Supermicro CSE-216BE1C-R920LPB

Supermicro CSE-216BE1C-R920LPB is a 2U rackmount storage chassis designed for high-density, high-availability server and storage deployments. It combines a 24-bay 2.5" hot-swap disk subsystem with redundant, high-efficiency power supplies to support demanding data center and enterprise environments.

Key technical parameters

• Form factor: 2U rackmount chassis
• Drive bays: 24 x 2.5" hot-swap
• Backplane: SAS/SATA, 12 Gb/s interface
• Power supplies: 2 x 920 W, redundant configuration
• Energy efficiency: 80 Plus Platinum
• Redundancy: hot-swap power supplies for high availability
• Manufacturer warranty: 36 months

High-density storage subsystem

• 24 hot-swap 2.5" bays enable building high-capacity or high-IOPS storage nodes in only 2U of rack space.
• 12 Gb/s SAS/SATA backplane supports modern enterprise drives and minimizes throughput bottlenecks on the storage layer.
• Hot-swap capability allows drive replacement and expansion without shutting down the system, supporting continuous operation.

Power redundancy and efficiency

• Two 920 W power supply units in a redundant configuration increase system availability and reduce the risk of downtime caused by PSU failure.
• 80 Plus Platinum certification indicates high electrical efficiency, helping reduce power losses and thermal output at the rack level.
• Redundant power architecture is suitable for mission-critical deployments where uninterrupted operation is a priority.

Designed for professional environments

• Suitable for building storage servers, virtualization backends or general-purpose compute nodes where dense 2.5" storage is required.
• 2U form factor facilitates integration into standard data center racks and colocation infrastructures.
• 36‑month manufacturer warranty supports long-term, stable operation in enterprise use cases.

This chassis is intended for integration by professionals who will select compatible server components (motherboard, controllers, drives and cooling) according to target workloads and infrastructure requirements.