A workstation PC is designed for professional use, stability and demanding software workflows. While gaming PCs focus mainly on gaming performance, workstation PCs are better suited for tasks such as video editing, 3D rendering, CAD, engineering, AI tools and heavy multitasking.

Yes. BYB Computers can help configure a custom workstation PC based on your software, workflow, budget and performance needs. We can recommend a suitable system for AI, LLMs, video editing, 3D rendering, CAD, engineering, content creation and professional multitasking.

Yes. If you are unsure where to start, simply contact BYB Computers and tell us what software you use, your main workload, your budget and any performance requirements. Our team can help recommend a suitable workstation PC for your needs.

Running AI agents, local LLMs or AI tools depends heavily on GPU performance and VRAM. In simple terms, the larger and more complex the AI model, the more GPU memory it usually needs. A graphics card with more VRAM can help larger models run more efficiently and reduce reliance on slower system memory or CPU offloading.

For local AI work, we usually recommend focusing on a strong NVIDIA RTX GPU, generous VRAM, sufficient system RAM, fast NVMe SSD storage and reliable cooling. The right configuration depends on the AI tools you use, the model size, whether you are running inference, testing agents, using RAG workflows or doing heavier development work. BYB Computers can recommend a suitable workstation based on your AI workflow and budget.

NVIDIA also explains that larger LLMs need more GPU memory, and quantized models are often used to fit models into less VRAM.

For 3D rendering, the right workstation depends on whether your software uses GPU rendering, CPU rendering or both. GPU rendering workflows usually benefit from a powerful graphics card, more VRAM and strong cooling. CPU rendering workflows may benefit more from higher core-count processors and sufficient system memory.

If you use Blender, Unreal Engine, V-Ray, Octane, Cinema 4D or similar tools, the best configuration depends on scene complexity, texture size, render engine and whether your projects rely on GPU acceleration. Blender’s official documentation confirms that GPU rendering can use technologies such as CUDA, OptiX, HIP, oneAPI or Metal depending on the GPU and platform.

The right PC for video editing depends on the software you use and how complex your projects are. If you mainly edit short-form content using lighter tools such as CapCut, you may not need a high-end workstation. A well-balanced PC with a modern CPU, sufficient RAM and fast SSD storage may be enough for basic editing, social media videos and everyday content creation.

For heavier video editing workflows, such as 4K projects, multi-layer timelines, colour grading, effects, Adobe Premiere Pro, After Effects or DaVinci Resolve, a stronger workstation can make a big difference. In those cases, we usually recommend a balanced CPU and GPU, more RAM, fast NVMe SSD storage and reliable cooling for smoother playback, editing and export performance.

BYB Computers can recommend a suitable video editing PC based on your editing software, footage resolution, project size and budget.

The right workstation PC depends on the software you use and whether your workflow relies more on CPU performance, GPU acceleration, memory capacity or long-term stability.

For 3D rendering, a strong GPU with sufficient VRAM is often important, especially for GPU-based rendering, large scenes, textures and visualisation work. For CPU-based rendering or simulation tasks, a higher-core processor and enough system memory may be more important.

For CAD, architecture and engineering software, stability, responsive performance and software compatibility are key. A suitable workstation may need a strong CPU, reliable graphics performance, sufficient RAM, fast SSD storage and effective cooling, especially when working with large models, assemblies, drawings or technical project files.

BYB Computers can help recommend a workstation based on your software, project size, rendering method, budget and performance requirements.