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#mistex — Public Fediverse posts

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

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  1. Thanks Chandler Klüser for contributing an MSX port for the #MiSTeX retrogaming system!
    youtu.be/xek4TRzTf9M

  2. Thanks Chandler Klüser for contributing an MSX port for the retrogaming system!
    youtu.be/xek4TRzTf9M

  3. Thanks Chandler Klüser for contributing an MSX port for the #MiSTeX retrogaming system!
    youtu.be/xek4TRzTf9M

  4. Thanks Chandler Klüser for contributing an MSX port for the #MiSTeX retrogaming system!
    youtu.be/xek4TRzTf9M

  5. Thanks Chandler Klüser for contributing an MSX port for the #MiSTeX retrogaming system!
    youtu.be/xek4TRzTf9M

  6. I am deactivating my patreon for the project

  7. Ported Minimig-AGA to the Xilinx-#MiSTeX #FPGA #retrogaming platform today.
    Basically works (Kickstart 1.3 boots), but has lots of bugs (graphical glitches, floppy hangs on load).

  8. Ported Minimig-AGA to the Xilinx-#MiSTeX platform today.
    Basically works (Kickstart 1.3 boots), but has lots of bugs (graphical glitches, floppy hangs on load).

  9. Ported Minimig-AGA to the Xilinx-#MiSTeX #FPGA #retrogaming platform today.
    Basically works (Kickstart 1.3 boots), but has lots of bugs (graphical glitches, floppy hangs on load).

  10. Ported Minimig-AGA to the Xilinx-#MiSTeX #FPGA #retrogaming platform today.
    Basically works (Kickstart 1.3 boots), but has lots of bugs (graphical glitches, floppy hangs on load).

  11. Ported Minimig-AGA to the Xilinx-#MiSTeX #FPGA #retrogaming platform today.
    Basically works (Kickstart 1.3 boots), but has lots of bugs (graphical glitches, floppy hangs on load).

  12. Building 11 @topapate #retrogaming #MiSTeX cores simultaneously on an AWS 32 core 128GB RAM machine, for Kintex 325T.

  13. Building 11 @topapate cores simultaneously on an AWS 32 core 128GB RAM machine, for Kintex 325T.

  14. Building 11 @topapate #retrogaming #MiSTeX cores simultaneously on an AWS 32 core 128GB RAM machine, for Kintex 325T.

  15. Building 11 @topapate #retrogaming #MiSTeX cores simultaneously on an AWS 32 core 128GB RAM machine, for Kintex 325T.

  16. Building 11 @topapate #retrogaming #MiSTeX cores simultaneously on an AWS 32 core 128GB RAM machine, for Kintex 325T.

  17. There is now a binary repository with ready made bitstreams for the project.
    github.com/MiSTeX-devel/MiSTeX

  18. Three more #retrogaming #arcade #FPGA cores from @topapate working on #MiSTeX on Xilinx!
    We now have a total of 47 working JOTEGO cores!
    github.com/MiSTeX-devel/MiSTeX

  19. Three more cores from @topapate working on on Xilinx!
    We now have a total of 47 working JOTEGO cores!
    github.com/MiSTeX-devel/MiSTeX

  20. Three more #retrogaming #arcade #FPGA cores from @topapate working on #MiSTeX on Xilinx!
    We now have a total of 47 working JOTEGO cores!
    github.com/MiSTeX-devel/MiSTeX

  21. Three more #retrogaming #arcade #FPGA cores from @topapate working on #MiSTeX on Xilinx!
    We now have a total of 47 working JOTEGO cores!
    github.com/MiSTeX-devel/MiSTeX

  22. Three more #retrogaming #arcade #FPGA cores from @topapate working on #MiSTeX on Xilinx!
    We now have a total of 47 working JOTEGO cores!
    github.com/MiSTeX-devel/MiSTeX

  23. The Bubble Bobble arcade core is now working on #Xilinx #FPGA s on the #MiSTeX #retrogaming platform.
    Thanks to the great work of @somhi (on GitHub) , this port only took 10 minutes.

  24. The Bubble Bobble arcade core is now working on s on the platform.
    Thanks to the great work of @somhi (on GitHub) , this port only took 10 minutes.

  25. The Bubble Bobble arcade core is now working on #Xilinx #FPGA s on the #MiSTeX #retrogaming platform.
    Thanks to the great work of @somhi (on GitHub) , this port only took 10 minutes.

  26. The Bubble Bobble arcade core is now working on #Xilinx #FPGA s on the #MiSTeX #retrogaming platform.
    Thanks to the great work of @somhi (on GitHub) , this port only took 10 minutes.

  27. The Bubble Bobble arcade core is now working on #Xilinx #FPGA s on the #MiSTeX #retrogaming platform.
    Thanks to the great work of @somhi (on GitHub) , this port only took 10 minutes.

  28. The 1943 core is now working on #Xilinx #FPGA s on the #MiSTeX #retrogaming platform.
    Thanks to the great work of @somhi (on GitHub) , this port only took 30 minutes.

  29. The 1943 core is now working on s on the platform.
    Thanks to the great work of @somhi (on GitHub) , this port only took 30 minutes.

  30. The 1943 core is now working on #Xilinx #FPGA s on the #MiSTeX #retrogaming platform.
    Thanks to the great work of @somhi (on GitHub) , this port only took 30 minutes.

  31. The 1943 core is now working on #Xilinx #FPGA s on the #MiSTeX #retrogaming platform.
    Thanks to the great work of @somhi (on GitHub) , this port only took 30 minutes.

  32. The 1943 core is now working on #Xilinx #FPGA s on the #MiSTeX #retrogaming platform.
    Thanks to the great work of @somhi (on GitHub) , this port only took 30 minutes.

  33. The 1942 core is now working on #Xilinx #FPGAs on the #MiSTeX #retrogaming platform.
    Thanks to the fantastic work of @somhi (on GitHub),
    I could write a shell script which automates most of the gruntwork of the porting process.
    This is the first one ported with that script.
    I did the script and this port in a couple of hours.

  34. The 1942 core is now working on on the platform.
    Thanks to the fantastic work of @somhi (on GitHub),
    I could write a shell script which automates most of the gruntwork of the porting process.
    This is the first one ported with that script.
    I did the script and this port in a couple of hours.

  35. The 1942 core is now working on #Xilinx #FPGAs on the #MiSTeX #retrogaming platform.
    Thanks to the fantastic work of @somhi (on GitHub),
    I could write a shell script which automates most of the gruntwork of the porting process.
    This is the first one ported with that script.
    I did the script and this port in a couple of hours.

  36. The 1942 core is now working on #Xilinx #FPGAs on the #MiSTeX #retrogaming platform.
    Thanks to the fantastic work of @somhi (on GitHub),
    I could write a shell script which automates most of the gruntwork of the porting process.
    This is the first one ported with that script.
    I did the script and this port in a couple of hours.

  37. The 1942 core is now working on #Xilinx #FPGAs on the #MiSTeX #retrogaming platform.
    Thanks to the fantastic work of @somhi (on GitHub),
    I could write a shell script which automates most of the gruntwork of the porting process.
    This is the first one ported with that script.
    I did the script and this port in a couple of hours.