Tito from Macho Nacho Productions did an awesome job covering the #OpenDMGDisplay in his latest video. He shares his experience building the ODD and dives into the details of its features.
| Location | Mainz, Germany |
| Web | https://www.embedded-ideas.de |
@DerTobi
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New post on my blog: I built a joystick using a 2-layer PCB and some strain gauges. The #StrainStick works very similarly to a TrackPoint. There's also a small demo software that lets you use it as a mouse by connecting it to a CH32V203 dev board.
I wanted some mounting capabilities on my desk, so I added a SKÅDIS to the side. I used a 36×56 cm panel, which I cut in half. Maybe this is useful for others. You can find the printed parts at:
https://www.printables.com/model/1617175-skadis-bracket-front-surface-flush
https://www.printables.com/model/1617206-skadis-connector-front-surface-flush
I did another take on SMD storage containers and added wire storage. Fully 3D‑printable and customizable, you only need an aditional spring per container. There’s even a mount for IKEA Skådis ;)
Hope it helps you stay organized!
UPDATE: The Open DMG Display now supports all 32 game-specific Super Game Boy palettes, as well as the 45 Game Boy Color palettes.
Huge thanks to VIS Modding for providing the checksums for all games.
#opendmgdisplay #oshw #gameboy #modding #retrogaming
https://www.embedded-ideas.de/posts/250417_open_dmg_display/
USB video capturing for the Open DMG Display! I adapted the GB Interceptor approach for the #opendmgdisplay, making it likely the first #gameboy IPS mod with integrated USB video output.
Big thanks to @DiConX !
https://www.embedded-ideas.de/posts/251116_open_dmg_display_uvc/
Turning a low-cost CH32V305 MCU into a Game Boy Advance (and Color) USB capture device, with no extra circuitry required.
Captures full-res RGB565 at ~60 Hz and streams it over UVC in YUY2. A fun look at combining basic peripherals to extend the capabilities of a simple microcontroller.
This arrived today, and from what I’ve read so far, it’s the best overall reference work on embedded system hardware and software that I know of. It doesn’t go into great depth, but it offers an overview of many aspects of embedded system development and provides the right keywords to dive deeper. If anyone is interested, here is some more information: https://effectiveelectrons.com/book/
