TB-7V-xxxT-PCIEXP Configuration User Guide
Contents
1. AG Transfer Mode SW En kinet avon ae eolian Ri aia Br 10 3 3 1 Method to create a xxx mcs file for BPI Flash eee eee 11 3 9 2 Method to write a xxx mcs file to BPI Flash eee eee eee 12 Rev 1 02 TOKYO ELECTRON DEVICE LIMITED 3 TB 7V xxxT PCIEXP Config User Guide List of Figures Figure 3 1 microSDCard gt FPGA Transfer Mode c eee 7 Figure 3 2 CONFIG TXT Sample eee nnns 8 Figure 3 3 BPI Flash gt FPGA Transfer Mode c eee eee eee eee nnnnn nn nnnnnznz nn 9 Figure 3 4 JTAG Transfer Mode nnnnenennnnenennnnanuennnannenanannennnnanennnnaneennnnnnennnnan enne 10 Figure 3 5 VIVADO Tel Console QUI tenoris aia ete neloiala pala a tel at aaa 11 Figure 3 6 Open Hardware Manager eee en nana 12 Figure 47 senum I NN 12 Figure 3 8 Add Configuration Memory Device eee 13 Figure 3 9 Set memory device ana naar nnns nn 13 Figure 3 10 Confirmation window of Add Device nennen 14 Figure 3 11 Starting BPI flash write eee eee eee eee neoane aa nnns 14 Figure 3 12 Flash Programing Succeeded eee eee eee eee nnn nnns 14 List of Tables Table 2 1 microSD Configuration Mode SetUp nanna eee 5 Table 2 2 microSD Card Area Mapping eee 6 Rev 1 02 TOKYO ELECTRON DEVICE LIMITED 4 inreviun N 1 Introduction This document is described configuration method of TB 7VXxxxT PCIEXP The onboard FPGA Virtex 7 allows the user to perfor2. Device Ea 9 Choose a configuration memory part This can be changed later Device S xcrvxB80t 0 Filter Manufacturer Micron Type bpi Density by 1024 Width x1B Reset All Filters Select Configuration Memory Part Search Hame Part Manufacturer Alias Family Type Density Mb Width hel Bf 00am2 Jew bpi x 15 20t lama ew Micron m2 den bpi 1 024 xb mtideuleaax is bpr xib mtzbgulllgaax le ii 26t00ap b bpi x 15 Jaf lapalb Micron pal bpi 1 024 x 16 dis 28f00ap30e bpi x16 Bt Uap oe Micron pal bpi 1 024 xI p 28f00ap30t bpi x16 a8t0lap lt Micron pal bpi 1024 x16 E Figure 3 9 Set memory device Rev 1 02 TOKYO ELECTRON DEVICE LIMITED 13 TB 7V xxxT PCIEXP Config User Guide inreviun B 6 The following window will appear Click OK Add Configuration Memory Device Completed E3 7 Do vau want to program the configuration memory device now MI Don t show this dialog again OK Cancel Figure 3 10 Confirmation window of Add Device 7 The following window will appear Select xxx mcs file to Configuration file then clock OK Starting to write mcs file to BPI flash memory A Frogram Configuration Memory Device 88 o select a configuration file and set programming options Memory Device S mt28gul leaax le bpi x 16 E Configuration file C MY WO RK test mcs test mes atate of non contfig mem 10 pinsi Full none U Program Operations Address Range Configuration F
3. KYO ELECTRON DEVICE LIMITED 9 TB 7V xxxT PCIEXP Config User Guide inreviun B 3 3 JTAG Transfer Mode SW F microSD Virtex 7 JTAG Transfer Mode Figure 3 4 JTAG Transfer Mode This mode is used to configure a bit file directly to the FPGA using a Xilinx program tool and a JTAG cable or write a MCS file to the BPI Flash When creating a MCS file for BPI Flash insert the following descriptions into xxx xdc for use by Xilinx Vivado Design Suite set property BITSTREAM CONFIGBPI SYNC MODE TYPE 1 current design set property BITSTREAM CONFIG UNUSEDPIN PULLNONE current design set property BITSTREAM CONFIGCONFIGRATE 40 current design Rev 1 02 TOKYO ELECTRON DEVICE LIMITED 10 TB 7V xxxT PCIEXP Config User Guide inreviun L 3 3 1 Method to create a xxx mcs file for BPI Flash On the VIVADO GUI using cd command on the Tcl Console and move to folder which is located bit file ex cd c my_work test_mcs Make a MCS file by following command wirte cfgmem force format MCS seize 128 interface BPIx16 loadbit up OxO xxx bit file xxx mcs Ex wirte cfgmem force format MCS seize 128 interface BPIx16 loadbit up 0x0 test bit file test mcs Properties hd L3 ge test lh fme3 dv DRG Violations Location Cehe WORKZHIBIKI Vi Yamaha LVDS TEST Source Type Library SIZE Verilog es E Summary 0 errors il defaultlib m B 0 critical warnings 2 0 KB D 23 w
