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#rgbtohdmi — Public Fediverse posts

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

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  1. RGBtoHDMI: Audio Add-On

    Bei Retro Buddys gibt es zur hauseigenen Version des RGBtoHDMI-Adapters ein Audio Addon, das das analoge Audio-Signal des Amigas digitalisiert und in den HDMI-Stream eingebunden wird. Das Add-On ist derzeit nur in Bausatzform erhältlich, ohne Audio-kabel werden 19 Euro fällig.

    amiga-news.de/de/news/AN-2026-

    #Amiga #audio #RGBtoHDMI

  2. RGBtoHDMI: Audio Add-On

    Bei Retro Buddys gibt es zur hauseigenen Version des RGBtoHDMI-Adapters ein Audio Addon, das das analoge Audio-Signal des Amigas digitalisiert und in den HDMI-Stream eingebunden wird. Das Add-On ist derzeit nur in Bausatzform erhältlich, ohne Audio-kabel werden 19 Euro fällig.

    amiga-news.de/de/news/AN-2026-

  3. RGBtoHDMI: Audio Add-On

    Bei Retro Buddys gibt es zur hauseigenen Version des RGBtoHDMI-Adapters ein Audio Addon, das das analoge Audio-Signal des Amigas digitalisiert und in den HDMI-Stream eingebunden wird. Das Add-On ist derzeit nur in Bausatzform erhältlich, ohne Audio-kabel werden 19 Euro fällig.

    amiga-news.de/de/news/AN-2026-

    #Amiga #audio #RGBtoHDMI

  4. RGBtoHDMI: Audio Add-On

    Bei Retro Buddys gibt es zur hauseigenen Version des RGBtoHDMI-Adapters ein Audio Addon, das das analoge Audio-Signal des Amigas digitalisiert und in den HDMI-Stream eingebunden wird. Das Add-On ist derzeit nur in Bausatzform erhältlich, ohne Audio-kabel werden 19 Euro fällig.

    amiga-news.de/de/news/AN-2026-

    #Amiga #audio #RGBtoHDMI

  5. RGBtoHDMI: Audio Add-On

    Bei Retro Buddys gibt es zur hauseigenen Version des RGBtoHDMI-Adapters ein Audio Addon, das das analoge Audio-Signal des Amigas digitalisiert und in den HDMI-Stream eingebunden wird. Das Add-On ist derzeit nur in Bausatzform erhältlich, ohne Audio-kabel werden 19 Euro fällig.

    amiga-news.de/de/news/AN-2026-

    #Amiga #audio #RGBtoHDMI

  6. RGBtoHDMI: Audio Add-On

    German dealer "Retro Buddys" offers an audio add-on for its in-house version of the RGBtoHDMI adapter, which digitizes the Amiga’s analog audio signal and integrates it into the HDMI stream. The add-on is currently available only as a kit; without audio cables, it costs 19 euros.

    amiga-news.de/en/news/AN-2026-

    #Amiga #RGBtoHDMI #adapter

  7. RGBtoHDMI: Audio Add-On

    German dealer "Retro Buddys" offers an audio add-on for its in-house version of the RGBtoHDMI adapter, which digitizes the Amiga’s analog audio signal and integrates it into the HDMI stream. The add-on is currently available only as a kit; without audio cables, it costs 19 euros.

    amiga-news.de/en/news/AN-2026-

  8. RGBtoHDMI: Audio Add-On

    German dealer "Retro Buddys" offers an audio add-on for its in-house version of the RGBtoHDMI adapter, which digitizes the Amiga’s analog audio signal and integrates it into the HDMI stream. The add-on is currently available only as a kit; without audio cables, it costs 19 euros.

    amiga-news.de/en/news/AN-2026-

    #Amiga #RGBtoHDMI #adapter

  9. RGBtoHDMI: Audio Add-On

    German dealer "Retro Buddys" offers an audio add-on for its in-house version of the RGBtoHDMI adapter, which digitizes the Amiga’s analog audio signal and integrates it into the HDMI stream. The add-on is currently available only as a kit; without audio cables, it costs 19 euros.

    amiga-news.de/en/news/AN-2026-

    #Amiga #RGBtoHDMI #adapter

  10. RGBtoHDMI: Audio Add-On

    German dealer "Retro Buddys" offers an audio add-on for its in-house version of the RGBtoHDMI adapter, which digitizes the Amiga’s analog audio signal and integrates it into the HDMI stream. The add-on is currently available only as a kit; without audio cables, it costs 19 euros.

