The Cisco UCS B22 M3 Blade Server (Part Number: UCS-EZ-ENTS-B22) is equipped with an Intel Xeon E5-2420 processor running at a frequency of 1.9 GHz. This server is part of Cisco's Unified Computing System and is designed for businesses that require reliable, scalable computing resources within a blade server architecture. The Xeon E5-2420 processor consists of six cores, providing sufficient power for moderate workloads and a variety of enterprise applications.
This model features dual-processor capability, though it is fitted with one processor as a base configuration. With support for up to 12 DIMM slots, the B22 M3 allows for high memory scalability, depending on the needs of the data centre or computing environment. The server also supports DDR3 memory, ensuring cost-effective performance for standard enterprise computing tasks. Memory expansion enables the server to handle increasingly demanding applications, as team or organisational needs grow.
The Cisco UCS B22 M3 blade features hot-swappable components, which provide flexibility and reduce downtime in the event of hardware failures. Along with the common UCS system's integrated management capabilities, such as full task automation and centralised control, the B22 M3 ensures simplified administrative processes. Furthermore, the architecture enables users to allocate resources efficiently, offering solid performance in virtual environments or when managing consolidated workloads.
While this model is not configured with a hard drive by default, it supports a customisable storage configuration, including both SAS and SATA drives. Such flexibility is important for adapting the server to fit specific storage requirements, making it an adaptive solution for varied enterprise environments.
EOL Technology Services specialises in providing assistance for discontinued and legacy equipment like the Cisco UCS B22 M3 Blade Server. Our professional services include technical support, consultation, and sourcing replacement parts to help extend the life of legacy systems, reducing the need for costly upgrades.
