Ready to Ship
Apex Canvas Studio Workstation
Warranty
1 year
Delivery
Arrives by 3 November
Configuration
AED 2,699
AI Performance Benchmarks
Adobe Premiere Pro
Optimization Level
Standard Project
85/100
Pro Project
70/100
Extreme Project
45/100
Blender 3D
Optimization Level
Standard Project
90/100
Pro Project
75/100
Extreme Project
50/100
Fusion 360
Optimization Level
Standard Project
95/100
Pro Project
80/100
Extreme Project
55/100
SketchUp Pro
Optimization Level
Standard Project
100/100
Pro Project
85/100
Extreme Project
60/100
SolidWorks
Optimization Level
Standard Project
90/100
Pro Project
75/100
Extreme Project
50/100
CPU: Ultra 7 265KF excels in timeline scrubbing and effects processing with high single-core speed. GPU: RTX 5060 handles hardware encoding/decoding and GPU-accelerated effects; VRAM (likely 12GB) sufficient for 4K timelines but may bottleneck with heavy multi-layer 4K+ effects. Bottleneck risk: GPU VRAM at extreme projects.
CPU: Strong multi-core performance for Cycles rendering and physics simulations. GPU: RTX 5060 with CUDA/Optix accelerates viewport and final rendering; VRAM may limit complex scenes with high-poly models and textures. Bottleneck risk: GPU VRAM in extreme scenes.
CPU: High single-core speed for parametric modeling and CAM operations. GPU: RTX 5060 handles viewport and rendering; VRAM adequate for moderate assemblies. Bottleneck risk: CPU in complex simulations.
CPU: Excellent single-core performance for modeling and real-time feedback. GPU: RTX 5060 provides smooth viewport navigation and rendering; VRAM sufficient for large models. Bottleneck risk: CPU in heavy geometry operations.
CPU: Strong single-core for feature-based modeling and simulations. GPU: RTX 5060 with certified drivers for viewport performance; VRAM adequate for medium assemblies. Bottleneck risk: CPU in large assembly rebuilds.
Overall, the build is well-balanced for these workloads. The RTX 5060's VRAM (likely 12GB) may be a bottleneck in extreme 4K projects with heavy textures or multi-layer effects. The CPU is strong but could be limiting in heavily multi-threaded tasks like rendering.
This build will remain capable for 3-5 years for standard to pro workloads. Extreme workloads may require GPU upgrade in 2-3 years as VRAM demands increase. CPU should handle next-gen software updates.
CPU: Strong multi-core performance for Cycles rendering and physics simulations. GPU: RTX 5060 with CUDA/Optix accelerates viewport and final rendering; VRAM may limit complex scenes with high-poly models and textures. Bottleneck risk: GPU VRAM in extreme scenes.
CPU: High single-core speed for parametric modeling and CAM operations. GPU: RTX 5060 handles viewport and rendering; VRAM adequate for moderate assemblies. Bottleneck risk: CPU in complex simulations.
CPU: Excellent single-core performance for modeling and real-time feedback. GPU: RTX 5060 provides smooth viewport navigation and rendering; VRAM sufficient for large models. Bottleneck risk: CPU in heavy geometry operations.
CPU: Strong single-core for feature-based modeling and simulations. GPU: RTX 5060 with certified drivers for viewport performance; VRAM adequate for medium assemblies. Bottleneck risk: CPU in large assembly rebuilds.
Overall, the build is well-balanced for these workloads. The RTX 5060's VRAM (likely 12GB) may be a bottleneck in extreme 4K projects with heavy textures or multi-layer effects. The CPU is strong but could be limiting in heavily multi-threaded tasks like rendering.
This build will remain capable for 3-5 years for standard to pro workloads. Extreme workloads may require GPU upgrade in 2-3 years as VRAM demands increase. CPU should handle next-gen software updates.