    amiga-news.de/en/news/AN-2026-

    #Amiga #RGBtoHDMI #adapter

  11. Today, I received my #RGBtoHDMI for my #Amiga500 and the first thing I did after initial test was installing the audio board.
    I had two options, #soldering it to the RGBtoHDMI, floating in the air, or at the back of the #RaspberryPiZero. I decided to try the first. Luckily there was enough clearance underneath to not touch any components. I did bend the legs of the capacitors a bit first.
    The image is a lot clearer now, I'm satisfied.
    #Amiga #A500 #retrocomputing

  12. Today, I received my #RGBtoHDMI for my #Amiga500 and the first thing I did after initial test was installing the audio board.
    I had two options, #soldering it to the RGBtoHDMI, floating in the air, or at the back of the #RaspberryPiZero. I decided to try the first. Luckily there was enough clearance underneath to not touch any components. I did bend the legs of the capacitors a bit first.
    The image is a lot clearer now, I'm satisfied.
    #Amiga #A500 #retrocomputing

  13. Today, I received my #RGBtoHDMI for my #Amiga500 and the first thing I did after initial test was installing the audio board.
    I had two options, #soldering it to the RGBtoHDMI, floating in the air, or at the back of the #RaspberryPiZero. I decided to try the first. Luckily there was enough clearance underneath to not touch any components. I did bend the legs of the capacitors a bit first.
    The image is a lot clearer now, I'm satisfied.
    #Amiga #A500 #retrocomputing

  14. Today, I received my #RGBtoHDMI for my #Amiga500 and the first thing I did after initial test was installing the audio board.
    I had two options, #soldering it to the RGBtoHDMI, floating in the air, or at the back of the #RaspberryPiZero. I decided to try the first. Luckily there was enough clearance underneath to not touch any components. I did bend the legs of the capacitors a bit first.
    The image is a lot clearer now, I'm satisfied.
    #Amiga #A500 #retrocomputing

  15. Today, I received my #RGBtoHDMI for my #Amiga500 and the first thing I did after initial test was installing the audio board.
    I had two options, #soldering it to the RGBtoHDMI, floating in the air, or at the back of the #RaspberryPiZero. I decided to try the first. Luckily there was enough clearance underneath to not touch any components. I did bend the legs of the capacitors a bit first.
    The image is a lot clearer now, I'm satisfied.
    #Amiga #A500 #retrocomputing

  16. Wanted to build a #RGBtoHDMI (github.com/hoglet67/RGBtoHDMI) for my #C128 (80 col mode). But there is a confusing number of different boards: 12 bit, 12bit extender, TTL buffer, ... Which ones do I need?

  17. Wanted to build a #RGBtoHDMI (github.com/hoglet67/RGBtoHDMI) for my #C128 (80 col mode). But there is a confusing number of different boards: 12 bit, 12bit extender, TTL buffer, ... Which ones do I need?

  18. Wanted to build a #RGBtoHDMI (github.com/hoglet67/RGBtoHDMI) for my #C128 (80 col mode). But there is a confusing number of different boards: 12 bit, 12bit extender, TTL buffer, ... Which ones do I need?

  19. Wanted to build a #RGBtoHDMI (github.com/hoglet67/RGBtoHDMI) for my #C128 (80 col mode). But there is a confusing number of different boards: 12 bit, 12bit extender, TTL buffer, ... Which ones do I need?

  20. Wanted to build a #RGBtoHDMI (github.com/hoglet67/RGBtoHDMI) for my #C128 (80 col mode). But there is a confusing number of different boards: 12 bit, 12bit extender, TTL buffer, ... Which ones do I need?

  21. After bit of blind search I found the correct set up for #Elwro Junior 800 replica: #RGBtoHDMI with #Amstrad CPC and change od sync to V+H+

  22. After bit of blind search I found the correct set up for #Elwro Junior 800 replica: #RGBtoHDMI with #Amstrad CPC and change od sync to V+H+

  23. After bit of blind search I found the correct set up for #Elwro Junior 800 replica: #RGBtoHDMI with #Amstrad CPC and change od sync to V+H+

  24. Robert Smith had recently bought an Amiga 600 and wanted to add RGB2HDMI support to it. Whilst looking for software updates, he came across the beta version of RGBtoHDMI, which allows audio to be added directly via the Pi. In his latest video, he shows whether it works.

