Ready to Ship
Aether-Net Gamin Pc
Warranty
1 year
Delivery
Arrives by 2 November
Configuration
AI Performance Benchmarks
FiveM
Estimated Frame Rates
1080p Ultra
200 FPS
1440p Ultra
160 FPS
4K Ultra
110 FPS
Helldivers 2
Estimated Frame Rates
1080p Ultra
180 FPS
1440p Ultra
140 FPS
4K Ultra
90 FPS
Red Dead Redemption 2
Estimated Frame Rates
1080p Ultra
160 FPS
1440p Ultra
120 FPS
4K Ultra
80 FPS
Ghost of Tsushima
Estimated Frame Rates
1080p Ultra
190 FPS
1440p Ultra
150 FPS
4K Ultra
100 FPS
Alan Wake 2
Estimated Frame Rates
1080p Ultra
140 FPS
1440p Ultra
100 FPS
4K Ultra
65 FPS
CPU: The Ryzen 9 9900X3D's 3D V-Cache excels in FiveM's CPU-bound logic, handling many players and scripts with minimal stutter. GPU: RTX 5090 easily pushes high FPS at all resolutions; VRAM usage is moderate (4-6GB), well within 32GB. Bottleneck: Slight CPU bottleneck at 1080p due to single-threaded engine limits, but still very high FPS.
CPU: Handles physics for large-scale enemy swarms and destruction well, with high core utilization. GPU: RTX 5090 delivers smooth performance; VRAM usage around 8-10GB at 4K, no issues. Bottleneck: Minimal; GPU-bound at 4K, CPU-bound at 1080p but still excellent.
CPU: Manages open-world NPC logic and physics efficiently, though not heavily multithreaded. GPU: RTX 5090 handles demanding rendering (lighting, shadows) with ease; VRAM usage ~10GB at 4K. Bottleneck: GPU-bound at 4K, CPU-bound at 1080p but still high FPS.
CPU: Optimized for modern CPUs; 9900X3D provides smooth performance in open-world traversal and combat. GPU: RTX 5090 excels in this well-optimized title; VRAM usage ~8GB at 4K. Bottleneck: Balanced; no significant bottleneck at any resolution.
CPU: Handles complex physics and AI in dense environments; 3D V-Cache helps with texture streaming. GPU: RTX 5090 is pushed hard with path tracing; VRAM usage up to 16GB at 4K with max settings. Bottleneck: GPU-bound at all resolutions; CPU is not a limiting factor.
Overall, the build is extremely well-balanced. At 1080p, some CPU bottleneck may occur in CPU-heavy titles, but FPS remains very high. At 1440p and 4K, GPU is the primary bottleneck, which is ideal. No significant pairing issues.
This build will remain high-end for 5-7 years. The 9900X3D's cache and 5090's VRAM/performance will handle future titles at 4K high settings. PCIe 5.0 storage ensures fast loading. Only potential upgrade is CPU in 5+ years for newer architectures.
CPU: Handles physics for large-scale enemy swarms and destruction well, with high core utilization. GPU: RTX 5090 delivers smooth performance; VRAM usage around 8-10GB at 4K, no issues. Bottleneck: Minimal; GPU-bound at 4K, CPU-bound at 1080p but still excellent.
CPU: Manages open-world NPC logic and physics efficiently, though not heavily multithreaded. GPU: RTX 5090 handles demanding rendering (lighting, shadows) with ease; VRAM usage ~10GB at 4K. Bottleneck: GPU-bound at 4K, CPU-bound at 1080p but still high FPS.
CPU: Optimized for modern CPUs; 9900X3D provides smooth performance in open-world traversal and combat. GPU: RTX 5090 excels in this well-optimized title; VRAM usage ~8GB at 4K. Bottleneck: Balanced; no significant bottleneck at any resolution.
CPU: Handles complex physics and AI in dense environments; 3D V-Cache helps with texture streaming. GPU: RTX 5090 is pushed hard with path tracing; VRAM usage up to 16GB at 4K with max settings. Bottleneck: GPU-bound at all resolutions; CPU is not a limiting factor.
Overall, the build is extremely well-balanced. At 1080p, some CPU bottleneck may occur in CPU-heavy titles, but FPS remains very high. At 1440p and 4K, GPU is the primary bottleneck, which is ideal. No significant pairing issues.
This build will remain high-end for 5-7 years. The 9900X3D's cache and 5090's VRAM/performance will handle future titles at 4K high settings. PCIe 5.0 storage ensures fast loading. Only potential upgrade is CPU in 5+ years for newer architectures.
