Lenovo S696 mainboard schematic

5

4

3

2

1

重要信号线图例说明：

重要

Power line,

重要信号线，需做立体包地处理

D D

次重要信号线，做一般包地处理

差分阻抗信号，做阻抗控制并立体包地处理

射频阻抗信号，做阻抗控制并立体包地处理

C C

Mode[3:0]

0000

0001

Note:

MODE(3:0) pins have internal Pull Downs

P_Jtag = Primary JTAG port, A_Jtag = Auxilliary JTAG port

B B

线宽按要求加粗

MSM7X27A Operating mode

ARM9 on P_Jtag; ARM CORTEX A5 on A_Jtag

ARM9 + ARM CORTEX A5 daisy chain on P_Jtag

Note1:

1) MIPI internal regulator is set to Switching mode by default. For LDO mode install 0 ohm instead of 2.2uH inductor

2) MIPI signals should be routed as differential pair of 100 ohm impedance.

VREG_S3

U0101A

AE7 AG7 AG5

AK30

AJ11

AN1 D22 AD8

AA3

AM8

AK10

AK20 AK18

AJ3 AJ5

MSM8225

TDI

CONTROL

TMS TCK RTCK TRST RESIN

WDOG_EN SLP_CLK USBPHY_SYSCLK RSVD

TCXO

MODE_3 MODE_2 MODE_1 MODE_0

MIPI_CAL MIPI_LDO

LCD Interface

Front camera

Back camera

USBPHY_VBUS

TDO

USBPHY_REXT

RESOUT

MIPI_DSI_CLK_P MIPI_DSI_CLK_N

MIPI_DSI_LANE1_P MIPI_DSI_LANE1_N

MIPI_DSI_LANE2_P MIPI_DSI_LANE2_N

MIPI_CSI1_CLK_P MIPI_CSI1_CLK_N

MIPI_CSI1_LANE0_P MIPI_CSI1_LANE0_N

MIPI_CSI2_CLK_P MIPI_CSI2_CLK_N

MIPI_CSI2_LANE0_P MIPI_CSI2_LANE0_N

MIPI_CSI2_LANE1_P MIPI_CSI2_LANE1_N

C23 AJ7 C21

R0102 4.02K,1%

AL31

AM18 AN19

AT18 AR19

AR17 AP18

AM22 AN23

AR23 AP24

AM20 AN21

AT20 AR21

AP22 AT22

CHG_VALID [9] JTAG_TDO [29]

MSM_RESOUT_N [11]

MIPI_DSI_CLK_P [15] MIPI_DSI_CLK_N [15]

MIPI_DSI_LANE1_P [15] MIPI_DSI_LANE1_N [15]

MIPI_DSI_LANE2_P [15] MIPI_DSI_LANE2_N [15]

MIPI_CSI2_CLK_P [16] MIPI_CSI2_CLK_N [16]

MIPI_CSI2_LANE0_P [16] MIPI_CSI2_LANE0_N [16]

MIPI_CSI2_LANE1_P [16] MIPI_CSI2_LANE1_N [16]

R0103 10K/DNI

JTAG_TDI[29] JTAG_TMS[29] JTAG_TCK[29] JTAG_RTCK[29] JTAG_TRST_N[29] MSM_RESIN_N[1]

WDOG_EN[29]

SLEEP_CLK_MSM[9]

PMIC_TCXO[9]

VREG_S3

R0101 10K/DNI

MODE_0[29]

C0101

2.2uf

TP0101 TP0102 TP0103

L0101

2.2uH

MSM_USB_TCXO

1

MODE(3)

1

MODE(2)

1

MODE(1)

Note1

AM10 AN11

Note1(layout guideline):

1) 400 MHz clock rate; 800 Mbps/lane data rate;

2) Differential pairs, 100 ? nominal, ± 10%;

3) Total routing length < 305 mm;

4) Intra-pair length matching < 5 ps (0.67 mm);

5) Inter-pair length matching < 20 ps (2.6 mm) ;

6) Inter-pair coupling < 40 dB;

7) Lane-to-lane trace spacing = 2x line width;

VREG_L7

8) Spacing to all other signals = 4x line width. MIPI signals should be routed as differential pair of 100 ohm impedance.

RESET

R0106 22K

MSM_THERM [2]

A A

RT0105 68K

5

R0108

100K

C0102 100nf

PON_RESET_N[7]

JTAG_RESOUT_N[29]

4

D0101

RB520S-30TE61

D0102

RB520S-30TE61

VREG_S3

R0104 10K

3

MSM_RESIN_N [1]

MIDH, Lenovo Group

MIDH, Lenovo Group Smart Phone BU

Smart Phone BU

Smart Phone BU Hardware developemt

Hardware developemt

Size Document Number Rev

<Doc> EVT

A3

<Doc> EVT

A3

<Doc> EVT

A3

Date: Sheet

2

Date: Sheet

Function:

Sicily(S696)_MSM8225_Control

Modified by:

of

134Thursday, November 15, 2012

1

5

4

U0101B MSM8225

3

2

1

D D

PA_RAMP[22] PA_R0[20]

PA_ON_0[20]

TX_ON[23] TRK_LO[7]

C0201

PRX_I_M[23] PRX_I_P[23] PRX_Q_M[23] PRX_Q_P[23]

DRX_GPS_I_M[23]

C C

B B

DRX_GPS_I_P[23] DRX_GPS_Q_M[23] DRX_GPS_Q_P[23]

MIC1_M[17] MIC1_P[17] MIC2_M[14] MIC2_P[14]

MSM_THERM[1]

C1868 100nf

1pF/DNI

C0203 1pF/DNI

C1867 100nf

U5 V4 P8 R5

R7 P2

AM6

H4 G3

K2 K4

C7 C9 A9 B8

E7 D6 A5 C5 B6 A7

D2 E3 E1

J3 J1

L1 L3

F2

ANALOG_RF

PA_PWR_CTL PA_PWR_CTL_M PA_RANGE0 PA_ON0

TX_ON TX_AGC_ADJ TRK_LO_ADJ

I_IM_CH0 I_IP_CH0 Q_IM_CH0 Q_IP_CH0

I_IM_CH1 I_IP_CH1 Q_IM_CH1 Q_IP_CH1

LINE_L_IN LINE_L_IP LINE_R_IN LINE_R_IP

AUXIN AUXIP MIC1N MIC1P MIC2N MIC2P

TS_LR TS_LL TS_UR TS_UL

GSM_BG_REF

DAC_IREF

I_OUT_N

I_OUT_P Q_OUT_N Q_OUT_P

USBPHY_DP USBPHY_DN

HPH_VREF

HPH_L

HPH_R

EAR1_ON

EAR1_OP

LINE_ON

LINE_OP

AUXOUT

CCOMP

MIC_BIAS

USBPHY_ID

AA7

AC1

AE3 AF2 AE5 AF4

A21 B22

D14 C11 C13

B12 A13

E9 D8

E11 E5 B4 B20

C0202 100nf

GSM_BANDGAP_REF [9]

