Ready to Ship
Apex Titan workstation
Warranty
1 year
Delivery
Arrives by 3 November
Configuration
AED 1,189
AED 620
AI Performance Benchmarks
Adobe Premiere Pro
Optimization Level
Standard Project
85/100
Pro Project
70/100
Extreme Project
55/100
Blender 3D
Optimization Level
Standard Project
90/100
Pro Project
75/100
Extreme Project
60/100
Fusion 360
Optimization Level
Standard Project
95/100
Pro Project
80/100
Extreme Project
65/100
Autodesk Revit
Optimization Level
Standard Project
80/100
Pro Project
65/100
Extreme Project
50/100
The CPU (Ryzen 5 7600) with 6 cores/12 threads is sufficient for standard editing, but for Pro and Extreme workloads with multi-layer 4K timelines, it may become a bottleneck. The GPU (RX 9060 XT) with 16GB VRAM accelerates effects and rendering, but for heavy color grading and motion graphics, the GPU is adequate. However, for 4K export, the CPU may limit performance due to lower core count compared to higher-end CPUs. Bottleneck risk: CPU in heavy multi-timeline and export tasks.
The CPU handles physics simulations and scene logic well, but for complex simulations (e.g., fluid, cloth) at high resolution, it may struggle. The GPU with 16GB VRAM is excellent for rendering with Cycles, and the RDNA 4 architecture supports hardware ray tracing. For 4K renders, the GPU is strong, but the CPU may bottleneck during viewport navigation and complex scene preparation. Bottleneck risk: CPU in complex simulations and viewport performance.
This CAD software relies heavily on single-core CPU performance. The Ryzen 5 7600 has good single-core speed, so it handles standard and pro assemblies well. For extreme assemblies with thousands of components, the 6-core CPU may lag. The GPU is not heavily utilized in CAD, but it provides smooth viewport performance. 16GB VRAM is overkill but fine. Bottleneck risk: CPU in extremely large assemblies and complex simulations.
Revit is CPU-intensive, especially for large models and rendering. The Ryzen 5 7600 with 6 cores is adequate for standard projects, but for pro and extreme projects with many elements and detailed renderings, it may become a bottleneck. The GPU is used for viewport and some rendering, but 16GB VRAM is more than enough. Bottleneck risk: CPU in large model regeneration and rendering.
Overall, the build is well-balanced for these workloads. The CPU is the primary bottleneck for extreme workloads, while the GPU is sufficient for most tasks. The 16GB RAM is adequate but may be limiting for extreme multitasking. The storage is fast, reducing load times. The power supply is sufficient. The cooling is adequate for stock settings.
This build should remain capable for 3-5 years for these applications. However, as software becomes more multi-threaded, the 6-core CPU may become a limiting factor. The GPU with 16GB VRAM is future-proof for 4K content creation. Upgrading to a higher-core CPU (e.g., Ryzen 7 or 9) and adding more RAM (32GB) would extend its lifespan.
The CPU handles physics simulations and scene logic well, but for complex simulations (e.g., fluid, cloth) at high resolution, it may struggle. The GPU with 16GB VRAM is excellent for rendering with Cycles, and the RDNA 4 architecture supports hardware ray tracing. For 4K renders, the GPU is strong, but the CPU may bottleneck during viewport navigation and complex scene preparation. Bottleneck risk: CPU in complex simulations and viewport performance.
This CAD software relies heavily on single-core CPU performance. The Ryzen 5 7600 has good single-core speed, so it handles standard and pro assemblies well. For extreme assemblies with thousands of components, the 6-core CPU may lag. The GPU is not heavily utilized in CAD, but it provides smooth viewport performance. 16GB VRAM is overkill but fine. Bottleneck risk: CPU in extremely large assemblies and complex simulations.
Revit is CPU-intensive, especially for large models and rendering. The Ryzen 5 7600 with 6 cores is adequate for standard projects, but for pro and extreme projects with many elements and detailed renderings, it may become a bottleneck. The GPU is used for viewport and some rendering, but 16GB VRAM is more than enough. Bottleneck risk: CPU in large model regeneration and rendering.
Overall, the build is well-balanced for these workloads. The CPU is the primary bottleneck for extreme workloads, while the GPU is sufficient for most tasks. The 16GB RAM is adequate but may be limiting for extreme multitasking. The storage is fast, reducing load times. The power supply is sufficient. The cooling is adequate for stock settings.
This build should remain capable for 3-5 years for these applications. However, as software becomes more multi-threaded, the 6-core CPU may become a limiting factor. The GPU with 16GB VRAM is future-proof for 4K content creation. Upgrading to a higher-core CPU (e.g., Ryzen 7 or 9) and adding more RAM (32GB) would extend its lifespan.
