Red Dead Redemption 2 is a sprawling open-world action-adventure set in a meticulously detailed 1899 American frontier. Players spend most of their time on horseback exploring vast wilderness, engaging in story-driven missions, hunting, and interacting with dense towns filled with NPCs, wildlife, and dynamic weather. The single-player campaign emphasizes immersion through realistic physics, detailed foliage, and atmospheric lighting, while Red Dead Online adds posse-based activities and occasional PvP shootouts. Most players experience the game through long, unhurried exploration sessions where consistent frame pacing matters more than raw speed. However, when pushing for high frame rates above 100 FPS on high-refresh monitors, the nature of the load changes. The RAGE engine must simulate AI behaviors, physics interactions, volumetric fog, and world streaming at a dramatically faster rate to supply the GPU with new frames. This turns what is usually a balanced CPU/GPU title into one that is noticeably CPU-limited in populated areas and during fast travel. Common pain points at high refresh rates include micro-stutters from insufficient CPU headroom, texture pop-in tied to slow storage, and inconsistent frame pacing that breaks the tactile feel of aiming or riding. Many builders mistakenly focus only on GPU power, overlooking that the engine’s simulation threads become the bottleneck once you move past standard 60 FPS targets. Before choosing hardware for this scenario, understand that stable high-FPS play in Red Dead Redemption 2 demands a modern CPU with strong cache and single-thread performance, fast RAM, and an SSD that keeps asset streaming ahead of the elevated frame rate.