Supermicro MicroBlade MBI-6119G-C2

Supermicro MicroBlade MBI-6119G-C2 is a single-socket server node engineered for integration in Supermicro MicroBlade chassis, delivering high compute density in a compact form factor. It is intended for environments that require scalable, modular infrastructure with centralized power and cooling at the enclosure level.

The unit is built around a single CPU socket, making it suitable for workloads that benefit from efficient per-node resource allocation rather than dual-socket configurations. This design supports dense deployments where many independent nodes are operated in parallel.

• Single-socket architecture – optimized for scenarios where many smaller, independent compute nodes are preferable to fewer large dual-socket servers.
• High-density deployment – designed to operate as part of a MicroBlade enclosure, enabling multiple nodes in a shared chassis footprint.
• Modular scaling – capacity can be increased by adding further MicroBlade nodes within the enclosure instead of replacing existing hardware.
• Centralized infrastructure – power, cooling and management are handled at the chassis level, helping to simplify cabling and rack organization.
• Targeted for technical environments – suitable for data centers, lab infrastructures or edge deployments that require predictable, repeatable node configurations.

Due to the lack of detailed technical specifications, exact processor models, memory types, storage interfaces and networking options cannot be specified here. When planning deployment, it is recommended to verify the supported CPU families, memory configuration limits, storage options and I/O capabilities in the official Supermicro documentation for the MBI-6119G-C2 model and the corresponding MicroBlade chassis.

This node is intended for use by administrators and integrators who require a compact, serviceable compute building block within a blade-style ecosystem, focusing on efficient rack utilization and streamlined lifecycle management.