User Manual - eCM-BF609
Contents
1. TIMERO Alternate Capture Input 6 PB Position 14 ETHO Reference Clock EPPI1 Clock SYS Non makeable Interrupt SYS Reset Output SYS External Wake Control PD Position 8 UARTO Receive TIMERO Alternate Capture Input 0 PD Position 7 UARTO Transmit TIMERO Alternate Capture Input 3 JTAG Clock JTAG Data Out JTAG Data In JTAG Mode Select JTAG Reset JTG Emulation Output PE Position 10 ETH1 Management Channel Clock PWM1 Channel D Low Side RSIO Data 6 PE Position 11 ETH1 Management Channel Serial Data PWM1 Channel D High Side RSIO Data 7 PD Position 5 SPI1 Clock TIMERO Alternate Clock 7 PD Position 13 SPI1 Master Out Slave In TIMERO Alternate Clock 5 PD Position 14 SPI1 Master In Slave Out TIMERO Alternate Clock 6 PD Position 12 SPI1 Slave Select Output 1 EPPIO Data 20 SPORT1 Channel A Data 1 SPI1 Slave Select Input PD Position 15 SPI1 Slave Select Output 2 EPPIO Data 21 SPORT1 Channel A Data 0 PE Position 5 EPPIO Data 23 SPORT1 Channel A Page 12 Hardware User Manual eCM BF609 PinNo Signal Name FS PE_02 SPI1_RDY EPPI0_D22 59 SPORT1_ACLK En PE_00 SPI1_D3 EPPIO_D18 SP ORT1 BD1 3 PE 01 SPI1 D2 EPPIO D19 SP ORT1 BDO 5 PE 03 EPPIO D16 ACMO FS S PORT1 BFS z PE 04 EPPIO D17 ACMO CLK SPORT1 BCLK 64 GND 65 CLK BUF 66 GND 67 PD 04 SPIO CLK 68 PD 02 SPI0 MISO 69 PD 03 SPI0 MOSI PD _00 SPIO D2 EPPI1 D16 nS PIO SEL3 S PD_01 SPIO_D3 EPPI1_D17 nS PIO SEL2 E PG 08 SPORT2 AD1 TIMERO TMR3 nPWM1_2. 0 LPO Data 0 PA Position 1 SMCO Address 4 EPPI2 Data 1 LPO Data 1 PA Position 2 SMCO Address 5 EPPI2 Data 2 LPO Data 2 PA Position 3 SMCO Address 6 EPPI2 Data 3 LPO Data 3 PA Position 4 SMCO Address 7 EPPI2 Data 4 LPO Data 4 PA Position 5 SMCO Address 8 EPPI2 Data 5 LPO Data 5 PA Position 6 SMCO Address 9 EPPI2 Data 6 LPO Data 6 PA Position 7 SMCO Address 10 EPPI2 Data 7 LPO Data 7 PA Position 8 SMCO Address 11 EPPI2 Data 8 LP1 Data 0 SMCO Data 0 SMCO Data 1 SMCO Data 2 SMCO Data 3 SMCO Data 4 SMCO Data 5 SMCO Data 6 SMCO Data 7 SMCO Data 8 SMCO Data 9 Page 15 Hardware User Manual eCM BF609 PinNo Signal Name 132 SMCO_D10 133 SMCO_D11 134 SMCO_D12 135 SMCO_D13 136 SMCO_D14 137 SMCO_D15 138 nSYS_FAULT 139 nSYS_HWRST 140 nSMCO_BR 141 PB_01 nSMCO_AMS1 EPPI2 _FS1 LPO_ACK 142 PB_04 nSMCO_AMS2 SMCO _ABEO SPORTO_AFS 143 PB_05 nSMCO_AMS3 SMCO _ABE1 SPORTO_ACLK nSMCO_AOE SMCO_NORD 144 V 145 nSMCO_ARE 146 nSMCO_AWE SMCO_ARDY SMCO_NORW 147 T 148 GND 149 SYS_CLKOUT_BUF 150 GND 151 nc 152 Nc 153 SYS_BMODEO 154 SYS_BMODE1 155 SYS_BMODE2 156 nc 157 nc 158 nc 159 nc 160 GND 161 nc 162 PE_13 ETH1_CRS PWM1_C H RSIO_D4 163 PG_14 nUART1_RX SYS_ID Bluetechnix 2013 Type serial I O 47R serial I O 47R serial I O 47R serial I O 47R serial I O 47R serial I O 47R serial O 10k pull up I O 470R pull up I 10k pul
3. 12 List of Abbreviations Abbreviation ADI Al AMS AO CM RTOS SADA SD SoC SPI SPM SPORT TFT TISM TSC UART USB USBOTG ZIF O Bluetechnix 2013 Description Analog Devices Inc Analog Input Asynchronous Memory Select Analog Output Core Module Direct Current Digital Signal Processor Enhanced Core Module External Bus Interface Electrostatic Discharge General Purpose Input Output Input Inter Integrated Circuit Input Output Image Sensor Module Low Drop Out regulator Mean Time Between Failure Not Connected NAND Flash Controller Output Operating System Parallel Peripheral Interface Power Real Time Operating System Stand Alone Debug Agent Secure Digital System on Chip Serial Peripheral Interface Speech Processing Module Serial Port Thin Film Transistor Tiny Image Sensor Module Touch Screen Controller Universal Asynchronous Receiver Transmitter Universal Serial Bus USB On The Go Zero Insertion Force Table 12 1 List of abbreviations A BLUETECHNIX Last change 17 May 2013 Version 1 4 Page 27 BLUETECHNIX Hardware User Manual eCM BF609 Last change 17 May 2013 Version 1 4 A List of Figures and Tables Figures Figure 1 1 Main components of the eCM BF609 MOUIEC ccceeeeeeeeeeeeeeceeeeeceaeeeeaaeeeeaeeseneeeseaeeesaeeseaeeenaes 5 Figure 2 1 Functional OVeIViSW ooonnocccnnnccccnnonecccnnnnecccnnnnncn cnn 8 Figure 5 1 Internal reset Cll adora 19 F
4. Hirose FX 10A 100S 10SV X2 x1 Hirose FX 10A 100P 10SV Table 6 1 Core Module connector types The Core Module features 2 connectors one male and one female The base board uses the same connectors but oriented in the opposite way Bluetechnix 2013 Page 21 BLUETECHNIX A DN Hardware User Manual eCM BF609 Last change 17 May 2013 Version 1 4 7 Support 7 1 General Support General support for products can be found at Bluetechnix support site https support bluetechnix at wiki 7 2 Board Support Packages Board support packages and software downloads are for registered customers only https support bluetechnix at software 7 3 Blackfin Software Support 7 3 1 BLACKSheep OS BLACKSheep OS stands for a powerfully and multithreaded real time operating system RTOS originally designed for digital signal processing application development on Analog Devices Blackfin embedded processors This high performance OS is based on the reliable and stable real time VDK kernel from Analog Devices that comes with VDSP IDE Of course BLACKSheep OS is fully supported by all Bluetechnix Core Modules and development hardware 7 3 2 LabVIEW You can get LabVIEW embedded support for Bluetechnix Core Modules by Schmid Engineering AG http www schmid engineering ch 7 3 3 uClinux You can get uClinux support boot loader and uClinux for Bluetechnix Core Modules at http blackfin uClinux org 7 4 Blackfin Design Se
