this post was submitted on 19 Dec 2024
22 points (100.0% liked)

Hardware

837 readers
471 users here now

All things related to technology hardware, with a focus on computing hardware.


Rules (Click to Expand):

  1. Follow the Lemmy.world Rules - https://mastodon.world/about

  2. Be kind. No bullying, harassment, racism, sexism etc. against other users.

  3. No Spam, illegal content, or NSFW content.

  4. Please stay on topic, adjacent topics (e.g. software) are fine if they are strongly relevant to technology hardware. Another example would be business news for hardware-focused companies.

  5. Please try and post original sources when possible (as opposed to summaries).

  6. If posting an archived version of the article, please include a URL link to the original article in the body of the post.


Some other hardware communities across Lemmy:

Icon by "icon lauk" under CC BY 3.0

founded 2 years ago
MODERATORS
you are viewing a single comment's thread
view the rest of the comments
[–] horse_battery_staple 3 points 3 weeks ago

So every server I've ever racked has been x86, every laptop I've imaged or deployed was x86, only IOT and embedded have I had to work with a non x86 instruction set.

The x86 monoculture is all I've known and it hasn't been a problem because it's an open platform. I think the "RISC" with ARM is like what I said, locked down bootloaders and architecture. Asahi and Graphene are amazing projects in this space and they give me hope, but the ARM architecture won't be the problem, vendor lock in will be.