The Cisco Catalyst 6509-E Application Control Engine (ACE) 20 Bundle, part number C6509E-ACE20-8-K9, is a comprehensive switching solution designed for high performance and reliability. This bundle includes the ACE 20 module, which provides extensive load balancing, secure socket layer (SSL) offloading, and advanced application acceleration features. Furthermore, it is equipped with the Cisco Virtual Switching Supervisor Engine 720, offering improved scalability and high-speed connectivity.
The device is optimised for data centres, offering features such as advanced traffic management and policy-based application intelligence. With the ACE 20 module, it is capable of handling up to 4 Gbps of throughput and can support up to 256,000 concurrent sessions, making it suitable for enterprises that require massive load-balancing capabilities. Additionally, it provides context-aware load balancing, allowing you to intelligently route traffic based on server and application health.
This bundle is also equipped with the Catalyst 6509-E chassis, which is a modular, rack-mountable system that can hold up to nine modules, offering flexibility and easy upgradability. Beyond load balancing, the bundle offers protocol support for UDP, TCP, and FTP services, along with SSL and application acceleration, which is critical for providing secure and fast access for end-users.
The switch is highly configurable and can be tailored to fit specific network needs including web-based applications, database scaling, and secure transactions. It’s ideal for environments where both processing efficiency and fault tolerance are essential. With its desktop-friendly form factor and versatile functionality, this bundle offers a comprehensive solution for multi-tiered networks.
EOL Technology Services provides ongoing support for the C6509E-ACE20-8-K9 by offering professional services, including installation and configuration assistance. Additionally, we supply genuine replacement parts for long-term maintenance, ensuring the system continues to operate effectively throughout its lifecycle.
