Infrastructure designed around the workload
Infrastructure works as a system. Compute affects storage, storage affects networking, and every platform decision has implications for power, cooling, software and future growth.
We work across the infrastructure stack, helping customers select and integrate technologies around the requirements of the workload rather than treating individual products in isolation.
From enterprise compute and storage through to AI factories and high-performance networks, our role is to help make sure the components work together in the environment where they will actually be deployed.
AI & HPC
From GPU workstations and individual accelerated systems through to HPC clusters and rack-scale AI infrastructure, we help design platforms around the workload. This includes compute, storage, networking, software, power and cooling as part of the same architecture.
Compute (Server)
Server infrastructure designed around application, performance and operational requirements. We work across enterprise OEM and specialist platforms to configure compute that fits the workload, existing environment and plans for future growth.
Storage
Storage requirements change significantly depending on how data is created, accessed, moved and retained. We help define the right balance of performance, capacity, resilience and scalability across enterprise, HPC and AI environments.
Network
The network is increasingly central to overall system performance. We design and supply Ethernet, InfiniBand and high-performance networking solutions, taking into account bandwidth, latency, compatibility and how the network integrates with the wider infrastructure.
Edgeware Transceivers & Cabling
Cabling and connectivity are just as important as the switches themselves. Through Edgeware, we provide transceivers, cables and connectivity solutions that help establish reliable connections across enterprise, data centre, AI and HPC environments.
OCP
Our experience with Open Compute Project infrastructure goes back to the early adoption of open, hyperscale data centre architectures. We apply that experience to projects where efficiency, density, serviceability and infrastructure at scale are central to the requirement.
