Every guide here starts from the same question: what are you trying to run?
That is not the question most hardware coverage answers. A GPU review will tell you frame rates; it will not tell you whether the card holds a 32-billion-parameter model in memory, which is the only thing that matters if you are running one. A mini PC review will measure boot time and skip memory bandwidth entirely — the single specification that most determines local inference speed.
So our guides are organised by workload. Each one names the buyer it is written for, states the constraints, and works from there to the hardware. Each one also names who should not buy the recommendation, because a pick with no stated limits is a ranking rather than advice.
How to read a guide here
Every recommendation names its buyer. “Best Overall” always means best overall for the workload in the title, not best in some absolute sense.
Scores follow a published rubric. The nine criteria and what each band means are set out in our review methodology.
The basis of every assessment is stated on the page. Directly under the headline you will find whether a piece rests on manufacturer specifications, on third-party benchmark data, or on hardware we tested ourselves. We do not blur those categories.
We do not publish prices. A price captured at writing is wrong within days. We classify products into broad bands and link out so you see the current figure yourself.
Latest buying guides
- Buying Guide Best GPUs Under $1,000 for AI The best card at this budget is usually not a current one. New tops out at 16 GB; used reaches 24 —…
- Buying Guide Best NAS for AI Developers A NAS for model weights is optimised differently from one for media — throughput, cache and memory matter, and the transcoding engine…
- Buying Guide Best NAS Drives for AI Datasets The enclosure is the visible decision; the drives determine whether the array survives its first failure. CMR, workload ratings, and the batch-diversity…
- Buying Guide Best Mini PCs for Developers Sustained multi-core performance is what makes a development machine feel fast — and configured TDP, which no listing publishes, is why two…
- Buying Guide Best AI Workstations Under $2,000 What this budget actually reaches — 16 GB comfortably, 24 GB used — and the one thing it does not buy at…
- Buying Guide Best KVM Switches for Developers and Homelabs Check your monitor first — many already have one. If not: two different products share this name, and bandwidth and EDID handling…
- Buying Guide Best 10GbE Switches for Homelabs Ten-gigabit at home is now silent and cheap — but only worth buying if your storage can fill it. The SFP+ versus…
- Buying Guide Best 10GbE Network Adapters and Cards The half of every link people forget to budget for. Which card to buy, why SFP+ runs at a third of the…
- Buying Guide Best GPUs for Stable Diffusion and ComfyUI Image generation inverts the usual AI hardware advice — compute decides your speed, not memory bandwidth, and a card we call limited…
- Buying Guide Best NVMe SSDs for AI Workloads Storage is the component most over-bought for AI. Weights load once and then run from memory — capacity, sustained writes and thermals…
- Buying Guide Best Monitors for Developers Pixel density decides whether text is comfortable all day — and the right target depends on whether you are on macOS, Windows…
- Buying Guide Best AI Workstations in 2026 Complete systems for local AI, chosen by what they can actually run. The decision is capacity against bandwidth — and which side…
Browse by hardware
Every guide sits under one of eight pillars. Start from the category you are shopping in.
- AI Workstations Complete desktop and tower systems for local AI, model fine-tuning and heavy development workloads — chosen by what…
- GPUs Graphics cards evaluated for AI work, where VRAM capacity and memory bandwidth usually matter far more than raw…
- Mini PCs Small-form-factor systems for homelabs, always-on inference nodes and quiet desk setups, including the new generation of unified-memory machines.
- Local AI Hardware requirements, memory maths and capability guides for running language and image models on your own machine.
- Homelab Servers, racks, power and the supporting infrastructure that keeps a self-hosted lab running reliably.
- Storage SSDs, NAS units and dataset storage sized for model weights, checkpoints and training data.
- Networking Switches, routers and adapters for moving large models and datasets around a lab without waiting on gigabit.
- Developer Gear Monitors, keyboards, docks and desk hardware chosen for people who spend the working day in an editor and…