The Problem: The “Plug & Play” Myth
Most gaming PCs operate well below their actual hardware capability.
Manufacturers ship components with conservative defaults to ensure stability across millions of systems. As a result:
- RAM runs at default JEDEC speeds rather than rated frequencies
- BIOS settings remain untouched for latency and frame pacing
- Background tasks and interrupts steal vital CPU cycles
- Frame pacing suffers, creating micro-stutter under load
Many players assume they need a hardware upgrade. In many cases, they need structured optimization.
The Engineer Behind It
FPS Engineering was built by someone who thinks in systems.
The methodology is inspired by structured, performance-driven environments where stability and measurable outcomes matter.
We apply the same discipline to gaming hardware: baseline → controlled change → validation.
We do not guess. We measure. We validate.
The Engineering Framework
- Forensic Baselines — data before any change is made.
- Controlled Iteration — precise, non-destructive adjustments.
- Validation — stress testing and benchmark verification.
- Integrity — no tweak packs, no reckless over-volting, no disabling core security.
What Makes This Different?
- Transparency — live remote sessions; you observe and approve every adjustment.
- Empirical Proof — before/after validation using tools like CapFrameX and 3DMark.
- Latency Discipline — we focus on 1% lows and frametime stability, not just headline FPS.
The Goal
Extract the performance you already paid for — safely, measurably, and repeatably.