ADZS-BF707-BLIP2 Board Evaluation System Manual
Contents
1. U7 00_7 m D1DMCO_A00 0000810 m 0000 2 2 B P D D 017 m F DMCO A01 DQo1812 m 00017 022 m F2DMCO A02 0002811 m 0002 Z 32 16 4 ks Gt 814 A032 m DMCO A03 000 m 0003 7 D2 B13 04 Z m DMCO A04 DMCO DQ04 m 0004 Z 057 m 22 A05 0005014 m 0005 7 A06 Z m A06 0006013 m 0006 Z A07 7 m 1 A07 DMC0_DQ07E 4 m DQ07_Z 082 m B2DMC0_A08 DMC0_DQ08E 3 m DQ08 Z A09 Z m A2DMCO_A09 2009214 m 0009 Z U2 gt lt O wm lt AOZ m B4DMCO A10 pa10F13 m 00107 s S 6 G O O 5 lt gt lt B3 G13 J8 gt gt gt ea e e Ag AZ m DMCO 11 DMCO_DQ11 m 00117 A00 m 28888 DQ m 0000 M2Z m 9 A12 12914 00127 A01 m 9 DQ187 m 0001 137 ABDMCO_A13 _ 13 13 m 00137 A02 m KT DaQ2B8 0002 DMCO_DQ14K14 m 00147 A03 m K8 3 nasc m 0003 DMCO_DQ15K18 m 00157 A04 m K2A4 4 8 m 0004 05 m 5 00507 0005 5507 m DMC0_CS0 DMC0_LDQS m LDQS Z J Ds A06 m m 0006 DMC0_LDQS 3 E7 7 07 m A7 DQ7 m 0007 0008 m 0005 Z m Es Hus 08 m AB DQ m DQ08 0505114 i ve2. 4 m WSN INT Ni3pA 15 EPPIO FS3 SPTO ATDV SPTO BTDV SMCO AMSO CNTO UD R71 rus 0 007 NI0pB_00 EPPIO_DO7 SPT1_BCLK SPIO_CLK SMCO_DO7 TMO_ACLK3 006 m Do6 SPT1 BFS SPIO 50 5 0 006 ACI 0 005 m L12PB 02 0 DO5 SPT1 BDO SPIO MOSI SMCO 005 0 004 m M12pp 0 Do4 SPT1 BD1 SPIO 02 8 004 003 m M10pB_04 EPPIO_D03 SPTO_BCLK SPIO_SEL4 SMCO_D03 TMO_ACLK6 002 m M9pg_05 EPPIO_DO2 SPTO_BDO SPIO_SEL5 SMCO_D02 EPPIO_DO1 N9pg_06 EPPIO_DO1 SPTO_BFS SPIO_ SEL6 SMCO DO1 TMO 0 DOO m P8PB_07 EPPIO_D00 SPTO_BD1 SPIO_D3 SMCO_D00 SYS_WAKEO N pg 016 6 12 SEL2 SMCO_DO8 SYS_WAKE1 _ 8 017 6 12 5 13 5 0 DO9 TMO SPI2 CLK W 9 1 0 SPI2_CLK TRACE0_CLK SMC0_D10 TM0_ACLK4 C SPI2 MISO m 14 SPl2 MISO TRACEO D04 SMCO 011 ids SPI mosi 12 SPI2 003 5 0 D12 SYS WAKE2 SPI2 02 m R66 O P pB 13 SPI2 D2UART1_RTSTRACE0_D02 SMC0_D13 W Bes ann 0 14 SPI2 D3UARTI_CTSTRACE0_D01 SMC0_D14 55 w 0 188PI2 SELT TRACEO 000 5 0 015 6 2 SS ADSP BF707 VDD EXT VDD_EXT Label JTAG VDD EXT PS a 1 2 m JTG TMS SWDIO FAULT 27 R28 3 4 m JTG TCK SWCLK 2 2K 2 2K us cH 50402 5 B JTG TDO SWO LED4 7 8 m JTG TDI
3. DSP_XTAL USB_XTAL os Label DSP XTAL BOOT MODE 01 SPI MASTER Label USB XTAL R33 Y2 R34 R31 Y1 0 24MHZ 0 0 24MHZ 0402 DNP 0402 0402 05 013 05 013 SYS XTAL e e m SYS CLKIN USBO XTAL m USB0_CLKIN R32 R37 0 0 0402 0402 DNP C66 C65 _ C64 _ _ 18PF _ 18PF 18PF 18PF 0402 DNP 128 0402 0402 0402 0 0402 gt SYS_BMODE0 N N p SYS_CLKOUT gt SYS_BMODE1 R92 R93 0 0 0402 0402 DNP 3V3_HIB Rei 3V3_HIB Ms U14 0402 Label PB1 R88 100 5 14 0402 TY 33 an swt MOMENTARY 3 R87 33 SWT024 2 eh 0402 PB2 C106 GND 1UF 2 0402 SN74LVC2G14DCKRQ1 VDD_EXT R90 10K R140 0 0402 Label PB2 R89 R96 851 100 10K 10 2K yv PUSH BUTTONS IO 012 r Sy W2 MOMENTARY O 5 OUT SYS WAKE SWT024 SW4 C107 MOMENTARY 1UF SWT024 2 VDD_EXT T 0402 ND SET 5 LTC6993CS6 3 849 DNP 4 12K 0402 DNP y ces 01UF 0402 DNP VDD EXT VDD EXT C C _ _ C67 0 01UF 0402 R36 10K 0402 R35 R46 Label RESET 10K 10K d 0402 0402 RESET 1 mO 1265 SIN
4. m 005 OVM SCL m SIOC D1 7 P ES R7A RIO m 006 OVM D2 55 8RsA 888 007 OVM 03 05 0 04 RNS003 c5 D ics 7692 baAs d cs PWDNm BlpwDN 0785 7 04UF _ 0 1UF Label OVM7692 0402 0402 HREFE EPPIO_FS1_OVM R5 Di R2 0 ok T E 4 SE 0 52 OVM 0402 Z R7 0 e 6 03 0 EPPIO_CLK_OVM E g ST ST T N lt O lt t OVM7692 RACA AGND e AGND ANAI 20 Cotton Road Nashua NH 03063 DEVICES 1 800 anatoap Title BLIP2 Size Board No A0573 2013 Rev Date 02 05 15 Sheet of 10 B C D 5V R43 10K 0402 VDD_EXT Label VDD_EXT VDD_EXT O VDD EXT 3 2V VDD 0 e U1 ADP2370 DFN50P300X300 9N L1 R98 R84 1 6 6 8uH 0 10K C109 VIN PG SMT 1206 0402 1UF 10UF 2 7 DNP 0805 12 0805 FSEL SW 3 5 R150 n ii 0 B2 VIN vouri 2 4 0402 SYNC C79 M R58 SYS EXTWAKE EN1 PGN
5. ADZS BF707 BLIP2 Board Bill Of Materials Ref Description Reference Manufacturer Part Number Designator 58 2 18PF 50V 5 0402 NPO 65 66 MURATA GRM1555C1H180JA01D 59 10 33 1 32W 5 RNS005 6 15 PANASONIC EXB 28V330JX 60 1 30A GSOT05 SOT23 3 D1 VISHAY GSOT05 E3 08 61 2 2 2K 1 10W 5 0402 R27 R28 PANASONIC ERJ 2GEJ222X 62 1 25 5K 1 16W 196 0402 R54 PANASONIC ERJ 2RKF2552X 63 2 15 ESD7004 D4 D8 ON SEMI ESD7004MUTAG DFN50P250X100 10N 64 2 15 ESDA6V1SC 03 07 DIGI KEY 497 6637 1 ND SOT95P280 6N 65 1 4 12 1 10 1 0402 R49 PANASONIC ERJ 2RKF4121X 66 4 10UF 6 3V 20 0603 69 70 76 7 DIGI KEY 490 3896 2 ND 5 9 67 1 10 2K 1 16 1 0402 R51 DIGI KEY 541 10 2KLTR ND 68 1 RED LED_0603 LED4 DIGI KEY 475 2512 2 ND 69 1 YELLOW LED_0603 LEDI DIGI KEY 475 2558 1 ND 70 9 10UF 6 3V 2096 0402 C17 C18 C32 C4 DIGI KEY 445 8920 1 ND X5R 7 50 53 59 108 C111 71 10UF 6 3V 20 0402 C113 DIGI KEY 445 8920 1 ND X5R 72 2 10UF 35V 20 0805 X5R C2 C80 DIGI KEY 445 14420 2 ND ZZ 73 1 25006 NA IND_DL 14 MOUSER 81 DLW5BTN251SQ2L WSBT 74 0 8A BSRIG Ql FAIRCHILD 5 16 SOT95P240 3N SEMI 75 4 470 0603 FERI FER2 FER4 DIGI KEY 490 5223 2 ND FER5 76 1 470 1A 0603 FER6 DIGI KEY 490 5223 2 ND ADZS BF707 BLIP2 Board Evaluation System Manual A 5 Ref
6. ADZS BF707 BLIP2 Board Evaluation System Manual ADZS BF707 BLIP2 Board Hardware Reference Power Connector P5 Part Description Manufacturer Part Number 0 65 mm power jack CUI 045 0883R Mating Cable 5 0VDC 3 6A power supply GLOBETEK GS 1750 R RF Wireless Connector J 2 Part Description Manufacturer Part Number 4 x 2 0 05 pitch socket SAMTEC SFMC 104 T1 L D Mating Connector 4 x 2 0 05 pitch header SAMTEC FTSH 104 04 F D SD Connector J 3 Part Description Manufacturer Part Number SD 8 bit 2 GB SANDISK MHC W21 601 Mating Connector 2 GB SANDISK SDSDB 2048 A11 ADZS BF707 BLIP2 Board Evaluation System Manual 2 1 Connectors 2 12 ADZS BF707 BLIP2 Board Evaluation System Manual ADZS BF707 BLIP2 BOARD BILL OF MATERIALS The bill of materials corresponds to ADZS BF707 BLIP2 Board Schematic Ref Qty Description Reference Manufacturer Part Number Designator 1 1 SN74LVC1G08 SOT23 5 U11 TI SN74LVC1G08DBVE 2 1 24MHZ 5 013 Y1 DIGI KEY 535 9138 2 ND 3 1 24MHZ 8 013 Y2 DIGI KEY 535 9138 2 ND 4 1 W25Q32 SO8W U8 WINBOND W25Q32FVSSIG 5 1 FT232RQ 015 DIGI KEY 768 1008 1 ND QFN50P500X500 33NA 6 1 ADP2230 013 ADP2230 DFN50P300X300 11N DEVICES Z 1 ADP2370ACPZ R7 U1 ANALOG ADP2370ACPZ R7 DFN50P300X300 9N DEVICES 8 1 LTC6993CS6
7. LED 0603 sys_XTAL m N 4sys_XTAL scu 825 SL JTG TRST m 3 10 TARGET RESET M14 L2 5X2 SYS CLKIN m SYS CLKIN TWIO SDA m SDA SAMTEC SHF 105 01 L D SM K M RTCO CLKIN e Ninrco_xTAL 10K 330 0402 0603 SYS EXTWAKEW 55 EXTWAKE F12SyS FAULT S SYS HWRST m Ci3svs HWRST HADCO_VINOF 12 VDD_EXT N12 VIN1NI2 e USBO CLKIN m P jsBo CLKIN N11 J WD WV 5 S S USBO_XTAL m PSUsBo_XTAL bn HADCO USBO VBUS m 6 kim USBO DM m P7USsBo_DM USBO_DP m 0680 pP 5272 N6 USBO ID m USBO ID SYS_CLKOUTHS 0 a SYS CLKOUT M jspo vac e 5 5 TP7 SYS_RESOUTY2 TP9 Label SYS JTG TCK SWCLK m UTG TCK SWCLK JTG TMS SWDIO w C2 TMS SWDIO N L O G 20 Cotton Road 03063 R24 C1 E12 TDO SWO X 524 0_ TDO SWO SYS BMODEO m SYS BMODEO D 1 I DEVICES 1 800 anatoap JTG_TRST 03 TG TRST sYs_BMODE1C14 m SYS BMODE1 707 Title 2 DSP MEMORY JTAG Size Board A0573 2013 Rev Date 02 05 15 Sheet 2 of 10 A B D