TX_IREF [5,23]

TX_I_M [23] TX_I_P [23] TX_Q_M [23] TX_Q_P [23]

USB_HS_DP [17] USB_HS_DN [17]

HPH_L [14] HPH_R [14]

EAR1_M [14] EAR1_P [14]

LINE_O_RM [9] LINE_O_LP [9]

Note1: Place this cap near GND_A(pin B 10) External CODEC Decoupling CAP

MSM_MICBIAS [17] USB_HS_ID [17]

重要信号线图例说明：

重要

Power line,

重要信号线，需做立体包地处理

A A

次重要信号线，做一般包地处理

差分阻抗信号，做阻抗控制并立体包地处理

射频阻抗信号，做阻抗控制并立体包地处理

5

线宽按要求加粗

MIDH, Lenovo Group

MIDH, Lenovo Group Smart Phone BU

Smart Phone BU

Smart Phone BU Hardware developemt

Hardware developemt

Size Document Number Rev

A4

Date: Sheet

4

3

<Doc> EVT

2

Function:

Sicily(S696)_MSM8225_Analog\RF

Modified by:

of

234Thursday, November 15, 2012

1

5

4

U0101C

3

2

1

EBI1

EBI1_DQ_31 EBI1_DQ_30 EBI1_DQ_29 EBI1_DQ_28 EBI1_DQ_27 EBI1_DQ_26 EBI1_DQ_25 EBI1_DQ_24 EBI1_DQ_23 EBI1_DQ_22 EBI1_DQ_21 EBI1_DQ_20 EBI1_DQ_19 EBI1_DQ_18 EBI1_DQ_17 EBI1_DQ_16 EBI1_DQ_15 EBI1_DQ_14 EBI1_DQ_13 EBI1_DQ_12 EBI1_DQ_11 EBI1_DQ_10

EBI1_DQ_9 EBI1_DQ_8 EBI1_DQ_7 EBI1_DQ_6 EBI1_DQ_5 EBI1_DQ_4 EBI1_DQ_3 EBI1_DQ_2 EBI1_DQ_1 EBI1_DQ_0

J29 K30 K32 G35 H32 J33 J35 H34 L29 K34 M32 M30 M34 N33 N29 N35 R29 R35 T30 P30 T34 R33 V32 T32 V30 V34 U29 AA33 Y34 Y32 W35 AA35

EBI1_DATA31 EBI1_DATA30 EBI1_DATA29 EBI1_DATA28 EBI1_DATA27 EBI1_DATA26 EBI1_DATA25 EBI1_DATA24 EBI1_DATA23 EBI1_DATA22 EBI1_DATA21 EBI1_DATA20 EBI1_DATA19 EBI1_DATA18 EBI1_DATA17 EBI1_DATA16 EBI1_DATA15 EBI1_DATA14 EBI1_DATA13 EBI1_DATA12 EBI1_DATA11 EBI1_DATA10 EBI1_DATA9 EBI1_DATA8 EBI1_DATA7 EBI1_DATA6 EBI1_DATA5 EBI1_DATA4 EBI1_DATA3 EBI1_DATA2 EBI1_DATA1 EBI1_DATA0

EBI1_DATA[0:31]

EBI1_DATA[0:31] [11]

C35 F32 D34 B26

H28

E27 A27 E29

C27

U0101D

EBI2_OE EBI2_WE EBI2_UB EBI2_LB

EBI2_WAIT

EBI2_CS2 EBI2_CS1 EBI2_CS0

EBI2_CLK

MSM8225

EBI2

EBI2_ADV

EBI2_BUSY0

EBI2_A_D_15 EBI2_A_D_14 EBI2_A_D_13 EBI2_A_D_12 EBI2_A_D_11 EBI2_A_D_10

EBI2_A_D_9 EBI2_A_D_8 EBI2_A_D_7 EBI2_A_D_6 EBI2_A_D_5 EBI2_A_D_4 EBI2_A_D_3 EBI2_A_D_2 EBI2_A_D_1 EBI2_A_D_0

G29 A25

E33 G33 D36 A33 B34 C33 E31

MSM_UART2DM_RFR

B32

MSM_UART2DM_CTS

B28 G27 D26 C29 D32 A31 H26 C31

1

TP0301

1

TP0302

MSM_UART2DM_RXD [29] MSM_UART2DM_TXD [29]

EBI1_CAL

AG29 AD32

P36

AB30 AA29

W29 AB34 AE35

AF36

AB36

H36 K36 T36 Y36

H30 P32 P34

AB32

AJ35

AH30

AG33 AD34 AE29

Y30

AF30 AH36 AH34 AC29

AF34 AG35 AE33 AD30 AH32

AJ33

AF32

EBI1_WE EBI1_RAS EBI1_CAS

EBI1_CS1 EBI1_CS0

EBI1_CKE1 EBI1_CKE0 EBI1_DCLK EBI1_DCLKB

EBI1_CAL

EBI1_DQS_3 EBI1_DQS_2 EBI1_DQS_1 EBI1_DQS_0

EBI1_DM_3 EBI1_DM_2 EBI1_DM_1 EBI1_DM_0

EBI1_BA_1 EBI1_BA_0

EBI1_ADR_14 EBI1_ADR_13 EBI1_ADR_12 EBI1_ADR_11 EBI1_ADR_10 EBI1_ADR_9 EBI1_ADR_8 EBI1_ADR_7 EBI1_ADR_6 EBI1_ADR_5 EBI1_ADR_4 EBI1_ADR_3 EBI1_ADR_2 EBI1_ADR_1 EBI1_ADR_0

MSM8225

EBI1_WE_N[11] EBI1_RAS_N[11] EBI1_CAS_N[11]

D D

CAD NOTE: Place resistor close to MSM.