5. Shutdown Input PG Position 9 SPORT2 Channel A Data 0 TIMERO Timer 4 PG Position 1 SPORT2 Channel A Frame Sync TIMERO Timer 2 CANO Transmit PG Position 4 SPORT2 Channel A Clock TIMERO Timer 1 CANO Receive TIMERO Alternate Capture Input 2 PG Position 11 SPORT2 Channel B Data 1 TIMERO Timer 6 CNTO Count Up and Direction PG Position 12 SPORT2 Channel B Data 0 TIMERO Timer 7 CNTO Count Down and Gate PG Position 7 SPORT2 Channel B Frame Sync TIMERO Timer 5 CNTO Count Zero Marker PG Position 10 UART1 Request to Send SPORT2 Channel B Clock TWIO Serial Clock TWIO Serial Data PG Position 1 SPORT2 Channel A Frame Sync TIMERO Timer 2 CANO Transmit PG Position 4 SPORT2 Channel A Clock TIMERO Timer 1 CANO Receive TIMERO Alternate Capture Input 2 TWH Serial Data Page 13 Hardware User Manual eCM BF609 Type Open drain 5V compatibl e O Open drain 5V compatibl e I O 1 0 I O 1 0 I O 1 0 I O O I O 1 0 I O 1 0 I O 1 0 Shield Shield Shield Shield Shield Shield Shield Shield Shield Shield BLUETECHNIX amp Pi S N Last change 17 May 2013 Version 1 4 Function TWI1 Serial Clock PG Position 6 ETH1 Reference Clock RSIO Clock SPORT2 Channel B Transmit Data Valid PWM1 Shutdown Input 0 PG Position 5 ETH1 Transmit Enable RSIO Command PWM1 Sync ACMO External Trigger 1 PG Position 3 ETH1 Transmit Data 0 PWM1 Channel A High Side RSIO Data 0 PG Position 2 ETH1 Transmit Data 1 P
6. 000 Boot Source No Boot idle Figure 2 1 Functional overview No Boot idle The boot mode pins are available on the connectors Description The processor does not boot Rather the boot kernel executes and IDLE instruction Boot from an address in memory by default this is the start address of flash memory Boot through the Removable Storage Interface RSI peripheral configure Boot through the Serial Port Interface SPIO peripheral configured as a Boot through the SPIO peripheral configured as a master Boot through the Link Port LPO peripheral configured as a master Boot through the UARTO peripheral configured as a master Table 2 1 Boot modes 001 Memory boot 010 RSI master boot as a slave 011 SPIO master boot slave 100 SPIO slave boot 110 LPO slave boot 111 UARTO slave boot 2 2 1 Boot from onboard SPI Flash The onboard SPI Flash supports double throughput of Serial Flash in read mode DREAD therefore the boot time can be shortened using SPIMCODE Bluetechnix 2013 0x8 DOR FAST_MODE at the boot sequence In this mode the Page 8 A Sen ETEGHNIX r r AN IC Ic Cas DUN Hardware User Manual eCM BF609 Last change 17 May 2013 Version 1 4 SPI clock is set to SCLK 2 and the DREAD command is used to read the boot stream from flash To use this feature the firmware must be linked with the option bcode 0x8 2 3 Memory Map 2 3 1 Core Module Memory Memory Type Access Size C
7. 8 2 Ordering information NOTE Custom Core Modules are available on request Please contact Bluetechnix office bluetechnix com if you are interested in custom Core Modules Bluetechnix 2013 Page 23 BLUETECHNIX A Hardware User Manual eCM BF609 Last change 17 May 2013 Version 1 4 9 Dependability 9 1 MTBF Please keep in mind that a part stress analysis would be the only way to obtain significant failure rate results because MTBF numbers just represent a statistical approximation of how long a set of devices should last before failure Nevertheless we can calculate an MTBF of the Core Module using the bill of material We take all the components into account The PCB and solder connections are excluded from this estimation For test conditions we assume an ambient temperature of 30 C of all Core Module components except the Blackfin processor 80 C and the memories 70 C We use the MTBF Calculator from ALD http www aldservice com and use the reliability prediction MIL 217F2 Part Stress standard Please get in touch with Bluetechnix office bluetechnix com if you are interested in the MTBF result O Bluetechnix 2013 Page 24 BLUETECHNIX Embedding Ideas Hardware User Manual eCM BF609 Last change 17 May 2013 10 Product History Version 1 4 10 1 Version Information 10 1 1 eCM BF609 C 1 Q255256F8 Version Component 1 0 0 Processor RAM Flash ETH PHY 1 1 0 Processor RAM Fla
