..M8... Meizu M8 Schematic Manual
User Manual: Manual Meizu - Schematics & Service Manuals PDF
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A B C D 2008.4.22delete external mic ,add module insert detect and key adc DRAWN: 2008.4.17: add new reser IC u605 instead of reset from ltc3555. 2008.4.17: add a diodes in pbstat to seperate v3.3v from v3.0v,add a 3.0v from vbus to open the system eric.h uang D ATED: D ATED: DATED: RELEASED: DATED: 2008 .09 .22 QUAL ITY CONTROL : CHECKED: 2008.3.8 :use s3c6410 -x51 .so changed list : delete rt8023 ,rt9266,rt9702 ,i2c1 is used by touchpanle ,remove host power changed pin information of usb connector ,add 1.8v on movenand ,add test point on urat0 for wifi testing . 2008.1.11: delete rtc ic U105 so it can not wake mobile up after power off . add a ldo U604 to create 2.5v for rtc 2008.1.11: chaneged j803 to axk724147g for touchpanel 2008.1.11: chaneged j301 to axk724147g for camera 2008.1.11: use pin4 to detect headphone's inputing 2008.1.10: USE gpio GPD1 to control vibrator 2008.1.10: USE rt9292 to instead of rt9284b 2008.1.5: USE gpio GPD4 from 6400 to open smpower 2008.1.5: ADD TWO KEYS : KEY 4,KEY 5 2008.1.5: ADD 2.8V LDO FOR LCD POWER 2007.12.28: the bluetooth moudle is changed to BTTM46C2SB,and the wifi moudle is changed to SWL-N10 2007.12.28: THE PACKAGE OF MOVENAND is changed to 14mm*18mm 2007.12.28: The spi of lcd use 1.8V I/O instead of 3.0v I/O . LIST :CLK GPQ8, SIN CPQ7, SOUT GPQ5, SCS CPQ6, RESET GPQ4 2007.12.13:add R406 ,R407,R408,R409 in spi of lcd to separate 1.8vI/O for lcd from 3.0vI/O for 6400 2007.12.07:USE BATTERY CONNECTOR TO DETEC BATERRY DEFAULT AS SHEMATIC. . 2007.12.07:changed c1105,c1106 from 2.2u to 10u ,changed c625 from 10u to 100u 2007.12.04:48M CRYSTAL IS NOT WORKING . 2007.11.28: debug: uart: capacitor from v- must connect to vdd to boost voltage 2007.11.21 changed R843,R845 R846 to 1M ohm ,and changed c847 ,c848,c849 to 4.7NF to improve performence of touch panel 2007.11.12: add a resister IN the middle pin of battery to connect a ad convertor 2007.11.12: ADD P-MOS AND NPN IN SM-POWER FOR OPENING THE GSM SYSTEM 2007.10.30: changed memory to movenand 2007.10.30: changed power to ltc 3555 2007.9.28: add r1037,r1038,rc1032 to reset to pmb 8876 2007.9.28: add c1121 for vbat bypass capacity 2007.9.28: remove pullup resister of debug of pmb8876 2007.9.28: add c1119 for vib bypass capacity 2007.9.28: add c1122 to vbus of am_power to avoid supply float . 2007.9.28: used 3v gpio of 6400 to power on sm_power instead of used a switch to bat 2007.9.28: used combone memory pf38f2030w0ytq1 insted of pf38f2030w0ytq0 for asynchronis mode 2007.9.28: add a feedback of bfclkout to pmb 8876 by R1208 2007.9.28: used differential input for micphone to pmb8876 .removed audio mic switch 2007.9.28: used i2s of 8876 instead of codec 8753( give up record by bluetooth) 2007.9.28: add R913,R914 for resistance control 2007.9.28: add movinand instead of nand flash (6400 only support 1.8v outside nandflash) 2007.9.28: use 6400-x51 instead of 6400-x52 for mor capacity of ddrsdram 2007.9.9:add a buck to creat pll1.0v .add system 3.0v.add otg3.0v add otg 1.0v delet onelnand to use nand plash . 2007.9.9:changed accelary sensor to mem 2007.9.9:changed camera pin map . 2007.9.7:add r518,r519,r520,tp519.changed r511,r515 2007.9.5:add c139.c240 for filtrate high frequently noise 2007.9.1: MOTO CHANGED TO VMT-04 (AAC) 2007.8.30: changed camera part .need mor information to confirm :pwdn level .pin sequense,and there are 10 bit data ,yuv need 8 bit data. 2007.8.31: changed photo_sensor to avago,add emi filter of audio speaker to prevent pwm emi of d amplifer,changed stf202 to eclamp0502b to prevent interfere of usb 2.0 2007.8.29: add earphone jack(j201) .delete pcm mclk ,add pcm clk 2007.8.18: delete mic switch.add jtac of bluetooth and wifi. change vdd2.5v to Vrtc.seperate gnd and adgnd by r124 2007.8.15: IRMODULE IS PREPARED LTR 1 REVISION RECOR D ECO NO: APPROVED: DATE: SCALE: TITLE: V8 CODE: COMPANY: A1 SIZE: SHEET: VER SION NAME: M8 MEIZU 1OF 14 REV: v1 A B C D 08.09.18:ADD 1.2V LDO FOR WIFI ,CHANGED TSP POWER FROM 3.3V TO 3.0V changed ltc3555 control .use i/o control instead of iic control . 2007.8.13: CHANGED 6400X51 INFORMATION :POP_VCCQ,POP_VCC CHANGED TO 1.8V 2007.8.14: WIFI_BLUETOOTH SCH IS PREPARED 2007.8.15: gsm module is ok add new reset ic u606 2 add low voltage detect ic u607, 3 2007.8.7: CHANGED CAMERA INFORMATION 4 2007.7.25: changed lcd pin information . 5 2007.7.1: CODEC CHANGED TO WM8753 2007.6.13: S3C6400 CHANGED TO X51 2007.6.1: CODEC CHANGED TO WM9713 6 A B C D 0 PERIPHERAL JTAC1 ARM11 J TAC Y1 01 48 M 15P C126 [6] [9] IRDOU T [3,4,7,9]SDA 3.0V [6]SPITX [3,4,7,9]SCL 4 2 R123 44.2oh m1 % 3 15P 1M5% R114 T105 T106 100 k5% R127 [7] VBU S [9] USB_DP [9] USB_DM 100 k5% R125 4K7_5 % R113 4K7_ 5% R112 T101 T102 C125 1 [7]1.3ON SPIC LK SPIRX [6] SPIC S [7]1.0ON [6] 10.13 T124 T126 [11] BBTXD0 [11] BBR XD 0 [11] BBR TS0 [11] BBC TS0 [6] BTRXD [6] BTTXD [6] BTCTS [6] BTRTS [9] RXD2 [9] TXD2 [0] [1] [1] 0 8bit 1 16bit 0.1U C155 MCLK [4] HSYNC [4] PCLK [4] [4] C_R ESET [4] VSYNC control 0 0 0 0 0 1 1 0 0 1 0 0 200 K 1% R117 200 K 1% R116 VBAT [9] IRAD C [3] EAR _MIC [9] LU_ OUT [2,9] AD [2,7] BAT_FAULT [9] TV_ OUT0 TVOUT TO CAMERA version version 0 version 1 version 2 version 3 R144 R145 [4] CSD[0:7 ] T136 T128 T135 CSD0 CSD1 CSD2 CSD3 CSD4 CSD5 CSD6 CSD7 C110 XI2C SC L/GPB5 XI2C SD A/GP B6 XU RXD 0/GPA0 XU TX D0 /GPA 1 XU CTSN 0/GPA2 /A DD R_ CF0 XU RTSN 0/GPA3 /A DD R_ CF1 XU RXD 1/GPA4 XU TX D1 /GPA 5 XU CTSN 1/GPA6 /A DD R_ CF0 XU RTSN 1/GPA7 /A DD R_ CF1 XU RXD 2/EX DR EQ/IR RXD /GP B0/AD DR _C F0 XU TX D2 /E XDA CK/IRTXD /GP B1/AD DR _C F1 XU RX D3/IRR XD /EXD REQ/I2C SCL 1GPB2 /ADD R_ CF2 XU TX D3 /IR TX D/EXD AC K/I2 CS DA1 /GP B3 XIRS DBW/BU F_ DIR /GPB 4 F24 E2 6 D 25 E2 4 D 26 C 26 C 24 C 23 D 24 A2 3 B2 4 B2 2 A2 2 C108 Y6 AC 2 AD 5 AD 4 AE5 Y7 AD 7 AB3 AA3 NC