The Cisco Shared Port Adapter with part number SPA-4XOC3-ATM-RF is an expansion module that offers reliable and high-performance connectivity. It is designed for use in Cisco networking devices, providing four ports to support high-speed data transfers over OC-3 circuits. These ports enable multi-service capabilities and extend network scalability, making this adapter a robust addition to a variety of networking environments.
This module supports four OC-3 ports, which correspond to a network interface of approximately 155 Mbps, ideal for enterprises needing to transmit large volumes of data. The ports are built to optimise ATM (Asynchronous Transfer Mode) connections, an ideal protocol for demand-responsive traffic management in telecommunications and broadband networks. ATM is particularly useful for services that handle a mix of voice, video, and data traffic, ensuring efficient usage of bandwidth.
The SPA-4XOC3-ATM-RF is designed to integrate with Cisco modular platforms, offering users flexibility in configuring their network environment. It also ensures smooth scalability, enabling the network to grow by adding more slots and features as needed. By supporting ATM over its four OC-3 ports, the adapter targets high-demand network applications such as virtual private networks (VPNs) and broadband aggregation.
Additionally, this Cisco Shared Port Adapter is a refurbished (RF) model, providing a more cost-effective solution for customers. Refurbished products from Cisco meet rigorous testing standards, assuring the customer of consistent reliability and performance, equivalent to new units. The SPA-4XOC3-ATM-RF helps to extend the lifespan of existing network infrastructure by delivering reliable functionality.
EOL Technology Services can assist with professional maintenance, replacement parts, and ongoing support for the SPA-4XOC3-ATM-RF. Whether you need expert services or compatible replacement hardware, EOL offers reliable solutions to keep your Cisco equipment operating at optimal performance, ensuring minimal disruption to your network operations.
