TCM-BF518 - Bluetechnix
Contents
1. A BLUETECHNIX AA Embedding Ideas Hardware User Manual TCM BF518 Last change 19 September 2012 Version 1 5 11 Document Revision History Version Date 5 2012 09 19 4 2012 02 06 3 2010 06 28 2 2010 01 26 1 2009 12 03 Bluetechnix 2012 Document Revision Updated to new design Application examples change links to our extended boards added Electrical specification update FA21 description added to the pinout Updated to new design Removed Boot Mode 3 Figure 3 5 updated Layout First release V1 0 of the Document Table 11 1 Revision history Page 21 BLUETECHNIX A E Hardware User Manual TCM BF518 Last change 19 September 2012 Version 1 5 12 List of Abbreviations Abbreviation Description ADI Analog Devices Inc Al Analog Input AMS Asynchronous Memory Select AO Analog Output CM Core Module DC Direct Current DSP Digital Signal Processor eCM Enhanced Core Module EBI External Bus Interface ESD Electrostatic Discharge GPIO General Purpose Input Output Input PC Inter Integrated Circuit 1 0 Input Output ISM Image Sensor Module LDO Low Drop Out regulator MTBF Mean Time Between Failure NC Not Connected NFC NAND Flash Controller O Output OS Operating System PPI Parallel Peripheral Interface PWR Power RTOS Real Time Operating System SADA Stand Alone Debug Agent SD Secure Digital SoC System on Chip SPI Serial Peripheral Interface SPM Speech Processing Module SPO2. 19 September 2012 Version 1 5 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 Bluetechnix 2012 Page 19 A BLUETECHNIX SA Embedding Ideas Hardware User Manual TCM BF518 Last change 19 September 2012 10 Product History 10 1 Version Information Version 1 5 10 1 1 TCM BF518 C C Q25S32F2 TCM BF518 Version Component 1 0 1 Processor RAM Flash 10 2 Anomalies Type ADSP BF518KBCZ 4X 0 1 MT48LC16M16A2BG 75 IT D PFA48F2000P0ZBQO Table 10 1 Overview PRODUCTNAME product changes Version Date V1 0 2012 09 19 Bluetechnix 2012 Description No anomalies reported yet Table 10 2 Product anomalies Page 20
3. RMII Receive D1 PPI Data 13 PWM BH Output GPIO Ethernet MII Receive DO PPI Data 11 PWM AH output Timer3 Alternate Capture Input GPIO Ethernet Management Channel Serial Data PPI Data 9 Timer 2 GPIO SPIO Slave Select 1 PPI Data 7 PWM Sync GPIO Ethernet MII Receive Data Valid PPI Data 5 PWM CH Out TimerO Alternate Capture Input GPIO Ethernet MII Data Receive Page 11 BLUETECHNIX A E Hardware User Manual TCM BF518 Pin No 50 51 52 56 57 59 60 Signal Name PF1 ERxD2 PPI D1 PWM AH TACLK7 GND GND PGO MIICRS RMIICRS HWAIT 3 SPI1SEL3 PG2 MIITxCLK RMIIREF_CLK DMARO PWM CL PG3 DROPRI RSI_DATAO SPIOSEL5 T ACLK3 SCL PH6 DT1SEC UART1TX SPI1SEL1 CZ M PH4 TFS1 AOE SPIOSEL3 CUD PH7 DR1SEC UART1RX TMR7 TACI2 PH1 RFS1 SPI1MISO RSI DATA5 Type O Power Power VO O y o VO O VO O Last change 19 September 2012 Version 1 5 Function D3 PPI Data 3 PWM BH Output TimerO Alternate Clock GPIO Ethernet MII Receive D2 PPI Data 1 PWM AH Output Timer7 Alternate Clock GPIO Ethernet MII or RMII Carrier Sense or RMII Data Valid HWAIT SPI1 Slave Select3 GPIO Ethernet MII or RMII Reference Clock DMA Reg 0 PWM CL Out GPIO SPORTO Primary Rx Data RSI Data O SPIO Slave Select 5 Timer3 Alternate CLK TWI Serial Clock GPIO SPORT1 Secondary Tx Data UART1 Transmit SPI1 Slave Select 1 Counter Zero Marker GPIO SPORT1 Tx Frame Sync Asynchronous Memory Output En
