Counter-Strike 2 is a round-based tactical FPS where two teams fight over bomb defusal or hostage objectives in short, high-stakes rounds. Players rely on precise crosshair placement, movement mechanics like counter-strafing, and perfectly timed utility such as smokes and flashes. Competitive matchmaking and Premier mode dominate the player base, with most serious users running low graphics settings at 1080p or even stretched resolutions to maximize visibility and responsiveness. In this high FPS scenario, the goal is not higher resolution or prettier visuals but the smoothest possible frame delivery on a 240 Hz or higher monitor. The Source 2 engine places heavy demands on the CPU for player simulation, hit registration, game logic, and sub-tick networking. Frametime spikes often appear during smokes, multiple explosions, or crowded mid-round fights, instantly hurting aim confidence and peek timing. Fast RAM timings help the CPU maintain consistent minimum frame rates, while any background process or slow memory can create the micro-stutter that competitive players notice immediately. Common pain points include upgrading the GPU expecting big gains only to remain CPU-limited, or using standard RAM speeds that allow 1% lows to collapse under pressure. Before choosing a PC for this scenario, understand that raw average FPS matters less than rock-solid frametimes and minimal system latency. The build must focus on single-thread performance, memory responsiveness, and a clean configuration that avoids any source of inconsistency.