_GPIO26 B24

IMC_GPIO27 B23

IMC_GPIO28 A23

IMC_GPIO29 C22

IMC_GPIO30 A22

IMC_GPIO31 B22

PCB_ID2 B21

IMC_GPIO32

internal pu 8.2k IMC_GPIO33 A21

H19 IMC_GPIO0 IMC_GPIO34 D20

PCB_ID1 H20 C20

SPI_CS2# IMC_GPIO1 IMC_GPIO35

1 H21 A20









INTEGRATED uC

PCB_ID0 T2129 TPC28T SPI_CS2#/IMC_GPIO2 IMC_GPIO36 +3VSUS

[22] PCB_ID0 1 F25 IDE_RST#/F_RST#/IMC_GPO3 IMC_GPIO37 B20

T2135 TPC28T B19

IMC_GPIO38

2









2









2









@ D22 A19

IMC_GPIO4 IMC_GPIO39

res. value 10k R2117 R2118 R2119 E24 IMC_GPIO5 IMC_GPIO40 D18

-> 1k to get 4.7KOhm 4.7KOhm 4.7KOhm E25

D23

IMC_GPIO6 IMC_GPIO41 C18

RF_SW# R2207 2 1 10KOhm

LOW level





Title : SB700_PATA/SATA

ASUSTeK.Computer.INC Engineer: N/A

Size Project Name Rev

hexainf@hotmail.com Custom 1215T 1.0

Date: Tuesday, August 10, 2010 Sheet 22 of 80

GRATIS - FOR FREE 5 4 3 2 1

5 4 3 2 1









D

change C2311 to 10uF D

Change the SB Part number to SB710 (A14) 090403 R1.11 080319

+3VS Change the SB Part number to SB700 (A12)

U2001C +1.1V_CPU_NB_SB

X7R SB700

L9 VDDQ_1 VDD_1 L15 U2001E

M9 VDDQ_2 Part 3 of 5 VDD_2 M12









1









1









1









1









1

T15 M14 C2310 C2376 C2362 C2351

VDDQ_3 VDD_3

1









1









1

C2382 C2307 090403 cost C2379 U9 VDDQ_4 VDD_4 N13 C2378

SB700

090403 cost









CORE S0

U16 P12 1UF/6.3V 1UF/6.3V 10UF/6.3V 0.1UF/10V 0.1UF/10V A2









2









2









2









2









2

0.1UF/10V 1UF/6.3V 0.1UF/10V VDDQ_5 VDD_5 VSS_1

U17 P14 A25









PCI/GPIO I/O

2









2









2

VDDQ_6 VDD_6 VSS_2

V8 VDDQ_7 VDD_7 R11 VSS_3 B1

W7 R15 @ @ D7

VDDQ_8 VDD_8 VSS_4

Y6 VDDQ_9 VDD_9 T16 T10 AVSS_SATA_1 VSS_5 F20

AA4 VDDQ_10 GND U10 AVSS_SATA_2 VSS_6 G19

GND AB5 VDDQ_11 U11 AVSS_SATA_3 VSS_7 H8

AB21 VDDQ_12 U12 AVSS_SATA_4 VSS_8 K9

+1.1V_CPU_NB_SB V11 K11

AVSS_SATA_5 VSS_9

IDE and Flash Interface Not +1.1V_CKVDD V14 AVSS_SATA_6 VSS_10 K16

+3VS Implemented: Tied to +3.3V_S0. L2306 W9 AVSS_SATA_7 VSS_11 L4

Y9 AVSS_SATA_8 VSS_12 L7

Y20 VDD33_18_1 CKVDD_1.2V_1 L21 1 2 Y11 AVSS_SATA_9 VSS_13 L10

0603

AA21 VDD33_18_2 CKVDD_1.2V_2 L22 Y14 AVSS_SATA_10 VSS_14 L11









1

C2375 AA22 L24 Y17 L12









IDE/FLSH I/O



CLKGEN I/O

VDD33_18_3 CKVDD_1.2V_3 AVSS_SATA_11 VSS_15









1

AE25 L25 C2374 AA9 L14

VDD33_18_4 CKVDD_1.2V_4 AVSS_SATA_12 VSS_16

AB9 L16









2

0.1UF/10V 1UF/6.3V AVSS_SATA_13 VSS_17

AB11 M6









2

@ AVSS_SATA_14 VSS_18

AB13 AVSS_SATA_15 VSS_19 M10

AB15 AVSS_SATA_16 VSS_20 M11

090403 cost @ AB17 AVSS_SATA_17 VSS_21 M13

GND AC8 AVSS_SATA_18 VSS_22 M15

GND AD8 N4

+1.1V_CPU_NB_SB POWER AE8

AVSS_SATA_19

AVSS_SATA_20

VSS_23

VSS_24 N12

PCIE_VDDR N14

L2304 VSS_25

VSS_26 P6

1 2 P18 PCIE_VDDR_1 VSS_27 P9

P19 +3.3VALW_R L2311 +3VSUS P10

PCIE_VDDR_2 VSS_28

1









1









1









1

C 0Ohm C2326 C2369 C2373 P20 A15 P11 C

C2381 PCIE_VDDR_3 AVSS_USB_1 VSS_29









A-LINK I/O

P21 PCIE_VDDR_4 S5_3.3V_1 A17 1 2 B15 AVSS_USB_2 VSS_30 P13

1UF/6.3V 0.1UF/10V 0.1UF/10V 0603

4.7UF/6.3V R22 A24 C14 P15

2









2









2









2

PCIE_VDDR_5 S5_3.3V_2 AVSS_USB_3 VSS_31









1









1

R24 PCIE_VDDR_6 S5_3.3V_3 B17 D8 AVSS_USB_4 VSS_32 R1

R25 J4 C2327 C2377 D9 R2

PCIE_VDDR_7 S5_3.3V_4 AVSS_USB_5 VSS_33









3.3V_S5 I/O

J5 2.2UF/10V 2.2UF/10V D11 R4









2









2

+1.1V_CPU_NB_SB S5_3.3V_5 AVSS_USB_6 VSS_34

GND S5_3.3V_6 L1 D13 AVSS_USB_7 VSS_35 R9

090403 cost 0990403









GROUND

S5_3.3V_7 L2 D14 AVSS_USB_8 VSS_36 R10

AVDD_SATA 0990403 D15 AVSS_USB_9 VSS_37 R12

L2313 GND E15 R14

AVSS_USB_10 VSS_38

1 2 AA14 AVDD_SATA_1 F12 AVSS_USB_11 VSS_39 T11

AB18 +1.1VALW_R L2309 +1.1VSUS F14 T12

AVDD_SATA_4 AVSS_USB_12 VSS_40

1









1









1









1









1









0Ohm C2380 C2352 C2363 C2360 AA15 +1.1VSUS G9 T14

C2370 AVDD_SATA_2 AVSS_USB_13 VSS_41

AA17 G2 1 2 H9 U4









SATA I/O

AVDD_SATA_3 S5_1.2V_1 0603 AVSS_USB_14 VSS_42









CORE S5

22UF/6.3V 1UF/6.3V 1UF/6.3V 0.1UF/10V 0.1UF/10V AC18 G4 H17 U14

2









2









2









2









2









AVDD_SATA_5 S5_1.2V_2 AVSS_USB_15 VSS_43









1









1









1









1

AD17 C2341 C2364 C2383 J9 V6

AVDD_SATA_6 C2371 AVSS_USB_16 VSS_44

AE17 AVDD_SATA_7 J11 AVSS_USB_17 VSS_45 Y21

@ 090403 cost 1UF/6.3V 0.1UF/10V 0.1UF/10V 10UF/6.3V J12 AB1









2









2









2









2

AVSS_USB_18 VSS_46

0990403 cost GND USB_PHY_1.2V_1 A10 J14 AVSS_USB_19 VSS_47 AB19

USB_PHY_1.2V_2 B10 090403 cost J15 AVSS_USB_20 VSS_48 AB25

@ K10 AE1

L2312 AVSS_USB_21 VSS_49

GND K12 AVSS_USB_22 VSS_50 AE24

GND K14 AVSS_USB_23

+3VSUS AVDD_USB +1.1V_USB_PHY_R 1 2 K15

0603 AVSS_USB_24

L2314 R1.1 PCIE_CK_VSS_9 P23

R16

PCIE_CK_VSS_10

1 2 A16 AVDDTX_0 V5_VREF AE7 V5_VREF R2306 1 2 1KOhm

+5VS CHANGE 1% TO 5% PCIE_CK_VSS_11 R19

B16 AVDDTX_1 PCIE_CK_VSS_12 T17

1









1









1









0Ohm C2361 C2365 C16 J16 AVDDCK_3.3V L2317 2 1 +3VS U18

AVDDTX_2 AVDDCK_3.3V PCIE_CK_VSS_13

1









D16 D2301 H18 U20

C2367 C2368 1UF/6.3V 1UF/6.3V AVDDTX_3 AVDDCK_1.1V PCIE_CK_VSS_1 PCIE_CK_VSS_14

D17 K17 1 J17 V18

2









2









2









AVDDTX_4 AVDDCK_1.2V PCIE_CK_VSS_2 PCIE_CK_VSS_15









1

PLL

10UF/6.3V 10UF/6.3V 220Ohm/100Mhz

E17 3 +3VS J22 V20

2









AVDDTX_5 PCIE_CK_VSS_3 PCIE_CK_VSS_16

USB I/O





F15 E9 +3.3V_AVDDC C2372 2 K25 V21

AVDDRX_0 AVDDC PCIE_CK_VSS_4 PCIE_CK_VSS_17









1

F17 2.2UF/10V C2359 M16 W19









2

@ AVDDRX_1 1UF/10V BAT54AW PCIE_CK_VSS_5 PCIE_CK_VSS_18

F18 AVDDRX_2 M17 PCIE_CK_VSS_6 PCIE_CK_VSS_19 W22

GND G15 080828 SCHOTTKY BAT54AW-L SOT-323 M21 W24









2

AVDDRX_3 PCIE_CK_VSS_7 PCIE_CK_VSS_20

G17 AVDDRX_4 P16 PCIE_CK_VSS_8 PCIE_CK_VSS_21 W25

B

090403 cost G18 AVDDRX_5 GND B

GND F9 AVSSC AVSSCK L17

Part 5 of 5

SB700 L2307

SB700

2 1 +1.1V_CPU_NB_SB

220Ohm/100Mhz









1

GND GND

C2357

2.2UF/10V









2

080828

071204

AMD review

GND



+3VSUS

L2315

2 1



1









1

C2358 220Ohm/100Mhz

C2366

0.1UF/10V 2.2UF/10V 071214

2









2

080828 move L and C



GND









A A









Title : SB700_POWER

ASUSTeK.Computer.INC Engineer: N/A

Size Project Name Rev

Custom 1215T 1.0

Date: Tuesday, August 10, 2010 Sheet 23 of 80

5 4 3 2 1





hexainf@hotmail.com

GRATIS - FOR FREE

5 4 3 2 1









Remove R2405, R2406,R2416

R2408, R2418, R2420, R2418 090405



NOTE: SB700 HAS INTERNAL 15K PULL UP RESISTOR FOR RTC_CLK





D D

+3VS +3VS +3VS +3VS +3VSUS +3VSUS









2









2









2

R2402 R2403









2









2









2

R2401 R2404 R2407

10KOhm 10KOhm 10KOhm 10KOhm R2419

10KOhm @ @ 2.2kOHM

@ @









1









1









1

071121









1









1









1

@

(PCI_CLK2) [20] CLK_DBGPCI2

(PCI_CLK3) [20,32] CLK_DBGPCI1

[20] PCI_CLK4

[20] PCI_CLK5

080130 R1.1 [20] LPC_CLKDEBUG

071204 (LPC_CLK0) [20,30] LPC_CLKEC

AMD review (LPC_CLK1) [20] RTC_CLK

[21] ACZ_RST#

[21] SB_GP17

[21] SB_GP16









2









2









2









2









2









2









2









2

R2412

R2410 R2411 R2413 R2414 R2415 R2417 R2409

10KOhm 10KOhm 10KOhm 10KOhm 10KOhm 10KOhm 10KOhm 2.2kOHM

@ @ EXT

C C



REQUIRED STRAPS 1









1









1









1









1









1









1









1

GND GND GND GND GND GND GND

GND









PCI_CLK2 PCI_CLK3 PCI_CLK4 PCI_CLK5 LPC_CLK0 LPC_CLK1 RTC_CLK ACZ_RST# GP17 GP16



PULL BOOTFAIL USE RESERVED RESERVED CLKGEN INTERNAL

HIGH TIMER DEBUG EC ENABLED RTC ENABLE PCI H,H = Reserved

ENABLED STRAPS ENABLED MEM BOOT

H,L = SPI ROM

DEFAULT



EXT. RTC L,H = LPC ROM (Default)

PULL BOOTFAIL IGNORE EC CLKGEN (PD on X1, DISABLE PCI

LOW TIMER DEBUG DISABLED DISABLED apply MEM BOOT L,L = FWH ROM

DISABLED STRAPS 32KHz to DEFAULT

DEFAULT DEFAULT DEFAULT DEFAULT RTC_CLK)







B B





For SB700 A12 and later version





080204 R1.1

Change the Text Comment









A A













Title : SB700_STRAP

ASUSTeK.Computer.INC Engineer: N/A

Size Project Name Rev

Custom 1215T 1.0



hexainf@hotmail.com

5 4 3 2

Date: Tuesday, August 10, 2010

1

Sheet 24 of 80



GRATIS - FOR FREE

5 4 3 2 1







Close to HDMI CON(ESD Protection)

IP4284CZ10-TB HDMI CON

DVI_TX5-_MB 5 6 DVI_TX5-_MB

DVI_TX5+_MB TMDS_CH2+ NC1 DVI_TX5+_MB HDMI_CON1

4 TMDS_CH2- NC2 7

3 8 DVI_TX5+_MB 1 20

DVI_TX4-_MB GND1 GND2 DVI_TX4-_MB 1 P_GND1

2 TMDS_CH1+ NC3 9 RED 2 2 P_GND3 22

DVI_TX4+_MB 1 10 DVI_TX4+_MB DVI_TX5-_MB 3

TMDS_CH1- NC4 DVI_TX4+_MB 3

4 4

U4801

GREEN 5 5

DVI_TX4-_MB 6

DVI_TX3+_MB 6

D /X/ESD 7 7 D

8 8

IP4284CZ10-TB DVI_TX3-_MB

BLUE 9 9

DVI_TX3-_MB 5 6 DVI_TX3-_MB DVI_CLK+_MB 10

DVI_TX3+_MB TMDS_CH2+ NC1 DVI_TX3+_MB 10

4 TMDS_CH2- NC2 7 11 11

3 8 CLK DVI_CLK-_MB 12

DVI_CLK-_MB GND1 GND2 DVI_CLK-_MB 12

2 TMDS_CH1+ NC3 9 13 13

DVI_CLK+_MB 1 10 DVI_CLK+_MB 14

TMDS_CH1- NC4 DVI_DDCCLK_MB 14

15 15

U4802 +5VS_HDMI DVI_DDCDAT_MB 16 16

17 17

/X/ESD 18 18 P_GND4 23

19 19 P_GND2 21



HDMI_CON_19P

D4801 SS0520 F4801 1 2

+5VS 1 2 1 2 +5VS_HDMI R4810 12G24110195X









3

20KOhm

0.2A/9V D4804









2









2

BAV99

C4801 R4811

[12] NB_TMDS_HPD

4.7UF/6.3V 100KOhm









1

PJP4801









2



1









1

2 2 1 1 +5VS

/X/ESD

DVI_DDCDAT_MB

DVI_DDCCLK_MB 1MM_OPEN_5MIL

+3VS /X

R4805 2 1 4.7KOhm DVI_DDCDAT_MB

C R4803 2 1 4.7KOhm DVI_DDCCLK_MB C

R4807 4.7KOhm

+3VS 1 2

6









3

1 2 Q4804A Q4804B



R4806 @ 4.7KOhm 2 5 RNX4801A





3









3

@ UM6K1N UM6K1N 1 2 DVI_TX5-_MB

0Ohm

1









4









D4803 D4802

[11] DVI_TX5-

DVI_DDCDAT1

DVI_DDCDAT BAV99 BAV99

[12] DVI_DDCDAT1

DVI_DDCCLK

DVI_DDCCLK1 @ @ /X

[12] DVI_DDCCLK1









4







3

R4831 0Ohm

1 2 R1.1 L4804

2



1









2



1

1





1









C4802 C4803 N/A

R4832 0Ohm









1







2

10PF 10PF 1 2 /X /X 90Ohm/100Mhz

2





2









@ @ RNX4801B

[11] DVI_TX5+

3 DVI_TX5+_MB

+5VS 0Ohm 4



RNX4802A

/X

GND 1 DVI_TX3-_MB

0Ohm 2

[11] DVI_TX3-

/X









4







3

R1.1 L4805

N/A









1







2

90Ohm/100Mhz

RNX4802B

B [11] DVI_TX3+ B

3 DVI_TX3+_MB

0Ohm 4



DVI_TX5+_MB RNX4803A

/X

RED DVI_TX5-_MB 1 DVI_TX4-_MB

0Ohm 2

[11] DVI_TX4-

DVI_TX4+_MB

GREEN DVI_TX4-_MB /X









4







3

DVI_TX3+_MB R1.1 L4806

BLUE DVI_TX3-_MB N/A









1







2

DVI_CLK+_MB 90Ohm/100Mhz

CLK DVI_CLK-_MB RNX4803B

[11] DVI_TX4+

3 DVI_TX4+_MB

0Ohm 4



R1908 R1909 R1910 R1911 R1912 R1913 R1914 R1915 /X

2







2







2







2







2







2







2







2









RNX4804A

1 2 DVI_CLK-_MB

0Ohm

680Ohm 680Ohm 680Ohm 680Ohm 680Ohm 680Ohm 680Ohm

680Ohm

[11] DVI_CLKB-

/X

1







1







1







1







1







1







1







1









4







3

R1.1 L4807

N/A









1







2

Q4802 90Ohm/100Mhz

3 RNX4804B

D [11] DVI_CLKB+

2N7002 3 DVI_CLK+_MB

A

0Ohm 4 A



1

+5VS

2









G /X

R1917 2 S R1.1 EMI

100KOhm 2008.03.10

r0402 R1908, R1909, R1910, R1911, R1912, R1913, R1914, R1915 change to 680OHM mount choke,unmount o ohm resistor

Title : HDMI

1









ASUSTek COMPUTER INC Engineer: N/A

Size Project Name Rev

hexainf@hotmail.com Custom 1215T 1.0

Date: Tuesday, August 10, 2010 Sheet 25 of 80

GRATIS - FOR FREE 5 4 3 2 1

5 4 3 2 1









D D









C C









B B











A A

Title : Bluetooth

ASUSTek Computer INC. Engineer: N/A

Size Project Name Rev

A 1215T 1.0

hexainf@hotmail.com Date: Tuesday, August 10, 2010 Sheet 27 of 80

GRATIS - FOR FREE

5 4 3 2 1

5 4 3 2 1









1

+5VSUS T2801 TPC28T FPC_55P_2HOLD

C_LAN_25M_R 55 55

54 54

+3VS USB3_CLK_48 53 57

[29] USB3_CLK_48 53 SIDE2

52 52

+5VS 51

D

5/20, Swap Pin15,16 and 42,43，follow 1215N 50

51

50 D

[22] EHCISEL#_SB 49 49

48 48

47 47

[30,53,73,75,80] VSUS_ON 46 46

[21] USB_PP2 45 45

[21] USB_PN2 44 44

+3VSUS 43

[29] CLK_PCIE_LAN 43

[29] CLK_PCIE_LAN# 42 42

41 41

40 40

[11] PCIE_TXN1_LAN 39 39

[11] PCIE_TXP1_LAN 38 38

+1.5VS 37 37

[11] PCIE_RXP1_LAN 36 36

R1.1 [11] PCIE_RXN1_LAN 35

34

35

34

33 33

[11] PCIE_TXP2_USB3.0 32 32

R2802 1 2 0Ohm 31

[30,81] PWR_SW_EC# [11] PCIE_TXN2_USB3.0 31

30 30

/NO POWER LATCH PWRBTN_LED 29 29

[21] PCIE_WAKE# 28 28

[5,20,30,46,50,54] BUF_PLT_RST# 27 27

PWR_SW# 26

C [81] PWR_SW# 26 C

25 25

[21] ACZ_SDIN0_AUD 24 24

[21] ACZ_BCLK_AUD 23 23

[21] ACZ_SDOUT_AUD 22 22

[21] ACZ_SYNC_AUD 21 21

[21] ACZ_RST#_AUD 20 20

[21] USB3_SMI# R2801 1 2 0Ohm /X USB3_SMI#_R 19 19

[30] OP_SD# 18 18

17 17

PWRBTN_LED 16

[21] USB_PP1 16

[21] USB_PN1 15 15

14 14

6









YQ5A 13

[29] H_NEC_USB3_CLK 13

UM6K1N 12

[29] H_NEC_USB3_CLK# 12

LID_EC_R# 2 11

[30,46] LID_EC_R# 11

[11] PCIE_RXP2_USB3.0 10

1









10

[11] PCIE_RXN2_USB3.0 9 9

8 8

3









YQ5B [35] A_DMIC_CLK_R 7

UM6K1N 7

[35] A_DMIC_DATA_R 6 6

PWR_LED_UP 5 5

[30,56] PWR_LED_UP 5

4

4









4

3 3

B 2 2 SIDE1 56 B



GND

+5V0_USB 1 1



J2801



+5VS_USB +5V0_USB







PJP29

1 1 2 2



2MM_OPEN_5MIL

GND

+5VSUS_USB



PJP30

1 1 2 2



2MM_OPEN_5MIL







A A









Title : Small brd Conn

ASUSTek Computer INC. Engineer: N/A

Size Project Name Rev

B 1215T 1.0

Date: Tuesday, August 10, 2010 Sheet 28 of 80

5 4 3 2 1









hexainf@hotmail.com

GRATIS - FOR FREE

5 4 3 2 1









SB_CLK_48_R



Change to small One，follow 1018P

USB3_CLK_48



R2901 1MOhm /X CR_CLK_48

1 2

NB_OSC



SB_OSC

D X2901 D

XTAL1_CLK

1 3 XTAL2_CLK

1









1

C2901 14.31818Mhz C2902

2



4









1





1





1





1





1

12PF/50V 12PF/50V C2982 C2983 C2984 C2985 C2986 +3.3VS_CLK

2









2

10PF/50V

10PF/50V 10PF/50V

10PF/50V 10PF/50V









2





2





2





2





2

@ @ @ @ @



GND GND









1

GND

R2902 +3.3VS_CLK



10KOhm









2









1

R4534

NB REF [12] NB_OSC 1 2 R2906

N/A +3.3VS_CLK @

2









100Ohm

NB-14.318Mhz 4.7KOhm

R4533









2

49.9Ohm

N/A

1% VDDUSB_CLK +3.3VS_CLK SEL_HTT66









1

N/A VDDREF_CLK

1









1

PD# R2903









1

R2904

GND U2901 10KOhm R2925

R2938 NB_OSC_GEN 1 56 SEL_27 10KOhm









2

SEL_HTT66 REF1 **SEL_27/REF2 8.2KOhm

[20] SB_OSC 1 2 2 55









2

C **SEL_HTT66/REF0 VDDREF C

3 54 NB-HT









2

10Ohm XTAL1_CLK GNDREF VDDHTT SRC_NB_HT_CLKP_GEN SL2909 1 CLK_REQ_LAN# @

4 X1 HTT0T/66M 53 2 SRC_NB_HT_CLKP [12]

0402

USB场だ琌　　　　　33Ohm XTAL2_CLK 5 X2 HTT0C/66M 52 SRC_NB_HT_CLKN_GEN SL2910 1

0402

2 SRC_NB_HT_CLKN [12]

@

R2934 1 2 22Ohm 6 51 CLKREQ#_MINICARD N/A

[21] SB_CLK_48_R VDD48 GNDHTT

R2908 1 2 0Ohm /X CLK_48_R 7 50 PD# CPU GND

[28] USB3_CLK_48 48Mz_1 *PD#

R2933 1 2 15Ohm 8 49 SRC_CPU_HT_CLKP_GEN SL2911 1 2

[40] CR_CLK_48 GND48 CPUK8_0T 0402 SRC_CPU_HT_CLKP [5]

R2926 1 2 0Ohm 9 48 SRC_CPU_HT_CLKN_GEN SL2912 1 2 +3.3VS_CLK

[7,21] SMBCLK_DRAM SMBCLK CPUK8_0C 0402 SRC_CPU_HT_CLKN [5]

R2927 1 2 0Ohm 10 47

[7,21] SMBDATA_DRAM SMBDAT VDDCPU

N/A 11 VDDDOT GNDCPU 46

N/A 12 45 CLKREQ#_MINICARD [54]

SRC7C/27M_NS **CLKREQ1#









1

13 SRC7T/27M_SS **CLKREQ2# 44

14 43 VDDA_CLK R2907

SL2902 1 CLK_PCIE_USB3#_GEN GNDDOT VDDA @

USB3.0 [28] H_NEC_USB3_CLK# 0402

2 15 SRC4C GNDA 42

SL2903 1 2 CLK_PCIE_USB3_GEN 16 41 4.7KOhm

[28] H_NEC_USB3_CLK 0402 SRC4T GNDSATA

17 40









2

SL2904 1 CLK_PCIE_MINICARD#_GEN GNDSRC1 VDDSATA

[54] CLK_PCIE_MINICARD# 2 18 SRC2C **CLKREQ4# 39

SL2905 1 0402 CLK_PCIE_MINICARD_GEN SRC_NB_PCIE_RCLKP_GEN SL2913 1 SEL_27

WLAN [54] CLK_PCIE_MINICARD 0402

2 19 SRC2T SB_SRC0T 38

0402

2 SRC_NB_PCIE_RCLKP [12]

20 37 SRC_NB_PCIE_RCLKN_GEN SL2914 1 2 NB

VDDSRC SB_SRC0C 0402 SRC_NB_PCIE_RCLKN [12]

21 GNDSRC2 VDDSB_SRC 36









1

22 SRC1C GNDSB_SRC 35

23 34 SRC_SB_PCIE_RCLKP_GEN SL2915 1 2 R2928

SRC1T SB_SRC1T 0402 SRC_SB_PCIE_RCLKP [20]

R2909 1 2 22Ohm CLK_PCIE_LAN#_GEN 24 33 SRC_SB_PCIE_RCLKN_GEN SL2916 1 2 SB

[28] CLK_PCIE_LAN# SRC0C SB_SRC1C 0402 SRC_SB_PCIE_RCLKN [20]

LAN R2911 1 2 22Ohm CLK_PCIE_LAN_GEN 25 32 SRC_NB_GFX_REFCLKP_GEN SL2917 1 2 8.2KOhm

[28] CLK_PCIE_LAN SRC0T ATIG1T 0402 SRC_NB_GFX_REFCLKP [12]

1 CLK_REQ_LAN# 26 31 SRC_NB_GFX_REFCLKN_GEN SL2918 1 2 DISPALY

SRC_NB_GFX_REFCLKN [12]









2

T2901 TPC28T **CLKREQ0# ATIG1C 0402 @

27 ATIG2C VDDATIG 30

28 ATIG2T GNDATIG 29



RTM880T-797-VB-GRT GND

+3.3VS_CLK

N/A

B GND GND B









500mA+50mA 0 100 MHz differential spreading SRC clock

+3VS +3.3VS_CLK SEL_27

L2904

1 2 1 27MHz non-spreading singled clock on pin12

27MHz spread clock on pin13.

