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Ericsson RDH102406/29

Part Number
RDH102406/29
Manufacturer
Ericsson
In Stock

The Ericsson RDH102406/29 is an SFP+ 10G DWDM transceiver for high-capacity optical transmission at 192.9THz over distances up to 40km.

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Specifications

Weight 0.0800 kg  /  0.18 lbs
Volumetric Weight (L×W×H÷5000) 0.001 kg  /  0.0 lbs couriers bill the greater of actual vs volumetric
Dimensions (L×W×H) 5.6500 × 1.3400 × 0.8500 cm  /  2.2 × 0.5 × 0.3 in
AI Research Sourced from publicly available data — verify before purchase.
Part Type Optical Transceiver
Data Rate 10 Gbps
Form Factor SFP+
Wavelength Nm 1554
Reach Km 80.0
Connector LC
Compatible Systems LG-Ericsson
Temp Min C -40.0
Temp Max C 85.0
Dim Notes
Spec Notes Data extracted from multiple sources for accuracy.
Dim Confidence unknown
Source View Reference

About This Part

The Ericsson RDH102406/29 is a high-performance Small Form-Factor Pluggable Plus (SFP+) optical transceiver, engineered for demanding 10 Gigabit Ethernet (10GbE) Dense Wavelength Division Multiplexing (DWDM) applications. This module belongs to Ericsson's extensive portfolio of optical transceivers, providing robust and reliable connectivity solutions for modern network infrastructures. Operating at a precise wavelength corresponding to 192.9 THz, which aligns with a specific ITU-T C-band channel (e.g., approximately 1553.33 nm), the RDH102406/29 is capable of transmitting data at a rate of 10 Gbps over distances up to 40 kilometers. Its SFP+ form factor ensures compatibility with a wide range of network equipment, offering a compact and hot-pluggable solution for high-density deployments. Key technical specifications include its 10GBASE-DWDM compliance, support for Digital Diagnostics Monitoring (DDM) for real-time performance monitoring, and an LC duplex connector interface, making it an essential component for extending optical reach and maximizing fiber utilization in complex network topologies. The Ericsson RDH102406/29 transceiver is strategically deployed across various critical network segments, including metropolitan area networks (MANs), enterprise data centers, and long-haul optical transport systems. It is instrumental in supporting high-bandwidth applications on platforms such as Ericsson's own optical transport systems, routers, and switches, as well as compatible third-party networking equipment. Telecommunications operators, Internet Service Providers (ISPs), and large-scale data center providers are primary beneficiaries, leveraging this module to expand their network capacity and reach without the prohibitive costs and complexities of laying new fiber optic cables. This SFP+ module effectively solves the challenge of increasing bandwidth demand by enabling the multiplexing of multiple 10Gbps channels onto a single fiber pair, thereby optimizing existing fiber infrastructure. It serves as a vital upgrade path for networks transitioning from lower-speed interfaces or for expanding current 10GbE deployments, replacing older, less efficient transceivers and enhancing overall network performance and scalability. Revo Distribution Limited specializes in providing B2B clients with high-quality used and refurbished telecom and data centre equipment, including the Part Number RDH102406/29. Our inventory of pre-owned Ericsson modules offers a compelling cost-effective alternative to new hardware, enabling telecom operators and data centre providers to significantly reduce capital expenditure while maintaining high performance standards. By sourcing and rigorously testing these essential components, Revo empowers businesses to expand or upgrade their existing network infrastructure efficiently and sustainably. Opting for refurbished equipment from Revo not only provides substantial savings but also contributes to a circular economy by extending the operational lifecycle of valuable networking assets. This approach allows our clients to achieve their infrastructure goals, whether it's enhancing capacity, extending reach, or deploying new services, with a reduced environmental footprint and optimized budget allocation.