High-performance computing (HPC)

High-performance
computing simplified.

Liquid-cooled HPC infrastructure for simulations, AI/ML training, and data analytics. Deploy GPUs, custom CPU configs, and high-speed networking. No on-premise costs.

HPC on PeaSoup

High-density servers with liquid cooling
GPU-accelerated computing options
High-speed networking for parallel computing
Custom configurations for your workload

Why HPC matters

Complex problems require serious compute

High-performance computing unlocks capabilities that standard infrastructure cannot deliver — from scientific research to AI training to financial modelling.

Scientific discovery

Simulations in climate, drug discovery, materials science, and physics. HPC enables research that was previously impossible.

AI/ML at scale

Train deep learning models faster with GPU acceleration. Deploy inference workloads with consistent performance.

Financial modelling

Risk analysis, portfolio optimisation, and scenario modelling with massive datasets. Real-time results instead of overnight runs.

HPC without the carbon cost

Liquid cooling reduces energy per compute by 20%+. Run serious workloads while hitting sustainability targets.

PeaSoup HPC advantage

Liquid-cooled infrastructure built for demanding workloads

Liquid immersion cooling isn’t just green — it’s essential for high-performance computing. Higher density. Better thermal management. Lower power consumption.

High-density deployment

More compute power per rack. Liquid cooling removes thermal constraints that limit traditional air-cooled servers.

GPU acceleration

NVIDIA H100, A100, and AMD MI300 support. Cooled directly by immersion fluid for optimal performance.

Low-latency interconnect

High-speed networking fabric for parallel and distributed computing. Minimal inter-node latency.

Lower PUE

Power Usage Effectiveness (PUE) optimised by liquid cooling. Same performance. Lower operational cost.

100% renewable powered

All data centres powered by renewable energy. Run serious HPC without environmental compromise.

HPC expertise

UK-based engineers experienced in scientific computing, AI/ML infrastructure, and custom deployments.

Who uses HPC

HPC across industries

Organisations in research, engineering, finance, and technology rely on PeaSoup HPC for demanding computational workloads.

Research & academia

Climate modelling, drug discovery, particle physics, materials science simulations.

AI & machine learning

Model training, large-scale inference, deep learning research, NLP and vision systems.

Engineering & automotive

CFD simulations, FEA, crash testing, aerodynamic optimisation for vehicle design.

Finance

Risk analysis, portfolio optimisation, monte-carlo simulations, real-time market data analysis.

Media & rendering

3D rendering, video encoding, visual effects processing, animation rendering farms.

Pharmaceutical

Molecular dynamics, protein folding, drug candidate screening, clinical trial simulation.

Common HPC workloads

What can you run on PeaSoup HPC?

From short-burst jobs to sustained computing, PeaSoup scales to your workload.

Deep learning training

Train large neural networks across multiple GPUs. Use distributed frameworks like TensorFlow and PyTorch with optimised networking.

Computational fluid dynamics (CFD)

Run complex flow simulations for engineering. High-density compute and low-latency interconnect reduce simulation time.

Molecular dynamics & drug discovery

Simulate molecular behaviour and protein interactions. CPU and GPU-accelerated workloads supported.

Financial risk modelling

Run monte-carlo simulations and portfolio analysis on massive datasets. Scale on-demand for burst capacity.

Testimonials

"PeaSoup provides reliable, high-performance cloud infrastructure that lets us focus on our work, not on managing on-premise hardware. The combination of computational power and sustainable infrastructure is exactly what we needed."

Kim MountTECHNICAL DIRECTOR, CUTTER GROUP

Accreditations & partnerships

ISO 27001

Cyber Essentials Plus

G-Cloud Supplier

VMware Carbon Committed

Ready to deploy HPC on liquid-cooled infrastructure?

Talk to our HPC specialists about your specific workloads, requirements, and performance targets. We’ll design a custom solution tailored to your computational needs.