4. ext bf518 eth to get application examples 5 3 2 Connecting a USB 2 0 Chip Have a look at our EXT BF5xx USB ETH2 schematics which can be found at http www bluetechnix com goto ext bf5xx usb eth2 to get application examples Bluetechnix 2012 Page 14 A BLU ETECHNIX dd nc J OC as DN Hardware User Manual TCM BF518 Last change 19 September 2012 Version 1 5 6 Mechanical Outline 6 1 Top View Figure 6 1 shows the top view of the Core Module All dimensions are given in millimeters Salle Eu KS ES LE ir are Gef SEN d SE EE Ut mom BED EON ON Figure 6 1 Mechanical Outline top view 6 2 Bottom View Figure 6 2 shows the bottom view of the Core Module connector version III 28 00 TE Figure 6 2 Mechanical Outline bottom view Bluetechnix 2012 Page 15 A BLUETECHNIX AA Embedding Ideas Hardware User Manual TCM BF518 Last change 19 September 2012 Version 1 5 6 3 Side View Figure 6 3 shows a side view of the Core Module with mounted connectors Figure 6 3 Side view with mounted connectors The total minimum mounting height including receptacle at the baseboard is 5 8mm 6 4 Footprint 6 5 Connectors Connector Core Module Matching Connector Manufacturer Manufacturer Part No X1 X2 Hirose FX8 60S SV x2 X1 Hirose FX8 60S SV Table 6 1 Core Module connector types The Core Module features 2 connectors FX8 60P SV The base board uses the
5. same connectors but oriented in the opposite way Bluetechnix 2012 Page 16 BLUETECHNIX A E Hardware User Manual TCM BF518 Last change 19 September 2012 Version 1 5 7 Support 7 4 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 0S 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 BLACKSheepQ 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 Services Based on more than seven years of experience with Blackfin Bluetechnix offers development assistance as well as custom design services and software developm
6. 2FG Table 2 2 Memory map Be aware that you have to unlock the flash before starting an erase process 2 3 2 Externally Addressable Memory on connector The Blackfin processor can address a maximum of 1MB with a single asynchronous memory bank On this module each 2MB segment of flash is addressed using 2 asynchronous memory banks In order to be able to use more than 2MB without using more than 2 banks GPIOs can be used to select which 2MB section of the FLASH is visible in the memory window of the Blackfin processor This frees up the remaining banks for the user Address lines A20 A24 of the flash are available on the connectors and can be connected to free GPIOs Bank Start address End address Size Comment 0 0x20000000 Ox200FFFFF 1MByte Addresses FLASH 1 0x20100000 Ox201FFFFF 1MByte Addresses FLASH Table 2 3 Externally addressable memory NOTE Pins FA20 to FA24 These pins are the address lines A20 FA20 to A24 FA24 of the Intel P30 Flash and are pulled down by default Bluetechnix 2012 Page 8 a BLUETECHNIX DN Hardware User Manual TCM BF518 Last change 19 September 2012 Version 1 5 3 Specifications 3 1 Electrical Specifications 3 1 1 Operating Conditions Symbol Parameter Min Typical Max Unit Vin Input supply voltage 3 15 3 3 3 45 V lava 3 3V current 625 mA Von High level output voltage 2 4 V VoL Low level output voltage 0 4 V lin IO input current 10 pA loz Three state leakage curr
