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![Full datasheet
Page 14 Full datasheet: Processor module based on Analog Devices BF609
1.6. Electrical Specifications
Parameter Min Normal Max Unit
Power supply,
VCC_3.3V
3.15 3.3 3.45 V
Power consumption TBD TBD TBD mA
High level output
voltage
2.4 TBD TBD V
Low level output
voltage
TBD TBD 0.4 V
1.7. Order code
AX-SoM-BF60x-Rx-Sx-I
BF60x – processor type [BF609];
Rx –DDR2 RAM size, [128 MBytes, 256 MBytes] – example: 256 MBytes DDR2 RAM – R256;
Sx –SPI Flash size, [128KBytes … 4MBytes] – example: 4 MBytes SPI Flash – S4096;
I – industrial temperature range.
Example:
AX-SoM-BF609-R256-S1024-I,
with this order code, on module will be installed next configuration: ADI BF609, 256 MBytes DDR2 RAM,
1 MByte SPI Flash. All components will be used in industrial temperature range.
By default, module shipped with U-boot loader. Also can be preprogrammed Embedded uClinux (if
enough size SPI Flash installed).](https://image.slidesharecdn.com/ax-som-bf60xdescription-160329100342/75/Ax-som-bf60x-description-14-2048.jpg)
More Related Content
Ax som-bf60x description
- 1. AX-SOM-BF60x Processor module Your mainresource for projects based on Analog Devices Blackfin BF609 Dual core DSP
- 2. Fulldatasheet Page 2 Full datasheet: Processor module based on Analog Devices BF609 1. General information Processor module AX-SOM-BF60x – is high performance, high integrated, compact and low power consumption module with lowest price. This module - ideal solution for building such embedded devices as: medical equipment, industrial equipment, industrial controllers (PLC), multimedia devices and others, where a lot of peripheral modules is used and high performance requires. For module ready next BSPs: Embedded uClinux 3.x eCOS 3.0 scmRTOS FreeRTOS
- 3. Fulldatasheet Page 3 Full datasheet: Processor module based on Analog Devices BF609 1.1. Short description Analog Devices Blackfin DSP BF609: o 2 cores Blackfin with 1 GHz total o Now HD video processing module – PVP o Pixel Compositor Up to 2Gbit DDR2 RAM Up to 32Mbit SPI ROM LCD 24-bit interface 2 x UART 1 x Rotary counter 8 x Timer/Counter with PWM 2 x 3-phase PWM module 3 x SPORT 2 x SPI 1 x USB OTG 3 x PPI 1 x RSI (SD/MMC/eMMC) 1 x CAN 2 x TWI (I2C) 1 x ADC (ACM) 4 x Link port 2 x Ethernet MAC (IEEE 1588) 1 x SMC bus GPIO JTAG Power supply ( 3,3V ) Dimensions 60 mm x 55 mm Special board-to-board connectors with 1,27 mm step
- 4. Fulldatasheet Page 4 Full datasheet: Processor module based on Analog Devices BF609 1.2. Functional description Fig. 1: Functional diagram of the AX-SoM-BF60x processor module BF609 @ 2x500MHz DC/DCs SPI Flash 4 MB 2 x DDR2 64/128 MB @ 500MHzConnectors 1xUSB, 2xEMAC, eMMC/RSI, 2xCAN, 2xUART, 2xPWM, 8xTIMER, 1xCNT, 4xLP, 2xTWI, 3xSPORT, 2xSPI , 3xPPI* DMC SPI0 SYS +3,3V Boot mode JTAG + UART0 Connector Additional power supply connector Temp monitor TWI0 SYS microSD up to 4GBRSI
- 5. Fulldatasheet Page 5 Full datasheet: Processor module based on Analog Devices BF609 1.3. Description of the functional blocks 1.3.1. Analog Devices Blackfin BF609 processor Used ADSP-BF609KBCZ-ENG as main processor. 1.3.2. DDR2 SDRAM memory By default, is used DDR2 memory Samsung K4T1G164QF-BIE6, with 128 MBytes size (Can be replaced with 256 MBytes). Beginning of DDR2 RAM in BF60x (DMC) – 0x0000 0000. 1.3.3. SPI Flash memory By default, is used SPI Flash memory STMicro M25PE80 with 1 MBytes size (Can be replaced with: 128/256/512 KBytes). SPI flash memory connected to SPI0 bus. 1.3.4. Power supply CPU core voltage regulator - ADP2119ACPZ-R7 (1,25V @ 2,5A). DDR2 SDRAM - NCP1529ASNT1G (1,8V @ 500mA). 1.3.5. Boot mode for Analog Devices BF60x Boot from SPI Flash is installed by default (All boot mode pins are accessible on board-to- board connector). 1.3.6. Other For CPU reset is used Maxim MAX803SEXR supervisor. ADM1032ARMZ is used for CPU temperature control (This monitor connected to TWI0 bus). TI TPD4S012DRYR is used for USB lines ESD protection.