8. A 3 Ref Qty Description Reference Manufacturer Part Number Designator 38 6 0 1 10W 5 0402 R32 R93 R126 R1 PANASONIC ERJ 2GEORO0X 28 R142 R150 39 4 0 1 10W 5 0402 R33 R34 R125 R1 PANASONIC 2 41 40 15 33 1 16W 5 0402 R15 R18 R40 R41 VISHAY CRCW040233ROJNED R62 R85 R87 R1 06 R152 R155 41 2 1UF 16 10 0603 5 C103 C105 DIG01 399 5090 2 ND 42 2 4 7 25V 20 0805 61 117 0805ZD475KAT2A X5R 43 1 4 7UF 6 3V 20 0603 C83 AVX 06036D475MAT2A X5R 44 2 330 1 10W 5 0603 R25 R72 DIGO1 541 330GTR ND 45 2 1M 1 10W 5 0603 R21 R146 VISHAY CRCW06031M00JNEA 46 1 0 0 1 10W 1 0603 R149 PHYCOMP 232270296001L 47 2 1UF 6 3V 20 0402 5 C106 C107 GRM155R60J105ME19D 48 3 100 1 16W 5 0402 R13 R88 R89 DIGI KEY 311 100JRTR ND 49 1 VARISTOR V5 5MLA R12 LITTLEFUSE V5 5MLA0603 30A 0603 50 1 0 5 1206 R55 LITTLEFUSE 1206L050 C 51 1 47 0K 1 16W 1 0402 R108 ROHM MCRO1MZPF4702 52 1 10 0K 1 16W 1 0402 R56 DIGI KEY 541 10 0KLCT ND 53 2 100K 1 16W 596 0402 R101 R102 DIGI KEY 541 100KJTR ND 54 4 0 1 16W 5 RNS003 RN2 RN4 RN17 PANASONIC EXB 2HVRO00V 55 1 422K 1 10W 1 0603 R48 PANASONIC ERJ 3EKF4223V 56 3 MBRI30LSFTIG D2 D5 D9 ON SEMI 13015 1 SOD 123FL 57 12 18PF 50V 5 0402 NPO 63 64 GRM1555C1H180JA01D A 4 ADZS BF707 BLIP2 Board Evaluation System Manual
9. Qty Description Reference Manufacturer Part Number Designator 77 1 187 0 1 16W 1 0402 R45 DIGI KEY 311 187KLRTR ND 78 2 560 0K 1 10W 1 0402 R52 R58 PANASONIC ERJ 2RKF5603X 79 i 453 0K 1 10W 1 0402 53 PANASONIC ERJ 2RKF4533X 80 1 6 20 5 LI COILCRAFT XAL4030 682MEC 81 1 2GB LPDDR U2 MICRON MT46H128M16LFDD 48 WT A 6 ADZS BF707 BLIP2 Board Evaluation System Manual BLIP2 SCHEMATIC ANALOG 20 Cotton Road Nashua NH 03063 DEVICES Ph 1 8oo ANALoGD Title BLIP2 Size Board No A0573 2013 Rev C 1 0 Date 02 05 15 Sheet 1 of 10 D 3V3_HIB C Label STAT_LED1 U7 LED1 R73 0 G2 M1 R68 0 vow 7 SPH 73 9 G2PA_00 SPI1_CLK TRAGEO_DO7 SMCO_ABEO PC_00 UART1_TXISPTO_AD1 EPPIO_D15M1 R68 9 m UARTI TX 0608 2 SPM MISO m o1 SPI1 MISO TRACEO D06 5MCO O1 UART1 RX SPTO BD1 EPPIO D14 5MCO A09 TMO ACIAK2 m UARTi RX mosi 9 o2 SPIi MOSI TRA
10. d EPPIO FS1 R130 m EPPIO_FS1_AP EPPIO D02 R3A R3B m 002 AP EPPIO D03 4 R4B S u 003 AP EPPIO_FS2 m R131 0 0 FS2 AP EPPIO 004 5R5A 858 m 004 AP EPPIO 005 6R6A ReB 005 _006 7R7A RIO 006 AP EPPIO D07 R8B9 007 RNS003 R136 OVM d 0 m EPPIO_FS1_OVM R138 0 m FS2 OVM RN2 1R1A 818 6_______ 000 OVM 2R2A 828 5 m 001 OVM 838 002 OVM 848 3 003 OVM 5R5A m 04 6R6A rept m 0 005 7 7 878 0_______ 006 m 007 OVM 0 RNS003 ANALOG 20 Cotton Road Nashua NH 03063 DEVICES Ph 1 8oo ANALoGD Hs BLIP2 RESISTOR PACKS Size Board No A0573 2013 Rev C 1 0 Date 02 05 15 Sheet 7 of 10 c D VDD_IO_2 8V VDD_IO Qt VDD SOT95P240 3N BSR16 3 2 m C102 c92 C94 C95 C96 C91 C104 C97 C103 0 1UF 0 1UF _ O 4UF 04UF 1UF 0402 040
11. 0 ee Q IUF 2 FRAME VAL Ax FS2 0402 0402 3 7 R4 0 MS pac MA Su a Se Dub LINE_VALID 0 FS1 AP E6 R44 0 PIXCLK 144 0 CLK AP B yTAL FRAME 5 C4 8 G6 TRST_N 1 888858 5 8 F6 E2sADDR 2222 2 S ArEST2F o 6 6 6 6 6 6 6 lt lt LO LO a lt IO 10 10K 0402 ASX340AT2C00XPEDO ASX340AT DS CMOS SENSOR ANALOG 20 Cotton Road Nashua NH 03063 DEVICES 1 00 Title BLIP2 IMAGE SENSOR Size Board A0573 2013 10 Date 02 05 15 Sheet of 10 C D VDD IO 2 8V VDD CAM 2 8V VDD DVDD VDD CAM o o ies DVDD VDDIO VDD d eus 7 7 04UF 10UF 04UF 0 1UF 10UF 0402 0402 0402 0402 0402 4 e C v 7 AGND RN4 1R1A RiBl6 EPPI0_D00_OVM 3R2A 828 5 m D01_OVM 3R3A m 002 OVM 5 lt 848 3 m EPPI0_D03_OVM gt gt R5B 2 004 OVM R1 B2 A lt D04 SDA SIOD 8 D d p 5 REA ReBLL
12. 0805 7 90 109 110 DIGI KEY 399 1284 2 ND 28 1 0 1 8W 5 0805 R22 VISHAY CRCW08050000Z0EA 29 2 2 2UH 10 0805 L2 L3 DIGI KEY 490 1119 2 ND A 2 ADZS BF707 BLIP2 Board Evaluation System Manual ADZS BF707 BLIP2 Board Bill Of Materials Ref Qty Description Reference Designator Manufacturer Part Number 30 1000 50 10 0805 X7R 1 311 1136 2 ND 31 32 41 0 1UF 10V 10 0402 0 1UF 10 10 0402 68 101 114 C4 C8 C20 C25 C27 C38 C44 C5 4 84 89 91 100 102 104 116 118 119 0402ZD104KAT2A 0402ZD104KAT2A 33 34 0 01UF 16V 10 0402 X7R C9 C16 C19 C26 C28 C31 C33 C3 7 45 46 48 49 C51 C52 C55 C58 C60 C62 C6 7 C112 C115 AVX 0402YC103KAT2A 34 35 10K 1 16W 596 0402 R5 R10 R11 R14 R19 R20 R29 R35 R36 R38 R39 R4 2 R43 R46 R47 R 61 R71 R80 R81 R90 R91 R96 R10 3 R105 R107 R11 0 R112 R117 R12 1 R143 VISHAY CRCWO040210K0FKED 35 10K 1 16W 596 0402 R30 R57 R77 R78 R84 VISHAY CRCWO040210K0FKED 36 0 1 10W 596 0402 R37 R92 R147 PANASONIC ERJ 2GEOR00X 37 35 0 1 10W 596 0402 R1 R4 R6 R9 R23 R24 R26 R31 R4 4 R50 R60 R63 R 68 R70 R73 R74 R79 R124 R127 R 129 R131 R136 R 138 R140 R148 PANASONIC 2 ADZS BF707 BLIP2 Board Evaluation System Manual
13. J5 5 VDD RTC HIROSE ZX62D AB 5P8 R12 ADSP BF707 VARISTOR 6 9 Label USBO 0603 NCO NC 310 R21 ce im ESD7004 0 01UF 70 DFN50P250X100 10N 0603 0402 VDD DMCO USBO Ld Ld C17 C26 C37 C36 C35 C34 C33 C20 C 1 C22 C23 C24 C25 10UF 0 01UF 0 01UF 0 01UF 0 01UF 0 01UF 0 01UF 0 1UF 0 1UF 0 1UF 0 1UF 0 1UF 0 1UF 0402 0402 0402 0402 0402 0402 0402 0402 0402 0402 0402 0402 0402 VDD_EXT VDD_EXT C32 C31 C28 C29 C30 C27 C38 C39 C40 C59 C58 C55 C56 C57 C60 C54 10UF 0 01UF 0 01UF 0 01UF 0 01UF 0 1UF 0 1UF 0 1UF 0 1UF 100 __ 0 01UF ___ 0 01UF 0 01UF __ O O1UF 0 01UF 0 1UF 0402 0402 0402 0402 0402 0402 0402 0402 0402 0402 0402 0402 0402 0402 0402 0402 Label 32MB SPI FLASH e x m 3V3 HIB VDD INT NA e eoe C53 C52 C45 C46 C51 C44 C43 C42 C41 1OUF 0 01UF 0 01UF 0 01UF 0 01UF 0 1UF 0 1UF 0 1UF 0 1UF 0402 0402 0402 0402 0402 0402 0402 0402 0402 R104 8105 lt R107 10K 10K 10K 0402 0402 0402 8 SPI2_MOSI 55 gt SPI2_MISO SPI2 SS 165 ay SPI2_D2 3WP 3V3 HIB C SPl2_D3 TOLD GND W25032 4 SO8W s ANALOG 599 noad Tok E eee Nashua NH 03063 945 DEVICES 1 800 Title BLIP2 WZ S DSP POWER USB SPI FLASH 32MB SPI FLASH 0573 2013 10 Date 02 05 15 Sheet 4 of 10 A B
14. 09 m 9 DQ m DQ09 m m LDM Z J7 b 7 m DMCO_BAO A10 m m 0010 DMCO_UDM m UDMZ c2 BALZ m DMCO_BA1 11 m A11 m 0011 ASDMCo_BA2 19 12 m 12 abel 2GB LPDDR 1203 0012 A13 m FZA13 001382 m 0013 B3 NC MT46H128M16LFDD 48WT DQ14 m 0014 VEBGA 15 2 m 0015 BAO m A0 DMC0_CKE m CKE Z Hg 6 RIT m 1 DMCO CAS m CAS 7 DMCO RASA m RAS 7 UDM m F2UDM 709 DMCO WEBS WEZ LDM m F8 DM uposE2 m UDQS _ 88 CKE m GlckE LposE8 DMC0_VREFE 0 TN ADSP BF707 CS0 m CS R101 WE m 2 m nae CAS m SG86AS R13 RAS m RAS 5 8 5 100 o 00000 9 0402 o CD wn o CD o CD Ss SS 52 u o 8 z V R17 CK RN14 RN15 33 0402 A10 Z g 1RIA a A10 DQ03 Z RA m 0003 UDQS z w A 14 0005 12 7 m 2 2 R2B m A12 DQ04 Z m 2 2 ReB L m 0004 A07 Z m SRA R3B DQ05 Z m RsB m 0005 93493 A01 Z m m aot DQ02 Z m R4B5 a 0002 LDQS Z w AA a VDD_DMCO 33 33 RNS005 RNS005 m 4 RN11 RN6 RN8 1 8 1 8 C18 C16 C15 C9 C10 C12 C13 C14 e 8 q gt O qg A05_Z RTA RIB 05 DQ07_Z RIA RIB 0907 RAS 7
