My SBC Collection
multimedia.cx
My SBC Collection
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Re: My SBC Collection
#2Re: My SBC Collection
#3No one remembers the GuruPlug, or better yet - the GuruPlug Server Plus, When RPi 1 just came out this little gadget ran x86 Linux (!) and had hdmi out that could handle 1080p video, a feat that only RPi 4 can repeat.
Re: My SBC Collection
#4No one remembers the GuruPlug, or better yet - the GuruPlug Server Plus, When RPi 1 just came out this little gadget ran x86 Linux (!) and had hdmi out that could handle 1080p video, a feat that only RPi 4 can repeat.
Re: My SBC Collection
#5No one remembers the GuruPlug, or better yet - the GuruPlug Server Plus, When RPi 1 just came out this little gadget ran x86 Linux (!) and had hdmi out that could handle 1080p video, a feat that only RPi 4 can repeat.
Re: My SBC Collection
#6I still have one. They were priced towards 9 dollars, had on-board bluetooth and wifi when the Pi didn't and was significantly smaller. Sadly the company couldn't make it work. They also had a "Pocket C.H.I.P." which was a small display and keyboard you could plug your C.H.I.P. in.
Some company did buy their work and is planning to sell the boards and some variants as as the Popcorn Computer, but it has lost quite a lot of its charm.[2]
[1]: https://en.wikipedia.org/wiki/CHIP_(computer) [2]: https://popcorncomputer.com/
Re: My SBC Collection
#7I think mine arrived like a year late as I recall but the hardware really appealed - a zynq dual core arm + FPGA - these are more popular now but back then this was the first I heard of these chips. The board came with the verilog for the hdmi out implemented on the fpga- as I recall there were some challenges building a bitstream like they provided from their source but it was so long ago I don’t recall the specifics, it did eventually work. I never succeeded at evolving their hdmi out into an hdmi in though, it turned out to be way more complicated to bring in an hdmi signal than to generate one - I’m not even sure if it’d be possible on the size of fpga provided.
Anyway that was all a sideshow - the real deal was the epiphany chip. I’m going from memory here so I could have this wrong but as I recall each core had a little ram and a fabric connecting it to other cores, so you could choose to use it like gpu compute - although that model wasn’t a great match because each core could branch independently without any real hassle but that then opened up the puzzzle of how to keep each core fed. Another strategy could be the deep pipeline approach like you’d take with an fpga. Treating it as you would a multi core cpu never really made much sense to me because of bandwidth limitations of the fabric.
It used to overheat quite easily but I just soldered on a tiny dc fan to the incoming barrel jack and that did the trick for me, if a little loud.
Anyway, a cool little chip. I still have the code as far as I got with my image recognition application, I was reading road speed signs and vehicle registration plates from images, I think I know what project I’ll have a play with this week!
Re: My SBC Collection
#8Re: My SBC Collection
#9Re: My SBC Collection
#10As a slight tangent, does anyone know any tiny soc modules with USB C display out, and can decode h264/h265 video at 120fps?
[1] https://www.cnx-software.com/2023/05/10/orange-pi-5-plus-sbc...