Supermicro MicroBlade MBE-628E-416

Supermicro MicroBlade MBE-628E-416 is a high-density blade enclosure engineered for environments that require scalable compute capacity in a compact footprint. It is designed to host multiple blade servers in a single chassis, enabling efficient consolidation of resources in modern data centers.

The enclosure architecture focuses on optimizing power usage, airflow and cabling complexity. By centralizing power delivery and cooling for multiple nodes, it helps reduce overall infrastructure overhead and simplifies system management compared with traditional 1U or 2U rack servers.

• High-density design – supports multiple blade nodes in one chassis, helping maximize compute density per rack unit.
• Centralized infrastructure – shared power and cooling for all installed blades reduce cabling and can simplify maintenance.
• Modular scalability – allows gradual expansion by adding or replacing blade nodes as workload requirements evolve.
• Data center optimization – suitable for standardized, repeatable deployments where consistent form factor and management are critical.

This enclosure is typically deployed in scenarios where high node count and efficient use of rack space are key requirements, such as virtualized environments, private cloud, container platforms, and horizontally scaled applications. Exact hardware specifications, supported blade models, networking modules and power configurations depend on the chosen node and module options and are not specified here.

If you plan to integrate the Supermicro MicroBlade MBE-628E-416 into an existing infrastructure, verify compatibility with your targeted blade nodes, network topology, power budget and management stack using the official Supermicro documentation and configuration guides.