15. 1 L D 50 20 MINI SD 17 MINI SD SD CD mw 151 88 2222 zz Pi O 14 wp 6666 66 RF Wireless SD_CONN SN 08 D7 INO 2 B NT GNDO 4 4 8 4 4 IN2 GND1 5 IN3 lt 7 6 9 USB to UART ESDA6V1SG 5 NC0 NC2 0 uis ESD7004 End 1 TxD80 aoe z sa 0 0 UARTI_RX 0 ae E RXD m 8 470 arse veni 5 USB_UART_5V D2 USB_UART_DM bin D48 USB_UART_DP 14 spp DSRB GND DCD SHGND1 SYS HWRST m 9 18 R SHGND2 DNP 57 280801 28 SCO T C119 lt R146 C115 116 16 CBUSO5 CS S t FERS FT232 3P3V BV3OUT CBUSIEL T 0402 lt osos 0402 706 0805 0402 24 AGND 9 C118 112 END 84 0 1UF_ 0 01UF 0402 0402 33EPAD PTRA OG 20 Cotton Road Nashua NH 03063 DEVICES 1 800 anatoap Title BLIP2 USB TO UART WSN SD CARD INTERFACE Size oard No Rev E m A0573 2013 10 02 05 15 Sheet 6 of 10 D RN17 EPPI0_D00 Ria 818 6 _____ 000 AP m R129 0 EPPIO_CLK_AP _001 2R2A RS 001 AP
16. 2 0402 0402 0402 0402 0402 0402 0402 0603 VDD IO n VDD_CAM_2 8V VDD_CAM R60 0 7 0402 C98 C99 C100 C105 0 1UF_ 0 1UF 1UF 0402 0402 0402 0603 C83 C87 C84 C85 C86 C89 C88 47UF 04UF 01UF 01UF 01UF _ 0 1UF 2 0603 0402 0402 0402 0402 0402 0402 e e e e e AGND asua zis s samasaa s9 5 aagagahad d 666866566 AGF lt aaaaaa lt 777777272 lt lt G5 gt gt gt gt gt gt 1 lt gt gt NEG m lt C1 F5 n gt gt gt gt gt gt gt gt gt GPlO122 1 F pac POS GPIO13 3 REF b DOUT_LSB SCL m SCLK B3 DOUT_LSB1 R14 857 SDA 6 1 16 es To DOUTO RIA RiB 000 0402 0402 SPLCS N B7 2 15 DNE D DOUT1 R2A EPPI0_D01_AP D spi B n EA DOUT2 RB m D02 SPI_SDI b 4 m DOUT3 R4B13 003 800 ics ASX340AT DS 5 12 48 DOUTA 004 CLKi m bs 8 T Da cs DOUT5 R6A 005 AP RESET SENSOR m RESET BAR 2 Label ASX340AT DS 7R7A 878 m 006 aa 7 8 888 1m 007 G2rpo C101 R143 F3 7 R3 0
17. 2 evaluation system The following topics are covered Package Contents Default Configuration BLIP2 Board Installation BLIP2 Board Session Startup Evaluation License Mobile DDR Memory SPI Flash UART1 Interface USB Interface SD Interface Debug Interface Power On Self Test RE Wireless Interface Power Architecture ADZS BF707 BLIP2 Board Evaluation System Manual 1 1 Package Contents Example Programs Reference Design Information Package Contents Your ADZS BF707 BLIP2 board package contains the following items ADZS BF707 BLIP2 board ICE 1000 emulator Tripod M12 lens Universal 5V DC power USB Mini B to Standard A cable USB Micro B to Standard A cable Release note Contact the vendor where you purchased your BLIP2 board or contact Analog Devices Inc if any item is missing Default Configuration The ADZS BF707 BLIP2 board is designed to run as a standalone unit When removing the BLIP2 board from the package handle the board carefully to avoid the discharge of static electricity which can damage some components 1 2 ADZS BF707 BLIP2 Board Evaluation System Manual Using ADZS BF707 BLIP2 Board The BLIP2 evaluation system contains ESD electrostatic discharge sensitive devices Electrostatic charges readily accumulate on the human body and equipment and can discharge without detection Permanent damage may A occur on devices subjected to high energy discharges P
18. 3 U12 LINEAR TECH LTC6993CS6 3 TRMPBF SOT95P280 6N 9 1 OVM7692 RACA U4 OMNIVISION OVM7692 RACA BGA25C50X54P5X5_282 TECH 318 10 1 SN74LVC2G14DCKRQI 1014 DIGI KEY 296 13011 1 ND SOT65P210 6N 11 1 ASX340AT2COOXPEDO 910 ASX340AT2C00XPEDO BGA63C65P8X8_7500X7 500_SCKT ADZS BF707 BLIP2 Board Evaluation System Manual 1 Ref Qty Description Reference Manufacturer Part Number Designator 12 1 ADP195 U5 ANALOG ADP195ACPZ R7 DFN65P200X200 7N DEVICES 13 1 ADM6315 SOT143 U3 ANALOG ADM6315 29D2ARTZR7 DEVICES 14 1 ADP220ACBZ 2828R7 ANALOG ADP220ACBZ 2828R7 6 50 2 3 100 150 DEVICES 15 1 ADSP BF707 U7 ANALOG ADSP BF707BBCZ 4 BGA184C80P14X14_120 DEVICES 0 1200 5 16 1 PWR 65MM CON045 P5 DIGI KEY CP1 023 ND 17 2 SWT024 SW3 SW4 PANASONIC EVQ Q2K03W 18 2 MOMENTARY SWT024 SWI SW2 PANASONIC EVQ Q2K03W 1911 SD_CONN 8 BIT 3 MHC W21 601 LF CON067 NALL 20 1 USB SPIN CON069 P8 DIGI KEY H11589CT ND 21 1 USB MICRO 5 4 DIGI KEY H11494CT ND HIROSE_ZX62D AB 5P8 22 1 0 05 5 P3 SAMTEC SHF 105 01 L D SM K TR TEC_SHF 105 01 L D S M K 23 1 IDC 4x2 SAMTEC_S J2 SAMTEC SFMC 104 T1 L D FMC 104 T1 L D 24 1 2A FAST 0603 F1 BOURNS 5 0603 200 2 25 1 0 1 4W 5 1206 R151 KOA 0 0ECTRk7372BTTED 26 2 0 1 4W 596 1206 R83 R98 KOA 0 0ECTRk7372BTTED 2749 16V 10
19. A 5 vcc gt SYS_HWRST 1 2 MOMENTARY SN74LVC1G08 SMR ADM6315 20 Cotton Road SOT143 Nashua NH 03063 TARGET RESET N DEVICES 1 800 SE Title BLIP2 RESET RESET BOOT CNFG XTAL PUSH BOTTON AND WAKE Size Board No Rev C A0573 2013 1 0 Date 02 05 15 Sheet 5 of 10 __ R39 R11 R110 lt R38 R111 R112 10K 10K 10K 10K 10K 10K A 0402 0402 0402 0402 0402 042 abel SD CARD o _ cas 650 J3 0 01UF 10UF MAS 0402 0402 3V3 HIB MSIO DO R155 33 4 7 DATO aa 0402 gt gt R153 33 8 MSIO_D1 0402 4 DATA R154 33 9 MSIO_D2 0402 DAT2 R152 33 1 MSI0_D3 UE DAT3 10 C48 C47 DAT4 0 01UF 10UF 11 DATS Swa nie 0402 0402 3 DAT6 13 DAT7 MSIO_CLK 33 5 olk Label WSN R41 33 2 J2 MSIO_CMD 0402 CMD 2 1 4 B s S usa 22 MINI SD DATO SPM CLK m SPH SEL WSN Ro 5 MINI_SD_DAT1 SPH_MISO w mSPI1_MOSI 24 MINI_SD_DAT2 8 7 R8 0 SD m WSN INT 16 MINI 80 DAT3 SFMC 104 T
20. ADZS BF707 BLIP2 Board Evaluation System Manual Revision 1 0 April 2015 Part Number 82 100126 01 Analog Devices Inc One Technology Way ANALOG Norwood Mass 02062 9106 DEVICES Copyright Information 2015 Analog Devices Inc ALL RIGHTS RESERVED This document may not be reproduced in any form without prior express written consent from Analog Devices Inc Printed in the USA Disclaimer Analog Devices Inc reserves the right to change this product without prior notice Information furnished by Analog Devices is believed to accurate and reliable However no responsibility 1 assumed by Analog Devices for its use nor for any infringement of patents or other rights of third parties which may result from its use No license is granted by impli cation or otherwise under the patent rights of Analog Devices Inc Trademark and Service Mark Notice The Analog Devices logo Blackfin CrossCore and EngineerZone are reg Istered trademarks of Analog Devices Inc Blackfin 15 a trademark of Analog Devices Inc All other brand and product names are trademarks or service marks of their respective owners Regulatory Compliance The ADZS BF707 BLIP2 board is designed to be used solely a labora tory environment The board 1 not intended for use as a consumer end product or as a portion consumer end product board is an open system design which does not include a shielded enclosure and therefore m