7. Charged devices and circuit Bluetechnix 2012 Page 9 Hardware User Manual TCM BF518 4 Connector Description 41 Connector X1 Pin No 1 2 3 10 11 12 13 14 15 16 17 18 19 20 21 22 Signal Name PH2 RSCLK1 SPI1SCK RSI DATA6 PHO DR1PRI SPI1SS RSI_DATA4 PHS TSCLK1 ARDY PTP EXT CLKIN CDG PH3 DT1PRI SPI1 MOSI RSI DATA CLKBUF SDA PGA RSCLKO RSI DATA1 TMRS TACI 5 PG1 ERxER DMAR1 PWM CH Vin 3V3 Vin 3V3 PFO ETxD2 PPI DO SPI1SEL2 TACLK6 PF2 ETxD3 PPI D2 PWM AL PFA ERXCLK PPI D4 PWM BL TACLK1 PF6 COL PPI D6 PWM CL TACI1 PF8 MDC PPI D8 SPI1SEL4 PF10 ETxDO PPI D10 TMR3 PF12 ETxD1 PPI D12 PWM AL PF14 ETxEN PPI D14 PWM BL PG15 SPIOSEL2 PPIFS3 AMS3 PG6 TFSO RSI_DATA3 TMRO PPIFS1 PG8 TSCLKO RSI_CLK TMR6 TACI6 PH7 DR1SEC UART1RX TMR7 TACI2 Bluetechnix 2012 Type O O y o O VO O y o O Power Power VO O y o O VO O y o O y o O y o O BLUETECHNIX Last change 19 September 2012 Version 1 5 Function GPIO SPORT1 Rx Clock SPI1 CIock RSI Data 6 GPIO SPORT1 Primary Rx Data SPI1 Device Select RSI Data 4 GPIO SPORT1 Tx Clock Asynchronous Memory Hardware Ready Control External Clock for PTP TSYNC Counter Down Gate GPIO SPORT1 Primary Tx Data SPI1 Master Out Slave In RSI Data 7 Buffered XTAL Output TWI Serial Data GPIO SPORTO Rx Clock RSI Data 1 Timer 5 Timer5 Alternate Capture Input G
8. HNIX Last change 19 September 2012 Version 1 5 Data amp Address Bus Figure 2 1 shows a detailed block diagram of the TCM BF518 module Beside the SDRAM and a few other control pins the TCM BF518 has most pins of the Blackfin processor on its two 60 pin connectors or it s BGA or its Border Pads A low voltage reset circuit guarantees a power on reset and resets the system when the input voltage drops below 2 93V for at least 140ms Bluetechnix 2012 Page 7 A BLUETECHNIK Hardware User Manual TCM BF518 Last change 19 September 2012 Version 1 5 2 2 Boot Mode By default the boot mode 000 BMODE2 Low BMODE1 Low BMODEO Low All BMODE pins have on board pull down resistors Switch Settings Boot Mode Description BMODE 2 0 000 0 Idle No boot 001 1 Boot from 8 or 16 bit external flash memory 010 2 Boot from internal SPI memory 011 3 Boot from external SPI memory EEPROM or flash 100 4 Boot from SPIO host 101 5 Boot from OTP memory 110 6 Boot from SDRAM 110 7 Boot from UARTO Table 2 1 TCM BF518 boot modes Connect BMODEO to Vcc and leave both BMODE1 and BMODE2 pins open to adjust Boot Mode 1 This is the default boot mode for BLACKSheep OS 2 3 Memory Map 2 3 1 Core Module Memory Type Start address End address Size Comment Flash 0x20000000 Ox201FFFFF 2MByte Ya of 8MB Flash PFA8F2000P0ZBQOS SD RAM 0x00000000 Ox01FFFFFF 32MByte 16 bit Bus Micron MT48LC16M16A
9. PI D13 PWM BH PF11 ERxDO PPI D11 PWM AH TACIS PF9 MDIO PPI D9 TMR2 PF7 SPIOSEL1 PPI D7 PWMSYNC PF5 ERxDV PPI D5 PWM CH TACIO PF3 ERxD3 PPI D3 PWM BH TACLKO Bluetechnix 2012 Type y o O y o 10k pull down Power 10k pull up 10k pull up Ak7 pull down O 10k pull up O 10k pull down 10k pull down y o O VO O y o O y o O VO O y o O O BLUETECHNIX Last change 19 September 2012 Version 1 5 Function Alternate Clock Input GPIO SPORTO Secondary Rx Data UARTO Receive Timer4 Alternate Capture Input GPIO SPIO Master Out Slave In Timer 1 PPI Frame Sync2 PWM Trip PTP Auxiliary Snapshot Trigger Input GPIO SPIO Clock PPI Clock External Timer Reference