Nouvelles

The EXFO GP-3207 and GP-3208 Swap-Out Connectors let field technicians instantly switch between SC/FC and APC/UPC interfaces on EXFO MAX-730D and MAX-715D OTDRs — extending instrument lifespan and reducing downtime.

The Comway MAX-600-M4 is a professional quad-wavelength OTDR supporting both singlemode (1310/1550nm) and multimode (850/1300nm) fiber in a single handheld unit — ideal for FTTH contractors, data center teams, and telecom engineers.

Fusion splicing is only as good as your ability to verify it. This guide explains exactly how to use an OTDR to measure splice loss, interpret trace results, and ensure your fiber network meets industry standards.

A complete buyer's guide to OTDR launch cable boxes — what they are, why you need one, how to choose the right length and connector type, and a full FAQ for fiber optic technicians.

What Is an OTDR? A Complete Guide for Fiber Optic Professionals An Optical Time Domain Reflectometer (OTDR) is the gold-standard instrument f...

A comprehensive technical review of the EXFO MAX-715D single-mode OTDR — covering specifications, dead zone performance, connector options (SC/FC, APC/UPC), real-world use cases, and how it compares to the MAX-715B and MAX-730 series.

Selecting the wrong OTDR wastes money and misses faults. This guide explains every key spec — wavelength, dynamic range, pulse width, dead zone — so you can choose the right OTDR for your fiber network.

TEKCN TC-350 Handheld OTDR – Precision Fiber Tester for FTTH, Telecom & Data Centers The TEKCN TC-350 is a compact, professional-grade handheld...

The HSV-110D OTDR is a 3-in-1 portable OTDR, which integrates OTDR, OPM and VFL functions, enabling fast and accurate fiber fault location for FTT...

Lorsque nous achetons un OTDR , nous rencontrons le premier problème : combien de temps cet OTDR peut tester ? Aujourd'hui, nous vous partageons u...

Longueur d'onde conventionnelle OTDR Longueur d'onde monomode : 1310 nm/1550 nm Longueur d'onde multimode : 850 nm/1300 nm Longueur d'onde du r...

* Être capable de visualiser et de mesurer tous les événements, en particulier ceux masqués après la cloison OTDR
* Caractériser les connecteurs d'entrée et de sortie
* Compenser la zone morte OTDR. La zone morte augmente avec des largeurs d'impulsion plus larges