MicroBlade6U W/4x2.2KW power supply

MicroBlade6U W/4x2.2KW power supply is a 6U blade server enclosure designed for environments that require high compute density, centralized power delivery and efficient rack space utilization. Equipped with four 2.2 kW power supplies, the chassis is suitable for multi‑node configurations and continuous, mission‑critical workloads.

The enclosure is engineered for data center and enterprise deployments where consolidation, serviceability and power efficiency are key design criteria. Multiple power supplies enable high available power capacity and can support redundant power configurations, depending on system design and population.

• High‑density form factor – 6U chassis designed to host multiple blade nodes, helping consolidate servers and reduce rack footprint.
• Centralized power delivery – four 2.2 kW power supplies provide shared power for installed blades, simplifying cabling and power distribution at rack level.
• Designed for redundancy – multi‑PSU design allows implementation of redundant power schemes (exact redundancy mode depends on configuration and supported platform).
• Scalable infrastructure – suitable as a foundation for scalable compute clusters, virtualization farms or private cloud nodes.
• Serviceability‑oriented design – blade architecture supports easier node replacement and maintenance compared to many discrete rack servers.

This chassis is intended for professional IT environments such as data centers, enterprise server rooms and high‑density hosting installations. It is particularly relevant where power capacity, rack consolidation and structured infrastructure management are more critical than individual standalone server deployments.

For optimal results, pair the MicroBlade6U chassis with compatible blade server modules, appropriate networking modules and a power distribution design that matches the total expected load and redundancy requirements. Always consult the official hardware documentation for exact compatibility, maximum node count, supported configurations and thermal or power guidelines.