Category Archives: DIY

Stable Diffusion performance is almost entirely determined by GPU VRAM. Here’s the exact hardware breakdown for SD 1.5, SDXL, FLUX.1, and AI video generation in Singapore.

DaVinci Resolve is GPU-first — its entire colour engine runs on your graphics card. Here’s the exact hardware breakdown for colourists and post-production professionals in Singapore.

After Effects’ RAM Preview system makes memory the most critical component. Here’s the exact hardware breakdown for motion graphics artists — RAM, CPU, GPU, and storage explained.

Cinema 4D with Redshift GPU rendering needs both fast CPU cores and high-VRAM GPU. Here’s the exact hardware breakdown for motion designers, VFX artists, and broadcast studios.

SketchUp Pro runs well on mid-range hardware for standard modelling — but add V-Ray or Enscape and GPU demands jump sharply. Here’s the exact hardware breakdown for architects and designers.

AutoCAD rewards fast single-core CPUs and enough RAM for your drawing complexity. Here’s the exact hardware breakdown for 2D drafting and 3D workflows — from basic requirements to optimal performance.

Running LLMs and AI models locally is all about VRAM. Here’s the exact hardware breakdown for 7B to 70B+ models — GPU, RAM, CPU, and storage — for serious local AI inference in Singapore.

Photoshop rewards fast single-core CPUs and enough RAM to avoid the scratch disk. Here’s the exact hardware breakdown for photographers and designers — from web work to 100MP compositing.

4K video editing in Premiere Pro demands fast multi-core CPUs, 32GB RAM, and a GPU with 8GB VRAM. Here’s exactly what you need — and what you can skip.

Blender is free but your GPU needs to be serious. Here’s the exact hardware breakdown for 3D modelling, sculpting, and Cycles rendering — from hobbyist to full production.