- 6. Fulldatasheet Page 6 Full datasheet: Processor module based on Analog Devices BF609 1.4. Connector Description To connect to the motherboard are used PLLD-1.27-80S and PLLD-1.27-40S connectors with 1.27 mm step. 1.4.1. Физическое расположение разъёмов Fig. 2: Locating connectors on the top of the module BF609 DDR2 SPI Flash DC/DC X2 DCпитание X1 JTAG+UART0 DC/DC Temp monitor microSD DDR2
- 7. Fulldatasheet Page 7 Full datasheet: Processor module based on Analog Devices BF609 Fig. 3: Locating connectors on the bottom of the module 1.4.2. Signal description on X1-X5 connectors Please take care about supported I/O voltage when connecting to pins. Pin type: I/O - Digital input/output with supported voltage level +3,3V; Power - Power line (+ 3,3V); GND - Ground line; - - Other. X4 (I/O) X3 (I/O) X5 (Питание,SYS_CTRL,JTAG,TWI0,TWI1)
- 8. Fulldatasheet Page 8 Full datasheet: Processor module based on Analog Devices BF609 1.4.2.1. X1 connector (JTAG + UART0) Pin number Signal Name GPIO Type Processor’s ball Note 1 ~BF_JTAG_TRST - I/O E1 2 BF_JTAG_TMS - I/O E3 3 BF_JTAG_TDI - I/O D1 4 BF_JTAG_TCK - I/O D3 5 BF_JTAG_TDO - I/O D2 6 ~BF_JTAG_EMU - I/O E2 7 RSVD_EMU - I/O - 8 VCC_3.3V - Power - 9 GND - GND 10 BF_UART0_TX PD_07 I/O R3 UART0_TXD (mux 0) 11 BF_UART0_RX PD_08 I/O T3 UART0_RXD (mux 0) 12 GND - GND - 1.4.2.2. X2 connector (Power) Pin number Signal Name Note 1 VCC_3.3V 2 GND 1.4.2.3. X3 connector (I/O) Pin number Signal Name GPIO Type Processor’s ball Note 1 GND 2 BF_PA_14 PA_14 I/O A6 SMC0_A19 3 BF_PA_12 PA_12 I/O A7 SMC0_A17 4 BF_PA_15 PA_15 I/O B6 SMC0_A20 5 BF_PA_10 PA_10 I/O A8 SMC0_A14 6 BF_PA_13 PA_13 I/O B7 SMC0_A18 7 BF_PA_08 PA_08 I/O A9 SMC0_A11 8 BF_PA_11 PA_11 I/O B8 SMC0_A15 9 BF_PA_06 PA_06 I/O A10 SMC0_A09 10 BF_PA_09 PA_09 I/O B9 SMC0_A12 11 BF_PA_04 PA_04 I/O A11 SMC0_A07 12 BF_PA_07 PA_07 I/O B10 SMC0_A10 13 BF_PA_02 PA_02 I/O A12 SMC0_A05 14 BF_PA_05 PA_05 I/O B11 SMC0_A08 15 BF_PA_00 PA_00 I/O A13 SMC0_A03 16 BF_PA_03 PA_03 I/O B12 SMC0_A06 17 BF_PA_01 PA_01 I/O B13 SMC0_A04 18 GND - GND - 19 BF_PB_12 PB_12 I/O C4 ~SMC0_BG 20 BF_PB_10 PB_10 I/O A4 SMC0_A24 21 BF_PB_11 PB_11 I/O B4 SMC0_A25 22 BF_PB_07 PB_07 I/O A5 SMC0_A22 23 BF_PB_08 PB_08 I/O B5 SMC0_A23 24 BF_PB_06 PB_06 I/O C6 SMC0_A21 25 BF_PB_05 PB_05 I/O C7 ~SMC0_AMS3 26 BF_PB_04 PB_04 I/O C8 ~SMC0_AMS2 27 BF_PB_03 PB_03 I/O C9 SMC0_A16 28 BF_PB_02 PB_02 I/O C10 SMC0_A13 29 BF_PB_01 PB_01 I/O C11 ~SMC0_AMS1 30 BF_PB_09 PB_09 I/O C5 ~SMC0_BGH 31 BF_PB_13 PB_13 I/O K3 ETH0_TXEN 32 BF_PB_00 PB_00 I/O C12 SMC0_NORCLK 33 BF_PB_14 PB_14 I/O L3 ETH0_REFCLK
