
AI workstations
An AI workstation is a desk-side computer with one or two professional GPUs, for one person or a small team running models, rendering or training experiments where they work. It is the right choice when the work is interactive and the machine has to live in an office.
When it fits
The right choice when
- One person, or a few, use it directly at a desk.
- The work is interactive: creative applications, development, notebooks.
- It has to be quiet enough for an office and run from ordinary power.
- Data should stay on the machine in front of you.
Look elsewhere when
- Many people need to use it at the same time as a shared service.
- It has to run unattended around the clock for a team; see AI agent servers.
- You need more GPUs than a tower can cool; see AI servers.
- Your models need passive server GPUs, which a workstation cannot cool.
What decides the configuration
The variables we work through with you before recommending anything.
| Criterion | Why it matters | What we check |
|---|---|---|
| GPU memory (VRAM) | Decides the largest model, scene or batch you can load. | Your largest model and settings, then a safety margin. |
| Number of GPUs | Two GPUs double memory, but need space, lanes and cooling. | PCIe slots and lanes, card thickness and airflow. |
| System memory | Datasets, caches and big scenes live in RAM before the GPU. | Dataset and scene sizes; ECC where results matter. |
| Power and acoustics | A high-end GPU can draw as much as a small heater. | Your office circuit and the noise you can accept. |
| Software stack | CUDA, ROCm and application versions must line up. | Exact applications, frameworks and operating system. |
| Storage | Model files, caches and media add up quickly. | Fast NVMe for active work, bulk storage for archives. |
Professional or consumer GPU?
Neither is better for everyone. The right one depends on what you run and how you run it.
Professional GPUs
More memory per card, ECC memory, drivers certified for professional applications, and cooler designs that suit two cards side by side.
Consumer GPUs
Often cheaper for the compute they offer and fine for some solo work, but less memory per card and drivers aimed at games.
How we decide
We start from your largest model or scene, your software's certification needs and how many cards you need, then recommend the cheaper option when it is enough.
Reference builds
Configuration examples to start from. Every one is validated against your workload before quoting.
GPUs we build with
Related guides
Common questions
Can I use a gaming GPU instead?
Sometimes. For solo experiments a consumer card can be enough. For large models, two-card setups, certified applications or ECC memory, a professional card is usually the better buy. We tell you which applies to you.
How many GPUs fit in a workstation?
Usually one or two full-size cards. More than two needs a server chassis to cool them properly.
Windows or Linux?
Both work for many tools. Most AI frameworks are best supported on Linux; many creative applications are Windows-first. We configure whichever your software needs, or dual boot.
How loud is it?
It depends on the GPU and the load. We choose the chassis and fans for office use and tell you what to expect under sustained work.
Configure a workstation for your work
Tell us what you run and we will recommend a configuration, check compatibility and quote it.