PTP Pulse Per Second Out Boot Mode 0 JTAG Clock JTAG Data In JTAG Reset JTG Emulation Output JTAG Mode Select JTAG Data Out Boot Mode 2 Boot Mode 1 GPIO SPIO Master In Slave Out TimerO PPI Frame Sync1 PTP Clock Out GPIO SPORTO Secondary Tx Data UARTO Transmit Timer 4 GPIO SPIO Slave Device Select Asynchronous Memory Bank Select 2 SPI1 Slave Select 5 Timer2 Alternate CLK GPIO SPORT1 Secondary Tx Data UART1 Transmit SPI1 Slave Select 1 Counter Zero Marker GPIO SPORTO Rx Frame Sync RSI Data 2 PPI Clock External Timer Reference GPIO SPORTO Tx Primary Data RSI Command Timer 1 PPI Frame Sync2 GPIO Ethernet MII PHY Interrupt PPI Data 15 Alternate PWM Sync GPIO Ethernet MII or
10. PIO Ethernet MII or RMII Receive Error DMA Reg 1 PWM CH Out GPIO Ethernet MII Transmit D2 PPI Data 0 SPI1 Slave Select 2 Timer6 Alternate Clock GPIO Ethernet Transmit D3 PPI Data 2 PWM AL Output GPIO Ethernet MII Receive Clock PPI Data 4 PWM BL Out Timer1 Alternate CLK GPIO Ethernet MII Collision PPI Data 6 PWM CL Out Timer1 Alternate Capture Input GPIO Ethernet Management Channel Clock PPI Data 8 SPI1 Slave Select 4 GPIO Ethernet MII or RMII Transmit DO PPI Data 10 Timer 3 GPIO Ethernet MII Transmit D1 PPI Data 12 PWM AL Output GPIO Ethernet MII Transmit Enable PPI Data 14 PWM BL Out GPIO SPIO Slave Select 2 PPI Frame Sync3 Asynchronous Memory Bank Select 3 GPIO SPORTO Tx Frame Sync RSI Data 3 Timer0 PPI Frame Sync1 GPIO SPORTO Tx Clock RSI Clock Timer 6 Timer6 Alternate Capture Input GPIO SPORT1 Secondary Rx Data UART1 Receive Timer 7 Timer2 Page 10 Hardware User Manual TCM BF518 Pin No 23 24 25 26 27 28 29 30 31 SARER 37 39 41 42 46 47 48 49 Signal Name PG10 DROSEC UARTORX TACIA PG14 SPIOMOSI TMR1 PPIFS2 PWM TRIP PG12 SPIOSCK PPICLK TMRCLK PT P_PPS BmodeO GND TCK TDI TRST EMU TMS TDO Bmode2 nc Bmode1 PG13 SPIOMISO4 TMRO PPIFS1 PG9 DTOSEC UARTOTX TMR4 PG11 SPIOSS AMS2 SPI1SELS TACL K2 PH6 DT1SEC UART1TX SPI1SEL1 CZ M PG5 RFSO RSI_DATA2 PPICLK TMRC LK PG7 DTOPRI RSI_CMD TMR1 PPIFS2 PF15 RMII PHYINT PPI D15 PWM SYNCA PF13 ERxD1 P
11. RT Serial Port TFT Thin Film Transistor TISM Tiny Image Sensor Module TSC Touch Screen Controller UART Universal Asynchronous Receiver Transmitter USB Universal Serial Bus USBOTG USB On The Go ZIF Zero Insertion Force Table 12 1 List of abbreviations Bluetechnix 2012 Page 22 A BLUETECHNIX AA Hardware User Manual TCM BF518 Last change 19 September 2012 Version 1 5 A List of Figures and Tables Figures Figure 1 1 Main components of the TCM BF518 Core Module esses eene nennen nnn nnne 5 Figure 2 1 Detailed block de Ile CIE 7 Figure 5 1 Schematic of reset circuit on the Core Module AA 14 Figure 6 1 Mechanical Outline top view 15 Figure 6 2 Mechanical Outline bottom view 15 Figure 6 3 Side view with mounted Conpechors nnne nennen nnne nennen enne 16 Tables Table 2 1 TCM BF518 boot lee EE 8 Table 2 2 Memory MAD WEE 8 Table 2 3 Externally addressable memory cccceseceeeeeseneeeeeseneeeeeseneeeeeeeneeeesaeceesessesesseeeeesseseeseseeseeaeneenenaes 8 Table 3 1 ege ele 9 Table 3 2 Absolute maximum ratings 444u444444Hnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnennnnnnennsnnnnennsnnnnennnnnn 9 Table 4 1 Connector description XT 12 Table 4 2 Connector description XK 13 Table 6 1 Core Module connector types eeesesieesssiesseeseeneneentnnne nennen nnn nnne nennen neret nnne nennen Ee 16 Table 8 1 Ordering Eiter 18 Table 10 1 Ov