- 9. Fulldatasheet Page 9 Full datasheet: Processor module based on Analog Devices BF609 34 BF_PB_15 PB_15 I/O M3 ETH0_PTPPPS 35 GND - GND - 36 BF_SMC0_A02 - I/O B14 37 BF_SMC0_A01 - I/O A14 38 BF_SMC0_D01 - I/O B15 39 BF_SMC0_D00 - I/O A15 40 BF_SMC0_D15 - I/O B16 41 BF_SMC0_D03 - I/O A17 42 BF_SMC0_D09 - I/O B17 43 BF_SMC0_D06 - I/O C14 44 BF_SMC0_D02 - I/O B18 45 BF_SMC0_D12 - I/O C15 46 BF_SMC0_D08 - I/O C17 47 BF_SMC0_D04 - I/O A18 48 BF_SMC0_D11 - I/O C18 49 BF_SMC0_D14 - I/O C19 50 BF_SMC0_D07 - I/O A19 51 BF_SMC0_D13 - I/O B19 52 BF_SMC0_D10 - I/O C18 53 BF_SMC0_D05 - I/O B20 54 GND - GND - 55 ~BF_SMC0_AMS0 - I/O A16 56 ~BF_SMC0_AOE_NORDV - I/O B22 57 ~BF_SMC0_ARDY_NORWT - I/O D20 58 ~BF_SMC0_ARE - I/O C16 59 ~BF_SMC0_AWE - I/O A21 60 ~BF_SMC0_BR - I/O C13 61 GND - GND - 62 BF_PF_00 PF_00 I/O AA13 PWM0_AL 63 BF_PF_01 PF_01 I/O AB13 PWM0_AH 64 BF_PF_02 PF_02 I/O AA12 PWM0_BL 65 BF_PF_03 PF_03 I/O AB12 PWM0_BH 66 BF_PF_04 PF_04 I/O AA11 PWM0_CL 67 BF_PF_05 PF_05 I/O AB11 PWM0_CH 68 BF_PF_06 PF_06 I/O AA10 PWM0_DL 69 BF_PF_07 PF_07 I/O AB10 PWM0_DH 70 BF_PF_08 PF_08 I/O AA9 ~SPI1_SEL5 71 BF_PF_09 PF_09 I/O AB9 ~SPI1_SEL6 72 BF_PF_10 PF_10 I/O AA8 ACM0_A4 73 BF_PF_11 PF_11 I/O AB8 EPPI0_D11 74 BF_PF_12 PF_12 I/O AA7 ACM0_A2 75 BF_PF_13 PF_13 I/O AB7 ACM0_A3 76 BF_PF_14 PF_14 I/O AA6 ACM0_A0 77 BF_PF_15 PF_15 I/O AB6 ACM0_A1 78 GND - GND - 79 GND - GND - 80 GND - GND - 1.4.2.4. X4 connector (I/O) Pin number Signal Name GPIO Type Processor’s ball Note 1 GND - GND - 2 GND - GND - 3 GND - GND - 4 GND - GND - 5 BF_USB0_DP I/O A3 6 BF_USB0_DM I/O A2 7 GND - GND - 8 GND - GND - 9 BF_USB0_ID I/O B3 10 BF_USB0_VBC I/O C2 11 BF_USB0_VBUS I/O B1
- 10. Fulldatasheet Page 10 Full datasheet: Processor module based on Analog Devices BF609 12 GND - GND - 13 BF_PC_00 PC_00 I/O K1 ETH0_RXD0 14 BF_PC_01 PC_01 I/O L2 ETH0_RXD1 15 BF_PC_02 PC_02 I/O L1 ETH0_TXD0 16 BF_PC_03 PC_03 I/O M2 ETH0_TXD1 17 BF_PC_04 PC_04 I/O M1 ETH0_RXERR 18 BF_PC_05 PC_05 I/O N2 ETH0_CRS 19 BF_PC_06 PC_06 I/O N1 ETH0_MDC 20 BF_PC_07 PC_07 I/O P2 ETH0_MDIO 21 BF_PC_08 PC_08 I/O P1 EPPI1_D08 22 BF_PC_09 PC_09 I/O R2 ETH1_PTPPPS 23 BF_PC_10 PC_10 I/O R1 EPPI1_D10 24 BF_PC_11 PC_11 I/O T2 EPPI1_D11 25 BF_PC_12 PC_12 I/O T1 ~SPI0_SEL7 26 BF_PC_13 PC_13 I/O U2 ~SPI0_SEL6 27 BF_PC_14 PC_14 I/O U1 ~SPI1_SEL7 28 BF_PC_15 PC_15 I/O V2 ~SPI0_SEL4 29 GND - GND - 30 BF_PD_00 PD_00 I/O V1 SPI0_D2 