The Cisco Catalyst 4006 Chassis (Part Number: WS-C4006=) is a reliable and robust layer-2 switching solution designed for medium to large enterprise networks. This chassis-based switch is intended for building highly available, resilient network infrastructures. It supports multiple modules to provide a wide range of features and flexibility for your network's scaling needs.
At its core, the Cisco Catalyst 4006 chassis can accommodate up to six slots for switching modules along with hot-swappable power supplies. This modularity offers scalability and flexibility, allowing network administrators to expand the switch's capacity as required. It also supports a wide variety of modules, including those for 10/100/1000 Ethernet, Gigabit Ethernet, optionally integrated switching and routing capabilities, and more.
The Cisco Catalyst 4006 chassis is built for high availability, featuring redundant power supplies to ensure uptime in the event of a single power supply failure. It also supports Layer 2 and Layer 3 switching loads, making it a versatile tool in building modern network architectures. Together with its redundancy features, it helps to deliver a dependable performance critical to enterprise environments where network traffic and uptime are essential.
Another key feature of the WS-C4006= is its compact form factor. Despite having a vast capacity for expansion, this desktop switch is designed to take up minimal space in your data centre or networking rooms, ensuring an efficient setup.
With advanced capabilities and flexible port configurations, the Cisco Catalyst 4006 offers a robust solution for those needing a scalable, efficient, and reliable switch in a cost-effective form factor. It is also designed with Cisco's renowned security and management features, making it an excellent fit for modern business environments.
EOL Technology Services offers support, professional services, and replacement parts for the WS-C4006=. With our technical expertise, we can assist in maintaining or troubleshooting this chassis, ensuring it operates efficiently throughout its lifecycle.