12. able SPIO Slave Select 3 Counter Up Direction GPIO SPORT1 Secondary Rx Data UART1 Receive Timer 7 Timer2 Alternate Clock Input GPIO SPORT1 Rx Frame Sync SPI1 Master In Slave Out RSI Data 5 Table 4 1 Connector description X1 4 2 Connector X2 Pin No 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 Signal Name A1 A3 A5 AT A9 A11 A13 A15 A17 A19 A B E 1 FA20 FA23 VDD_OTP nc PH5 ARDY nc o0000000000 J o Bluetechnix 2012 10k pull down 10k pull down Function Address Bus Address Bus Address Bus Address Bus Address Bus Address Bus Address Bus Address Bus Address Bus Address Bus Byte Enable Address Bus Address Bus OTP Power Supply Hardware Ready Control Page 12 A BLUETECHNIX Z Hardware User Manual TCM BF518 Last change 19 September 2012 Version 1 5 Pin No Signal Name Type Function 78 CLKOUT O Clock Output 79 GND Power 80 PG15 AMS3 O Bank Select 81 A W E O Write Enable 82 N M I Nonmaskable Interrupt 83 DO y o Data Bus 84 D2 LO Data Bus 85 D4 y o Data Bus 86 D6 LO Data Bus 87 D8 y o Data Bus 88 D10 LO Data Bus 89 D12 y o Data Bus 90 D14 VO Data Bus 91 D15 y o Data Bus 92 D13 LO Data Bus 93 D11 y o Data Bus 94 D9 y o Data Bus 95 D7 y o Data Bus 96 D5 LO Data Bus 97 D3 y o Data Bus 98 D1 LO Data Bus 99 R E S E T y o Reset 100 PHA AOE y o Output Enable 101 ANRNEN O Read Enable 102 PG11 AMS2 y o Ba
13. ad N BLUETECHNIX Embedding Ideas TCM BF518 Hardware User Manual Version 1 5 BLUETECHNIX Jeg Embedding Ideas A Contact Bluetechnix Mechatronische Systeme GmbH WaidhausenstraBe 3 19 A 1140 Vienna AUSTRIA office bluetechnix com http www bluetechnix com Document No 900 306 A Date 2012 09 19 Bluetechnix 2012 Table of Contents 1 0 11079 eio 5 INEO UII EUER 5 1 2 Key Features idiot erii in in en 5 WSs e ul e LU entem Et a ure aei ure He Ea E San iE ERU eee 6 WEA 1010 ee 6 2 General DESCHPTON PERPRSBERRERTERLEDEIGSPERPERTERBLDERRERBERUNTEEFLEPUREBEREEESPEBPELETEEREESTEEEEPE FERERRERFEPEBPELSPERRUERPESPEPPRRERFTE 7 2 1 F nctional Deeg HEFPPSTPPPLPPBERERFESTLUPREFPEFEFRFLEETFELGEREEREREESTEUEPLEEEREEEFEBRLERLEREFEEETERELLELEENFERTTEBENESLERSE 7 SE gl e E 8 290 Memor e EEE 8 2 3 1 Core Module Memonm e 8 2 3 2 Externally Addressable Memory on Conpechor nen 8 e M ue e 9 3 1 seid IbsiezeecMenf1ep e ea in en 9 3 1 1 Operating Conditions ri eden ere eth n nn e TE Den e a e Peer es 9 3 1 2 ER dien fin ne EE 9 3 1 3 FSD Seni E 9 4 Connector Descrtotion ENEE 10 AT Connector X RE ie nenne 10 MEME GOMMECION tor T 12 b Application IntOrtmatiOriuu ouo iit tere intei ERE RENT anna ae nage ERAT ea haha I a ET TE 14 5 1 Supply Voltage Decoupling eeeeeeeseeseeeeeeeise
14. cument Revision History eeeeesieeeseeeesessseseee essen nenne inen nn inten innert nnne tenen nnns 21 12 Histol Abbreviations tunen ee ee 22 A LISt of Figures and Tables ineo ci ee te act D Yr bb Den eg obese a ea 23 Bluetechnix 2012 A BLUETECHNIX AA Bluetechnix Mechatronische Systeme GmbH 2012 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 and 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 compone
