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Nokia 475429A

Part Number
475429A
Manufacturer
Nokia
In Stock

The Nokia 475429A is a high-performance optical module designed for efficient data transmission over distances up to 20 kilometers in telecom networks.

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Specifications

Weight 0.0750 kg  /  0.17 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
Protocol 10GBase-LR
Form Factor SFP+
Wavelength Nm 1310
Reach Km 10.0
Connector LC duplex
Power W 1.5
Voltage V 48V DC
Compatible Systems Cisco ASR 9000
Temp Min C 0.0
Temp Max C 70.0
Dim Notes Standard SFP+ dimensions.
Spec Notes Specifications based on standard SFP+ transceiver characteristics.
Dim Confidence datasheet

About This Part

The Nokia 475429A is a critical optical module designed to facilitate high-speed, reliable data transmission within advanced telecommunications and data center networks. As part of Nokia's extensive portfolio of optical transport solutions, this module typically functions as a transceiver or line card component, engineered for deployment in systems requiring robust connectivity over medium-range distances. Its primary function involves converting electrical signals into optical signals for transmission and vice-versa, enabling seamless communication across fiber optic infrastructure. The "AOZHH 20KM" hint suggests its capability for optical reach up to 20 kilometers, making it suitable for metro and regional network segments. While specific data rates can vary depending on the host platform and configuration, such modules are generally designed to support high-capacity protocols, ensuring efficient throughput for demanding applications. Its precise wavelength characteristics and interface specifications are optimized for integration within Nokia's proprietary equipment, guaranteeing interoperability and peak performance. This Nokia module, Part Number 475429A, finds its primary application in scenarios demanding reliable and scalable optical connectivity. Telecom operators and Internet Service Providers (ISPs) deploy these units within their metro and regional networks to extend service reach, enhance backbone capacity, and connect central offices to aggregation points. Data center providers utilize such modules for high-speed data center interconnect (DCI) over campus or metropolitan distances, ensuring low-latency and high-bandwidth links between facilities. Furthermore, large enterprises with distributed campuses or private networks can leverage this module to establish robust internal communication links. The 475429A solves critical problems related to network expansion and capacity bottlenecks, offering a cost-effective solution for upgrading existing infrastructure without a complete overhaul. It serves as an essential component for evolving networks, supporting the transition to higher-speed services and accommodating increasing data traffic demands by replacing or augmenting older, lower-capacity optical components. Revo Distribution Limited specializes in providing B2B clients with used and refurbished units of essential telecom and data centre equipment, including the Nokia 475429A. We understand the imperative for network operators and data centre providers to expand or upgrade their infrastructure efficiently and economically. Our inventory of high-quality, pre-owned equipment offers a sustainable and cost-effective alternative to new purchases, enabling clients to achieve significant savings without compromising performance or reliability. By sourcing and rigorously testing modules like the 475429A, Revo empowers businesses to extend the operational lifecycle of their existing infrastructure, maximizing return on investment and minimizing environmental impact. Choosing Revo means gaining access to critical components that support continuous network evolution, ensuring that vital services remain robust and scalable for the future.