Typical configuration
2U Virtualization Server
- cpu
- Dual Intel Xeon Gold
- ram
- 512GB DDR5 ECC
- storage
- 8× NVMe + RAID SSD boot
- network
- 2× 25GbE
Enterprise rack servers
Balanced performance, expansion, and storage for enterprise and compute workloads.
2U rack servers provide greater expansion, storage density, and thermal headroom than 1U systems. Ideal for workloads requiring GPUs, high drive counts, or sustained performance under load.

Experts in configuring 2U Rack Servers


Supports PCIe Gen4 / Gen5 expansion for Virtualization clusters, Storage-heavy applications to keep GPUs fed and raise throughput.
Validated High drive bay density (up to 24+ drives) against power and thermal envelopes for sustained utilisation.
Optimised NVMe staging path for Virtualization clusters, Storage-heavy applications to cut staging latency and keep accelerators compute-bound.
Aligns DDR4 / DDR5 ECC memory with batch throughput to avoid CPU bottlenecks during Virtualization clusters, Storage-heavy applications.
Engineered power and cooling headroom to hold thermal and electrical margins under sustained load.
Supports dense VM workloads with balanced CPU, memory, and storage scaling.
Handles large datasets with high drive count and NVMe throughput.
Provides sufficient space and cooling for GPU-accelerated workloads.
Improves I/O consistency and throughput for transactional and analytical databases.
PCIe bandwidth & expansion
Supports PCIe Gen4 / Gen5 expansion lanes and slot topology to minimise interconnect stalls and raise throughput.
GPU support & density
Provides High drive bay density (up to 24+ drives) expansion with sufficient power and thermal headroom for sustained utilisation.
Storage architecture (NVMe)
Uses Higher drive bay density (NVMe / SAS) to reduce staging latency and improve checkpoint write bandwidth.
Cooling & power considerations
Engineered Improved cooling and thermal headroom for stable thermal and electrical margins under sustained load.
Representative configurations — every build is tailored to your workload and environment.
Typical configuration
Typical configuration
Maximises drive bays for storage-focused workloads and data-heavy environments.
Supports multiple GPUs with adequate power and cooling headroom.
General-purpose configurations for mixed workloads across CPU, RAM, and storage.
Tell us your workload requirements — we’ll design and validate the right configuration.