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System Name | Primary|Secondary|Poweredge r410|Dell XPS|SteamDeck |
---|---|
Processor | i7 11700k|i7 9700k|2 x E5620 |i5 5500U|Zen 2 4c/8t |
Memory | 32GB DDR4|16GB DDR4|16GB DDR4|32GB ECC DDR3|8GB DDR4|16GB LPDDR5 |
Video Card(s) | RX 7800xt|RX 6700xt |On-Board|On-Board|8 RDNA 2 CUs |
Storage | 2TB m.2|512GB SSD+1TB SSD|2x256GBSSD 2x2TBGB|256GB sata|512GB nvme |
Display(s) | 50" 4k TV | Dell 27" |22" |3.3"|7" |
VR HMD | Samsung Odyssey+ | Oculus Quest 2 |
Software | Windows 11 Pro|Windows 10 Pro|Windows 10 Home| Server 2012 r2|Windows 10 Pro |
My interpretation NAND is going to be used as L2 cache being slower and cheaper than existing cache that HDD has and noticeable faster than HDD speed it self.We all know that for the absolute best throughput of storage available to us today, it's in solid-state-drives. The problem with SSDs is cost and the limited storage capacity in comparison to the magnetic solutions. But upcoming solutions from Seagate and Toshiba may be able to come up with something in between.
SSD being expensive this sound like a nice idea.
Article at itnewsandtips.com