Use-case buying guide
Creative, CAD and technical work
without specification guesswork.
Match processors, professional graphics, memory, storage and displays to the exact applications and project sizes.
A practical starting point
The software decides what matters most
CAD, rendering, video, visualisation, data and development can stress completely different components. Use vendor guidance, representative projects and current bottlenecks to shape the system.
Choose the right route
Be generous where it counts
Start with the real requirement, then select the format and specification.
Performance that travels
Mobile workstation
For specialists moving between studios, offices, classrooms or client sites.
- Clear, workload-led specification
- Practical deployment and support
- Sensible useful-life headroom
Sustained desk performance
Desktop workstation
For longer workloads, larger displays, expansion and fixed workspaces.
- Clear, workload-led specification
- Practical deployment and support
- Sensible useful-life headroom
What to look for
Specify around real projects
Translate the working context into clear, supportable requirements.
CPU behaviour
Single-thread speed, core count and sustained performance matter differently across applications.
Confirm the exact requirement before deployment.GPU and VRAM
Check acceleration, certified drivers and working-set size rather than buying by model hierarchy alone.
Confirm the exact requirement before deployment.Memory and scratch storage
Large projects and media benefit from memory headroom and fast, adequately sized SSDs.
Confirm the exact requirement before deployment.Colour and displays
Creative work may require high resolution, reliable colour, calibration and multiple outputs.
Confirm the exact requirement before deployment.Compare the options
Compare the routes
Use these differences as a starting point, then verify the exact model and environment.
Match it to the real world
Different creative and technical workloads
Practical examples to help turn needs into a brief.

CAD and engineering
Model complexity, viewport performance and vendor-certified graphics can shape the workstation.
Check exact application guidance and representative project sizes.Explore the next step
Content creation and post-production
High-resolution media can demand RAM, fast scratch storage, GPU acceleration and colour-capable displays.
Plan storage workflow and output resolution alongside compute.Explore the next stepAvoid expensive mistakes
Where technical buyers go wrong
- Using a generic benchmark instead of the actual application.
- Underestimating RAM, VRAM or scratch-storage needs.
- Buying a powerful GPU for CPU-led work.
- Ignoring display accuracy, noise and sustained thermals.

Tell us what the equipment needs to do, the software involved, the number of users and your budget.
Talk to CybistHelpful answers
Creative and CAD questions
Helpful answers before the next step.
Do all CAD users need a high-end GPU?
No. Requirements vary by application, model complexity, rendering method and display setup. Some users benefit more from CPU speed or memory.
Is 32GB RAM enough?
It is a useful professional starting point, but large assemblies, simulation, virtual machines and high-resolution media may require 64GB or more.