High-Performance Workstations for Demanding Professional Workloads

We assess your applications, project requirements, workload characteristics and user needs to identify a suitable specification.

Desktop and mobile workstations based on required processing, graphics, memory, storage and expansion.

Configured for demanding CAD, engineering, BIM, simulation and technical design workflows.

High-performance systems for 3D modelling, visualization, rendering, animation and other graphics-intensive workloads.

Supplied and configured for video editing, motion graphics, content creation, VFX and photography.

Configurations evaluated for AI development, data analysis, machine learning and other compute-intensive workloads where local processing is appropriate.

Operating system, drivers, hardware utilities and required configurations prepared for the intended professional workflow.

Supporting upgrades and replacement planning when applications, projects or requirements exceed existing capabilities.

Some applications benefit from high clock speeds, others from additional CPU cores — selected according to the software workload.

3D modelling, rendering, visualization, simulation and AI workloads can require substantially different graphics capabilities.

Large projects, complex models, simulations and multi-application workflows may need more RAM than typical office applications.

OS storage, application storage, project files, scratch/cache and local datasets, considered alongside backup requirements.

The workstation should be compatible with the applications and versions the business actually uses.

Additional PCIe cards, GPUs, storage, memory or specialized hardware where users need it.

Multiple monitors, high resolutions, colour-accurate displays or specialized visualization equipment.

Specifications should account for expected project growth and evolving application requirements.

A workflow dominated by single-threaded CAD operations has different CPU priorities from a multi-threaded rendering or simulation workflow.

Considered where memory error detection and virtualization capabilities matter, on supported platforms.

Dedicated graphics from vendors such as NVIDIA and AMD, matched to application requirements, project complexity, resolution and GPU acceleration needs.

Number of displays, VR/visualization needs and rendering engine requirements shaping the graphics decision.

Configured for AutoCAD, SolidWorks, CATIA, Siemens NX, Autodesk Inventor and other professional CAD applications.

Configured for Revit, Civil 3D, 3D visualization, rendering, clash detection and project coordination.

Balanced CPU and GPU performance for product design, architectural visualization, animation, simulation and VFX, depending on the rendering engine.

Configured around media resolution, project size and workflow for video editing, motion graphics, colour work and content production.

GPU acceleration, memory, storage and CPU performance evaluated for AI development, machine learning, data analysis and local inference.

For engineers, architects, designers and consultants who need workstation-class computing while travelling or on-site.

Larger components, greater expansion, multiple storage options and dedicated graphics for a fixed workstation location.

Workstation performance in a smaller footprint where desk space is limited or distributed deployment is needed.

Centralized technical computing for remote-access, secure infrastructure or data-intensive workflow scenarios.

Best for users who need high performance, greater expansion, multiple drives, larger GPUs, multiple displays and a fixed office deployment.

Better suited to professionals who need portability, professional applications while travelling, site work, client visits or hybrid working.

CAD, BIM, visualization, rendering and architectural modelling.

CAD, simulation, product design and engineering applications.

BIM, project coordination, visualization and technical design workflows.

Product design, engineering, simulation and manufacturing applications.

Video editing, VFX, animation, rendering and content production.

Graphic design, video production, motion graphics and creative applications.

Data analysis, visualization and selected local AI/ML workloads.

Technical education, research, simulation, visualization and specialized applications.