600Ohm/100Mhz

1









1









1









1









50mA 50mA

C2909 C2910 C2911 C2912

N/A

0.1UF/16V 0.1UF/16V 0.1UF/16V 0.1UF/16V +3VS VDDUSB_CLK +3VS VDDREF_CLK +3VS VDDA_CLK

2









2









2









2









080828 080828 080828 080828

1

L2901

2 1

L2902

2 1

L2903

2

0 100 MHz differential HTT clock

071203 N/A

GND N/A

GND N/A

GND N/A

GND SEL_HTT66

AMD review 600Ohm/100Mhz 600Ohm/100Mhz 600Ohm/100Mhz

1





1









1









1





1









1





1

C2903 C2904 C2945 N/A C2905 C2906 C2907 C2908

1 66MHz 3.3V single ended HTT clock

N/A N/A

2.2UF/10V 0.1UF/16V 10UF/6.3V 2.2UF/10V 0.1UF/16V 22UF/6.3V 0.1UF/16V

R1.1

2





2









2









2





2









2





2

080828 080828 080828



N/A

GND N/A

GND N/A

GND N/A

GND N/A

GND @ GND GND N/A

1





1









1









1









1









C2913 C2914 C2915 C2916 C2917

22UF/6.3V 0.1UF/16V 0.1UF/16V 0.1UF/16V 0.1UF/16V

2





2









2









2









2









080828 080828 080828 080828 080828

A A

N/A

GND N/A

GND N/A

GND N/A

GND N/A

GND













Title : RTM880T-797-VB-GRT

ASUSTeK COMPUTER INC Engineer:

N/A

Size Project Name Rev

Custom 1215T 1.0

Date: Tuesday, August 10, 2010 Sheet 29 of 80

5 4 3 2 1







hexainf@hotmail.com

GRATIS - FOR FREE

5 4 3 2 1







OR16

1 2 0Ohm +3VSUS

+3VA_AEC

OR13 100KOHM

+3VA N/A +3VA PM_PWRBTN# 1 2

+3VA +3VA 1 OT25 OR1

OL1 1 2 /X +3VS

1 2

100KOHM OU1

1









1









1









1









1









1









1









1









1

OC1 OC2 OC3 OC4 OC5 OC6 OC7 120Ohm/100Mhz OC8 OC9 5 1 EC_RST# TP_DATA 1 ORN1A

[5,50] FORCE_OFF# CD OUT 10KOhm 2

10UF/6.3V 0.1UF/16V 0.1UF/16V 0.1UF/16V 0.1UF/16V 0.1UF/16V 0.1UF/16V 10UF/6.3V 0.1UF/16V 2

VDD TP_CLK ORN1B

4 3 3 10KOhm 4

2









2









2









2









2









2









2









2









2

NC GND









2









1

D OC11 D

OC10 0.1UF/16V SMB2_DATA 5 ORN1C

10KOhm 6

1UF/10V RN5VD27CA-TR-F









1









2

GND GND SMB2_CLK 7 ORN1D

10KOhm 8

/X

OU2 +3VA /X

GND GND

[20] INT_SERIRQ 3 SERIRQ VCC1 9

[20,32] LPC_FRAME# 4 LFRAME# VCC2 22 [72] VRM_PWRGD 1 N/A 2 VRM_PWRGD_EC +3VS

12 33 OR3117 0Ohm

[20,24] LPC_CLKEC PCICLK VCC VCC3

38 96 +3VA

[56] CHG_LED_GREEN# LPC_AD0 CLKRUN# VCC4

[20,32] LPC_AD0 10 LAD0 VCC5 111

LPC_AD1 8 LPC 125 +3VA_AEC RC_IN# OR3118 1 10KOhm 2 OR17 100KOHM

[20,32] LPC_AD1 LPC_AD2 LAD1 I/F VCC6 @ PWRLIMIT#

[20,32] LPC_AD2 7 LAD2 1 2

LPC_AD3 5 67 A20GATE OR3119 1 10KOhm 2

[20,32] LPC_AD3 LAD3 AVCC/AGND AVCC @ /X

[21] RC_IN# 2 KBRST# AGND 69

20 INT_SERIRQ OR3123 1 10KOhm 2 S_SMBCLK1 3 RN6B

[21] EXT_SCI# SCI# 4.7KOhm4

1 11 @

[21] A20GATE GA20 GND1

13 24 S_SMBDATA1 1 RN6A

[5,20,28,46,50,54] BUF_PLT_RST# PCIRST# GND GND2 4.7KOhm2

GND3 35

GND4 94

EC_RST# 37 113 MARATHON_EC# OR3121 1 10KOhm 2

ECRST# GND5 /X

PWR_SW_EC# OR3126 1 2 100KOhm

[31] KSO[15:0]

KSO0 39 GND

KSO1 KSO0 BAT_A OT1 USB_detect# OR3122 1 10KOhm 2

40 KSO1 AD0 63 1

KSO2 41 64 BAT_B 1 OT2 /CHARGE

KSO3 KSO2 ADC AD1 BAT_C OT3 PM_LEVELDOWN# OR3124 1 10KOhm 2

42 KSO3 AD2 65 1

KSO4 43 66 BAT_D 1 OT4 N/A

C KSO5 KSO4 AD3 CPU_LEVELDOWN# OR3125 1 10KOhm 2 C

44 KSO5

KSO6 45 N/A

KSO7 KSO6 Key Matrix BL_PWM_DA

46 21

KSO8 47

KSO7

KSO8

Scan PWM0

PWM1 23 BATSEL# 1

BL_PWM_DA

OT27

[46] R1.1 change to pull down

KSO9 48 PWM 25 GND

KSO9 / GPIO11 PM_PWRBTN# [21]

KSO10 49 34 EC34 1 OT5

KSO11 KSO10 FAN GPIO19

50 KSO11

KSO12 51 26 FAN0_PWM +3VA

KSO12 FANPWM0 FAN0_PWM [50]

KSO13 52 27 FAN1_PWM 1 OT8 BAT_IN 1 2 ORN2A

KSO13 FANPWM1 100KOHM

KSO14 53 28 FAN0_TACH

KSO14 FANFB0 FAN0_TACH [50]

KSO15 54 29 FAN1_TACH 1 OT11 AC_OK 3 4 ORN2B

KSO15 FANFB1 100KOHM

OT10 1 NC_KSO16 81

OT12 NC_KSO17 KSO16

1 82 KSO17 GPO3C 68

KSI0 55 70 PM_SUSB# 3 4 ORN3B

KSI0 GPO GPO3D LCD_BACKOFF# [46] 100KOHM

KSI1 56 71

KSI2 KSI1 GPO3E PM_BATLOW# OT19 PM_SUSC#

57 KSI2 GPO3F 72 1 1 2 ORN3A

100KOHM

KSI3 58

KSI4 KSI3 SPI_MODE# OT13

59 KSI4 GPXIOA00 97 1

KSI5 60 98

KSI5 GPXIOA01 SUSC_ON [57,74]

KSI6 61 99 GND

KSI6 GPXIOA02 VSUS_ON [28,53,73,75,80]

KSI7 62 100 +3VA

KSI7 XIOA GPXIOA03 CPU_VRON [72,80]

[31] KSI[7:0] GPXIOA04 101 SUSB_ON [57,73,80]

GPXIOA05 102 EC_PWROK [32]

OT14 1 EC36 36 103 EC_RST# OR5 1 2 47KOHM

GPIO1A LED GPXIOA06 PM_LEVELDOWN# [72,73,74,75,77]

91 104 /X

[56] Caps_LED# GPIO53 GPXIOA07 CHG_EN# [71]

1 SCRL_LED# 93 105 PS-ON OC13 1 2 0.1UF/16V

GPIO55 GPXIOA08 PS-ON [81]

OT16 106 /X

GPXIOA09 SPI_WP# [32]

GPXIOA10 107 OP_SD# [28]

USB_CHARGE_EN_EC 83 108 BAT_LEARN 1 OT18 SPI_MODE# OR7 1 2 4.7KOhm

B [53,80] USB_CHARGE_EN_EC PSCLK0 GPXIOA11 B

84 PSDAT0

85 PSCLK1

1 EC86 86 PS2 109 BAT_2S_3S# 1 OT23

OT26 PSDAT1 I/F GPXIOD0

[31] TP_CLK 87 PSCLK2 GPXIOD1 110 CPU_LEVELDOWN# [72,73,74,75]

[31] TP_DATA 88 PSDAT2 GPXIOD2 112 THRO_CPU [5]

114 GND

XIOD GPXIOD3

GPXIOD4 115

PM_SUSB#

PM_SUSC#

[21]

[21]

Hotkey Table

116 VRM_PWRGD_EC OR8 10MOhm /X

GPXIOD5

[60,71] S_SMBCLK1 77 SCL1 GPXIOD6 117 VSUS_PWRGD [32,73,75]

T75

Item Pin Name Function 1 2









K_XCLKO

Battery [60,71] S_SMBDATA1 78 SDA1 GPXIOD7 118 1 OX1

SM BUS









K_XCLKI

[50] SMB2_CLK 79 SCL2 32.768Khz SL13

Thermal Sensor [50] SMB2_DATA 80 SDA2 FOR RF

OR14 OR15

[31,81] MARATHON_EC#

119 1 2 0Ohm

0 HOTKEY_SW0# Home 1 4 1

0402

2

SPI MISO SPI_DO [32]

OR18 6 120 1 2 0Ohm

GPIO04 MOSI SPI_DI [32]









1









1

RF_SW#1 20Ohm HOTKEY_SW1# 14 I/F 126 SPI_CLK_R OL10 1 2 OC15 N/A OC16

[21,31] RF_SW# SPI_CLK [32]









2



3

GPIO07 SPICLK 120Ohm/100Mhz

[21] EXT_SMI# 15 GPIO08 SPICS# 128 SPI_CS# [32]

16 22PF/50V 22PF/50V

[28,46] LID_EC_R#









2









2

GPIO0A

1









[5,79] PWRLIMIT# 17 OC17

OT22 GPIO0B

1 TPLED# 18 GPIO0C

OT15 1 LID_EC_L# 19 30 E51_TX 1 T56 22PF/50V

2









GPIO0D GPIO UART GPIO16 E51_RX T57

32 31 1

[28,81] PWR_SW_EC#

73

GPIO18 GPIO17 R1.1

[71] AC_OK

[32] EC_RSMRST# 74

GPIO40

GPIO41 GPIO59 127 1 OT24 GND ACC GND

[71] BAT_IN 75 GPI42

OR24 1 2 0Ohm 76 EC34

[53] USB_detect# GPI43 EC34 [38]

OT29 1 89 122 K_XCLKI

GPIO50 XCLK XCLKI K_XCLKO EC36

XCLKO 123 EC36 [38]

A [56] CHG_LED_ORANGE# 90 GPIO52 A

PWR_LED_UP 92 OC18 EC95

[28,56] PWR_LED_UP GPIO54 EC95 [38]

1 EC95 95 124 K_V18R 2 1

OT17 EC121 GPIO56 V18R EC86

1 121 GPIO57 EC86 [38]

OT20

4.7UF/6.3V

GND

KB3310QF

Title : EC_ENE KB3310

02G890000712 VER:C1 Engineer: N/A

ASUSTek Computer INC.

Size Project Name Rev

hexainf@hotmail.com A3 1215T 1.0

HOTKEY_SW0# - HOTKEY_SW3# internal PU Date: Tuesday, August 10, 2010 Sheet 30 of 80

GRATIS - FOR FREE 5 4 3 2 1

5 4 3 2 1









+5VS +5V_TP TP_L TP_R



follow 1201T L26 0Ohm TP_L1 TP_R1

1 2 3 4 3 4









1









1

C112 C111

KB_CON1 0.1UF/16V 0.1UF/16V

12G182102402









1









1

C196 C80 1 2 1 2









2









2

1UF/10V 0.1UF/16V 5 6 5 6

25 /X









2









2

D SIDE1 KSO15 TACT_SWITCH_4P TACT_SWITCH_4P D

24 24

23 KSO0 12G09603304K 12G09603304K

23 KSO7

22 22

21 KSO5

21 KSO2

20 20

19 KSO4 GND GND GND

19 KSO8

18

18

17 17 KSO6

KSO11

+5V_TP For Touch-Pad

16 16

15 KSO10 TOUCH_PAD1

15 KSO12 TP_R

14 14 1 1 SIDE2 14

13 KSI3 2

13 KSI0 2

12 12 3 3

11 KSI2 TP_L 4

11 KSI4 4

10 10 5 5

9 KSI6 6

9 KSI7 6

8 8 7 7

7 KSI1 8

7 [30] TP_CLK 8

6 KSI5 9

6 KSO13 9

5 5 [30] TP_DATA 10 10

4 KSO1 11

4 KSO3 11

3 3 12 12 SIDE1 13

2 KSO9

2









1





1

1 KSO14 EC22 FPC_CON_12P

C 1 C

26 EC21 33PF/50V

SIDE2 33PF/50V /X/EMI 12G183301208









2





2

/X/EMI GND GND



FPC_CON_24P GND

GND GND

For Keyboard Connector





KSO[15:0] [30] R1.1

KSI[7:0] [30]

YR04 2 1 0Ohm MARATHON_EC# [30,81]

/NO POWER LATCH



RF_SW# [21,30]

MARATHON# WFI_ON_OFF1

MARATHON# [81]

3 4









1

KSI7 1 2 CN3511A EXP1 YC8

150PF/50V

B KSI1 3 4 CN3511B 3 4 0.1UF/16V B

150PF/50V

KSI5 5 /X 6 CN3511C 1 2 N/A

150PF/50V









2

1

KSO13 7 /X 8 CN3511D YC7 5 6



KSI0

150PF/50V

/X 1 2 0.1UF/16V EXPRESS GATE & SHE

1 /X 2 CN3512A

150PF/50V 5 6 N/A TACT_SWITCH_4P









2

KSI2 3 4 CN3512B 12G09603304K GND

150PF/50V

KSI4 5 /X 6 CN3512C TACT_SWITCH_4P

150PF/50V

KSI6 7 /X 8 CN3512D 12G09603304K

150PF/50V

/X GND

KSO2

KSO4

1 /X 2 CN3513A

150PF/50V

WLAN_ON/OFF

3 4 CN3513B

150PF/50V

GND

KSO8 5 /X 6 CN3513C

150PF/50V

KSO6 7 /X 8 CN3513D

150PF/50V

/X

KSO11 1 /X 2 CN3514A

150PF/50V

KSO10 3 4 CN3514B

150PF/50V

KSO12 5 /X 6 CN3514C

150PF/50V

KSI3 7 /X 8 CN3514D

150PF/50V

/X

KSO1 1 /X 2 CN3515A

150PF/50V

KSO3 4 CN3515B

KSO9

3

5

150PF/50V

/X 6 CN3515C

R1.1

150PF/50V

KSO14 8 CN3515D

7 /X

150PF/50V

/X

DEL PWR1

A KSO15 1 /X 2 CN3516A A

150PF/50V

KSO0 3 4 CN3516B

150PF/50V

KSO7 5 /X 6 CN3516C

150PF/50V

KSO5 7 /X 8 CN3516D

Title : KB_Touch Pad

150PF/50V

/X

/X

ASUSTek Computer INC. Engineer: N/A

FOR RF and EMI GND

Size Project Name Rev

B 1215T 1.0

Date: Tuesday, August 10, 2010 Sheet 31 of 80

5 4 3 2 1









hexainf@hotmail.com

GRATIS - FOR FREE

5 4 3 2 1









+3VSUS

For Debug Resolve auto-boot issue









2

+3VS

OR11

D DEBUG_CON1 10KOhm D

1 1 SIDE2 14 /X

LPC_AD0 2 2 OD1









1

[20,30] LPC_AD0

3 3 [30,73,75] VSUS_PWRGD 1

LPC_AD1 4 4 3

[20,30] LPC_AD1 PM_RSMRST# [21]

5 5 [30] EC_RSMRST# 2

LPC_AD2 6 6

[20,30] LPC_AD2 BAT54AW

7 7

LPC_AD3 8 8 +3VS

[20,30] LPC_AD3 D21

9 9 /X

[20,30] LPC_FRAME# 10 10 1

11 11 3









2

[20,24] CLK_DBGPCI1 12 12 SIDE1 13 2

/X OR12

FPC_CON_12P 10KOhm

BAT54CW /X

GND 12G183301208 GND OD2









1

[30,73,75] VSUS_PWRGD 1

3 PM_PWROK [21]

/DEBUG 2

[30] EC_PWROK

C C

BAT54AW



/X









SL3209

SPI ROM EC_RSMRST# 1

0402

2 PM_RSMRST#









2

+3VA +3VA_SPI +3VA_SPI

OR22

R144 1 2 0Ohm SPI_WP# 1 RN17A 10KOhm

10KOHM2

SPI_HOLD# 3 RN17B

10KOHM4









1

B

Del GND B

SL3208

EC_PWROK 1 2 PM_PWROK

0402









2

+3VA_SPI

+3VA_SPI OR28

SL3210 U9 10KOhm

[30] SPI_CS# 1 2 1 CS# VCC 8

0402 SPI_HOLD#

2 7









1

[30] SPI_DO DO(IO1) HOLD#(IO3)









1

3 6 C124

[30] SPI_WP# WP#(IO2) CLK SPI_CLK [30]

4 5 0.1UF/16V

GND DI(IO0) SPI_DI [30]

GND



2

W25Q80BVSSIG

1





1









GND 05G001208132

C474 C473 GND

1









C472

2





2









10PF/50V 10PF/50V

10PF/50V /X

2









/X /X/RF GND

A

GND A



GND

Title : SPI ROM/ Debug

ASUSTek Computer INC. Engineer: N/A

Size Project Name Rev

hexainf@hotmail.com A4 1215T 1.0

GRATIS - FOR FREE Date: Tuesday, August 10, 2010 Sheet 32 of 80

5 4 3 2 1

5 4 3 2 1









D D









C C









B B









A A















Title : AR8113/AR8132

ASUSTek Computer INC Engineer: N/A

Size Project Name Rev

hexainf@hotmail.com A3 1215T 1.0

Date: Tuesday, August 10, 2010 Sheet 33 of 80

GRATIS - FOR FREE

5 4 3 2 1

5 4 3 2 1









D D









C C









B B









A A















Title : RJ45

ASUSTek Computer INC. Engineer: N/A

Size Project Name Rev

hexainf@hotmail.com A3 1215T 1.0

Date: Tuesday, August 10, 2010 Sheet 34 of 80

GRATIS - FOR FREE

5 4 3 2 1

5 4 3 2 1









CRN9A 1 2 0OHM



USBPP8

[21] USB_PP8 A_DMIC_CLK_R

[28] A_DMIC_CLK_R









4







3

D D

L96

90Ohm/100Mhz

/X









1







2

USBPN8

[21] USB_PN8 A_DMIC_DATA_R

[28] A_DMIC_DATA_R

CRN9B 3 4 0OHM









+VCC_CAMERA

+3VS





R280

1 2



C 0Ohm +VCC_CAMERA C

+5VS

+3VS_DMIC

R288

1 2 1 TPC26T T194



0Ohm /X Camera_DMIC_CON1

1









1









C236 C81 8

10UF/10V 0.1UF/16V USBPP8 8

7 7 SIDE2 10

USBPN8 6

2









2









6

5 5

4 4

A_DMIC_CLK_R 3

A_DMIC_DATA_R 3

2 2 SIDE1 9

+3VS +3VS_DMIC 1

GND 1

SL8 WTOB_CON_8P

1 2

0603

12G170010083









1



1

AC42

1









1









B N/A C113 C309 AC41 B

0.1UF/16V 1UF/16V 120PF/50V 120PF/50VGND









2



2

GND

2









2









D6

GNDGND



GND USBPP8 6 1 USBPN8

VI/O VI/O

+5VS



5 2

VBUS GND

GND



A_DMIC_CLK_R 4 3 A_DMIC_DATA_R

VI/O VI/O

A A





Title : CMOS

IP4223-CZ6





ASUSTek Computer INC. Engineer: N/A

Size Project Name

hexainf@hotmail.com A4

1215T Rev

1.0

GRATIS - FOR FREE Date: Tuesday, August 10, 2010 Sheet 35 of 80

5 4 3 2 1

5 4 3 2 1









NOTE

VA6:02G611005006

D D

VB5:02G611005015









C C









B B











A A

Title : ALC269

ASUSTek Computer INC. Engineer: N/A

Size Project Name Rev

A 1215T 1.0

hexainf@hotmail.com Date: Tuesday, August 10, 2010 Sheet 36 of 80

GRATIS - FOR FREE

5 4 3 2 1

5 4 3 2 1









D D









C C









B B











A A

Title : MIC_HP_SPK

ASUSTek Computer INC. Engineer: N/A

Size Project Name Rev

A 1215T 1.0

hexainf@hotmail.com Date: Tuesday, August 10, 2010 Sheet 37 of 80

GRATIS - FOR FREE

5 4 3 2 1

5 4 3 2 1



+1.5V_ACC



CPU_LDT_RST#_R [5,12]





AOD ACC Function









14

13

U3802D

R3811 0Ohm

VCC

From EC [30] EC86 12

GND

11 CPU_LDT_RST#_R 1 2 CPU_LDT_RST# [5,20] To CPU & NB

5% /ACC

SN74LVC125APWR









7

D D



To HDT Header

GND

R3801 0Ohm

1 2 CPU_RESET [5]

5% /ACC/X





Reserve Pull high

Connect with CPU Debug Port +1.5V



CPU_TMS 1 R3802 2 1KOhm

/ACC/X

CPU_TDI 1 R3803 2 1KOhm

/ACC/X

[5] CPU_TMS CPU_TCK 1 R3804 2 1KOhm

[5] CPU_TDI EC Direct Route /ACC/X



[5] CPU_TCK

C C

OR3801 +3VS

CPU_TMS 1 2 0Ohm EC36

/ACC/X

OR3802









2

CPU_TDI 1 2 0Ohm EC34

C3866 /ACC/X EC86 1 R3805 2

22PF/50V OR3803









1

CPU_TCK 1 2 0Ohm EC95 8.2KOhm

/ACC/X

/ACC /ACC/X ACC_TDO 1 R3806 2



8.2KOhm

/ACC/X

Connect with SB OR EC +1.5V_ACC

ACC_TMS 1 R3807 2



GND 8.2KOhm

/ACC/X

ACC_TCK 1 R3808 2

/ACC/X

SR3801 0Ohm 8.2KOhm

14

1





1 2 U3802A +1.5V_ACC

[20] GPIO68

5% /ACC/X ACC_TCK VCC

2 3

SR3802 0Ohm GND +1.5VS

[30] EC95 1 2

SN74LVC125APWR R3810 0Ohm

7









5% /ACC 1 2

B B

+1.5V



GND R3809 0Ohm

+1.5V_ACC 1 2



@

14

4









1









1

SR3803 0Ohm U3802B C3867

1 2 0.1UF/16V C3868

[20] GPIO35 VCC

ACC_TDO 5 6 1UF/6.3V









2









2

5% /ACC/X GND

SR3804 0Ohm

1 2 SN74LVC125APWR

[30] EC34

7









5% /ACC

GND GND



GND







+1.5V_ACC



A A

14

10









SR3805 0Ohm U3802C



[20] GPIO36 1 2

ACC_TMS VCC

9 8

5% /ACC/X GND Title : ACC

SR3806 0Ohm SN74LVC125APWR Engineer: N/A

7









ASUSTek Computer INC.

