As a core test tool for communications networks, digital transmission analyzers are used throughout the network lifecycle.
The bit error rate is the core indicator for measuring the transmission reliability of digital communication systems, and it directly reflects the probability of signal errors during transmission.
ACLR is directly related to whether the device can operate stably in a dense spectrum environment without causing harmful interference.
TFN AM7800 optical spectrum analyzer has become the "eyes" of optoelectronics industry and cutting-edge scientific research due to its wide band, high precision, large dynamic range and intelligent analysis capabilities.
Spectrum analyzers and optical spectrum analyzers are both indispensable precision measurement tools, but their measurement objects, working principles, and application scenarios are completely different.
The TFN GP200 optical cable identifier solves the efficiency pain points of traditional optical fiber testing through photoelastic effect technology and multi-functional integrated design.
TFN RM7 series OTDR, with its industry-leading ultra-small event dead zone and excellent attenuation dead zone, combined with rich narrow pulse options and powerful hardware performance, effectively solves the bottleneck of traditional OTDR in dead zone.
TFN's RMT series handheld spectrum analyzers redefine the industry standard with its professional-grade multi-functional testing capabilities and breakthrough high cost performance.
TFN RMT series spectrum analyzers provide engineers with powerful field and laboratory testing capabilities with their wide frequency coverage, high sensitivity, low phase noise floor, and convenient dedicated measurement functions.