8. 9 Last change 17 May 2013 Version 1 4 o Buffered clocks 25MHz SYS_CLKOUT o Various control signals see chapter 4 1 3 Applications e Parallel digital signal processing e Automotive vision systems e Imaging and consumer multimedia e Stereo vision systems e Portable media players e Video conference applications e Digital video camera systems Bluetechnix 2013 Page 7 Hardware User Manual eCM BF609 LUETECHNIX B A Last change 17 May 2013 Version 1 4 2 General Description 2 1 Functional Description SYS CLKOUT BUF GPIOs eMMC RSI UART gt eCM BF609 C I Q50S256F32 Puffen SYS_CLKOUT GPIOs eMMC RSI UART u wn gt 2 8MByte 3 Power On SPI Flash SPIO nSEL1 Reset z ADSP BF609 9 500MHz E paa Vcore Voor2 256MByte 2 Step Down DDR2 SDRAM a nm Regulators ote Data Control Eur isos TWI spI1 CAN Link Port US 5 25MHz Clock Address PG13 OTG O NS IF Switch y 24MHz Clock ETH PHY Y CLK_BUF SMC Interface Ethernet TWI SPIL CAN LP USB A 2 2 Boot Mode By default the Boot Mode is set to BMODE 2 0
9. A L N BLUETECHNIX Embedding Ideas eCM BF609 Hardware User Manual Version 1 4 A BLUETECHNIX ANA Embedding Ideas Contact Bluetechnix Mechatronische Systeme GmbH Waidhausenstra e 3 19 A 1140 Vienna AUSTRIA office bluetechnix com http www bluetechnix com Document No 100 1217 1 4 Date 2013 05 17 Bluetechnix 2012 A BLUETECHNIX Table of Contents IT INTOdUCION caca Aida 5 SO A SIE HENFFEFUELETPEFURERTEEFLUEREREFERENELTEUGCRETEFERERTFTEERREFEEITHENEPEFTERR 5 12 A PU rn nad mega 5 1 3 Applications add 7 2 General Descriptio Merionu naen a hin 8 2 1 Functional D8scription uune nee een dead 8 2 2 BootMode immun nee aii 8 2 2 1 Boot from onb ard SPI Flash en 8 2 3 Memory Map ucenie een tn nee 9 2 3 1 Core Module Memory u4240u044404nnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnennnnnnnnnnnnnnnnnnnnnnnnnnnnn 9 2 3 2 Externally Addressable Memory on connector uu44 244444Hsnnnnnnnnnnnennnnnnnnnnn nn nnnn nn 9 2 4 KSZ5031RNLI Ethernet PHY eure ea 9 3 Specifications enina tants ins ee ele ace ee 10 3 1 Electrical Specifications cae acai id 10 3 1 1 Operating Conditions inisin aa aa a AEE a A a 10 3 1 2 Maximum Ratings occidente 10 3 1 8 ESD SEnsiivity anne ee 10 4 Connector Description sareretan iniaa iaaa a cc ea 11 4 1 Connector diia essen 11 42 NN A e niaaa aaan aaiae iad iaaa ainia aa 15 5 Application Information a EE aA
10. Di 3 ETH PTPCLKIN PC 14 nSPI1 SEL7 EPPI1 Di 28 4 PC 15 nSPIO SEL4 EPPI1 Di 29 5 30 PB_15 ETHO_PTPPPS EPPI1_ FS3 31 PD_06 nETHO_PHYINT EPPI1_ FS2 TIMERO_ACI5 32 PB_13 ETHO_TXEN EPPI1_FS 1 TIMERO_ACI6 33 PB_14 ETHO_REFCLK EPPI1_ CLK 34 3V3 35 3V3 36 3V3 37 GND 38 GND 39 GND 40 nSYS_NMI nSYS_RESOUT 41 SYS_EXTWAKE PD_08 nUARTO_RX TIMERO_A sig CIO PD 07 nUARTO TX TIMERO A 43 CI3 44 GND 45 JTG_TCK 46 JTG_TDO 47 JTG_TDI 48 JTG_TMS 49 nJTG_TRST 50 nJTG_EMU 51 PE_10 ETH1_MDC PWM1_DL RSIO D6 52 PE 11 ETHt MDIO PWM1 DH RSIO D7 PD_05 SPI1_CLK TIMERO_ACL 53 K7 PD_13 SPI1_MOSI TIMERO_AC LK5 PD 14 SPI1 MISO TIMERO AC 55 LK6 56 PD 12 nSPI1 SEL1 EPPIO D2 O SPORT1 AD1 nSPI1 SS 57 PD 15 nSPI1 SEL2 EPPIO D2 1 SPORT1 ADO 58 PE O05 EPPIO D23 SPORT1 A O Bluetechnix 2013 Type I O 1 0 I O 1 0 VO 4k7 pull down O I O 1 0 I O 1 0 I O 1 0 I O I O BLUETEGHNIX A IN Last change 17 May 2013 Version 1 4 Function Data 12 PC Position 13 SPIO Slave Select Output 6 EPPI1 Data 13 ETH PTP Clock Input PC Position 14 SPI1 Slave Select Output 7 EPPI1 Data 14 PC Position 15 SPIO Slave Select Output 4 EPPI1 Data 15 PB Position 15 ETHO PTP Pulse Per Second Output EPPI1 Frame Sync 3 FIELD PD Position 6 ETHO RMII Management Data Interrupt EPPI1 Frame Sync 2 VSYNC TIMERO Alternate Capture Input 5 PB Position 13 ETHO Transmit Enable EPPI1 Frame Sync 1 HSYNC
11. I O 1 0 I O 1 0 Shield Shield Shield Shield Shield Shield Shield Shield Shield Shield BLUE TECHNIX A LIA Last change 17 May 2013 Version 1 4 Function PA Position 15 SMCO Address 20 EPPI2 Data 15 LP1 Data 7 PA Position 14 SMCO Address 19 EPPI2 Data 14 LP1 Data 6 PA Position 13 SMCO Address 18 EPPI2 Data 13 LP1 Data 5 PA Position 12 SMCO Address 17 EPPI2 Data 12 LP1 Data 4 PB Position 3 SMCO Address 16 EPPI2 Frame Sync 3 FIELD LP1 Clock PA Position 11 SMCO Address 15 EPPI2 Data 11 LP1 Data 3 PA Position 10 SMCO Address 14 EPPI2 Data 10 LP1 Data 2 PB Position 2 SMCO Address 13 EPPI2 Frame Sync 2 VSYNC LP1 Acknowledge PA Position 9 SMCO Address 12 EPPI2 Data 9 LP1 Data 1 Table 4 2 Connector description X2 Page 18 A BLUETECHNIX Hardware User Manual eCM BF60 Last change 17 May 2013 Version 1 4 5 Application Information 5 1 Supply Voltage Decoupling Following table shows the pins that should be decoupled by capacitors Pin No Signal Name Capacitor value 34 3V3 47uF Tantal 34 3V3 100nF 35 3V3 100nF 36 3V3 100nF 116 3V3 100nF 117 3V3 100nF 118 3V3 100nF 170 USBO_VBUS 100nF Table 5 1 Recommended decoupling capacitors 5 2 Reset circuit The integrated reset circuit monitors the 3 3V power rail If this voltage drops below 2 93V the SYS_HWRST signal will be asserted If the 3 3V voltage domain rises above this threshold SYS_HWRST will be kept low f
12. No Signal Name 101 PB_04 nSMCO_AMS2 SMCO _ABEO SPORTO_AFS 102 PB_05 nSMCO_AMS3 SMCO _ABE1 SPORTO_ACLK 103 nSMCO_AMSO 104 SMCO A01 105 SMCO A02 106 PA 00 SMCO AO3 EPPI2 D 00 LPO DO 107 PA_01 SMCO_A04 EPPI2_D 01 LPO_D1 108 PA_02 SMCO_AO5 EPPI2_D 02 LPO_D2 109 PA_03 SMCO_A06 EPPI2_D 03 LPO_D3 110 PA_04 SMCO_AO7 EPPI2_D 04 LPO_D4 111 PA_05 SMCO_A08 EPPI2_D 05 LPO_D5 112 PA_06 SMCO_AO9 EPPI2_D 06 LPO_D6 113 PA_07 SMCO_A10 EPPI2_D 07 LPO_D7 114 PA_08 SMCO_A11 EPPI2_D 08 LP1_DO 115 GND 116 3V3 117 3V3 118 3V3 119 GND 120 GND 121 GND 122 SMCO_DO0 123 SMCO_DO1 124 SMCO D02 125 SMCO D03 126 SMCO D04 127 SMCO D05 128 SMCO D06 129 SMCO D07 130 SMCO D08 131 SMCO D09 O Bluetechnix 2013 Type 1 0 1 0 O 47R serial O 47R serial O 47R serial 1 0 I O 1 0 I O 1 0 1 0 1 0 1 0 1 0 Power Power Power Power Power Power Power I O 47R serial I O 47R serial I O 47R serial 1 0 47R serial I O 47R serial I O 47R serial I O 47R serial I O 47R serial I O 47R serial I O 47R BLUETEGHNIX amp DUN Last change 17 May 2013 Version 1 4 Function PB Position 4 SMCO Memory Select 2 SMCO Byte Enable 0 SPORTO Channel A Frame Sync PB Position 5 SMCO Memory Select 3 SMCO Byte Enable 1 SPORTO Channel A Clock SMCO Memory Select 0 SMCO Address 1 SMCO Address 2 PA Position 0 SMCO Address 3 EPPI2 Data
13. Supply ne Ethernet CAN TWI Y Figure 1 1 Main components of the eCM BF609 module 1 2 Key Features e Analog Devices Blackfin Processor ADSP BF609 o ADSP BF609BBCZ 5X Temperature range 40 C 85 C e 256MB DDR2 SDRAM o MEM2G16D2DABG 25l o DDR2 SDRAM Clock up to 400MHz o 128Mx16 1Gbit at 1 8V Bluetechnix 2013 Page 5 BLUETECHNIX N Hardware User Manual eCM BF609 Last change 17 May 2013 Version 1 4 e 8MB SPI Flash o MX25L6406EM2l 12G o 64Mbit at 3 3V e Power supply o Core voltage regulator ADP2118ACPZ R7 1 25V at 2 5A o DDR2 SDRAM ADP2108AUJZ 1 8 R7 1 8V at 600mA e Low voltage Reset o Module resets if power supply goes below 2 93V for at least 140ms e Ethernet PHY o KSZ8031RNLI o Integrated terminal resistors o Can be disabled by analog switch to preserve the EPPI1 interface see chapter 2 4 e Connectors o 2x UART o 1x Up Down Rotary Counters o 8x Timer Counters with PWM o 2x 3 Phase PWM Units 4 pair o 8x SPORT o 2x SPI o 1xUSBOTG o 3x Parallel Peripheral Interface o 1x Removable Storage Interface o 1x CAN o 2x TWI o 2x UART o 1x ADC Control Module ACM o 4x Link Ports o 1x Ethernet MAC IEEE 1588 o 1x Ethernet MAC PHY IEEE 1588 o Data Address Bus o GPIOs o Boot mode o JTAG o Power Supply o nRESET O Bluetechnix 2013 Page 6 4 AO BLUETECHNIX A Embedding Ideas LI Hardware User Manual eCM BF60
14. TRIP1 gt PG_09 SPORT2 ADO TIMERO TMR4 zi PG O1 SPORT2 AFS TIMERO TMR2 CANO TX PG 04 SPORT2 ACLK TIMERO 75 _TMR1 CANO_RX TIMERO_ACI 2 ER PG 11 SPORT2 BD1 TIMERO TMR6 CNTO UD PG 12 SPORT2 BDO TIMERO TMR7 CNTO DG PG 07 SPORT2 BFS TIMERO TMR5 CNTO_ZM PG 10 NUART1 RTS SPORT2 _BELK 80 GND 81 TWIO_SCL 82 TWIO_SDA a PG_01 SPORT2 AFS TIMERO_ TMR2 CANO_ TX PG_04 SPORT2 ACLK TIMERO 84 _TMR1 CANO_RX TIMERO_ACI 2 85 TWI1_SDA O Bluetechnix 2013 Type I O 1 0 I O 1 0 VO Power Power 1 0 I O 10k pull up I O 1 0 I O 1 0 I O 1 0 I O 1 0 I O 1 0 I O Power I O Open drain 5V compatibl e VO Open drain 5V compatibl e I O 1 0 I O BLUE TECHNIX j DN A Last change 17 May 2013 Version 1 4 Function Frame Sync PE Position 2 SPI1 Ready EPPIO Data 22 SPORT1 Channel A Clock PE Position 0 SPI1 Data 3 EPPIO Data 18 SPORT1 Channel B Data 1 PE Position 1 SPI1 Data 2 EPPIO Data 19 SPORT1 Channel B Data 0 PE Position 3 EPPIO Data 16 ACMO Frame Sync SPORT1 Channel B Frame Sync PE Position 4 EPPIO Data 17 ACMO Clock SPORT1 Channel B Clock Buffered 25MHz PD Position 4 SPIO Clock PD Position 2 SPIO Master In Slave Out PD Position 3 SPIO Master Out Slave In PD Position 0 SPIO Data 2 EPPI1 Data 16 SPIO Slave Select Output 3 PD Position 1 SPIO Data 3 EPPI1 Data 17 SPIO Slave Select Output 2 PG Position 8 SPORT2 Channel A Data 1 TIMERO Timer 3 PWM1
15. USBO_DP 173 USBO_DM 174 ETH_TX 175 ETH_TX 176 nc 177 ETH_RX 178 ETH_RX 179 nc 180 ETH_LEDO 181 nc 182 PB 01 nSMCO AMS1 EPPI2 _FS1 LPO_ACK 183 PB_00 SMCO_NORCLK EPP 12 CLK LPO_CLK 184 PB_09 nSMCO_BGH SPORT 0 ADO TIMERO ACLK2 PB 12 nSMCO BG SPORTO 185 BTDV SPORTO AD1 TIME RO ACLK1 186 nc 187 PB_11 SMCO_A25 SPORTO _BDO TIMERO_ACLK3 188 PB_10 SMCO_A24 SPORTO _BD1 TIMERO_ACLKO 189 PB_08 SMCO_A23 EPPI2_D 17 SPORTO BCLK 190 PB 07 SMCO A22 EPPI2 D 16 SPORTO BFS 191 PB_06 SMCO_A21 SPORTO _ATDV TIMERO_ACLK4 Bluetechnix 2013 Type 1 0 1 0 1 0 1 0 1 0 O 1 0 1 0 I O 49R9 pull up I O 49R9 pull up I O 49R9 pull up I O 49R9 pull up O 1 0 I O 1 0 1 0 1 0 1 0 1 0 1 0 1 0 BLUE TECHNIX LIA A Last change 17 May 2013 Version 1 4 Function Indicator TIMERO Alternate Capture Input 1 PG Position 15 UART1 Transmit SYS Core 0 Idle Indicator SYS Processor Sleep Indicator TIMERO Alternate Capture Input 4 PD Position 9 SPIO Slave Select Output 5 UARTO Request to Send SPI1 Slave Select Output 4 PE Position 14 ETH1 Receive Error SPORT2 Channel A Transmit Data Valid TIMERO Timer 0 PD Position 10 SPIO Ready UARTO Clear to Send SPl1 Slave Select Output 3 PE Position 12 ETH1 RMII Management Data Interrupt PWM1 Channel C Low Side RSIO Data 5 USBO VBUS Control USBO Bus Voltage USBO OTG ID USBO Data USBO Data Et
