Best Buy via eBay has
4TB Crucial P310 M.2 2280 PCIe Gen4 NVMe Internal Solid State Drive (CT4000P310SSD801) on sale for
$239.99.
Shipping is free.
Best Buy has
4TB Crucial P310 M.2 2280 PCIe Gen4 NVMe Internal Solid State Drive (CT4000P310SSD801) on sale for
$239.99.
Shipping is free or select free store pickup where available.
- Note: Availability for pickup may vary by location
Thanks to community member
DealStrategist for finding this deal.
Features:
- 4TB Storage Capacity
- M.2 2280 Form Factor
- PCIe 4.0 Interface
- Up to 7100 MB/s Sequential Read Speed
- Up to 6000 MB/s Sequential Write Speed
- 1.5 Million Hours MTTF
- Endurance (TBW): 800TB
- PCIe 3.0 Compatible
- Windows and PlayStation 5 Compatible
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19 Comments
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https://www.amazon.com/dp/B0DB9JT3XL
I know the brand, but have never used their M.2 drives, any one use them?
https://www.bestbuy.com/product/c...ku/6618326
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https://www.tomshardwar
The p310 here seems to cache for longer, but then craters down to SATA SSD speeds 😐️.
The p310 here seems to cache for longer, but then craters down to SATA SSD speeds 😐️.
That's a non issue for virtually every consumer PC/user, because that kind of sustained write just doesn't really happen in real world use aside from copying over from another fast NVMe drive (in non-enterprise/datacenter use - but even there, the need for that kind of sustained write is rare). ...and, if ever, how often do you really need to do that?
(That's also the 2TB drive tested in those charts - not sure if that would make any difference in a sustained test or not)
That's a non issue for virtually every consumer PC/user, because that kind of sustained write just doesn't really happen in real world use aside from copying over from another fast NVMe drive (in non-enterprise/datacenter use - but even there, the need for that kind of sustained write is rare). ...and, if ever, how often do you really need to do that?
(That's also the 2TB drive tested in those charts - not sure if that would make any difference in a sustained test or not)
Fair point. In my case I would do it only once to clone a drive to this one. Most games aren't 350GB on initial download so that should be more than sufficient. Usually the cache size grows linearly with the drive size so the 4TB version should have a ~700GB cache size making any concerns there moot for sure.
That's a non issue for virtually every consumer PC/user, because that kind of sustained write just doesn't really happen in real world use aside from copying over from another fast NVMe drive (in non-enterprise/datacenter use - but even there, the need for that kind of sustained write is rare). ...and, if ever, how often do you really need to do that?
(That's also the 2TB drive tested in those charts - not sure if that would make any difference in a sustained test or not)
As a photographer, even my CF Express cards only do 3.6GB/s max, though I seldom see more than 500MB/s sustained. It's never really bothered me because by the time I get all my batteries back in the chargers, lenses wiped, and bag mostly packed for the next day, file transfer is done. Curious how often you suffer this chore.
As a photographer, even my CF Express cards only do 3.6GB/s max, though I seldom see more than 500MB/s sustained. It's never really bothered me because by the time I get all my batteries back in the chargers, lenses wiped, and bag mostly packed for the next day, file transfer is done. Curious how often you suffer this chore.
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