Hacker Newsnew | past | comments | ask | show | jobs | submitlogin

I appreciate the focus on older hardware and virtualization challenges in this thread, but I'm also interested in the broader implications of the Asahi work beyond just running Linux on used Macs. Getting a bespoke SoC supported in the mainline kernel and rewriting low‑level firmware in Rust could set a precedent for other ARM64 platforms with opaque boot chains.

It might also encourage more laptop makers to ship machines with first‑class Linux support so people aren't forced to pick between hardware they like and the OS they want. And for folks who don't need a Mac specifically, the growing ecosystem of non‑Apple ARM laptops could offer a smoother path than shoe‑horning Linux onto proprietary silicon.



I mean sure, but ARM SoC in Linux has been a thing for quite some time in the embedded space. This is hardly new.


That’s true, but the Apple chips are not built on the base Arm designs and don’t use Adreno, they also use more proprietary IP in the SoC.


Adreno is proprietary IP; it's an exclusively Qualcomm thing.


True, meant Mali, mb




Guidelines | FAQ | Lists | API | Security | Legal | Apply to YC | Contact

Search: