The dirt and/or damage on fiber endface of the optical connectors, could directly cause attenuation or even makes the optical path blocked down, they are the most common causes of optical network problems. Therefore, a lightweight, portable, fast and intuitive wireless fiber endface inspector is quite necessary and indispensable for field technicians.

Dimension EasyGet Wifi wireless fiber endface microscope, based on manual inspection, through software upgrade endface to achieve automatic detection function, provides a true wireless fiber endface automatic detection solution. Through Wifi and real-time transmission of video, automatic analysis, storage of data and reports among various smart terminal devices, field technicians can visually check the quality of the fiber endface on their mobile devices, light and portable, easy to use, self-powered, and Humanized appearance design, which provides an unparalleled user experience, it is the most practical optical fiber endface inspection for field technicians.

Main Features

• Lightweight and portable, easy to use
• Support Wifi and USB data transfer
• The software interface is concise, intuitive and intelligent, and the images can be viewed in real time and automatically analyzed
• Compatible with mainstream intelligent terminals (Wins/Android/iOS)
• Built-in battery, duration up to 5 hours
• Universal USB Type C interface, compatible with various charging devices
• Unique LED light, flexible at low-light or dark environment
• OTDR partner, ideal tool for field technicians

Lightweight and portable, easy to use

EasyGet Wifi is lightweight, portable, and durable. One-hand operation and slim body design enables the inspection for the most complicated scenarios. The unique surround focus ring and image capture button, makes the fiber endface inspection more easier. 

Wifi Data Transfer

EasyGet Wifi can transfer images to all kinds of intelligent terminal equipments, with automatic analysis function, are convenient for users to online view, automatic inspection and automatic storage of data and reports on the end state of optical fiber, which is convenient and flexible.