16. WM1 Channel A Low Side RSIO Data 1 PG Position 0 ETH1 Receive Data 0 PWM1 Channel B High Side RSIO Data 2 PE Position 15 PWM1 Channel B Low Side RSIO Data 3 ETH1 Receive Data 1 PF Position 15 ACMO Address 1 EPPIO Data 15 LP3 Data 7 PF Position 14 EPPIO Data 14 ACMO Address 0 LP3 Data 6 PF Position 13 ACMO Address 3 EPPIO Data 13 LP3 Data 5 PF Position 12 ACMO Address 2 EPPIO Data 12 LP3 Data 4 PF Position 11 EPPIO Data 11 LP3 Data 3 PWMO Shutdown Input PF Position 10 ACMO Address 4 EPPIO Data 10 LP3 Data 2 PF Position 9 SPI1 Slave Select Output b EPPIO Data 9 LP3 Data 1 PF Position 8 SPI1 Slave Select Output b EPPIO Data 8 LP3 Data 0 Table 4 1 Connector description X1 Pin No Signal Name 86 TWI1 SCL PG 06 ETH1 REFCLK RSIO C 87 LK SPORT2 BTDV nNPWM1 TR IPO PG 05 ETH1 TXEN RSIO CMD PWM1 SYNG ACMO Ti E PG_03 ETH1_TXDO PWM1_AH RSIO_DO p PG 02 ETH1 TXD1 PWM1 AL RSIO D1 91 PG_00 ETH1_RXDO PWM1_BH RSIO_D2 m PE_15 ETH1_RXD1 PWM1_BL RSIO D3 PF_15 ACMO_A1 PPIO_D15 LP 93 3 D7 PF 14 ACMO A0 PPIO D14 LP 34 3 D6 PF_13 ACMO_A3 PPIO_D13 LP 95 3 D5 OG PF_12 ACMO_A2 PPIO_D12 LP 3 D4 97 PF_11 PPIO_D11 LP3_D3 PF_10 ACMO_A4 PPIO_D10 LP 2 3 D2 5 PF_09 nSPI1_SEL6 PPIO D09 LP3 D1 m PF_08 nSPI1_SEL5 PPIO D08 LP3 DO 101 GND 102 GND 103 GND 104 GND 105 GND 106 GND 107 GND 108 GND 109 GND 110 GND O Bluetechnix 2013 Page 14 Hardware User Manual eCM BF609 4 2 Connector X2 Pin
17. a E a ca 19 5 1 Supply Voltage Decoupling sseni E E aa a ada 19 5 2 Rotoru ee E S 19 6 Mech nical Outline ese ner een ld ll 20 6 1 TOP View aa a A ER E 20 6 2 Bottom VIEW einen 20 6 3 SOS VIEW a deat ain A ced lettin ede 21 Ot FOOI onoo o A O O 21 A A FERESPFTECHFREFURGELEFFESFDEPEFEURNEFEFHESUEFEFEETEFFEERIESPERFENREEFFERR 21 NN 22 fA General SUPONE id 22 7 2 Board Support Packages 220044440nnnnunnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn en 22 7 3 Blackfin Software Support 240unnneensnnnnsnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn 22 7 3 1 BLAGKShEEB IOS u ee ehe 22 13 20 La WE Wii a di a R 22 TOB 0CGIINUX grend a ea inert 22 7 4 Blackfin Design Services nsensennenssensennsnnnennnnnennennennennennnonnennnnnnnnnnennenneonnennennann 22 Bluetechnix 2012 BLUETECHNIX Embedding Ideas Cao 7 4 1 Upcoming Products and Software Releases usssssnsnennnnnnnnnnnnnnnnnnnnnnnnnnnennnnnnnnn 22 8 Ordering Information usa tt tala caba t dades ida 23 8 1 Predefined mounting options for eCM BF608 uersnseersnnnnsnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn en 23 8 2 Development Boards amp Kits eee eeeeeeeeeeeneeeeeeeeeeeeeeeeeeeesaeeeeesaeeeeesaeeeeeseeeeeeseeeaeeeseneaaees 23 9 Dependability sarien enrii EEEE ehe 24 9 1 NS A o o Sl eeisel 24 10 Product History ee ee a tt a 25 10 1 V
18. e sensitive device Charged devices and circuit O Bluetechnix 2013 Page 10 Hardware User Manual eCM BF609 4 Connector Description 4 1 Connector X1 Pin No Signal Name 4 PF 00 PWMO AL EPPIO DOO L P2 DO 2 PF 01 PWMO AH EPPIO DO1 L P2 D1 3 PF_02 PWMO_BL EPPIO_DO2 L P2_D2 4 PF 03 PWMO BH EPPIO D03 L P2 D3 5 PF 04 PWMO CL EPPIO D04 L P2 D4 6 PF 05 PWMO CH EPPIO D05 LP2 D5 7 PF 06 PWMO DL EPPIO D06 L P2 D6 8 PF 07 PWMO DH EPPIO DO07 LP2 D7 9 PE_06 SPORT1_ATDV EPPIO_ FS3 LP3_CLK 10 PE_07 SPORT1_BTDV EPPIO_ FS2 LP3_ACK 11 PE 08 PWMO SYNG EPPIO F S1 LP2_ACK ACMO_TO 12 PE O9 EPPIO CLK LP2 CLK n PWMO TRIPO 13 GND 14 PC 00 ETHO RXDO EPPI1 DO 0 15 PC 01 ETHO RXD1 EPPI1 DO 1 16 PC 02 ETHO TXDO EPPI1 D02 17 PC 03 ETHO TXD1 EPPI1 D03 PC 04 ETHO RXERR EPPI1 D 18 04 19 PC 05 ETHO CRS EPPI1 D05 20 PC 06 ETHO MDCG EPPI1 D06 21 PC 07 ETHO MDIO EPPI1 DO 7 22 PC 08 EPPI1 D08 PC_09 ETH1_PTPPPS EPPI1 _ 23 DO9 24 PC_10 EPPI1_D10 25 PC_11 EPPI1_D11 ETH_PTPA UXIN 26 PC_12 nSPIO_SEL7 EPPI1_D1 O Bluetechnix 2013 Type 1 0 1 0 I O O I O O I O 1 0 1 0 I O 1 0 1 0 VO VO VO VO VO VO VO VO VO VO VO VO VO BLUETEGHNIX y LIA A Last change 17 May 2013 Version 1 4 Function PF Position 0 PWMO Channel A Low Side EPPIO Data 0 LP2 Data 0 PF Position 1 PWMO Channel A High Side EPPIO Data 1 LP2 Data 1 PF Position 2 PWMO Chann
19. el B Low Side EPPIO Data 2 LP2 Data 2 PF Position 3 PWMO Channel B High Side EPPIO Data 3 LP2 Data 3 PF Position 4 PWMO Channel C Low Side EPPIO Data 4 LP2 Data 4 PF Position 5 PWMO Channel C High Side EPPIO Data 5 LP2 Data 5 PF Position 6 PWMO Channel D Low Side EPPIO Data 6 LP2 Data 6 PF Position 7 PWMO Channel D High Side EPPIO Data 7 LP2 Data 7 PE Position 6 SPORT1 Channel A Transmit Data Valid EPPIO Frame Sync 3 FIELD LP3 Clock PE Position 7 SPORT1 Channel B Transmit Data Valid EPPIO Frame Sync 2 VSYNC LP3 Acknowledge PE Position 8 PWMO Sync EPPIO Frame Sync 1 HSYNC LP2 Acknowledge ACMO External Trigger 0 PE Position YEPPIO Clock LP2 Clock PWMO Shutdown Input 0 PC Position 0 ETHO Receive Data 0 EPPI1 Data 0 PC Position 1 ETHO Receive Data 1 EPPI1 Data 4 PC Position 2 ETHO Transmit Data 0 EPPI1 Data 2 PC Position 3 ETHO Transmit Data 1 EPPI1 Data 3 PC Position 4 ETHO Receive Error EPPI1 Data 4 PC Position 5 ETHO Carrier Sense RMII Receive Data Valid EPPI1 Data 5 PC Position 6 ETHO Management Channel Clock EPPI1 Data 6 PC Position 7 ETHO Management Channel Serial Data EPPI1 Data 7 PC Position 8 EPPI1 Data 8 PC Position 9 ETH1 PTP Pulse Per Second Output EPPI1 Data 9 PC Position 10 EPPI1 Data 10 PC Position 11 EPPI1 Data 11 ETH PTP Auxiliary Trigger Input PC Position 12 SPIO Slave Select Output 7 EPPI1 Page 11 Hardware User Manual eCM BF609 PinNo Signal Name 2 27 PC 13 nSPIO SEL6 EPPI1