R144 s3c6 410_x5 1 U 10 1-C NC R143 XC ICLK /GP F0 XC IH RE F/GPF1 XC IP CL K/GP F2 XC IR STN/GPF3 XC IV SYN C/GPF4 XC IY DATA0 /GP F5 XC IY DATA1 /GP F6 XC IY DATA2 /GP F7 XC IY DATA3 /GP F8 XC IY DATA4 /GP F9 XC IY DATA5 /GP F1 0 XC IY DATA6 /GP F1 1 XC IY DATA7 /GP F1 2 05.31 AF12 XOTGDP AF11 XOTGDM AC 10 XOTGTI AC 11 XOTGTO AD 10 XR EXT AE1 0 XVB US AC 12 XOTGID AE1 2 XOTGDRV _VB US M2 0 XU SBD P N 20 XU SBD N XPL LE FL ITE R XAD C_ AIN0 XAD C_ AIN1 XAD C_ AIN2 XAD C_ AIN3 XAD C_ AIN4 XAD C_ AIN5 XAD C_ AIN6 XAD C_ AIN7 AD 8 XD ACOU T_ 0 AA9 XD ACOU T_ 1 Y9 XD ACIR EF AC 8 0.1U AA1 0 XD ACV REF XD ACC OMP 6.24K 1 % TP 1.8N 0.1U C109 R115 NC NC NC NC NC 100K NC 100K NC 100K NC NC R143 SD CL K SDCMD SD D0 SD D1 SDD2 SD D3 R148 100 k5% NC 3.0 V R145 T115 T116 U 10 1-B s3c6 4 10 _x51 NC R149 3.0 V T117 100 K5 % R152 3.0 V XEX TC LK XXTO XXTI X2 7MX TO X2 7MX TI XR TC XTO XR TC XTI T118 LCD N 21 L2 3 N 16 M2 3 M2 1 N 23 P2 1 P2 3 P1 7 P2 0 R 17 R 23 T21 R 21 T23 R 24 T20 R 20 K1 7 Y2 5 R 16 Y2 4 W23 U 15 LD[0:23] [5] XH IDATA1 7/EIN T2 2/GPL 14 XH IDATA1 6/EIN T2 1/GPL 13 XH ID ATA1 5/KPR OW7 /CF_D ATA1 5/GPK1 5 XH ID ATA1 4/KPR OW6 /CF_D ATA1 4/GPK1 4 XH ID ATA1 3/KPR OW5 /CF_D ATA1 3/GPK1 3 XH ID ATA1 2/KPR OW4 /CF_D ATA1 2/GPK1 2 XH ID ATA1 1/KPR OW3 /CF_D ATA1 1/GPK1 1 XH ID ATA1 0/KPR OW2 /CF_D ATA1 0/GPK1 0 XH ID ATA9 /K PROW1/C F_ DA TA 9/GPK9 XH ID ATA8 /K PROW0/C F_ DA TA 8/GPK8 XH ID ATA7 /TXD ATA/CF_ DATA7 /GP K7 XH ID ATA6 /TXFL AG/C F_D ATA6/GPK6 XH ID ATA5 /TXWAK E/CF_D ATA5 /GPK 5 XH ID ATA4 /TXR EAD Y/CF_ DATA4 /GP K4 XH ID ATA3 /R XD ATA/CF_D ATA3 /GPK 3 XH ID ATA2 /R XFLA G/C F_ DA TA 2/GPK2 XH ID ATA1 /R XWAKE /C F_D ATA1/GPK1 XH ID ATA0 /R XR EAD Y/CF_D ATA0 /GPK 0 XH IIN TR /BUF_ DIR/GPM5 XH IOEN /CF_IORD Y/EINT2 7/GPM4 XH IWE N/CF_ IOWR/EIN T2 6/GPM3 XH ICSN _S UB/C F_ IOR D/EIN T2 5/GPM2 XH IC SN /C E_ CF0/EIN T2 3/GPM0 XH IC SN MAIN/C E_C F1/EINT2 4/GPM1 CH AR G_ STAR T AD HOST_INT RS T0 RI ENVID EO TSR0 DC D CPWR _EN XEIN T0 /KPR OW0 /GPN 0 XEIN T1 /KPR OW1 /GPN 1 XEIN T2 /KPR OW2 /GPN 2 XEIN T3 /KPR OW3 /GPN 3 XEIN T4 /KPR OW4 /GPN 4 XEIN T5 /KPR OW5 /GPN 5 XEIN T6 /KPR OW6 /GPN 6 XEIN T7 /KPR OW7 /GPN 7 XEIN T8 /ADD R_ CF0 /GPN 8 XEIN T9 /ADD R_ CF1 /GPN 9 XEIN T1 0/AD DR _C F2/GPN1 0 XEIN T1 1/GPN 11 XEIN T1 2/GPN 12 XEIN T1 3/GPN 13 XEIN T1 4/GPN 14 XEIN T1 5/GPN 15 [7] [2,9 ] [6] [11 ] [11 ] [9] [11] [11 ] [4] AD 16 Y1 2 AD 17 R 12 AF16 T12 AE1 9 Y1 6 AC 18 U 14 AA1 8 M1 5 AC 19 AA1 5 AD 19 U 17 B2 3 XPWM TOU T1 /GPF1 5 H 21 XPWM TOU T0 /XCL KOUT/GP F1 4 C 22 XPWM ECL K/GPF13 Y1 4 AC 17 AC 16 AA1 7 AA1 6 AA1 2 AA1 3 100 k5% R131 NC R147 NC R146 TP [5] [5] L_D E L_VSYNC [5] L_H SYNC [5] L_C LK N CL K [8] PB_ STA PHOTO_PULSE MOTO_ EN WB_ PON [8] ND 7 ND 6 [8] [8] ND 5 ND 4 [8] ND 3 [8] ND 2 [8] ND 1 [8] ND 0 [8] NC MD [8] [3] IIS_OUT [3] IIS_IN [3] IISWS [3] IISMCLK IISBCLK [3] PWBB [12] [7] 3 1 [9] [9] [6] R120 [5] [9] TOUCH BT_ PWON [6] OPINSER T [9] C12 9 15P C113 15P C114 10U /6.3V C12 8 10U /6.3V Y102 10.13 08.04.07 [4] [7] [3] [9] [9] [6] [3] [7] [7] 27 M Y1 04 04.29 TSPON HS_D ETC INT_ USB OFF [11] RESET_BB [6] RE SETBL [7] CONTR OLINPUT MINT2 [9] IREN [9] SP_ EN MINT1 C_ POWER TOGPD R126 5M5% KEY 2[9] KEY 1[9] BATFAU LT [7] KEY 4 [9] KEY 5 [9] W3ON [6] 32. 768K LED_PWM 1M5% 080114 12M Y1 03 T127 2 4 PD_1.0V [7] NRESET [7,9] BAT_FAULT[2,7] IIS T151 T152 1M5% R124 T113 100 k5% R132 3.0 V TP T143 4 C130 C132 C143 C140 C133 0.1U C144 0.1U 0.1U C147 C148 0.1U CS 0 [2] C149 0.1U 0.1U 0.1U AC 3 D8 E3 F7 F12 G10 H3 J4 K1 1 K1 2 L1 0 N 10 N 11 R 10 VD D_ IN T0 VD D_ IN T1 VD D_ IN T2 VD D_ IN T3 VD D_ IN T4 VD D_ IN T5 VD D_ IN T6 VD D_ IN T7 VD D_ IN T8 VD D_ IN T9 VD D_ IN T10 VD D_ ARM 0 VD D_ ARM 1 U 10 1-D VD D_ ARM 2 VD D_ ARM 3 s3c6 4 10 _x51 VD D_ ARM 4 VD D_ ARM 5 VD D_ ARM 6 VD D_ ARM 7 VD D_ ARM 8 VD D_ ARM 9 VD D_ ARM 10 VD D_ ARM 11 VD D_ ARM 12 VD D_ ARM 13 [2] CS 0 0.1U FIDUC TIONMARK 1 1.8V C102 0.1U C101 0.1U XM0 AD DR 0 XM0 AD DR 1 XM0 AD DR 2 XM0 AD DR 3 XM0 AD DR 4 XM0 AD DR 5 XM0 AD DR 6/GPO6 XM0 AD DR 7/GPO7 XM0 AD DR 8/GPO8 XM0 AD DR 9/GPO9 XM0 AD DR 10 /GP O1 0 XM0 AD DR 11 /GP O1 1 XM0 AD DR 12 /GP O1 2 XM0 AD DR 13 /GP O1 3 XM0 AD DR 14 /GP O1 4 XM0 AD DR 15 /GP O1 5 XM 0D ATA0 XM 0D ATA1 XM 0D ATA2 XM 0D ATA3 XM 0D ATA4 XM 0D ATA5 XM 0D ATA6 XM 0D ATA7 XM 0D ATA8 XM 0D ATA9 XM 0D ATA10 XM 0D ATA11 XM 0D ATA12 XM 0D ATA13 XM 0D ATA14 XM 0D ATA15 T23 T24 T25 T26 C103 0.1U 1.8 V C116 0.1U FIDUC TIONMARK 1 T2 T33 T34 FIDUC TIONMARK 1 T12 T14 T15 T13 T1 1 FIDUC TIONMARK K4 XM0 OEN/N IOR D_ CF M1 0 XM 0WEN /N IOWR _C F W3 XM 0AD V/GPP0 L7 XM 0SM CL K/GP P1 R3 P1 P3 N3 U1 T1 T2 AD 2 M4 M3 M1 N2 N4 L4 L2 L3 G7 F3 H7 G2 J7 E2 J6 H6 K6 G1 L6 E1 K7 J3 F2 J1 V1 POP_ VCC MM 0 W1 POP_ VCC MM 1 AF6 POP_ VCC Q AF7 POP_ VCC Q0 AD 1 POP_ NC E1M M AE9 POP_ NC E0M M AF14 POP_ VDD 0 AF18 POP_ VDD 1 AF21 POP_ VDD 2 B2 5 POP_ VDD 3 J26 POP_ VDD 4 K1 POP_ VDD 5 U 26 POP_ VDD 6 C4 POP_ VDD Q0 F1 POP_ VDD Q1 H 25 POP_ VDD Q2 A1 9 POP_ VDD Q3 AD 26 POP_ VDD Q4 AE7 POP_ VDD Q5 AF17 POP_ VDD Q6 AF24 POP_ VDD Q7 C3 POP_ VDD Q8 Y2 VD D_ APL L AC 1 VD D_ EPL L AB1 VD D_ MPL L Y1 9 VD D_ ALIVE 0 AC 14 VD D_ ALIVE 1 R 15 VD D_ ALIVE 2 AC 26 AD 3 AE2 AE3 AE4 AF3 D9 G9 L1 L1 6 Y8 C157 C154 1.8 V R119 0.1U C152 100 k5% VRTC C134 0.1U C124 C145 1.8V C151 0.1U VDD_ALIVE 0.1U C141 C150 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U C142 1.8V 0.1U 0.1U 0.1U C146 C135 1.2V 0.1U C153 C118 C120 1.2V 0.1U 0.1U 0.1U 0.1U C121 C122 3 FIDUC TIONMARK 1 TP01 T28 5 D 19 XSP IM ISO0 /ADD R_ CF0 /GPC 0 B1 8 XSP IC LK 0/AD DR _C F1 /GP C1 C 19 XSP IM OSI0 /ADD R_ CF2 /GPC 2 A1 7 XSP IC S0 /GPC 3 D 18 XSP IM IS O1 /MMC CM D2/GPC 4 B1 6 XSP IC LK 1/MM CC LK2 /GPC 5 C 20 XSP IM OS I1 /GP C6 B1 7 XSP IC S1 /GPC 7 F18 J21 H 20 A2 1 B2 1 A2 4 A2 0 F20 C 21 G18 B2 0 G19 F19 G20 G21 [9] XRTC K [9] TDO [9] TDI [9] TCK [9] TMS [9] NTRST [X1][XOM0] [0] [1] [0] [1] need a buffer from 1.8v to 3.0v [9] I2CSCL1 [9] I2C SDA 1 R134 