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Nokia FWGB FZ BTS 2100

Part Number
472851A
Manufacturer
Nokia
In Stock Used

The Nokia FWGB FZ BTS 2100 is a base transceiver station module designed for 2100 MHz cellular network deployments.

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Specifications

AI Research Sourced from publicly available data — verify before purchase.
Part Type Other
Dim Notes Dimensions not available in training data.
Spec Notes Specifications not available in training data.
Dim Confidence unknown

About This Part

The Nokia FWGB FZ BTS 2100 is a critical component within a Base Transceiver Station (BTS) infrastructure, primarily designed for cellular network operations utilizing the 2100 MHz frequency band. As part of Nokia's robust telecom equipment portfolio, this module facilitates the radio communication link between mobile user equipment and the core network. It is typically deployed by mobile network operators to provide enhanced coverage and capacity in urban, suburban, or rural areas, supporting services such as voice, data, and messaging. While specific technical specifications for the 'FWGB FZ' variant require detailed product documentation, as a BTS component operating at 2100 MHz, it is engineered for high performance, reliability, and integration within Nokia's broader network solutions. These units are essential for maintaining and upgrading existing 3G (UMTS) and 4G (LTE) networks, offering a cost-effective solution for operators looking to expand or maintain their infrastructure without significant new capital expenditure. Revo Distribution Limited specializes in supplying used and refurbished telecom and data centre equipment, and the Nokia FWGB FZ BTS 2100 aligns perfectly with our mission. By offering such high-quality, pre-owned components, we enable B2B clients, including network operators and service providers, to optimize their operational budgets, extend the lifecycle of their existing networks, and ensure continuity of service. Our rigorous testing and refurbishment processes guarantee that these parts meet stringent performance standards, providing a reliable and sustainable option for critical network deployments.