The Cisco MGX-BNC-2E3A= is a high-performance digital modem card designed for use in Cisco MGX series platforms. This card provides two E3 circuits, offering reliable digital transmission for telecommunication networks. With support for industry-standard E3 interface specifications, it ensures compatibility across multiple network environments.
Featuring BNC connectors, this digital modem card is specifically tailored for medium and large enterprises requiring robust and scalable digital communication technologies. The presence of two independent E3 ports on the card allows network operators to optimize their data traffic distribution across different circuits. Each port supports unbalanced E3 connections with BNC coaxial connectors, ensuring stable and efficient signal transmission.
The Cisco MGX-BNC-2E3A= is compatible with various MGX platforms, making it a versatile solution for expanding network capacity. The module is designed for high-density environments, ensuring that multiple WAN links can be aggregated effectively onto the MGX backbone. Operators can utilize this card’s features to establish reliable and fast connections, ideal for both voice and data traffic across E3 transmission networks.
The E3 modem card comes with full support for Cisco’s extensive network management systems, allowing users to configure and monitor network parameters with ease. This card is often deployed in environments where high-bandwidth requirements are essential, making it ideal for service providers and large enterprises. Its integration with the MGX platforms provides an efficient solution for enhancing network capacity while maintaining cost-effectiveness in deployment and operation.
EOL Technology Services offers comprehensive professional services and technical support for the Cisco MGX-BNC-2E3A= modem card, including access to replacement parts. Their knowledgeable team is available to assist with configuration, troubleshooting, and maintenance, ensuring that your network runs efficiently and effectively at all times.
