PC First-Person Shooters — Hardware Requirements & FPS Benchmarks.

First-person shooters demand a fundamentally different hardware profile than any other PC gaming genre. While open-world and RPG games prioritize raw GPU throughput for visual fidelity, competitive FPS titles prioritize low input latency, high sustained frame rates, and minimal frame time variance — characteristics that favor CPU single-core performance and high-bandwidth memory configurations over raw GPU muscle. For competitive online shooters targeting 144Hz+ displays, the GPU requirement is often secondary to ensuring the CPU can sustain the render loop at over 200 FPS in lighter scenes. A modern 8-core laptop CPU paired with a mid-range GPU will outperform a flagship GPU constrained by an older 4-core processor in competitive frame-rate scenarios. Single-player shooters with photorealistic lighting and destructible environments represent the opposite case — these titles scale with GPU performance above all else, and typically see substantial gains from upgrading from an RTX 3060 to an RTX 4070. Enabling ray-traced global illumination in these titles can halve frame rates on mid-range hardware. The database separates shooters by their primary performance vector, allowing you to filter for competitive-optimized titles (low GPU demand, high CPU dependency) versus cinematic shooters (high GPU demand, ray tracing support).