GPU Systems

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GPU Systems Australia

More than a GPU server

Successful AI and HPC infrastructure is not defined by the GPU model alone. True performance depends on how every part of the system is selected, configured, tested, and integrated around your workload.

What DiGiCOR considers when designing GPU systems

  • GPU memory capacity, bandwidth, and accelerator requirements
  • CPU architecture, core density, PCIe lane availability, and platform scalability
  • System memory, storage throughput, and data movement requirements
  • Networking, interconnect design, clustering, and multi-node performance
  • Power, cooling, deployment environment, supportability, and future expansion
Use Cases

Designed for demanding accelerated workloads

From a single GPU server to a scalable AI infrastructure platform, DiGiCOR supports organisations building compute environments for performance, reliability, and growth.

Artificial Intelligence

Support model training, fine-tuning, inference, generative AI, retrieval-augmented generation, and AI application development.

High-Performance Computing

Accelerate simulation, modelling, research, computational workloads, and scientific computing environments.

Data Analytics

Process large datasets, improve application throughput, and support GPU-accelerated analytics pipelines.

Healthcare & Research

Enable medical imaging, research data processing, AI-assisted analysis, and scalable compute environments for discovery.

Media & Visualisation

Power rendering, visualisation, digital twin workloads, interactive environments, and GPU-heavy creative pipelines.

Defence & Mission-Critical

Support advanced analytics, secure infrastructure, simulation, operational intelligence, and demanding compute workloads.

GPU System Architectures

Choose the right platform for your workload

AMD EPYC Platform

AMD EPYC GPU Systems

Build scalable GPU infrastructure for data-intensive workloads that benefit from high core density, strong memory capacity, and flexible platform expansion.

  • Suitable for AI, HPC, virtualisation, analytics, and research workloads
  • Well suited to environments that need strong CPU and GPU balance
  • Designed for scalable multi-GPU server configurations
Explore AMD EPYC GPU Systems
Intel Xeon Scalable Platform

Intel Xeon GPU Systems

Deploy enterprise-ready GPU systems built around a widely adopted server platform for AI, analytics, infrastructure modernisation, and mission-critical applications.

  • Suitable for enterprise IT, research, analytics, and production environments
  • Strong option for organisations standardised around Intel server platforms
  • Designed for reliability, compatibility, and operational familiarity
Explore Intel Xeon GPU Systems
NVIDIA Grace Hopper Platform

NVIDIA Grace Hopper Systems

Explore next-generation accelerated computing infrastructure for large-scale AI, generative AI, advanced modelling, and demanding GPU-driven workloads.

  • Designed for advanced AI and accelerated computing workloads
  • Suitable for large model development, inference, and high-performance data processing
  • Built for organisations planning the next stage of AI infrastructure
Explore NVIDIA Grace Hopper Systems
Our Approach

Built around your workload, not just a specification sheet

DiGiCOR helps you move from requirement to deployment with a practical, system-level approach to GPU infrastructure.

01

Workload Review

We review your AI, HPC, analytics, or GPU acceleration requirements.

02

Architecture Design

We match GPU, CPU, memory, storage, networking, and cooling requirements.

03

System Configuration

We configure the platform around performance, scalability, and reliability.

04

Build & Testing

We help ensure the system is prepared for deployment and operational use.

05

Support & Growth

We support future expansion, refresh planning, and ongoing infrastructure needs.

Why DiGiCOR

Local expertise for complex GPU infrastructure

From initial consultation to system design, configuration, deployment, and support, DiGiCOR helps organisations build GPU systems that are practical, scalable, and aligned to their workload requirements.

Architecture-led advice

Get guidance on the full system stack, not only the GPU model.

Workload alignment

Design infrastructure around AI, HPC, analytics, research, or enterprise application needs.

End-to-end delivery

Support for planning, configuration, build, testing, deployment, and lifecycle requirements.

Scalable platforms

Plan for current workloads while keeping future expansion and refresh options in mind.

Success Stories

Discover how we provide companies with GPU systems based on their needs.

GPU System

Queensland University of Technology

Queensland University of Technology partnered with DiGiCOR to power ‘The Cube’—a two-story, 48-screen interactive STEM display that showcases QUT’s global innovation and research excellence.

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GPU System

Defence Contractor

This client needed a solution that provided a compact footprint yet could accommodate over two A100 GPUs and additional add-on AOCs within one system. The aim was to strike a balance between density and performance without sacrificing either aspect.

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GPU Systems

AlfredHealth

Alfred Health's medical imaging department contacted DiGiCOR as they required a high-performance, low-maintenance infrastructure to support their growing research initiatives.

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Ready to Design GPU Systems for Your Needs?

Speak with a DiGiCOR Architect today and explore the best-fit solution for your AI, HPC, or data-driven projects.

Send Us a Message

Contact Information

Phone
AU:+61 1300 192 308
NZ:(+64) 9477 0823
Email
AU: sales@digicor.com.au
NZ: sales@digicor.co.nz