Spinning platters are already dead in many ways because even though they’ve increased in capacity, they haven’t meanigfully changed read/write speeds in decades, which makes moving the ever increasing data a huge pain.
Not really relevant, but I just moved 150ish GB between SSDs in a few minutes, less than 5 for sure. As a teenager such an operation (moving 3 games between drives) would have taken an hour. As a kid I’d be furiously changing floppy drives all day.
Most hardrives live in servers, as part of storage volumes where
IO can be optimised well beyond the capability of a single disk.
For the boot disk on my workstation I am absolutely using an SSD, but for the hundreds of terabytes of largely static data that I need to keep archived? Spinning disks all the way. Not only to SSDs need to match on price, but they also have a long way to come in terms of longevity.
Spinning platters are already dead in many ways because even though they’ve increased in capacity, they haven’t meanigfully changed read/write speeds in decades, which makes moving the ever increasing data a huge pain.
Not really relevant, but I just moved 150ish GB between SSDs in a few minutes, less than 5 for sure. As a teenager such an operation (moving 3 games between drives) would have taken an hour. As a kid I’d be furiously changing floppy drives all day.
I just thought that was an interesting thought.
This is it. Yes, spinning HDDs may be cheaper, but replacing mine with an SSD made my PC faster and quieter, especially on boot.
Most hardrives live in servers, as part of storage volumes where IO can be optimised well beyond the capability of a single disk.
For the boot disk on my workstation I am absolutely using an SSD, but for the hundreds of terabytes of largely static data that I need to keep archived? Spinning disks all the way. Not only to SSDs need to match on price, but they also have a long way to come in terms of longevity.