C C

EBI1_A[13:0][11]

EBI1_CLK_EN1[11] EBI1_CLK_EN0[11] EBI1_DCLK_P[11] EBI1_DCLK_M[11]

EBI1_CS1_N[11] EBI1_CS0_N[11]

EBI1_DQS3[11] EBI1_DQS2[11] EBI1_DQS1[11] EBI1_DQS0[11]

EBI1_DQM3[11] EBI1_DQM2[11] EBI1_DQM1[11] EBI1_DQM0[11]

EBI1_BA1[11] EBI1_BA0[11]

EBI1_A14[11]

EBI1_A[13:0]

R0301

49.9,1%

EBI1_A13 EBI1_A12 EBI1_A11 EBI1_A10 EBI1_A9 EBI1_A8 EBI1_A7 EBI1_A6 EBI1_A5 EBI1_A4 EBI1_A3 EBI1_A2 EBI1_A1 EBI1_A0

B B

EBI1 Layout Guideline:

1) Differential clock layout guidelines - EBI1_DCLK and EBI1_DCLKB

a. Use controlled impedance lines; b. Route the traces in parallel and close to each other; c. Traces must have nearly equal length; d. Both traces must be routed on the same layer;

2) DQ , DQS and data signal are divided into four data byte subclasses. Each data subclasses should be kept the trace-length matching

a. EBI1_DQS[3]/EBI1_DM[3] --> EBI_DQ[31:24] (data subclass 3); b. EBI1_DQS[2]/EBI1_DM[2] --> EBI_DQ[23:16] (data subclass 2); c. EBI1_DQS[1]/EBI1_DM[1] --> EBI_DQ[15:8] (data subclass 1); d. EBI1_DQS[0]/EBI1_DM[0] --> EBI_DQ[7:0] (data subclass 0)

重要信号线图例说明：

重要

Power line,

A A

重要信号线，需做立体包地处理

次重要信号线，做一般包地处理

差分阻抗信号，做阻抗控制并立体包地处理

射频阻抗信号，做阻抗控制并立体包地处理

线宽按要求加粗

MIDH, Lenovo Group

MIDH, Lenovo Group Smart Phone BU

Smart Phone BU

Smart Phone BU Hardware developemt

Hardware developemt

Size Document Number Rev

<Doc> EVT

A3

<Doc> EVT

A3

<Doc> EVT

A3

Date: Sheet

5

4

3

2

Date: Sheet

Function:

Sicily(S696)_MSM8225_EBI1&EBI2

Modified by:

of

334Thursday, November 15, 2012

1

5

D D

R0407 0R

VREG_S3

R0403

2.2K

C C

For Sensor

For CTP

B B

I2C1_SCL_SENSORS[12] I2C1_SDA_SENSORS[12]

I2C1_SCL[15,18] I2C1_SDA[15,18]

CAM_MCLK_5MP[16]

R0402 0R R0401 0R

C0401 33pf/DNI

R0404

2.2K

CAM_5MP_SHDN_N[16]

CAM_5MP_RESET[16]

CAP_TS_RESET_N[15]

4

Note: INT------detect an interrupt during MPM shutdown

U0101E

PA_R1[20]

MSM_TCXO_EN[9]

PMIC_SSBI[7]

eMMC_D4[11]

UART3_TX

1

TP0406 TP0407

AUDIO_PA_EN_A[14] AUDIO_PA_EN_B[14]

TP0404 TP0403

CHIP_PWD_L[18]

LCD_RESET_N[15]

KEY_BLEN[17]

LCD_ID[15]

ALS_INT_N[12]

eMMC_D7[11] eMMC_D6[11] eMMC_D5[11]

PM_INT_N[7]

PS_HOLD[7]

ACCL_INT1[12]

KEPD_DRV0[17,29]

TP0408 TP0410

1 1

1

1 1

CAM_MCLK

KEPD_DRV1 KEPD_DRV2

UART3_RX

UART1_RX UART1_TX

AG1 AG3 AB4

AP32 AN33 AT34

AT8 B14 C15 E15 B16

G15

D16 H14 B18 A15 C17 H12

AJ1 AH4 AH2

E17

H20

D18 G17

H16

A19

E13 G13

H22

C19

H18

E19 G19

E23

C25

D24 G25

E25 G23

AT32 AM16 AN17 AR15 AR33 AN35 AP36

AJ15 AN25 AM24 AR25

AJ25 AT26 AM26 AK26 AN27 AK24 AM28 AP26 AR27

MPM_GPIO_0 MPM_GPIO_1 MPM_GPIO_2

GPIO_107 GPIO_108 GPIO_109 GPIO_110 GPIO_111 GPIO_112 GPIO_113 GPIO_114 GPIO_115 GPIO_116 GPIO_117 GPIO_118 GPIO_119 GPIO_120 GPIO_121 GPIO_122 GPIO_123 GPIO_124 GPIO_125 GPIO_126 GPIO_127 GPIO_128 GPIO_129 GPIO_130 GPIO_131 GPIO_132

GPIO_4 GPIO_5 GPIO_6 GPIO_7 GPIO_8 GPIO_9 GPIO_10 GPIO_11 GPIO_12 GPIO_13 GPIO_14 GPIO_15 GPIO_16 GPIO_17 GPIO_18 GPIO_19 GPIO_20 GPIO_21 GPIO_22 GPIO_23 GPIO_24 GPIO_25 GPIO_26 GPIO_27 GPIO_28 GPIO_29 GPIO_30 GPIO_31 GPIO_32 GPIO_33 GPIO_34

3

GPIO

INT

INT Reserved

for LCDC

Reserved for LCDC

INT

2

AT28

GPIO_35

AK28

GPIO_36

AN29

GPIO_37

AJ27

GPIO_38 GPIO_39 GPIO_40 GPIO_41 GPIO_42 GPIO_43 GPIO_44 GPIO_45 GPIO_46 GPIO_47 GPIO_48 GPIO_49 GPIO_50 GPIO_51 GPIO_52 GPIO_53 GPIO_54 GPIO_55 GPIO_56 GPIO_57 GPIO_58 GPIO_59 GPIO_60 GPIO_61 GPIO_62 GPIO_63 GPIO_64 GPIO_65 GPIO_66 GPIO_67 GPIO_68 GPIO_69 GPIO_70 GPIO_71 GPIO_72 GPIO_73 GPIO_74 GPIO_75 GPIO_76 GPIO_77 GPIO_78 GPIO_79 GPIO_80 GPIO_81 GPIO_82 GPIO_83 GPIO_84 GPIO_85 GPIO_86 GPIO_87 GPIO_88 GPIO_89 GPIO_90 GPIO_91 GPIO_92 GPIO_93 GPIO_94 GPIO_95 GPIO_96 GPIO_97

