The Cisco Processor Switching Module PXM45/B, part number PXM45/B-RF, is a high-performance control processor for carrier-class routing and switching networks. It is designed to manage both control and data plane functions in large, scalable network infrastructures. The PXM45/B is particularly suited for use in the Cisco MGX 8800 Series Multiservice Switches, which support reliable network connectivity across multiple services.
This module offers essential routing and switching control capabilities, ensuring optimal performance in mission-critical deployments. Featuring advanced network management functionalities and support for a wide range of routing and switching protocols, the PXM45/B provides robust operational handling for high-capacity networks. The processor ensures stable operation and dynamic adaptability, ensuring your network can meet the demands of evolving technologies and services.
One of the key features of the Cisco PXM45/B is its redundancy support, allowing for the deployment of backup modules in the network, which improves overall reliability and reduces potential downtime. This feature is essential for organisations with high availability requirements, as it allows for failover protection in case of hardware failure.
The PXM45/B is also designed with scalability in mind to meet the varying needs of different network environments. This processor can handle growing network demands without sacrificing performance or efficiency, making it a versatile component for long-term network infrastructure planning.
In summary, the Cisco PXM45/B Processor Switching Module offers a combination of control, scalability, redundancy, and performance, optimising network functionality for demanding applications over a wide range of services.
EOL Technology Services provides professional support, including advanced troubleshooting and installation assistance for the PXM45/B module. In addition to help with technical queries, we also offer access to replacement parts to ensure your network infrastructure remains operational over time.
