Intel 2U Hot-Swap Spare Backplane

Overview

The Intel CYPHSBP2208 is a 2U hot-swap spare backplane designed to support SAS, SATA, and NVMe drives in M50CYP2UR208-based systems. It allows IT professionals to replace or upgrade storage devices without powering down the server, which is essential for maintaining uptime in data centers and enterprise environments. This backplane fits into a standard 2U rack space, making it a practical choice for space-conscious server setups.

Key features

• Supports multiple drive types including SAS, SATA, and NVMe for flexible storage configurations
• Enables hot-swapping of drives to minimize downtime during maintenance or upgrades
• Includes three I2C cables of different lengths to facilitate easy and reliable connections
• Specifically designed for M50CYP2UR208-based systems to ensure seamless integration
• Built for Intel’s Coyote Pass platform, guaranteeing compatibility and stable performance
• Compact 2U form factor fits efficiently into standard server racks, optimizing space usage

Key specs

• Form factor: 2U rack space
• Drive support: SAS, SATA, NVMe
• Compatibility: M50CYP2UR208-based systems
• Included accessories: Three I2C cables of varying lengths
• Platform: Intel Coyote Pass

Connectivity and compatibility

This backplane is engineered to work seamlessly within Intel’s Coyote Pass platform, ensuring reliable communication with the host system. The included I2C cables simplify the connection process, reducing installation time and potential errors. Its support for SAS, SATA, and NVMe drives means it can accommodate a wide range of storage devices, making it versatile for different server configurations.

Ideal uses and environments

The Intel CYPHSBP2208 is well suited for data centers and IT environments where maintaining continuous server operation is critical. It is a strong choice for system administrators who manage storage arrays and need quick, tool-free access to drives for replacement or upgrades. Its 2U size fits well in standard server racks, making it practical for setups where space efficiency is important.