Gigabyte H263-S67-AAW1 2U 4-Node High-Density Server

It is four independent, complete servers built into a single 2U chassis that they share for power and cooling. Each node runs its own operating system and workload. It is for buyers who need many CPU servers densely, cluster head and storage nodes, virtualization farms, and CPU-only compute, rather than one large machine, and it is the dense way to deploy that infrastructure.

No, and that is deliberate. The H263-S67-AAW1 is a CPU compute platform for the infrastructure around a GPU fleet, head nodes, storage, data preparation, and virtualization. In a real cluster it complements the GPU servers rather than replacing them: GPU nodes train, dense CPU nodes like this handle everything else. For accelerated workloads, the catalog's GPU systems are the tool.

Each of the four nodes is a dual-socket server with dual 4th or 5th Gen Intel Xeon Scalable processors and 8-channel DDR5 memory, and the system carries 64 DIMM slots across the four nodes. The processor SKUs and memory population per node are specified to your workload on quote.

Density and shared infrastructure. Four nodes in 2U doubles node density against a 1U-per-node deployment, saving rack space and the power overhead of four separate chassis, since the nodes share cooling and the dual Titanium supplies. Fewer parts to maintain and one chassis to manage. Across a row of cluster infrastructure, that compounds into meaningful rack and operating savings.

Through a single CMC port that provides centralized management across all four nodes, so the chassis is administered as one unit rather than four separate boxes. Dual ROM redundancy protects the firmware layer, the design's answer to reliability concerns about consolidating servers into one chassis.

Eight 2.5-inch Gen5 hot-swap bays across NVMe, SATA, or SAS-4, plus per-system four low-profile PCIe Gen5 x16 slots, four OCP 3.0 Gen5 x16 slots for high-speed networking, and four M.2 slots. The networking budget is the point for multi-node compute, the OCP and PCIe slots connect the nodes to storage and to each other, and the fit-out is confirmed on quote.

The Gold Series utility servers put one node in a chassis, sized for a specific role. The H263 puts four nodes in 2U, sized for density. Choose a Gold Series node for a single dedicated server; choose the H263 when you need many CPU nodes and rack density is the metric, as in cluster infrastructure or virtualization farms.

Dual 3000W 80 PLUS Titanium supplies serve the whole four-node chassis, which is far less than four separate servers would draw in supply overhead. The exact configuration and the per-node power profile are confirmed with your quote, sized to the processors and node count you deploy.

The platform is built for four nodes, and deployments scale by adding chassis as the cluster grows, each a dense four-node block of CPU compute. MillionMiner plans multi-chassis deployments and the shared rack, power, and networking they need, the same way it plans GPU-node scaling.

Submit your workload and deployment details through the quote form. A MillionMiner specialist confirms the node count, processors, memory, storage, and networking, the warranty, and the delivery plan. Every unit is tested before shipment and shipped worldwide DDP with duties handled, with hosting in MillionMiner's own data centers available as the alternative.