Machines built for the render queue, the point cloud, and the 4am deadline.

Revit doesn't want what Blender wants.

"A fast computer" means something different in every application. Revit and most CAD packages lean hard on single-core CPU speed — a machine with more cores but a slower clock actually feels worse in a big model. Blender's Cycles, V-Ray GPU and Twinmotion live on the graphics card and its VRAM: run out of video memory on a heavy scene and the render simply fails. Point-cloud work and large assemblies devour RAM. Video editing wants all three, plus storage fast enough to scrub 4K footage without stutter.

That's why we start with your software list, your typical project size and where you feel the wait — then spec around the real bottleneck. Often that means a higher-clocked CPU and a bigger GPU instead of an expensive core count that would sit idle; sometimes it means doubling VRAM rather than upgrading anything else. You pay for performance you'll feel, not numbers on a spec sheet.

Every workstation is assembled at our Gregory Hills workshop, burn-in tested under sustained CPU and GPU load, and delivered with drivers, your applications and colour-calibrated displays if you need them — ready to open the current project, not a benchmark.

• NVIDIA RTX graphics specced to your render engine and VRAM needs
• High-clock Intel or AMD CPUs for CAD viewport speed
• 64GB–256GB RAM for large models and point clouds
• NVMe storage tiered for projects, cache and archive
• Cooling built for hours-long sustained renders, quietly
• Burn-in stress test before delivery, warranty on all labour