Rise of the Tomb Raider is a third-person action-adventure that follows Lara Croft through the Siberian wilderness as she solves environmental puzzles, raids ancient tombs, crafts gear, and fights enemies using a mix of stealth, archery, and firearms. Most players experience it as a focused single-player campaign blending linear story sections with open exploration hubs, optional side tombs, and replayable challenge modes such as Endurance co-op. The game’s Foundation Engine renders detailed natural landscapes, dynamic weather, deformable snow, and PureHair effects that create an immersive atmosphere but also create noticeable performance demands during traversal and combat. In a high-FPS scenario the goal is to keep frame rates consistently elevated so every jump, slide, and quick turn feels instantaneous and input lag stays minimal. This matters most in Geothermal Valley and other dense outdoor areas where foliage, particle effects, AI companions or enemies, and shadow calculations can cause frame-time instability on processors that cannot keep up. Players often notice hitching during snow deformation, when many enemies appear at once, or in cutscenes if the CPU is overwhelmed. Common pain points on weaker systems include stuttering when panning the camera quickly or during rapid combat sequences that combine particle effects with complex animations. Before choosing parts, understand that high frame rates in this game shift some of the load from the GPU toward the CPU and memory subsystem. While the title remains primarily GPU-sensitive at higher resolutions and quality presets, chasing very high refresh rates at 1080p or competitive settings makes single-thread performance, cache speed, and RAM responsiveness far more important than raw core count. Dialing back only the heaviest toggles like maximum PureHair density or highest-quality ambient occlusion is usually enough to keep visuals strong while the CPU stays in control of frame pacing.