Ready to Ship
Nexus Prime Gaming Pc
Out of Stock
Warranty
1 year
Delivery
Arrives by 2 November
Configuration
MOTHERBOARD
AED 1,554
AI Performance Benchmarks
Counter-Strike 2
Estimated Frame Rates
1080p Ultra
400 FPS
1440p Ultra
350 FPS
4K Ultra
250 FPS
Cyberpunk 2077
Estimated Frame Rates
1080p Ultra
180 FPS
1440p Ultra
140 FPS
4K Ultra
90 FPS
Valorant
Estimated Frame Rates
1080p Ultra
500 FPS
1440p Ultra
450 FPS
4K Ultra
300 FPS
Fortnite
Estimated Frame Rates
1080p Ultra
350 FPS
1440p Ultra
280 FPS
4K Ultra
180 FPS
League of Legends
Estimated Frame Rates
1080p Ultra
600 FPS
1440p Ultra
500 FPS
4K Ultra
350 FPS
Forza Horizon 6
Estimated Frame Rates
1080p Ultra
200 FPS
1440p Ultra
160 FPS
4K Ultra
110 FPS
S.T.A.L.K.E.R. 2
Estimated Frame Rates
1080p Ultra
120 FPS
1440p Ultra
95 FPS
4K Ultra
60 FPS
Alan Wake 2
Estimated Frame Rates
1080p Ultra
140 FPS
1440p Ultra
110 FPS
4K Ultra
75 FPS
CPU: The Ryzen 9 9950X3D's 3D V-Cache provides massive physics and logic throughput, ensuring high 1% lows even in smoke-heavy scenarios. GPU: RTX 5090 handles 1080p/1440p with ease, VRAM usage is low (<8GB). Bottleneck: None at any resolution; CPU-limited at 1080p but still >400 FPS.
CPU: The 16-core CPU handles NPC AI and physics well, but the game is GPU-bound at 4K with ray tracing. GPU: RTX 5090 with 32GB VRAM excels at 4K with max RT, but VRAM usage can hit 20GB+ with path tracing. Bottleneck: Slight CPU bottleneck at 1080p, GPU-bound at 4K.
CPU: Extremely CPU-light; the 9950X3D delivers massive FPS due to high clock speeds and cache. GPU: RTX 5090 is overkill, but ensures no frame drops. Bottleneck: None; CPU-limited but still >500 FPS.
CPU: Handles building physics and large-scale battles without breaking a sweat. GPU: RTX 5090 provides high FPS even with ray tracing enabled. VRAM usage moderate (~10GB at 4K). Bottleneck: None; GPU-bound at 4K with RT.
CPU: The game is heavily CPU-bound; the 9950X3D's cache minimizes latency, resulting in extremely high FPS. GPU: RTX 5090 is unnecessary but ensures smoothness. Bottleneck: None; CPU-limited but >600 FPS.
CPU: Physics simulation for car handling and AI is handled effortlessly. GPU: RTX 5090 delivers high FPS at 4K with max settings; VRAM usage ~12GB. Bottleneck: None; well-balanced.
CPU: The game's A-Life system and physics are demanding; the 9950X3D's cache helps maintain stable FPS in open-world areas. GPU: RTX 5090 handles 4K with DLSS, but VRAM usage can exceed 16GB with high textures. Bottleneck: Slight CPU bottleneck in dense areas at 1080p; GPU-bound at 4K.
CPU: The game is GPU-heavy; CPU handles logic and physics without issues. GPU: RTX 5090 with 32GB VRAM is ideal for 4K with path tracing, using up to 24GB VRAM. Bottleneck: None; GPU-bound at all resolutions.
Overall, the build is extremely well-balanced. At 1080p, some esports titles are CPU-bound but still deliver >400 FPS. At 4K, the GPU is the primary bottleneck in demanding titles, but no component significantly limits performance. Score: 9.5/10.
This build will remain high-end for 5-7 years. The 32GB VRAM on the RTX 5090 ensures future 4K textures and ray tracing demands are met. The AM5 platform supports future CPU upgrades. Only potential upgrade is faster DDR5 memory or PCIe 5.0 storage, but current specs are already top-tier.
CPU: The 16-core CPU handles NPC AI and physics well, but the game is GPU-bound at 4K with ray tracing. GPU: RTX 5090 with 32GB VRAM excels at 4K with max RT, but VRAM usage can hit 20GB+ with path tracing. Bottleneck: Slight CPU bottleneck at 1080p, GPU-bound at 4K.
CPU: Extremely CPU-light; the 9950X3D delivers massive FPS due to high clock speeds and cache. GPU: RTX 5090 is overkill, but ensures no frame drops. Bottleneck: None; CPU-limited but still >500 FPS.
CPU: Handles building physics and large-scale battles without breaking a sweat. GPU: RTX 5090 provides high FPS even with ray tracing enabled. VRAM usage moderate (~10GB at 4K). Bottleneck: None; GPU-bound at 4K with RT.
CPU: The game is heavily CPU-bound; the 9950X3D's cache minimizes latency, resulting in extremely high FPS. GPU: RTX 5090 is unnecessary but ensures smoothness. Bottleneck: None; CPU-limited but >600 FPS.
CPU: Physics simulation for car handling and AI is handled effortlessly. GPU: RTX 5090 delivers high FPS at 4K with max settings; VRAM usage ~12GB. Bottleneck: None; well-balanced.
CPU: The game's A-Life system and physics are demanding; the 9950X3D's cache helps maintain stable FPS in open-world areas. GPU: RTX 5090 handles 4K with DLSS, but VRAM usage can exceed 16GB with high textures. Bottleneck: Slight CPU bottleneck in dense areas at 1080p; GPU-bound at 4K.
CPU: The game is GPU-heavy; CPU handles logic and physics without issues. GPU: RTX 5090 with 32GB VRAM is ideal for 4K with path tracing, using up to 24GB VRAM. Bottleneck: None; GPU-bound at all resolutions.
Overall, the build is extremely well-balanced. At 1080p, some esports titles are CPU-bound but still deliver >400 FPS. At 4K, the GPU is the primary bottleneck in demanding titles, but no component significantly limits performance. Score: 9.5/10.
This build will remain high-end for 5-7 years. The 32GB VRAM on the RTX 5090 ensures future 4K textures and ray tracing demands are met. The AM5 platform supports future CPU upgrades. Only potential upgrade is faster DDR5 memory or PCIe 5.0 storage, but current specs are already top-tier.