21. BF707 BLIP2 Board Evaluation System Manual Preface Supported Tools Information on supported tools for the ADZS BF707 BLIP2 board and the ADSP BF70x family of processors is http www analog com BLIP Product information Product information can be obtained from the Analog Devices Web site and the online help system Analog Devices Web Site The Analog Devices Web site www analog com provides information about a broad range of products analog integrated circuits amplifiers converters and digital signal processors To access a complete technical library for each processor family go to http www analog com processors technical_library The manuals selection opens a list of current manuals related to the product as well as a link to the previous revisions of the manuals When locating your manual title note a possible errata check mark next to the title that leads to the current correction report against the manual Also note myAnalog com is a free feature of the Analog Devices Web site that allows customization of a Web page to display only the latest information about products you are interested in You can choose to receive weekly e mail notifications containing updates to the Web pages that meet your interests including documentation errata against all manu als myAnalog com provides access to books application notes data sheets code examples and more ADZS BF707 BLIP2 Board Evaluation System Manual xv Nota
22. CEO 005 6 51 PC_02 UART0_RTS ICAN0_RX EPPI0_D13 SMC0_A10 TM0_ACI5 SYS_wAKE3K3 m SYS WAKE Has 03SPI1_SEL2 SPI1_RDY SMCO_ARDY PC_03 UARTO_CTSICANO_TX EPPIO_D12 SMCO_A11 TMO_ACIOLI _ cues 230 SPH_SEL 967 9 C9PA_04 SPI1_SEL1 TMO_TMR7 SPI2_RDY SMCO_A08 SPI1_SS PC 04 SPTO BCLK SPIO CLK MSIO D1 SMCO A12 TMO ACLKI m MSIO 01 PWDN m 10 05 SEL1 SMCO 07 5 0 55 PC_05 SPTO_AFS TMO_TMR3 MSIO_CMDY m MSIO_CMD CLK2 986 unu 33 OTIPA oerTMO TMRI SPIO SELZ SPIO RDY SMCO A06 PC O6 SPTO 00 8 0 MISO MSIO 0392 m 03 CLK a BOB oos 33 C12pA_07 TMO_TMR2 SPT1_BTDV SPT1_ATDV SMCO_A05 CNTO_DG PC_07 SPTO_BFS SPIO_MOSI MSIO_D2 TMo_ACIz m MSIO_D2 50 m D12PA_08 EPPIO_D11 MSIO_CD SPT1_ACLK SMCO_A01 PC_08 SPTO_ADO SPIO_D2 MSIO_DOSE m MSIO_DO 12 09 D10 TMO TMRA SPT1 AFS SMCO A02 PC 09 SPTO ACLK SPIO D3 MSIO ACLK2 3 m MSIO CLK 10 EPPIO DO9 TMO TMR5 SPT1 ADO SMCO A03 PC 10 SPTi BCLK MSIO 04 6 1 SELS TMO ACLK1P Hi3pA 11 0 DOS TMO 6 AD1 SMCO A04 PC 11 SPT1 5 510 05 8 0 SEL3NS m EPPIO FS1 m K12pA 12 FS1 CAN1 RX SMCO AOE TMO ACI6 SYS WAKEA PC 12 SPT1 BDO MSIO 06 2 m PB2 0 FS2 m J12PA_13 EPPIO_FS2 CAN1 TXSMC0 ZM PC 13 5 BD1 MSIO D7P4 RESET SENSOR CLK m 1 14 CLK SPI1 SELA SMCO AWE TMO ACLK5 PC 14 SPT1 BTDV MSIO
23. D 560 0 0603 PGND d 0402 90 1UF hans VDD i voura 22 E EN2 2 qum e PGND GND PGND PGND GND ADP220ACBZ 2828R7 B1 1UF 0805 Label VDD_INT 845 187 0 TP4 0402 PGND PGND AGND E VDD INT PGND 141V L2 R83 2 2UH 0 0805 1206 VDD EXT T VDD EXT 2 O DNP R151 Label 3V3_HIB R125 R56 _ 0 0 100607 10UF 1206 3V3 0402 013 ADP2230ACPZ R7 0402 0603 VDD_EXT THE DNP V V V 2 swil VIN1 VDD_DMCO 9 3 1 8V _ VIN2 FB1 PUH 10UF R126 0 4 0805 R54 21720608 SYS EXTWAKE 0402 ENI L3 25 5K PGND B vos A l R141 0 TENS sw 0402 0405 DN IN2 VOUT22 6 8 4 j 2 SYS_EXTWAKE EN 0402 878 0 EPAD AGND 10K 0402 11 5 113 114 0402 R52 7 3 10UF 0 1UF DNP 560 0K ADP195 0402 0402 PGND 0402 R42 DNP DNP 10K _ 076 PGND 0402 10UF gt 0603 PGND R53 453 0K PGND 0402 p PGND PGND USB_UART_5V D9 MBR130LSFT1G SOD 123FL PGND PGND 5V STD 5V STD D5 5 USBO_VBUS MBR130LSFT1G Label 5V TP6 1 5V F1 SOD 123FL le 2A 14 TET 0603 250 5V x9 D2 Ze N MBR130LSFT1G 5 1 Ew Ls SOD 123FL 1000PF 10UF d PGND 3 0805 0805 SOT23 3 2 045 Remove when USB_OTG mode DV PWR FER1 TAN 2 7 ANALOG 2991844 T 0805 Na
24. L LPDDR MEMORY 33 Size Board No Rev RNS005 C 0573 201 3 1 0 Date 02 05 15 Sheet of 10 VDD_DMCO U7 VDD_DMC1 GND1 VDD_DMC2 GND2 VDD_DMC3 GND3 VDD_DMC4 GND4 VDD_DMC5 GND5 VDD DMC6 GND6 VDD DMC7 GND7 VDD DMC8 GND8 D3 DMC9 GND9 VDD_DMC10 GN VDD_EXT VDD DMC11 GN VDD_DMC12 GN IN0 GN 3 2 0805 GN INT GND0 VDD_EXT1 GN m USB0_VBUS VDD_EXT2 GN 4 5 VDD_EXT3 GN VDD EXT4 GN INS GND 08 E VDD EXT5 GN 6 T gt 0805 VDD INT VDD_EXT6 GN ae VDD_EXT7 GN THERM VDD_EXT8 GN 5 6 15 en SOT95P280 6N 1206 INTI GN FSVDD INT2 GN GAVDD INT3 GAVDD INT4 hin J4VDD 5 GND 0 VDD_INT6 P4 VDD EXT e P9 VBUS HADC b USBO DM 4 P10 D INO 4 HADC VREFP USBO_DP K10 D 2 3 VDD_HADC USBO ID NI GNDO ID J11 VDD_OTP EM 4 4 2 L6VDD USB IN2 GND1 e HELL
25. as a general purpose connector for the SPI1 port 3 2V supply and ground Note that any SPI1 pin can also be config ured as GPIO See ADZS BF707 BLIP2 Board Schematic and the Wireless Sensor Net work WSN cluster board EV ADRN WSN 2ZW SN for more information ADZS BF707 BLIP2 Board Evaluation System Manual 2 3 Push Buttons Push Buttons This section describes operation of the push buttons The push button locations are shown in Figure 2 2 Figure 2 2 Push Button Locations 2 4 ADZS BF707 BLIP2 Board Evaluation System Manual ADZS BF707 BLIP2 Board Hardware Reference Push Buttons SW1 and SW2 The GPIO push buttons SW1 and SW2 are connected to the processor s signals PC_11 SPT1_BFS MSI0_D5 SPIO_SEL3 and 12 SPT1 00 MS10_D6 respectively The signals are used for debugging purposes Reset Push Button SW3 The reset push button 503 resets the following ICs processor U7 and the USB to UART converter U15 WAKE IO Push Button SW4 The WAKE IO push button 54 wakes up the processor after it goes into hibernate mode ADZS BF707 BLIP2 Board Evaluation System Manual 2 5 LEDs This section describes the on board LEDs Figure 2 3 shows the LED locations LED4 LED1 Figure 2 3 LED Locations 2 6 ADZS BF707 BLIP2 Board Evaluation System Manual ADZS BF707 BLIP2 Board Hardware Reference GPIO Status LED LED1 When GPIO Status LED LED1 yellow is ON it indicates the
26. ay cause interference to other electrical devices in close proximity This board should not be used in or near any medical equipment or RF devices The ADZS BF707 BLIP2 board is in the process of being certified to comply with the essential requirements of the European EMC directive 2004 108 EC and therefore carries the CE mark The BLIP2 board evaluation system contains ESD electrostatic discharge sensitive devices Electrostatic charges readily accumulate on the human body and equipment and can discharge without detection Permanent dam A age may occur on devices subjected to high energy discharges Proper ESD precautions are recommended to avoid performance degradation or loss of Ava functionality Store unused BLIP2 boards in the protective shipping pack age CONTENTS PREFACE Product CHEER ia iai a ae le ec e e il x Pore pr Iy Manual ee es xii UE o pei ca ocne da iata eul xii 1 Xiii Whats New in This Manual mE xiii SU DRE aig is a ai e iota al n a at al dili piara kl Reli ood ERIE M xv Product Inionmatigii xv Analog Devices Wob DB cepi EF d Ul e rii xv E ONE MURUS MM GA HM RU aa xvi ADZS BF707 BLIP2 Board Evaluation System Manual Contents USING ADZS BF707 BLIP2 BOARD ER 1 2 De cgo 1 2 Board Installati
