Resident Evil 2 is a third-person survival horror remake that puts players in the shoes of Leon Kennedy or Claire Redfield as they navigate the zombie-overrun Raccoon City police station, sewers, and streets. The game features two interlocking campaigns with exploration, resource management, puzzle-solving, backtracking, and deliberate combat against zombies and larger boss creatures. Most players experience it as an immersive single-player story on Standard or Hardcore difficulty, focusing on atmosphere, tension, and careful ammo conservation rather than fast-paced action. At 4K, the practical demands shift heavily toward visual quality and memory handling. Every surface detail, wet reflection, gore effect, and shadow becomes far more noticeable, making the horror more believable but also exposing any weaknesses in GPU power or VRAM. The RE Engine streams assets frequently during traversal and backtracking, which can create hitching if the system cannot keep up with rapid loading of high-resolution textures and geometry. Particle effects, dense zombie crowds, and boss fights increase draw calls and GPU load, while the 2022 ray-tracing update adds realistic lighting and reflections at the cost of significant performance overhead. Dark environments hide minor frame drops but amplify the impact of any stuttering, breaking the carefully crafted tension. Common pain points at this resolution include asset streaming stutters on slower storage or weaker CPUs, high VRAM usage when maxing textures and shadows, and DX12-related regressions when ray tracing is enabled. Many players also underestimate how much GPU headroom is needed to maintain consistent pacing without dropping visual settings. Before choosing a 4K PC for Resident Evil 2, understand that the goal is stable, high-fidelity rendering that preserves immersion rather than chasing competitive frame rates. A sensible build therefore emphasizes strong rasterization performance, ample VRAM, fast storage, and enough CPU cores to handle streaming and AI without becoming a bottleneck.