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How to Use TFN RMT Spectrum Analyzer to Identify Interference Signals?
With the dense deployment of urban base stations and the rapidly growing demand for telecommunications services, mobile operators often face various types of interference…
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How the TFN RMT Series Spectrum Analyzer Supports 5G NR Signal Testing
5G NR (New Radio) is the new wireless access technology defined for fifth-generation mobile networks. It introduces a redesigned OFDM-based air interface to support…
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Different Event Types in OTDR
Understanding the different event types in an OTDR helps users more accurately locate and resolve issues within optical fiber links. An OTDR (Optical Time…
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What are the differences between Spectrum Analyzers and Optical Spectrum Analyzers ?
In modern scientific research, communications, and material analysis, both spectrum analyzers and optical spectrum analyzers are essential precision measurement instruments. Although their names sound…
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How to Select the Right Test Range of OTDR for Accurate Fiber Optic Measurements
When maintaining or commissioning a fiber optic network, the Optical Time Domain Reflectometer is the primary tool used to assess link quality, detect fiber…
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How to Choose a Cable Fault Tester?
Cable fault testers are specially used to detect power cable faults. It can help professional technicians quickly and accurately detect the fault location and…
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How to use OTDR for Fiber Link Fault Location and Performance Evaluation?
As the cornerstone of modern information transmission, the link stability of fiber optic communication directly affects the network quality. As the core tool for…
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How Dynamic Range Dictates OTDR Testing Distance？
Dynamic Range (DR) measured in dB, represents an OTDR’s capacity to distinguish between backscattered signals and system noise. Higher DR directly enables extended testing…
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