[30] EC36 1 2

Size Project Name Rev

5% /ACC Custom 1215T 1.0

GND Date: Tuesday, August 10, 2010 Sheet 38 of 70

5 4 3 2 1









hexainf@hotmail.com

GRATIS - FOR FREE

5 4 3 2 1









CRN10B 3 4 0OHM



U_CARDN

[21] USB_PN6









1







2

/X

90Ohm/100Mhz

L94

For card reader









4







3

U_CARDP

[21] USB_PP6

CRN10A 1 2 0OHM



D +3VS +3V_CR D





AR25 0Ohm

1 2









+3V_CR









1

2





RR11

RC14 1KOhm

0.1UF/16V

1









X4001

2





1 CONT VDD 4

/X RR10 0Ohm

/X 2 3 X_CR_OUT

GND OUT

48Mhz

/X

/X Option1:

RR12 0Ohm

If use GLF package need

[29] CR_CLK_48 mount RR7 resistor and

1









RC2 unmount RR8 resistor.

10PF/50V

C U4001 C

2









GND 29

RR1 GND

+3V_CR 0Ohm GND C_48M_CARD_READER_R 1 28 1 RR7 2 SDDATA1

RR3 EXT48IN SDDATA1

1 2 2 CHIPRESETN CTRL1 27 0Ohm /GLF SDWP#

/X 1 1% 2 R_REXT 3 REXT CTRL3 26 SDCD#

1









+3V_CR GND 330Ohm 4 25 1 RR8 2 SDDATA1

RC1 U_CARDP VD33P DATA1

5 DP DATA0 24 0Ohm /GEF SDDATA0

2









1UF/10V U_CARDN 6 23

2









c0603 RC8 DM DATA7

7 VS33P DATA6 22

1UF/10V GND 8 21 SDCLK

1









c0603 +1.8V_CR +3V_SD VDDU CTRL0

9 CF_V33 DATA5 20

1









GND +3V_CR 10 19 SDCMD

RC3 V33 CTRL2

GND 11 CTRL4 DATA4 18

1









1

1UF/10V RC9 RC11 12 17 SDDATA3

2









c0603 4.7UF/6.3V 4.7UF/6.3V XDCDN DATA3 SDDATA2

13 XDCEN DATA2 16 1 RR6 2

N/A N/A 14 15 0Ohm /GEF

2









2







c0603 c0603 SDDATA2 XDWPN

GND

GND GND

AU6433D53-GLF-GR

SDDATA2 1 RR5 2 /GLF

0Ohm /GLF

Option1:

If use GLF package need mount

RR5 resistor and unmount RR6

resistor.





B B









CARD_READER1

+3V_SD

SDDATA2 9

SDDATA3 9

1 1 P_GND2 14

SDCMD 2 13

2 P_GND1

3 3 12 12

RR2 0Ohm 4 11 SDWP#

SDCLK 1 SDCLK_R 4 11 SDCD#

2 5 5 10 10

6 6

1









1









SDDATA0 7 RC4 RC5

SDDATA1 7

8 8

1







1









RC6 RC7 10PF/50V 10PF/50V

2









2









1UF/10V /X /X

10PF/50V c0603 SD_SOCKET_9P

2







2









/X GND GND

12G25100091E GND GND



A A











GND



Title : CB_AU-6433

ASUSTeK COMPUTER INC Engineer:

N/A

Size Project Name Rev

hexainf@hotmail.com Custom 1215T 1.0



GRATIS - FOR FREE 5 4 3

Date: Tuesday, August 10, 2010

2

Sheet

1

40 of 80

5 4 3 2 1









D D









C C









B B









A A





3.5G Module & External Antenna

Title :

ASUSTek Computer INC. Engineer: N/A

Size Project Name Rev

hexainf@hotmail.com Custom 1215T 1.0

Date: Tuesday, August 10, 2010 Sheet 41 of 80

GRATIS - FOR FREE

5 4 3 2 1

5 4 3 2 1









R1.1 R2.0a

50ohm

R1.1c L4601

[12] CRT_RED

CRT_R_JP 1 2 CRT_R_CON PLACE ESD

Diodes near









1

0.082UH D4601









1









1

R4601

D 140OHM C4601 C4602 VGA port CRT_R_CON

VI/O

4

VI/O

3 CRT_G_CON D

24PF/50V 10PF/50V









2









2

c0402 c0402 +3VS









2

VBUS GND

GND

GND GND GND 5 2









1

GND

50ohm C4618 VI/O VI/O

R1.1c L4602 0.1UF/10V HSYNC_CON 6 1 CRT_B_CON









2

CRT_G_JP 1 2 CRT_G_CON @

[12] CRT_GREEN









1

0.082UH IP4223-CZ6









1









1

R4602 GND ESD PROTECTION IP4223-CZ6

150Ohm C4603 C4604 07G028075010

24PF/50V 10PF/50V D4602









2









2

c0402 c0402 2









2

3 VSYNC_CON

1

GND GND GND

BAV99



GND

50ohm

R1.1c L4603

CRT_B_JP 1 2 CRT_B_CON

[12] CRT_BLUE

0.082UH

1





C C









1









1

R4603

150Ohm C4605 C4606

24PF/50V 10PF/50V

2









2

c0402 c0402

2









GND GND GND





+5VS +3VS

U4601

GND 1 B VCC 5

2









R1.1c CRT_HSYNC_X 2 A

R4610 R4613 VGA1









16

CRT_HSYNC_X 1 6 HSYNC_L GND 3 GND 4 HSYNC_L 1 2 HSYNC_R 1 2 HSYNC_CON

[12,13] CRT_HSYNC

Y 22OHM









P_GND1

Q4602A 74LVC1G32GV 120Ohm/100Mhz









2

UM6K1N @ +5VS_CRT 6

C4613 CRT_R_CON RED_RTN

1 RED NC2 11

47PF/50V 7









1

+3VS CRT_G_CON GREEN_RTN DDC_DAT_CON

2 GREEN SDA 12

5









R1.1c U4602 @ 8 BLUE_RTN

GND 1 B VCC 5 GND CRT_B_CON 3 BLUE HSYNC 13 HSYNC_CON

CRT_VSYNC_X 4 3 VSYNC_L 9

[12,13] CRT_VSYNC +5V

CRT_VSYNC_X 2 A 4 NC1 VSYNC 14 VSYNC_CON

Q4602B R4611 R4612 10 GND2









P_GND2

UM6K1N GND 3 GND 4 VSYNC_L 1 2 VSYNC_R 1 2 VSYNC_CON 5 15 DDC_CLK_CON

B Y 22OHM GND1 SCL B

74LVC1G32GV 120Ohm/100Mhz









2

@

C4614

D_SUB_15P









17

47PF/50V









1

R1.13 @





GND



12G10111515V



R1.1c RX4607 GND

1 2 DDC_DAT_CON

[12] CRT_DDC_DATA 33OHM

2









3









C4615

22PF/50V D4603

@ BAV99

+5VS_HDMI

1









1 RN4511A @

4.7KOhm2

R1.0d

1









3 RN4511B GND

4.7KOhm4

2



1









C4616

0.1UF/10V

R1.14

2









+5VS_HDMI GND

GND

RX4608

A 1 2 DDC_CLK_CON A

[12] CRT_DDC_CLK 33OHM

2









3









C4617

22PF/50V D4604

@ BAV99

1









@

+5VS_HDMI

+5VS_HDMI 2

PJP4601

1

R1.0d Title : Onboard VGA

+5VS_CRT

2



1









2 1 GND

ASUSTek Computer INC. Engineer: N/A

1MM_OPEN_5MIL Size Project Name Rev

hexainf@hotmail.com 1215T

/X +5VS_HDMIGND A3 1.0

Date: Tuesday, August 10, 2010 Sheet 45 of 80

GRATIS - FOR FREE 5 4 3 2 1

5 4 3 2 1







VRN12B VRN13B

3 0OHM 4 3 0OHM 4



LA_DATAP2_R LA_DATAP1_R

[12] LA_DATAP2 [12] LA_DATAP1



+12VSUS R4502

100Ohm









1







2









1







2

/X /X 1 2

90Ohm/100Mhz 90Ohm/100Mhz









1









1

L84 L86 /X

R4503 D4501 +3VS +3VS









4







3









4







3

+3VA +3VSUS Q4501

100KOhm 1N4148WS /X 1 6

LA_DATAN2_R LA_DATAN1_R 2 D 5

[12] LA_DATAN2 [12] LA_DATAN1









2









2

1









1

3 S 4 +3V_LCD

1 2 1 2 R4506 R4501 G

D 0OHM 0OHM 3 D

D SI3456BDV









1









1







1









1









2

VRN12A VRN13A 100KOhm 100KOhm @ C4502 C109 C110 C487









1

Q5719 0.1UF/25V 10UF/6.3V R4504









2









2

VRN11B VRN14B 1 0.1UF/16V /X 300Ohm









2









2







2









2

3 4 3 4 G 2N7002 C4501 /X

0OHM 0OHM 2 S









2

1UF/10V 0.1UF/16V









1

LA_CLKP_R LA_DATAP0_R

[12] LA_CLKP [12] LA_DATAP0









1

C4503 3

D

GND

/X 0.1UF/16V GND GND Q5720









2

1







2









1







2

/X /X 1

90Ohm/100Mhz 90Ohm/100Mhz G 2N7002

L85 L87 2 S

GND

4







3









4







3

GND

LA_CLKN_R LA_DATAN0_R

[12] LA_CLKN [12] LA_DATAN0 3

D

1 0OHM 2 1 0OHM 2

Q5721 Close to LCD Connector

VRN11A VRN14A 1

[12] LVDS_VDD_EN 2N7002

G

2 S









2

R122

+3VS +VEDID 100KOHM









2

+3V_LCD

0Ohm 1 2 GR12 GR15

LCD 3V Switch









1

0Ohm 1 2 GR11 /X 0Ohm

R1.1 FOR RF,mount this mlcc









1

1

GND

+LCD_LEDIN EC14

+VEDID









2

EC23 33PF/50V

2 1 15PF/50V LA_DATAN0_R

/EMI/X

C GND C

EC24 1 15PF/50V LA_DATAP0_R GND

2 12G17101020K

LVDS_CON1

EC25 2 1 15PF/50V LA_DATAN1_R

GND1 21

GR20 N/A 1

EC26 1

2 1 15PF/50V LA_DATAP1_R 2 2

0Ohm 1 2 3

[30] BL_PWM_DA 3

4 4

EC27 2 1 15PF/50V LA_DATAN2_R LA_CLKP_R 5

LA_CLKN_R 5

6 6

7 7

EC28 2 1 15PF/50V LA_DATAP2_R LA_DATAP2_R 8

LA_DATAN2_R 8

9 9

LA_DATAP1_R 10

LA_DATAN1_R 10

11 11

EC9 2 1 15PF/50V LA_CLKN_R LA_DATAP0_R 12

T4601 LA_DATAN0_R 12

13 13

TPC28T 14

EC10 14

2 1 15PF/50V LA_CLKP_R BL_EN 15 15

16

1









EDIDDATCON 16

17 17

EDIDCLKCON 18 18

19 19

GND 20 20

GND2 22



wtob_con_20p

+3VS GND

+3V_LCD

0Ohm 1 2 GR16 N/A GND



1 T31

2









B B

AC_BAT_SYS +LCD_LEDIN

[12] EDID_CLK 1 6

L4515 0Ohm 1 2 GPR15

Q4505A @ 1 2 EDIDCLKCON r0805_h24

UM6K1N

5









120Ohm/100Mhz

L4516

EDIDDATCON GPQ2

[12] EDID_DAT 4 3 1 2

AC_BAT_SYS EMF44P02J

Q4505B 120Ohm/100Mhz

UM6K1N @ 2 3









S









3 D

+LCD_LEDIN

1



1









C4526 C4525









2

0Ohm 1 2 GR17 N/A 100PF/50V 100PF/50V GPR17 100KOHM









G

@ @ /X 1









11

2

2



2









1









1

LID_EC_R# /X GPC6 GC18 GPC11

1

3 1 2 1UF/25V 0.1UF/25V









2









2

2 /X

[5,20,28,30,50,54] BUF_PLT_RST#

GND









2

D22 0.1UF/16V

BAT54AW +3V_LCD /X GND GND

1 GPR12

+3VA [12] LVDS_BACK_EN

3 BL_EN VR7 1 2 10KOhm 300KOhm

2 /X

[30] LCD_BACKOFF#









1

2









D12

2









SER1 BAT54AW 3

+3VA D

100KOHM R123

SED1 /X 100KOHM Q5723

2 BL_EN 1

1









3 G 2N7002

LID_EC_R# [28,30]

2 S

1









1

1









BAV99WPT SEC3 GND

+3VAGND /X GU2 /X

2









10PF/50V GND

A /X A

1 VDD

GND 3

2 Output

Backlight Enable Discharge

1









2









EC2648-B3-F

SEC1 SEC2

0.1UF/16V

2









1









1UF/10V









GND GND

Title : LVDS Conn

ASUSTek Computer INC. Engineer: N/A

Size Project Name Rev

hexainf@hotmail.com Custom 1215T 1.0

Date: Tuesday, August 10, 2010 Sheet 46 of 80

GRATIS - FOR FREE 5 4 3 2 1

5 4 3 2 1







+5VS

FAN









1









1

OC12 OC19



10UF/10V 0.1UF/16V









2









2









1

c0805

R5024

N/A N/A 4.7KOhm

N/A

D GND +5VS D









2

WtoB_CON_4P

R5022 NC2 6

4 4

2 1 FAN_TACH 3

[30] FAN0_TACH 3

2 2

N/A 4.7KOhm 1 1









2

NC1 5









1

OR2 +5VS OC20

FAN1

18.2KOhm 100PF/50V









2

1% /X 12G171000047









1

+3VA GND









2

GND

N/A

GND R5025









2

4.7KOhm GND

R5026

4.7KOhm









1

OR23

FAN0_PWM 1 2 0Ohm FAN_PWM









1

N/A FAN_PWM









1

@ N/A 3 OC14

C

+3VA_R 1 B OQ3 100PF/50V









2

PMBS3904 /X

E

2



C [30] FAN0_PWM GND C

N/A









[5,20,28,30,46,54] BUF_PLT_RST#









1

G

R156 1 2 100KOHM OS#_OC









2 S









3

+3VS FORCE_OFF# [5,30]









D

/X



Thermal Sensor Q5718

2N7002



R157 1 2 0Ohm

/X /X







B

Pull up +3VS CPU +3VS_THM +3VS

B







Max: 1mA CPU_THRM_DA

To EC









1

U5002 R5002 1 2 0Ohm 071115 C5006

[30] SMB2_CLK 8 SMBCLK VCC 1

7 2 2200PF/50V

[30] SMB2_DATA CPU_THRM_DA [5]









2

SMBDATA DXP CPU_THRM_DC

6 ALERT# DXN 3 CPU_THRM_DC [5]

5 4 OS#_OC

GND THERM#

1









1









1









C5007 C5005 G781P8F C5010

1 THRM_AL# @ @

G781









2

T5002 100PF/50V 100PF/50V 0.1UF/10V

2









2









2









071113 R5015

0Ohm

GND

GND









1

mount 209/05/25

+1.5V Add R5014 for thermal sensor read

reserved for TSI

wrong temp issue. 090406 GND



Pull up +3VS

2









Pull up +1.5V

SMB2_CLK 6 1 SCLK3 [5,21]

SMB2_DATA /TSI

A Q5001A SDATA3 [5,21] A

UM6K1N

5











3 4

Title : FAN_THERMAL SENSOR

Q5001B /TSI

UM6K1N ASUSTek Computer INC. Engineer: N/A

Size Project Name Rev



hexainf@hotmail.com Custom 1215T 1.0

Date: Tuesday, August 10, 2010 Sheet 50 of 80

GRATIS - FOR FREE 5 4 3 2 1

5 4 3 2 1









D D









C C









B B









A A















Title : USB3.0 Fresco

ASUSTek Computer INC. Engineer: N/A

hexainf@hotmail.com Size Project Name Rev

C 1215T 1.0

GRATIS - FOR FREE

5 4 3 2

Date: Tuesday, August 10, 2010

1

Sheet 51 of 80

5 4 3 2 1









D D









C C









B B









A A









Title : USB 3.0_PORT

ASUSTeK COMPUTER INC. NB4 Engineer: NA

Size Project Name Rev



hexainf@hotmail.com Custom 1215T 1.0

Date: Tuesday, August 10, 2010 Sheet 52 of 80

GRATIS - FOR FREE

5 4 3 2 1

5 4 3 2 1









USB2.0 with charge Connector(Optional) +5V_USB0_CON

For ESD



UD2

2 +3VA

3 USBPP0

CRN20A 1 2 0OHM 1



[21] USB_PP0 USB_PP0 CRN22B 3 4 0OHM USBPP0_L USBPP0 BAV99W_L

/UNCHARGE /ESD/X









4







3

UD3 UD4

L98 2 2

90Ohm/100Mhz 3 USBPN0 3 USB_detect#

/X 1 1









1







2

D D

[21] USB_PN0 USB_PN0 CRN22A 1 2 0OHM USBPN0_L USBPN0

/UNCHARGE BAV99W_L BAV99W_L

CRN20B 3 4 0OHM /ESD/X /ESD/X



GND

GND





+5VS_USB +5V_SUS0



UF6

1 2

R1.1 USB1

change footprint from ‘nb_usb_1x4p_4hod_ra_lf2’

1.5A/6V

to ‘nb_usb_1x4p_4hd_fn_lf2’

+3VA +5V_USB0_CON +3VS

/UNCHARGE

+5VSYS_USB









1









2









2

+3VA +5V_USB0_CON

UR33 UR7 UR38

0Ohm 5.1KOhm 10KOhm UF5 UL4 USB_CON_1X4P









2

/X/CHARGE 1 2 1 2 1 VBUS SIDE1 7

UU1 1% /CHARGE UR40 USBPN0 2 P_GND1 5









2









1









1

D-









1

12 /CHARGE 10KOhm 70Ohm/100Mhz + USBPP0 3

GND3 2A/8V D+ P_GND2 6









1









1

/CHARGE 11 /X/CHARGE /CHARGE l0805_h43 UC11 UC10 UC9 4

GND2 GND SIDE2 8









2

UR19 1 2 100Ohm 1 10 47UF/6.3V

BOM:07G014200021









1

NC1 VCC 0.1UF/16V 0.1UF/16V USB1 12G13108004P

2 9









2









2









2

USB_PP0 NC2 S USBPP0_L UR6

3 NO1 COM1 8

USB_PN0 4 7 USBPN0_L +5V_USB0_CON @ nb_usb_1x4p_4hd_fn_lf2

NO2 COM2 4.7KOhm

5 6 UR92









1

GND1 OEB

[21] USB_OC#1









2









2









1









2

G3206RE1U USB_detect 2 1

1









2

UC6 UR41 UR25 UR32 UR39 GND

GND /CHARGE GND 0.1UF/16V 10KOhm 10MOhm 0Ohm 10KOhm UR5

0Ohm









3

/X/CHARGE /X/CHARGE

2









/CHARGE @ 8.2KOhm GND









1









1









2









1

/CHARGE 5









1

C UQ1B C









4

GND GND GND GND UM6K1N

mount /X/CHARGE

/CHARGE GND

UR93

2 1 USB_detect# [30]

UQ1A GND









6

UM6K1N

UR91 0Ohm /X/CHARGE

USB USB /X/CHARGE

SB switch Conn 2 2 1 USB_CHARGE_ON_SB [22]

IC









1

0Ohm /X/CHARGE

GND



mount UQ1 in the BOM

UR94 0Ohm /UNCHARGE

2 1



UD11



[28,30,73,75,80] VSUS_ON 1

3 +5VSYS_EN [73]

[30,80] USB_CHARGE_EN_EC 2



BAT54CW





/CHARGE









B B









SATA HDD Connector +3VS USB2.0 Connector

1









1









IC8 IC9

+3VS +5VS 10uF/10V 0.1UF/16V

c0805 N/A

2









2









HDD1 /X

25 NP_NC3 1 1

2 2 SATA_TXP0 [22]

23 NP_NC1 3 3 SATA_TXN0 [22]

4 GND

4 SATARXN0 CX2206 2

5 5 1 0.01UF/16V SATA_RXN0 [22]

6 SATARXP0 CX2205 2 1 0.01UF/16V

6 SATA_RXP0 [22]

7 7









8 +5VS

8

9 9

10 10

11 11

12 12

1









1









1









A 13 IC15 IC14 IC16 A

13 10uF/10V 10uF/10V 0.1UF/16V

14 14

15 c0805 c0805 N/A

2









2









2









15 N/A /X

16 16

17 17

18 1 TPC26T T58

18

19 19

24 NP_NC2 20 20

21 GND

21

26 NP_NC4 22 22



SATA_CON_22P Title : USB Port

GND Engineer: N/A

ASUSTek Computer INC.