AR31 AP30

KEYSENSE_N4

AJ29 AM30 AM2 AL3 AL5 AK8 R1 N3 N5 N7 AN3 AP2 AR3 AN5 AT4 AP4 U3 Y2

MSM SSBI2 to SSBI_RTR6285A

AC3 AA5 AB2 AR5 AP6 AT6 AN7 AR7 AP8 AA1 Y4 U1 W3 AP12 AJ13 AR11 AK14

1

AN13 AR13 AP14 AM12 AT12 AM14 AN15 AT14 T2 K8 R3 P4 AK32 AM36 AL33 AM34 AM32 AL35 AP10 AN31 AH28 AK12

TP0411

1

TP0412

HS_DETECT_N UIM2_MSM_DATA

JAM_DET_INT

BOOT_SCUR

1

INT

INT INT

INT

KEYSENSE_N0 [17,29] KEYSENSE_N1 [17,29] ACCL_INT2 [12] WAKE_ON_WIRELESS [18] KEYSENSE_N4 [29] OVP_FLAG_N [7] SDC1_CARD_DET [13] MSM_UART1_RFR_N [18] MSM_UART1_CTS_N [18] MSM_UART1_RXD [18] MSM_UART1_TXD [18] UIM1_MSM_CLK [9] CAP_TS_INT_N [15]

UIM1_MSM_DATA [9] SDC1_CARD_D3 [13] SDC1_CARD_D2 [13] SDC1_CARD_D1 [13] SDC1_CARD_D0 [13] SDC1_CARD_CMD [13] SDC1_CARD_CLK [13]

SSBI_RTR6285A [23]

SDC2_CLK [18] SDC2_CMD [18] SDC2_D3 [18] SDC2_D2 [18] SDC2_D1 [18] SDC2_D0 [18] AUX_PCM_DOUT [18] AUX_PCM_DIN [18] AUX_PCM_SYNC [18] AUX_PCM_CLK [18] ANT_SEL3 [19] ANT_SEL2 [19] ANT_SEL1 [19] ANT_SEL0 [19]

GSM_PA_BAND [22] GSM_PA_EN [9,22] EXT_GPS_LNA_EN [25]

FM_RDS_INT [18] UIM2_MSM_CLK [9] BT_SYS_RESET_N [18] HS_DETECT_N [14] UIM2_MSM_DATA [9] eMMC_CLK [11] eMMC_CMD [11] eMMC_D3 [11] eMMC_D2 [11] eMMC_D1 [11] eMMC_D0 [11]

TP0405

MDP_VSYNC_P [15]

LCM_BLEN [15]

VREG_S3

R0405

2.2K

R0406

2.2K

1

I2C0_SCL [16] I2C0_SDA [16]

For Camera

MSM8225

A A

MIDH, Lenovo Group

MIDH, Lenovo Group Smart Phone BU

Smart Phone BU

Smart Phone BU Hardware developemt

Hardware developemt

Size Document Number Rev

<Doc> EVT

A3

<Doc> EVT

A3

<Doc> EVT

A3

Date: Sheet

5

4

3

2

Date: Sheet

Function:

Sicily(S696)_MSM8225_GPIOS

Modified by:

of

434Thursday, November 15, 2012

1

5

4

3

2

1

VREG_L9_MSM_USBVREG_L14

C0508 470nF

VREG_L7

D D

C C

TX_IREF[2,23]

C0515

2.2nF

VREG_L9_MSM_PLL4

C0523 470nF

C0511 470nF

VREG_L7

VREG_L4

C0512 470nF

C0516 470nF

C0520 470nF

C0513 470nF

C0517 470nF

C0522 470nF

C0504 470nF

C0514 470nF/DNI

VREG_L3

VREG_L9_MSM_CSI

VREG_S3

VREG_L7

VREG_L2

C0518 470nF/DNI

C0521 470nF

VREG_L9_MSM_USB VREG_L14_MSM_USB

VREG_L7_MSM_A1

VREG_L3_MSM_DSI

VREG_L9_MSM_CSI1 VREG_L9_MSM_CSI2

R0506 0R/DNI R0501 100K

VREG_L7_MSM_TXDAC

VREG_L2_MSM_PADAC

VREG_L7_MSM_A2

C0519 470nF/DNI

VREG_L4_MSM_PLLX VREG_L9_MSM_PLL4

C0561 470nF

C0510 470nF

C0509 470nF

C0550 470nF

U0101F

G21

VDD_USBPHY_1P8

E21

VDD_USBPHY_3P3

G11

VDD_A1

G9

VDD_A1

D10

VDD_A1

D4

VDD_A1

AK16

VDD_A2

AK22

VDD_A3

AJ21

VDD_A3

U7

VDD_EFUSE_PROG

AC5

VDD_A1

W5

VDD_A4

F4

VDD_A1

G5

VDD_A1

L5

VDD_A1

M4

VDD_A1

W9

VDD_A6

U13

VDD_A6

U11

VDD_A6

Y12

VDD_A6

AA9

VDD_A5

AA11

VDD_A6

MSM8225

VREG_S1_MSM_C1

PWR

VDD_P1 VDD_P1 VDD_P1 VDD_P1 VDD_P1 VDD_P1

VDD_P2 VDD_P2 VDD_P2 VDD_P2 VDD_P2 VDD_P2 VDD_P2 VDD_P2 VDD_P2 VDD_P2

VDD_P3

VDD_P4 VDD_P4

VDD_C2 VDD_C2 VDD_C2 VDD_C2 VDD_C2 VDD_C2 VDD_C2 VDD_C2 VDD_C2 VDD_C2 VDD_C2

F34 L33 U33 W33 AC33 AK34

D20 D28 D30 T4 AD4 AK4 AN9 AP16 AP28 AP34

AM4

D12 F6

AC9 AC11 AC13 AF8 AF10 AF12 AF14 AG9 AG11 AG13 AG15

VREG_S3_MSM_P1

C0529 470nF

VREG_S3_MSM_P2

C0537 470nF

VREG_L12_MSM_P3

C0542 470nF

VREG_S3_MSM_P4

C0541 470nF

VREG_S2_MSM_C2

C0503 470nF

C0567 470nF

C0524

C0528

470nF

C0536

C0538

470nF

VREG_L12

VREG_S3

C0543 470nF

Line Width: 1mm

C0506

C0505

470nF

C0568

C0569

470nF

VREG_S3_MSM_P

C0525

C0526

470nF

470nF/DNI

C0539

C0540

470nF

VREG_S2_MSM_C2

C0507

C0501

470nF

22uF

C0570

C0571

470nF

VREG_S3

R0504 0R

VREG_S3_MSM_P

R0502 0R

Note1: Place this Resistor close to 22uF cap.