4K7_ 5% R135 4K7_ 5% 3.0 V J102 booting mode [XDB][SN][X4][X3][X2] nand 521/3 cycle [1] [0] [0] [0] nand 521/4 cycle [1] [0] [0] [0] [1] [0] [0] [1] Anand 2K/4 cycle Anand 2K/5 cycle [1] [0] [0] [1] NOR/SRAM [x] [0] [1] [0] Onenand [0] [0] [1] [1] MODEM [x] [0] [1] [1] internal rom [x] [1] [1] [1] 3.0V R151 100 K5 % 2 T29 1 TP02 T30 1 TP02 6 1 ecxt clk 0 XTI T131 T132 T133 T134 T129 T120 AD 13 T11 AA1 4 AD 12 T14 R 13 U 11 XTRS TN XTMS XTCK XTDI XTDO XR TC K XD BGSEL 100 K5 % R153 AE1 8 AD 15 Y1 3 V4 T138 T137 T139 T140 T141 T142 T107 T108 T109 T110 T111 T112 XMM CC LK0 /ADD R_ CF0 /GPG0 XM MCC MD 0/ADD R_ C F1 /GPG1 XM MCD ATA0 _0 /A DD R_ CF2/GPG2 XMM CD ATA0 _1/GPG3 XMM CD ATA0 _2/GPG4 XMM CD ATA0 _3/GPG5 G17 D 17 G13 C 17 G12 C 18 C111 C112 100 K5 % R150 XMM CC DN 0/MMC CD N1 /GP G6 XM MCC LK 1/KPC OL0 /A DDR _C F0/GPH0 XM MCC MD 1/KPC OL1 /AD DR _C F1/GPH1 XM MCD ATA1 _0 /K PCOL2 /ADD R_ CF2 /GPH 2 XMM CD ATA1_ 1/KP COL3 /GP H3 XMM CD ATA1_ 2/KP COL4 /GP H4 XMM CD ATA1_ 3/KP COL5 /GP H5 XM CD ATA1_ 4/MC DA TA 2_ 0/KPC OL6 /AD R_ CF0 /GPH 6 XM CD ATA1_ 5/MC DA TA 2_ 1/KPC OL7 /AD R_ CF1 /GPH 7 XMM CD ATA1_ 6/MM CD ATA2_ 2/AD DR _C F2/GPH8 XMM CD ATA1_ 7/MM CD ATA2_ 3/GPH 9 F17 D 16 C 16 G14 A1 6 F13 C 13 G15 F16 F14 F15 15P 15P 15P 15P C136 C131 U 12 AD 14 U 13 AE1 5 N 12 XOM0 XOM1 XOM2 XOM3 XOM4 XH IADD R1 2/EIN T2 0/GPL1 2 XH IADD R1 1/EIN T1 9/GPL1 1 XH IADD R1 0/EIN T1 8/GPL1 0 XH IADD R9 /EINT17 /GP L9 XH IADD R8 /EINT16 /GP L8 XH IADD R7 /KPC OL 7/GPL7 XH IADD R6 /KPC OL 6/GPL6 XH IADD R5 /KPC OL 5/GPL5 XH IADD R4 /KPC OL 4/GPL4 XH IADD R3 /KPC OL 3/GPL3 XH IA DD R2 /K PCOL 2/CF_ ADD R2 /GP L2 XH IA DD R1 /K PCOL 1/CF_ ADD R1 /GP L1 XH IA DD R0 /K PCOL 0/CF_ ADD R0 /GP L0 P1 6 U 24 T24 N 15 U 23 P1 5 V2 4 K2 0 W25 J20 V2 3 T16 Y2 6 XPWR RGTON XN BATF XSE LN AND XEFFVD D XPC MD CL K0 /I2 SCL K/BITC LK /A DD R_ CF0/GPD 0 XPC ME XTCL K0/I2S CD CL K/RESN /ADR _C F1/GPD1 XPC MFSY NC 0/I2SL RC K/SYN C/AD DR _C F2 /GP D2 XPC MSIN 0/I2SD I/S DI/GP D3 XPC MSOU T0 /I2 SD O/SD O/GPD 4 XPC MD CL K1 /I2 SCL K/BITC LK /GPE 0 XPC ME XTCL K1/I2S CD CL K/RESE TN /GP E1 XPC MFSY NC 1/I2SL RC K/SYN C/GPE2 XPC MSIN 1/I2SD I/S DI/GP E3 XPC MS OU T1/I2SD O/S DO/GP E4 F8 B6 D2 D3 A5 C5 B4 D1 B2 B3 32.768 K R 14 AC 15 AE1 6 XN RES ET XWRE SET XN RSTOUT XVH SYN C/GPJ8 XVV SYN C/GPJ9 XVV DEN /GP J10 XVV CL K/GP J11 W21 N 17 AA2 5 T17 XVV D0 /GPI0 XVV D1 /GPI1 XVV D2 /GPI2 XVV D3 /GPI3 XVV D4 /GPI4 XVV D5 /GPI5 XVV D6 /GPI6 XVV D7 /GPI7 XVV D8 /GPI8 XVV D9 /GPI9 XVV D1 0/GPI10 XVV D1 1/GPI11 XVV D1 2/GPI12 XVV D1 3/GPI13 XVV D1 4/GPI14 XVV D1 5/GPI15 XVV D1 6/GPJ0 XVV D1 7/GPJ1 XVV D1 8/GPJ2 XVV D1 9/GPJ3 XVV D2 0/GPJ4 XVV D2 1/GPJ5 XVV D2 2/GPJ6 XVV D2 3/GPJ7 Y1 8 W20 T15 AD 21 Y1 7 AC 24 AD 18 AE2 1 AA2 0 AE2 3 AA2 4 AB2 5 Y2 0 AA2 6 U 20 AB2 4 AD 22 AC 25 AE2 2 AB2 6 U 16 Y2 1 V2 0 W26 LD0 LD1 LD2 LD3 LD4 LD5 LD6 LD7 LD8 LD9 LD1 0 LD1 1 LD1 2 LD1 3 LD1 4 LD1 5 LD1 6 LD1 7 LD1 8 LD1 9 LD2 0 LD2 1 LD2 2 LD2 3 VD D_ RTC 1 FIDUC TIONMARK A1 FIDUC TIONMARK 1 A2 A2 5 1 A2 6 FIDUC TIONMARK AC 9 VD D_ MEM0 _0 G6 VD D_ MEM0 _1 P1 0 VD D_ MEM0 _2 U 10 VD D_ MEM0 _3 AA7 VD D_ MEM0 _4 XM 0C SN0 XM 0C SN1 XM 0C SN2 /GP O0 XM 0C SN3 /GP O1 XM 0C SN4 /GP O2 XM 0C SN5 /GP O3 XM 0C SN6 /GP O4 XM 0C SN7 /GP O5 N6 N7 U6 M6 M7 U4 P6 P4 C139 OTG3.3 0.1U 0.1U C138 U 10 1-A s3c6 4 10 _x51 XM 0WAITN/IOR DY /GPP 2 XM 0R DY0 /ALE /GPP3 XM 0R DY1 /CL E/GP P4 XM 0INTSM 0/FWE N/GPP5 XM 0INTSM 1/FREN /GP P6 XM 0R PN/R NB/GPP7 R4 R1 T4 Y1 V6 Y3 Y1 0 AE1 1 AE2 6 FIDUC TIONMARK AF1 1 AF2 FIDUC TIONMARK AF25 1 AF26 FIDUC TIONMARK B1 B2 6 FIDUC TIONMARK 1 NC 0 NC 1 NC 2 NC 3 NC 4 NC 5 NC 6 NC 7 NC 8 NC 9 N C10 N C11 F9 VD D_ MEM1 _0 K1 3 VD D_ MEM1 _1 K1 4 VD D_ MEM1 _2 K1 6 VD D_ MEM1 _3 L1 4 VD D_ MEM1 _4 1 3.0 V C161 0.1U 1.2V 0.1U C123 N1 K3 XM 0INTATA/GPP8 XM 0R STATA/GP P9 XM 0INP ACK ATA/GPP 10 XM 0R EGATA/GP P11 XM 0WEATA/GPP1 2 XM 0OEATA/GPP1 3 XM 0C DATA/GPP1 4 T10 V7 W2 U7 W7 W4 W6 XM 0D QM 0/BE0 XM 0D QM 1/BE1 F25 D 15 A9 B8 H 23 A1 5 B1 1 C6 K2 3 M1 7 VSS _D AC VSS _A DC VSS _OTGI VSS _OTG1 VSS _OTG0 [5] 0.1U C119 [5] LSI [5] LCS LSO [5] LRESET [5] LSCL 0.1U C117 DATED : DATED: QUAL ITY CONTR OL: RELEASED: 200 8.0 9.2 2 DATED : 3.0V B7 C2 C 12 F10 F11 G3 G8 G16 H1 J2 L1 1 L1 2 L1 3 L1 7 M1 2 M1 3 M1 6 P1 2 T13 U3 AD 20 AE1 7 AE2 5 AA1 AB2 AA2 G11 L1 5 M2 M1 1 M1 4 P1 1 R 11 V3 AF4 AF5 AF9 A3 AA1 9 AF19 B5 C 25 U 21 V2 1 Y1 1 Y1 5 AD 9 AD 6 AE1 3 AF10 AF13 DATED: eric.h uang 0.1U C107 VSS _IP7 VSS _IP6 VSS _IP5 VSS _IP4 VSS _IP3 VSS _IP2 VSS _IP1 VSS _IP0 VSS _IP9 VSS _IP1 0 VSS _IP1 1 VSS _IP1 2 VSS _IP1 3 VSS _IP1 4 VSS _IP1 5 VSS _IP1 6 VSS _IP1 7 VSS _IP1 8 VSS _IP1 9 VSS _IP2 0 VSS _IP2 1 VSS _IP2 2 VSS _IP2 3 VSS _M PLL VSS _E PLL VSS _A PLL VSS _ME M5 VSS _ME M4 VSS _ME M3 VSS _ME M2 VSS _ME M1 VSS _ME M0 VSS _ME M6 VSS _ME M7 VSS _ME M8 VSS _ME M9 VSS _ME M10 VSS _P ERI8 VSS _P ERI7 VSS _P ERI6 VSS _P ERI5 VSS _P ERI4 VSS _P ERI3 VSS _P ERI2 VSS _P ERI1 VSS _P ERI0 CHECKED: DRAWN: W24 XM 1WEN T25 XM 1C ASN V2 6 XM 1R ASN D 13 XM 1SC LK N D 12 XM1 SC LK U 25 XM 1C KE1 T26 XM 1C KE0 XM1 DQS3 XM1 DQS2 XM1 DQS1 XM1 DQS0 XM1 DQM3 XM1 DQM2 XM1 DQM1 XM1 DQM0 XM 1C SN1 XM 1C SN0 P2 4 N 24 R 26 P2 5 P2 6 L2 4 M2 5 J24 N 25 N 26 R 25 M2 4 L2 5 L2 6 M2 6 K2 6 0.1U 0.1U XM1 AD DR 15 XM1 AD DR 14 XM1 AD DR 13 XM1 AD DR 12 XM1 AD DR 11 XM1 AD DR 10 XM1 AD DR 9 XM1 AD DR 8 XM1 AD DR 7 XM1 AD DR 6 XM1 AD DR 5 XM1 AD DR 4 XM1 AD DR 3 XM1 AD DR 2 XM1 AD DR 1 XM1 AD DR 0 C106 C105 POP_ VSS D0 POP_ VSS D1 POP_ VSS D2 POP_ VSS D3 POP_ VSS D4 POP_ VSS D5 POP_ VSS D6 T31 1 TP02 AF20 B1 4 C1 E2 5 H2 A8 AD 24 AD 25 AE2 4 POP_ VSS Q0 POP_ VSS Q1 POP_ VSS Q2 POP_ VSS Q3 POP_ VSS Q4 POP_ VSS Q5 POP_ VSS Q6 POP_ VSS Q7 POP_ VSS Q8 VD D_ ADC VD D_ DAC AE8 AA8 VD D_ SYS0 VD D_ LC D0 VD D_ LC D1 VD D_ MMC VD D_ PCM VD D_ HI0 VD D_ HI1 VD D_ EXT VD D_ UH VD D_ OTG0 VD D_ OTG1 VD D_ OTGI AC 13 AF22 AF23 K1 5 A4 AD 23 L2 1 K2 1 L2 0 AA1 1 AD 11 AE1 1 G26 K2 5 H 26 G25 J25 F26 H 24 