hexainf@hotmail.com Size

C

Project Name

1215T

Rev

1.0

GRATIS - FOR FREE 5 4 3 2

Date: Tuesday, August 10, 2010

1

Sheet 53 of 80

5 4 3 2 1





+3VS









+3VS +3VS_PE









1

+3VSUS +3VS

WR19

D 100KOhm 0Ohm 1 2 WR8

D









1









1

WC17 WC14 r0805_h24









2

0.1UF/16V 0.1UF/16V









2









2

/X /X

WQ5

EMF44P02J

GND GND /X/WIFIPS +3VS_PE

2 3









S









3 D

2







G

11









1









1









1









1

+3VS_PE WC6 WC7 WC8 WC19

[22] MINICARD_EN# WR6 1 2 1KOhm 0.1UF/16V 0.1UF/16V 10UF/6.3V 10UF/6.3V

WLAN1 /X/WIFIPS









2









2









2









2

T72 1 1 2 WC13

WAKE# 3.3V_1









1

3 4 +3VSUS_PE_R

BT_DATA GND7 T54 0.1UF/16V /X

[22] BT_ON/OFF# 5 BT_CHCLK 1.5V_1 6 1

1 2 M_CLKREQ# 7 8 +3VSUS_PE /X/WIFIPS

[29] CLKREQ#_MINICARD









2

N/A WR7 CLKREQ# Reserved11 WR13 0Ohm GND

9 GND1 Reserved12 10

0Ohm 11 12 1 2 /X

[29] CLK_PCIE_MINICARD# REFCLK- Reserved13

[29] CLK_PCIE_MINICARD 13 REFCLK+ Reserved14 14

15 16 WR14 0Ohm /X +3VS_PE GND

GND2 Reserved15

1 2



17 Reserved1 GND8 18

19 20 WLAN_ON

WR16 Reserved2 W_DISABLE# PERST# +3VSUS +3VSUS_PE

21 GND3 PERST# 22

[11] PCIE_RXN0_MINICARD

0Ohm 1 2PCIE_RXN2_W 23 PERn0 3.3Vaux 24

0Ohm 1 2PCIE_RXP2_W 25 26 WR11 0Ohm

[11] PCIE_RXP0_MINICARD PERp0 GND9 T55

27 GND4 1.5V_2 28 1 1 2

C WR17 29 GND5 Reserved16 30

C









1









1

31 32 /X WC15 WC16

[11] PCIE_TXN0_MINICARD PETn0 Reserved17

33 34 1UF/10V /X 0.1UF/16V

[11] PCIE_TXP0_MINICARD PETp0 GND10

35 36 USBPN11 /X









2









2

WR18 0Ohm GND6 Reserved18 USBPP11 WLAN_ON

37 Reserved3 Reserved19 38

+3VS_PE 1 2 39 Reserved4 GND11 40

41 Reserved5 NC1 42

43 44 LED_WLAN# 1 T52 GND 3

Reserved6 LED_WLAN# D

45 46 LED_BT# 1 T53

Reserved7 NC2 T59 Q5728

47 Reserved8 1.5V_3 48 1

49 50 1 MINICARD_EN#

51

Reserved9 GND12

52

DEL Wake 2N7002 G

Reserved10 3.3V_2 S 2





53 GND13 NP_NC2 56

54 GND14 NP_NC1 55

GND

MINI_PCI_LATCH_52P



GND GND 12G030120520 GND









WRN1A 1 2 0OHM



[21] USB_PP11 USBPP11

+3VS_PE

4







3









+3VA

L95

90Ohm/100Mhz

/X

1







2









4

[21] USB_PN11 USBPN11

B B









2

RN28B

RN28A WR10 0Ohm

WRN1B 10KOHM

3 4 0OHM 10KOHM 1 2 /X/WIFIPS

/X/WIFIPS









3

WD1









1

BUF_PLT_RST# 1

3 PERST#

2

3 BAT54AW

D

/X/WIFIPS WC20









1

Q5726

MINICARD_EN# 1 0.1UF/16V

G 2N7002 /X/WIFIPS

[29] CLKREQ#_MINICARD 2 S









2

3

D

/X/WIFIPS

Q5725 GND GND

1

[5,20,28,30,46,50] BUF_PLT_RST# 2N7002

G

2 S





/X/WIFIPS

GND

BUF_PLT_RST#

1









WC12

0.1UF/16V

A /X

A

2









GND







Title : Mini WIFI

ASUSTek Computer INC. Engineer: N/A

Size Project Name Rev

Custom 1215T 1.0

Date: Tuesday, August 10, 2010 Sheet 54 of 80

hexainf@hotmail.com

5 4 3 2 1

GRATIS - FOR FREE

5 4 3 2 1









Mode

For POWER LED Scenario

Adapater Mode Battery Mode

+5VSUS

Battery power is Orange ON

D

PWR_LED1 between 100%°40% Green ON

D

YR3

1 2 PWR_LED+ 1 + 2 PWR_LED- Green Blinking

Battery power is Orange Blinking Slowly

330Ohm between 40%°10% Slowly

BLUE YT1









6

Battery power is Orange Blinking









1

[28,30] PWR_LED_UP

PWR_LED_UP 2 YQ1A less than 10% Quickly OFF

UM6K1N









1

Scenario the

S3/S5 Mode same as

GND above









C For CAPS LOCK LED C



+5VS

For IDE/SATA LED For WLAN LED CAPSLOCK_LED1

+5VS YR6

IDE_FLASH_LED1 1 2CAPSLOCK_LED+1 + 2 CAPSLOCK_LED-

YR4

1 2 FLASH_LED+1 + 2 FLASH_LED- +5VS WL_LED1 330Ohm

+3VS YR7 +5VS BLUE









3

330Ohm 1 2 WLAN_LED+ 1 + 2 WLAN_LED-

+5VS BLUE YR9 8.2KOhm

3







330Ohm 2 1 CAP_LED 5 YQ3B

YR8 8.2KOhm BLUE UM6K1N









4

2 1 FLASH_LED 5 YQ2B

UM6K1N

4

2









3

YR10

6









10KOhm









6

WLAN_LED 5 YQ1B

[22] WLAN_LED

2 YQ2A UM6K1N GND

[22] SATA_LED#

1









4

UM6K1N GND 2 YQ3A

[30] Caps_LED#

1









UM6K1N









1

B GND GND B

GND

YR5 YR11

1 2 1 2



0Ohm 0Ohm

/X /X









For CHARGE LED

CHARGE_LED1

+3VSUS YR12

1 + 3 CHG_LED_GREEN#_L 1 2

Green

330Ohm

[30] CHG_LED_GREEN#

YR15

2 + 4 CHG_LED_ORANGE#_L 1 2

A Orange 330Ohm A

GREEN/ORANGE

[30] CHG_LED_ORANGE#





Title : LED/PWR SWICH

ASUSTeK COMPUTER INC Engineer:

NA

Size Project Name Rev

B 1215T 1.0

Date: Tuesday, August 10, 2010 Sheet 56 of 80

5 4 3 2 1









hexainf@hotmail.com

GRATIS - FOR FREE

5 4 3 2 1









+1.5V









1

D R5705 D



330Ohm

+3VA









2

3

@D



Q5703









1

1

R5701 G H2N7002

100KOhm 2 S









2

GND

@

6







Q5701A

[30,74] SUSC_ON 2 UM6K1N

1









Change net name

GND

071120 +1.5VS +5VS +3VS +1.8VS +0.9VS +0.75VS





C C

1









1









1









1









1









1

R5715 R5707 R5708 R5711 R5709 R5712



071120 330Ohm 330Ohm 330Ohm 330Ohm 330Ohm 330Ohm

2









2









2









2









2









2

+3VA



3

@D 3

@D 3

@D 3

@D 3

@D 3

@D



Q5711 Q5709 Q5708 Q5706 Q5705 Q5710

1 1 1 1 1 1

1









G H2N7002 G H2N7002 G H2N7002 G H2N7002 G H2N7002 G H2N7002

R5719 2 S 2 S 2 S 2 S 2 S 2 S

100KOhm

2









GND GND GND GND GND

GND

@

3









Q5701B Change all MOS with ESD part

[30,73,80] SUSB_ON 5 UM6K1N

4









B GND B





+1.1V_CPU_NB_SB +1.1V_NB +VCORE +CPU_VDDNB

1









1









1









1

R5713 R5714 R5716 R5703



330Ohm 330Ohm 330Ohm 330Ohm

2









2









2









2

3

@D 3

@D 3

@D 3

@D



Q5715 Q5714 Q5713 Q5717

1 1 1 1

G H2N7002 G H2N7002 G H2N7002 G H2N7002

2 S 2 S 2 S 2 S







GND GND GND GND









A A













Title : DISCHARGE CKT

ASUSTeK COMPUTER INC Engineer:

N/A

Size Project Name Rev

hexainf@hotmail.com Custom 1215T 1.0



GRATIS - FOR FREE 5 4 3 2

Date: Tuesday, August 10, 2010

1

Sheet 57 of 80

5 4 3 2 1









DC IN DC_JACK_IN

A/D_DOCK_IN

L3816

1 T60 1 2 1 T69

1 T61 1 T68

D 1 T62 70Ohm/100Mhz 1 T71 D

DC_PWR1 1 T63 1 T70

1 L3815

1

4 P_GND1 3 3 1 2

5 P_GND2 2 2









2

6 70Ohm/100Mhz

P_GND3









1









1









1









1

7 8 D3823 C3822 C3823 C3824

P_GND4 NP_NC C137 1UF/25V 1UF/25V 0.1UF/25V

P4SMAJ20A

0.1UF/25V









2









2









2









2

DC_POWER_JACK_3P









1

12G145311036 /X

1 T64

1 T65

1 T66 GND

40W T67

1 R2.0

GND



C C









BAT



BATT_CON_9P

11 1 T76

P_GND2 T77

1

9 1 T78

9 T79

8 8 1

7 7

6 6

5 B_SMB1_CLK_BAT2 L3825 1 2 120Ohm/100Mhz

5 S_SMBCLK1 [30,71]

4 B_SMB1_DATA_BAT2 L3826 1 2 120Ohm/100Mhz

4 S_SMBDATA1 [30,71]

3 B_BAT_TS L3827 1 2 120Ohm/100Mhz

3 BAT_IN# [71]

2 2

1









1 T84 1

1 C3801 T85 1

B 10 0.1UF/25V T86 1 B

2









P_GND1

1









1









BATT_CON1 1





ESD?

1 T80 D25 D23 D24

1 T81

12G20001090N 1 T82

1 T83

V0402MHS03 V0402MHS03 V0402MHS03

/X/BAT /X/BAT /X/BAT

2









2









2









1









1









1

GND C3831 C3832 C3833

2 100PF/50V 100PF/50V 100PF/50V









2









2

Internal BAT GND







A A





Title : PWR Jack

ASUSTek Computer INC. Engineer: N/A

Size Project Name Rev

hexainf@hotmail.com A4 1215T 1.0

GRATIS - FOR FREE Date: Tuesday, August 10, 2010 Sheet 60 of 80

5 4 3 2 1

5 4 3 2 1





H6501 H6504



1 NP_NC 1 NP_NC

2 GND1 GND4 5 2 GND1 GND4 5

3 GND2 GND3 4 3 GND2 GND3 4 H6519 H6520 H6521

CT268B158D138 CT268B158D138 CT268B158D138



D GND C276D87N GND GND C276D87N GND D









1









1









1

H6502 H6505



1 NP_NC 1 NP_NC

2 GND1 GND4 5 2 GND1 GND4 5

3 GND2 GND3 4 3 GND2 GND3 4



GND GND GND



GND C276D87N GND GND C276D87N GND



H6503 H6506



1 NP_NC 1 NP_NC

2 GND1 GND4 5 2 GND1 GND4 5

C 3 GND2 GND3 4 3 GND2 GND3 4 C









GND C276D87N GND GND C276D87N GND



CPU Braket Hole

H6507



1

2

NP_NC

GND1 GND4 5 TYPE A

3 4

GND2 GND3

SCREW HOLE

GND C276D87N GND







H6508 H6509 H6514 H6515 H6516 H6517 H6518

B B

1 1 1 1 1

1 NP_NC 1 NP_NC C39D39N O79X110DO79X110N C79D79N O98X39DO98X39N O98X39DO98X39N

2 GND1 GND4 5 2 GND1 GND4 5

3 GND2 GND3 4 3 GND2 GND3 4

1mm E hole 2x2.8mm C hole 2mm B hole 2.5x1mm A hole 2.5x1mm A hole



GND CRT236X264CBD87N GND GND CRT236X264CBD87N GND HOLE



TYPE B H6511 H6513

SCREW HOLE

U5F-M-EXPREE U5F-M-EXPREE

NUT

A

H6510 A

1

CT276RB362X362D87

GND GND Title : Screw Hole

TYPE C Engineer: N/A

ASUSTek Computer INC.



GND

SCREW HOLE Size Project Name Rev

Custom 1215T 1.0

Date: Tuesday, August 10, 2010 Sheet 65 of 80

5 4 3 2 1









hexainf@hotmail.com

GRATIS - FOR FREE

A B C D E









+5VS +3VS

AC_BAT_SYS



E E



1









1







1







1









1









1









1

0.1UF/25V 0.1UF/25V0.1UF/25V0.1UF/25V C6627 C6628 0.1UF/25V

@ @

C6601 C6602 C6603 C6604 0.1UF/16V 0.1UF/16V C6605

2









2







2







2









2









2









2

c0402 c0402



@ @ @ @ @



GND EMI R1.1 GND GND GND







D D









C C









B B













A

Title : EMI A





ASUSTeK COMPUTER INC Engineer:

N/A

Size Project Name Rev



hexainf@hotmail.com Custom 1215T 1.0



GRATIS - FOR AFREE Date: Tuesday, August 10, 2010 Sheet 66 of 80

B C D E

5 4 3 2 1



ADD

0518：

add EMI Cap;

add R4806/R4807/Q4804

0520：

addT4601/PR167



D D









DELETE

0520：

DEL PC85 PR107 PR12 PR87



C C









MODIFY

0517:

B B

switch TP button PIN1 to PIN3;PIN2 to PIN4









A A









Title : History

ASUSTek Computer INC. Engineer: N/A

Size Project Name Rev

B 1215T 1.0

Date: Tuesday, August 10, 2010 Sheet 68 of 80

5 4 3 2 1









hexainf@hotmail.com

GRATIS - FOR FREE

5 4 3 2 1









D D









C C









B B









A A















Title : Small borad

ASUSTek Computer INC. Engineer: N/A

hexainf@hotmail.com C

Size Project Name

1215T

Rev

1.0

GRATIS - FOR FREE

5 4 3 2

Date: Tuesday, August 10, 2010

1

Sheet 69 of 80

5 4 3 2 1









BAT

Adaptor AC_BAT_SYS MB39A132

A/D_DOCK_IN EMB24B03G H:EMB20N03V BAT 3S2P/12.6V/3A Switching

40W(19V/2.1A) L:EMB20N03V









AC_OK

CHG_EN#

S_SMBCLK1

S_SMBDATA1

P_AC_ARP_UC_10

SWITCH

D EMB20P03 D









AC_BAT_SYS Switch







RT8206*1/2 Linear

+3VSUS

H:EMB20N03V

+3VSUS (3.24A)

CHG_EN# L:EMB20N03V

VSUS_ON

+1.8VS (0.5A ) Current flow

UP7706

S_SMBCLK1

+3VS +3VS (1.25A)

EMB20N03V

S_SMBDATA1 SUSB_ON

Signal

+2.5V_CPU_VDDA (0.71A)

UP7714B



+5VA +3VA (0.1A)

UP7714B



VSUS_ON VSUS_ON

Device

EC RT8206*1/2 (5.6A)

H:EMB20N03V +5VSYS +5VSUS$5VSUSUSB (1.08A)

C

SUSC_ON

+5VSYS_EN L:IRF8707

EMB20N03V VSUS_PWRGD C



1.1VSUS_PWRGD

SUSB_ON





SUSB_ON

CPU_VRON

+5VS&+5VUSB (1.65A)

EMB20N03V

VSUS_PWRGD



CPU_VRON

RT8202

H:IRF8714

L:IRF8736 1.1VSUS (12.52A/?A) +1.1V_CPU_NB_SB (2.1 A)

VSUS_ON EMB20N03V

VRM_PWRGD



+1.1V_NB (0.56A)

EMB20N03V



AC_OK

+VCC_NB (5.96A)

EMB20N03V



RT8202 (6.875A/?A)

H: EMB20N03V +1.5V +1.5V (3.28A)

L: EMB20N03V

VSD VSC SUSC_ON





SUSB_ON

B PM_DPRSLPVR

+1.5VS (0.5A) B





EMB20N03V



CPU

PSI#

SUSB_ON

UP7711 +0.75VS (0.33A)

CLK_EN#









SUSB_ON



UP7706 +0.9VS (1.13A)







MAX17480 +CPU_VDDNB (1.84A)

H:PH7030

L:PH5030*2 +VCORE (12.4A)

CPU_VRON VRM_PWRGD





SVD SVC,PM_DPRSLVR,PSI#



H_VSS_SENSE,H_VCC_SENSE,H_VDDNB_SENSE,HT_CPU_PWRGD







A A















Title : power flow

ASUSTek Computer INC Engineer: N/A

Size Project Name Rev

1015T

hexainf@hotmail.com A2

Date: Tuesday, August 10, 2010 Sheet 70 of 80

1.0







GRATIS - FOR FREE

5 4 3 2 1

5 4 3 2 1









PT1 PT2

TPC26T TPC26T

Power Info

/X /X

A/D_DOCK_IN PR1

1. I/P Current:









1







1

P_CHG_ADIN_S 1 2 AC_BAT_SYS









8



7



6



5

PQ1 15mOhm

I in = Vo*Io/( 0.9 * Vin) =2.1A

1

EMB24B03G









D1





D1



D2





D2









1

PC1 PD1









2

4700PF/50V PR2 1 PC2

2. Ripple Current:









P







P

2

P_ADIN_SNU_S

10KOhm 0.1UF/25V PQ2

3









G1









G2

S1

S D









S2

2 1 8 BAT









1

D D

2 7

I ripple =1.45A









1



2



3



4









2

Vmid BAT54CW 3 6

4 G 5

I spec=2.5A









1









1

2









2









1

PC3 PR5

3. Frequency:

⊙1 pcs

1









0.1UF/25V PR3 PJP1 PJP2 PR4 1 2 EMB20P03G

PR6 100KOhm SHORT_PIN SHORT_PIN 10KOhm

1





1Ohm /X /X 2MOhm

RT=33KOHM,

1









2









2









2

PQ3

Fosc=17000/RT(Kohm)=515KHz

2









3

2 D 2N7002



GND

PR7 1 P_CHG_ACOK#_10

100KOhm G PL1









P_CHG_AIRS+_5

S 2









P_CHG_AIRS-_5

CHG_ACOK# = 1, Battetry Mode SHAWN 10.06..21 1 2

1









1









1

3 PC159 PC158 CHG_ACOK# = 0, Adaptor Mode P_CHG_VIN_S 70Ohm/100Mhz

D

0.01UF/25V 0.01UF/25V PL2

AC_BAT_SYS Battery Charging Current :

PQ4 GND 1 2









2









2

P_AC_APR_UC_10 1

[81] P_AC_APR_UC_10 Ichg = (Vadj2-0.075)/(25*Rs)









1









1

G 2N7002 + PC4 70Ohm/100Mhz

2 S PC6









5

PCE8 1UF/25V

2 1 P_CHG_PHASE_20 PQ5 15UF/25V

Input Adaptor Max. Current Limit :

BAT(9V-12.6V)









2

5 D

5 D

6

6

7

8

GND GND









2

EMB20N03V









3

0.1UF/25V

shawn 10.06.21 GND Ilimit_current = (Vadj1-0.075) / (25*Rs)=1.90A









S

S

MAX:3A MIN:0.02A









G

G

GND PD2

BAT54CW GND









4

3

2

1

PR1007









1



2

CHG_VCC 0Ohm PT3

1 2 PR8 TPC26T









P_CHG_PHASE_20

P_CHG_BOOT_20

P_CHG_UG_20 2 1 P_CHG_UGR_20 /X

PR1006 BAT

0Ohm









P_CHG_UG_20





P_CHG_LG_20

P_CHG_VL_20









1

PJP3 PL3 PR9

1 2









1

1 2 P_CHG_PHASE_S 1 2 P_CHG_BAT_S 1 2

shawn 10.076.20

0Ohm

2010.05.14

/X PC7

A/D_DOCK_IN MB39A132_VREF 1UF/16V PQ6 6.8UH 25mOHM









2

SHORT_PIN









1









1









1

C /X EMB20N03V C









5

PJP4 PJP5 PJP6

ACIN Threshold = 1.25V









1

CHG_VCC SHORT_PIN SHORT_PIN SHORT_PIN +







33

32

31

30

29

28

27

26

25









1









1

5 D

5 D

6

6

7

8

GND /X /X /X PCE10

2









2









GND PC8 15UF/25V PC10



GND2

CTL2



OUT1





OUT2

CB



LX

VB



PGND

CELLS

PR10 PR11 10UF/25V

1000PF/50V Adaptor > 13.75V, System Powered by









2









2









2









2









2









2

220KOhm 200KOhm 1 24 P_CHG_VIN_10 MB39A132_VREF









S

S

VCC VIN









G

G

2

3

-INC1 PU1A CTL1 23

22

P_CHG_CTL1_CTL2_10

2010.05.15 /x

P_CHG_CIRS+_5

Adaptor

1









1









4

3

2

1

P_CHG_ACIN_10 +INC1 GND1 P_CHG_CIRS-_5

ACIN 4 ACIN VREF 21

P_CHG_ACOK#_10 MB39A132WQN P_CHG_RT_10

5 ACOK RT 20

Adaptor Vbat = 4.2V /cell

1 2









GND6

PC17 PR18 2 1 2 1 3.9V>Vadj3>2.4V ==> Vbat = 4.35V/cell

P_CHG_OUTC1_10









[79]









P_CHG_VBTT_10 2 1 2 1 MB39A132WQN



120PF/50V 1KOhm

PC18

3300PF/50V

22KOhm

PC19

820PF/50V

GND

Vadj3 :GND ==> Vbat = 4.0V /cell

2









2 1 P_CHG_INE3-_10 2.2V>Vadj3>1.1V ==> Vbat = 2*Vadj3

120PF/50V /X /cell

SHAWN 10.06.21 change IC footprint

Vmid GND PR19 PC20 Battery Cell Selection :

1 2 2 1

CELLS: VREF ==> 4 Cells;

1









10KOhm 1000PF/50V

PC21

0.1UF/16V

GND

CELLS: OPEN ==> 3 Cells;

2









B

CELLS: GND ==> 2 Cells; B

6









PRN1A GND

1 2 P_AC_APR_UC_10 PRN1C

A/D_DOCK_IN AC_OK [30]

100KOhm

100KOhm

PQ7

VREF = 5.0V

5









3 3

D 2N7002 D fosc(KHz) = 17000 / RT (KOhm)

PQ8

1 1

Soft start: ts(s) = 0.23 * CS (uF)

4









PC22 G G 2N7002

S 2 2 S

2









0.1UF/25V PRN1B

100KOhm

1









8

3









PRN1D

100KOhm

7









GND GND GND

+5VSUS

2









PR167

CHG_VCC PQ9

BAT_IN CHG_EN 56KOhm

V/I SETTING +5VSUS

PMBS3906 +3VA

C

2

E







3

3









A/D_DOCK_IN CHG_VCC

1

2









A

BAT_IN [30]