27. cture 1 10 UART interface 1 8 power connector P5 2 11 USB connector P4 2 10 power on self test POST 1 9 USB interface 1 8 USB to UART connector P8 2 10 power architecture 1 10 product overview x push buttons 2 4 GPIO SW1 and SW2 2 5 W reset SW3 2 5 WAKE IO push button SW 2 5 WAKE IO 55 4 2 5 push buttons diagram of locations 2 4 R reference design information 1 11 reset push button 55 3 2 5 RF wireless connector 2 2 11 S schematic of ADZS BF707 BLIP2 board B 1 SD connector J3 2 11 SD interface 1 9 SPI flash 1 8 supported tools xv SW1 SW2 GPIO push buttons 2 5 5 3 reset push button 2 5 SW4 WAKE IO push button 2 5 SYS FAULT LED LED4 2 7 system architecture of this BLIP2 board 2 2 I 2 ADZS ADSP BF707 BLIP2 Board Evaluation System Manual
28. e Power Self Test example in the Board Support Package Note that the source code for the POST program is included in the ADZS BF707 BLIP2 Board Support Package along with the readme txt file that describes how the board is configured to run POST RF Wireless Interface A RF Wireless connector allows the BLIP2 board to be connected to an Analog Devices Inc Wireless Sensor Network WSN cluster board EV ADRN WSN 2Z Alternatively it can be used as a general purpose ADZS BF707 BLIP2 Board Evaluation System Manual 1 9 Power Architecture connector for the SPI1 port 3 2V supply and ground Note that any pin can also be configured as GPIO For pinout information go to ADZS BF707 BLIP2 Board Schematic Power Architecture The ADZS BF707 BLIP2 board has three primary voltage domains 3 2V 1 1V and 1 8V The power input is a 5V wall adaptor The Analog Devices ADP2370 voltage regulator provides 3 2V for the VDD_EXT signal and the 3 2V power requirements of the board The ADP2230 voltage regulator provides 1 1V for the VDD_INT signal in addi tion to providing 1 8V for the VDD_DMCO signal The ADP195 load switch is used to create a collapsible power domain to save power during hiber nate mode The ADP220 voltage regulator provides 2 8V to the CMOS imaging sensors Example Programs Example programs are provided with the ADZS BF707 BLIP2 Board Support Package to demonstrate various capabilities of the product The pr
29. er to the UARTI example which is included in the ADZS BF707 BLIP2 Board Support Package USB Interface The ADSP BF707 processor has an integrated USB PHY the BLIP2 board provides a micro AB connector The board supports USB high speed mode To learn about the device and host modes of the processor refer to the USB example which is included in the ADZS BF707 BLIP2 Board Sup port Package For more information refer to the ADSP BF70x Blackfin Processor Hardware Reference 1 8 ADZS BF707 BLIP2 Board Evaluation System Manual Using ADZS BF707 BLIP2 Board SD Interface The ADSP BF707 processor has a secure digital SD interface that con sists of a clock pin command pin card detect pin and an 8 bit data bus Debug Interface The BLIP2 board provides JTAG SWD SWO connection through connector P3 which is a 0 05 pitch header A 8 bit trace connection also is available through a connector P2 although this is not supported at this time See JTAG SWD SWO Connector P3 for more information Power On Self Test The Power On Self Test Program POST tests all BLIP2 board peripher als except for SD card interface and validates functionality as well as connectivity to the processor Once assembled each BLIP2 board is fully tested for an extended period of time with POST All BLIP2 boards are shipped with Video Occupancy Sensor real time applications burned into flash memory For executing POST code refer to th
30. ick Delete Click OK The default configurations that show up in the CCES Debug Con figurations wizard are for JTAG mode debugging only To use SWD mode create a new platform using the Target Configurator Evaluation License When starting CCES for the first time you are prompted to install a license with a serial number or to enable evaluation of the product without a serial number In the box that contains the EZ Board is a business card with a serial number on it When prompted choose I have a serial num ber that I would like to activate and enter the serial number shown on the card If the evaluation license is installed but not activated it allows 1 6 ADZS BF707 BLIP2 Board Evaluation System Manual Using ADZS BF707 BLIP2 Board 10 days of unrestricted use and then becomes disabled The license can be re enabled by activation Once activated the evaluation license offers unrestricted use for a defined period and then becomes disabled until an additional license is installed If installing CCES without using a serial number you will be lim ited to 180 days An evaluation license can be upgraded to a full license Licenses can be purchased from Analog Devices directly Call 800 262 5645 or 781 937 2384 or go to http www analog com buyonline Analog Devices Inc local sales office or authorized distributor To locate one go to www analog com adi sales Mobile DDR Memory The ADSP BF707 process
31. ikja RAS 1006 0 01UF 0 01UF 0 01UF 0 01UF 0 01UF 0 01UF 0 01UF 0 01UF AM a 2R2A er Eu s 0402 0402 0402 0402 0402 0402 0402 0402 0402 4 N 4 CS0 Z m 2R2A R2B a C80 A13 Z W RaB A13 DQ01 2 m R3A a 0001 4 b 4 5 4 CAS Z g A R3BL 4 CAS e e e e A08 Z W 4h4A A08 29007 m 4h4A 0000 4 E RAA R4BS 33 33 RNS005 RNS005 33 RNS005 RN7 RN10 A06 Zm R1A a DQ09 Z m 1RIA RiBB 0009 A02 Z m R2B A02 DQ14 Z m ReB L m 0014 A00 Z m JSR3A R3B6 A00 DQ12 Z m R3B6 m 0012 201172 m 8485 m 33 33 RNS005 RNS005 RN13 RN9 A03 m R1A R1B m A03 2 Z m RA m 0010 A09 m 2R2A R2B m A09 Z DQ13 7 m R2A R2B a 0013 A04 m 3R3A RaB A04 7 DQ15 Z m R3B6 m pais 8485 Z m 4h4A R4BP m 0008 33 33 RNS005 RNS005 OG 20 Cotton Road R15 RN12 33 Nashua NH 03063 ta DEVICES reyaooAwoe BA1Z dm LDM Z LM 2 7 Z m 2R2A R2B m 0 0 R18 Title B LI P2 CKE 2 m m 3302 2 m 4h4A WE UDM Z g AAA 8 UDM DSP SIGNA
