AVX2 FMA throughput with independent vector accumulators. Higher scores indicate stronger SIMD execution for media, physics, and data workloads.
Vector Math AVX21T
130+0%
AVX2 FMA throughput with independent vector accumulators. Higher scores indicate stronger SIMD execution for media, physics, and data workloads.
Vector Math AVX28T
1,020+0%
AVX2 FMA throughput with independent vector accumulators. Higher scores indicate stronger SIMD execution for media, physics, and data workloads.
Vector Math AVX228T
2,760+0%
Compiles and executes programs exercising many different CPU pipelines. Higher scores indicate stronger JIT throughput, branch recovery, and general CPU performance.
JIT VM1T
60+0%
Compiles and executes programs exercising many different CPU pipelines. Higher scores indicate stronger JIT throughput, branch recovery, and general CPU performance.
JIT VM8T
450+0%
Compiles and executes programs exercising many different CPU pipelines. Higher scores indicate stronger JIT throughput, branch recovery, and general CPU performance.
JIT VM28T
960+0%
Measures average memory access speed via random pointer chasing in a 64 MB buffer. Higher scores indicate lower access latency. A higher score is better.