+3VA 2010.05.20 A

2









2









B 1









PC23 PR22 PR20

2









0.1UF/25V 10KOhm 100KOhm P_CHG_CTL1_CTL2_10

6









PQ10A PR23

1









UM6K1N 100KOhm

1









2 TPC26T PU2

[60] BAT_IN#

1









P_CHG_VCC_G_10 PT4 1 6 P_6268_VCC

1









1









BAT_IN# = 0, battery present /X GND VCC P_CHG_ADJCV_10

[30,60] S_SMBCLK1 2 SCL OUT1 5

2









1









3









BAT_IN# = 1, battery absent PC24 3 4 P_CHG_ADJCI_10

[30,60] S_SMBDATA1

1









PR24 0.1UF/16V PQ10B SDA OUT2











1

10KOhm /X 5 UP6268AMA6

[30] CHG_EN#

2









UM6K1N PC25

4









CHG_EN# = 0, Charger Enable GND 0.1UF/16V Title : Charger

1









2

CHG_EN# = 1, Charger Disable



GND GND ASUSTek Computer INC Engineer: N/A

GND GND Size Project Name Rev

Custom 1215T 1.1

Date: Tuesday, August 10, 2010 Sheet 71 of 80

5 4 3 2 1









hexainf@hotmail.com

GRATIS - FOR FREE

5 4 3 2 1



2010.06.21 change sense resistance

PR25

2 1 P_VCORE_GNDS1_10

[5] H_VSS_SENSE









2









1

10Ohm PR26

1% 100Ohm PC26 SHAWN 10.06.21 CHANGE MOSFET

4700PF/25V

PL4









2

SHAWN 10.06..21









1

1 2

Irat=3A

2010.06.22 P_VCORE_IN_S 70Ohm/100Mhz

GND GND 7343D SP cap PL5

PR27 1 2 AC_BAT_SYS

PR28 Irat=3A

2 1 P_VCORE_FBAD_10 1 2 P_VCORE_FBDC1_10 70Ohm/100Mhz

[5] H_VCC_SENSE









5









1









1

PQ11 D + PC27









2









1

3KOhm PCE4 1UF/25V









1









1

10Ohm PR29 PR30 15UF/25V









2

1% 100Ohm PC30 0Ohm PC31 4









2

4700PF/25V 4700PF/25V G S

D

+VCORE D









2









2

PR31









1









2

1 2 P_VCORE_FBAC1_10 +5VS PH7030AL









1

2

3

3.9KOhm GND

GND PR33 GND

PC32 PR32

1 2P_VCORE_UG_R_20

1 2 2 1

2.2Ohm

Slew rate: (6.25mV/uS*143Kohm)/Rtime 1UF/25V 10Ohm

F_SMPS1=250KHZ +VCORE

GND PR34 PL6 Imax=11A

F_SMPS3=500KHZ









2

1 2 2 1 P_VCORE_PHASE_S 1 2

PR35 0Ohm









1

169KOhm /x 0.56UH

PR37









2

SHORT_PIN

1.8mohm









PC33

/x /X









1000PF/50V









2









2

PR36 /X PJP7









SHORT_PIN









SHORT_PIN

2 1 Irat=25A









1









2









PJP9

0Ohm /X









1









1









1









1









1

PJP8

1P_VCORE_SUR_S

4.02KOhm + PC131









P_VCORE_OSC_10

2









5









5

PR38 PQ12 D PQ13 D PCE1 PC130 PC129









P_VCORE_OPTION_10

P_VCORE_TIME_10









P_VCORE_GNDS1_10

1









2

P_VCORE_FBDC1_10

P_VCORE_FBAC1_10









P_VCORE_THRM_10

37.4KOhm PR39 22UF/6.3V 22UF/6.3V 22UF/6.3V









P_VCORE_CSN1_10

P_VCORE_CSP1_10









2









2









2

P_VCORE_VCC_10

/x PR40 220UF/2V c0805 c0805 c0805









1









1









2

2

100KOhm 4 4 1KOhm /x /x /x









2









1

G S G S









PR41





100KOhm

1









2

P_VCORE_VCC_10

PR42









2P_VCORE_CSP1_R_10

1

10KOhm PC34 PH5030AL PH5030AL









1

2

3









1

2

3

GND GND GND GND









P_VCORE_CSP1_C_10

0.1UF/25V

+5VS









1









1









PR43

/X









2









1Ohm

1









1









ILIM3=5A ILIM12=25A









1

PC35 PC36









2

10UF/6.3V GND PR57









41

40

39

38

37

36

35

34

33

32

31

0.1UF/25V

2









2









1

c0805_h57 GND PU3A 0Ohm









1

2010.04.08 PR58 PC90

0.9V Main power









TIME

OSC

OPTION









VCC

GND1







GNDS1

FBAC1

FBDC1

CSN1

CSP1



THRM









1

GND GND P_VCORE_ILIM12_10

1 0Ohm PC168









2

P_VCORE_ILIM3_10 ILIM12 P_VCORE_VRHOT 2200PF/50V PR45

2 30









2

P_VCORE_IN3 ILIM3 VRHOT# P_VCORE_UG_20 2200PF/50V 2.43KOHM

3 29

+CPU_VDDNB









2









2

IN3_1 DH1 P_VCORE_PHASE_20

4 IN3_2 LX1 28

PL7 20mohm 5 27 P_VCORE_BST_20 PR46









1

P_VCORE_LX3 LX3_1 BST1 P_VCORE_LG_20 PC37 3.48KOhm

1 2 6 LX3_2 DL1 26

2 PR55 1 P_VCORE_BST3_20

7 BST3 VDD 25 2 1 1 2

1









PC39









2.2UH Irat=8A 0Ohm

1000PF/50V









2 1 8 SHDN# DL2 24

1









Imax=4A 9 23 GND 330PF/50V

OUT3 BST2

1









1









1









PWRGD

PC43









PGD_IN

PR47 0.1UF/25V









GNDS2

10 22









FBDC2

FBAC2

VDDIO

AGND LX2









CSN2

CSP2

PC40 PC41 PC42 4.02KOhm PC38 21 2 1









SVD

SVC

PC44

2









DH2









1

22UF/6.3V 22UF/6.3V 22UF/6.3V for layout 2010.04.14 PC45

C C

2









2









2









2









c0805 c0805 c0805 1 2P_VCORE_OUT3_C_10 P_VCORE_SUN_S 4.7uF/6.3V P_VCORE_CSP1_10 0.22UF/25V

1









MAX17480GTL+

P_VCORE_OUT3_10









11

12

13

14

15

16

17

18

19

20









2

0.01UF/25V for layout 2010.04.13

PR48

1Ohm









GND

2









P_VCORE_CSN1_10

1

PR49





10Ohm









2









P_VCORE_VDDIO_10

GND PC46 +3VS

1000PF/50V GND GND

2

1









P_VCORE_GSN2









2

P_VCORE_CSP2

GND P_VCORE_GNDS2

PR53 PR52 PR50

1 2 P_VCORE_OUT3_R_10

2 1 10KOhm

[5] H_VDDNB_SENSE

0Ohm 5.1KOhm









1

[5] H_SVD VRM_PWRGD [30]

1









2010.04.07

[5] H_SVC

PC47

HT_CPU_PWRGD [20]

4700PF/25V +5VS 2 1

2









10KOhm P_VCORE_OSC_10

2









GND PR54

5.9KOhm

PR56









[30,80] CPU_VRON

VCORE

1









VDDNB CPU_LEVELDOWN# PM_LEVELDOWN#

PU3B

42 GND

GND2

43 GND3 L L VID-50mV Power saving

CPU_LEVELDOWN# PM_LEVELDOWN# 44 GND4

45 GND5

L H VID Normal

L L 0.85V Power saving

+VCORE









MAX17480GTL+

GND

H H 1.05*VID performance

L H 0.9V Normal

GND



H H 0.95V performance +5VS





VCORE

B B

PR170 /x

2 1P_VCORE_FBDC1_10

VDDNB P_VCORE_OV#_D_10

22KOhm









6

PR187

PR168

1 2P_VCORE_OUT3_10 PQ14A

P_VCORE_OUT3_OV#_D_10 [30,73,74,75] CPU_LEVELDOWN# 1 2P_VCORE_OV#_G_10 2 UM6K1N

90.9KOhm









1

/X

1







100KOhm PC160

3









0.1UF/16V CHANGE 2N7002 to UM6K1N

PR184

PQ14B

2









1 2 P_VCORE_OUT3_OV#_G_10

5 UM6K1N CHANGE 2N7002 to UM6K1N

[30,73,74,75] CPU_LEVELDOWN#

4









100KOhm

1









PC181 SHAWN 10.06.21 　　UM6K1N

0.1UF/16V +3VS

+5VS

2









2









PR61

2









71.5KOhm

PR62

100KOhm

1









SHAWN 10.06.21 　　UM6K1N P_VCORE_UVR_10

+3VS

1









6









+5VS

PQ680A

P_VCORE_UV#_10 2 UM6K1N

1

1









3









PR63

PR186 PQ680B

2









220KOhm [30,73,74,75,77] PM_LEVELDOWN# 1 2P_VCORE_UV_10 5 UM6K1N P_VCORE_FBDC1_R_10

2 1 P_VCORE_FBDC1_10

PR65

4









100KOhm PR64

2









P_VCORE_UVR_11 100KOhm 0Ohm

/X

1









6









1









A PC48 A

PQ679A 0.1UF/16V

P_VCORE_UV#_11 2 UM6K1N

2

1

3









PR185

PQ679B

1 2 5 UM6K1N P_VCORE_OUT3_RS_10

2 1 P_VCORE_OUT3_10

[30,73,74,75,77] PM_LEVELDOWN#



4









PR158

100KOhm 0Ohm

/X Title : Power Vcore

1









PC180

0.1UF/16V Engineer: Robin_chen

ASUSTeK COMPUTER INC. NB

2









Size Project Name Rev

Custom 1215T 0.1A

Date: Tuesday, August 10, 2010 Sheet 72 of 80



hexainf@hotmail.com

GRATIS - FOR FREE 5 4 3 2 1

5 4 3 2 1

PU4B

RT8206AGQW



37

36

GND6

TPC16B_P16_50

PT5

TPC16B_P16_50

PT6

Power Info. +5VSUS

GND5

35 GND4

34 +5VSYS









1





1

GND3



TPC16B_P16_50

/x

TPC16B_P16_50

/x

1. I/P Current:

PT7 PT8



+3VSUS I in = Vo*Io/( 0.8 * Vin) =2.082A







1





1

/x /x

2. Ripple Current:

TPC16B_P16_50 TPC16B_P16_50

PT9 PT10

I rip =1.482A

I spec=2.5A

1





1

AC_BAT_SYS



GND /x /x +5VA ⊙1 pcs

TPC16B_P16_50 TPC16B_P16_50

3. Frequency:

D PT11 PT12 PL8

D









2









1

PC51 1 2

P_+3VSUS_+5VSUS_IN_SHAPE PR72 Irat=3A

fosc=300KHz

1





1









2

1UF/10V 70Ohm/100Mhz









2

0Ohm









1

PC52 PR73 SHAWN 10.06..21

1UF/25V /X PL9

GND /x

4. OCP:









1

/x 100KOhm









1

P_+3VSUS_+5VSUS_IN_SHAPE 1 2 AC_BAT_SYS









2

PC53 Irat=3A









1

GND 70Ohm/100Mhz

Iocp=17A









2

1UF/25V









1

[81] P_5VA3VA_EN_10 P_5VA3VA_EN_10 PC54









5









1

GND + 1UF/25V

PQ17 PCE7









2

P_+3VSUS_+5VSUS_TON_10

PR74 shawn 10.06.23 DEM mode









8

7

6

D 5

EMB20N03V +5VA 15UF/25V

1 2









2

GND









1









5

0Ohm GND







S

GND

PC55 GND 7343D SP cap







G

+5VSYS=5V(4.79V--5V)









5 D

6

7

8

8

1 10UF/6.3V PQ18

2

3

4









2









1









2







2

PC56

Power Info. +3VSUS









S

MAX:6A RMS:1.3A









G

1UF/10V PR107 PR125 EMB20N03V

P_+5VSUS_HGR_20

GND









2

0Ohm 0Ohm









4

3

2

1

PJP10 /X GND

2 1 PU4A GND /X

1. I/P Current:









1







1









2

GND PC57









8

7

6

5

4

3

2

1

SHORT_PIN RT8206AGQW PR75 2700PF/50V

2









PJP11 /X PC58 10.7KOhm 2 1

I in = Vo*Io/( 0.8 * Vin) =1.832A









NC2





NC1

LDO

VIN



ENLDO

VCC

TON

REF

2 1 PR76 1 2 SHAWN 10.06..21 change gate R

33 PR77 PJP12 /X

+3VSUS=3.3V(3.1V--3.3V)









1

SHORT_PIN 0Ohm 4700PF/25V P_+5VSUS_BYP_30 GND2 P_+3VSUS_FB_10 P_+3VSUS_FBJP_10

9 32 1 2 2 1

PJP13 /X PR78 P_+5VSUS_VO_10 10

BYP FB2

31 P_+3VSUS_ILIM_10 6.34KOhm PJP14 /X 2. Ripple Current:

1









P_+5VSUS_FBJP_10 P_+5VSUS_FB_10 VOUT1 ILIM2 P_+3VSUS_VO_10

2 1 1 2 11 30 2 1 SHORT_PIN



2009.12.01

2010.01.25

SHORT_PIN 17.8KOHM 1 PR79 2

P_+5VSUS_ILIM_10

VSUS_PWRGD

P_+5VSUS_EN_10

12

13

FB1

ILIM1

PGOOD1

VOUT2

SKIP#

PGOOD2

29

28

P_+3VSUS_+5VSUS_SKIPSEL_10



P_+3VSUS_EN_10

1 2

PR81

SHORT_PIN MAX:1.83A RMS:0.8A I rip =1.92A

14 27

+5VSYS PL10

P_+5VSUS_PHASE_SHAPE 1

PJP15 62KOhm P_+5VSUS_HG_20

P_+5VSUS_PHASE_20

15

EN1

UGATE1

EN2

UGATE2 26 P_+3VSUS_HG_20

P_+3VSUS_PHASE_20

62KOhm PR80 1 2 P_+3VSUS_HGR_20

PJP16

P_+3VSUS_PHASE_SHAPE

PL11 +3VSUS I spec=2.5A

1 2 2 16 25 1 2 1 2

PHASE1 PHASE2

⊙1 pcs

P_+5VSUS_SNU_S









2.2Ohm

1









2



1









1

LGATE1









LGATE2

2.2UH SHORT_PIN SHORT_PIN 2.2UH









BOOT1









BOOT2

SECFB

1









1









1

PGND

PVCC



GND1

+ /X PC59 PR82 PR83 PC60 /X

3. Frequency:

1









2









2









1









1









1









1









1









1

PC62 PC61 0.1UF/16V 9.53KOhm 402KOhm PC63 PC64 PR84 0.1UF/16V PC70 + SHAWN 10.06..22

2









2

PCE2 0.1UF/16V 1000PF/50V 0.1UF/25V 0.1UF/25V PC66 PC67 PC68 PC69 0.1UF/16V

2









100UF/6.3V 402KOhm PCE9

fosc=375KHz

2









2









1



2









1









17

18

19

20

21

22

23

24









1









2









2









2









2









2

22UF/6.3V 22UF/6.3V 22UF/6.3V 22UF/6.3V









1

PQ19 GND 100UF/6.3V









2









2

c0805 c0805 c0805 c0805

5









/x D GND PC65 /x /X

/X









5

P_SUS_SECFB_10

GND GND 1000PF/50V

PR85

4. OCP:









2

1









2010.01.25 P_+5VSUS_BOOT_20 P_+3VSUS_BOOT_20 +3VA PQ20









P_+5VSUS_LG_20









5 D

6

7

8

8

PR86 4 2 1

S G EMB20N03V

1Ohm GND

/X 100KOhm

Iocp=8.74A

IRF8707PBF









S

2









3

2

1









G

GND GND









4

3

2

1

[30,32,75] VSUS_PWRGD



+5VA P_+3VSUS_LG_20

GND





C C

GND









1

2









PC71









2

PR88 1UF/10V GND





2

0Ohm PR89

0Ohm P_+3VSUS_BOOT_20 P_+5VSUS_BOOT_20 Power Info. +3VA









2



1

1









GND PD3









1

BAT54AW

PT13 1 PT14 1 /X

2009.12.01 1. Dropout Voltage:

TPC16B_P16_50 TPC16B_P16_50









3

PD4

[53] +5VSYS_EN [28,30,53,75,80] VSUS_ON /x

〉V= 210mV (Io=300m A)









2

PC72

+5VSYS 1

1









1

3P_CHP_D1_20

1 2 2009.12.01 PR90 PC74 +5VSYS

2 PC73 1MOhm 0.1UF/16V 2. Current Limit:

0.1UF/16V /X

2









2

2









PC75 BAT54SW 0.1UF/16V /X

I limit= 480mA









1

2 1 c0603 P_+5VSUS_LG_20 PR91

P_CHP_D2_20 1MOhm

PD5

0.22UF/25V

1

PC76 GND GND GND 3. Pd:

1









PC77 3 P_CHP_D3_20

1 2

2 1 2

R thjc =5 C/W

0.22UF/25V BAT54SW 0.1UF/16V

c0603

GND

Pd =0.4W

+12VSUS GND

1

1









PR92

PC78 200KOhm

47PF/50V

2









[30,72,74,75,77] PM_LEVELDOWN#

2









[30,57,80] SUSB_ON

1









PR93

39KOhm

VSUS_PWRGD [30,32,75]

2









SHAWN 10.06..23

[28,30,53,75,80] VSUS_ON

GND









PR66

+5VA 1 2 P_5VSUS_OV1_10

P_5VSUS_OV3#_10

1 2 P_+5VSUS_FB_10

100KOhm



B /CHARGE PR67

B

6









113KOhm

3









PR69 PQ15A /CHARGE

100KOhm PQ15B 2 UM6K1N S0

1 2 5 UM6K1N /CHARGE

[30,57,80] SUSB_ON

1

1









PC49

4









/CHARGE 0.1UF/16V

/x S3/S5 S3/S5

2









/CHARGE



S3/S5: Vout = 5.25V

GND GND

GND







PR68

Hi : Vout = 3.3V 100KOhm

P_3VSUS_OV1#_10

1 2 P_+3VSUS_FB_10

Low : Vout = 3.1V

PM_LEVELDOWN# CPU_LEVELDOWN# Voltage Status

6









PR70 PR71

100KOhm P_5VSUS_OV1#_10

1 2 P_+5VSUS_FB_10 L L 4.8 Power Saving

1 2 P_3VSUS_5VSUS_OV1_10 2

[30,72,74,75,77] PM_LEVELDOWN#

PQ16A 200KOhm

1

1









6









PC50 UM6K1N H L 5.0 Normal

0.1UF/16V

P_3VSUS_5VSUS_OV1_102

2









PQ678A H H 5.2 Performance

1









Hi : Vout = 5.0V UM6K1N

GND GND

Low : Vout = 4.9V SHAWN 10.06..22



Hi : Vout = 3.3V GND

P_3VSUS_OV2#_10 1 2

Low : Vout = 3.1V

62KOhm PR140 PR157

P_5VSUS_OV2#_10

1 2

3









PR141

100KOhm 300KOhm

3









1 2 P_3VSUS_5VSUS_OV2_10 5

[30,72,74,75] CPU_LEVELDOWN#

PQ16B

4

1









PC82 UM6K1N P_3VSUS_5VSUS_OV2_105

0.1UF/16V PQ678B

4









Hi : Vout = 5.0V UM6K1N

2









Low : Vout = 4.9V

GND GND

GND









+5VA +5VA

+3VA_AEC / 100mA

PC83 220PF/50V



A PM_LEVELDOWN# CPU_LEVELDOWN# Voltage Status

2 /X1

A









1

PT21

L L 3.15 Power Saving 2009.12.11 TPC16B_P16_50

PR97

62KOhm /X









1

H L 3.30 Normal PR98









2

PU5 31.6KOhm PJP17 /X

P_3VA-EC_EN_10 1 5 P_3VA-EC_FB_10

2 1P_3VA-EC_FBJP_10

2 1

EN NC/SS/FB +3VA

H H 3.45 Performance 2 GND P_3VA-EC_S SHORT_PIN

3 VIN VOUT 4









1









1









1

UP7714BMA5-00









1

PC86 PC87 PR101

10UF/6.3V 1UF/10V 10KOhm PC88

2









2

10UF/6.3V









2

2

GND GND

Title : Power_+5SUS&+3VSUS&+12VS

hexainf@hotmail.com GND GND



ASUSTek Computer INC

Size Project Name

Engineer: N/A

Rev



GRATIS - FOR FREE A1

Date:

1215T

Tuesday, August 10, 2010 Sheet 73 of 80

2.0

5 4 3 2 1

PU6B

18 19

20

GND3 GND4

GND5 GND6 21 Power Info.

RT8202APQW





1. I/P Current:

GND SHAWN 10.06..21 I in = Vo*Io/( 0.8 * Vin) =0.825A

P_1.5V_IN_S 1 2 AC_BAT_SYS

2. Ripple Current:

+5VSUS 7343D SP cap PL13

70Ohm/100Mhz

I rip =1.32A









1









1

+ PC93



D PCE5

15UF/25V

1UF/25V

1 2 I spec=2.5A * D

+1.5V=1.5V









2

5

P_1.5V_EN_10









2

PL18

3. 1pcs

Dynamic:









5 D

6

6

7

7

8

70Ohm/100Mhz

PR104

AC_BAT_SYS 2

820KOhm

1P_1.5V_TON_10 P_1.5V_BOOT_20

PD6 PQ28 GND GND MAX:6.5A I peak=3.3A









S

S

PC95









G

G

1

0Ohm EMB20N03V ESR=18 mohm









17

16

15

14

13

3 2 1









4

3

2

1

+5VSUS PU6A 2 PR105

〉V =59.4mV









GND2

TON

EN/DEM

NC2

BOOT

GND BAT54CW 0.1UF/25V

2 1



+1.5V 1 12 P_1.5V_UG_20 PJP18 PL14

2

VOUT

VDD

UGATE

PHASE 11 P_1.5V_PHASE_20 2 1 P_1.5V_PHASE_S 1 2 +1.5V 4. Frequence

3 10 P_1.5V_OC_10

FB OC P_1.5V_VDDP_20 SHORT_PIN /X 2.2UH

4 9

PGOOD VDDP PR106 PJP19 Fosc=300KHz









LGATE









1









5









1









1









1

PGND

GND1

1 2P_1.5V_OCR_10

2 1









NC1

1









PC97 PQ29 PC98 PC99 PC100

5. OCP:









5 D

6

6

7

7

8

PC101 1UF/16V 22KOhm SHORT_PIN 22UF/6.3V 22UF/6.3V 22UF/6.3V









2









2









2









2

EMB20N03V









1

1UF/16V RT8202APQW /X

2









5

6

7

8









1

PC96

1000PF/50V PJP20 6.45A









S

S









2

G

G

SHORT_PIN

GND /X









4

3

2

1

GND /x

GND









2

GND GND GND

P_1.5V_LG_20





PR108

1 2 P_1.5V_PHASE_20 GND

178KOhm





PR109

P_1.5V_FB_10 1 2 P_1.5V_FBPJP_10



13.7KOhm

C PC102 PM_LEVELDOWN# CPU_LEVELDOWN# Voltage Status

C



1

2 1

PC103

When you choose MLCC solution,you need to follow the rule:

820PF/50V 0.1UF/16V L L 1.4V Power Saving



2

1)Operation mode-->Force CCM

2)RC value-->R=178Kohm,C=820pF H L 1.5V Normal

GND



H H 1.6V Performance









ENABLE

+VTTDDR=0.75V(0.825V-0.965V) SHAWN 10.06.21 delete shortpin

P_1.5V_FB_10





+5VS +5VA

MAX:0.5A RMS:0.1A +1.5V PR110

+1.5V

P_1.5V_EN_10 1 2 P_1.5V_OV1_10









1

S3/S0 PR111 62KOhm









3

100KOhm









6

PU7A PQ31B PR112

PT22 PT23 PU7B PQ30A UM6K1N P_1.5V_OV1_G_10 1

9 5 2 PM_LEVELDOWN# [30,72,73,75,77]









2

GND2

2









TPC26T TPC26T P_+075VS_VIN_S 1 8 10 P_1.5V_EN#_10 2

S5 S5









4

/X /X VIN NC3 PR113 GND3 UM6K1N 100KOhm

2 7 11









1

B GND1 NC2 GND4

B









1

3 6 P_0.75VS_VCNTL_20 12 PC104

1









1









REFIN VCNTL 10KOhm GND5









3

+0.75VS 25mil 4 5 13 0.1UF/16V

VOUT NC1 GND6









1

PQ30B

1









2

2









UP7711U8 PC105 UP7711U8 5 PC167

[30,57] SUSC_ON

0.1UF/25V UM6K1N 0.01UF/25V GND









4









2

GND

1

1









1









1

PR114 PR115 GND

1









1

PC106 PC107 P_0.75VS_REF_10 1 2 P_1.5V_OV2_10

10UF/6.3V 10UF/6.3V PC108 GND 1MOHM PC166

2









2









2









1UF/16V 0.01UF/25V 100KOhm

2









2

2









6

PC109 PR116 /x GND GND GND

2







0.1UF/25V PQ31A PR117

10KOhm UM6K1N P_1.5V_OV2_G_10 1

2 2 CPU_LEVELDOWN# [30,72,73,75]

1









2

1









1

GND GND PR118 100KOhm









1

17.4KOhm PC110

0.1UF/16V

GND GND GND GND GND GND GND









1









2

GND



GND



GND









A A









Title : +1.8V&VTTDDR

ASUSTek Computer INC Engineer: N/A

Size Project Name Rev

A2 1215T 1.1



hexainf@hotmail.com Date: Tuesday, August 10, 2010 Sheet 74 of 80







FREE

GRATIS - FOR 5 4 3 2 1

5 4 3 2 1



P_+1.1VSUS_EN_10









+5VA

PL15









1

+5VA P_+1.1VSUS_IN_shape 1 2 AC_BAT_SYS

PR119 Power stage









2



1

510KOhm 70Ohm/100Mhz









1

PC111

D 1%

D









1

PD7 + 1UF/25V PL16 1. I/P Current:









2









5

BAT54CW PQ32 D PCE6 1 2









2

P_+1.1VSUS_TON_10 15UF/25V I in = Vo*Io/( 0.8 * Vin) =1.822A

70Ohm/100Mhz









3









2

PC113 4 2. Ripple Current:

1





P_+1.1VSUS_BOOT_201 2 G S SHAWN 10.06..21

PC114 Iripple=3.73A

1UF/16V +5VA 0.1UF/25V IRF8714PBF 7343D SP cap









17

16

15

14

13

2









1

2

3

PU12A c0603 3. Ripple Voltage:









EN/DEM



BOOT

GND2





NC2

TON

PR144

Ipeak=10.933

+1.1VSUS 1 VOUT UGATE 12 P_+1.1VSUS_HG_20 1 2P_+1.1VSUS_UG_20

PJP24 PL17 (12A) +1.1VSUS ESR=18mohm

P_+1.1VSUS_VDD_20 2 11 P_+1.1VSUS_PHASE_20 2 1 P_+1.1VSUS_PHASE_S 1 2

VDD PHASE P_+1.1VSUS_OC_10 2.2Ohm

V=197mV

3 FB OC 10

4 9 SHORT_PIN /X 0.68UH 4. Inductor Spec:

