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@ -131,7 +131,10 @@ and change product/manufacturer name of FT231X chip:
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ftx_prog --max-bus-power 500
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ftx_prog --max-bus-power 500
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ftx_prog --manufacturer "FER-RADIONA-EMARD"
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ftx_prog --manufacturer "FER-RADIONA-EMARD"
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ftx_prog --product "ULX3S FPGA 45K v1.7"
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ftx_prog --product "ULX3S FPGA 12K v3.0.3"
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ftx_prog --new-serial-number 120001
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ftx_prog --cbus 2 TxRxLED
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ftx_prog --cbus 3 SLEEP
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Optionally you can change "45K" to "25K" or "12K" in regard with FPGA chip size.
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Optionally you can change "45K" to "25K" or "12K" in regard with FPGA chip size.
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Re-plug the USB and it will appear as new name which can be autodetected
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Re-plug the USB and it will appear as new name which can be autodetected
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@ -262,7 +265,12 @@ Any openocd compatible JTAG like FT2232 can be connected to JTAG header
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and it will program SRAM and FLASH at maximum speed possible.
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and it will program SRAM and FLASH at maximum speed possible.
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Even Diamond programmer can use any FT2232 module as a native programmer,
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Even Diamond programmer can use any FT2232 module as a native programmer,
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with a little help - it will work after first bitstream is programmed
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with a little help - it will work after first bitstream is programmed
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over FT2232 with openocd.
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over FT2232 with openocd. If FT2232 is equipped with EEPROM you can use
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original "FT_PROG" for windows or this linux tool to read/write the EEPROM
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and confgure it:
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apt-get install ftdi-eeprom
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man ftdi_eeprom
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Openocd accepts SVF files, everything applies the same as for VME files
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Openocd accepts SVF files, everything applies the same as for VME files
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