Welcome • User Guide
ToS • Privacy • Canary
Donate • Bugs • License

©2024 Poal.co

746

Very interesting. I like seeing stuff like this. My skills in this field are limited but this is kind of cool.

Archive: https://archive.today/zzmhK

From the post:

>As far as impressive hacks go, this one is more than enough for your daily quota. You might remember the ROG Ally, a Steam Deck-like x86 gaming console that’s graced our pages a couple lf times. Now, this is a big one – from the ROG Ally community, we get a fully open-source eGPU adapter for the ROG Ally, built by reverse-engineering the proprietary and overpriced eGPU sold by Asus.

Very interesting. I like seeing stuff like this. My skills in this field are limited but this is kind of cool. Archive: https://archive.today/zzmhK From the post: >>As far as impressive hacks go, this one is more than enough for your daily quota. You might remember the ROG Ally, a Steam Deck-like x86 gaming console that’s graced our pages a couple lf times. Now, this is a big one – from the ROG Ally community, we get a fully open-source eGPU adapter for the ROG Ally, built by reverse-engineering the proprietary and overpriced eGPU sold by Asus.
You are currently inside a comment thread.
Click here to see all the comments (1).
[–] • 1 pt

I've reverse engineered PBCs before, it's very time consuming, especially for PCBs over 2 layers. Now with PCB fabrication being affordable, building multiple boards to fit various hardware is quite doable. Commercial board designs will need to start using black epoxy to make this harder.