[30,32,73] VSUS_PWRGD PGOOD VDDP









LGATE









1

PGND

PJP25









GND1

PR145 Isat=25A









NC1









1









1

PC139









PC140









PC141

PC137 1 2 P_+1.1VSUS_OC_JP_10

2 1 +









1









1









1

1UF/16V PC138 PCE3 Idc=15.5A









2P_+1.1VSUS_SUR

2

RT8202APQW 5.9KOhm 1000PF/50V DCR=5.5mohm



5

6

7

8









2

SHAWN 10.06..22 SHORT_PIN 100UF/2.5V









2









2









2









2

5

PU12B /X D 22UF/6.3V 22UF/6.3V 22UF/6.3V /x 5. MOSFET Spec:

18 19 PQ39

GND3 GND4

20 GND5 GND6 21 IRF8736PBF H-side and L-side MOSFET:

4

RT8202APQW G S Rds(on)=3020A (T=25)

Ipeak=120A (Pause

PT27 PT28 PT29 PT30



/x /x /x /x

Title : Power_1.2VSUS

1







1









1







1









+1.1VSUS Engineer: N/A

hexainf@hotmail.com ASUSTek Computer INC

Size Project Name Rev



GRATIS - FOR FREE C 1215T 1.1

Date: Tuesday, August 10, 2010 Sheet 75 of 80

5 4 3 2 1







+1.5V +5VS



2.5V @ 0.25A

PU11B 1. Dropout Voltage:







12

UP7706U8

PC132 1. Dropout Voltage: 5. EN Voltage: 〉V = 0.21V ( Io =0.3A



GND5

2 1

V rising = 1.4 V

1000PF/50V

〉 V= 300 mV (Io=2 A) )

2. Current Limit:

11 13

PU11A GND V falling = 0.4 V

GND4 GND3 GND6

1

2

POK

GND2

GND1

9

8

7 P_0.9VS_FB_10 1

PR142

2 P_0.9VS_FBJP_10 2

PJP23

1

MAX:1.5A 2. Current Limit:

6. Supply Voltage: I limit =320mA

EN FB

3 6

4

VIN VOUT

5 1.24KOhm SHORT_PIN +0.9VS I limit= 2.8 A 3. Continue Current:

CNTL NC Vcc=5V









2

/X

10









1









1

UP7706U8 PR143

3. Continue Current:









1









1

PC133 PC134

D

10UF/6.3V 0.1UF/16V

20KOhm

PC135 PC136 I cont = 300mA D







2









2

10UF/6.3V 10UF/6.3V

I cont= 1A 7. Inrush current:









1









2









2

4. Power Dissipation:

GND GND GND GND GND GND 4. Pd: Tss = 4 ms Rthjc =

C total = 20 uF 250　/W

R thjc =5 C/W EN 0.4W

5.Pd = Voltage:

+3VSUS +5VS

Pd =1.9W I inrush=

V rising = 2V

7.5mA V falling =

PU13B

6.0.8V

12









UP7706U8 PC150 Supply Voltage:

2 1

GND5









+0.9VS Vcc =3V

PU13A 1000PF/50V

GND

11 GND4 GND6 13

1

2

POK

GND2

GND1

9

8

7 P_1.8VS_FB_10

12.4KOhm PR161

1 2 P_1.8VS_FBJP_10 2

PJP27

1

MAX:1.5A PM_LEVELDOWN# CPU_LEVELDOWN# Voltage Status 7. Inrush current:

EN FB T ss = 400us

GND3









3 VIN VOUT 6

SHORT_PIN +1.8VS L L 0.85V Power Saving

4 CNTL NC 5 C total =10uF









2

/X

1









1









UP7706U8 PR162 H L 0.9V Normal I inrush =

10









1









1

PC151 PC152 11KOHM

10UF/6.3V 0.1UF/16V PC153 PC154 0.063A

2









2









10UF/6.3V 10UF/6.3V H H 0.95V Performance









1









2









2

GND GND GND GND GND

GND







+1.8VS

C PC155 C

1000PF/50V PM_LEVELDOWN# CPU_LEVELDOWN# Voltage Status

2 1

+3VS PT32

TPC26T L L 1.7V Power Saving

PU14 1% /X

1 5 P_2.5VFB_10 2 PR163 1

1









EN NC/SS/FB 22KOhm

2 GND +2.5V_CPU_VDDA H L 1.8V Normal

3 VIN VOUT 4

1









2









UP7714BMA5-00 H H 1.9V Performance

PC156 PR164 +2.5V /0.25A

1









1UF/16V 11.3KOhm PC157

2









10UF/6.3V

1









2









c0805_h57





GND GND GND









B B









P_0.9VS_FB_10





P_1.8VS_FB_10



PR188

20KOhm

2 1 P_0.9VS_OV1_10



PR160

3









1 2 P_1.8VS_OV1_10

PQ51B PR176

UM6K1N 5P_0.9VS_OV1_G_10 1 2 PM_LEVELDOWN# [30,72,73,74,75]

100KOhm

6

4









100KOhm PQ51A PR179

1









PC174 UM6K1N 2 P_1.8VS_OV1_G_10 1 2 PM_LEVELDOWN# [30,72,73,74,75]

0.1UF/16V

1









100KOhm

2









1









PC176

GND 0.1UF/16V

2









GND

GND

A A



GND















Title : +1.5VS & +2.5VS

ASUSTek Computer INC Engineer: N/A

Size Project Name Rev

1218T

hexainf@hotmail.com A2

Date: Tuesday, August 10, 2010 Sheet 77 of 80

1.1







GRATIS - FOR FREE

5 4 3 2 1

5 4 3 2 1









TPC28T

D PT25 D

P_CHG_OUTC1_10 [71]

/x

+3VA









1

PWRLIMIT# [5,30]









2

PR127 +5VSUS +5VSUS

100KOhm









2

1% PC121









2

0.1UF/16V

1 PU8 PR129 /X









1

0.825V(38W) P_CHG_REFIN_10 1 5 100KOhm

IN- VCC 1% 3

D

PR128 2 GND









1

330KOHM 1% PQ36

1









PC123 1 2 P_CHG_-INE1_R_10

3 IN+ OUTPUT 4 P_CHG_PWRLIMIT 1

1









G 2N7002

PR132 TS391CG-AF5-R 2 S









2

33KOhm PC124 N/A

2









0.1UF/25V 0.1UF/16V

2









1









2









1

C 0.1UF/25V PC126 PC127 C









1

PC122 0.1UF/16V 4.7uF/6.3V









2









1









2

B B









A A





Title : Power Lim

ASUSTek Computer INC Engineer: N/A

Size Project Name Rev

hexainf@hotmail.com A4 1215T 1.1

GRATIS - FOR FREE Date: Tuesday, August 10, 2010 Sheet 79 of 80

5 4 3 2 1

5 4 3 2 1









PQ45

8 1 +1.5VS

7 2

+1.5V 6 S 3









1

5 5 D 4 4.7uF/6.3V

G PC147









2

EMB20N03V









+5VSUS

PR166









1

D D

PR174 P_+1.5VS_EN_G_10 2 1

100KOhm +12VSUS









1

100KOhm









6

PQ674A PC164









2

0.01UF/25V









2

P_+1.5VS_EN_G2_10

2 UM6K1N









1

TPC28T









3

PT34 PQ674B

PR173

UM6K1N

2 1 P_+1.5VS_EN_G1_105

[30,57,73] SUSB_ON









1

PJP28 @









4

3MM_OPEN_5MIL +VCC_NB 2010.04.06

10KOhm









1

1 1 2 2 PC165

(4A)









2

0.01UF/25V

PR96









2

1MOhm

PQ44 PT35 PT31

IRF8736PBF (8.5A) +1.1V_NB TPC16B_P16_50 TPC16B_P16_50









1

3 /x /x

S









5 2 PQ37

D









(4.5A)









1







1

+1.1VSUS 1 PR120 8 1









1

P_+1.1V_NB_EN_10 1 2 4.7uF/6.3V GND +5VA 7 2 Shape

G









PC115 +3VSUS 6 S 3

+3VS

4









0Ohm Shape 5 5 D 4









2

1







PC116 G

0.01UF/25V +12VSUS EMB20N03V

/X

2









1









1









1

PR137

PQ34 PR134 PC149

8 +1.1V_CPU_NB_SB 100KOhm

1 4.7uF/6.3V









2

7 1% 100KOhm

2

(3.6A)









2

1

6 S 3 PR121 0Ohm 4.7uF/6.3V









2

+1.1VSUS 5 D P_+1.1V_CPU_NB_SB_EN_10 2 PC117 P_3VSPWR_EN_10









3P_3VSPWR_ENR_10

5 4 1

G



2









6

GND

1









1

C EMB20N03V PC118 PQ675A C

0.01UF/25V 2 UM6K1N PC146

/X 0.01UF/25V

2









1









2

+5VA PR138

GND GND

1 2 P_3VS_EN_G1_10

5

PR123 [30,57,73] SUSB_ON

1









PQ675B









4

PR122 P_NB_EN_10 2 1 UM6K1N

+12VSUS 100KOhm









1

PC148

100KOhm

1









PC119 100KOhm 1% 0.1UF/16V

1%

6









PQ35A 0.01UF/25V

2









2

UM6K1N

2









P_NB_EN_G#_10

2 PQ27

8 1

1









TPC28T 7 2

3









PT24 PQ35B 6 S 3 Shape

PR124

UM6K1N GND+5VA +5VSYS Shape 5 5 D 4 +5VSUS

2 1 P_NB_EN_G_10 5 G

[30,72] CPU_VRON

1









+12VSUS EMB20N03V

4









1

10KOhm

1









PC120 PC92









2









2

0.01UF/25V 4.7uF/6.3V









2

PR103 PR165

2









100KOhm 100KOhm 1 2

+5VSUS_USB

PL19









3P_5VSUS_EN_G2#_10

1









1

P_5VSUS_EN_10 GND 70Ohm/100Mhz

/x









6









1

PC162

PQ673A 0.01UF/25V

2 UM6K1N









2

1

B B

PR133 GND

PQ673B

1 2 P_5VSUS_EN_G1_105 UM6K1N GND

[28,30,53,73,75] VSUS_ON









4

1

10KOhm

PC163

0.01UF/25V







2

PT15 PT16

TPC16B_P16_50 TPC16B_P16_50



/x /x

1









1









PQ21 GND PT19 PT20

8 1 TPC16B_P16_50 TPC16B_P16_50

7 2

+5VA 6 S 3 Shape +5VA /x /x

+5VS









1









1

+5VSYS Shape 5 5 D 4 PQ24

1









G 8 1









2

+12VSUS EMB20N03V PC79 7 2

4.7uF/6.3V PR99 6 S 3 Shape

+5VSYS_USB

2

1









100KOhm +5VSYS Shape 5 5 D 4

2









1

PR136 /CHARGE G

PR94 +12VSUS EMB20N03V PC84









1

100KOhm 100KOhm /CHARGE 4.7uF/6.3V









2

1%









P_5VSYS_USBPWR_EN_G2#_10

2









2

GND /CHARGE

1









P_5VSPWR_EN_10 PR100

3P_5VSPWR_ENR_10









100KOhm

6









1









PC80 /CHARGE

PQ22A 0.01UF/25V GND









1

2 UM6K1N 1 2 P_5VSYS_USBPWR_EN_10

+5VS_USB

2

1









6









1

PL12 PC89

70Ohm/100Mhz PQ677A 0.01UF/25V

2 UM6K1N









2

GND /CHARGE /CHARGE

PR95









1

PQ22B

1 2 5 UM6K1N GND

[30,57,73] SUSB_ON

A A

4

1









3









10KOhm GND

PR102

PC81 PQ677B

0.01UF/25V 1 2 P_5VSYS_USBPWR_EN_G1_10

5 UM6K1N GND

[30,53] USB_CHARGE_EN_EC

2









4

1









10KOhm /CHARGE

2









/CHARGE PC91

PR139 0.01UF/25V



2









1MOhm

/CHARGE

/CHARGE

Power_LOAD SWITCH OTHER

Title :

1









GND 2010.04.06

GND ASUSTek Computer INC Engineer: N/A

Size Project Name Rev

hexainf@hotmail.com GND C 1215T 1.1

Date: Tuesday, August 10, 2010 Sheet 80 of 81

GRATIS - FOR FREE 5 4 3 2 1

5 4 3 2 1









+RTC_BAT +3V_PL RT8206AGQW

EN









1









2

+3VA P_5VA3VA_EN_10 [73]

PR1004 PR1011

0Ohm 100KOhm









2









6

PR1010 /X PQ1001A +3VA









2









1

100KOhm /X UM6K1N

2









1

/X /X









1

D D

[28,30] PWR_SW_EC#

GND

EC

PD1003









3

2 PQ1001B

Latch









1

3 PC1001 UM6K1N

[28] PWR_SW#

1 0.1UF/16V 5 PS-ON

PS-ON [30]









2









4

BAT54CW /X









1

+3VA GND PR1012

GND 1MOHM

2









2

PR1013

100KOhm



/X GND

1









[30,31] MARATHON_EC#



PD1002

2

[31] MARATHON# 3

1



BAT54CW









PQ1004

2N7002 3 D



PR1005

2 1 1

[71] P_AC_APR_UC_10

C G C

0Ohm 2 S









GND









PR1001

20mil +3V_P L

AC_BAT_SYS 1 2 +3V_PL



10KOhm

1

P_3VPL_FB_10









/X PR1002

330KOHM

2



1









For Power Latch

2









PWR_SW#

PU1001

80ms (min) APL431LBAC

1









PR1003

200KOhm

?

3









+3VA

2









B B



40ms (max)

PS-ON GND









A A















Title : Power Lim

ASUSTek Computer INC Engineer: N/A

Size Project Name Rev

A2 1015T 1.0



hexainf@hotmail.com Date: Tuesday, August 10, 2010 Sheet 81 of 82







GRATIS - FOR FREE

5 4 3 2 1

5 4 3 2 1









PWR SW

D D

PWR_SW#_CON_IO





SW5501

3 4

R5502

PWR_SW#_CON_IO 2 1 1 2

PWR_SW#_IO [86]

5 6

33Ohm









1

C5501

TP_SWITCH_4P

0.1UF/16V 12G091031041

/1215N









2

@

/1215N

GND_IO

C C

GND_IO









For POWER ON LED



+5VSUS_IO D5501

R5504

1 2 PWRON_LED+ 1 + 2 PWRBTN_LED_IO [86]

330Ohm

BLUE

B B

/1215N

/1215N

R1.1 :change 5%.---0602









0521:change +5V_USB_IO to +5VSUS_IO



A A

Title : PWR_BUTTON_LED

ASUSTEK COMPUTER INC Engineer: Anndy_wang

Size Project Name Rev

A 1215N_IO 1.3

hexainf@hotmail.com Date: Tuesday, August 10, 2010 Sheet 82 of 92

GRATIS - FOR FREE

5 4 3 2 1

5 4 3 2 1





R1.7 ALC269-VB2 Issue

PD# is internal pull-up to 5VS_AUDIO & VIH=3.3V

Add R3602 &R3613 of PD# to make sure the PD# is +5VS_AMP_IO +5VS_IO +5VS_IO +5VS_AUDIO_IO

higher than 3.3V when power up speaker amplifier DVDD_IO 6/29 DesignIP R1.3

L3601

2 1

+3VS_IO +5VS_IO @

1 R3609 2 0Ohm









1









1

C3612 C3611 80Ohm/100Mhz /269_VB

C3620









2









1









2









1

C3619 C3621









2

R3613 0.1UF/16V 10UF/10V +5VS_IO C3622 +5VS_AUDIO_IO









2









2









2

0.1UF/16V

10KOhm R3612 10UF/10V 1UF/10V

269_VA 　02G611005006 100PF/50V /269_VA









2









1









2

/269_VB2 10KOhm D3601 1 2

/269_VB2 269_VB 　02G611005010 AZ2015-01H.R7F









1

U3601 R3605 1%









1 B









1

269VA USE 0 ohm/0603 GND_IO 269_VB5 02G611005015 @ 1 EN NC/SS/FB 5 +5VS_AUDIO_SENSE

2 1

/269_VB2 2 49.9KOHM

GND

D [84] DLY_OP_SD#

DLY_OP_SD#_R GND_IO 5/26 3 VIN VOUT 4 D









C

2

E







3

/269_VA

DLY_OP_SD#　"L" ==> PD# = 0.37V"H" ==> PD# = 3.55V UP7714BMT5-00









1

Q3601









2

+5VS_AMP_IO Vref = 0.8V

GND_IO









1









1

R3614 1PMBS3904 2 0Ohm C3606 R3602 C3607

/269_VA

/269_VA/269_VB5 1UF/16V 10KOhm 1UF/16V

H_SPKR+ c0603 1% c0603

H_SPKR+ [84]









2









2

JP3603 H_SPKR- U3602B R3622

H_SPKR- [84]









1

1 2 H_SPKL- 50 GND_IO 1 2

JP3602 [84] EAPD 1 2 H_SPKL- [84] GND1

H_SPKL+ 51 /269_VA /269_VA

H_SPKL+ [84] GND2

+3VS_IO 1 DVDD_IO SGL_JUMP 0Ohm /269_VA

1 2 2 +5VS_AUDIO_IO

52 GND3

JP3601 53 GND4

SGL_JUMP /X 54 @

+3VS_IO +1.5VS_IO GND5 GND_AUDIO_IO

1 1 2 2 55 GND6









1









1

C3602 C3603 GND_IO UP7714BMT5-00 (P/N:06G029330020)

EMI 07/03 SGL_JUMP

56

57

GND7

0.1UF/16V 0.1UF/16V 58

GND8 Vout=0.8*(1+(49.9K/10K)









2









2

GND9

/X =4.792V

1









1









1









C3625 C3604 C3605 ALC269Q-VA6-GR

GND_IO GND_AUDIO_IO

0.1UF/16V 0.1UF/16V 10UF/10V









49

48

47

46

45

44

43

42

41

40

39

38

37

2









2









2









U3602A GND_IO









SPK_OUT_R+









SPK_OUT_L+

SPDIFO

EAPD/SPDIFO2

PVDD2



SPK_OUT_R-

PVSS2

PVSS1

SPK_OUT_L-



PVDD1

AVDD2

AVSS2

GND

GND_IO



1 36 C3617 1 2 2.2UF/10V

R3615 1 0OhmAZ_DMIC_DATA_IO_R DVDD CBP

[86] AZ_DMIC_DATA_IO 2 2 GPIO0/DMIC_DATA CBN 35

[86] AZ_DMIC_CLK_IO R3616 1 20Ohm AZ_DMIC_CLK_IO_R 3 34 CPVEE

DLY_OP_SD#_R GPIO1/DMIC_CLK CPVEE AC_HP_R

4 PD# HPOUT_R 33 AC_HP_R [84]

[86] AZ_SDOUT_AUD_IO 5 32 AC_HP_L

SDATA_OUT HPOUT_L AC_HP_L [84]

[86] AZ_BCLK_AUD_IO 6 31 MIC_VREFOUT_L

BCLK CPVREF MIC1_VREFOUT_R

7 DVSS MIC1_VREFO_R 30 MIC1_VREFOUT_R [84]

Place R3606 near U3602[86] AZ_SDIN0_AUD_IO 1 R3604 2AZ_SDIN0_AUD_IO_R 8 SDATA_IN MIC2_VREFO 29 MIC2_VREFOUT

33Ohm 9 DVDD_IO MIC1_VREFO_L 28 LDO_CAP

VREF_CODEC +5VS_AUDIO_IO

R1.5 Co-lay for 269_VB

10 27

Digital [86] AZ_SYNC_AUD_IO SYNC VREF T3601









MONO_OUT

C

GND [84,86] AZ_RST#_AUD_IO

1PC_BEEP

T3605

11

12

RESET# AVSS1 26

25 C









1

PCBEEP AVDD1









LINE2_R









LINE1_R

LINE2_L









LINE1_L

MIC2_R









MIC1_R

MIC2_L









MIC1_L

SenseA









SenseB

GND_AUDIO









JDREF

TPC26T MIC_VREFOUT_L 1 R3606 2 0Ohm MIC1_VREFOUT_L [84]









2









2







1









1









1

C3618 C3615 C6719 C3608 C3609 /269_VB

GND_IO

ALC269Q-VA6-GR 2.2UF/10V 1UF/10V 10UF/10V 10UF/10V 0.1UF/16V 1 R3611 2 0Ohm

13 GND_AUDIO_IO

14

15

16

17

18

19

20

21

22

23

24









1









1







2









2









2

/269_VA



@ LDO_CAP 1 R3610 2 0Ohm MIC1_VREFOUT_L

/269_VA

For VIA VT1802P GND_AUDIO_IO C3624

C3627　C3628 Change to 2.2UF/10V (P/N　11G233322536360) 1 2 10UF/10V GND_AUDIO_IO

/269_VB

[84] MIC1_JD 1 1% 2 For VIA VT1802P

R3607 20KOhm C3615 Change to 0.1uF (P/N 　11G233310432340)

2 1% 1

[84] LINE2_JD C3608 may improve the audio performance

MONO_OUT







R3603 39.2KOhm

C3626

MIC2_VREFOUT 2 1 GND_AUDIO_IO

For EMI EMI 05/26

2









R3608

1UF/10V

@

RealTek recommend change C3615 from 2.2uF to 1uF R3618

1 2

0Ohm

New project 　 Please use the 1uF for VREF_CODEC

JDREF









R3617 0Ohm

/269_VA

AZ_DMIC_DATA_IO 1 2 AZ_DMIC_DATA_IO_RA C3627 1 2 1UF/10V c0603 @ INTMIC_L On going project　 Please keep 2.2uF for VREF_CODEC

1









if speaker have not S3　S4 resume issue.

0Ohm @ C3628 1 2 1UF/10V c0603 @ INTMIC_R R3619

1 2

GND_AUDIO_IO R3601 1 1% 2 20KOhm

0Ohm

For VIA VT1802P

C6717 100PF/50V R3620

R3601 Change to 5.1Kohm (P/N　10G212510114030) 2 1

1 2

@

0Ohm

T3602

1



TPC26T2 1 MIC_IN_AC_E_L R3621

[84] MIC_IN_AC_E

2.2UF/10V C3613 1 2

B B

2 1 MIC_IN_AC_E_R

[84] MIC_IN_AC_R_E

2.2UF/10V C3614 0Ohm



C3630

1 2

EMI 05/26

100PF/50V



R3623

AZ_BCLK_AUD_IO AZ_DMIC_CLK_IO_R 1 2



0Ohm

2









1









C3623 C3629

10PF/50V 0.1UF/16V GND_IO GND_AUDIO_IO

1









2









@ @/EMI





GND_IO GND_IO

06/19 remove PC beep



For VIA VT1802P

Please reserve 11G232022004320 for ACZ_BCLK_AUD at PCH (SB) side









A A















Title : ALC269-1

ASUSTEK COMPUTER INC Engineer: Anndy_wang

Size Project Name Rev

hexainf@hotmail.com C 1215N_IO 1.3

Date: Tuesday, August 10, 2010 Sheet 83 of 92

GRATIS - FOR FREE 5 4 3 2 1

5 4 3 2 1









R1.1

add MIC_IN_AC_R



[83] MIC1_VREFOUT_R

HP & Mic.

