Benchmarks depend on many items. I used ATTO_Disk_Benchmark_3_05 to test the drives on the Lightroom system I built.
------------------ System Information ------------------ Operating System: Windows 10 Pro 64-bit (10.0, Build 16299) (16299.rs3_release.170928-1534) Processor: Intel(R) Core(TM) i7-7700K CPU @ 4.20GHz (8 CPUs), ~4.2GHz Memory: 65536MB RAM Available OS Memory: 65460MB RAM
On my previous post on why I built the computer this way, I indicated drives this way
With this in mind, The drives performed as follows
<D1 above> At 128KB the drive achieved 2,696,895MB/s Write and 2,729,419MB/s Read
<D2 above> At 128KB the drive achieved 995,109MB/s Write and 755,848MB/s Read
<D3 Above> At 128KB the drive achieved 720,415MB/s Write and 1,282,192MB/s Read
<D4 above> At 128KB the drive achieved 138,865MB/s Write and 144,890MB/s Read
Based on these results you can clearly see the speed advantage of the RAID 0 NVMe Drive D1 for the boot, and application, next the importing is second quickest on writes for D2, a RAID0 SSD, and then D3 almost as quick being a Single NVMe drivefor exports. Finally the slower HDD for older storage.
Free Space: 369.2 GB
Total Space: 476.3 GB
File System: NTFS
Model: Intel Raid 0 Volume
At 128KB the drive achieved 2,696,895MB/s Write and 2,729,419MB/s Read
Free Space: 969.2 GB
Total Space: 1001.4 GB
File System: NTFS
Model: Intel Raid 0 Volume
At 128KB the drive achieved 995,109MB/s Write and 755,848MB/s Read
Free Space: 191.2 GB
Total Space: 244.2 GB
File System: NTFS
Model: WDC WDS256G1X0C-00ENX0
At 128KB the drive achieved 720,415MB/s Write and 1,282,192MB/s Read
Free Space: 1519.8 GB
Total Space: 4059.3 GB
File System: NTFS
Model: MARVELL Raid VD
At 128KB the drive achieved 138,865MB/s Write and 144,890MB/s Read