there is, but the lifetime is 10x+
enterprise drives are better optimized for thermals, but the best form factor is U.2 and similar
SATA-like form factor, but with PCIe
nostr:nprofile1qyt8wumn8ghj76rfwd6zumn0wd68ytnvv9hxgtcpr9mhxue69uhhyetvv9ujumn0wdmksetjv5hxxmmd9uqsuamnwvaz7tmwdaejumr0dshsz9thwden5te0wfjkccte9ejxzmt4wvhxjme0qyv8wumn8ghj7mnxv33zumn0wdmksetjv5hxxmmd9uq3zamnwvaz7tmwdaehgu3wd3skuep0qqs99d9qw67th0wr5xh05de4s9k0wjvnkxudkgptq8yg83vtulad30gdx66cm says that enterprise grade drives don't have this problem... but i seem to recall that is a 2-4x price premium
Discussion
you do not get insane speeds like consumer drives (not bad speeds, though!), because that comes at a huge cost
costs of going faster scale exponentially
yeah, so it's in fact mainly about the logic... consumer wannan faster, they shave the limits tighter and make a bulk sale but the product is not so great for real work, as in sustained, and not a few hours a day
i'm going to be thinking a lot about this in the future, i just want the smallest thing i can get, that does 4k games from about a year ago at over 60fps, that's enough
i probably will spend a bit more on the motherboard, video card, ram and cpu in aid of this, because frankly there is nothing more unpleasant than ded circuit
get ECC
Had to look it up - good to know
well, near as i can tell, the issue is that system drive is mostly reading, and writing a bit, but it is also cooled better than these USB things
i want to have better reliability of system memory but how can i tell if my DRAM is causing problems?
i mean, i kinda get it, this bit about "could be writing bulk data and it getting mangled on the buffer side but how would i know if this was the bottleneck?