Search results for: 'tone range'

AFL OFI-400 Fiber Identifier: Detect live fibers fast with 10,000+ tests. Rugged, lightweight, and perfect for seamless optical signal analysis!

The Fujikura FID-30R Optical Fiber Identifier is designed for fast, non-intrusive identification of active optical fiber lines and features an integrated OPM. By clamping directly onto the fiber, it detects the presence or absence of traffic signals, tone signals, and ONU signals without interrupting service, making it ideal for fiber optic installation, maintenance, and troubleshooting. 

The EXFO FPM-602 is a handheld optical power meter built for fiber link qualification, loss testing, and troubleshooting across a wide range of network types. It uses a Ge detector with a 10 to -70 dBm power range and supports wavelengths from 800 to 1650 nm, making it suitable for common LAN, CWDM, DWDM, and FTTx test applications

VIAVI FI-60 Fiber Identifier & Power Meter: Detect signals seamlessly with this dual-purpose device. Features long battery life, precise measurements, and easy portability.

Certified pre-owned VIAVI SmartClass Fiber OLP-82P—handheld optical power meter with integrated patch-cord microscope (PCM), 780–1650 nm coverage, storage for up to 10,000 results, and USB/FiberChekPRO reporting.

Fujikura FID-30R Fiber Identifier: Detects live fibers with precision. Features 3 detection modes, optical power meter, and a color touchscreen for seamless network troubleshooting.

Fluke Networks FiberLert-125 6P live fiber detector enables fast non-contact verification of active fiber signals, polarity, and connectivity across 850–1625 nm.

Effortlessly detect live fiber signals with the AFL OFI-400. Precision, low insertion loss, and easy-to-use design for accurate fiber testing. Reliable and portable

Certified pre-owned VIAVI OLP-82P SmartClass Fiber Pro Kit for telecom and data center testing. Combines inspection and optical power measurement across key wavelengths with the P5000i microscope and FFL-050 VFL. Rugged, portable, and function-tested.