32. ish to close the wizard The new debug configuration is created and added to the Debug Configurations list In the Name edit box users can select an appropriate name to describe the configuration otherwise a default name is provided Select the Custom Board Support tab and check the Enable cus tomizations box Click on Browse and select the ADZS BF707 BLIP2 proc xml file found in the ADZS_BF707_BLIP2_Board Rel1 0 0 Blackfin Examples folder ADZS BF707 BLIP2 Board Evaluation System Manual 1 5 Evaluation License Click OK In the Run Debug settings click Apply to save and apply the changes 10 In the Program s to load section choose the program to load if D the appropriate program is not already populated when connect ing to the board If not loading any program upon connection to the target do not make any changes While connected to the target there is no way to choose a program to download To load a program once connected terminate the session and then load the new program To delete a configuration go to the Debug Configurations dialog box and select the configuration to delete Click and choose Yes when asked if you wish to delete the selected launch configuration Then Close the dialog box To disconnect from the target board click the terminate button or choose Run Terminate To delete a session choose Target Session Session List Select the session name from the list and cl
33. minated with an ellipse read the example as optional comma separated list of this xvi ADZS BF707 BLIP2 Board Evaluation System Manual Preface Example Description SECTION Commands directives keywords and feature names are in text with letter gothic font filename Non keyword placeholders appear in text with italic style format Note For correct operation A Note provides supplementary information on a related topic In the online version of this book the word Note appears instead of this symbol Caution Incorrect device operation may result if Caution Device damage may result if A Caution identifies conditions or inappropriate usage of the product that could lead to undesirable results or product damage In the online version of this book the word Caution appears instead of this symbol 9 Warning Injury to device users may result if A Warning identifies conditions or inappropriate usage of the product that could lead to conditions that are potentially hazardous for the devices users In the online version of this book the word Warning appears instead of this symbol ADZS BF707 BLIP2 Board Evaluation System Manual xvii Notation Conventions xviii ADZS BF707 BLIP2 Board Evaluation System Manual 1 USING ADZS BF707 BLIP2 BOARD This chapter provides information to assist you with development of pro grams for the ADZS BF707 BLIP
34. mory connector O ohm resistors for processor current measurement For information about the hardware components of the BLIP2 board refer to ADZS BF707 BLIP2 Board Bill Of Materials Purpose of This Manual The ADZS BF707 BLIP2 Board Evaluation System Manual provides instructions for installing the product hardware board The text describes operation and configuration of the board components and pro vides guidelines for running your own code on the ADZS BF707 BLIP2 board Finally a schematic and a bill of materials are provided for reference Intended Audience The primary audience for this manual is a programmer who is familiar with Analog Devices processors This manual assumes that the audience has a working knowledge of the appropriate processor architecture instruction set and programming languages Programmers who are unfamiliar with Analog Devices processors can use this manual but should supplement it with other texts such as the ADSP BF70x Blackfin Processor Hardware Reference and the ADSP BF70x Blackfin Processor Programming Reference that describe your target architecture xii ADZS BF707 BLIP2 Board Evaluation System Manual Preface Programmers who are unfamiliar with CrossCore Embedded Studio should refer to the CCES online help Manual Contents The manual consists of Chapter 1 Using ADZS BF707 BLIP2 Board Describes BLIP2 board functionality from a program mer s perspec tive and p
35. n describes the processor s configuration on the ADZS BF707 BLIP2 board Figure 2 1 SD 3 E dm RF Wireless connector Quad Flash SRR ae connector JTAG 10 pin 0 05 915 5VLf 312 ASN USB Micro connector USB Mini connector Figure 2 1 BLIP2 Board Block Diagram The ADZS BF707 BLIP2 board is designed to demonstrate the image analysis capabilities of the ADSP BF707 processor The board houses two imaging sensors ASX340AT is a CMOS imaging sensor made by Aptina ON Semiconductor It is placed underneath a M12 lens holder 2 2 ADZS BF707 BLIP2 Board Evaluation System Manual ADZS BF707 BLIP2 Board Hardware Reference 7692 is a camera module made by Omnivision It packages an OV7692 imaging sensor with a lens The ADZS BF707 BLIP2 board has a 24 MHz input clock and runs at 384 MHz internally USB circuitry and a micro USB AB connector enable the BLIP2 board to connect to a host The clock for the USB circuit is generated by a 24 MHz oscillator An FT232RQ device from Future Technology Devices International and USB Mini B connector allow port of the ADSP BF707 pro cessor to connect to a USB port of a host The SD connector enables plug in of an SD card or a WiFi module that supports SD card interface The RF Wireless connector allows the connection of the BLIP2 board to an Analog Devices Inc Wireless Sensor Network WSN Cluster Board Alternatively it can be used
36. ograms can be found the ADZS_BF707_BLIP2_Board Rell 0 0 Black fin Examples folder The number after the Rel could be higher for newer versions Refer to a readme file provided with each example for more information 1 10 ADZS BF707 BLIP2 Board Evaluation System Manual Using ADZS BF707 BLIP2 Board Reference Design Information A reference design info package is available for download on the Analog Devices Web site The package provides information on the design lay out fabrication and assembly of the BLIP2 board information can be found at http www analog com BLIP ADZS BF707 BLIP2 Board Evaluation System Manual 1 11 Reference Design Information 1 12 ADZS BF707 BLIP2 Board Evaluation System Manual 2 ADZS BF707 BLIP2 BOARD HARDWARE REFERENCE This chapter describes the hardware design of the ADZS BF707 BLIP2 board The following topics are covered System Architecture Describes the board s configuration and explains how the board components interface with the processor Push Buttons Shows the locations and describes the push buttons LEDs Shows the locations and describes the LEDs Connectors Shows the locations and provides part numbers for the on board connectors In addition the manufacturer and part number infor mation is provided for the mating parts ADZS BF707 BLIP2 Board Evaluation System Manual 2 1 System Architecture System Architecture This sectio