G24 J23 C 14 B1 9 A1 8 A1 4 A1 2 B1 3 A1 3 B1 0 B1 2 A6 C 15 A1 1 D 14 C 11 A1 0 D 11 C 10 C9 B9 D 10 A7 C7 C8 XM 1D ATA31 XM 1D ATA30 XM 1D ATA29 XM 1D ATA28 XM 1D ATA27 XM 1D ATA26 /X M0 ADD R2 6 XM 1D ATA25 /X M0 ADD R2 5 XM 1D ATA24 /X M0 ADD R2 4 XM 1D ATA23 /X M0 ADD R2 3 XM 1D ATA22 /X M0 ADD R2 2 XM 1D ATA21 /X M0 ADD R2 1 XM 1D ATA20 /X M0 ADD R2 0 XM 1D ATA19 /X M0 ADD R1 9 XM 1D ATA18 /X M0 ADD R1 8 XM 1D ATA17 /X M0 ADD R1 7 XM 1D ATA16 /X M0 ADD R1 6 XM 1D ATA15 XM 1D ATA14 XM 1D ATA13 XM 1D ATA12 XM 1D ATA11 XM 1D ATA10 XM 1D ATA9 XM 1D ATA8 XM 1D ATA7 XM 1D ATA6 XM 1D ATA5 XM 1D ATA4 XM 1D ATA3 XM 1D ATA2 XM 1D ATA1 XM 1D ATA0 B1 5 K2 K2 4 V2 5 AE1 4 AE2 0 AF15 XM 0R AS/GPQ0 XM 0C AS/GPQ1 XM 0SC LK /GPQ2 XM 0SC LK N/GPQ3 XM 0C KE/GPQ4 XM0 DQS0 /GP Q5 XM0 DQS1 /GP Q6 XM0 WEND MC /GPQ7 XM 0APD MC /GPQ8 R7 T3 T6 R6 T7 U2 R2 P7 H4 AE6 AF8 V2 P2 POP_ VSSM M0 POP_ VSSM M1 POP_ VSSM M2 POP_ VSSM M3 SCALE: TITLE: V8 CODE: COMPANY: A1 SIZE: LTR REVISION RECOR D ECO NO: SHEET: 2 OF MCU_6400 SHEET NAME: M8 MEIZU 1 14 APPROVED: v1 REV: DATE: A B C D A B [11] GSM_SP+ [11] GSM_SP- 07.22. C202 C201 FROM 3.3V TO 2.5V 27P [3] C_ MIC_ CP 1 SP_ EN [3] SPL [3] SPR 0.1U [3] C_ MIC_ CP 2 [3] C_ MIC_ CN 2 [2] EN GND NC VOUT U20 4 VIN MICBIAS C20 8 10U /6.3V IISWS 0 0 R220 R221 [2] II S_IN [2] II S_OUT [2] II SMCLK [2] C229 C231 100 K5 % R232 NC C2 B2 B3 B4 0.1U C211 22U/6.3V C222 3.0V WM87 53LGEB/RV U20 3 PGND AGND OUTL+ OUTL- OUTR+ OUTR- C4 C3 A3 A4 D3 D4 A2 PVD D D2 AVD D TPA201 2D2YZHR G0 G1 /SDR /SDL INR+ INRINL+ INL- SDIN SCLK CSB MODE MICBIAS VMID MIC2 MIC2 N MIC1 MIC1 N ACOP ACIN RXP RXN LINE1 LINE2 D1 0.1U C1 C232 A1 0.1U B1 G1 H1 F2 F1 B4 A4 D1 E2 C1 D2 B3 A3 B1 C2 A2 A1 U202 0.1U C210 AU_V DD 2008.7.26 C230 VIN 100 K 5% R235 0.1U R234 LLI NEI N RLI NEIN C207 C25 1 10U /6.3V 0.1U C221 AU_ VD D 10.13 FOR REDUCE CURRENT C261 4 5 [2,4,7,9] SDA [2,4,7,9] SCL [2] IIS BCLK 0.1U C263 27P C209 RT9013 -25PU5 C212 3 [3] C_ MIC_ CN 1 100 K5 % R214 2 1 H9 H7 PGND DGND VIN C223 OUT4 OUT3 0.1U C224 C217 27p F 27p F 1N R321 0 C24 3 1N C237 V203 NC NC [2] HS_D ETC DF2S6.8FS C270 C271 3 1 2 SPL [3] [3] SPR DF2S6.8FS V204 1 2 C236 1N C238 LIN LOU T RIN ROU T 2 GND GND 1 D32 0 6 5 4 1 2 3 6 5 4 EC LAM P24 22 N LIN LOU T RIN ROU T GND GND 1 2 D32 1 EC LAM P24 22 N 1 2 3 1 2 1 2 220 U 220 U C228 C240 C227 [3] [3] C_ MIC_C P1 C_ MIC_C N1 RASpeake r J205 MICP1 [11] MICN 1 [11] R213 47K5% 8/31 ADD RASpeake r J203 8/31 ADD [2,3] EAR _MIC 0.01U 0.01U C239 RARECEIVER J204 08.01.11, for hs detec 27p F 27p F 1N C215 10U /6.3V C235 C214 0 R320 E1 B6 B7 A9 B9 B5 D8 D9 E9 E8 0.1U C213 AU_V DD C216 0.1U C234 GPIO4 MONO1 MONO2 LOUT2 ROUT2 VREF LOUT1 ROUT1 10U /6.3V C23 3 BLCK LRC ADCDAT DACDAT J4 H4 J5 H5 3.0V G9 J7 H6 PVD D DCVDD DBVDD C218 F9 A8 A6 HPVDD SPKVDD AVD D VXC LK VXD OUT VXD IN VXFS H3 J2 J1 J3 3.0 V 4 A5 C9 AGND SPKGND MCLK PCMCLK GP2/CLK2 GP1/CLK1 J6 J8 J9 G8 C 5 DF2S6.8FS V213 V211 0.1U C259 AGND 27P C253 0.1U C258 DF2S6.8FS 0.1U C254 AGN D C262 0.1U C255 27P C252 AGND MICBIAS [2,3] EAR _MIC 3.0 V LINEOUT_R [9] LINEOUT_L [9] R206 DF2S6.8FS R205 V212 27P V205 DF2S6.8FS AGND 27P C257 2.2k1% R207 C256 A GN D C260 1.5k1% 2.2k1% DF2S6.8 FS D 6 V215 5 2 1 3 4 U 20 7 27PF C248 R201 P AGND 0.047U C225 DF2S6.8 FS V202 VC C OUTPU T GND 4 3 SPM02 08HE5H -SB 0.1U C250 34.8k1% 2 1 27PF C246 27PF 27PF 0.1U C247 0.1U C241 [11 ] [11] DATED : DATED : DATED: QUAL ITY CONTR OL: RELEASED: 2008 .09 .22 DATED: eric.h uang 10U /6.3V C26 4 [3] CHECKED: DRAWN: AGND DF2S6.8FS V201 R209 1.5K1% AGND 0.1U C220 R208 MICB IA S MICC N2 MICC P2 C_ MIC_C N2 C_ MIC_C P2 [3] 07.09.05 J20 1 2S J22 79 -00 01 11 1.2K1% VMIC_C P AGND V216 C245 C249 0.1U C242 0 R230 2 DF2S6.8FS SCALE: TITLE: V8 CODE: COMPANY: A1 SIZE: LTR REVISION RECOR D ECO N O: SHEET: 3 OF CODEC8753 SHEET NAME M8 MEIZU 1 14 APPROVED: v1 REV: DATE: A B C D A B C D 6 5 [2] MCLK [2] PCLK [2] HSYNC [2] VSYNC SCL [2,3,7,9] SDA [2,3,7,9] [2] C_R ESET [2]C_POWER [2] C SD[0:7] CSD7 CSD6 CSD5 CSD4 CSD3 CSD2 CSD1 CSD0 16 15 14 13 12 11 10 9 16 15 14 13 12 11 10 9 [2] CPWR_EN U304 OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 OUT8 U303 OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 OUT8 GND 17 GND 17 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 EClAMP2 378P IN1 IN2 IN3 IN4 IN5 IN6 IN7 IN8 EClAMP2 378P IN1 IN2 IN3 IN4 IN5 IN6 IN7 IN8 4 R305 CD7 CD6 CD5 CD4 CD3 CD2 CD1 CD0 100 K 5% R315 10K 5% C308 CD[0:7] [4] C301 [4] 3 2 1 5 GND 9 PAD 7 8 CH SYN C CV SYN C [4] [4] PWDN C PCL K CMCLK CA _R ESET [4] [4] [4] [4] CA SDA CASCL [4] [4] 3.0V RT9011 -MGPQW EN2 VOUT2 VOU T1 U30 1 EN1 VIN 07.25 3.0 V 100 K 5% R304 C304 C302 100 K5 % R303 C1.8V VCC2.8V C307 C306 ONLY CONTROL MOTOR PWDN C MCL K [4] C PCL K [4] CH SYN C [4] CV SYN C [4] CA SCL [4] CA SDA [4] CA _R ESET[4] VIN AXK 72 41 47 G J301 3 SD A VD D_ VCA 3.3 5 SC L D VDD 2.8 17 PC LK AVD D2 .8 13 MC LK VD D1 .8 6 RE SET DA TA 0 9 HS YNC DA TA 1 7 VSY NC DA TA 2 DA TA 3 8 PWDN DA TA 4 DA TA 5 2 AGND DA TA 6 15 GND D ATA7 14 GND 1 12 BOOT 3 24 23 19 21 22 20 18 16 1 11 4 10 C 1.8V CD 0 CD 1 CD 2 CD 3 CD 4 CD 5 CD 6 CD 7 VC C2 .8V FB301 0.1U C303 C30 5 10U /6.3V CD[0:7] [4] BLM21PG221SN1 3.0V 2 DATED : DATED : DATED: QUAL ITY CONTR OL: RELEASED: 200 8.0 9.2 2 DATED: eric.h uang CHECKED: DRAWN: SCALE: TITLE: V8 CODE: COMPANY: A1 SIZE: LTR REVISION RECOR D ECO N O: SHEET: CAMERA SHEET NAME: M8 MEIZU 1 4 OF 14 APPROVED: v1 REV: DATE: A B C D 16 15 14 13 12 11 10 9 16 15 14 13 12 11 10 9 16 15 14 13 12 11 10 9 LD 1 5 LD 1 4 LD 1 3 LD 1 2 LD 1 1 LD 1 0 LD 9 LD 8 LD 7 LD 6 LD 5 LD 4 LD 3 LD 2 LD 1 LD 0 16 15 14 13 12 11 10 9 LD 2 3 LD 2 2 LD 2 1 LD 2 0 LD 1 9 LD 1 8 LD 1 7 LD 1 6 OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 OUT8 U405 OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 OUT8 OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 OUT8 OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 OUT8 U402 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 