4. VICE LIMITED 8 TB 7V xxxT PCIEXP Config User Guide inreviun a 3 1 4 Restrictions 3 2 Use the microSD Card that is formatted to less than or equal to 2GB FAT16 No support for SDHC that is formatted to more than or equal to 2GB FAT32 Even for the microSD Card that is formatted to less than or equal to 2GB those that have been reformatted to FAT32 are not supported To reformat your card choose FAT16 the word FAT appears in the Microsoft Windows volume property file system bit file name must be less than or equal to 8 alphanumerical characters Both uppercase and lowercase characters can be used case insensitive under bar and hyphen can also be used as a character If a file with filename length of more than or equal to 8 characters is copied to the microSD Card and then the filename is changed to less than 8 characters in length using the rename function the file is still handled as a more than or equal to 8 character file and only the first 7 characters will be identified as a filename So change the file name first and then make a copy BPI Flash gt FPGA Transfer Mode SW1 0 microSD Spartan 3AN BPI Flash BPI Flash gt FPGA Direct Transport Mode Figure 3 3 BPI Flash gt FPGA Transfer Mode This mode is used to read a MCS file from the BPI Flash and configure FPGA MCS file must be BPI Flash memory before operate this mode Please refer JTAG Transfer Mode Rev 1 02 TO
5. ap 1 microSD Card gt FPGA Configuration is executed from microSD Card to FPGA in 16bit Transfer Mode 16bit transfer Slave polo JTAG Transfer Mode This mode is selected to iial FPGA directly using a JTAG cable or write configuration data to BPI Flash Rev 1 02 TOKYO ELECTRON DEVICE LIMITED D inreviun E 2 1 3 SW2 AREA Select Rotary SW Onboard silk S8 AREA Inthe microSD Card gt FPGA Transfer Mode of operation SW 1 1 configuration is executed on the CONFIG TXT file stored in the microSD Card by selecting any of 16 bit files which have been associated with 0 through F commands For information on how to describe the CONFIG TXT file refer to Section 3 2 and later Table 2 2 microSD Card Area Mapping Sw2 mirSDCad 0 mi 7 B bine D bifleBDi3 bit file E 14 2 2 LEDs 2 2 1 LED1 S3 CFG DONE LED Onboard silk S8 CFG DONE The LED provides the status information of DONE signal of the Spartan3AN that handles Virtex 7 configuration O The LED will light when the Spartan3AN successfully boots up prior to Virtex 7 configuration startup 2 2 20 LED4 V7 CFG DONE LED Onboard silk VZ CFG DONE The LED provides the station information on Virtex 7 DONE signal The LED will light when the configuration to Virtex 7 is completed successfully Rev 1 02 TOKYO ELECTRON DEVICE LIMITED 6 TB 7V xxxT PCIEXP Config User Guide inreviun m 3 Configuration Sequence 3 1 mi
6. arnings DO advisories Modified Yesterday at 20 56 26 PM General Properties Tel Console ega close design cd D MY WO RK test mcs write cfzmem force format MCS size 128 interface BPIx16 loadbit up Ix test bit file test mcs Creat ing config memory files INFO Y ivada 12 3691 Start address provided has been multiplied by a factor of 2 due to the use of interface BPIXIE Creating bitstream load up from address 0 x00000000 Loading bitfile test bit Writing file test mcs write cfememt Time s cpu 00 00 59 elapsed 00 00 57 Memory MB peak 2254 504 gain 0 000 Figure 3 5 VIVADO Tcl Console GUI Rev 1 02 TOKYO ELECTRON DEVICE LIMITED 11 TB 7V xxxT PCIEXP Config User Guide inreviun B 3 3 2 Method to write a xxx mcs file to BPI Flash 1 Before power up set SW1 to F and Connect JTAG Cable then power up 2 Onthe VIVADO GUI Clock to Open Hardware Manager 4 Implementation s Implementation Settings gt Bun Implementation a fi Open Implemented Design E Constraints Wizard Edit Timing Constraints 3 Report Timing Summary lli Report Glock Networks kl Report Glock Interaction 7 Report DRC g5 Report Noise E Report Utilization sp Report Power 11 4 Program and Debug fi Bitstream Settings Program Device WE Add Configuration Memory Device Sy Figure 3 6 Open Hardware Manager 3 Clock Open recent target or Open a new hard
