UniQ workstation builder
Pick the platform and the parts. The part number and the price update as you go. Add the configuration to your cart, or send it for a quote.
Step 1
Choose a platform
Base configuration
- Processor
- Intel Core Ultra 9 285K
- Memory
- 32GB DDR5 6400MT/s
- Graphics
- NVIDIA GeForce RTX 5090 OC 32GB
- Storage
- 2TB SK Hynix NVMe M.2
- Wireless
- Realtek WiFi
TAA compliant · Assembled in USA · Full traceability of components provided
Step 2
Configure the build
Your configuration
Full SKU
UQ-HRM421
Estimated total
$7,489.99
Need a part that isn't listed? Request a customization and a specialist will scope it.
Have this UniQ HRM4 Workstation quoted
Tell us what the machine has to run and where it lives. A specialist confirms the configuration, then quotes the machine and the services around it together.
How the builder composes a machine
Each platform in the line is a chassis, a board and a thermal envelope; that is what the tier actually decides. Everything the builder then asks you is a choice that fits inside it: which accelerator, how much memory, how much storage, which operating system. Pick one option per group and the configuration is complete; leave a group unanswered and the estimate is withheld rather than guessed at.
The SKU on the right is built the same way the machine is. It starts from the platform's own stem and appends one character per group, in the order the groups appear, so the part number reads as a description of the build rather than a lookup key: change the accelerator and one character changes. That is the part number the cart, the catalog and a quote all use, and the one that follows the machine through staging, delivery and warranty.
The figure beside it is an estimate and it behaves conservatively on purpose. It is the platform's own figure plus the difference each choice makes. If any component in the chain has no current figure, the whole estimate says so instead of quietly leaving that component out, and the build goes to a quote instead of the cart. A subtotal that silently omits a part is worse than no subtotal at all, because it looks finished.
What a parts list cannot tell you
A component list is not a workload. Whether a build is right depends on what it has to run: model size and precision for machine-learning work, dataset size and residency for analytics, project length and codec for media, licence entitlements for simulation and CAD. Those set memory, accelerator class and storage far more decisively than a preference does, which is why the follow-up asks about the work rather than the parts.
The room is the other half: power draw, circuit availability, rack depth and units, airflow and acoustic tolerance, and whether the machine sits under a desk, in a comms cupboard or in a datacenter. If any of that is uncertain, send the build for a quote and we scope it first. It is also where the larger tiers stop being a single box: multi-accelerator and cluster builds carry interconnect, power and cooling as design decisions, not options on a form.
Then there is everything around the machine. Operating system and application licensing, imaging and standard-build configuration, asset tagging, warranty term and on-site response, and end-of-life disposal for what it replaces. Uniqcli quotes those on the same document as the hardware rather than leaving them to someone else. Where a build has to be made to spec, that is a service line beside the parts.
Buying a configuration
A configuration with a published price adds to your cart and checks out like any other product on this site. Sending a configuration for a quote commits you to nothing; a specialist replies with the questions that settle the build, then a firm quote.
NDAA §889 covered-entity screening is performed on every order, and TAA (FAR 52.225-5) country of origin is verified on request against the specific parts you are buying. That is a screening service run at the time you buy, never a blanket certification asserted about a product in advance.
Naming a processor or an accelerator on this page describes what goes in the machine. It is not an endorsement by, or a relationship with, its manufacturer. Where a different part is the better answer for the workload, we will say so before you order.
Turn the configuration into a quote
Send the build from this page, or just the workload it has to run. We scope what a parts list cannot reach (power, rack and acoustics, licensing, imaging, warranty term and disposal of what it replaces) and return one complete quote, TAA verified on request.
Work through the details
Compute & memory
UniQ component envelope worksheet
Record the documented physical envelope and fan-header current for a proposed supported UniQ build.
Example inputs · Replace these with your measurements to build your plan.
Use clearance with the intended fans/radiator already accounted for.
Method, example and sources
- Record the exact chassis layout with its fans and radiator installed.
- Subtract GPU, cooler and PSU body dimensions from their documented envelopes; compare slot thickness separately.
- Sum maximum fan current on one header and compare its documented limit.
- Keep socket/mount and cable-clearance evidence separate from size arithmetic and submit the supported UniQ configuration for review.
Worked example. A 330 mm GPU in a documented 340 mm envelope leaves 10 mm of body-length margin. Three 0.2 A fans total 0.6 A against an entered 1 A header limit; startup behavior still needs its own evidence.
Planning result · confirm model details
Physical clearances and fan-current ledger
This manual worksheet supports a UniQ configuration review; it does not create an all-brand compatibility catalog.
- GPU length margin
- 10mm
- Cooler height margin
- 10mm
- PSU length margin
- 40mm
- Fan header current
- 0.6A
| Check | Entered result |
|---|---|
| GPU length | Within entered limits |
| GPU slot envelope | Within entered limits |
| CPU cooler height | Within entered limits |
| PSU body | Within entered limits |
| Fan current | Within entered limits |
| Cooler mounting | Unknown |
- Do not subtract radiator thickness again when the entered clearance already includes it.
- Cable bend/connector envelope, fan starting current, header control, radiator interference and exact supported UniQ BOM require review. Geometry does not predict airflow or cooling performance.
Compute & memory
UniQ PSU and approved cable worksheet
Compare an entered DC load/headroom target with PSU capacity and separate approved harness counts.
Example inputs · Replace these with your measurements to build your plan.
Method, example and sources
- Sum the entered complete-system DC loads without treating a nameplate as measured consumption.
- Divide by the usable capacity fraction to expose the selected unused headroom.
- Convert DC load to AC input only using a load-specific stated efficiency.
- Check approved GPU/EPS harness counts and exact OEM cable rules separately within the supported UniQ BOM.
Worked example. A 600 W planned DC load with 20% of capacity unused requires 750 W of output capacity. At an entered 90% efficiency it draws about 666.7 W AC; an 850 W PSU has 100 W above that planning target, before model-specific transient review.
Planning result · confirm model details
System DC budget and cable evidence
This supports review of a first-party UniQ configuration. It is not an all-brand PSU approval from TDP labels.
- Entered system DC load
- 600W
- Output capacity target
- 750W DC
- Capacity above target
- 100W DC
- AC input at entered efficiency
- 666.667W AC
| Check | Result |
|---|---|
| PSU output target | Within entered limits |
| Approved GPU harness count | Within entered limits |
| Approved CPU EPS count | Within entered limits |
| Exact cable / transient / GPU rules | Unknown |
- Counts refer to complete approved harness paths, not interchangeable loose plugs. Same-brand modular cables can still have different pinouts.
- Validate startup/transients, power rails, adapters, cable bend space, thermal environment and the manufacturer’s recommended PSU configuration separately. Efficiency converts output load to input; it does not increase output capacity.