EClAMP2 378P IN1 IN2 IN3 IN4 IN5 IN6 IN7 IN8 EClAMP2 378P IN1 IN2 IN3 IN4 IN5 IN6 IN7 IN8 U404 EClAMP2 378P IN1 IN2 IN3 IN4 IN5 IN6 IN7 IN8 U403 EClAMP2 378P IN1 IN2 IN3 IN4 IN5 IN6 IN7 IN8 LC D7 LC D6 LC D5 LC D4 LC D3 LC D2 LC D1 LC D0 LC D 15 LC D 14 LC D 13 LC D 12 LC D 11 LC D 10 LC D9 LC D8 LC D 23 LC D 22 LC D 21 LC D 20 LC D 19 LC D 18 LC D 17 LC D 16 LCD [0:23] [5] LCD _DE CS-LCD DIN [5] [5] [5] LCD _CLK [5] [5] LCD _VSYNC [5] CSCL [5] DOUT LCD _HSYNC[5] 100 k5% R406 3.0 V [2]LED_PWM L401 VIN C406 VIN 100 k5% R401 3 2 1 NC VOUT RT9013 -28PU5 EN GND VIN U40 6 C403 10UF/6.3V 22U H(VLF3 010AT-220MR3 3) 4 5 VIN LX C401 2.8V R T9 29 2BP QW FB NC VOUT U 40 1 4 EN 5 GND 1 GND 9 PAD 2 8 D40 1 6 7 3 520 W C402 5_1 % R402 1U/50V DOUT [5] [5] DIN CSCL [5] CS-LCD [5] LR ESE T [2] LCD _DE [5] [5]LCD _VSYNC [5]LCD _HSYNC [5] LCD _CLK LCD [0:23] [5] 1.8V T409 1.8 V 100 k5% R403 T411 2.8 V T414 LC D0 LC D1 LC D2 LC D3 LC D4 LC D5 LC D6 LC D7 LC D8 LC D9 LC D 10 LC D 11 LC D 12 LC D 13 LC D 14 LC D 15 LC D 16 LC D 17 LC D 18 LC D 19 LC D 20 LC D 21 LC D 22 LC D 23 T412 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 T413 2 eric.h uang D ATED: DATED: D ATED: DATED: QUAL ITY CONTR OL: RELEASED: 2008 .09 .22 CHECKED: DRAWN: J40 1 N.C LE DLE D+ GND VD D2 VD D2 GND DOU T DIN SC L XC S XR ES EN ABL E VSY NC HS YNC DC K GND D B00 D B01 D B02 D B03 D B04 D B05 D B06 D B07 D B08 D B09 D B10 D B11 D B12 D B13 D B14 D B15 D B16 D B17 D B18 D B19 D B20 D B21 D B22 D B23 GND VD D1 GND N.C XF2C -4555 -41A COMPANY: SIZE: LTR REVISION RECOR D ECO N O: MEIZU 1 5OF 14 APPROVED: REV: DATE: C D SCALE: TITLE: V8 CODE: A1 SHEET: LCD SHEET NAME M8 v1 A [2] LD[0:23] 3 A LS I LD[0:23] 4 B [2] [2] L_C LK [2] L_VSYNC [2] LSCL [2] LS O [2] L_H SYNC L_D E [2] LC S [2] [2] 5 B C D 6 GND 17 GND 17 GND 17 GND 17 A B C 5 TP50 3 TP_co ppe r TP50 1 50 C520 C519 NC C525 0 R512 J 504 4 0.1U C537 3 1 C521 2 J503 [6] BT_ STAT [6]W IFI_ACTIVE [6]BT_ RF_ ACTIVE 50 0.1U 0.1U 0.1U 0.1U C543 C542 C541 C539 NC C526 2 L501 47K 5% R533 47K5% C540 C552 FB1 0.1U 23 17 10 29 30 31 32 16 15 C534 AN T GND GND GND 1 GND 2 GND 3 GND 4 3.0 V VIN 0.1U C528 U50 4 RT8023 PQW 13 10 37 1 9 17 20 27 31 40 45 47 49 50 51 52 26 8 30 44 32 34 18 28 35 36 25 48 VIN C529 0.1U C517 NC RE SER VED RE SER VED GND GND GND GND GND GND GND GND GND GND GND GND GND U 50 1 0 0 R514 R515 US B_D P US B_D N UA RT_R TS UA RT_TX UA RT_C TS UA RT_R X RE SETB PC M_C LK PC M_ OU T PC M_ SYNC PC M_ IN 100 K5 % 100 K5 % 100 K5 % R501 R521 R532 0 R513 18 20 13 12 17 14 5 2 1 4 7 8 26 3 19 20 28 R528 TCK TDI TDO TMS_ SYS TRSTN C533 C536 T3.3 6 12 22 24 23 11 39 42 38 43 2 10K/5% R510 R507 R508 R509 R506 21 SPIC LK 14 SPITX 15 SPIR X 16 SPIC S 19 3 7 5 4 46 TR_ SW_N 41 PA_ PE _G 29 AN T_ SEL _ P 33 AN T_ SEL _N GPIO[2 ] GPIO[4 ] GPIO[1 ] SPI_ CL K SPI_ SD O SPI_ SD I SPI_ SCS N SPI_ SINTN EC SN SC LK PD N SL EEPC LK R529 80. 6K 1% WL_ ACTIVE BT_ PRIORITY BT_ STATE W3ON [2,6 ] 80.6k 1% R531 226 K 1% R530 249 K1 % U 50 2 C530 SWL-2 48 0 FB3 VOUT3 FB2 VOUT2 PGOOD3 PGOOD2 VIO_X 2 VD D_ EEPR OM VD D1 .8 A VD D1 .8 A VD D1 .8 A VD D1 .8 VIO_X 1 VD D3 0 VD D_ PA VD D_ PA1 VD D1 2 RF_ INOUT BTTM46C2SA B3 .0 V 10U/6.3V GND 0.1U C518 15N H(LQW18 AN 15NJ0 0) L502 0619 0.1U 0.1U C532 W1.2V 8 PHASE1 9 PHASE2 1 PGOOD1 24 EN1 15 EN2 16 EN3 C545 C546 W1.8V 10U/6.3V W3.3V 100P MM8 13 0-2 60 0-R B8 50 1 10U/6.3V C54 4 0.1U 10U/6.3V C53 8 W1.8V C524 C523 C522 W3.3V 10P C502 VIN 4 11 C50 4 10U/6.3V R511 3.0 V 4.7UH(VLF301 0AT-4R 7MR70) 80.6K 1% R522 249 K 1% R520 47K 5% MM8 13 0-2 60 0-R B8 22U/6.3V C50 1 W3 ON [2] TSPON [2]BT_ PWON [2,6] TP__ coppe r TP_co ppe r TP5 04 TP_co pp e r TP50 2 W3 .3V T606 TP R534 4 5 9 VD D_ REG 21 VIN3 2 VDD1 D 6 3 6 3 VIN1 _1 4 VIN1 _2 5 VIN1 _3 GND1 GND2 GND3 6 19 25 VIN2 22 NC3 10 NC2 7 NC1 23 VD D_ PIO 6 VD D_ 1.8 V PIO9 PIO8 PIO7 PIO6 PIO5 PIO4 PIO3 PIO2 PIO1 PIO0 12 11 22 27 24 25 18 14 21 13 100 k5% R517 470 470 470 470 100 k5% R516 100 k5% R518 22U/6.3V C51 2 VIN 3.0 V B3.0 V U 50 3 WIFI_ACTIVE [6] BT_ RF_ AC TIVE [6] BT_ STAT [6] [2] [2] [2] [2] RESETBL [2] BTCTS BTRXD BTRTS BTTXD 5 7 6 4 HOST_INT SPICLK SPITX SPIRX SPICS WB_ PON 154 K 1% R503 300 K 1% R502 L503 W1.8V [2] [2] [2] [2] [2] [2] 10P C510 4.7UH(VLF301 0AT-4R 7MR70) LX GND GND FB/VOUT RT8010 -GQW VIN EN 1 NC I2S_ C LK_ BB [11 ] I2S_ RX _BB [11 ] I2S_ L RC_ BB [11 ] I2S_ TX_ BB [11 ] 3 2 1 3 C51 1 22U/6.3V 0.1U C513 C514 2 DATED : DATED : DATED: QUAL ITY CONTR OL: RELEASED: 200 8.0 9.2 2 DATED: eric.h uang CHECKED: DRAWN: SCALE: TITLE: V8 CODE: COMPANY: A1 SIZE: LTR REVISION RECOR D ECO NO: SHEET: BLUETOOTHANDWIFI SHEET NAME M8 MEIZU 1 6 OF 14 APPROVED: v1 REV: DATE: A B C D R637 3.0 V NC 6 5 4 /R ST0 1 2 3 07.21 RT9801 B-PE R626 NC ST1 GND U60 7 VD D ST2 3 100 K 5% R636 R635 100k 5% 3.0V G /R V U 60 6 RT9818 C-25PV C613 520 W D60 1 [2,3,4,9] [2,3,4,9] 520 W D60 6 520 W D60 4 2 1 SCL SDA OUT 7 6 [2] TOGPD [2] V3.3 R614 2.2K 1% C649 100P VIN C641 VIN [2,9] 100P C648 NRESET C633 100 K 5% R631 T607 08.04.29 1k5% R634 R633 10K 5% 300K 5% R627 Q601 R613 8.25_1% C600 0.1U 1 SSM3 J09FU R612 1.5K 1% 0918 R632 100k 5% BATFAU LT 100P C621 3.0 V [2] CHARG_START PD_1.0V [2] NUS30 46MNT1G 2 GND 10 GND GATE NC 3 2 1 3 2 1 EN GND VIN NC VOUT NC RT9013 -25PU5 EN VOUT U60 4 GND VIN 25 4 5 4 5 8 ILIM0 ILIM1 DV CC /RST3 29 C642 TP T610 LTC355 5EUFD VMBIAS C637 10U/6.3V PAD 9 SC L 10 SD A 15 16 EN 1 7 EN 2 13 EN 3 27 28 OTG3.3 U 60 1 VBU S 20 PR OG 2 C LPR OG 3 NTC 21 /CH RG R639 100K 5% RT9013 -33PU5 R615 NC C609 10U/16V U60 5 3.0 V C608 08.05.02 DFLS220L R624 D 60 5 10k5% N C(BZT52 C5 V6 T) D60 3 C647 100P 14 12 11 4 6 5 19 17 18 23 22 24 1 26 L601 VIN VR TC C629 D60 2 R618 100 5% 520 W C601 C612 C636 C640 L602 22U/6.3V 10P22U/6.3V C628 L604 100P C645 3 2 1 NC RT9013 -12PB EN GND VIN VOUT U60 2 R608 22K 1% 3.0 V 4 5 C627 10P XH04 09H-IV05E_smp060 515 BT1 R607 22K 1% C646 100P 3 2 ID VBA T 10P C624 10P C620 C602 TP T605 R605 402K 1% 402K 1% R625 NC TPTP2 V602 1S 1G 2D 1.8 V 0.1U C616 T603 T608 806K 1% R606 05.12 0.1U 1.2V T604 C614 T602 C626 3.0V 0.1U C623 to rtc 0 1 1 1.2v 1.3v 1.0v 1.0ON 1 0 0 DRAWN: 1.3ON 08.10.13 FOR CHANGE FREQUENCE 22U/6.3V C632 6 1D 5 2G 4 2S Q603 NC C625 22U/6.3V C615 SSM 6N 05 FU 1 2 3 NC C606 22U/6.3V C634 DF2S6.8 FS C604 C617 C618 R623 100K 1% R622 80. 