Chiamaka runs a fashion design studio in Abuja. Her work has increasingly moved toward digital fashion — CLO3D simulations for client presentations, virtual try-on, and fabric behavior previsualization. She had been running it on a high-end laptop because no one had told her what a difference a real workstation would make.
CLO3D's garment simulation engine is GPU-accelerated. Real-time simulation complexity scales directly with GPU performance. On her laptop's mobile GPU, complex multi-layer garments with physics simulations ran at 8-10 fps — functional, but not the real-time creative flow the software is designed to support.
The Build
Her workflow is specific: CLO3D simulation and rendering, Adobe Illustrator for pattern work, and occasional Adobe After Effects for portfolio presentations. We built around the simulation bottleneck:
- Intel Core i7-14700K (balanced workstation performance)
- 32GB DDR5-6000 (simulation and rendering comfortably in memory)
- NVIDIA RTX 4070 Ti Super 16GB (VRAM headroom for complex simulation scenes)
- 1TB NVMe PCIe 5.0 primary + 2TB secondary
- 850W 80+ Gold PSU
What Changed
Complex garment simulations that ran at 8fps now run at 55-60fps in real time. She can adjust fabric weight, tension, and layering and see the result instantly. Client presentation prep time dropped significantly because she no longer needs to pre-render everything and hope it looks right.