SSD priorities genuinely differ between gaming and professional workstation use — worth matching your actual purchase to your real primary workload rather than simply buying whichever benchmark number is highest.
What Gaming Genuinely Prioritizes
- Random read speed — genuinely matters more than sequential speed for game loading, since games load many small, scattered files rather than one single, large sequential file
- Sustained performance over raw peak numbers — most gaming sessions genuinely don’t sustain maximum sequential throughput for very long periods at a time, so peak-only benchmark numbers can genuinely be somewhat misleading for actual gaming use
What Workstation Use Genuinely Prioritizes
- Sustained sequential write speed — genuinely matters a lot for large file operations (video editing exports, large dataset processing) that workstations frequently, actually perform
- Endurance rating (TBW — total bytes written) — workstation workloads frequently write substantially more total data over the drive’s real lifetime, making genuine endurance rating a meaningfully bigger real consideration than for typical gaming use
- Thermal throttling resistance under genuinely sustained load — a drive genuinely writing continuously for extended periods needs to actually sustain its performance without significant thermal throttling, unlike gaming’s more inherently bursty read/write pattern
A Practical Recommendation
For gaming, a solid mid-range NVMe drive with genuinely good random read performance is usually sufficient — chasing the absolute highest sequential speed number provides genuinely diminishing real-world returns for actual gaming use specifically. For workstation use, prioritize genuine sustained write performance and a meaningfully higher TBW endurance rating, since those numbers more directly reflect actual real-world professional workload demands.