Gigabyte R282-NB0 2U Dual Intel Xeon 6 (Granite Rapids) Server

The Gigabyte R282-NB0 is a 2U rack-optimised server engineered for dual Intel Xeon 6 processors based on the Granite Rapids architecture. Designed to meet the demands of modern enterprise datacenters and high-performance compute environments, the platform supports the expanded core counts, larger LLC cache, and enhanced memory bandwidth that define the Xeon 6 P-core generation. The dual-socket design enables symmetric multi-processing across both processors, delivering substantial aggregate throughput for compute-intensive and data-intensive workloads requiring consistent, predictable latency.

Memory subsystem capacity on the R282-NB0 is provided through DDR5 DIMM slots distributed across both processor nodes, supporting high-frequency operation and enabling configurations suited to in-memory databases, large model inference, and real-time analytics. The platform accommodates NVMe and SAS/SATA storage options in a front-accessible drive bay layout, facilitating straightforward drive serviceability in operational datacenter environments. Dual redundant power supply units support continued operation under power infrastructure events, aligning with enterprise availability requirements.

The R282-NB0 is positioned for organisations deploying AI inference pipelines, scientific computing clusters, virtualisation consolidation, and enterprise database tiers that require the per-core performance uplift and memory capacity improvements introduced with the Intel Xeon 6 Granite Rapids generation. Gigabyte's server management ecosystem, including its SMCI-compatible out-of-band management interface, provides administrators with remote monitoring, power control, and telemetry access consistent with modern datacenter operational practices.

Ideal for

• AI inference serving and model deployment requiring high per-socket compute throughput and large DDR5 memory capacity
• Enterprise virtualisation consolidation leveraging high core counts across dual Xeon 6 sockets to maximise VM density per 2U footprint
• In-memory relational and analytical database workloads benefiting from expanded DDR5 bandwidth and capacity per node
• High-performance computing (HPC) cluster nodes for simulation, modelling, and scientific workloads demanding sustained floating-point throughput
• Distributed enterprise application tiers including ERP, CRM, and middleware platforms that benefit from symmetric multi-processing scalability
• Datacenter storage gateway and software-defined storage controller deployments utilising mixed NVMe and SAS storage bay configurations

Technical specifications

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