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https://blocksandfiles.com/2019/03/04/wd-toshiba-add-32-layers-to-reach-128-layer-3d-nand

WD and Toshiba get ready for highest capacity 3D NAND – Blocks and Files

Western Digital and Toshiba have developed a 128-layer 3D NAND die with TLC (3bits/cell) cell formatting and 512Gbit capacity.  A 128-layer die will be BiCS-5 in Toshiba flash generation naming terminology – BiCS-4 is 96-layer and BiCS-3 is 64-layer. Adding 32 more layers should add a third more capacity – assuming the same process technology […]



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WD and Toshiba get ready for highest capacity 3D NAND – Blocks and Files

https://blocksandfiles.com/2019/03/04/wd-toshiba-add-32-layers-to-reach-128-layer-3d-nand

Western Digital and Toshiba have developed a 128-layer 3D NAND die with TLC (3bits/cell) cell formatting and 512Gbit capacity.  A 128-layer die will be BiCS-5 in Toshiba flash generation naming terminology – BiCS-4 is 96-layer and BiCS-3 is 64-layer. Adding 32 more layers should add a third more capacity – assuming the same process technology […]



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https://blocksandfiles.com/2019/03/04/wd-toshiba-add-32-layers-to-reach-128-layer-3d-nand

WD and Toshiba get ready for highest capacity 3D NAND – Blocks and Files

Western Digital and Toshiba have developed a 128-layer 3D NAND die with TLC (3bits/cell) cell formatting and 512Gbit capacity.  A 128-layer die will be BiCS-5 in Toshiba flash generation naming terminology – BiCS-4 is 96-layer and BiCS-3 is 64-layer. Adding 32 more layers should add a third more capacity – assuming the same process technology […]

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      Western Digital and Toshiba have developed a 128-layer 3D NAND die with TLC (3bits/cell) cell formatting and 512Gbit capacity.  A 128-layer die will be BiCS-5 in Toshiba flash generation naming terminology – BiCS-4 is 96-layer and BiCS-3 is 64-layer. Adding 32 more layers should add a third more capacity – assuming the same process technology […]
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