Sshd only really work for same task ran 3 times (rebooting windows 2-5 times it usually caches anything that causes high latency If I remember in hdtune you can see it if you do the benchmark test (it's not actually randomly generated, it's a fixed random io pattern on the access test stage) the first time you run it it will have a typical hdd of yellow dot spray latency but every other test afterwards all latency will be under 1ms this is what I observed with Toshiba sshd and they seem to cache some writes as well as read (i believe seagate sshd don't do write caching, only read and takes about 3 reads before it works, Toshiba cached the high latency load on the first read) Most sshd use a 2+2+4 setup if I remember might have been 4+2+2 (fast evict anything that is high latency gets cached oldest , 6 same reads harder to evict, 12+ very hard to evict/system os/boot items) they are very hard to to benchmark because they are passive but you can now get a 1tb ssd that's cheaper then a new 1tb sshd or even used, much point in them now (anything sshd 1tb or less drives should be £10-15 not the silly £30-60 I see lol)
00:00 Windows Installation
02:01 CrystalDiskMark
Can U make Alan Wake 2 comparison video for nvme, vs sata SSD, HDD?
NVMe 👎 lol)) SSD 👍
Can you do test of 4, 6, 8, 12, 16, 32GB memories in games and applications?
Hello, why did you quit making videos?
Sshd only really work for same task ran 3 times (rebooting windows 2-5 times it usually caches anything that causes high latency
If I remember in hdtune you can see it if you do the benchmark test (it's not actually randomly generated, it's a fixed random io pattern on the access test stage) the first time you run it it will have a typical hdd of yellow dot spray latency but every other test afterwards all latency will be under 1ms
this is what I observed with Toshiba sshd and they seem to cache some writes as well as read (i believe seagate sshd don't do write caching, only read and takes about 3 reads before it works, Toshiba cached the high latency load on the first read)
Most sshd use a 2+2+4 setup if I remember might have been 4+2+2 (fast evict anything that is high latency gets cached oldest , 6 same reads harder to evict, 12+ very hard to evict/system os/boot items)
they are very hard to to benchmark because they are passive
but you can now get a 1tb ssd that's cheaper then a new 1tb sshd or even used, much point in them now (anything sshd 1tb or less drives should be £10-15 not the silly £30-60 I see lol)
Test quality amd vs nvidia