6K 1% R621 226K 1% 100K 1% R620 R619 124K 1% V601 1 GND DF2S6.8 FS BAT_ CON VDD_ALIVE 4.7UH(VLF301 0AT-4R 7MR70) L605 100P C644 4.7UH(VLF301 0AT-4R 7MR70) C631 3.0V C635 J60 1 TPTP1 R628 124K 1% 3.0 V [2] BAT_FAULT V3 .3 C611 22U/6.3V SSM3J1 20TU VBAT Q602 C650 22U/6.3V 4.7UH(VLF301 0AT-4R 7MR70) C619 1 10U/6.3V C643 [2] 1.3ON [2] 1.0ON FB3 SW3 VIN3 FB2 SW2 VIN2 FB1 SW1 VIN1 BAT GATE VOUT LD O3V3 SW 3.3UH(VLF501 2ST-3R 3M1R7) 2 eric.h uang DATED : COMPANY: SIZE: LTR REVISION RECOR D ECO N O: MEIZU 1 7 OF 14 APPROVED: REV: DATE: C D DATED: DATED : DATED: CHECKED: QUAL ITY CONTR OL: RELEASED: 2008 .09 .22 SCALE: TITLE: V8 CODE: A1 SHEET: POWER SHEET NAME M8 v1 A 100 K 5% R638 PB_ STA [2] CONTR OLINPUT [2] 8 VCC 5 SRC CTROL IN 1 A NC R641 100 K 5% R640 C638 VBA T OFF [9] KEY _ONOFF [2] R611 100 K 5% 3 1 U60 3 4 DRAIN 9 DRAIN B R601 NC R602 100k 5% C605 4.7UF/ 25V 1 R603 R643 300k 1% 3 0.1U B C [2] VBU S INT_ USB [9] DCD C_VUSB [2] 2 R642 200k 1% TP 3 2 4 T601 5 TP 2 3 D 6 1 2 C651 3.0 V VSS 1 VSS 2 VSS 3 VSS 4 VSS 5 VSS 6 VSS 7 VSS 8 VSS 9 KMC ME00 0M-B9 9800 0 CM D C LK D0 D1 D2 D3 D4 D5 D6 D7 VD D1 VD D2 VD D3 VD D4 VD D5 VD DF1 VD DF2 VD DF3 VD DF4 VD DI H 10 K8 E7 P6 G5 N5 C4 P4 N2 C6 P5 M4 N4 P3 J10 K9 E6 F5 C2 C711 3.0V 0.1U C706 10U/6.3V C708 C707 10U/6.3V 0.1U C701 0.1U 0.1U C710 3.0V 0.1U C703 0.1U C709 2 DRAWN: eric.h uang DATED : COMPANY: SIZE: LTR REVISION RECOR D ECO N O: MEIZU 1 8 OF 14 APPROVED: REV: DATE: C D DATED: DATED : DATED: CHECKED: QUAL ITY CONTR OL: RELEASED: 200 8.0 9.2 2 SCALE: TITLE: V8 CODE: A1 SHEET: MEMORY SHEET NAME M8 v1 A M5 M6 A3 A4 A5 B2 B3 B4 B5 B6 U 70 1 3 A [2] NC MD [2] N CL K [2] ND 0 [2] ND 1 [2] ND 2 [2] ND 3 [2] ND 4 [2] ND 5 [2] ND 6 [2] ND 7 4 B 5 B C D 6 10k5% 10k5% 10k5% 10k5% 10k5% 10k5% 10k5% 10k5% 10k5% R701 R702 R703 R704 R705 R706 R707 R708 R709 A B C USB 2 1 4 3 6 5 8 7 10 9 13 GND 14 GND 1 US B-10 15 GND 16 GND TV-OUT GND RX ID(MIC ) LOU T D+ ROU T D- TX VBU S J80 8 MOTOR [2] MOTO_ EN TP8 01 10K5% R875 SDA SCL R1 Q802 R2 R819 [2] TOUCH [2] I2C SDA 1 [2] I2C SC L1 080114 3 SSM3 J1 20TU FB802 TXD2 [2] V801 NC R846 10k5 % [9] D80 6 1 2 3 4 5 6 7 8 RCL AMP050 2B V804 T3.3 V803 V802 3.0 V TV_ OUT RX D2[2] C80 3 LINEOUT_L [3] 10U (F92 0J106 MPA) 1 3 XF2U -0 81 5-3A J809 3.0V + A - 3.0V TP80 7 TP80 5 D80 8 DLP11 SN 900SL2 2 4 M801 DMJBRV81R BLM21PG221SN1 10 GND 2 GND 4 GND 5 GND 3 RES 11 RESER 1 VDDIO 6 VDD LIS3 02DL TR SDO SDA/SDI/SDO SCL/SPC CS INT1 INT2 DCD C_VUSB[7] 12 13 14 7 8 9 U80 2 C80 4 LINEOUT_R [3] 10U (F92 0J106 MPA) DF2S6.8 FS V827 3.0V Q801 100 k5% BLM21PG221SN1 FB801 2 1.8 V 2SC60 26Y 1 R876 100 K5 % 3 2 [2,3,4,7] [2,3,4,7] DF2S6.8FS V828 0.1U C807 USB_DM USB_DP 520 W D80 3 100 K1 % R837 C812 Q804 SSM3J0 9FU [2] [2] 0.1U C811 1K1% R839 .05.12 10U (F92 0J106 MPA) + C85 1 1 0 R845 10K5% R840 OPINSE RT [2] AD [2] [2]TV_ OUT0 5% R801 150 1% 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 RF_ SHIE LDIN G J805 [2] NTRST [2] TDI [2] TMS [2] TCK [2] XRTC K [2] TDO [2,7]NRESET R829 TV_OUT_PA [2] ENVID EO C823 R841 100K 5% 3.0V R818 10K 5% 5 1 V+ 4 6 3 SAG 2 GND OUT U81 3 OPA36 0AIDCKR EN IN+ C82 6 C82 9+ + C82 8 10U /6.3V 33U /6.3V 33U /6.3V 0.1U C827 3.0 V R831 75 1% TV_ OUT [9] 3 IRAD C 32.768 K IREN IRDOU T [2] KEY4 100 K 5% R836 VOL+ VOL- [2]PHOTO_ PULSE [2] [2] R814 100 K 5% 3.0V R835 KEY1 KEY2 3.0 V 100 K 5% photo-electronic ic [2] [2] [2] [2] HOME KEY T815 MINT1 MINT2 TP80 9 DF2S6.8 FS V826 1 + + V814 4 DF2S6.8FS 5 R806 NC R820 [2] KEY5 0.1U R851 R852 100 K 5% R838 U81 1 GNDGN D2 GND GND 1 3 VC C OUT APDS9003-0 20 3 2 1 Q803 5 6 4 4 3 33 l ed J811 1K5% 1K5% R855 R856 XF2U -0415 -3A 1 2 3 4 V832 J812 XF2U -0415 -3A 1 2 3 4 2 1 [2] D ATED: DATED: QUAL ITY CONTR OL: RELEASED: 2008 .09 .22 D ATED: LU_ OUT DATED: eric.h uang 0.1U C810 3. 3N CHECKED: DRAWN: 499 K1 % R813 R812 10K 5% C838 R833 499K 1% SCALE: TITLE: V8 CODE: COMPANY: A1 SIZE: IRE=0,NROMAL IRE=1 SHUTDOWN C837 HSDL-9 100-0 24 p ho to D 80 9 V820 0.1U R832 C836 SSM3J1 20TU 8 VCC 7 LEDA 6 FILTER 5 PD U81 2 1 3.0V DF2S6.8FS 3.0 V 100 K 5% VBA T 47K 5% R823 1K5% 1K5% PLAY POWERON APD S9 700-0 20 C809 R821 R825 100 K 5% 3.0V KEY_ ONOFF 1 LEDON 2 ENB 3 DOUT 4 GND 9 PAD 10K 5% [7] 1 2 3 4 J810 XF2U -0415 -3A R834 1K 5% R843 T816 T818 100 K 5% 2 V819 [2] [2] V821 DF2S6.8 FS 2 3 DF2S6.8FS T819 T820 D V822 DF2S6.8 FS R807 10K 5% V831 accelerator sensor V823 DF2S6.8 FS TP80 6 TP8 02 TP8 03 V824 DF2S6.8 FS R808 10K 5% DF2S6.8 FS 6 2 1 3 DF2S6.8 FS DF2S6.8 FS DF2S6.8 FS 2 3 R809 10K 5% DF2S6.8 FS LTR REVISION RECOR D ECO N O: APPROVED: REV: DATE: SHEET: 9OF 14 KEY_CONNECTER v1 SHEET NAME M8 MEIZU 1 A B C D A B CTRL1 CTRL2 [11] 26 M_ BB [11] [11] Y9 01 C917 C920 [11] DA [11] CLK [11] EN TSX-32 25_26 MH z+-10p pm I IX [11] Q [11] QX [11] [11] R905 0 5% R903 4.7 NC VRF2 V5 5% C916 5% R904 VBB2VRF1 V5 R910 0 1 RFMODE PAL EVE L 3 VRF2 C905 C923 1 2 3 4 5 6 7 8 9 10 11 12 10 5% R906 C907 C932 NC A AX B BX VDDDIG2 V8 DA CLK VDDDIG1 V5 FSYS3 FSYS2 XO XOX C908 VRF2 V5 VRF1 V5 1 2 [11] BAN D_SEL [11] TXON_PA [11] [11 ] 2 0 R914 U90 1 5% R913 0 PMB62 72 R967 820 1% VBAT C909 VDDBIAS2V8 RX1X RX1 RX2X RX2 GND RX3X RX3 RX4X RX4 VDDLN A1 V5 4 R902 n.m R901 n.m 31 30 29 28 27 26 25 24 23 22 21 NC R921 C922 VRF1 V5 VRF2 V5 C901 GND 8 LB _R FIN HB _R FIN BAN D_ SEL TX_ EN VBA TT VMOD E VR AMP C921 VRF2 V5 5% R920 8 0 C904 C912 C913 C914 C915 7 1 2 3 4 5 6 R911 R912 100 K 1% R F3 15 8 U 90 2 LB _R FOU T HB _R FOU T NTC_10 K 5% GND 10 C 4 GND 40 VDDMIX2V8 39 VDDTX2 V8 38 TX2 37 TX1 36 VDDTX1 V5 35 VBIAS 34 PAD GND FSYS1 VDDXO2 V8 EN VDDVCO2V8 VCO_ RC VDDRX1V5 VDDRX2V8 41 13 14 15 