A thorough benchmark result should be replicable: someone should be able to reliably repeat the test environment. SSD benchmarks test both sequential and random read and write speeds. Tests for enterprise SSDs should give consistent information about how the drives will perform, rather than misleading consumers with inaccurate speeds. All SSD benchmark preparation should involve appropriate preconditioning - preparing the drive to be steady. Trace-based benchmarks test drive use during drive runtime.īenchmarking can sometimes be inaccurate or give misleading results, especially if performed too quickly.Application-based benchmarks test one piece of software at a time.Synthetic benchmarks test the performance of a particular drive feature through an artificial, computer-created environment.An ideal benchmark test gives customers an accurate picture of how quickly they’ll be able to access that data using the SSD.ĭifferent types of benchmarking test different things: Those read and write speeds can then be marketed to potential customers who are searching for persistent storage devices that provide quick access to data.

SSD owners that want to monitor their drive can use benchmarks to observe, read, and write rates and other performance metrics.įor enterprises such as Samsung and Western Digital, which sell SSDs, benchmark tests reveal the speeds at which their SSDs read and write data under different conditions. Solid state drive benchmarking tests SSD performance under a variety of workloads.

Ssd drive checker