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FT2232H in FT245 FIFO Mode - burst not working
Hi! I am trying to burst data out of my Cyclone II via a FTDI FT2232H -Chip in FT245 FIFO mode (see FT245_fifo.png) as described in the FTDI Application Node 130 (see burst.png): [c]A write operation can be started when TXE# is low. WR# is brought low when the
yet as well. does anyone have a working example/design that can actually burst data through the ft2232h?
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openocd target program issue
Hi Folks, I had a problem download binary file to target using openocd-usb-tiny-h tool. Here is my tool configuration including: olimex-arm-usb-tiny-h.cfg makefile AT91SAM7S256-PROGRAM.CFG script.ocd DEMO_at91sam7_blink_ram.cmd for link. It report successful programming
. Best regards. Following is the details of my configuratoin files, olimex-arm-usb-tiny-h.cfg is interface ft2232 ft2232_device_desc "Olimex OpenOCD JTAG ARM-USB-TINY-H" ft2232_layout olimex-jtag ft2232_vid_pid 0x15ba 0x002a makefile is NAME = demo_at91sam7_blink_ram #
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Controlling a linear CCD with FPGA
this aim I picked Toshiba TCD1304 CCD detector, Terasic DE0 Nano board with Altera Cyclone IV and FT2232H Mini Module from FTDI. The basic operation flow should be like this: 1- Generate the three clock signals which are required by CCD (I have done this) 2- Use the onboard ADC of DE0 Nano for
will be able to read and write it to the board's RAM. And after that I already know how to use the FT2232H Mini Module with DE0 Nano. I use Quartus II and Verilog by the way. Any suggestion, link or example would be greatly appriciated. Thanks...
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Low Cost FPGA Development Board
modifications you made to the original Papillio Pro design, as for example the connections from the FT2232 to the FPGA.
peters mentioned, one of the advantages of posedge over papilio-pro is the interface between fpga and ft2232h which allows a high speed (10MB/s) usb connection between host and fpga.
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Chinese RT809H programmer under Linux
Hi All, I am looking for a way to use the RT809H programmer on Linux, but so far, I haven't found any project addressing this. The RT809H is a Chinese universal programmer with a low purchase price, capable of working with a wide range of parallel
: Contains a socket, relays, diodes, and several buffers. Middle board (main): Contains an FTDI FT2232HL, Chinese FPGA M5C06N3L144, ATMLH326 568M (for FTDI configuration), power supplies, and transistors. Bottom board: Contains a number of buffers and transistors. A detailed teardown of the
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AT91SAM7X256 + TFT + Ethernet Board
olimex demo applications? The source code looks a little bit confusing to me. There is a AT91SAM7S256.h file which holds the registers of the AR91SAM7 but not of the AT91SAM7X256. They always include the file "ioat91sam7x256.h" but i cant find it in there source code package. Without this file there are
"at home". But since you order the board anyway you you could order the "Wiggler-clone" or the FT2232-based interface too. Martin Thomas
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Where to start with ARMx please.
commercial license. If you want to use "open-source"-tools like gdb/Insight-gdb/Eclipse+gdb get a FT2232-based interface (for Amontec, Olimex, Signalyzer and others). OpenOCD supports this type of interfaces. There is a J-LINK (AT91-only OEM version: SAM-ICE (cheaper), OEM version from IAR too).
could even start with a Wiggler if your PC stills has a parallel-port and use OpenOCD (gdb-server) or H-JTAG (rdi-server) as interface to the debugging software. Martin Thomas
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OpenHR20: Firmware for Honeywell Rondostat HR20E
Hello I have buy an other HR20 www.thomas-peterson.de/h20/front.jpg www.thomas-peterson.de/h20/back.jpg I will draw a new circuit diagramm for this.
I spent the weekend testing 3 devices of above type. Since I'm on Linux and own only a generic FT2232H JTAG interface (Olimex ARM-USB-OCD-H), I had trouble flashing the firmware: avrdude didn't work, since the built-in FT2232HIO driver works in ISP-Mode only (and I didn't want to solder each device