Ready to Ship
Pixel Craft Workstation
Warranty
1 year
Delivery
Arrives by 3 November
Configuration
AED 1,189
AI Performance Benchmarks
Adobe Premiere Pro
Optimization Level
Standard Project
95/100
Pro Project
85/100
Extreme Project
70/100
Adobe After Effects
Optimization Level
Standard Project
90/100
Pro Project
80/100
Extreme Project
65/100
Adobe Photoshop
Optimization Level
Standard Project
100/100
Pro Project
95/100
Extreme Project
85/100
Blender 3D
Optimization Level
Standard Project
85/100
Pro Project
75/100
Extreme Project
60/100
SketchUp Pro
Optimization Level
Standard Project
90/100
Pro Project
80/100
Extreme Project
65/100
CPU: The 16-core Ryzen 9 9950X3D excels in timeline scrubbing, encoding, and multi-track playback. GPU: RTX 5070 accelerates effects, color grading, and 4K timeline performance. VRAM 12GB is sufficient for most projects but may limit heavy multi-layer 4K with effects. Bottleneck risk: Low at 1080p/1440p; moderate at 4K with complex effects due to VRAM.
CPU: Strong single-core performance for previews and rendering; multi-core helps with multiprocessing. GPU: RTX 5070 aids in ray-traced 3D and GPU-accelerated effects. VRAM 12GB is adequate for moderate comps but may bottleneck with heavy 3D layers or 4K. Bottleneck risk: Moderate, especially in complex 4K comps with many effects.
CPU: Excellent for filters, large file operations, and batch processing. GPU: Accelerates canvas rendering, smart objects, and 3D features. VRAM 12GB is overkill for 2D work. Bottleneck risk: Very low; CPU/GPU well-balanced.
CPU: 16 cores provide fast CPU rendering (Cycles) and physics simulations. GPU: RTX 5070 with CUDA/Optix accelerates viewport and GPU rendering. VRAM 12GB may limit large scenes or high-res textures. Bottleneck risk: Moderate at 4K or complex scenes; CPU and GPU well-matched for most tasks.
CPU: Strong single-core performance for modeling and navigation. GPU: RTX 5070 handles viewport rendering and shadows. VRAM 12GB is sufficient for typical architectural models. Bottleneck risk: Low; CPU is the primary driver.
Overall, the build is well-balanced for these workloads. The primary bottleneck is VRAM (12GB) for 4K or complex 3D scenes in Premiere, After Effects, and Blender. CPU and GPU are well-matched for standard to pro workloads.
This build will remain capable for 3-5 years for standard to pro workloads. For extreme 4K or future software demands, consider upgrading GPU to 16GB+ VRAM and possibly more RAM (64GB). CPU is future-proof for several years.
CPU: Strong single-core performance for previews and rendering; multi-core helps with multiprocessing. GPU: RTX 5070 aids in ray-traced 3D and GPU-accelerated effects. VRAM 12GB is adequate for moderate comps but may bottleneck with heavy 3D layers or 4K. Bottleneck risk: Moderate, especially in complex 4K comps with many effects.
CPU: Excellent for filters, large file operations, and batch processing. GPU: Accelerates canvas rendering, smart objects, and 3D features. VRAM 12GB is overkill for 2D work. Bottleneck risk: Very low; CPU/GPU well-balanced.
CPU: 16 cores provide fast CPU rendering (Cycles) and physics simulations. GPU: RTX 5070 with CUDA/Optix accelerates viewport and GPU rendering. VRAM 12GB may limit large scenes or high-res textures. Bottleneck risk: Moderate at 4K or complex scenes; CPU and GPU well-matched for most tasks.
CPU: Strong single-core performance for modeling and navigation. GPU: RTX 5070 handles viewport rendering and shadows. VRAM 12GB is sufficient for typical architectural models. Bottleneck risk: Low; CPU is the primary driver.
Overall, the build is well-balanced for these workloads. The primary bottleneck is VRAM (12GB) for 4K or complex 3D scenes in Premiere, After Effects, and Blender. CPU and GPU are well-matched for standard to pro workloads.
This build will remain capable for 3-5 years for standard to pro workloads. For extreme 4K or future software demands, consider upgrading GPU to 16GB+ VRAM and possibly more RAM (64GB). CPU is future-proof for several years.
