Browser GPU Tests vs Native Tools
Choose the right test for browser graphics, native applications, physical telemetry, or memory diagnostics, and avoid comparing incompatible scores.
What a browser workload answers
A browser test observes a complete web rendering path: page code, scheduling, graphics API, browser backend, driver, and device. It is useful when a web app or interactive scene feels slow. It also helps compare the same browser workload before and after a controlled configuration change.
When native tools are more suitable
Use a game benchmark to investigate that game engine and settings. Use a trusted system or vendor monitor for temperature, clocks, fan speed, power, and utilization. For physical memory faults or persistent crashes, follow the manufacturer diagnostic process. GPU Lab cannot inspect all VRAM or establish the cause remotely.
Graphics and compute are different paths
WebGL workloads draw through a graphics context. The WebGPU compute workload runs a compute pipeline and checks returned values. Neither label guarantees a particular native backend or a universal performance advantage. Availability varies with the browser, operating system, adapter, and driver; use the API actually recorded in the report.
Keep scores within their own test
A browser FPS result is not interchangeable with a native benchmark score. Even two GPU Lab runs need matching workload versions, resolution, settings, and timing methods. Keep an exported baseline, change one condition, and rerun. Record the environment so the comparison remains understandable later.