37. ograms written in C C and assembly Load run step halt and set breakpoints in application programs Read and write data and program memory Read and write core and peripheral registers Product Overview The board features Analog Devices ADSP BF707 processor 184 ball BGA package 24 MHz crystal oscillator for processor 24 MHz crystal oscillator for USB Mobile DDR memory DMCO chip 32M bit x 16 x 4 banks 2G bit MT46H128M16LFDD 48WT Quad SPI Flash SPI2 32M bit serial flash memory Windbond W25Q32 ADZS BF707 BLIP2 Board Evaluation System Manual Preface CMOS imaging sensors 5 340 by ON Semiconductor and 12 lens holder 7692 camera module by Omnivision RF Wireless 4x 2 connector 0 05 socket Universal Asynchronous Receiver Transmitter UART 1 e FTDI FT232RQ USB to UART converter USB Mini B connector USB interface Micro AB connector RESET controller Analog Devices ADM6315 microprocessor supervisory circuits Debug JTAG SWD SWO interface JTAG SWD SWO 10 0 05 header for use with Analog Devices emulators LEDs Two LEDs one board status yellow one SYS_FAULT red Push buttons Four push buttons one reset one wake I O and two GPIO ADZS BF707 BLIP2 Board Evaluation System Manual xi Purpose of This Manual External power supply compliant 5V 3 6 amps Other features SD MMC me
38. on uuu y ata alta 1 3 BLIP2 Board Session StartUp 1 4 Evaluition License uU S u ce ie PRET RD ED 1 6 No DR 1 7 L et i o ea 1 8 LT I LI i esineen a a 1 8 USD Pai uuu pate adela ai ta aia a 1 8 S Isteri Q 1 9 sa aia ir ie ea ed 1 9 sicud e Tour in vid pia td a ea add aa 1 9 RE Wireless Tater n int aa 1 9 1 10 Rotor Tien ace 1 10 Reference Design Information P 1 11 ADZS BF707 BLIP2 Board Evaluation System Manual Contents ADZS BF707 BLIP2 BOARD HARDWARE REFERENCE S stem uuu 2 2 Tush ala one iile mea 2 4 GPIO Push Buttons SW and SWZ uuu aaa ca ile dea a aia 2 5 Reset Push Button SW3 coate cata cad ei oa ae 2 9 WAKE IO Push Button SW4 2 5 2 6 CIO eta 2 7 SS 2 7 Eoi Mr 2 8 JTAG SWD SWO Connector P3 ae 2 10 2 10 RE 2 10 Power LP 2 11 RE Wireless Connector 2 2 11 SO Canneto TIS unan eee 2 11 ADZS BF707 BLIP2 BOARD BILL OF MATERIALS ADZS BF707 BLIP2 BOARD SCHEMATIC INDEX ADZS BF707 BLIP2 Board Evaluation System Manual vii Contents viii ADZS BF707 BLIP2 Board Evaluation System Manual Thank you for purchasing ADZS BF707 BLIP2 board Analog Devices Inc low cost evaluation system for the ADSP BF70x family of Blackfin process
39. or connects to a 2Gb Micron 46 128 16 chip through the Double Data Rate Synchronous Dynamic Ran dom Access Memory controller The memory controller on the processor and the Mobile DDR memory chip are powered by the on board 1 8V regulator The memory controller on the processor can operate at a maxi mum clock frequency of 200 MHz Data is transferred between the processor and the memory chip on both the rising and falling edges of the clock With a CCES session running and connected to the BLIP2 board through an emulator the memory controller registers are configured automatically each time the processor is reset through a soft reset using CCES The val ues are used whenever mobile DDR chip is accessed through the debugger for example when viewing memory or loading a program ADZS BF707 BLIP2 Board Evaluation System Manual 1 7 SPI Hash disable the automatic setting of the memory controller registers select Target Options from the Session menu in CCES and uncheck Use XML reset values SPI Flash The ADSP BF707 processor has three SPI interfaces SPIO SPI1 and SPI2 SPI2 is connected to a Winbond W25Q32BC 32 Mb serial flash memory with quad SPI support This flash is used for booting and scratchpad space Interface The ADSP BF707 processor has two built in universal asynchronous transmitters UARTs UART1 is connected to FTDI FT232RQ USB to UART converter IC U15 For more information ref
40. ors The ADSP BF707 processor is a member of the Blackfin family of prod ucts Blackfin processors combine a dual MAC state of the art signal processing engine the advantages of a clean orthogonal RISC like micro processor instruction set and single instruction multiple data SIMD multimedia capabilities into a single instruction set architecture New enhancements to the Blackfin core add 32 bit MAC and 16 bit com plex MAC support cache enhancements branch prediction and other instruction set improvements all while maintaining instruction set com patibility to previous Blackfin products The ADZS BF707 BLIP2 board is shipped with all of the necessary hard ware you can start the evaluation immediately The package contains the standalone evaluation board CE approved power supply and USB cable The BLIP2 board ships with an ICE 1000 emulator A RF Wireless connector is provided for connecting the BLIP2 board to an Analog Devices Wireless Sensor Network WSN cluster board EV ADRN WSN 2Z The on board mechanical switches are push buttons ADZS BF707 BLIP2 Board Evaluation System Manual ix Product Overview The evaluation board is designed to be used in conjunction with the CrossCore Embedded Studio CCES development tools to test capabil ities of the ADSP BF70x processors The development environment aids advanced application code development and debug such as Create compile assemble and link application pr
41. ower adaptor into a power outlet BLIP2 Board Session Startup It is assumed that the CrossCore Embedded Studio software is installed and running on your PC Note If you connect the board or emulator first before installing CCES to the PC the Windows driver wizard may not find the board drivers 1 Navigate to the CCES environment through the Start menu Note that CCES is not connected to the target board 2 Use the Debug Configurations wizard to connect to the BLIP2 board If a debug configuration exists already select the appropriate configuration and click Debug Go to step 8 1 4 ADZS BF707 BLIP2 Board Evaluation System Manual Using ADZS BF707 BLIP2 Board To create a debug configuration do one of the following Click the down arrow next to the bug icon select Debug Configurations Choose Run gt Debug Configurations The Debug Configuration dialog box appears Select CrossCore Embedded Studio Application and click 7 New launch configuration The Select Processor page of the Session Wizard appears Ensure Blackfin is selected in Processor family In Processor type select ADSP BF707 Click Next The Select Connection Type page of the Session Wizard appears Select Emulator and click Next The Select Platform page of the Session Wizard appears Choose the type of emulator that is connected to the BLIP2 board An ICE 1000 emulator is included in the package Click Fin
