The Cisco Catalyst 6513 is a high-performance, modular switch designed to meet the demanding networking needs of large enterprises and data centres. With its scalable architecture, this desktop switch offers up to 13 slots for various module insertion, making it highly adaptable to different network configurations. The chassis-based design enhances flexibility, allowing for both LAN and WAN applications, as well as support for multiple security and network management features.
This model can accommodate Supervisor Engines in its slots, which are responsible for controlling routing and switching processes, boosting the overall performance of the network. Depending on the configuration, the Cisco Catalyst 6513 can support Gigabit Ethernet and even handle 10 Gigabit Ethernet connections for demanding data throughput requirements. The switch also features advanced QoS (Quality of Service) capabilities, ensuring prioritisation of important data and optimising bandwidth utilisation across the network.
Engineered for large-scale deployments, this model supports key networking protocols like IPv6 and Layer 3 routing, enabling efficient handling of different traffic types and network segments. The 6513 chassis has a backplane capacity that can be expanded based on module type, allowing seamless integration of new technologies. Additionally, the Cisco Catalyst 6513 offers robust security features, including support for ACLs (Access Control Lists) and advanced encryption protocols, ensuring that sensitive data remains protected across the network.
This desktop switch also ensures redundant power supply for improved reliability, allowing the system to continue operating even if one power unit fails. Its modular design also supports ongoing expansion and maintenance without full system downtime, further enhancing the switch’s uptime and operational integrity.
EOL Technology Services provides comprehensive support for the Cisco Catalyst 6513, including replacement parts, expert consulting, and professional services. They are equipped to help maintain operational efficiency for end-of-life hardware, enabling businesses to smoothly extend the usability of existing infrastructure with proven expertise.