31 BF_PD_01 PD_01 I/O W2 SPI0_D3 32 BF_SPI0_MISO PD_02 I/O Y2 SPI0_MISO 33 BF_SPI0_MOSI PD_03 I/O Y1 SPI0_MOSI 34 BF_SPI0_CLK PD_04 I/O W1 SPI0_CLK 35 BF_PD_05 PD_05 I/O AB2 SPI1_CLK 36 BF_PD_06 PD_06 I/O P3 ~ETH0_PHYINT 37 BF_UART0_TX PD_07 I/O R3 ~UART0_TX 38 BF_UART0_RX PD_08 I/O T3 ~UART0_RX 39 BF_PD_09 PD_09 I/O U3 ~SPI0_SEL5 40 BF_PD_10 PD_10 I/O V3 SPI0_RDY 41 BF_SPI0_SEL1 PD_11 I/O AA1 ~SPI0_SEL1 42 BF_PD_12 PD_12 I/O W3 ~SPI1_SEL1 43 BF_PD_13 PD_13 I/O AA3 SPI1_MOSI 44 BF_PD_14 PD_14 I/O AB3 SPI1_MISO 45 BF_PD_15 PD_15 I/O Y4 ~SPI1_SEL2 46 GND - GND - 47 BF_PE_00 PE_00 I/O AA4 SPI1_D3 48 BF_PE_01 PE_01 I/O AB4 SPI1_D2 49 BF_PE_02 PE_02 I/O Y5 SPI1_RDY 50 BF_PE_03 PE_03 I/O AA5 EPPI0_D16 51 BF_PE_04 PE_04 I/O AB5 EPPI0_D17 52 BF_PE_05 PE_05 I/O Y6 EPPI0_D23 53 BF_PE_06 PE_06 I/O Y7 SPT1_ATDV 54 BF_PE_07 PE_07 I/O Y8 SPT1_BTDV 55 BF_PE_08 PE_08 I/O Y9 PWM0_SYNC 56 BF_PE_09 PE_09 I/O Y10 EPPI0_CLK 57 BF_PE_12 PE_12 I/O Y13 ~ETH1_PHYINT 58 BF_PE_10 PE_10 I/O Y14 ETH1_MDC 59 BF_PE_11 PE_11 I/O Y15 ETH1_MDIO 60 BF_PE_15 PE_15 I/O AA15 ETH1_RXD1 61 BF_PE_13 PE_13 I/O AB14 ETH1_CRS 62 BF_PE_14 PE_14 I/O AA16 ETH1_RXERR 63 GND - GND - 64 BF_PG_00 PG_00 I/O AA14 ETH1_RXD0 65 BF_PG_03 PG_03 I/O AB15 ETH1_TXD0 66 BF_PG_06 PG_06 I/O AB16 ETH1_REFCLK 67 BF_PG_02 PG_02 I/O AB17 ETH1_TXD1 68 BF_PG_09 PG_09 I/O Y16 SPT2_AD0 69 BF_PG_05 PG_05 I/O AA17 ETH1_TXEN 70 BF_PG_01 PG_01 I/O Y17 SPT2_AFS 71 BF_PG_12 PG_12 I/O AB18 SPT2_BD0 72 BF_PG_04 PG_04 I/O Y18 SPT2_ACLK 73 BF_PG_08 PG_08 I/O AA18 SPT2_AD1 74 BF_PG_11 PG_11 I/O Y19 SPT2_BD1 75 BF_PG_14 PG_14 I/O AB19 ~UART1_RX 76 BF_PG_07 PG_07 I/O AA19 SPT2_BFS
- 11. Fulldatasheet Page 11 Full datasheet: Processor module based on Analog Devices BF609 77 BF_PG_15 PG_15 I/O AB20 ~UART1_TX 78 BF_PG_13 PG_13 I/O AA20 ~UART1_CTS 79 BF_PG_10 PG_10 I/O AB21 ~UART1_RTS 80 GND - GND - 1.4.2.5. X5 connector Pin number Signal Name Type Note 1 VCC_3.3V Power 2 VCC_3.3V Power 3 GND GND 4 GND GND 5 VCC_3.3V Power 6 VCC_3.3V Power 7 GND GND 8 GND GND 9 ~TEMP_MON_ALERT I/O Connected to ADM1032ARMZ – ~ALERT, pin 6 10 ~TEMP_MON_TERM I/O Connected to ADM1032ARMZ – ~THERM, pin 4 11 GND GND 12 BF_JTAG_TDI I/O Connected to BF609 – JTG_TDI, ball D1 13 BF_JTAG_TDO I/O Connected to BF609 – JTG_TDO, ball D2 14 BF_JTAG_TMS I/O Connected to BF609 – JTG_TMS, ball E3 15 BF_JTAG_TCK I/O Connected to BF609 – JTG_TCK, ball D3 16 ~BF_JTAG_TRST I/O Connected to BF609 – JTG_TRST, ball E1 17 ~BF_JTAG_EMU I/O Connected to BF609 – JTG_EMU, ball