20. ersion Informations ee ea huder eid 25 10 1 1 eCM BF609 C 1 Q25S256FB8 uunnneennnennsnnnnnnnnnnnnnnnannnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn manner 25 10 1 2 eCM BF609 C C Q25S256FB8 u n2unsnsnnnnannnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnann 25 10 2 Anomalie oninia ansehen 25 11 Document Revision History 0oooooonoccccnonoccconnnoncccno nono nc nono nenn 26 12 List of Abbreviallons acidos 27 A List of Figures and Tables 0 2 un een sans 28 Bluetechnix 2012 BLUETECHNIX A DN Bluetechnix GmbH 2013 All Rights Reserved The information herein is given to describe certain components and shall not be considered as a guarantee of characteristics Terms of delivery and rights of technical change reserved We hereby disclaim any warranties including but not limited to warranties of non infringement regarding circuits descriptions and charts stated herein Bluetechnix makes and you receive no warranties or conditions express implied statutory or in any communication with you Bluetechnix specifically disclaims any implied warranty of merchantability or fitness for a particular purpose Bluetechnix takes no liability for any damages and errors causing of the usage of this board The user of this board is responsible by himself for the functionality of his application He is allowed to use the board only if he has the qualification More information is found in the General Terms a
21. hernet Ethernet Ethernet Ethernet Ethernet PB Position 1 SMCO Memory Select 1 EPPI2 Frame Sync 1 HSYNC LPO Acknowledge PB Position 0 SMCO NOR Clock EPPI2 Clock LPO Clock PB Position 9 SMCO Bus Grant Hang SPORTO Channel A Data 0 TIMERO Alternate Clock 2 PB Position 12 SMCO Bus Grant SPORTO Channel B Transmit Data Valid SPORTO Channel A Data 1 TIMERO Alternate Clock 1 PB Position 11 SMCO Address 25 SPORTO Channel B Data 0 TIMERO Alternate Clock 3 PB Position 10 SMCO Address 24 SPORTO Channel B Data 1 TIMERO Alternate Clock 0 PB Position 8 SMCO Address 23 EPPI2 Data 17 SPORTO Channel B Clock PB Position 7 SMCO Address 22 EPPI2 Data 16 SPORTO Channel B Frame Sync PB Position 6 SMCO Address 21 SPORTO Channel A Transmit Data Valid TIMERO Alternate Clock 4 Page 17 Hardware User Manual eCM BF609 Pin No 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 2 Only available if Ethernet PHY is disconnected see chapter 2 4 Bluetechnix 2013 Signal Name PA_15 SMCO_A20 EPPI2_D 15 LP1_D7 PA_14 SMCO_A19 EPPI2_D 14 LP1_D6 PA_13 SMCO_A18 EPPI2_D 13 LP1_D5 PA_12 SMCO_A17 EPPI2_D 12 LP1_D4 PB_03 SMCO_A16 EPPI2_F S3 LP1_CLK PA_11 SMCO_A15 EPPI2_D 11 LP1_D3 PA_10 SMCO_A14 EPPI2_D 10 LP1_D2 PB_02 SMCO_A13 EPPI2_F S2 LP1_ACK PA_09 SMCO_A12 EPPI2_D 09 LP1_D1 GND GND GND GND GND GND GND GND GND GND Type 1 0 1 0 1 0 1 0 1 0
22. igure 5 2 Advanced reset Cll tii rd 19 Figure 6 1 Mechanical outline top view oooonccccnnnncccnnnocccccnnoncccnnnoncncnnnncnc nono nc nc nnnn nc cc naar nc rra nn crnnn nc cnnnnn anni 20 Figure 6 2 Mechanical outline and Bottom Connectors bottom view arnrrnrnvrnrnrrvnnnrnnnnnnnnrrrnnrrrrrrnnnnrnnnerenn 20 Figure 6 3 Mechanical outline side view oooonoccccnnnociccnnnoccccnonancnnnnnncccnanoncncnnno nc nc canon cnc nnnn nn c anar c cnn nncccins 21 Figure 6 4 Footprint top VIEW dedikere kb ike 21 Tables Table 2 1 Boot MOTOS 2 ae ke enden 8 Table 2 2 Memory MAD sirsa a EA E einen 9 Table 2 3 External addressable MOMOLY cccceeeeeeeeeeeeeneeeeeeeeaeeeeeeeaeeeeeeeaeeeeeeaaeeeeeeaaeeeeeeaaeeeseeaaeeeeeeeaeeeeneaas 9 Table 2 4 Connect Disconnect Ethernet interface s44sssnsnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn nn 9 Table 3 1 Electrical characteristics u4400444H4a0Rnen Han nnnnnnnnnnannnnnnannnnnnnannnnnnnnnnnnnnnnnnnnnnnnnnnnnnnennnnnnnnennnnnnn 10 Table 3 2 Absolute maximum ratings eeecceee eee ceeeenneeeeeeaeeeeeeaaeeeeeeaaeeeeesaaeeeseeaaeeeseeaaeeeseeaeeessenaeeeeesenaeeeesaaes 10 Table 4 1 Connector description X1 404s440srsnsunnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnennnnnnn nenn 14 Table 4 2 Connector description X2 240usnnnsnsnnnnsnnnnnnnnennnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn
23. l up 47R serial I O 1 0 1 0 O 47R serial O 47R serial O 47R serial 10k pull up 47R serial Power O Power 10k pull down 10k pull down 10k pull down Power 1 0 I O BLUETEGHNIX A LA Last change 17 May 2013 Version 1 4 Function SMCO Data 10 SMCO Data 11 SMCO Data 12 SMCO Data 13 SMCO Data 14 SMCO Data 15 SYS Fault Output SYS Processor Reset Control SMCO Bus Request PB Position 1 SMCO Memory Select 1 EPPI2 Frame Sync 1 HSYNC LPO Acknowledge PB Position 4 SMCO Memory Select 2 SMCO Byte Enable 0 SPORTO Channel A Frame Sync PB Position 5 SMCO Memory Select 3 SMCO Byte Enable 1 SPORTO Channel A Clock SMCO Output Enable SMCO NOR Data Valid SMCO Read Enable SMCO Write Enable SMCO Asynchronous Ready SMCO NOR Wait Buffered SYS Processor Clock Output SYS Boot Mode Control O SYS Boot Mode Control 1 SYS Boot Mode Control 2 PE Position 13 ETH1 Carrier Sense RMII Receive Data Valid PWM1 Channel C High Side RSIO Data 4 PG Position 14 UART1 Receive SYS Core 1 Idle Page 16 Hardware User Manual eCM BF609 PinNo Signal Name LE1 TIMERO_ACI1 PG_15 nUART1_TX SYS_ID 164 LEO SYS_SLEEP TIMERO_A Cl4 165 PD_09 nSPIO_SEL5 nUART 0 RTS NSPI1 SEL4 166 PE 14 ETH1 RXERR SPOR T2 ATDV TIMERO TMRO 167 PD 10 SPIO RDY NUARTO _ CTS nSPI1 SEL3 168 PE 12 nETH1 PHYINT PW M1_CL RSIO_D5 169 USBO_VBC 170 USBO_VBUS 171 USBO_ID 172
24. nd Conditions AGB Information For further information on technology delivery terms and conditions and prices please contact Bluetechnix http www bluetechnix com Warning Due to technical requirements components may contain dangerous substances Bluetechnix 2012 BLUETECHNIX N Hardware User Manual eCM BF609 Last change 17 May 2013 Version 1 4 1 Introduction The Core Module eCM BF609 is optimized for performance and parallel data processing The module integrates processor DDR2 RAM NOR flash Ethernet PHY and power supply at a size of 44x33mm It is based on the high performance dual core ADSP BF609 from Analog Devices The ADSP BF609 integrates a co processor unit to process signal and image algorithms i e for pre and co processing of video frames in ADAS applications The eCM BF609 is designed for industrial and commercial applications It addresses 256MByte DDR2 SDRAM via its dedicated DDR2 interface and has an onboard SPI flash of 8MByte 1 1 Overview Figure 1 1 shows the main components of the Core Module eCM BF609 E eCM BF609 D PPI gt G gt Data Address Bus SPI ADSP BF609 a GPIO 8 S 3 3 UART gt gt ce f POWER S S 5 Ethernet 8MByte 5 JTAG Y z a fm Ctrl PHY SPI Flash o o fa a SPORT gt gt EA EMMCARSI o o o o e el Power Low Voltage USB
25. nnnnnnnnnnnnn nenn 18 Table 5 1 Recommended decoupling capacitors ooooocccnnnociconanoccnonanoncnnnanonnnn nano nn nn nnno nn nn nan rca r naar nn rana 19 Table 6 1 Core Module connector types ursnnersnsnnssennnnnnennnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnennnnnnnnann 21 Table 8 1 Ordering information ooonnnncinninnnnnnnnnnnncccnnnccn orar 23 Table 8 2 Ordering information ooonnnncninncnnnnnnnnconncccnnnccnn cnn rra 23 Table 10 1 Overview eCM BF609 Industrial product changes asrrannvrnannvnnnnnrnnnnrennnrrvnnnrnnrnnenrnrrenrnrnnennnnnrnnn 25 Table 10 2 Overview eCM BF609 product changes cccccocccinocononoccconccnonncnonnn nac c cnn cana 25 Table 10 3 Product anomalies aa nano nnnc nano NANE REAN ERKAN rare enana nena rr nn 25 Table Ti t REVISION NEI sai iia ee ee else de 26 Table 12 1 List of abbreviatioNS oomocconnnncccnnnnnccnnnnenccnnnnenccnnnnec cnn nnnn nn 27 O Bluetechnix 2013 Page 28
26. omment SPI FLASH SPIO and SPIO nSEL1 8MByte MX25L6406EM2I 12G 1 Bit or 2 Bit access DDR2 SDRAM DMC Range 256MByte MEM2G16D2DABG 25l 128M x 16 0x00000000 OxOFFFFFFF Table 2 2 Memory Map 1 The SPI flash is connected to the SPIO interface SPIO nSEL1 is used as chip select signal See also chapter 2 2 1 2 3 2 Externally Addressable Memory on connector The Static Memory Controller can be programmed to control up to four banks of memory mapped devices Each bank occupies a 64MByte segment regardless of the size of the device used AMS Line Start Address End Address Max Size nAMSO 0xB0000000 OxB3FFFFFF 64MByte nAMS1 0xB4000000 OxB7FFFFFF 64MByte nAMS2 0xB8000000 OxBBFFFFFF 64MByte nAMS3 0xBC000000 OxBFFFFFFF 64MByte Table 2 3 External addressable memory 2 4 KSZ5031RNLI Ethernet PHY The ETHO interface is connected through an analog switch with the Ethernet PHY KSZ5031RNLI The connection is controlled by PG 13 PG 13 Level Ethernet PHY LOW Connected HIGH Disconnected Table 2 4 Connect Disconnect Ethernet interface The Ethernet PHY is controlled in RMII mode and the 50MHz reference clock is generated by the PHY itself No termination resistors are needed for the Ethernet interface since they are integrated in the PHY O Bluetechnix 2013 Page 9 BLUETECHNIX A Hardware User Manual eCM BF609 Last change 17 May 2013 Version 1 4 3 Specifications 3 1 Electrical Specifications 3 1 1 Operating Condi