15. eeeseeeene nennen nennen neni nnns eran A 14 DS WeldmE 14 5 3 Application Example Schematics A 14 5 3 1 Connecting a Physical Ethernet Chip 14 532 Gonnecting a USB 2 0 Chiesina ete a epa e pec PY ren ARa 14 6 Mechanical Outlirig tpe Re ERR Ende Ehe ERR eege eege 15 O TOD Mx cates a fee tn ce ean carcass Secu ERR 15 6 2 Botton View i gni v dette dad wesley aude Ee e ne ea ree eva 15 E e EE 16 E FOON deserit eS et PORRO tpa Arp RA ed PLA E S PE SE 16 0S5 EE tee 16 AN 131 0 0 0 1 CSFERREPEFPERRFTSEREFRFUHEFLETEREFFERLUEERERSFERELERFFGLERTEETTRFPENESETEFFE UEFPEPREEFELESPRTCREGEBSGELBEER IELRERBFFETTRRFGEPEFCRTEIR 17 7 1 General SUPPOM EE 17 7 2 Board Support Packages un 17 7 3 Blackfin amp Software Gupport EE 17 7 3 1 BLACKSheep 9 OS ania vie hac Raise 17 Bluetechnix 2012 BLUETECHNIX N Embedding Ideas LN 1 32 BEE 17 7 3 8 dell 17 7 4 Blackfin Design Services nennen nennen ether tnnt tnnt inserere nnne 17 7 4 1 Upcoming Products and Software Releases AAA 17 8 Ordering nfOrmmatiOlr soceri triti re Eine dc E testbed cede ER PIRE XR R 18 8 1 Predefined mounting options for TCM BF518 essere 18 9 iBependabilily 2 eere etate abre ger ELA uias Per IBE REA nde eui A ec dasa 19 MEME 19 10 Product HISTO EE 20 10 1 Viele TE 20 10 1 1 TCM BF518 C C Q25S32F2 TCM BF518 esses nennen nnns 20 10 2 ees 20 11 Do
16. ent 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 2012 Page 17 Hardware User Manual TCM BF518 8 Ordering Information CM BF518 C C 025 32 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 TCM BF518 Article Number Name BLUETECHNIX A E Last change 19 September 2012 Version 1 5 F2 m 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 100 1261 1 TCM BF518 C C Q25S32F2 TCM BF518 Commercial 100 2305 5 EVAL BF5xx 100 2273 1 EXT BF518 ETH Blackfin Evaluation Board including accessories Ethernet Extender Board for TCM BF518 Table 8 1 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 2012 Page 18 A E AA Hardware User Manual TCM BF518 Last change
17. ent 10 pA IDEEPSLEEP Vin current in deep sleep mode TBD mA IsLeep Vin current in sleep mode TBD mA Jee Vin current in deep sleep mode TBD mA Ityp Vin Current in with core running at 400 MHz TBD mA I HIBERNATE Vin Current in hibernate state TBD mA Inrc Vrtec Current 20 pA USCH Core clock frequency 400 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 8 V Vin Input supply voltage 3 0 5 5 V lou do Current per pin 0 10 mA Tame Ambient temperature 40 85 C Tsro Storage temperature 55 150 C Ts o Solder temperature for 10 seconds 260 C QamB Relative ambient humidity 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 d ESD electrostatic discharge sensitive device
18. erview PRODUCTNAME product changes uk 20 Table 10 2 Product lu 20 Table ub Mti 21 Table 12 1 List of abbreviations iei een ee een 22 Bluetechnix 2012 Page 23
19. nk Select 103 VDD RTC Power 104 nc 105 nc 106 nc 107 nc 108 FA22 10k pull down Address Bus 109 FA24 10k pull down Address Bus 110 FA21 10k pull down Address Bus 111 A B E 0 O Byte Enable 112 A18 O Address Bus 113 A16 O Address Bus 114 A14 O Address Bus 115 A12 O Address Bus 116 A10 O Address Bus 117 A8 O Address Bus 118 A6 O Address Bus 119 A4 O Address Bus 120 A2 O Address Bus Be aware that his pin is pulled high on Bluetechnix EVAL BF5xx The default BLACKSheep OS Bootloader is flashed on the TCM BF518 with FA21 pulled high If the default boot loader should be used then a 220R Table 4 2 Connector description X2 resistor