[83] MIC1_VREFOUT_L









2

Ext MIC









2

R3711

R3704

R1.1 4.7KOhm

4.7KOhm R1.1

add MIC_IN_AC_R









1

del L3704









1

D D

J3702

6

MIC1_JD_CON 5

[83] MIC1_JD

4

R3710 1 21KOhm MIC_IN_AC_R_E1 L3706 1 2 120Ohm/100Mhz MIC_IN_AC_R_E2 3

[83] MIC_IN_AC_R_E

R3703 1 21KOhm MIC_IN_AC_E1 L3701 1 2 120Ohm/100Mhz MIC_IN_AC_E2 2

[83] MIC_IN_AC_E

1



PHONE_JACK_6P









1









1







1





1

C3701 C3703 C3720 C3723

10PF/50V 10PF/50V

@ @ 100PF/50V

100PF/50V 12G14031106M









2









2







2





2

@ @





GND_AUDIO_IO

GND_AUDIO_IO GND_AUDIO_IO









L3702

[83] AC_HP_L

R3706 1 2 300Ohm AC_HP_L_CON 1 2 120Ohm/100Mhz HP JACK

R3707 1 2 300Ohm AC_HP_R_CON L3703 1 2120Ohm/100Mhz

[83] AC_HP_R

LINE2_JD

Earphones Jack In : Low J3703









1









1

D3702 D3703

C

R1.1 LINE2_JD_CON

6

5 C

[83] LINE2_JD

change to 300 ohm AC_HP_R_CON_L

4

R1.1 AC_HP_L_CON_L

3

2

331K @ 331K @ del L3705 1





2









2









1

PR 5/17 EMI test OK C3709 PHONE_JACK_6P









1









1

C3714 C3721









1

1000PF/50V









2

@ 100PF/50V 100PF/50V C3713









2









2

Closed TO CONN @









2

10PF/50V

INT SPK GND_AUDIO_IO

@ @



GND_AUDIO_IO GND_AUDIO_IO

GND_AUDIO_IO

GND_AUDIO_IO

C3716

2 1



SL3701 1UF/10V J3701

H_SPKR+ SL3702 1 2 @ H_SPKR+_CON 4 6

[83] H_SPKR+ 0603 4 SIDE2

H_SPKR- 1 2 H_SPKR-_CON 3

[83] H_SPKR- 0603 3

2 2

1 1 SIDE1 5



WtoB_CON_4P

FOR EMI

1



1









1



1









C3710 C3711

@ @ C3705 @ @ C3706

0.22UF/10V 0.22UF/10V 1000PF/16V 1000PF/16V GND_IO

2



2









2



2









FOR EMI BEAD



C3715 GND_IO

GND_IO 2 1



SL3703 1UF/10V

H_SPKL+ SL3704 1 2 @ H_SPKL+_CON

B [83] H_SPKL+ 0603 B

H_SPKL- 1 2 H_SPKL-_CON

[83] H_SPKL- 0603

1



1









1



1









C3717 C3718

@ @ C3707 @ @ C3708

0.22UF/10V 0.22UF/10V 1000PF/16V 1000PF/16V

2



2









2



2









GND_IO GND_IO

C3701-C3708 Reserve for VIA VT1802P









1









1









1

FOR ICH ACZ BUS =1.5V

+1.5VS_IO C3719 C3712 C3722

2 0.1UF/16V 0.1UF/16V 0.1UF/16V









2









2

/EMI@ /EMI@ /EMI@

GND_IO

MUTE CONTROL

2









R3709

10KOhm



GND_AUDIO_IO

1 1 B









@ Q3701

+3VS_IO PMBS3904

+3VS_IO

C

2

E







3









@

FOR ICH ACZ BUS =3.3V

2









D3704

2









A [83,86] AZ_RST#_AUD_IO 1 R3705 A

R3708 3 100KOhm

100KOhm FROM CODEC 2 @

1









BAT54AW R3701 Reserve for VIA VT1802P

1









D3701

[83] EAPD 1

@ 3 DLY_OP_SD#

DLY_OP_SD# [83]

[86] OP_SD#_IO 2



FROM EC BAT54AW

Title : ALC269-2 (I/O)

Add EAPD to avoid POP noise when system into S3 S4

ASUSTEK COMPUTER INC Engineer: Anndy_wang

hexainf@hotmail.com Size

Custom

Project Name

1215N_IO

Rev

1.3



GRATIS - FOR FREE 5 4 3 2

Date: Tuesday, August 10, 2010 Sheet

1

84 of 92

5 4 3 2 1









H6401



1 NP_NC

2 GND1 GND4 5 H6404 H6405

3 GND2 GND3 4

SCREW_HOLE O87X146DO87X146N









1









1

C276D87N

D GND_IO GND_IO D





H6402



1 NP_NC

2 GND1 GND4 5

3 GND2 GND3 4







C276D87N

GND_IO GND_IO



H6403



1 NP_NC

2 GND1 GND4 5

3 GND2 GND3 4







C276D87N

GND_IO GND_IO









C C









B B









A A









Title : Srew Hole

ASUSTEK COMPUTER INC Engineer: Anndy_wang

Size Project Name Rev

A3 1215N_IO 1.3

hexainf@hotmail.com Date: Tuesday, August 10, 2010 Sheet 85 of 92

GRATIS - FOR FREE 5 4 3 2 1

5 4 3 2 1

T8601

FPC_55P_2HOLD

+5V_USB_IO +5VS_IO C_LAN_25M_R_IO 55









1

+5VSUS_IO 55

54 54

+3VS_IO USB_48M_R_IO 53 57

53 SIDE2

52 52

+5VS_IO 51 51









1









1

C6701 C6702 50 50

1









1

C6704 C6705 0.1UF/16V 0.1UF/16V 49

0.1UF/16V 0.1UF/16V @ @ [91] EHCISEL# 49

48









2









2

@ 48

47

2









2







47

[92] VSUS_ON_IO 46 46

D [91] USB_PP2_IO 45

44

45 D

[91] USB_PN2_IO 44

+3VSUS_IO 43

PR 5/18 [87] CLK_PCIE_LAN_IO 42

43

[87] CLK_PCIE_LAN#_IO 42

GND_IO 41

GND_IO 41

40 40

[87] PCIE_TXN_LAN_IO 39 39

[87] PCIE_TXP_LAN_IO 38 38

+1.5VS_IO 37

+3VS_IO +5VSUS_IO 37

[87] PCIE_RXP_LAN_IO 36 36

[87] PCIE_RXN_LAN_IO 35 35

34 34

1









C6710 33 33

1









1









C6711 0.1UF/16V 32

100PF/50V @ C6714 [90,91] PCIE_TXP4_C_IO 32

31

2









/X/EMI [90,91] PCIE_TXN4_C_IO 31

0.1UF/16V 30

2









2









@/EMI 30

[82] PWRBTN_LED_IO 29 29

[87,90,91] PCIE_WAKE#_IO 28 28

[87,90,91] BUF_PLT_RST#_IO 27 27

[82] PWR_SW#_IO 26 26

GND_IO GND_IO 25 25

[83] AZ_SDIN0_AUD_IO 24 24

[83] AZ_BCLK_AUD_IO 23 23

[83] AZ_SDOUT_AUD_IO 22 22

+1.5VS_IO 21

+3VSUS_IO [83] AZ_SYNC_AUD_IO 21

[83,84] AZ_RST#_AUD_IO 20 20

[90] SMI_B_IO 19 19

[84] OP_SD#_IO 18 18

1









1









17 17

C C6715 C6720

PR 5/18 [91] USB_PP1_IO

16 16 C

1









0.1UF/16V 1UF/10V [91] USB_PN1_IO 15

2









2









C6716 @/EMI 15

14 14

0.1UF/16V 13

2









[90,91] CLK_PCIE_USB_PCH_IO 13

[90,91] CLK_PCIE_USB#_PCH_IO 12 12

11 11

@/EMI GND_IO GND_IO [90,91] PCIE_RXP4_USB_IO 10 10

[90,91] PCIE_RXN4_USB_IO 9 9

GND_IO 8

PR 5/17 8

[83] AZ_DMIC_CLK_IO 7 7

[83] AZ_DMIC_DATA_IO 6 6

5 5

Close to DAU_CON 4 4

3 3

2 2 SIDE1 56

AZ_DMIC_CLK_IO

+5V_USB_IO 1 1

1









C6708 J6701

100PF/50V

2









/X/EMI





GND_IO









GND_IO



B B

0524：remove 25CLK from MB

+1.2VSUS_64P +5V_USB_IO





C6721

2 1

R6701 1 2 0Ohm USB_48M_R_IO 0.01UF/16V

[91] USB_48M_IO

+3V_U3 +1.2VSUS_64P

/EXT_48CLK

1









C6713 C6722

10PF/50V 2 1

2









0.01UF/16V

/EXT_48CLK



GND_IO









A A





Title : USB Port

ASUSTEK COMPUTER INC Engineer: Anndy_wang

Size Project Name

hexainf@hotmail.com A3 1215N_IO

Rev

1.3

GRATIS - FOR FREE Date: Tuesday, August 10, 2010 Sheet 86 of 92

5 4 3 2 1









L3302

60 mil

1 2 LX









1

1

C3315 C3316

4.7UH

10UF/6.3V









2

0.1UF/16V









2

+AVDD_CEN_LAN_IO

D D

GND_IO

SL3301

1 2 VDDCT

0805









1

C3328



0.1UF/16V









2

GND_IO







PCIE_TXN_LAN_IO [86]

PCIE_TXP_LAN_IO [86]

LED0









2

CLK_PCIE_LAN_IO [86]

R3301

CLK_PCIE_LAN#_IO [86]

4.7KOhm









+DVDDL





+AVDDL





+AVDDL









1

GND_IO









LED0

C C









LX

+3V_LAN_IO GND_IO

place close to pin1









42

41

40

39

38

37

36

35

34

33

32

31

U3301

1









C3318









GND2

GND1









AVDDL2





AVDDL1

LX

LED[1]

LED[0]

DVDDL_REG

RX_N

RX_P



REFCLK_P

REFCLK_N

+3V_LAN_IO

0.1UF/16V 1 30 PCIE_RXP_LAN_IO_C

C3325

1 20.1UF/16V PCIE_RXP_LAN_IO [86]

2









@ VDD33 TX_P PCIE_RXN_LAN_IO_C

[86,90,91] BUF_PLT_RST#_IO C3319 2 PERSTn TX_N 29 1 2 PCIE_RXN_LAN_IO [86]

3 28 C3324 0.1UF/16V

[86,90,91] PCIE_WAKE#_IO VDDCT_REG WAKEn NC8

GND_IO 1 2 4 VDDCT_REG TESTMODE 27 GND_IO

GND_IO VDDCT 5 26

+AVDDL VDDCT SMDATA T3302

0.1UF/16V 6 AVDDL_REG SMCLK 25

X1_LAN 7 24 +DVDDL

XTLO DVDDL

1









1









C3334 C3333 X2_LAN CLK_REQ_LAN









+AVDDH

8 23









1

XTLI CLKREQn

1UF/10V 0.1UF/16V

+AVDDH

RBIAS

9

10

AVDDH_REG AVDDH 22

21

+AVDDH

+3VSUS_IO L3301

60 mil +3V_LAN_IO









TRXN0





TRXN1

TRXP0





TRXP1

2









2









RBIAS NC7

1









1









C3323 C3322









LED2

1 2









NC1







NC3

NC4

NC5

NC6

2









GND_IO GND_IO 1UF/10V 0.1UF/16V R3303 80Ohm/100Mhz

2









2









1









1









1









1









1









1

2.37KOHM AR8152-BL1A-R C3302 C3303 C3304 C3305 C3306







11

12

13

14

15

16

17

18

19

20

C3301

GND_IO GND_IO 10UF/6.3V 1UF/10V 0.1UF/16V 1UF/10V 0.1UF/16V 0.1UF/16V

1









2









2









2









2









2









2

B B





GND_IO

C3305 close to pin15

GND_IO

GND_IO









+DVDDL









+AVDDL

1









1









1









1

R3305 1 2 10MOhm C3307 C3308 C3309 C3310









1









1









1









1

C3311 C3312 C3313 C3314

0.1UF/16V 0.1UF/16V 0.1UF/16V 1UF/10V









2









2









2









2

X330125Mhz 0.1UF/16V 0.1UF/16V 0.1UF/16V 0.1UF/16V









2









2









2









2

X1_LAN 1 3 X2_LAN

1









1









C3332 C3331 GND_IO

2



4









GND_IO

15PF/50V 15PF/50V C3308 close to pin45/46

2









2









A A

7 8 RN3301D C3326 0.1UF/16V

49.9OHM

5 6 RN3301C 1 2

49.9OHM

3 4 RN3301B

49.9OHM

GND_IO GND_IO 1 2 RN3301A 1 2

49.9OHM

[88] L_TRDP0

C3327 0.1UF/16V

Title : PWR_BUTTON_LED

[88] L_TRDN0

[88] L_TRDP1 ASUSTEK COMPUTER INC Engineer: Anndy_wang

[88] L_TRDN1 GND_IO

Size Project Name Rev

Custom 1215N_IO 1.3

Date: Tuesday, August 10, 2010 Sheet 87 of 92

5 4 3 2 1









hexainf@hotmail.com

GRATIS - FOR FREE

5 4 3 2 1









+3V_LAN_IO



L_TRDP0 L_TRDP1









VI/O

VI/O









VBUS

VBUS









VI/O

4









5









6

D3401

IP4223-CZ6



@









D D









VI/O

VI/O

VI/O

3









2









1

GND

L_TRDN0 L_TRDN1

GND_LAN_T 　窽ゎ　ヴ箂ン

GND_IO









+AVDD_CEN_LAN_IO



3 0Ohm 4 RN3402B

U3401

[87] L_TRDP0 L_TRDP0 1 16 L_TRLP0 L_TRLP0 L_TRLP0_L

L_TRDN0 RD+ RX+ L_TRLN0

[87] L_TRDN0 2 RD- RX- 15









1







2

3 14 L_CMT0

RDCT RXCT L3401

6 11 L_CMT1

L_TRDP1 TXCT

PTCT/TDCT L_TRLP1 90Ohm/100Mhz

[87] L_TRDP1 7 10









4







3

TD+ TX+ @

1









1









C3402 C3403 [87] L_TRDN1 L_TRDN1 8 9 L_TRLN1 L_TRLN0 L_TRLN0_L

TD- TX-

0.1UF/16V 1UF/10V 4 12 1 2

0Ohm

2









2









NC1 NC3 RN3402A

@ 5 NC2 NC4 13



LFE8423

1 0Ohm 2 RN3403A

GND_IO GND_IO

L_TRLP1 L_TRLP1_L









4







3

L3402

90Ohm/100Mhz

@









1







2

C L_TRLN1 L_TRLN1_L C

LAN_8P

3 0Ohm 4

RN3403B 10

P_GND1

8 8

GND_LAN_T 2 75Ohm 1 RN3401A LAN_CON78 7

RN3401B LAN_CON45 L_TRLN1_L 7

4 75Ohm 3 6 6

6 /X/EMI 5 RN3401C L_CMT1 5

75Ohm 5

8 /X/EMI 7 RN3401D L_CMT0 4

75Ohm 4

/X/EMI L_TRLP1_L 3 3









1

/X/EMI L_TRLN0_L 2

C3401 L_TRLP0_L 2

1 1

1000PF/2KV 9









2

P_GND2

1 2

0.1UF/25V C3405 J3401

LAN_GND_IO

/X/EMI

GND_IO





GND_IO LAN_GND_IO

R1.1 EMI

Place near chassis GND









B B









A A









Title : PWR_BUTTON_LED

ASUSTEK COMPUTER INC Engineer: Anndy_wang

hexainf@hotmail.com C

Size Project Name

1215N_IO

Rev

1.3



GRATIS - FOR FREE 5 4 3 2

Date: Tuesday, August 10, 2010

1

Sheet 88 of 92

5 4 3 2 1









D D









C C









B B









A A





Title : EMI

ASUSTEK COMPUTER INC Engineer: Anndy_wang

Size Project Name Rev

hexainf@hotmail.com A3 1215N_IO 1.3



GRATIS - FOR FREE Date: Tuesday, August 10, 2010 Sheet 89 of 92

5 4 3 2 1









PCI Express Interface +3V_U3



0.3B Beta

trace程　絬　　12.5cm(6 inches).

U1301A



R1321 1 20Ohm /USB3_NEC CLK_PCIE_USB_PCH_IO_NEC B2 F14 C1307 1 2 0.1UF/16V

[86,91] CLK_PCIE_USB_PCH_IO PECLKP VDD33_4

R1318 1 20Ohm /USB3_NEC CLK_PCIE_USB#_PCH_IO_NEC B1 F13 /USB3_NEC

[86,91] CLK_PCIE_USB#_PCH_IO PECLKN VDD33_3 PCIE_WAKE#_IO [86,87,91]

D10 C1323 1 2 0.01UF/50V

VDD33_1









PCI Express Interface

/USB3_NEC Standard Circuit

/USB3_NEC C1325 2 1 0.1UF/16V X_U4X1_RXP_C D2 +3V_U3

[86,91] PCIE_RXP4_USB_IO PETXP









6

+3.3V Power Supply

+3.3V Power Supply

/USB3_NEC C1326 2 1 0.1UF/16V X_U4X1_RXN_C D1 F3 GND_IO

[86,91] PCIE_RXN4_USB_IO PETXN VDD33_2 UM6K1N Q1302A

VDD33_5 G3

G4 C1301 1 2 0.01UF/50V 2

VDD33_6

[86,91] PCIE_TXP4_C_IO

R1319 1 20Ohm /USB3_NEC PCIE_TXP4_C_IO_NEC F2 /USB3_NEC USB3.0 uPD720200









1

R1320 1 0Ohm /USB3_NEC PCIE_TXN4_C_IO_NEC PERXP

[86,91] PCIE_TXN4_C_IO 2 F1 PERXN









1

L9 GND_IO

VDD33_7 C1303

D VDD33_8 L10 1 2 0.01UF/50V 10KOhm

D

[86,87,91] BUF_PLT_RST#_IO H2 PERSTB

/USB3_NEC REV. U3_03B BETA R1314

PCIE_WAKE_USB# K1

T1302 CLKREQ4_USB# PEWAKEB

1 K2 L14 GND_IO









2

PECREQB VDD33_10

+3V_U3

VDD33_9 L13 C1302 1 2 0.01UF/50V UPD720200

/USB3_NEC /X/UPD720200 PCIE_WAKE_USB#

8.2KOhm 7 U3_PSEL

8 RN1301D /USB3_NEC J1

8.2KOhm U3_AUXDET PSEL

5 6 RN1301C /USB3_NEC J2 AUXDET VDD33_11 N4 GND_IO

8.2KOhm 3 4 RN1301B /USB3_NEC N5 C1327 1 2 0.01UF/50V

VDD33_12

惠　SB狠pull high. VDD33_13 N6 /USB3_NEC

VDD33_14 P3



+1.2VS_64P_DVDD GND_IO

C1328 1 20.1UF/16V /USB3_NEC A_UTXP_C_NEC B10

[91] A_UTXP_C U3TXDP1

C1329 1 20.1UF/16V /USB3_NEC A_UTXN_C_NEC A10 C4

[91] A_UTXN_C U3TXDN1 VDD10_1

VDD10_2 C5

R1331 1 20Ohm /USB3_NEC A_UDN_C_NEC N10 C6 C1320 1 2 0.1UF/16V

[91] A_UDN_C U2DM1 VDD10_3

R1332 1 20Ohm /USB3_NEC A_UDP_C_NEC P10 C7 /USB3_NEC

[91] A_UDP_C PR 5/17 change to 0ohm U2DP1 VDD10_4

D5 C1322 1 2 0.01UF/50V

+3V_U3 +3V_U3 VDD10_7 /USB3_NEC +3VS_IO +3VSUS_IO

C1333 1 20.1UF/16V/USB3_NEC A_URXP_C_NEC B12

[91] A_URXP_C U3RXDP1

C1334 1 20.1UF/16V A_URXN_C_NEC

/USB3_NEC A12 D8 GND_IO

[91] A_URXN_C U3RXDN1 VDD10_8

1









1









USB Interface

T1301 TPC26b 1 U3_PPON1 VDD10_9 D9 C1330 1 2 0.1UF/16V

+3V_U3









+1.0V Power Supply

+1.0V Power Supply

R1311 R1304 C8 /USB3_NEC

10KOhm 10KOhm VDD10_5 C1317

[91] U3_PPON1 J14 PPON1 VDD10_6 C9 1 2 0.01UF/50V R1306 1 2 0Ohm

/USB3.0 /USB3.0 H14 /USB3_NEC /USB3_SUS

[91] U3_PPON2 PPON2 JP1302

(100mA)

2









2









T1303 TPC26b 1 U3_PPON2 E4 GND_IO R1328 1 2 0Ohm 2 1

U3_OC1 VDD10_11 C1309 2 1

[91] U3_OC1 H13 OCI1B VDD10_10 E3 1 2 0.01UF/50V

U3_OC2 G14 /USB3_NEC /USB3_VS 1MM_OPEN_5MIL

[91] U3_OC2 OCI2B



VDD10_12 E11 GND_IO

C1335

1 20.1UF/16V /USB3_NEC B_UTXP_C_NEC B6 E12 C1308 1 2 0.01UF/50V

[91] B_UTXP_C U3TXDP2 VDD10_13 /USB3_NEC

C1336

1 20.1UF/16V /USB3_NEC B_UTXN_C_NEC A6

[91] B_UTXN_C U3TXDN2

VDD10_14 H3 GND_IO

R1337 1 20Ohm /USB3_NEC B_UDN_C_NEC N8 H4

[91] B_UDN_C U2DM2 VDD10_15

C R1338 1 20Ohm /USB3_NEC B_UDP_C_NEC P8 L5 C1319 1 2 0.01UF/50V C

[91] B_UDP_C U2DP2 VDD10_19 +1.2VS_64P_DVDD

/USB3_NEC

PR 5/17 change to 0ohm +1.2VS_64P

C1339

1 20.1UF/16V /USB3_NEC B_URXP_C_NEC B8 L8 GND_IO

[91] B_URXP_C U3RXDP2 VDD10_20 JP1301

C1340 0.1UF/16V /USB3_NEC B_URXN_C_NEC C1306 2 0.1UF/16V SL1302

[91] B_URXN_C 1 2 A8 U3RXDN2 VDD10_16 H11

K11

1

/USB3_NEC 1 2 2 1

(700mA)

VDD10_17 C1312 0603 2 1

VDD10_18 K12 1 2 0.01UF/50V

/USB3_NEC 1MM_OPEN_5MIL

(1)USB3.0 Interface trace程　絬　　10cm(4 inches).

(2)USB Interface differential trace torlerence = GND_IO

0.12mm(5 mail).