E2 18 GND GND 19 BF_BMODE0 I/O Connected to BF609 – SYS_BMODE0, ball J3 20 BF_BMODE1 I/O Connected to BF609 – SYS_BMODE1, ball H3 21 BF_BMODE2 I/O Connected to BF609 – SYS_BMODE2, ball G3 22 GND GND 23 GND GND 24 BF_CLKIN_OUT I/O Buffered oscillator clock output – 25MHz 25 BF_CLKOUT_R I/O Connected to BF609 – SYS_CLKOUT, ball N3, via 33 Ohm resistor 26 GND GND 27 GND GND 28 BF_EXTWAKE I/O Connected to BF609 – SYS_EXTWAKE, ball K2 29 BF_FAULT I/O Connected to BF609 – SYS_FAULT, ball F2 30 ~BF_FAULT I/O Connected to BF609 – ~SYS_FAULT, ball F1 31 ~BF_NMI I/O Connected to BF609 – ~SYS_NMI ball F3 32 BF_PWRGD I/O Connected to BF609 – SYS_PWRGD, ball J2 33 ~BF_HWRST I/O Connected to BF609 – ~SYS_HWRST, ball G2 34 GND GND 35 BF_TWI0_SDA I/O Connected to BF609 – TWI0_SDA, ball D22 36 BF_TWI0_SCL I/O Connected to BF609 – TWI0_SCL, ball C22 37 GND GND 38 BF_TWI1_SDA I/O Connected to BF609 – TWI1_SDA, ball D21 39 BF_TWI1_SCL I/O Connected to BF609 – TWI1_SCL, ball C21 40 GND GND
- 12. Fulldatasheet Page 12 Full datasheet: Processor module based on Analog Devices BF609 1.5. Mechanical Outline Fig. 4: Mechanical outline (top view)
- 13. Fulldatasheet Page 13 Full datasheet: Processor module based on Analog Devices BF609 Fig. 5: Mechanical outline and Bottom Connectors (bottom view)
- 14. Fulldatasheet Page 14 Full datasheet: Processor module based on Analog Devices BF609 1.6. Electrical Specifications Parameter Min Normal Max Unit Power supply, VCC_3.3V 3.15 3.3 3.45 V Power consumption TBD TBD TBD mA High level output voltage 2.4 TBD TBD V Low level output voltage TBD TBD 0.4 V 1.7. Order code AX-SoM-BF60x-Rx-Sx-I BF60x – processor type [BF609]; Rx –DDR2 RAM size, [128 MBytes, 256 MBytes] – example: 256 MBytes DDR2 RAM – R256; Sx –SPI Flash size, [128KBytes … 4MBytes] – example: 4 MBytes SPI Flash – S4096; I – industrial temperature range. Example: AX-SoM-BF609-R256-S1024-I, with this order code, on module will be installed next configuration: ADI BF609, 256 MBytes DDR2 RAM, 1 MByte SPI Flash. All components will be used in industrial temperature range. By default, module shipped with U-boot loader. Also can be preprogrammed Embedded uClinux (if enough size SPI Flash installed).
- 15. Fulldatasheet Page 15 Full datasheet: Processor module based on Analog Devices BF609 1.8. Contacts AXONIM Devices 220125 Gintovta str 1, Minsk, Republic of Belarus Tel.: +375 17 336 40 81 Fax.: +375 17 336 40 84 E-mail: info@axonim.by http://www.axonimdevices.com