42. roper ESD precau A tions are recommended to avoid performance degradation or loss of function ality Store unused BLIP2 boards in the protective shipping package BLIP2 Board Installation It is assumed that the CrossCore Embedded Studio software is installed and running on your PC Follow these instructions to ensure correct operation of the product soft ware and hardware Step 1 Connect an emulator to the BLIP2 board 1 Plug side of the included USB cable into the USB connector of the emulator Plug the other side into a USB port of the PC 2 The status LED labeled STATUS lights up yellow if the connection with the PC is working and the appropriate Windows driver is Installed Please refer to the appropriate emulator manual if the sta tus LED does not turn on 3 Attach the emulator header J2 on the bottom of the ICE 1000 to the P3 connector on the BLIP2 board ADZS BF707 BLIP2 Board Evaluation System Manual 1 3 BLIP2 Board Session Startup Step 2 Providing power to the BLIP2 board 1 Plug one side of the USB Micro B to Standard A cable into the USB connector P4 on the BLIP2 board Plug the other side into a USB port of the PC If there lacks a USB port to supply power to BLIP2 board follow the instructions in the next two steps 2 Plug the jack end of the assembled power adaptor into the power connector REFDES 5 labeled 5 the BLIP2 board 3 Plug the other side of the p
43. rovides a simplified memory map of the processor Chapter 2 ADZS BF707 BLIP2 Board Hardware Reference Provides information about the BLIP2 board hardware components Appendix ADZS BF707 BLIP2 Board Bill Of Materials Provides a list of hardware components used to manufacture the BLIP2 board Appendix B ADZS BF707 BLIP2 Board Schematic Lists the resources for board level debugging Whats New in This Manual This is the first edition Revision 1 0 of the ADZS BF707 BLIP2 Board Evaluation System Manual ADZS BF707 BLIP2 Board Evaluation System Manual xiii Technical Support Technical Support You can reach Analog Devices processors and DSP technical support in the following ways Post your questions in the processors and DSP support community at EngineerZone http ez analog com community dsp Submit your questions to technical support directly at http www analog com support E mail your questions about processors and processor applications to processor support analog com or processor china analog com Greater China support Contact your Analog Devices sales office or authorized distributor Locate one at www analog com adi sales Send questions by mail to Processors and DSP Technical Support Analog Devices Inc Three Technology Way P O Box 9106 Norwood MA 02062 9106 USA Supported Processors This evaluation system supports Analog Devices ADSP BF707 Blackfin processors xiv ADZS
44. shua NH 03063 DEVICES Pu eoANAtoop FER2 COPPER wi 470 COPPER 5 0603 Title BLIP2 7 POWER SHGND_PWR ai y EI I Size Board No Rev PGND 0573 201 3 1 0 AGND SHGND_PWR PGND Date 02 05 15 Sheet 10 of 10 A B INDEX ADSP BF707 processor x architecture of this BLIP2 board 2 2 audio interface 1 9 B bill of materials A 1 BLIP2 board installation 1 3 BLIP2 board session startup 1 4 board schematic ADZS BF707 BLIP2 B 1 configuration of this BLIP2 board 1 2 connectors 2 8 diagram of locations 2 8 2 9 J2 RF wireless 2 11 SD 2 11 P3 JTAG SWD SWO 2 10 P4 USB 2 10 P5 power 2 11 P8 USB to UART 2 10 contents of this BLIP2 board package 1 2 D DDR3 memory 1 7 debug interface 1 9 default configuration of this BLIP2 board 1 2 E EngineerZone xvi evaluation license 1 6 example programs 1 10 G GPIO push buttons SW1 and 55 2 2 5 GPIO Status LED LED1 2 7 I installation of this BLIP2 board 1 3 interface debug 1 9 SD 1 9 UART 1 8 J JTAG SWD SWO connector P3 2 10 L LEDs 2 6 diagram of locations 2 6 LED1 GPIO status 2 7 LED4 SYS_FAULT 2 7 license restrictions 1 6 N notation conventions xvi ADZS ADSP BF707 BLIP2 Board Evaluation System Manual I 1 Index p T package contents 1 2 technical support xiv POST power on self test 1 9 power U archite
45. status of the board 575 FAULT LED LED4 When the SYS_FAULT LED LED4 red 15 ON it indicates a system fault For more information refer to the ADSP BF70x Blackfin Processor Hard ware Reference ADZS BF707 BLIP2 Board Evaluation System Manual 2 7 Connectors Connectors This section describes connector functionality and provides information about mating connectors connector locations are shown Figure 2 4 and Figure 2 5 Figure 2 4 Connector Locations 2 8 ADZS BF707 BLIP2 Board Evaluation System Manual ADZS BF707 BLIP2 Board Hardware Reference Figure 2 5 Connector Locations Bottom ADZS BF707 BLIP2 Board Evaluation System Manual 2 9 Connectors J TAG SWD SWO Connector The JTAG SWD SWO header provides debug connectivity for the processor This is a 0 05 shrouded through hole connector from SAM SAMTEC SHF 105 01 L D SM K This connector mates with ICE 1000 ICE 2000 and any newer Analog Devices emulators For more information see Debug Interface USB Connector P4 Part Description Manufacturer Part Number USB Micro AB Hirose ZX62D AB 5P8 Mating Cable Any USB Micro B to Standard A or Micro A to Standard A receptacle cable USB to UART Connector P8 Any USB Mini B to Standard A cable Part Description Manufacturer Part Number USB Mini B Hirose UX60SC MB 5S8 Mating Cable
46. tion Conventions Visit myAnalog com found on the Analog Devices home page to sign up If you are a registered user just log on Your user name is your e mail address EngineerZone EngineerZone is a technical support forum from Analog Devices It allows you direct access to ADI technical support engineers You can search FAQs and technical information to get quick answers to your embedded processing and DSP design questions Use EngineerZone to connect with other DSP developers who face similar design challenges You can also use this open forum to share knowledge and collaborate with the ADI support team and your peers Visit http ez analog com to sign up Notation Conventions Text conventions used in this manual are identified and described as follows Example Description File gt Close Titles in reference sections indicate the location of an item within the CCES environment s menu system for example the Close command appears on the File menu this that Alternative required items in syntax descriptions appear within curly brackets and separated by vertical bars read the example as this or that One or the other is required this that Optional items in syntax descriptions appear within brackets and sepa rated by vertical bars read the example as an optional this or that this Optional item lists in syntax descriptions appear within brackets delim ited by commas and ter
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