7. croSD Card gt FPA Transfer Mode SW1 1 Spartan 3AN Virtex 7 microSDCard gt FPGA Transfer Mode Figure 3 1 microSDCard gt FPGA Transfer Mode In this mode of operation FPGA configuration is executed by reading a bit file from microSD Card Write a CONFIG TXT and a bit file or multiple in the root directory of the bit microSD Card Use Microsoft Windows for writing If written from Linux to microSD Card the system cannot read correctly Any bit files generated by Linux version of ISE can be used Using Microsoft Windows write files to microSD Card List bit file names and various parameters in the CONFIG TXT file Refer to Section 3 2 CONFIG TXT Sample If no CONFIG TXT file is found FPGA configuration is not executed 3 1 1 CONFIG TXT This text file is referred to when configuration data is loaded from microSD Card to FPGA Afixed file name of CONFIG TXT lower case case insensitive one byte ASCII codes is used This file must be placed on the root directory of microSD Card List bit file names and various parameters in the CONFIG TXT file Only one byte ASCII codes are allowed for use in the CONFIG TXT file Rev 1 02 TOKYO ELECTRON DEVICE LIMITED 7 TB 7V xxxT PCIEXP Config User Guide inreviun a 3 1 2 CONFIG TXT Sample It is required to prepare a file named CONFIG TXT lower case also acceptable in the root directory of microSD Card MIDI PPRESI ji This file is config
8. ile Only Fis Pins HONE V Erase E Blank Check Program L Verify OK Cancel Figure 3 11Starting BPI flash write 8 The following window will appear Operation is successfully finished Power down and set SW1 to 0 then power up again It will start BPI configuration If LED4 is light up Virtex 7 device configuration is finished F g2 Program Flash es O Flash programming completed successfully OK Figure 3 12 Flash Programing Succeeded Rev 1 02 TOKYO ELECTRON DEVICE LIMITED 14 TB 7V xxxT PCIEXP Config User Guide TOKYO ELECTRON DEVICE PLD Solution Dept PLD Division URL http solutions inrevium com E mail psd support teldevice co jp HEAD Quarter Yokohama East Square 1 4 Kinko cho Kanagawa ku Yokohama City Kanagawa Japan 221 0056 TEL 81 45 443 4016 FAX 81 45 443 4058 Rev 1 02 TOKYO ELECTRON DEVICE LIMITED 15
9. inreviun Bi TB 7V xxxT PCIEXP Configuration User Guide Hev 1 02 Rev 1 02 TOKYO ELECTRON DEVICE LIMITED 1 TB 7V xxxT PCIEXP Config User Guide ii Revision Historv Rev 1 01 2014 04 26 Add onboard silk information Rev 1 02 2014 10 28 Change ISE to VIVADO Rev 1 02 TOKYO ELECTRON DEVICE LIMITED 2 TB 7V xxxT PCIEXP Config User Guide Table of Contents iM NN 5 ESSEN 5 Re SEE e E E E EEE E EE EE EE EE E 5 dl SW3 Virtex 7 Reconfiguration Push SW Onboard silk V7_RCFG 5 2 1 28 SW1 MODE Select Rotary SW Onboard silk S8 MODEI anna 5 2 1 3 SW2 AREA Select Rotary SW Onboard silk S3 AREAJ eee 6 2 MENS 6 2 2 1 LED1 53 CFG DONE LED Onboard silk S8 CFG DONE 6 2 2 2 LED4 V7 CFG DONE LED Onboard silk V7 CFG DONE eeeeeeee 6 9 Conliguration SedqueliGO ncuccedededututshsiscteteqetenusaitcitetictnietnltetsibeteliatka ees umen petele rii Beldie aie 7 3 1 microSD Card gt FPA Transfer Mode SW1 1 eee 7 AEG COLI ACT i i E ei E E E EE 7 812 GONPIG TXT Sample seseina ea a raaa aani ieia ireala 8 Do So 1115075 1 0 gt EEE A RR E RR EEE NINE NIN RER 8 3 1 4 gie sine s menite m 9 3 2 BPI Flash gt FPGA Transfer Mode SW1 0 mener 9 SO JT