16 17 18 19 20 12 18 8 7 6 5 4 3 2 1 C925 C924 C902 PCSRX1 PCSRX DCSRX1 DCSRX GSM900 RX1 GSM900 RX GSM850 RX1 GSM850 RX 0 5% R907 C903 M075B U90 3 0 5% R908 ANT 10 RF3158 R920 0OHM,R921 NC RF3159 R920 NC,R921 0OHM 3 14 [11] RF_TEMP 5 FE2 FE1 33 32 16 GSM85 0/9 00_TX D 6 CTRL2 19 CTRL1 22 DCS/PCS_TX GND4 GND5 GND6 GND7 GND GND0 GND1 GND2 GND3 17 18 20 21 9 11 12 13 15 J 901 2 4 1 3 MM8 130-2 600-R B8 C926 0 5% R909 C927 T901 TP_co ppe r 2 DATED : DATED : DATED: QUAL ITY CONTR OL: RELEASED: 2008 .09 .22 DATED: eric.h uang CHECKED: DRAWN: TP_co ppe r T902 SCALE: TITLE: V8 CODE: COMPANY: A1 SIZE: LTR REVISION RECOR D ECO NO: RF SHEET: SHEET NAME M8 MEIZU 1 10 OF 14 APPROVED: v1 REV: DATE: A B C D A B [11] SIM_EN 1 Q1001 4 GN D 5 VPP 6 IO T5 SIMC ARD C LK RS T VC C J10 01 4.7K 5 % R1002 T1005 TSR0 RFMODE [10]EN [10]DA [10] CLK [10] 26 M_ BB [12] VCXOEN signal to wake AP up 0.1U C1001 1 2 3 SSM3J0 9FU V1001 R1019 100 K 5% [2] [10] TXON_PA RI BAN D_SEL CTRL2 CTRL1 QX Q I IX R1005 100 k1% R1006 390 k1% 0 R1024 VBA T 0 R1025 B1 7 B1 6 B1 5 D 13 B1 4 C 18 D 15 D 14 A1 8 C 14 A1 6 C 13 D 17 N 15 P1 5 R 13 R 14 L1 2 J12 U 17 W17 W16 W15 V1 6 V1 7 W18 RS T0 T1217 T1218 T1219 T1211 T1212 T1213 T1214 T1215 T1216 T1221 T1220 [12] BBU SB+ [2] T1222 U 11 V1 1 B2 A2 C 12 D 12 B1 2 A1 2 E1 2 C 11 U8 V8 T9 U9 W8 R9 W9 T10 V9 U 10 V1 0 R 10 T11 E1 7 D 19 F16 BTCK E1 6 BTRST BTRS T C 19 D 18 BR TC K E1 4 B1 3 A1 4 BTDO BTDI BTMS 0 R1026 L1 8 J16 M1 9 U 12 K1 9 H1 C 15 C 17 A1 7 B1 8 C 16 mic control, please use gsm micbias for mic record 080112 [10] [2] [10] [10] [10] [10] [10] [10] [10] [10] PAL EVEL V1002 2 R1001 V1003 VSIM V1004 T1006 T1007 T1008 DF2S6.8FS 3 33k5 % DF2S6.8FS ADC TRAC ESY NC TRAC EC LK PIPES TA T(0 ) PIPES TA T(1 ) PIPES TA T(2 ) TRAC EPK T(0 ) TRAC EPK T(1 ) TRAC EPK T(2 ) TRAC EPK T(3 ) TRAC EPK T(4 ) TRAC EPK T(5 ) TRAC EPK T(6 ) TRAC EPK T(7 ) TRIG_IN MON1 MON2 TDO TDI TMS TCK TRST_ N RTC K US B_D PL US US B_D MINU S IRD A_ RX IRD A_ TX MMC I_D AT0 MMC I_D AT1 MMC I_D AT2 MMC I_D AT3 MMC I_C MD MMC I_C LK CC _IO C C_ CL K CC _R ST F26 M VC XO_EN C LKOUT0 AFC RF_ STR0 RF_ STR1 R F_ CL K RF_ DATA T_OU T0 T_OU T1 T_OU T2 T_OU T3 T_OU T4 T_OU T5 T_OU T6 T_OU T7 T_OU T8 T_OU T9 T_OU T1 0 T_OU T1 1 T_OU T1 2 BB_ QX BB_ Q BB_ I BB_ IX PAOU T1 PAOU T2 M0 M1 M2 M7 M8 M9 M1 0 DIS PIF PMB 88 76 U 10 01-A CAMIF KEYPAD C DF2S6.8FS RF_ CONTROL MMC [10] RF_TEMP DF2S6.8FS BASBAND VCXO CHIPCARD JTAC&DEBUG VOI CEBAND IIS 1 IIS 2 IIC SSC1 F18 D2 D1 D5 F5 E3 E2 E1 D3 F4 C2 C1 E1 1 B1 1 C 10 A1 1 D 11 B1 0 A1 0 B9 C9 A8 D 10 E9 C8 B8 I2C _SC L I2C _SD A PM_ INT J17 K1 8 H 15 US ART1 _C TS _N US ART1 _R TS _N US ART1 _TXD US ART1 _R XD US ART0 _C TS _N US ART0 _R TS _N US ART0 _R XD US ART0 _TXD F15 E1 9 G18 F17 G3 H4 G1 G4 F3 DS P_IN 0 F1 DS P_OU T0 G5 DS P_IN 1 F2 DS P_OU T1 B7 US IF_ RX D_ MRST A7 US IF_ TXD_ MTSR D9 U SIF_ SC LK SSC 1_ MR ST SSC 1_ MTSR SSC 1_ SC LK C3 E4 T13 J18 I2S 2_ CL K0 H 17 I2S 2_ CL K1 H 19 I2S2 _ RX H 18 I2S2 _ TX J19 I2S2 _WA0 H 16 I2S2 _WA1 F19 I2S 1_ CL K0 G16 I2S 1_ CL K1 G17 I2S1 _ RX G15 I2S1 _ TX E1 8 I2S1 _WA0 M1 8 MICN 1 M1 7 MICP 1 P1 9 MICN 2 N 18 MICP 2 K1 6 VMIC N L1 6 VMIC P P1 8 EPN 1 R 19 EPP 1 V1 8 EPP A2 V1 9 EPR EF T18 EPP A1 RS TOU T_ N KP_ IN0 KP_ IN1 KP_ IN2 KP_ IN3 KP_ IN4 KP_ IN5 KP_ IN6 KP_ OUT0 KP_ OUT1 KP_ OUT2 KP_ OUT3 CIF_ D0 CIF_ D1 CIF_ D2 CIF_ D3 CIF_ D4 CIF_ D5 CIF_ D6 CIF_ D7 C IF_ PCL K CIF_ HSYN C CIF_ VSYN C C LKOUT CIF_ RESE T CIF_ PD A6 C7 B6 D8 E7 A5 D7 C6 A4 E6 D6 C4 B5 B3 A3 B4 C5 INTBP RESETN RESET_BB DIF_ D0 DIF_ D1 DIF_ D2 DIF_ D3 DIF_ D4 DIF_ D5 DIF_ D6 DIF_ D7 DIF_ CS1 DIF_ CS2 DIF_ RESE T1 DIF_ RESE T2 DIF_ CD DIF_ VD DIF_ WR DIF_ HD DIF_ RD [12] [11,1 3] T1226 T1225 R1040 100 pF C1032 10 R1038 270 K 5% VINT 1 2 3 4 TC7WZ08FK 8 A1 VCC 7 B1 Y1 6 Y2 B2 5 GND A2 U10 02 VRTC BB I2C[0 :1] [12] [3] [3] [3] [3] PM_ INT [11] I2S_ RX_BB [6] [6] I2S_ TX_BB I2S_LRC _BB [6] VMIC _C P [3] I2S_CLK_BB [6] MICN 1 MICP1 MICC N2 MIC CP2 GSM_SPGSM_SP+ DC D [2] [3] [3] T1201 T1202 T1227 T1231 T1228 T1229 T1230 T1234 R1020 R1021 R1022 R1023 470 470 470 470 5% 5% 5% 5% TXD RXD RTS CTS BBC TS0 BBR TS0 BBR XD 0 BBTXD0 SIM_EN [2] [2] [2] [2] [11] to do wnlo ad R1009 0.1U VBB1 VRTC BB 0.1U 0.1U 0.1U 0.1U uart o f 8876 to 6 400 deb ug uart 0 5% C1019C1020 C1021 n.m 0.1U 4.7 5% 0.1U C1028 VSIM VD DMM C 0.1U 0.1U R1008 VINT C1017C1018 C1022 R1007 0.1U VINT C1009 VBB1 0.1U 0.01U C1015 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U C1016 VBB2 C1006C1007C1008 V_SD 0.01U C1010C1011C1012C1013C1014 0.1U C1005 VBB2 C1004 C1003 3 C1023 VINT 080402 exit interrupt from AP to wake gsm up. I2C0 I2C1 AGND 0 R1027 V_SD PM_ INT [11] PMR STN [12] signal for ap to confirm gsm is OK 10K5% R1041 T6 05.12 T1203 T1204 USIF T1223 T1205 T1206 [2] T1208 reset from 6 400 T1207 MI SC ASC T1224 4 T1210 5 T1209 D 6 0.1U C1031 VBBUSB W11 R 12 T12 W12 W13 L1 9 A1 3 J15 E1 3 E1 0 E8 G19 A9 A1 5 B1 9 B1 W10 P5 J5 M5 R8 J1 W2 W7 J8 J9 J10 J11 L8 L9 L1 0 L1 1 H9 H 10 H 11 M9 M1 0 K8 K9 K1 0 K1 1 VD D_ USB VSS _U SB VSS _P LL_ RTC VD D_ PLL VD D_ RTC VD DP_ SIM VD DP_ MM C VSS P_ DIG_1 VSS P_ DIG_2 VSS P_ DIG_3 VSS P_ DIG_4 VD DP_ DIGA VD DP_ DIGB VD DP_ DIGC1 VD DP_ DIGC2 VD DP_ DIGD VD DP_ ETM VSS P_ ETM VSS P_ EBU_ 1 VSS P_ EBU_ 2 VSS P_ EBU_ 3 VD DP_ EBU _1 VD DP_ EBU _2 VD DP_ EBU _3 VSS _D SPM AIN_ 1 VSS _D SPM AIN_ 2 VSS _D SPM AIN_ 3 VSS _D SPM AIN_ 4 VSS _D SPM AIN_ 5 VSS _D SPM AIN_ 6 VSS _D SPM AIN_ 7 VSS _D SPM AIN_ 8 VD D_ DSP _1 VD D_ DSP _2 VD D_ DSP _3 VD D_ MAIN _1 VD D_ MAIN _2 VD D_ MAIN _3 VD D_ MAIN _4 VD D_ MAIN _5 VD D_ MAIN _6 U 10 01-B PM B88 76 DIG POWER SUPPLY BUS CTROL V1 2 T7 N3 U1 T6 M2 M4 M3 P2 U3 U4 R3 V3 T3 G2 P4 V1 T2 P3 V4 R4 W3 T5 R6 U5 W4 W5 U6 V5 V6 W6 T8 U7 V7 R7 H2 H3 J4 J2 J3 K1 K2 K3 K5 L2 L1 M1 N1 K4 L4 P1 L3 R1 N2 N4 N5 T1 R2 U2 V2 AGND GUAR D VD DBG VSS BG VD DM VSS M VD DD VSS D VD DVB T VSS VBT VD DVB R_ 1 VD DVB R_ 2 VSS VBR _1 VSS VBR _2 VD DBB VSS BB RE SET_N VR EFN VR