C0572 470nF

C0573 470nF

VFB_S2_MSM_C2 [8]

C0574 470nF

U0101G

VDDCX_1

VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1 VDD_C1

MSM8225

Line Width: 1mm

V18

VDD_C1

V20

VDD_C1

V22

VDD_C1

V24

VDD_C1

V26

VDD_C1

W15

VDD_C1

W17

VDD_C1

W19

VDD_C1

W21

VDD_C1

W23

VDD_C1

W25

VDD_C1

AB14

VDD_C1

AB16

VDD_C1

AB18

VDD_C1

AB20

VDD_C1

AB22

VDD_C1

AB24

VDD_C1

AB26

VDD_C1

AC15

VDD_C1

AC17

VDD_C1

AC19

VDD_C1

AC21

VDD_C1

AC23

VDD_C1

AC25

VDD_C1

AF16

VDD_C1

AF18

VDD_C1

AF20

VDD_C1

AF22

VDD_C1

AF24

VDD_C1

AF26

VDD_C1

AH10

VDD_C1

AJ9

VDD_C1

3

VREG_S3

VREG_L9 VREG_L9_MSM_USB

VPH_PWR V_CDMA_PA

R0511 0R

R0507 0R R0509 0R R0510 0R

R0512 0R

VREG_MSMP

VREG_L9_MSM_CSI VREG_L9_MSM_PLL4

SUPPLY CONFIGURATION

MIDH, Lenovo Group

MIDH, Lenovo Group Smart Phone BU

Smart Phone BU

Smart Phone BU Hardware developemt

Hardware developemt

Size Document Number Rev

<Doc> EVT

A3

<Doc> EVT

A3

<Doc> EVT

A3

Date: Sheet

2

Date: Sheet

Function:

Sicily(S696)_MSM8225_Power/Caps

Modified by:

of

534Thursday, November 15, 2012

1

VREG_S1_MSM_C1

J9 K24 K26 L11 L13 L15 L17 L19 L21 L23 L25 L27

N9 N27 P12 P14 P16 P18 P20 P22 P24 P26 R11 R13 R15 R17 R19 R21 R23 R25 V14 V16

C0553 470nF

C0548 470nF

C0564 470nF

R0503 0R

C0554 470nF

C0547 470nF

C0565 470nF

C0552 470nF

C0576 470nF

C0566 470nF

VFB_S1_MSM_C1[8]

B B

C0502

C0551

22uF

470nF

C0544

C0545

470nF

C0575 470nF

C0563 470nF

4

C0549

A A

5

470nF

5

D D

4

3

2

1

U0101H

MSM8225

H10

H8

B10

H2 C3

AC7

W7 M2

V12

AA13

C C

B B

W13 W11

AB8

AB12

B24

AJ17

AP20

AJ23 AJ19

Y8 V8 U9

J7

G7

J5 L7

GND_A GND_A GND_A GND_A GND_A

GND_A GND_A GND_A GND_A

GND_A GND_A

GND_A GND_A GND_A GND_A GND_A GND_A

GND_A GND_A

GND_A GND_A GND_A

GND_A GND_A

GND

GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND

A1 A3 A11 A17 A23 A29 A35 B2 B30 B36 C1 E35 F36 G1 H24 J11 J13 J15 J17 J19 J21 J23 J25 J27 K28 L9 L35 M8 M12 M14 M16 M18 M20 M22 M24 M26 M28 M36 N1 N11 N13 N15 N17 N19

U0101IMSM8225

N21

GND

N23

GND

N25

GND

P28

GND

R9

GND

T8

GND

T12

GND

T14

GND

T16

GND

T18

GND

T20

GND

T22

GND

T24

GND

T26

GND

T28

GND

U15

GND

U17

GND

U19

GND

U21

GND

U23

GND

U25

GND

U35

GND

V2

GND

V28

GND

V36

GND

W1

GND

Y14

GND

Y16

GND

Y18

GND

Y20

GND

Y22

GND

Y24

GND

Y26

GND

Y28

GND

AA15

GND

AA17

GND

AA19

GND

AA21

GND

AA23

GND

AA25

GND

AB10

GND

AB28

GND

AC35

GND

AD2

GND

GND2

GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND

AD10 AD12 AD14 AD16 AD18 AD20 AD22 AD24 AD26 AD28 AD36 AE1 AE9 AE11 AE13 AE15 AE17 AE19 AE21 AE23 AE25 AF28 AH8 AH12 AH14 AH16 AH18 AH20 AH22 AH24 AH26 AK2 AK36 AL1 AR1 AR9 AR29 AR35 AT2 AT10 AT16 AT24 AT30 AT36

A A

MIDH, Lenovo Group

MIDH, Lenovo Group Smart Phone BU

Smart Phone BU

Smart Phone BU Hardware developemt

Hardware developemt

Size Document Number Rev

<Doc> EVT

A3

<Doc> EVT

A3

<Doc> EVT

A3

Date: Sheet

5

4

3

2

Date: Sheet

Function:

Sicily(S696)_MSM8225_GND

Modified by:

of

634Thursday, November 15, 2012

1

5

4

3

2

1

PM8029 INPUT POWER

USB_HS_VBUS_CONN

C0715

VPH_PWR

1uf

Line Width:2.0mm

C0704 22uF

VBATT

D D

Line Width:2.0mm

J0701

C C

WKBAV028-A31P

4

1

4

2

5

3

5

667

7

1 2 3

A2 B2

C3

BD6041GUL-E2

C0706 22uF

U0702

OUT1A1IN1 IN2A3OUT2 IN3 IN4B3OK

12

R0706 0R/DNI

B1 C1

ENC2GND

4

7

5

C0705 100nf

C0703

+

22uF

1

268

12

+

3

Q0701

FDMA905P

R0708 0R

C0711 22uF

Line Width:1.0mm

VREG_S3

R0704 100K

OVP_FLAG_N [4]

12

C0721

+

BAT0701

22uF/DNI

C0701

C0709

33pF

12pF

EECEP0F333Y

D0702

BATT_FET_N

ESD5Z3V3-2TR

C0714

4.7uf

C0710 100nF/DNI

VBATT_TEMP

C0702 10nf

R0705 22K

U0701-1

K19

INPUT_PWR

P16

VCHG

R15

VCHG

P12

VPH_PWR

R11

VPH_PWR

N11

BATFET_N

N13

VBAT

VREF_THERM

BATT_THERM

P14 R13 N15

C0707 100nF/DNI

VCOIN VREF_THERM BATT_THERM

PM8029

VCOIN

R0703

9.31K,1%

R0709

1.21K,1%

D0701

ESD9X5VD-2/TR

GND_NCP

GND_S1 GND_S2 GND_S3 GND_S4

A7 A15 E23 A21

R1

GND

A1

GND

A23

GND

F12

GND

G11

GND

G13

GND

H12

GND

Note1: CAD NOTE:The input and output cap ground of each switching regulator should be directly to these pins