10. m configuration using microSD Card and BPI Flash Any of the following operations can be selected by configuring the MODE Select Rotary Switch SW1 Configuration from microSD Card to FPGA Virtex 7 Configuration from BPI Flash to FPGA Virtex 7 Writing data to BPI Flash or FPGA Virtex 7 using a JTAG cable The microSD Card can store up to 16 configuration data sets The user can perform configuration of the FPGA Virtex 7 by selecting these data The user also can perform an instant configuration by specifying desired data with the AREA Select Rotary Switch SW2 Caution Before removing or inserting the microSD card be sure to turn off the power switch of the board 2 Switches and LEDs 2 1 Switches 2 1 1 SW3 Virtex 7 Reconfiguration Push SW Onboard silk VZ RCFG Press SW3 to execute the operation selected by SW1 The same operation is executed as the board is powered off and on SW3is located adjacent to the SD Card slot Cl 2 1 2 SW1 MODE Select Rotary SW Onboard silk 53 MODE This switch is used for configuration mode selection Apredetermined operation can be executed by setting SW1 to a predetermined value and then pressing SW3 or powering the board again The table below shows the SW 1 settings and operational behaviors Table 2 1 microSD Configuration Mode Setup BPI gt FPGA Configuration is executed from BPI to FPGA in 16bit Slave Transfer Mode 16bit transfer SelectM
11. test lt this mark is comment out as Verilog HDL 40 TESTLEDO bit i 1 TESTLED1 bit 42 TESTLED2 bit 43 TESTLED3 bit 4 TESTLEDA bit 45 TESTLED5 bit 6 TESTLEDSO bit File name must be 8 characters or shorter i lend KKT TTT TTT LEKT HH IH rm e e tmm e FR FEY KEY RA OPE POR EEE TEE SERT EEE IPEA OEE FEE CURE TERE RR RR EE EE LETT KENT Ho Htm Figure 3 2 CONFIG TXT Sample 3 1 3 Commands a P slash The slash P is used to comment out Ifa line contains a slash 77 a character string that begins with the slash and ends with a CR is skipped as a comment b bit file name All lines that begin with a character not belonging to the above a or b are handled as a bit file by the Line Processor All bit file names must be less than or equal to 8 characters These bit file names can contain a space or TAB before or after each bit file name these space and TAB cannot be inserted in the file name c 0 HF bit file name Each bit file name must be associated with 16 hex digits from O to F Immediately after the sign 0 9 30h 39h A F 41h 46h or a f 61h 66h can be placed Immediately after the insert a bit file name you want to associate with Each bit file name must be less than or equal to 8 characters CI CO CO CO Co A space or TAB can be inserted before or after a file name each file name cannot contain a space and TAB Rev 1 02 TOKYO ELECTRON DE
12. ware target then check JTAG Chain Herdmare Manager meneten B No hardware target is open Open recent target Open anew hardware target d test Ib fmc3 CSxde X E CMY WORK HIBIKLV7 Yamal 196 sel property MARK DEBL 187 set property MARE DEBL j I Name Status 138 set property MARK DEBL 1 1193 set property MARK DEBL 1200 set property MARK DEBL 201 set property MARK DEBL J 202 set property MARK DEBL 1 203 set property MARK DEBL ji 1204 set property MARE DEBL 21 1205 set property MARK DEBI 252 206 set property MARK DEBL EI f 207 set property MARK DEBL properties st 6 T 21208 set property MARK DEBI PK 209 set property MARK DEBL 01210 set property MARK DEBL e 1211 set properly MARK DEBL 1212 set property MARK DEBL 213 set property MARK DEBL ES 214 set property MARK DEBI aj Figure 3 7 Activate JATAG Chain Rev 1 02 TOKYO ELECTRON DEVICE LIMITED 12 TB 7V xxxT PCIEXP Config User Guide inreviun B 4 Right click to the device model and select Add Configuration Memory Device Connected ES xilinx tet Digilent 210205805517A TI ER AT Figure 3 8 Add Configuration Memory Device 5 Following setting windows will be open Set to following then clock to OK Manufacturer Micron Type bpi Density Mb 1024 Width x16 Memory Part mt28gu01gaax1e bpi x16 gi Add Configuration Memory
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