GIGABYTE S183-SH0 1U NVMe Storage Server (Intel Xeon 6)

The GIGABYTE S183-SH0 is a 1U rack-optimised all-NVMe storage server built on the Intel Xeon 6 processor platform, engineered specifically for high-throughput, low-latency software-defined storage deployments. The chassis accommodates a dense array of U.2 NVMe SSDs, delivering the aggregate IOPS and bandwidth required by modern AI/ML pipelines, high-performance compute clusters, and latency-sensitive database workloads. PCIe Gen 5 connectivity between the CPU and NVMe backplane ensures that storage bandwidth scales with the capabilities of contemporary NVMe media without bottlenecking on the host interface.

Designed as a purpose-built storage node, the S183-SH0 integrates natively into software-defined storage frameworks such as Ceph, Lustre, and other distributed object or block storage architectures. The platform supports dual Intel Xeon 6 processors and a large DDR5 memory footprint, providing the compute headroom needed to run storage controller software, erasure-coding operations, and metadata services entirely in-memory. High-speed onboard networking options support the low-latency fabric interconnects that distributed NVMe-oF (NVMe over Fabrics) architectures depend on for node-to-node communication.

The 1U form factor maximises rack density, enabling operators to construct petabyte-scale all-flash storage clusters within standard data centre footprints. Gigabyte's server management ecosystem, including IPMI and Redfish-compatible BMC, provides out-of-band monitoring, remote power control, and firmware management capabilities required for large-scale enterprise and hyperscale operations. The S183-SH0 is positioned as a foundational building block for organisations requiring deterministic, high-IOPS storage infrastructure with the operational manageability expected in enterprise environments.

Ideal for

• All-NVMe Ceph OSD nodes delivering high-IOPS block and object storage for private cloud infrastructure
• NVMe-oF target nodes providing disaggregated, fabric-attached flash storage for HPC and AI training clusters
• High-throughput data lake storage tiers serving large-scale analytics platforms requiring sustained sequential bandwidth
• Low-latency database storage backends for OLTP and in-memory database acceleration workloads
• Distributed metadata and logging storage nodes in scale-out file system deployments such as Lustre or BeeGFS
• Dense rack-scale flash consolidation in colocation and hyperscale environments where rack unit efficiency is critical

Technical specifications

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