+3V_U3



70Ohm/100Mhz

[91] SPI_DI_IO R1324 1 20Ohm /USB3_NEC SPI_DI_IO_NEC M1 SPISO









SPI Interface

[91] SPI_CS_B_IO R1325 1 20Ohm /USB3_NEC SPI_CS_B_IO_NEC N2 D7 +U3_3V_AUX_L L1301 1 2 /USB3_NEC

SPICSB U3AVDD33









Analog Power

Analog Power









1









1









1

/USB3_NEC /USB3_NEC /USB3_NEC

C1304 C1318 C1313

0.1UF/16V 0.01UF/50V 5PF/50V









2









2









2

[91] SPI_CLK_IO R1326 1 20Ohm /USB3_NEC SPI_CLK_IO_NEC M2

R1327 1 0Ohm /USB3_NEC SPI_DO_IO_NEC SPISCK

[91] SPI_DO_IO 2 N1 SPISI

GND_IO

眖玭爵т　　　　祇SMI　GPI U2AVDD33 P13

pin, PWR Plate is Main









1









1

Interface

PWR. /USB3_NEC /USB3_NEC

U3_SMI# H1 C1311 C1316

[91] U3_SMI# SMIB

System



Signal



0.01UF/50V 0.1UF/16V









2









2

[91] PORST# P5 PONRSTB



GND_IO Close to P12

System Clock









[91] XI R1322 1 20Ohm /USB3_NEC XI_NEC N14 P12 U3_RREF R1302 1 1% 2 1.6KOhm

XT1 RREF

Analog Signal

Analog Signal









/USB3_NEC U1301B

[91] XO R1323 1 20Ohm /USB3_NEX XO_NEC M14 A1 P14

XT2 VSS1 VSS100

U2AVSS N12 A2 VSS2 VSS99 P11

+3V_U3 A3 P9

B

@ VSS3 VSS98 B

A4 VSS4 VSS97 P7

U2PVSS







U3AVSS









R1301 1 U3_CSEL P6

2 0Ohm A5 P4

CSEL VSS5 VSS96

A7 VSS6 VSS95 P2

　　钡　　场块　48MHz Clock. R1305 1 2 0Ohm P12籔N12　Layout, A9 VSS7 VSS94 P1

璝璶┰狾　　　Clock, /USB3_NEC 叫叭ゲ把σNEC Layout guide_Page31. GND_IO A11 VSS8 VSS93 N13

叫把σUSB3.0 datasheet. UPD720200F1-DAK-A /USB3_NEC A13 N9

N11







D6









VSS9 VSS92

A14 VSS10 VSS91 N7

GND_IO B3 VSS11 VSS90 N3

B4 VSS12 VSS89 M13

0: 24Mhz ; 1: 48Mhz B5

B7

VSS13 VSS88 M12

M11

VSS14 VSS87

B9 VSS15 VSS86 M10

B11 VSS16 VSS85 M9

GND_IO B13 VSS17 VSS84 M8

BUF_PLT_RST#_IO B14 M7

VSS18 VSS83

C1 VSS19 VSS82 M6

C2 VSS20 VSS81 M5

C3 VSS21 VSS80 M4

C10 VSS22 VSS79 M3

C11 VSS23 VSS78 L12

C12 VSS24 VSS77 L11

C13 L7

1









VSS25 VSS76

G









C14 VSS26 VSS75 L6

U3_SMI# D3 L4

3









S 2









[86] SMI_B_IO VSS27 VSS74

D









D4 VSS28 VSS73 L3

D11 VSS29 VSS72 L2

Q1301 D12 VSS30 VSS71 L1

D13 VSS31 VSS70 K14

2N7002 D14 K13

/NEC/X VSS32 VSS69

E1 VSS33 VSS68 K4

E2 VSS34 VSS67 K3

E13 VSS35 VSS66 J13

R2.0 E14

F4

VSS36

VSS37

VSS65

VSS64

J12

J11

R1310 1 2 0Ohm F6 J9

VSS38 VSS63

F7 VSS39 VSS62 J8

/NEC F8 J7

D1301 VSS40 VSS61

A F9 VSS41 VSS60 J6 A

F11 VSS42 VSS59 J4

2 1 F12 VSS43 VSS58 J3

G1 VSS44 VSS57 H12

G2 VSS45 VSS56 H9

1PS79SB30 G6 VSS46 VSS55 H8

G7 VSS47 VSS54 H7

/ASM G8 H6

VSS48 VSS53

G9 VSS49 VSS52 G13

G11 VSS50 VSS51 G12



UPD720200F1-DAK-A

/USB3_NEC

Title : USB 3.0_NEC

ASUSTEK COMPUTER INC Engineer: Anndy_wang

hexainf@hotmail.com GND_IO GND_IO

Size

C

Project Name

1215N_IO

Rev

1.3



GRATIS - FOR FREE 5 4 3 2

Date: Tuesday, August 10, 2010

1

Sheet 90 of 92

5 4 3 2 1



/USB3_AS

[86,90] CLK_PCIE_USB_PCH_IO

C4042 1 2 PCIE_RXP4_USB_IO_C

0.1UF/16V PCIE_TXN4_C_IO_AS R4041 1 20Ohm /USB3_AS

[86,90] PCIE_RXP4_USB_IO PCIE_TXN4_C_IO [86,90] [86,90] CLK_PCIE_USB#_PCH_IO

[86,90] PCIE_RXN4_USB_IO

C4043 1 2 PCIE_RXN4_USB_IO_C

0.1UF/16V PCIE_TXP4_C_IO_AS R4040 1 20Ohm /USB3_AS

PCIE_TXP4_C_IO [86,90] [86,90] PCIE_RXP4_USB_IO

/USB3_AS

PEREXT XI_AS R4048 1 0Ohm /USB3_AS [86,90] PCIE_RXN4_USB_IO +3V_U3

2 XI [90] [86,90] PCIE_TXP4_C_IO

EHCISEL# XO_AS R4052 1 20Ohm /USB3_AS XO [90] [86,90] PCIE_TXN4_C_IO

CLK_PCIE_USB#_PCH_IO_AS R4038 1 20Ohm /USB3_AS

CLK_PCIE_USB#_PCH_IO [86,90] [86,87,90] PCIE_WAKE#_IO

CLK_PCIE_USB_PCH_IO_AS R4039 1 20Ohm /USB3_AS [86,87,90] BUF_PLT_RST#_IO

+3V_U3 CLK_PCIE_USB_PCH_IO [86,90]

R4034 2 1 0Ohm /USB3_AS

[90] U3_SMI#

[86] EHCISEL# SPI ROM









2









2

VDD33U

VDD12U +3VSUS_IO R4028 R4029

05G000407124

+3.3VCC R4037 2 1 0Ohm /USB3_AS 4.7KOhm 4.7KOhm

/USB3.0 / NEC_8.2KOhm

05G000408011

/USB3.0 /NEC_39.2KOhm









1









1

R4058 @NEC U4007

+3VSUS_IO GND_IO 1 2 SPI_CS_B_IO 1 8

USB_48M_IO [86] CS# VCC

SPI_DI_IO









66

65

64

63

62

61

60

59

58

57

56

55

54

53

52

51

50

49

2 SO HOLD# 7

2









1

U4008 0Ohm WP#_48 3 6 SPI_CLK_IO

R4008 WP# SCK SPI_DO_IO C4003

4 5









GND5

GND4

GPIO[0]

GND3

VCC12_4

PE_REXT

VCC33P

PE_TXN

PE_TXP

GNDA3

PE_RXN

PE_RXP

VDD12P



XO

XI



PE_CLKN

PE_CLKP

VCC12_3

D GND SI D

4.7KOhm /USB3_AS @AS / USB3.0_NEC_24MHZ_11G232012004320 HOLD#- 0.1UF/16V









2

NP0 MX25L512MC-12G 0:Operation Lock

C4036 1:Normal Operation

1









INTROMEN 1 48 VDD12U 2 1 XO GND_IO GND_IO

U3_SMI# GPIO[1] VDD12U_2 A_URXN_AS C4045 A_URXN_C /USB3_AS

2 SMI# U3RXN_A 47 1 2 0.1UF/16V

CSEL 3 46 A_URXP_AS C4046 1 2 0.1UF/16V A_URXP_C /USB3_AS 22PF/50V

GPIO[2] U3RXP_A









1

PESEL 4 45

PEPWRDET PE_SEL GNDA2 A_UTXN_AS

5 PE_PWRDET U3TXN_A 44 C4026 1 2 0.1UF/16VA_UTXN_C /USB3_AS X4002









1

PECLKREQ# 6

7

PE_CLKREQ#

VCC33_1

U3TXP_A

UREXT

43

42 UREXT

A_UTXP_AS C4027 1 2 0.1UF/16VA_UTXP_C /USB3_AS 2

20MHZ C4051 coSPI-AS/NEC

SPI_CLK_IO R4053 1 /USB3_AS 2SPI_CLK_IO_AS 8

0Ohm 41 VDD33U 4 22PF/50V









2

R4054 1 /USB3_AS SPI_DO_IO_AS 9 SPI_CLK VCC33U B_UTXN_AS C4059

SPI_DO_IO 20Ohm

SPI_DO U3TXN_B 40 1 2 0.1UF/16V B_UTXN_C /USB3_AS /AS

SPI_CS_B_IO R4055 1 /USB3_ASSPI_CS_B_IO_AS 10

20Ohm 39 B_UTXP_AS C4061 1 2 0.1UF/16V B_UTXP_C /USB3_AS /USB3.0_NEC_07G010272400

SPI_DI_IO_AS 11 SPI_CS# U3TXP_B

SPI_DI_IO R4056 1 /USB3_AS 20Ohm 38









3

SPI_DI GNDA1 B_URXN_AS C4063 0.1UF/16V B_URXN_C /USB3_AS 22PF/50V C4037 R4059 +3V_U3

PORST#

12

13

GND1 U3RXN_B 37

36 B_URXP_AS C4062

1

1

2

20.1UF/16V B_URXP_C /USB3_AS 2 1 XI_R 1 2 XI

R1.1 :R4028--->39.2K; R4029---->8.2K----0602

T4002 UART_RX PORST# U3RXP_B VDD12U

1 14 UART_RX VDD12U_1 35

T4001 1 UART_TX 15 34 @AS / USB3.0_NEC_24MHZ_11G232012004320 0Ohm

UART_TX VSUS12_2 NP0 /NEC

16 33

PE_WAKE#







VCC12_1 GND2









1









2

VSUS33_1

VSUS12_1





VSUS33_2









GND_IO R4057 +3V_U3



TEST_EN

PE_RST#



VCC33_2

VCC12_2

PPON_A

PPON_B

U2DN_B







U2DN_A

U2DP_B







U2DP_A









+1.2VS_64P D1331 R4027

OCI_A#

OCI_B#

1 2

1PS79SB30 4.7KOhm









2

0Ohm @NEC @

GND_IO R4026









2









1

ASM1042 4.7KOhm

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32







+3VSUS_IO

R1.1 :

coXTL-AS/NEC /USB3_AS









1

+3V_U3 D4001

R4003 1 20Ohm

/USB3_AS +1.2VSUS_64P NEC:C4036/C4037 change to 12 pf （11G232012004320） IO_BUF_PLT_RST# 1 2BUF_PLT_RST#_IO [90] PORST#

R4060 1 20Ohm /USB3_SUS

+1.2VSUS_64P_PWRGD [92]

R4061 1 20Ohm

PGD_1V2_64P_IO [92]









1









1









1

VSUS_3V3 R4004 1 20Ohm /USB3_AS +1.2VS_64P 1N4148WS R4046 /USB3_VS

/USB3_AS VSUS_1V2 R4013 1 20Ohm /USB3_AS /USB3_AS C4035

10KOhm 1UF/10V









2









2

TEST_EN R4006 1 20Ohm /USB3_AS C4030 @

GND_IO IO_BUF_PLT_RST# R4049 1 2100KOhm /USB3_AS U3_PPON2 0.1UF/16V colay-Reset & POK









2

R4050 1 2100KOhm /USB3_AS U3_PPON1 /USB3_AS

U3_OC2 U3_OC2 GND_IO GND_IO GND_IO

U3_OC1 U3_OC1

U3_PPON2

U3_PPON1 PR 5/17

C PCIE_WAKE#_IO R4051 1 210KOhm /USB3_AS +5V_USB_IO F4001 +5V_USB1 C

A_UDP_AS R4064

2 1 0Ohm A_UDP_C 1 2 1.5A/6V

A_UDN_AS R4063

2 1 0Ohm A_UDN_C









1









1

B_UDP_AS /USB3_AS R4062

2 1 0Ohm B_UDP_C +









1

B_UDN_AS /USB3_AS R4065

2 1 0Ohm B_UDN_C R4066 C4049

07G014150531 U6903

/USB3_AS 4.7KOhm 100UF/6.3V C4047

/USB3_AS R4021 GND_IO 1 8 @ 0.1UF/16V









2









2

UREXT 1% GND OUT3

1 2 2 7









2

IN1 OUT2

H/W Strip 12.1KOhm 3 IN2 OUT1 6









4







3

+3.3VCC /USB3_AS 4 5 GND_IO GND_IO

90Ohm/100Mhz [90] U3_PPON1 EN OC#

PEREXT 1 2

R4023 1 24.7KOhm /USB3_AS L4007 @ R4022 1% @

TPS2065DGNG4 U3_OC1 [90]









1

INTROMEN R4011 1 24.7KOhm @ INTROMEN=1; External ROM 12.1KOhm PR 5/17 R4067









1







2

U3_SMI# R4012 1 24.7KOhm @ SMI# connect to SB's SMI#_input /USB3_AS 6.8KOhm

PESEL R4014 1 24.7KOhm @

A_UDP_C A_UDP_R

GND_IO USB3_ESD @

[90] A_UDP_C 1 0OHM 2 RN4012A /USB3

PEPWRDET R4015 1 24.7KOhm @ [90] A_UDN_C A_UDN_C 3 4 RN4012B /USB3 A_UDN_R U4002

0OHM









2

R4016 1 24.7KOhm /USB3_AS A_URXN_RC 1 10 A_URXN_RC

PECLKREQ# R4017 1 4.7KOhm @ A_URXP_RC TMDS_CH1- NC4 A_URXP_RC

2 2 TMDS_CH1+ NC3 9

CSEL R4018 1 24.7KOhm @ 1 RN4013A

[86] USB_PN1_IO 0OHM 2 3 GND1 GND2 8 GND_IO

R4033 1 2 CSEL=0;20Mhz

4.7KOhm /USB3_AS osc [86] USB_PP1_IO 3 0OHM 4

RN4013B A_UTXN_RC 4 TMDS_CH2- NC2 7 A_UTXN_RC

USB20_SB A_UTXP_RC 5 6 A_UTXP_RC +5V_USB_IO F4002 +5V_USB2

TMDS_CH2+ NC1 1.5A/6V

USB20_SB 1 2



4







3

TEST_EN R4019 1 24.7KOhm @ TEST_EN=0; Normal=l IP4284CZ10-TB









1









1

R4010 1 24.7KOhm /USB3_AS 90Ohm/100Mhz /USB3.0/ESD +









1

L4001 @ R4068 C4050

U6904

EHCISEL# R4020 1 24.7KOhm @ EHCISEL=0;EHCI mode 07G014150531 4.7KOhm 100UF/6.3V C4048

1







2

connect to SB's GPO by BIOS GND_IO 1 8 @ 0.1UF/16V









2









2

R4047 1 4.7KOhm @ GND_IO GND_IO GND OUT3

2 control for EHCI mode 2 7









2

IN1 OUT2

3 IN2 OUT1 6

1







2



U4003 4 5 GND_IO GND_IO

[90] U3_PPON2 EN OC#

L4008 @ B_URXN_RC 1 10 B_URXN_RC

GND_IO 90Ohm/100Mhz B_URXP_RC TMDS_CH1- NC4 B_URXP_RC @

2 TMDS_CH1+ NC3 9 TPS2065DGNG4 U3_OC2 [90]









1

3 8 PR 5/17 R4069

4







3









B_UTXN_RC GND1 GND2 B_UTXN_RC 6.8KOhm

4 TMDS_CH2- NC2 7

[90] B_UDP_C B_UDP_C 3 4 RN4009B /USB3 B_UDP_R B_UTXP_RC 5 6 B_UTXP_RC @

0OHM TMDS_CH2+ NC1

[90] B_UDN_C B_UDN_C 1 2 RN4009A /USB3 B_UDN_R

0OHM

IP4284CZ10-TB









2

/USB3.0/ESD

[86] USB_PN2_IO 3 0OHM 4 RN4010B

[86] USB_PP2_IO 1 0OHM 2 RN4010A GND_IO

B USB20_SB B

USB20_SB GND_IO GND_IO

1







2









+5V_USB_IO +3.3VCC

L4006 @

90Ohm/100Mhz

4







3









1









1

[90] A_URXN_C A_URXN_C A_URXN_RC C4053 C4054

+1.2VS_64P +3V_U3 +5V_USB1 0.1UF/16V 0.1UF/16V









2









2

4







3









VSUS_1V2 VSUS_3V3 B_UDN_R A_UDN_R @/EMI

L4002 @

@/EMI

1









1









1









1









1









1









1









1









1









1









90Ohm/100Mhz









VBUS









VI/O

VI/O

1







2









[90] A_URXP_C A_URXP_C A_URXP_RC J4001 GND_IO GND_IO









6









5









4

C4031 +5V_USB1 1

2









2









2









2









2









2









2









2









2









2









C4032 C4012 C4011 C4010 C4009 C4005 C4006 C4019 C4015 A_UDN_R VBUS

3 0Ohm 4 RN4003B /USB3 D4002 2 D-

10UF/6.3V 0.1UF/16V 0.1UF/16V 0.1UF/16V 0.1UF/16V 10UF/6.3V 0.1UF/16V 0.1UF/16V 0.1UF/16V 0.1UF/16V 1 2 RN4003A /USB3 IP4223-CZ6 A_UDP_R 3

0Ohm D+

/USB3_AS /USB3_AS /USB3_AS /USB3_AS /USB3_AS /USB3_AS /USB3_AS /USB3_AS /USB3_AS /USB3_AS 4

A_UTXN_C A_UTXN_RC A_URXN_RC PGND

[90] A_UTXN_C 5 SSRX-

GND_IO GND_IO A_URXP_RC 6 SSRX+

4







3









GND_IO GND_IO 7

L4003 @ A_UTXN_RC GND

8 SSTX-

A_UTXP_RC 9

90Ohm/100Mhz SSTX+

1







2









[90] A_UTXP_C A_UTXP_C A_UTXP_RC 10 P_GND1

11

1









2









3

P_GND3

VI/O









VI/O

+1.2VS_64P 3 /USB3

4 RN4004B 12





GND

0Ohm SIDE1

1 0Ohm

/USB3

2 RN4004A 13 SIDE2

B_UDP_R A_UDP_R

[90] B_URXN_C B_URXN_C B_URXN_RC USB_CON_1X9P

R4045 2 1 0Ohm /USB3_AS VDD12U N/A

4







3









0805 type L4004 @ GND_IO

USB 2.0:12G13108004R

1









1









1









1









GND_IO

90Ohm/100Mhz

1







2









[90] B_URXP_C B_URXP_C B_URXP_RC J4002

2









2









2









2









C4033 C4013 C4014 C4060 +5V_USB2 1

10UF/6.3V 0.1UF/16V 0.1UF/16V 0.1UF/16V B_UDN_R VBUS

3 0Ohm 4 RN4006B /USB3 2 D-

/USB3_AS /USB3_AS /USB3_AS /USB3_AS 1 2 RN4006A /USB3 B_UDP_R 3

0Ohm D+

4 PGND

[90] B_UTXN_C B_UTXN_C B_UTXN_RC B_URXN_RC 5

A +3V_U3 GND_IO B_URXP_RC SSRX- A

6 SSRX+

4







3









7 GND

L4005 @ B_UTXN_RC 8

B_UTXP_RC SSTX-

90Ohm/100Mhz 9 SSTX+

R4044 2 1 0Ohm /USB3_AS VDD33U

1







2









[90] B_UTXP_C B_UTXP_C B_UTXP_RC 10 P_GND1

0805 type

coESD-AS/NEC 11 P_GND3

1









1









1









3 0Ohm 4 RN4005B /USB3 12 SIDE1

1 0Ohm 2 RN4005A /USB3 13 SIDE2



2









2









2









C4034 C4017 C4018 USB_CON_1X9P

10UF/6.3V 0.1UF/16V 0.1UF/16V N/A USB_Port

/USB3_AS /USB3_AS /USB3_AS Title :

Close to ASM1042 GND_IO ASUSTeK COMPUTER INC Engineer: Aries/Jesse

GND_IO Size Project Name Rev

A2 1215N_IO 1.0

hexainf@hotmail.com Date: Tuesday, August 10, 2010 Sheet 91 of 92





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+3VS_IO









1

PR8700

+3VS_IO 100KOhm

/NEC_1.2VS/AS_1.2VS +1.2VS_64P Dual_layout OPTIONAL CHOICE Voltage(NEC=1.05V;ASM=1.2V)

Imax=1A









2

BOM_table







1

1.200V

PR8701 PGD_1V2_64P_IO [91] PC8705

100KOhm 2 1+1.2VS_SENSE +1.2VS_64P NEC (Normal) /NEC_1.2VS/AS_1.2VS NEC

/NEC_1.2VS/AS_1.2VS

D

+1.5VS_IO +5VS_IO PU8700A GND_IO PR8702 6.2K 10G212620114030 --> 1.048V D

1000PF/50V

2 GND2 9 /NEC_1.2VS/AS_1.2VS PJ8700

1 8 PR8702 SHORT_PIN @

POK GND1 +1.2VS_64P_FB_10

2 EN FB 7 1 2 1 2

3 6 /NEC_1.2VS/AS_1.2VS

VIN VOUT

4 CNTL NC 5 10KOhm NEC(SUS) /NEC_1.2VSUS NEC

2







1









R5505 PC8700 VFB=0.8V

0.1UF/16V UP7704U8

PR8706 6.2K 10G212620114030 --> 1.048V









2

10KOhm c0402 /NEC_1.2VS/AS_1.2VS

2









@ /NEC_1.2VS/AS_1.2VS PU8700B PR8703

1









1









1









1

10 GND3 20KOhm

1









PC8701 PC8702 11 GND4 /NEC_1.2VS/AS_1.2VS PC8703 PC8704 @

10UF/6.3V 0.1UF/16V 12 GND5 10UF/6.3V 10UF/6.3V ASM1042(Normal) /NEC_1.2VS/AS_1.2VS Asmedia

2









2









1









2









2

/NEC_1.2VS/AS_1.2VS

c0402

/NEC_1.2VS/AS_1.2VS 13 GND6 /NEC_1.2VS/AS_1.2VS

GND_IO GND_IO PR8702 10K 10G212100214030 --> 1.200V

UP7704U8 /AS_1.2VS_ALL NORMAL

GND_IO GND_IO /NEC_1.2VS/AS_1.2VS GND_IO GND_IO GND_IO



GND_IO



+1.2VS_64P ASM1042(Normal +SUS) /NEC_1.2VS/AS_1.2VS Asmedia

+3VSUS_IO

Asmedia PR8702 10K 10G212100214030 --> 1.200V

PR8702 10K 10G212100214030 --> 1.200V /NEC_1.2VSUS

1









NEC Asmedia

PR8704

100KOhm

PR8702 6.2K 10G212620114030 --> 1.048V +1.2VSUS_64P PR8706 10K 10G212100214030 --> 1.200V

/NEC_1.2VSUS

Imax=0.1A

2









C C

+1.2VSUS_64P_PWRGD [91] 1.200V

PC8723

2 1+1.2VSUS_FB +1.2VSUS_64P +1.2VS_64P



+3VSUS_IO +5VSUS_IO PU8701A GND_IO 1000PF/50V

9 PJ8701

GND2 PR8706/NEC_1.2VSUS SHORT_PIN @

1 POK GND1 8

2 7 +1.2V_64PSUS_FB_10 1 2 1 2

[86] VSUS_ON_IO EN FB

3 6 /NEC_1.2VSUS PR8717 1 20Ohm

VIN VOUT 10KOhm PR8718 1 0Ohm

4 CNTL NC 5 2

1









PC8706 VFB=0.8V /AS_1.2VS_NORMAL/NEC_1.2VSUS

0.1UF/16V UP7704U8 /AS_1.2VS_NORMAL/NEC_1.2VSUS

2





c0402 /NEC_1.2VSUS

2









/NEC_1.2VSUS PR8707

1









1









1

20KOhm

PC8707 PC8708 /NEC_1.2VSUS PC8709

10UF/6.3V 0.1UF/16V PU8701B 10UF/6.3V

2









2









1









2

GND_IO /NEC_1.2VSUS c0402 10 /NEC_1.2VSUS

/NEC_1.2VSUS GND3

11 GND4

12 GND5

GND_IO GND_IO 13 GND_IO GND_IO

GND6

UP7704U8

/NEC_1.2VSUS

GND_IO









B B







Dual_layout BOM(USB interface) BOM(PCIE interface) BOM(XTL interface) BOM(SPI interface)

BOM_table



C4045, C4046, C4026, C4027, R4038, R4039, R4040, R4041, X4002(20MHZ, 07G010012000), R4053, R4054, R4055, R4056,

ASM only C4059, C4061, C4062, C4063, C4042, C4043 @C4036,C4037(22pF,11G232022004030), R4028/ R4029

(USB3.0) C4064, C4065, C4066, C4067, C4051, R4032, @C4052 (4.7K, 10G212472004030),

(USB2.0) RN4012A, RN4012B C4003, U4007



NEC only C1328, C1329, C1331, C1332, R1318, R1319, R1320, R1321, X4002(24MHZ,11G232027004070), R1324, R1325, R1326, R1327,

(USB3.0) C1333, C1334, C1335, C1336, C1325, C1326 C4036,C4037(12pF,11G232012004320), R4028(8.2K, 10G212822004030),

(USB2.0) C1337, C1338, C1339, C1340, @C4051, R1317, @R1315, @R1316 R4029(39.2K, 10G212392214031),

RN4012A, RN4012B C4003, U4007



PCH only

(USB2.0) RN4013A, RN4013B



C4045, C4046, C4026, C4027, R4038, R4039, R4040, R4041,

ASM+PCH C4059, C4061, C4062, C4063, C4042, C4043

(USB3.0) C4064, C4065, C4066, C4067,

A

(USB2.0) RN4012A, RN4012B,

A





RN4013A, RN4013B





C1328, C1329, C1331, C1332, R1318, R1319, R1320, R1321,

NEC+PCH C1333, C1334, C1335, C1336, C1325, C1326

(USB3.0) C1337, C1338, C1339, C1340, Title : N/A

(USB2.0) RN4012A, RN4012B, ASUSTeK COMPUTER INC. NB Engineer: Aaron_Lin

RN4013A, RN4013B Size Project Name Rev

Custom

1215N_IO 1.0

Date: Tuesday, August 10, 2010 Sheet 92 of 92

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1215N_IO 1.3G

D D

01.Block Diagram

02.PWR_BUTTON_LED

03.ALC269-1

2009_1102_1100

04.ALC269-2(I/O)

05.ALC269-3(I/O)

06.DAU_HDD_CON

07.LAN

08.LAN CONN.

09.USB3.0_ASM1042

10.USB_Port

C 11.Srew Hole C





12.EMI









B B









A A



Title : Block Diagram

ASUSTek Computer INC. Engineer: ERICH_LEE

Size Project Name Rev



hexainf@hotmail.com

A4 1215N_IO 1.3

Date: Tuesday, August 10, 2010 Sheet 93 of 93

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