The Cisco MDS 9216 switch, identified by part number A7473A, is a high-performance, rack-mountable switch that is well-suited for mission-critical environments. Designed specifically for storage area networks (SANs), this switch houses 16 Fibre Channel ports, making it ideal for facilitating reliable, high-speed storage connectivity. The switch operates at 2 Gbps per port, ensuring low-latency transmission of data, essential for large-scale data transfer tasks.
As a rack-mountable device, the Cisco MDS 9216 integrates easily into typical data centre environments, where space constraints and organisation are of paramount importance. The MDS 9216 has production-proven Enterprise-class features such as advanced zoning techniques, high availability, and redundant operation modes, contributing to its reliability and performance in business-critical applications. The modular design of the switch also offers better scalability with upgrade options, which allows system administrators to create a tailored SAN architecture to meet changing requirements without forklift upgrades.
Other features of the Cisco MDS 9216 include support for a variety of protocols like FSPF (Fibre Shortest Path First), QOS (Quality of Service), and adaptable traffic management policies, ensuring optimised and managed network traffic. Additionally, this switch is built with enterprise-level security features, including port security and fabric binding, providing robust protection for the data being transmitted across the network. The unit also includes a redundant power supply to improve operational uptime.
In summary, the Cisco MDS 9216, with 16 ports operating at up to 2 Gbps, is a versatile and robust solution for those seeking top-tier storage connectivity, redundant power options, and an easy-to-manage, rack-mountable hardware platform.
EOL Technology Services offers professional support and a wide range of replacement parts for the Cisco MDS 9216 switch. From troubleshooting to part replacements, their services ensure that businesses can maintain optimal functionality and performance of their storage area network infrastructure without unexpected downtime.