27. or 140 to 280ms and will be released afterwards The SYS_HWRST signal is an open collector output with an internal pull up resistor of 470R This signal can be used as external manual reset by connecting an external push button that ties the signal to ground pa i u a Figure 5 1 Internal reset circuit If SYS_HWRST is used to reset other devices then it is recommended to use a tri state buffer to unload the internal reset circuit ES Figure 5 2 Advanced reset circuit O Bluetechnix 2013 Page 19 4 A BLUETECHNIX ON Embedding Ideas ZN Hardware User Manual eCM BF609 Last change 17 May 2013 Version 1 4 6 Mechanical Outline All dimensions are given in millimeters Outline dimensions 0 5mm 6 1 Top View Figure 6 1 Mechanical outline top view 6 2 Bottom View Figure 6 2 Mechanical outline and Bottom Connectors bottom view Bluetechnix 2013 Page 20 BLUETECHNIX AA Embedding Ideas Hardware User Manual eCM BF609 Last change 17 May 2013 Version 1 4 6 3 Side View Pin 101 Figure 6 4 Footprint top view The footprint for Altium Designer is available on request The used connectors can be found in Table 6 1 For detailed dimensions of the connectors please see the datasheet from the manufacturer s homepage 6 5 Connectors Connector Core Module Matching Connector Manufacturer Manufacturer Part No x1 X2
28. rvices Based on more than seven years of experience with Blackfin Bluetechnix offers development assistance as well as custom design services and software development 7 4 1 Upcoming Products and Software Releases Keep up to date with all product changes releases and software updates of Bluetechnix at http www bluetechnix com Bluetechnix 2013 Page 22 Hardware User Manual eCM BF609 8 Ordering Information eCM BF609 C C I Q25 S256 F8 Product Family CM Core Module SBC Single Board Computer CPU Type Equals the name of CPU Connection Type A BGA B Border pad C Connector S Special Operating Temperature Range A Automotive C Commercial Industry Crystal Frequency Notation QXX MHz 8 1 Predefined mounting options for eCM BF609 Article Number Name 100 1217 1 eCM BF609 C C Q25S256F8 eCM BF561 100 1218 1 eCM BF609 C I Q25S256F8 eCM BF561 Table 8 1 Ordering information 8 2 Development Boards amp Kits Article Number Name caco N Last change 17 May 2013 Version 1 4 Former name Special Custom Core Modules or specials uC uclinux Extra controllers mounted E Ethernet U USB Flash MB F NOR Flash MB N NAND Flash MB RAM S SDRAM MB Temperature Range Commercial Industrial Type 100 3401 1 Blackfin Evaluation Starter Package with Development Kit with Core Module eCM BF609 including eDEV BF6xx and carrier board Table
29. sh ETH PHY Type ADSP BF609 ENG MEM2G16D2DABG 251 MX25L6406EM21 12G 8MB KSZ8031RNLI ADSP BF609BBCZ 5X MEM2G16D2DABG 25l MX25L6406EM21 12G 8MB KSZ8031RNLI Table 10 1 Overview eCM BF609 Industrial product changes 10 1 2 eCM BF609 C C Q25S256F8 Version Component 1 0 0 Processor RAM Flash 1 1 0 Processor RAM Flash ETH PHY 10 2 Anomalies Version Date v1 0 2012 04 26 v1 1 2013 05 13 Type ADSP BF609 ENG MEM2G16D2DABG 251 MX25L6406EM21 12G 8MB ADSP BF609BBCZ 5X MEM2G16D2DABG 25l MX25L6406EM21 12G 8MB KSZ8031RNLI Table 10 2 Overview eCM BF609 product changes Description The TWIO signals must be swapped to be compatible with BLT products No anomalies reported Table 10 3 Product anomalies O Bluetechnix 2013 Page 25 A BLUE TECHNIX A A Embedding Ideas Hardware User Manual eCM BF609 Last change 17 May 2013 Version 1 4 11 Document Revision History Version Date 1 2012 04 26 2 2013 03 11 3 2013 05 13 4 2013 05 17 O Bluetechnix 2013 Document Revision Preliminary release V1 0 of the document Updated connector X1 description Update table 2 3 1 Core Module Memory Update table 3 1 1 Operating Conditions Update view 6 3 Side View to eCM BF609 V1 1 Update chapter 10 to eCM BF609 V1 1 Update chapter 6 to eCM BF609 V1 1 Add chapter 2 2 1 Update table 15 BMODEO and BMODE2 swapped Table 11 1 Revision history Page 26 y LIA Hardware User Manual eCM BF609
30. tions Symbol Parameter Min Typical Max Unit Vin Input supply voltage 215 33 3 45 V lavs 3 3V current 1100 mA Vou High level output voltage 2 4 V VoL Low level output voltage 0 4 V li IO input current 10 UA loz Three state leakage current 10 uA fec k Core clock frequency 500 MHz Table 3 1 Electrical characteristics 3 1 2 Maximum Ratings Stressing the device above the rating listed in the absolute maximum ratings table may cause permanent damage to the device These are stress ratings only Operation of the device at these or any other conditions greater than those indicated in the operating sections of this specification is not implied Exposure to absolute maximum rating conditions for extended periods may affect device reliability Symbol Parameter Min Max Unit Vio Input or output voltage 0 5 3 6 V Vin Input supply voltage 0 5 4 0 V lon loL Current per pin 0 10 mA Tame Ambient temperature 40 85 C Tsto Storage temperature 55 150 C Ts o Solder temperature for 10 seconds 260 C QAMB Relative ambient humidity no condensing 90 Table 3 2 Absolute maximum ratings 3 1 3 ESD Sensitivity boards can discharge without detection Although this product features patented or proprietary protection circuitry damage may occur on devices subjected to high energy ESD Therefore proper ESD precautions should be taken to avoid performance degradation or loss of functionality ESD electrostatic discharg
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