I don’t know if it’s DDR5. Probably soldered onto a custom board. Here’s an article that says the average now is 90 GB RAM+NAND: https://www.micron.com/about/blog/applications/automotive/new-research-shows-cars-need-more-memory-than-a-rocket

This is exactly my experience as well.

Magnets have no effect on flash memory or storage.

Based lyrics. YouTube can auto-translate.

Looks more like a photoshop to me.

Agreed, I didn’t recognize him at first.

I think that is Ashton Kutcher. He’s in the cast list for the show.

Replicated in Safari on iOS.

Replicated in Safari on iOS.

Not quite accurate. The indentation is there for a few reasons. Source: https://www.sciencing.com/1865028/milk-jugs-dimple-reason/

Back at ya 😎

You can also just slide the zip ties backwards onto an intact zip tie. The lock will not engage backwards. That way when you’ve used the stored ties you still have one to use.

I use Upsnap on a low-power SBC behind a reverse proxy: https://github.com/seriousm4x/UpSnap

Before that I used the WoL feature on my Asus router.

Openshot or Shotcut as well.

Got a recipe to share with us?

There are actually new RAM interfaces being developed. One I have heard of is CAMM2. This new interface improves on the performance that can be achieved with current DIMM interfaces by about 50%. Here’s an article from Corsair with more info: https://www.corsair.com/us/en/explorer/diy-builder/memory/what-are-camm2-and-lpcamm2/

It would have been nice to see this added to the new Framework desktop. The main argument against this would be cost/availability. New standards bring improved performance but may raise the price point of the computer to an unmarketable level. Also, Framework would have to source these modules, which are new and still niche. They would also have to adjust their motherboard design to accommodate the new interface which could introduce additional design considerations or cost.