Moreover, iirc, there are 64TB 2,5" SSDs and 100TB 3,5" available for enterprise users, and 8TB M.2 SSDs on consumer market. Space is really not a constraint.
I believe the 100TB SSD is the one LTT showcased a few years ago?
My problem with M.2 and high capacity is them vharging an arm and a leg for it. The cheapest I can find on the quick side is a WD black 8TB for 698,99€ with tax.
You know how much storage space I can buy from 700€ in spinning rust? Quadruple the space of the single stick of nand.
Surprisingly a SATA TLC SSD is even more expensive at 814,93€ (Kingston DC600M). But SAS will cost you your whole arm.
The constraint may not be the size but the cost certainly is.
And if they put lower capacity NAND on the PCBs we could reduce costs
More volume for more NAND-PCBs
Does this count for the higher capacity drives (e.g. >2TB)? Preferably TLC?
Proud owner of 1TB Samsung 860 Evo.
Pretty much yes, it counts :D
Moreover, iirc, there are 64TB 2,5" SSDs and 100TB 3,5" available for enterprise users, and 8TB M.2 SSDs on consumer market. Space is really not a constraint.
I believe the 100TB SSD is the one LTT showcased a few years ago?
My problem with M.2 and high capacity is them vharging an arm and a leg for it. The cheapest I can find on the quick side is a WD black 8TB for 698,99€ with tax.
You know how much storage space I can buy from 700€ in spinning rust? Quadruple the space of the single stick of nand.
Surprisingly a SATA TLC SSD is even more expensive at 814,93€ (Kingston DC600M). But SAS will cost you your whole arm.
The constraint may not be the size but the cost certainly is.
And if they put lower capacity NAND on the PCBs we could reduce costs