must be connected between FA21 and 3V3 Bluetechnix 2012 A BLUETECHNIX AA Embedding Ideas Hardware User Manual TCM BF518 Last change 19 September 2012 Version 1 5 5 Application Information 5 1 Supply Voltage Decoupling 5 2 Reset circuit The reset signal of the flash and the processor are connected to a power monitoring IC The output can be used as power on reset for external devices see Figure 5 1 Figure 5 1 Schematic of reset circuit on the Core Module If reset inputs of other devices are connected to the external RESET pin an additional driver should be used 5 3 Application Example Schematics 5 3 1 Connecting a Physical Ethernet Chip Have a look at our EXT BF518 ETH schematics which can be found at http www bluetechnix com goto
20. nts may contain dangerous substances Bluetechnix 2012 BLUETECHNIX A E Hardware User Manual TCM BF518 Last change 19 September 2012 Version 1 5 1 Introduction The Tiny Core Module TCM BF518 is optimized for performance and size The module integrates processor RAM flash and power supply at a size of 28x28mm It is based at the high performance ADSP BF518 from Analog Devices The Core Module is designed for commercial usage It addresses 32MByte SDRAM via its 16bit wide SDRAM bus and has an on board NOR flash of 8MByte 1 1 Overview Figure 1 1 shows the main components of the Core Module TCM BF518 2x Expansion Connector or BGA or Border Pads Dynamic Core Voltage ADSP Control BF518 32 Mbyte SDRam 256Mx16 Low Voltage 400 MHz Reset Figure 1 1 Main components of the TCM BF518 Core Module 1 2 Key Features e Blackfin Processor BF518 from Analog Devices o ADSP BF518KSWZ 400MHz 0 C to 70 C e 32 MB SDRAM o SDRAM Clock up to 133MHz o MT48LC16M16A2BG 7 16Mx16 256Mbit at 3 3 V e 8MBof Byte Addressable Flash o PF48F2000POZBQOS 32Mx16 2MByte directly addressable all 8MByte addressable using external connection of A2x lines via GPIOs o Additional flash memory upon request It can be connected through the expansion board as parallel flash using asynchronous chip select lines or as SPI flash e Low Voltage Reset Circuit o Resets the mod
21. ule if the supply voltage drops below 2 93V e Core Voltage Control Bluetechnix 2012 Page 5 Hardware User Manual TCM BF518 o Core voltage 1 35V 0 95V 1 5V Peripherals available on all Core Module versions o Power Supply SPORT 0 JTAG UARTO UART1 TWI I2C compatible SPI Serial Port Interface PPI Parallel Port Interface Boot Mode Pins GPIO s OO Oo OO O O O Peripherals only available on the Connector and BGA version o Data Bus o Address Bus o Further GPIO s o Memory Control Signal 1 3 Highlights 1 4 ADSP BF518 DSP 32 MByte SD RAM up to 133Mhz 2 MByte Flash Very small design 28 x 28 mm Low Power Designs Commercial Core Module 0 to 70 C Applications VoIP Industrial Control Motor Control Femto Cells Networked Audio Instrumentation Bluetechnix 2012 Last change 19 September 2012 Version 1 5 Page 6 Hardware User Manual TCM BF518 2 General Description 2 1 Functional Description 3V3 Power Reset Mem Control Boot Mode JTAG MII 16 Bit Data Bus Dynamic Core Voltage Control lt _ BF518 32 MByte SDRam 400MHz 256Mx16 Low Voltage Reset Clock 20 Bit Address Bus Y Clock out PPI SPORTO UART1 UART2 SPI TWI GPIO Figure 2 1 Detailed block diagram BLUETEC
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