GIGABYTE H263-S62 High-Density 2U4N Server

The GIGABYTE H263-S62 is a high-density 2U4N multi-node server engineered to maximize compute density per rack unit, housing four fully independent server nodes within a single 2U enclosure. Each node is powered by the Intel Xeon 6 processor family, which introduces a new hybrid P-core and E-core architecture that delivers exceptional throughput for both parallel compute-intensive workloads and high-concurrency cloud-native applications. The chassis design leverages shared power and cooling infrastructure across all four nodes, dramatically reducing per-node overhead while maintaining full node independence for isolated resource allocation, independent OS instances, and granular workload partitioning.

Ideal for

• High-performance computing (HPC) clusters for computational fluid dynamics, molecular dynamics, and weather simulation workloads requiring maximum node density per rack
• Cloud service provider infrastructure where multi-tenant VM hosting demands independent OS environments with isolated resources at the highest possible server-per-rack-unit ratio
• AI and machine learning inferencing farms that require large numbers of CPU-accelerated inference nodes to serve low-latency prediction requests at scale
• Kubernetes and container orchestration environments where individual nodes act as discrete worker nodes within a dense, power-efficient rack footprint
• Enterprise private cloud buildouts requiring rapid horizontal scaling of compute capacity without proportional increases in rack space or power capacity
• Academic and national laboratory research clusters where TCO per compute node and rack density are primary procurement criteria alongside raw computational throughput

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.