需要单点接地

PM8029 CONTROL

JTAG_PS_HOLD[29]

PS_HOLD[4]

PHONE_ON_N[17]

C0722 100nf

PMIC_SSBI[4]

PMIC_SSBI

R0702 10K

TP0701

R0712 0R/DNI

1

R0711 51K

1

TP0702

1

TP0703

TRK_LO_ADJ TRK_LO

VREG_S3

PON_RESET_N [1]

PM_INT_N [4]

PA_THERM [20]

TRK_LO_ADJ [26] TRK_LO [2]

U0701-2

CONTROL

K9

PS_HOLD

K13

CBLPWR_N

K11

KPDPWR_N

M10

RESIN_N

K15

OPTION1

C11

SBDT

PM8029

VDD_MSM_IO

PON_RESET_N

PM_INT_N

PA_THERM

PM_TRK_LO

TRK_LO_ADJ

F4

H8

H10

N17

M8 M6

C0712 33pf/DNI

Place close to PMIC

PON_RESET_N

PM_INT_N

R0714 0R

R0713 0R

C0708 100nf

C0713

3.3nF

Place close to PMIC

Fuel Gauge

B B

A A

MIDH, Lenovo Group

MIDH, Lenovo Group Smart Phone BU

Smart Phone BU

Smart Phone BU Hardware developemt

Hardware developemt

Size Document Number Rev

<Doc> EVT

A2

<Doc> EVT

A2

<Doc> EVT

A2

Date: Sheet

5

4

3

2

Date: Sheet

Function:

Sicily(S696)_PM8029 Input/CTRL

Modified by:

of

734Thursday, November 15, 2012

1

734Thursday, November 15, 2012

5

D D

Line Width: 1mm

VPH_PWR

C C

C0809

Note1

4.7uF

Note1: The input and output cap ground of each switching regulator should be directly connected to these pins A7, A15, E23, A21

Note2: This is wired for UMTS only. For Multi-mode support the resistor must be swapped

B B

VPH_PWR

VREG_S4_PMIC

VREG_S3

VPH_PWR

(GND_S1) (GND_S2) (GND_S3) (GND_S4)

R0801 0R/DNI R0802

Note2

0R

4

Line Width: 0.6mm

Line Width: 0.3mm

C0806

C0810

10uf

4.7uF

C0803 100nf

C0835 100nf

C0836 100nf

C0811

4.7uF

C0828 100nf

C0808 100nf

C0805

4.7uF

C0802 1uf

C0837 100nf

U0701-3

G5

REF_BYP

K5

REF_GND

A11

VDD_S1

B12

VDD_S1

A19

VDD_S2

G23

VDD_S3

C23

VDD_S4

H22

VDD_L7_NCP

C0804 100nf

A13

VDD_SMPS

D22

VDD_L1_L2

D4

VDD_L3_L4_L5_L6

D2

VDD_L3_L4_L5_L6

P8

VDD_L8_L9_L10_L11

R7

VDD_L8_L9_L10_L11

H2

VDD_L12_L13_L14_L15_16

H4

VDD_L12_L13_L14_L15_16

A5

VDD_L17_L18_L19

PM8029

VREG

VSW_S1 VSW_S1

VREG_S1

VSW_S2 VSW_S2

VREG_S2

VSW_S3 VSW_S3

VREG_S3

VSW_S4

VREG_S4

NCP_CTC1 NCP_CTC2

VREG_NCP

NCP_FB

VREG_L7

VREG_L1 VREG_L2

VREG_L3 VREG_L4 VREG_L5 VREG_L6

VREG_L8

VREG_L9 VREG_L10 VREG_L11

VREG_L12 VREG_L13 VREG_L14 VREG_L15 VREG_L16

VREG_L17 VREG_L18 VREG_L19

3

L0801

Line Width: 1mm

2.2uH

L0802

Line Width: 1mm

C0814

2.2uf

C0817 2.2uf

C0813

2.2uf

2.2uH

L0803

Line Width: 0.3mm

2.2uH

L0804

2.2uH

C0812 1uF

(2.1V 300mA)

C0820 2.2uf

C0821 1uf

C0824 1uf

C0822 1uf

C0818 2.2uf

C0819 2.2uf

C0826 1uf

C0823 1uf

C0825 1uf

A9 B8 B10 A17 B16 B18 F22 F20 G21 B22 B20

K21 H20 G19

M18

K23

C21 D20

C1 C3 E3 B2

R5 P6 P10 R9

N1 K1 G3 M2 G1

A3 B4 B6

C0815 1uf

C0816 1uf

C0838 22uF

C0807 22uF

C0834 22uF

2.1V /800mA

C0833 22uF

C0827 1uf

C0801 1uf

R0806 0R

R0808 0R

C0829 1uf

Processor core1

Processor core2 1.1V /1.2A

Digital pads and EBI

Line Width: 0.3mm

R0810 0R

C0830 1uf

R0805 0R

VREG_L7

C0831 1uf

C0832 2.2uf

1.1V /1.2A

1.8V /800mA

RF SMPS DIRECT 146mA

RF SUBREGULATION 422mA

(2.6V 300mA)

(RFRX_1_BACKUP 248mA)

R0812 0R/DNI

(1.2V, 150mA) MIPI DSI (1.1V, 150mA) Digital PLL

(1.3V, 150mA) (1.2V, 150mA)

(2.85V, 50mA) (1.8V, 150mA) (3.0V, 150mA) (1.8V, 50mA)

(2.85V, 300mA) (2.85V, 300mA) (3.075V, 150mA) (1.8V/2.85V, 150mA) (1.8V/2.85V, 150mA)

(3.3V, 300mA) (2.7V, 150mA) (1.8V, 150mA)

R0811 0R

2

VREG_S1_MSM_C1

VFB_S1_MSM_C1 [5]

VREG_S2_MSM_C2

VFB_S2_MSM_C2 [5]

VREG_S3

VREG_S4_RF

VREG_S4_PMIC

VREG_L7

VREG_RFRX_1_BACKUP

VREG_L2 VREG_RFRX_1 VREG_S4_RF

VREG_L3 VREG_L4 VREG_L5

VREG_L8_TCXO VREG_L9 VREG_L10

For Bluetooth and WLAN

For RF Analog For WLAN

Need special PDN care

VREG_L6

VREG_L11

VREG_L12 VREG_L13 VREG_L14 VREG_L15_UIM2 VREG_L16_UIM1

VREG_L17 VREG_L18 VREG_L19

VREG_RF2V7

On Port

R0812

R0808

UG34 UCG124

0ohm

DNI

0ohm

DNI

1

A A

MIDH, Lenovo Group

MIDH, Lenovo Group Smart Phone BU

Smart Phone BU

Smart Phone BU Hardware developemt

Hardware developemt

Size Document Number Rev

<Doc> EVT

A2

<Doc> EVT

A2

<Doc> EVT

A2

Date: Sheet

5

4

3

2

Date: Sheet

Function:

