Be that as it may, APFS misses two key issues in the quickly developing universe of capacity. Here's a layout from a workstation-driven point of view.
Image credit: appleinsider.com
Information integrity
APFS doesn't promise information honesty. Current record frameworks, for example, ZFS, gurantee end-to-end information honesty through checksums. APFS doesn't offer checksums, so any capacity bit decay will stay undetected and uncorrected by APFS.
Capacity gadgets ordinarily offer blunder identification and (a few) adjustment, however given the higher uncorrectable piece mistake rates of SSDs over circles information escalated experts will wish for the additional assurance of checksums.
Square based
APFS is square based. Be that as it may, the greatest news away today is the coming of non-unstable arbitrary access memory, or NV RAM. Intel's 3D XPoint is best known, however a few organizations -, for example, Crossbar - are likewise offering NV RAM for sale to the public sooner rather than later.
The storage bits take
Not very many customers think about information honesty - as the absence of protestations about the 30 year old HFS+ bears witness to. So imagine a scenario in which a photograph from your Grand Canyon get-away gets truncated. In any case, experts consideration, and they may require a second checksummed record framework for mass stockpiling and filing.
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