I have a 20TB seagate exos drive in my main pc and I hate it. Partly due to my case, but it’s noisy and does an obnoxious head reset (or whatever) every 7 minutes or so. It’s so loud.
These drives aren’t for home desktops, they’re more for server setups with large datasets and redundancy. Lol why do you need a 20tb drive in your main PC?
I have 4 x 20tb drives in a truenas where I have backups, movies, and music, network accessible for the whole house.
How about a 122.88tb SSD? Large SSDs are pretty common in the enterprise market and arguably much easier to manufacture since you only need to put a bunch of nand chips on a pcb.
Of course there are also challenges to making a high capacity SSD, but i don’t think they are using fundamentally new methods to achieve higher capacities. Yes they need to design better controllers and heat management becomes a larger factor, but the nand chips to my knowledge are still the same you’d see in smaller capacities. And the form factor has the space to accomodate them.
If HDDs could just continue to stack more of the same platters into a drive to increase capacity they’d have a much easier time to scale.
I have a 20TB seagate exos drive in my main pc and I hate it. Partly due to my case, but it’s noisy and does an obnoxious head reset (or whatever) every 7 minutes or so. It’s so loud.
These drives aren’t for home desktops, they’re more for server setups with large datasets and redundancy. Lol why do you need a 20tb drive in your main PC?
I have 4 x 20tb drives in a truenas where I have backups, movies, and music, network accessible for the whole house.
Yeah Exos are enterprise drives, so there’s no point in making them quiet like they do with lower speed desktop stuff.
Is it a mechanical drive?
Show me a 40tb ssd lol
How about a 122.88tb SSD? Large SSDs are pretty common in the enterprise market and arguably much easier to manufacture since you only need to put a bunch of nand chips on a pcb.
“you only”
I mean comparatively to HDDs.
Of course there are also challenges to making a high capacity SSD, but i don’t think they are using fundamentally new methods to achieve higher capacities. Yes they need to design better controllers and heat management becomes a larger factor, but the nand chips to my knowledge are still the same you’d see in smaller capacities. And the form factor has the space to accomodate them.
If HDDs could just continue to stack more of the same platters into a drive to increase capacity they’d have a much easier time to scale.
Sure, but those that know of this, know that these news articles aren’t talking about ssd. This is hype news for consumer stuff.