The Cisco CSS 11506 Content Services Switch is a high-performance load balancing device specifically designed to optimise traffic distribution across multiple servers. It is part of the Cisco CSS 11500 series, known for providing advanced content switching and reliable traffic management. The CSS 11506 features a modular chassis design that supports up to six line cards, allowing for a flexible and scalable solution to meet various networking demands.
The device includes advanced Layer 4-7 switching functionality, which ensures intelligent management of HTTP, FTP, and other application traffic. By analysing and routing traffic based on application type, the CSS 11506 ensures improved load balancing between servers, providing better application performance and minimal downtime.
Equipped with redundant power options, the CSS 11506 provides a highly available platform, designed for 24/7 uptime. It also supports secure traffic handling with SSL offload capabilities, which helps improve overall application security and optimise server resources. This device also features advanced health monitoring to help detect server failures and reroute traffic automatically to functioning servers, thus maintaining service availability.
This switch supports a wide range of network interfaces, including Gigabit Ethernet, and can integrate seamlessly with other Cisco networking equipment. The device comes with easy-to-use management features, offering administrators the ability to configure and monitor performance using a web-based interface or command-line interface (CLI).
The CSS 11506 is a robust solution for businesses needing reliable server load balancing, reduced management complexity, and enhanced security for their web-based applications.
EOL Technology Services provides support, professional services, and replacement parts for the CSS11506-AC device. Our experienced team ensures you have access to the necessary components to maintain and repair your Cisco switch, keeping your network running efficiently and with minimal downtime.
