Ready to Ship
High Octane Workstation
Warranty
1 year
Delivery
Arrives by 3 November
Configuration
AED 1,646
AED 620
COOLING
AED 325
AI Performance Benchmarks
Bruno
Optimization Level
Standard Project
95/100
Pro Project
85/100
Extreme Project
70/100
Figma
Optimization Level
Standard Project
100/100
Pro Project
95/100
Extreme Project
90/100
SolidWorks
Optimization Level
Standard Project
90/100
Pro Project
80/100
Extreme Project
65/100
Autodesk Inventor
Optimization Level
Standard Project
85/100
Pro Project
75/100
Extreme Project
60/100
Houdini (SideFX)
Optimization Level
Standard Project
80/100
Pro Project
70/100
Extreme Project
55/100
Android Studio
Optimization Level
Standard Project
95/100
Pro Project
90/100
Extreme Project
85/100
CPU: The Ryzen 9 9900X's 12 cores and high clock speeds handle complex UI logic and multi-threaded tasks efficiently. GPU: The RTX 5080's 16GB VRAM ensures smooth rendering of high-resolution assets and effects. Bottleneck: Minimal; CPU may bottleneck in extreme 4K scenarios with heavy effects.
CPU: Single-thread performance is excellent for real-time vector rendering and interactions. GPU: GPU acceleration is used for canvas rendering; 16GB VRAM is overkill but ensures no lag on huge artboards. Bottleneck: None; both CPU and GPU are well above requirements.
CPU: Multi-core performance accelerates simulation and assembly rebuilds. GPU: Certified drivers and 16GB VRAM handle complex models and real-time rendering. Bottleneck: CPU may bottleneck in extreme assemblies with thousands of parts.
CPU: High single-thread speed for modeling operations; multi-core for stress analysis. GPU: 16GB VRAM supports large assemblies and ray tracing. Bottleneck: Potential CPU bottleneck in complex simulations.
CPU: 12 cores/24 threads are ideal for simulation and procedural generation. GPU: 16GB VRAM is sufficient for most FX, but extreme scenes may exceed VRAM. Bottleneck: CPU can bottleneck in heavy simulation tasks; GPU may bottleneck in rendering with high sample counts.
CPU: Multi-core performance speeds up compilation and emulator responsiveness. GPU: GPU acceleration for emulator graphics; 16GB VRAM is more than enough. Bottleneck: None; RAM and storage are more critical, but this build has ample.
Overall, the build is well-balanced. The CPU and GPU complement each other, with no significant bottlenecks for the listed software at standard and pro levels. At extreme levels, CPU-heavy tasks like Houdini simulations or SolidWorks assemblies may see CPU bottlenecks, while GPU-heavy tasks like 4K rendering may approach VRAM limits.
This build will remain relevant for 5-7 years. The RTX 5080 supports latest APIs and has ample VRAM for upcoming titles. The AM5 platform allows CPU upgrades to future Ryzen generations. Storage and power supply are future-proof. Only potential upgrade path is more RAM if needed.
CPU: Single-thread performance is excellent for real-time vector rendering and interactions. GPU: GPU acceleration is used for canvas rendering; 16GB VRAM is overkill but ensures no lag on huge artboards. Bottleneck: None; both CPU and GPU are well above requirements.
CPU: Multi-core performance accelerates simulation and assembly rebuilds. GPU: Certified drivers and 16GB VRAM handle complex models and real-time rendering. Bottleneck: CPU may bottleneck in extreme assemblies with thousands of parts.
CPU: High single-thread speed for modeling operations; multi-core for stress analysis. GPU: 16GB VRAM supports large assemblies and ray tracing. Bottleneck: Potential CPU bottleneck in complex simulations.
CPU: 12 cores/24 threads are ideal for simulation and procedural generation. GPU: 16GB VRAM is sufficient for most FX, but extreme scenes may exceed VRAM. Bottleneck: CPU can bottleneck in heavy simulation tasks; GPU may bottleneck in rendering with high sample counts.
CPU: Multi-core performance speeds up compilation and emulator responsiveness. GPU: GPU acceleration for emulator graphics; 16GB VRAM is more than enough. Bottleneck: None; RAM and storage are more critical, but this build has ample.
Overall, the build is well-balanced. The CPU and GPU complement each other, with no significant bottlenecks for the listed software at standard and pro levels. At extreme levels, CPU-heavy tasks like Houdini simulations or SolidWorks assemblies may see CPU bottlenecks, while GPU-heavy tasks like 4K rendering may approach VRAM limits.
This build will remain relevant for 5-7 years. The RTX 5080 supports latest APIs and has ample VRAM for upcoming titles. The AM5 platform allows CPU upgrades to future Ryzen generations. Storage and power supply are future-proof. Only potential upgrade path is more RAM if needed.
