It's not the NAS' speed.
It's all the overhead in SMB times 2 (source, destination), all the buffer copies involved to get from SATA to ext4 to IP packets to TCP to SMB and all over again in reverse on the PC side, replacing ext4 with NTFS.
I suppose a file server based on Microsoft's OS, with windows client PCs, is faster at all this.
And so too, a *nix server and clients all running NFS. (oh, had Oracle not murdered Sun Microsystems, we might be better off now.)
I wonder if you can bypass much of this with something like iSCSI over 802.3. Some NASes support that. But Windows? Linux?
Even so, it's rather less than an SSD on SATA.
It's all the overhead in SMB times 2 (source, destination), all the buffer copies involved to get from SATA to ext4 to IP packets to TCP to SMB and all over again in reverse on the PC side, replacing ext4 with NTFS.
I suppose a file server based on Microsoft's OS, with windows client PCs, is faster at all this.
And so too, a *nix server and clients all running NFS. (oh, had Oracle not murdered Sun Microsystems, we might be better off now.)
I wonder if you can bypass much of this with something like iSCSI over 802.3. Some NASes support that. But Windows? Linux?
Even so, it's rather less than an SSD on SATA.
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