Parses and aggregates structured data, then compresses, encrypts, decrypts and verifies in-memory archives. Higher scores indicate faster data processing.
Data1T
180-2%
Parses and aggregates structured data, then compresses, encrypts, decrypts and verifies in-memory archives. Higher scores indicate faster data processing.
Data8T
1,400+1%
Parses and aggregates structured data, then compresses, encrypts, decrypts and verifies in-memory archives. Higher scores indicate faster data processing.
Data24T
3,420+16%
Updates a shared scene with physics integration, collision queries, visibility checks and render sorting. Higher scores indicate more completed scene updates per second.
Scene1T
120-51%
Updates a shared scene with physics integration, collision queries, visibility checks and render sorting. Higher scores indicate more completed scene updates per second.
Scene8T
900-41%
Updates a shared scene with physics integration, collision queries, visibility checks and render sorting. Higher scores indicate more completed scene updates per second.
Scene24T
1,590-30%
Resizes and filters images, then encodes, decodes and verifies PNG and JPEG output. Higher scores indicate faster image processing.
Media1T
360+0%
Resizes and filters images, then encodes, decodes and verifies PNG and JPEG output. Higher scores indicate faster image processing.
Media8T
2,630-1%
Resizes and filters images, then encodes, decodes and verifies PNG and JPEG output. Higher scores indicate faster image processing.
Media24T
3,910-6%
Runs event-driven LuaJIT scripts with dynamic tables, application rules and garbage collection. Measures startup and first-update performance alongside repeated updates. Higher scores indicate faster script execution across independent runtimes.
JIT VM1T
60-71%
Runs event-driven LuaJIT scripts with dynamic tables, application rules and garbage collection. Measures startup and first-update performance alongside repeated updates. Higher scores indicate faster script execution across independent runtimes.
JIT VM8T
550-56%
Runs event-driven LuaJIT scripts with dynamic tables, application rules and garbage collection. Measures startup and first-update performance alongside repeated updates. Higher scores indicate faster script execution across independent runtimes.
JIT VM24T
1,570-26%
Measures random-access latency at 32 KiB, 1 MiB, 16 MiB and 256 MiB, plus sequential read bandwidth on one thread. Higher scores indicate better cache and memory performance.