    #rgbtoHDMI #audio #video

  25. Robert Smith had recently bought an Amiga 600 and wanted to add RGB2HDMI support to it. Whilst looking for software updates, he came across the beta version of RGBtoHDMI, which allows audio to be added directly via the Pi. In his latest video, he shows whether it works.

  26. Robert Smith had recently bought an Amiga 600 and wanted to add RGB2HDMI support to it. Whilst looking for software updates, he came across the beta version of RGBtoHDMI, which allows audio to be added directly via the Pi. In his latest video, he shows whether it works.

    #rgbtoHDMI #audio #video

  27. Robert Smith had recently bought an Amiga 600 and wanted to add RGB2HDMI support to it. Whilst looking for software updates, he came across the beta version of RGBtoHDMI, which allows audio to be added directly via the Pi. In his latest video, he shows whether it works.

    #rgbtoHDMI #audio #video

  28. Robert Smith had recently bought an Amiga 600 and wanted to add RGB2HDMI support to it. Whilst looking for software updates, he came across the beta version of RGBtoHDMI, which allows audio to be added directly via the Pi. In his latest video, he shows whether it works.

    #rgbtoHDMI #audio #video

  29. Another #RGBtoHDMI for Atari ST is ready. Thanks Hoglet & IanB

  30. Another #RGBtoHDMI for Atari ST is ready. Thanks Hoglet & IanB

  31. Another #RGBtoHDMI for Atari ST is ready. Thanks Hoglet & IanB

  32. Another #RGBtoHDMI for Atari ST is ready. Thanks Hoglet & IanB

  33. After properly reseating it into the socket (quite some force needed, used a breadboard as support), it now sits very tight. I love the clear image.
    After measuring some temperatures, I added some heat sinks to the ROMs and the full bridge rectifier.
    The VIC-II gets very warm (about 60°C).
    #Commodore #C64 #retrocomputing #RGBtoHDMI

  34. After properly reseating it into the socket (quite some force needed, used a breadboard as support), it now sits very tight. I love the clear image.
    After measuring some temperatures, I added some heat sinks to the ROMs and the full bridge rectifier.
    The VIC-II gets very warm (about 60°C).
    #Commodore #C64 #retrocomputing #RGBtoHDMI

  35. After properly reseating it into the socket (quite some force needed, used a breadboard as support), it now sits very tight. I love the clear image.
    After measuring some temperatures, I added some heat sinks to the ROMs and the full bridge rectifier.
    The VIC-II gets very warm (about 60°C).
    #Commodore #C64 #retrocomputing #RGBtoHDMI

  36. After properly reseating it into the socket (quite some force needed, used a breadboard as support), it now sits very tight. I love the clear image.
    After measuring some temperatures, I added some heat sinks to the ROMs and the full bridge rectifier.
    The VIC-II gets very warm (about 60°C).
    #Commodore #C64 #retrocomputing #RGBtoHDMI

  37. I got my VIC-II-dizer and #RGBtoHDMI for my #C64. It works nicely and produces a very clean #HDMI image. But since I have the C64 with the trim pot next to the VIC-II, it doesn't quite fit without additional chip socket in between. It pops out easily, so I'll have to get some precision socket and try with that.
    #retrocomputing #Commodore #RaspberryPi #retrogaming

  38. I got my VIC-II-dizer and #RGBtoHDMI for my #C64. It works nicely and produces a very clean #HDMI image. But since I have the C64 with the trim pot next to the VIC-II, it doesn't quite fit without additional chip socket in between. It pops out easily, so I'll have to get some precision socket and try with that.
    #retrocomputing #Commodore #RaspberryPi #retrogaming

  39. I got my VIC-II-dizer and #RGBtoHDMI for my #C64. It works nicely and produces a very clean #HDMI image. But since I have the C64 with the trim pot next to the VIC-II, it doesn't quite fit without additional chip socket in between. It pops out easily, so I'll have to get some precision socket and try with that.
    #retrocomputing #Commodore #RaspberryPi #retrogaming

  40. I got my VIC-II-dizer and #RGBtoHDMI for my #C64. It works nicely and produces a very clean #HDMI image. But since I have the C64 with the trim pot next to the VIC-II, it doesn't quite fit without additional chip socket in between. It pops out easily, so I'll have to get some precision socket and try with that.
    #retrocomputing #Commodore #RaspberryPi #retrogaming