ASTRIXION COMPUTE SYSTEMS

High-Performance
Computing Solutions

Explore scalable HPC infrastructure designed for computational research, scientific simulation, engineering analysis, advanced analytics and demanding enterprise workloads.

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Advanced scientific and high-performance computing research

Compute

CPU & GPU Acceleration

Architecture

Cluster Infrastructure

Connectivity

High-Speed Networking

Data

High-Throughput Storage

ENTERPRISE HPC INFRASTRUCTURE

Computing Power for Complex Challenges

High-performance computing combines multiple processors, accelerators, networking technologies and storage systems to solve problems that require substantial computational capacity. HPC architectures can support both tightly coupled scientific applications and large-scale parallel processing.

01 / RESEARCH

Scientific Research

Accelerated computational environments for scientific modelling, numerical analysis, large-scale simulations and research data processing.

02 / ENGINEERING

Engineering Simulation

Infrastructure for computational fluid dynamics, structural analysis, finite element modelling and computer-aided engineering workloads.

03 / ANALYTICS

Advanced Data Analytics

Parallel computing environments for large datasets, complex analytics, data processing and computationally intensive applications.

High-performance server and computing infrastructure

HPC SYSTEM ARCHITECTURE

Infrastructure Designed Around Your Workloads

A well-balanced HPC environment brings together compute, memory, interconnects and storage to meet the performance and scalability requirements of demanding applications.

Compute Nodes

Multi-core CPU systems and compatible GPU accelerators for parallel workloads.

High-Speed Interconnects

Networking designed to support low-latency communication and data exchange between compute nodes.

Parallel Storage

Storage systems supporting high-throughput access, shared datasets and large-scale processing.

Cluster Management

Scheduling, monitoring and resource management for efficient use of HPC infrastructure.

HPC APPLICATION AREAS

Supporting Compute-Intensive Industries

HPC technologies support complex computing requirements across research, engineering and enterprise environments.

Life Sciences

Computational biology, molecular modelling and scientific research.

Automotive & Aerospace

Engineering analysis, simulation and product development.

Energy & Environment

Climate modelling, energy research and complex numerical simulations.

Academic Research

Parallel computing and large-scale scientific experimentation.

Choosing the Right HPC Configuration

HPC system selection depends on the workload, software stack, parallel scalability, memory demands and infrastructure constraints.

Processing Architecture

CPU, GPU and accelerator suitability.

Memory & Storage

Capacity, bandwidth and data throughput.

Networking

Interconnect speed, latency and scale.

Power & Cooling

Rack density and infrastructure requirements.

HIGH-PERFORMANCE COMPUTING

Explore HPC Infrastructure for Your Next Project

Discover compute servers, GPU accelerators, networking and storage technologies for demanding research and enterprise workloads.

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High-PerformanceComputing Solutions

Astrixion Compute Systems

Astrixion Compute Systems