this post was submitted on 10 May 2025
53 points (100.0% liked)

Hardware

2097 readers
72 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 If posting an archived version of the article, please include a URL link to the original article in the body of the post.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
[email protected]
[email protected]
53
Seagate on track for 100TB HDDs by 2030 — claims current top drive will triple in capacity in 5 years (www.tomshardware.com)
submitted 1 week ago by [email protected] to c/[email protected]
6 comments fedilink hide all child comments
you are viewing a single comment's thread
view the rest of the comments
[–] [email protected] 4 points 1 week ago* (last edited 1 week ago) (1 children)

I imagine they'd have significant problems with heat. Friction with air/helium in drives today generates most of the heat, as far as I know. Making the platter area larger and increasing the number of platters both would create more friction and therefore more heat trapped without an efficient way of removing it. If they wanted to build a drive like that for bragging rights, they'd have to decrease friction by say spinning slower, which would drop the throughput.

I guess they could put a heat exchanger inside and have it piped to an external cooler of some sort. But then you'd need space for both. 😄

[–] [email protected] 3 points 1 week ago

~24 years ago I had 2x 15k SCSI drives that were 3.5” wide but the full height of a 5.25” drive. For the time the things were fast as hell… they were also, however, hot as hell. So I got some large aluminum heat sinks and attached them to each side and made a 5.25” drive adapter out of aluminum. Since it was open to the front my case exhaust fans cooled the drives as it was the main intake for the case and it worked pretty darn well until I upgraded.