Sicily(S696)_PM8029 VREGS

Modified by:

of

834Thursday, November 15, 2012

1

834Thursday, November 15, 2012

5

4

3

2

1

PM8029 CLOCK

U0701-4

D D

C C

TCXO[26]

Y0701

1 2

Q13FC1350000200

C0911 10pF/DNI

PMIC_XTAL32K_IN PMIC_XTAL32K_OUT

C0912 10pF/DNI

PM8029 GPIOS AND MPPS

UIM1_MSM_DATA[4] UIM1_DATA[13,29] UIM2_MSM_DATA[4] UIM2_DATA[13,29] MB_IN[14]

GSM_BANDGAP_REF[2]

HSED_BIAS1[14]

B B

LINE_IN_L_P[18] LINE_IN_R_P[18]

LINE_O_LP[2] LINE_O_RM[2]

R0901 0R

C0903 100nf

C0920 100nf

C0907 1uf C0908 1uf

GSM_BANDGAP_REF_IN

LED_RED_ENB[12] LED_BLUE_ENB[12]

HPH_IN_LP HPH_IN_RM

P2

TCXO_IN

R3

GND_XTAL19M_OUT

F2

XTAL_32K_IN

E1

XTAL_32K_OUT

H6

GND_XOADC

PM8029

U0701-5

E13

MPP1

D14

MPP2

E15

MPP3

D16

MPP4

C15

MPP5

C17

MPP6

C19

MPP7

D18

MPP8(XO_THERM)

M14

HSED_BIAS1

M16

HSED_BIAS2

R17

LED_ATC

E19

EXT_IN_LP

E21

EXT_IN_RM

F14

HPA_IN_LP

H14

HPA_IN_RM

TCXO_A0_EN

TCXO_OUT_A0

TCXO_D0_EN

TCXO_OUT_D0

TCXO_D1_EN

TCXO_OUT_D1

SLEEP_CLK0

GND_TCXO

GPIO1 GPI_O2 GPI_O3

GPIO4 GPIO_5 GPI_O6 GPIO_7 GPIO_8 GPIO_9

GPIO_10 GPIO_11

VIB_DRV_N

GND_DRV

HPA_CM_SNS

N3 M4

K3 N9

N5 N7

E5

P4

PMIC_TCXO_ST

R0909 0R R0910 0R

D6 E9 C9 C7 E11 D10 F6 F8 F10 C5 D8

B14 C13

H16

R0908 0R

BT_CLK_REQ [18] SYS_CLK [18]

C0913 33pf/DNI

SLEEP_CLK_BT_WLAN_1

1

TP0901

L0901

1nH/DNI

SLEEP_CLK_MSM

LED_GREEN_ENB [12] CHG_VALID [1] UIM1_MSM_CLK [4] UIM1_CLK [13,29] UIM2_MSM_CLK [4] UIM2_CLK [13,29] UIM1_RESET [13,29] UIM2_RESET [13,29]

GSM_PA_EN [4,22]

VIB_DRV_N [17]

HPA_CM_SNS [14]

C0904 22pF/DNI

WLAN_CLK_PWR_REQ [18] TCXO_A0 [18]

MSM_TCXO_EN [4] PMIC_TCXO [1]

SLEEP_CLK_MSM [1] SLEEP_CLK_BT_WLAN [9,18]

R0906 0R/DNI

SLEEP_CLK_BT_WLAN [9,18]

HPA_OUT_L

R0903

Note1: Route back to MSM GND_A(pin B10)

VPH_PWR

A A

5

0R

R0904 0R/DNI

4

HPA_GNDREF

F16

N23

M20 M22

R21 R23

P18 N19

HPA_GNDREF

VDDANA_SPKR

VDDIN_SPKR VDDIN_SPKR

GND_SPKR GND_SPKR

SPKR_IN_M SPKR_IN_P

PM8029

HPA_OUT_R

SPKR_BYP_M SPKR_BYP_P

SPKR_OUT_M

SPKR_OUT_P

3

H18 F18

P20 N21

R19 P22

PMIC_HPH_L [14] PMIC_HPH_R [14]

2

MIDH, Lenovo Group

MIDH, Lenovo Group Smart Phone BU

Smart Phone BU

Smart Phone BU Hardware developemt

Hardware developemt

Size Document Number Rev

<Doc> EVT

A3

<Doc> EVT

A3

<Doc> EVT

A3

Date: Sheet

Function:

Sicily(S696)_PM8029 Clocks/GPIOS/MPPS

Modified by:

of

934Thursday, November 15, 2012

1

5

D D

C C

4

3

2

1

B B

A A

MIDH, Lenovo Group

MIDH, Lenovo Group Smart Phone BU

Smart Phone BU

Smart Phone BU Hardware developemt

Hardware developemt

Size Document Number Rev

<Doc> EVT

A3

<Doc> EVT

A3

<Doc> EVT

A3

Date: Sheet

5

4

3

2

Date: Sheet

Function:

Sicily(S696)_Blank sheet

Modified by:

of

10 34Thursday, November 15, 2012

1

5

VCCQ is used for the controller and the e-MMC interface voltage.

VREG_S3

R1101 0R

C1107 10uf

D D

C C

VREG_S3

VREG_S3_LPDDR1

C1112 10uf

R1103 0R

VREG_S3_LPDDR1

C1109 10uf

C1111 470nF

4

VREG_S3_EMMC

Line Width: 0.25mm

C1105 470nF

Line Width: 0.25mm

C1108 470nF

Line Width: 0.25mm

C1113 470nF

C1114 470nF

C1106 470nF

C1110 470nF

C1115 470nF

U1101B H9DP32A4JJMCGR-KEM

N4

VCCQ_0

C6

VCCQ_1

M4

VCCQ_2

P5

VCCQ_3

P3

VCCQ_4

F1

VDD_0

P11

VDD_1

A11

VDD_2

M2

VDD_3

G14

VDD_4

A8

VDDQ_0

B13

VDDQ_1

C14

VDDQ_2

G13

VDDQ_3

H1

VDDQ_4

N13

VDDQ_5

H13

VDDQ_6

M14

VDDQ_7

P8

VDDQ_8

F14

VSSQd_8

P9

VSSQd_7

P12

VSSQd_6

A9

VSSQd_5

A12

VSSQd_4

L14

VSSQd_3

N6

VSSQd_2

J14

VSSQd_1

D14

VSSQd_0

G5

VSSm_8

P4

VSSm_7

P6

VSSm_6

E7

VSSm_5

N5

VSSm_4

N2

VSSm_3

C4

VSSm_2

K8

VSSm_1

H10

VSSm_0

1.7~1.95V

eMMC

2.7~3.6V2.7~3.6V

TQ(KMS_for_NC)

3

VCC is used for the NAND flash

Line Width: 0.25mm

J10

VCC_3

K9

VCC_2

E6

VCC_1

F5

VCC_0

C2

VDDI

A2

NC_0 NC_1 NC_2 NC_3 NC_4 NC_5 NC_6 NC_7 NC_8 NC_9

NC_10 NC_11 NC_12 NC_13 NC_14 NC_15 NC_16 NC_17 NC_18 NC_19 NC_20 NC_21 NC_22 NC_23

NC_24 DNU_0 DNU_1 DNU_2 DNU_3

VSSd_0 VSSd_1 VSSd_2 VSSd_3 VSSd_4

C1116

A6

1uf

A7 A13 B1 B14 C5 E5 E8 E9 E10 F10 G3 G10 H5 J5 K6 K7 K10 N1 N14 P2 P7 P10 P13 P1 A14 A1 P14

D4

temprature sensor output

A10 C1 M1 K2 H14

C1102 470nF

VREG_L10_EMMC VREG_L10

C1103

C1104

470nF

EBI1_A14 [3]

TP1101

1

C1101 10uf

R1102 0R

2

1

VREG_S3_EMMC

R1105

R1104

51K

eMMC_D0[4] eMMC_D1[4]

B B

A A

eMMC_D2[4] eMMC_D3[4] eMMC_D4[4] eMMC_D5[4] eMMC_D6[4] eMMC_D7[4]

5

eMMC_D0 eMMC_D1 eMMC_D2 eMMC_D3 eMMC_D4 eMMC_D5 eMMC_D6 eMMC_D7

eMMC_CMD[4] eMMC_CLK[4] MSM_RESOUT_N[1]

R1106 51K

EBI1_A[13:0][3]

R1107 51K

R1109

R1108

51K

eMMC_CMD eMMC_CLK

MSM_RESOUT_N

EBI1_A[13:0]

EBI1_DCLK_P[3]

EBI1_DCLK_M[3]

EBI1_CS0_N[3]

EBI1_CS1_N[3] EBI1_CLK_EN0[3] EBI1_CLK_EN1[3]

EBI1_RAS_N[3] EBI1_CAS_N[3]

EBI1_BA0[3] EBI1_BA1[3]

EBI1_WE_N[3]

4

R1111

R1110

51K

R1114 27R R1113 0R

EBI1_A0 EBI1_A1 EBI1_A2 EBI1_A3 EBI1_A4 EBI1_A5 EBI1_A6 EBI1_A7 EBI1_A8 EBI1_A9 EBI1_A10 EBI1_A11 EBI1_A12 EBI1_A13

EBI1_DCLK_P EBI1_DCLK_M EBI1_CS0_N EBI1_CS1_N EBI1_CLK_EN0 EBI1_CLK_EN1 EBI1_RAS_N EBI1_CAS_N EBI1_BA0 EBI1_BA1 EBI1_WE_N

R1112

5.1K

G12 H12

A3 A4 A5 B2 B3 B4 B5 B6

M5 M6

K5

L2 L3

M3

N3 C3 D1 D2 D3 E3 F3 K3 E2 E1 F2

G2

J3

G1

J1

H2

J2 L1 K1 H3

U1101A H9DP32A4JJMCGR-KEM

I/O0 I/O1 I/O2 I/O3 I/O4

eMMC

I/O5 I/O6 I/O7

CMD CLK_eMMC RST_n

A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13

CLK CLK_n CS0_n CS1_n CKE0 CKE1 RAS_n CAS_n BA0 BA1 WE_n

DDR

C7

DQ9 DQ8 DQ7 DQ6 DQ5 DQ4 DQ3 DQ2 DQ1 DQ0

DM0 DM1 DM2 DM3

B7 C8 B8 C9 B9 C10 B10 B12 C12 C13 D13 D12 E12 E13 E14 K14 K13 K12 L13 L12 M13 M12 N12 M10 N10 M9 N9 M8 N8 M7 N7

M11 J13 F13 C11 N11 J12 F12 B11

EBI1_DATA31 EBI1_DATA30 EBI1_DATA29 EBI1_DATA28 EBI1_DATA27 EBI1_DATA26 EBI1_DATA25 EBI1_DATA24 EBI1_DATA23 EBI1_DATA22 EBI1_DATA21 EBI1_DATA20 EBI1_DATA19 EBI1_DATA18 EBI1_DATA17 EBI1_DATA16 EBI1_DATA15 EBI1_DATA14 EBI1_DATA13 EBI1_DATA12 EBI1_DATA11 EBI1_DATA10 EBI1_DATA9 EBI1_DATA8 EBI1_DATA7 EBI1_DATA6 EBI1_DATA5 EBI1_DATA4 EBI1_DATA3 EBI1_DATA2 EBI1_DATA1 EBI1_DATA0

DQ31 DQ30 DQ29 DQ28 DQ27 DQ26 DQ25 DQ24 DQ23 DQ22 DQ21 DQ20 DQ19 DQ18 DQ17 DQ16 DQ15 DQ14 DQ13 DQ12 DQ11 DQ10

DQS0 DQS1 DQS2 DQS3

3

EBI1_DATA[0:31] [3]

EBI1_DQM0 [3] EBI1_DQM1 [3] EBI1_DQM2 [3] EBI1_DQM3 [3] EBI1_DQS0 [3] EBI1_DQS1 [3] EBI1_DQS2 [3] EBI1_DQS3 [3]

MIDH, Lenovo Group

MIDH, Lenovo Group Smart Phone BU

Smart Phone BU

Smart Phone BU Hardware developemt

Hardware developemt

Size Document Number Rev

<Doc> EVT

A3

<Doc> EVT

A3

<Doc> EVT

A3

Date: Sheet

2

Date: Sheet

Function:

Sicily(S696)_-eMCP

Modified by:

of

11 34Thursday, November 15, 2012

1

Lenovo S696 mainboard schematic

Specifications and Main Features

Frequently Asked Questions

User Manual