The Cisco PA-MC-2T3 is an expansion module designed to enhance the capacity and versatility of existing Cisco network routers. Equipped with two versatile T3 ports, this module supports high-speed WAN connectivity, ideal for environments that require robust data transmission capabilities. The inclusion of both T3 and E3 line support ensures that it can adapt to varying international standards of telecom infrastructures, offering a broader range of connectivity options for enterprises working across different regions. Each T3 port provides the capacity to process up to 44.763 Mbps, making this module suitable for demanding intra-office or inter-site communication needs.
This module is integrated using Cisco’s established architecture, ensuring that users can scale their network infrastructure without sacrificing stability or speed. The PA-MC-2T3 removes bandwidth bottlenecks by integrating WAN links effortlessly, supporting multiprotocol environments while maintaining secure and efficient data throughput. The unit is built to fit into Cisco mid-range routers, providing organisations with flexibility when upgrading their current network infrastructure to meet higher data transmission rates or service requirements.
Other standout features of the PA-MC-2T3 include its advanced error correction protocols and comprehensive diagnostics, providing network administrators with the ability to maintain optimal performance and troubleshoot configurations as required. Overall, the Cisco PA-MC-2T3 expansion module offers a reliable solution for adding additional high-speed WAN ports to an existing setup, enabling greater bandwidth and connectivity options for businesses relying on fast, stable telecommunications in their daily operations.
EOL Technology Services offers tailored support for the Cisco PA-MC-2T3, ensuring users receive professional assistance with installation, troubleshooting, and ongoing maintenance. With access to a stock of replacement parts and dedicated technicians, EOL helps organisations minimise downtime and maximise the performance of their network environments.
