🔬 Green Tech Scientific Workstations 🔬
High-performance scientific computing workstations designed for researchers, engineers, analysts, academics, laboratories, universities and professionals working with demanding computational workloads.
Scientific workstations built around the calculations and workloads you actually perform.
These are not simply gaming PCs with a different name. Each workstation is designed around scientific computing workloads including numerical analysis, simulation, modelling, research, data processing, engineering calculations and computationally intensive professional applications.
Every bundle includes the Custom Built Workstation PC, Professional Monitor, Keyboard, Mouse, Mouse Mat, Microphone and Webcam.
Scientific workloads can vary enormously. Some applications depend heavily on CPU cores and memory capacity, while others benefit from GPU acceleration, high memory bandwidth, fast storage or large datasets.
The range therefore progresses from entry-level scientific computing and academic research through engineering simulation, computational research, large datasets, GPU-accelerated workloads and extreme scientific computing.
Every final specification is checked for processor requirements, memory capacity, GPU requirements, storage requirements, cooling, power delivery, operating system compatibility and the intended scientific workload before the build is authorised.
These are not simply gaming PCs with a different name. Each workstation is designed around scientific computing workloads including numerical analysis, simulation, modelling, research, data processing, engineering calculations and computationally intensive professional applications.
Every bundle includes the Custom Built Workstation PC, Professional Monitor, Keyboard, Mouse, Mouse Mat, Microphone and Webcam.
Scientific workloads can vary enormously. Some applications depend heavily on CPU cores and memory capacity, while others benefit from GPU acceleration, high memory bandwidth, fast storage or large datasets.
The range therefore progresses from entry-level scientific computing and academic research through engineering simulation, computational research, large datasets, GPU-accelerated workloads and extreme scientific computing.
Every final specification is checked for processor requirements, memory capacity, GPU requirements, storage requirements, cooling, power delivery, operating system compatibility and the intended scientific workload before the build is authorised.