Nokia FPGA 16E1 EXPANSION IO

This Nokia FPGA 16E1 Expansion IO module is a critical component designed to augment the connectivity and processing capabilities of existing telecom and data centre infrastructure. It leverages an FPGA (Field-Programmable Gate Array) architecture, offering flexibility and customizability for various signal processing and interface requirements. The "16E1" designation indicates its primary function: providing 16 E1 digital transmission interfaces. E1 lines are standard in many regions for carrying voice and data traffic, often used in traditional TDM (Time-Division Multiplexing) networks, connecting PBXs, base stations, or legacy equipment to modern IP networks via gateways. Typical use cases include expanding the capacity of access network devices, media gateways, or transmission systems to support more E1 circuits, facilitating connections to older equipment, or providing backhaul for cellular base stations. While specific detailed specifications for this exact part number (612-315/0501) would require manufacturer documentation, the "16E1" clearly defines its core capacity: 16 independent E1 interfaces. This implies support for the G.703 standard for physical layer and G.704 for frame structure. The FPGA foundation ensures high performance and adaptability, allowing for potential future firmware upgrades to support evolving network protocols or specific customer requirements. As a Nokia branded part, it integrates seamlessly into Nokia's extensive portfolio of telecom equipment, ensuring compatibility and reliability within existing Nokia deployments. Revo Distribution Limited specializes in supplying high-quality used and refurbished telecom and data centre equipment. We carry parts like the Nokia FPGA 16E1 Expansion IO to meet the ongoing demand from service providers and enterprises looking to maintain, upgrade, or expand their networks cost-effectively. By offering refurbished units, Revo enables customers to extend the lifecycle of their infrastructure, reduce capital expenditure, and contribute to sustainable IT practices. Each unit undergoes rigorous testing to ensure it meets operational standards, providing a reliable solution for critical network functions.