About This Part
The Ericsson RDH10256/2 is a high-performance Bi-Directional Small Form-Factor Pluggable (BiDi SFP) optical transceiver designed for robust data communication. This module operates at a data rate of 2.5 Gbps, facilitating efficient and high-speed connectivity over single-mode (SM) fiber optic cables. Its defining characteristic is bi-directional communication over a single strand of fiber, achieved by utilizing distinct wavelengths for transmission (Tx 1550 nm) and reception (Rx 1310 nm). This design optimizes fiber utilization, reducing cabling requirements and associated infrastructure costs. As a hot-pluggable SFP, it offers flexibility and ease of maintenance, integrating seamlessly into standard SFP ports found in a wide array of networking equipment. This Ericsson transceiver is typically deployed in various telecommunications and data centre environments where high-density, cost-effective optical links are paramount. It is crucial for applications such as mobile backhaul, Fiber-to-the-X (FTTx) deployments, enterprise network extensions, and inter-rack connectivity within data centres. The Part Number RDH10256/2 is instrumental for telecom operators and internet service providers seeking to expand their network reach or upgrade existing infrastructure to support higher bandwidth demands without the prohibitive cost of laying additional fiber. Its single-fiber operation makes it an ideal solution for overcoming fiber scarcity and simplifying cable management in complex network architectures. Revo Distribution Limited specializes in providing used and refurbished units of essential networking components like the Ericsson RDH10256/2 to B2B clients globally. Our inventory enables telecom operators and data centre providers to acquire high-quality, fully functional equipment at a fraction of the cost of new hardware, facilitating efficient network expansion or upgrades. By offering these cost-effective infrastructure solutions, Revo helps businesses extend the operational lifecycle of their existing network infrastructure, contributing to both economic efficiency and environmental sustainability. Our commitment ensures that critical components remain available, supporting continuous network evolution.
