Prey is a 2017 first-person immersive sim from Arkane Studios that casts players as Morgan Yu aboard the alien-overrun Talos I space station. You explore non-linear paths through beautifully detailed 'Neo-Deco' architecture, experiment with neuromod-granted alien powers, craft tools, and choose between stealth or direct combat while uncovering story through logs and environmental storytelling. On PC, players typically spend dozens of hours thoroughly searching every sector, testing creative ability combinations, and soaking in the atmospheric tension of zero-gravity sections and shifting Typhon encounters. At 4K, the scenario pushes the game’s visual demands much harder than lower resolutions. The sheer number of pixels makes high-resolution textures, complex shadows, reflective gold and glass surfaces, and dense particle effects from mimic abilities and Psychoscope scans far more noticeable and expensive to render. Indoor complexity, high draw-call areas with multiple enemies and debris, and occasional physics simulation spikes create the primary load. GPU underutilization or insufficient VRAM can produce stuttering in crowded labs and maintenance tunnels, breaking the intended immersion. Common pain points at this resolution include texture pop-in or hitching when rapidly traversing the station if the graphics card lacks adequate memory bandwidth. Many builders mistakenly focus only on CPU threads for simulation while undersizing GPU power and RAM, leading to frame-time instability during ability-heavy fights. Before choosing hardware for 4K Prey, understand that the game scales predictably with resolution and settings but rewards a GPU-first approach paired with enough system RAM and multi-core performance to keep background simulation responsive.