Rise of the Tomb Raider is a third-person action-adventure game that drops Lara Croft into the harsh Siberian wilderness. Players spend most of their time traversing vertical cliffs, solving environmental puzzles inside ancient tombs, engaging in tense combat or stealth against Trinity soldiers, and crafting gear from gathered resources. The 20 Year Celebration edition adds high-resolution texture packs, dynamic weather, deformable snow, and enhanced hair simulation that look stunning but place heavy demands on the GPU. At 1440p these visual features become noticeably more demanding. The increased pixel count amplifies the cost of ambient occlusion, shadow quality, post-processing, and physically-based materials across the large outdoor hubs. Players commonly notice frame-time instability or brief hitches when moving between dense foliage zones or during particle-heavy combat sequences. VRAM exhaustion is a frequent pain point at this resolution; when the card runs out of memory, texture streaming falters and pop-in or stuttering appears during fast movement or zone transitions. Many builders underestimate how much the GPU matters here compared to the CPU. While the Ryzen processor handles AI and simulation spikes in crowded fights, the majority of the load at 1440p lands on the graphics card. A sensible PC for this scenario therefore focuses first on a graphics card with ample high-speed memory and good rasterization performance, then ensures the rest of the system supports it without creating secondary bottlenecks.