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Well the title might be slightly miss leading as i probably don't know what i'm talking about but here goes xD
I seen in previous post that Phison have launched their new E18 Gen 4 Controller which i believe is more durable with transfer of 1200MT/s
https://www.phison.com/en/company/n...livers-fastest-pcie-gen-4x4-nvme-ssd-solution
https://www.tomshardware.com/uk/new...als-samsung-980-pro-with-7-gbps-of-throughput
Then i have seen the news of Micros new 176-Layer NAND which states upto 1600MT/s
https://www.micron.com/products/nand-flash/176-layer-nand
So assuming Micron have not tested their controller with this new NAND theoretically it might be able to push this NAND to the maximum 1600MT/s which is a 33% increase in performance. Are we on the horizon of possible 10k+ sequential read speeds?
I seen in previous post that Phison have launched their new E18 Gen 4 Controller which i believe is more durable with transfer of 1200MT/s
https://www.phison.com/en/company/n...livers-fastest-pcie-gen-4x4-nvme-ssd-solution
https://www.tomshardware.com/uk/new...als-samsung-980-pro-with-7-gbps-of-throughput
Then i have seen the news of Micros new 176-Layer NAND which states upto 1600MT/s
https://www.micron.com/products/nand-flash/176-layer-nand
So assuming Micron have not tested their controller with this new NAND theoretically it might be able to push this NAND to the maximum 1600MT/s which is a 33% increase in performance. Are we on the horizon of possible 10k+ sequential read speeds?