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#openxc7 — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #openxc7, aggregated by home.social.

  1. A year's worth of work and headache. Being stuck 95% of the time. Finally the first square wave coming out of the Kintex7 GTX transceiver, using the full open source FPGA toolchain.

    github.com/openXC7/

  2. A year's worth of work and headache. Being stuck 95% of the time. Finally the first square wave coming out of the Kintex7 GTX transceiver, using #openXC7 the full open source FPGA toolchain.

    github.com/openXC7/

  3. A year's worth of work and headache. Being stuck 95% of the time. Finally the first square wave coming out of the Kintex7 GTX transceiver, using #openXC7 the full open source FPGA toolchain.

    github.com/openXC7/

  4. A year's worth of work and headache. Being stuck 95% of the time. Finally the first square wave coming out of the Kintex7 GTX transceiver, using #openXC7 the full open source FPGA toolchain.

    github.com/openXC7/

  5. A year's worth of work and headache. Being stuck 95% of the time. Finally the first square wave coming out of the Kintex7 GTX transceiver, using #openXC7 the full open source FPGA toolchain.

    github.com/openXC7/

  6. Yay!
    Several months of work on the toolchain, and the first tangible result:
    This LED means, that the GTX PLL has lock!

  7. Yay!
    Several months of work on the #openXC7 #opensource #FPGA toolchain, and the first tangible result:
    This LED means, that the GTX PLL has lock!

  8. Yay!
    Several months of work on the #openXC7 #opensource #FPGA toolchain, and the first tangible result:
    This LED means, that the GTX PLL has lock!

  9. Yay!
    Several months of work on the #openXC7 #opensource #FPGA toolchain, and the first tangible result:
    This LED means, that the GTX PLL has lock!

  10. Yay!
    Several months of work on the #openXC7 #opensource #FPGA toolchain, and the first tangible result:
    This LED means, that the GTX PLL has lock!

  11. Nice! nextpnr-xilinx in the toolchain now can place and route a GTX transceiver test design.

  12. Nice! nextpnr-xilinx in the #openxc7 #opensource #FPGA toolchain now can place and route a #LiTeX GTX transceiver test design.

  13. Nice! nextpnr-xilinx in the #openxc7 #opensource #FPGA toolchain now can place and route a #LiTeX GTX transceiver test design.

  14. Nice! nextpnr-xilinx in the #openxc7 #opensource #FPGA toolchain now can place and route a #LiTeX GTX transceiver test design.

  15. Nice! nextpnr-xilinx in the #openxc7 #opensource #FPGA toolchain now can place and route a #LiTeX GTX transceiver test design.

  16. Placing GTX bels already seems to work.
    Nice. toolchain.

  17. Placing GTX bels already seems to work.
    Nice. #openXC7 #opensource #FPGA toolchain.

  18. Placing GTX bels already seems to work.
    Nice. #openXC7 #opensource #FPGA toolchain.

  19. Placing GTX bels already seems to work.
    Nice. #openXC7 #opensource #FPGA toolchain.

  20. Placing GTX bels already seems to work.
    Nice. #openXC7 #opensource #FPGA toolchain.

  21. Good news for toolchain: The GTXE2_CHANNEL fuzzer now works perfectly, finds all the features the GTP fuzzer finds, and even a couple more:

  22. Good news for #openXC7 #opensource #fpga toolchain: The GTXE2_CHANNEL fuzzer now works perfectly, finds all the features the GTP fuzzer finds, and even a couple more:

  23. Good news for #openXC7 #opensource #fpga toolchain: The GTXE2_CHANNEL fuzzer now works perfectly, finds all the features the GTP fuzzer finds, and even a couple more:

  24. Good news for #openXC7 #opensource #fpga toolchain: The GTXE2_CHANNEL fuzzer now works perfectly, finds all the features the GTP fuzzer finds, and even a couple more:

  25. Good news for #openXC7 #opensource #fpga toolchain: The GTXE2_CHANNEL fuzzer now works perfectly, finds all the features the GTP fuzzer finds, and even a couple more:

  26. GTP and GTX fuzzers give very similar results. Good, adds more plausibility to the GTX results.

  27. GTP and GTX fuzzers give very similar results. Good, adds more plausibility to the GTX results.
    #openxc7 #opensource #fpga #toolchain

  28. GTP and GTX fuzzers give very similar results. Good, adds more plausibility to the GTX results.
    #openxc7 #opensource #fpga #toolchain

  29. GTP and GTX fuzzers give very similar results. Good, adds more plausibility to the GTX results.
    #openxc7 #opensource #fpga #toolchain

  30. GTP and GTX fuzzers give very similar results. Good, adds more plausibility to the GTX results.
    #openxc7 #opensource #fpga #toolchain

  31. Cool! I think I solved most of the GTX_CHANNEL bits.

  32. Yay, looks like I have my first solutions for the GTX_COMMON primitive!

  33. Yay, looks like I have my first solutions for the GTX_COMMON primitive! #openXC7 #opensource #FPGA

  34. Yay, looks like I have my first solutions for the GTX_COMMON primitive! #openXC7 #opensource #FPGA

  35. Yay, looks like I have my first solutions for the GTX_COMMON primitive! #openXC7 #opensource #FPGA

  36. Yay, looks like I have my first solutions for the GTX_COMMON primitive! #openXC7 #opensource #FPGA