EFP IREF N 16 K1 5 K1 7 N 19 V1 4 V1 5 T14 U 16 T15 R 16 U 18 R 17 T17 P1 7 M1 5 L1 5 U 14 P1 6 L1 7 M1 6 U 13 F32 K V1 3 OSC 32 K RTC _OUT EBU _A DV_ N EBU _R D_ N EBU _WR _N EBU _WAIT_ N EBU _R AS_ N EBU _C AS_ N EBU _B C0 _N EBU _B C1 _N EBU _S DC LKO EBU _S DC LKI EBU _B FC LK O EBU _B FC LK I EBU _C KE FCD P_R B_ N EBU _C S0 _N EBU _C S1 _N EBU _C S2 _N EBU _C S3 _N EBU _A D(0 ) EBU _A D(1 ) EBU _A D(2 ) EBU _A D(3 ) EBU _A D(4 ) EBU _A D(5 ) EBU _A D(6 ) EBU _A D(7 ) EBU _A D(8 ) EBU _A D(9 ) EBU _A D(1 0) EBU _A D(1 1) EBU _A D(1 2) EBU _A D(1 3) EBU _A D(1 4) EBU _A D(1 5) EBU _A (0) EBU _A (1) EBU _A (2) EBU _A (3) EBU _A (4) EBU _A (5) EBU _A (6) EBU _A (7) EBU _A (8) EBU _A (9) EBU _A (10 ) EBU _A (11 ) EBU _A (12 ) EBU _A (13 ) EBU _A (14 ) EBU _A (15 ) EBU _A (16 ) EBU _A (17 ) EBU _A (18 ) EBU _A (19 ) EBU _A (20 ) EBU _A (21 ) EBU _A (22 ) EBU _A (23 ) EBU _A (24 ) 2 VAN A C1027 15P C1208 22 R1015 [13] [13] [13] [13] [13] [13] DATED : DATED: QUAL ITY CONTR OL: RELEASED: 2008 .09 .22 DATED : RESETN [11,1 3] BFCL KO [13] [13 ] BFCL KI BC0N BC1N ADV RDN WRN WAIT P-MOD E [13 ] [13] CS_FLASH 2 CS_SRAM0 [13] DATED: eric.h uang 5% BD[0 :1 5] [13] BA[0:24] [13] CHECKED: DRAWN: 0.1U 0.1U 0.1U C1024C1025C1026 22K 1% R1010 327 68 Y1001 15P C1209 BD0 BD1 BD2 BD3 BD4 BD5 BD6 BD7 BD8 BD9 BD10 BD11 BD12 BD13 BD14 BD15 BA0 BA1 BA2 BA3 BA4 BA5 BA6 BA7 BA8 BA9 BA1 0 BA1 1 BA1 2 BA1 3 BA1 4 BA1 5 BA1 6 BA1 7 BA1 8 BA1 9 BA2 0 BA2 1 BA2 2 BA2 3 BA2 4 SCALE: TITLE: V8 CODE: COMPANY: A1 SIZE: LTR REVISION RECOR D ECO N O: APPROVED: SHEET: 11 OF 14 GSM_BASEBAND SHEET NAME M8 MEIZU 1 v1 REV: DATE: A B C D A B C [11] [11] [11] T3 VCXOEN INTBP PMR STN [2] PWBB [11] I2C[0 :1] VBA T T4 5 T1102 R1129 [11] BBU SB+ R1101 C1122 82K 1% 10K 5% R1128 VBBUSB 100 K 5% I2C1 I2C0 C1120 R1110 68n F C1116 R1105 1.5K 5% R1104 1.5K 5 % VINT 1 2 22 33 27 8 49 32 31 36 41 48 4 24 23 43 44 26 25 11 12 1.5K 1 % 10 VBA T VBATS AUIP AUIN VUPU VUSB VBU S LRF3EN VSSR VSSAU VSSFB VSSA IREF BYP VCXOEN INTOUT RESETQ ON SDA SCL VDDCH VCHC VCHS U11 01 PMB68 12 T7 39 19 18 42 34 47 45 21 46 17 29 AUOP 28 AUON C1101 C1103 C1117 C1118 10U/6.3V C1105 C1104 C1106 10U/6.3V 10U/6.3V C1107 C1108 VRF2 C1109 100 U/6 .3V VR TC BB C1110C1112C1113 VRF2 V5 VRF1 V5 C1123 10U/6.3V VSIM C1102 10U H(VLF3 010AT-100MR4 9) L1102 10 0U /6.3 V(F95 0J1 07M AAA Q2 ) V_SD 10U/6.3V C1131 VBB2 VIN T VBB1 VAN A VBAT VDDMMC T1103 20 VD DMM C 13 37 38 40 3 C1121 10U/6.3V 35 30 7 16 LED 15 SLED1 14 SLED2 VMMC VIB VRF3 VRF2 VRF1 VRFC VDDRF VSIM2 VSIM1 VRTC VAN A VLBB2 VLBB1 VINT VDDC VDDB VDDA VDDAU VSSPW 5 VDDPW 6 SW 9 FB BLM21PG221SN1 FB 1101 4 1 2 D 6 T1101 T1023 3 2.65V VRF2 VRF2V5 VRF1 VRF1V5 VRTC VUSB VMMC VSIM2 VSIM 2.7V 2.85V 2.7V 1.5V 2.11V 3.1V 2.85V 2.85V 2.85V 2.72V 1.5V VANA VINT 1.5V VBB2 1.8V VOLTAGE VBB1 V_SD OUTPUT 2 DATED : DATED : DATED: QUAL ITY CONTR OL: RELEASED: 200 8.0 9.2 2 DATED: eric.h uang CHECKED: DRAWN: SCALE: TITLE: V8 CODE: COMPANY: A1 SIZE: LTR REVISION RECOR D ECO N O: SHEET: 12 OF 14 APPROVED: GSM_POWER SHEET NAME M8 MEIZU 1 v1 REV: DATE: A B C D RDN BC0N WAIT CS_SRAM0 RDN 4.7K 5 % R1206 R1204 V_SD R1208 22 _ 5% V_SD V_SD CLK WAIT VSS VSS VSS VSS0 VSS1 VSS2 VSS3 VSS VCCQ VCCQ VCCQ F1-VC C F2-VC C P-VC C S-VC C F-VPP F1-VC C F2-VC C P-MODE#/P-C RE A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 A21 A22 A23 A24 A25 DQ0 DQ1 DQ2 DQ3 DQ4 DQ5 DQ6 DQ7 DQ8 DQ9 DQ10 DQ11 DQ12 DQ13 DQ14 DQ15 BA0 BA1 BA2 BA3 BA4 BA5 BA6 BA7 BA8 BA9 BA1 0 BA1 1 BA1 2 BA1 3 BA1 4 BA1 5 BA1 6 BA1 7 BA1 8 BA1 9 BA2 0 BA2 1 BA2 2 BA2 3 BA2 4 H2 BD0 H3 BD1 G3 BD2 H4 BD3 J5 BD4 G5 BD5 J6 BD6 H7 BD7 G2 BD8 J3 BD9 G4 BD10 J4 BD11 H5 BD12 G6 BD13 H6 BD14 J7 BD15 G1 F1 E1 D1 B1 C1 F2 E2 F6 D7 E7 B8 C8 D8 F7 E8 F8 D2 B2 B3 E6 B7 C7 C3 D3 E3 2 DRAWN: eric.h uang D ATED: COMPANY: SIZE: LTR REVISION RECOR D ECO N O: MEIZU 1 14 APPROVED: REV: DATE: C D DATED: D ATED: DATED: CHECKED: QUAL ITY CONTR OL: RELEASED: 2008 .09 .22 SCALE: TITLE: V8 CODE: A1 SHEET: 13 OF GSM_MEMORY SHEET NAME M8 v1 A BD[0 :1 5] [11] BA[0:24] [11] 3 A 64M BIT NORFLASH+16MBIT PSRAM PF3 8F2 030W0YTQ1 A1 DU1 A2 DU2 A7 DU3 A8 DU4 C4 L1 L2 L5 L6 L7 L8 B4 J8 K7 L3 L4 K6 K5 K4 D4 B5 B6 K8 K1 F1-CE# G8 F2-CE# K3 F3-CE# G7 H8 F2-OE# J2 F1-OE# J1 S-CS1# C5 S-CS2 D6 P1-CS# K2 P2-CS# C6 D5 R-WE# E5 ADV# F3 R-U B# F4 F-RST# F5 F-WE# E4 F-WP# H1 R-OE# C2 R-LB# U12 01 4 B 0.1U 0.1U 0.1U 0.1U 0.1U 0.1U C1201 C1202 C1203 C1204 C1205 C1206 [11] CS_FLASH 2 P-MOD E [11 ] [11] [11] [11,1 3] [11] BFCL KO [11] BFCL KI [11,1 3] [11] [11,1 3] WRN [11] ADV [11] BC1N [11] RESETN [11,1 3] WRN 100 K 5% B C 5 R1207 D 6 100 K 5% A B C D USB PA U902 VBAT CONTROL U601 EN2 EN3 GSM U1101 4.2V LTC555 EN1 1.8V DC1 CHA RG E DC_ OUT VIN3 VIN2 VIN1 1.2V 3.0V DC2 DC3 5 VIN VIN 4.5V EN VIN1 3.0V CODEC CAMERA LCD BACKUP BAT TERY U604 U605 EN VIN1 LDO EN VIN1 LDO 2.5V U401 J401 U406 21V VIN1 DC-DC EN 3 .3V LDO 2.8V EN 3.0V,ALWAYS ON EN LDO 2.8V EN1 AUDIO PA U203 VIN1 BACK LIGHT U204 EN3 LDO 3.0V,ALWAYS ON VIN2 3.0V LDO/OUT3 3.0V LDO/OUT2 3.0V EN1 EN2 VIN1 1.8V U301 1.2V DC-DC 3.0V,ALWAYS ON EN2 VIN2 VIN3 VIN1 U504 EN VIN1 LDO U505 4 U202 J505 TSP ACTIVE HIGH EN ACCELERY S ENS OR MOTOR VIN PHOTO ELECTRONIC SENSOR SWITCH EN SWITCH INFRARED SENSOR U812 U802 U701 ACTIVE HIGH S3C6410 U101 GPD2 GPD1 GPM1 XMPWOUT1 ACTIVE HIGH GPK14 GPL14 ACTIVE HIGH ACTIVE PWM 1.2V MEMORY EN VIN1 LDO U602 3.0V,ALWAYS O N 3 ACTIVE HIGH U811 1.8V 1.8V M801 1.2V 3.0V 3.0V 3.0V 3.0V GPN6 GPK1 ACTIVE HIGHGPL4 J809 Bluetooth U501 WiFi U502 ACTIVE HIGH 6 ACTIVE HIGH 1.8V 1.2V 3.0V OTG 3.3V VRTC 2.5V D ATED: D ATED: DA TE D: QUAL ITY CONTR OL : RE LEA SED : 2008.09.22 DA TE D: eric.huang CH EC KED : DR AWN: ACTIVE HIGH XMPWRON ACTIVE HIGH GPD3 VDD ALIVE 1.2V 2 SC ALE : TITL E: V8 COD E: COM PAN Y: A1 SIZE: LTR SH EET: eric.huang' DR AWING NO: M8 14 A PPR OV ED: 14 OF RE VISION REC ORD EC O N O: MEIZU 1 v1 RE V: DA TE : A B C D
Source Exif Data:
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