Disk Copy Benchmarks
We are using AS SSD’s Copy Benchmark tool to test the duration of file copy for ISO, Program, and Game data. The benchmark outputs the duration in minutes and seconds, and lower is better.
In AS SSD copy benchmark of ISO we see a slight increase in copy time on the Secondary M.2 socket. It’s very small, but it is there.
In Program copy the difference shows up a bit more, and now it’s a full .13 seconds slower on the Secondary M.2 socket.
The trend continues in Game, with the Secondary M.2 socket being slightly slower.
With DiskBench we place a 50GB single file onto the test drive. We copy this file from the test drive to a new folder on the test drive, volume to volume. This tests the performance the drive is able to copy a file from itself to itself as if you were copying files on the same drive. Results are in duration Seconds, lower is better.
Copying a 50GB file is also slightly slower on the Secondary M.2 socket, it isn’t a lot, but it was picked up here being .3 seconds slower.
Game Load Time and Workstation Performance
Final Fantasy XIV: Endwalker Benchmark
The Final Fantasy XIV: Endwalker Benchmark is a unique game benchmark that allows us to objectively calculate the load times of different game scenes loading on the SSD. This benchmark runs multiple scenes that it benchmarks, it also keeps track of the scene load times for each scene and reports a duration, in addition, it provides an overall average duration of all the scenes together. This provides consistency in testing. We report the overall average scene load time of all the scenes in seconds, lower is better.
The game load time was very close, with only a .1 second difference.
We are using SPECworkstation 3.1 and specifically the WPCstorage test. “The storage workload is based on storage transaction traces from a wide variety of professional applications engaged in real work.” It includes media and entertainment, product development, life sciences, energy, and general operations. Each program receives a score, and they are averaged together for an overall score, higher is better.
There was a significant difference in SPECworkstation 3.1 WPCstorage performance between both sockets. There was a loss moving the SSD to the Secondary M.2 socket by 2%. In the grand scheme, this seems small, but when working with professional workstation-class applications, this can add up and can be noticeable in very intensive situations. Therefore, the Secondary M.2 socket would hold you back.