The Elder Scrolls V: Skyrim is a vast open-world action RPG where players create a character, explore the snowy province of Skyrim, complete branching quests, engage in combat with dragons and bandits, and shape their own story through skill choices and decisions. On PC it is almost always played in its Special Edition or Anniversary Edition form, with extensive community mods that add graphical overhauls, new content, denser NPC schedules, high-resolution textures, grass and tree enhancements, and lighting effects via ENBs. Most players sink hundreds of hours into replayable campaigns that blend exploration, stealth, magic, and crafting while the world reacts to their actions. For the high-FPS scenario, the practical goal shifts from raw visual fidelity to unlocking the engine's frame-rate limits for smoother movement, more precise archery and melee timing, and reduced input lag on high-refresh-rate monitors. The older Creation Engine was built around a 60 FPS ceiling, tying physics calculations, animation timing, and certain scripts directly to frame rate. Running well above that without the right mods can cause objects to launch into the air or cause erratic behavior, so players rely on targeted fixes such as SSE Display Tweaks and Engine Fixes. The performance load in this mode is dominated by single-thread CPU demands: the processor must feed game logic, NPC AI, script processing, and draw calls fast enough to match the GPU's higher output. Open-world traversal, dense cities like Whiterun or Solitude, grass fields, and combat with multiple enemies all create micro-stutter or hitches if the CPU cannot keep pace. Common pain points include stuttering during fast camera movement or when many scripted events fire simultaneously, physics bugs at very high frame rates, and VRAM pressure from texture-heavy mod lists. A frequent misunderstanding is assuming the 2011 base requirements still apply once mods are added. Before choosing hardware for high-FPS Skyrim, understand that stability and single-core speed matter more than multi-core count, and the system must balance enough GPU power to drive high frame rates without overwhelming the CPU-limited engine.