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Benchmark Lab

Real results on real hardware

Measured on stock systems, stock drivers, Windows defaults vs Vax Tweaker 2.4.2. Same session, same hardware, methodical before/after.

Counter-Strike 2

Intel Core i5-12400F · NVIDIA RTX 3060 · 16 GB DDR4 3200 MHz

mid-range
Before Vax Tweaker178 avg FPS
After Vax Tweaker247 avg FPS
Frametime: 7.2ms → 4.9ms
Processes: 19889
+0
avg FPS gain
+39% uplift

Tested on Windows 11 23H2, stock BIOS, no overclocking. Gaming Mode active.

Results vary by hardware, game settings and baseline system state.

Apex Legends

AMD Ryzen 5 5600H · NVIDIA RTX 3060 Mobile · 16 GB DDR4 3200 MHz

laptop
Before Vax Tweaker87 avg FPS
After Vax Tweaker124 avg FPS
Frametime: 13.4ms → 9.1ms
+0
avg FPS gain
+43% uplift

Performance mode enabled in Windows. Laptop plugged in, high-performance power plan. AMD Profile not active (NVIDIA GPU detected).

Laptop results vary significantly with thermal state, power mode and background workloads.

VALORANT

Intel Core i7-9700K · NVIDIA RTX 2080 Super · 32 GB DDR4 3600 MHz

high-end
Before Vax Tweaker360 avg FPS
After Vax Tweaker817 avg FPS
Processes: 21591
+0
avg FPS gain
+127% uplift

Competitive settings: 1080p, all graphics low/off. VALORANT is heavily CPU-bound at these settings. The i7-9700K had substantial headroom that bloated services and a throttled power plan were consuming. Full module set applied, Gaming Mode active.

Results vary by hardware, game settings and baseline system state. High gains on CPU-bound titles at low graphics are expected and reproducible.

Methodology disclosure: Benchmarks recorded using CapFrameX with a 90-second run after 30-second warmup. Averages shown are 1% low / average FPS from 5 consecutive runs with OSD overlay disabled. Results depend on full system configuration, background processes, thermal state and Windows update status. Your results will vary. These figures represent observed gains on the listed hardware configurations only.