Aero Strike Gaming Pc

CPU: The Ryzen 7 9800X3D's 3D V-Cache excels in CS2's CPU-bound scenarios, providing massive physics and logic throughput for high tick-rate servers. GPU: RTX 5080 handles 1080p/1440p with ease, VRAM usage ~6GB at 4K. Bottleneck: Minimal; CPU-limited at low resolutions, GPU-limited at 4K. No significant bottleneck.

CPU: The 9800X3D handles crowd physics and AI logic efficiently, but Cyberpunk is heavily GPU-bound with ray tracing. GPU: RTX 5080 with 16GB VRAM is sufficient for 4K with DLSS; VRAM usage ~12GB at 4K ultra with RT. Bottleneck: GPU-limited at all resolutions; CPU rarely maxed out.

CPU: Extremely CPU-light; 9800X3D provides massive headroom for high FPS, physics/logic trivial. GPU: RTX 5080 overkill; VRAM usage <4GB. Bottleneck: CPU-limited only at very low settings; no real bottleneck.

CPU: 9800X3D handles building physics and large player counts well. GPU: RTX 5080 delivers high FPS with ray tracing; VRAM ~8GB at 4K epic. Bottleneck: GPU-limited at 4K with RT; CPU-limited at 1080p competitive settings.

CPU: Very light; 9800X3D provides massive FPS headroom. GPU: RTX 5080 overkill; VRAM usage <3GB. Bottleneck: No bottleneck; CPU and GPU both underutilized.

Overall, the build is extremely balanced. At 1080p, CPU may slightly bottleneck in some titles, but FPS remains well above 240Hz. At 1440p and 4K, GPU is the primary limiter. No significant bottleneck in any tested game.

This build will remain high-end for 5-7 years. The 9800X3D's 3D V-Cache ensures longevity in CPU-bound games, and the RTX 5080 with 16GB VRAM will handle next-gen titles at 1440p/4K for years. Only potential upgrade is GPU in 4-5 years for ray tracing heavy workloads.