In fiber optical link testing, OTDR is commonly used for testing To accurately observe the test results of the first and last connectors, users need to
Insert a specific length of fiber between the OTDR port and the first connector of the tested fiber In order to obtain accurate and complete system loss information, incident fiber boxes should always be used at both ends of the fiber optical link

In addition to addressing the aforementioned issues in practical applications, the incident fiber optical box of Dimension Technology has also been designed with humanization for portability

In link testing, the first and last connectors are usually unable to be tested, with the first in a blind spot and the last exposed in the air
Using Fiber; After Launching, the testing can be completed

Due to its inherent principle flames, OTDR requires a buffer of data to be stable The 200m fiber length has basically covered the common OTDR front end blind spots on the market, while the appropriate length and

Low insertion loss allows the device to maintain its original testing capabilities

Ultra strong bending sensitive fiber is fully compatible with ITU-TG.652 D and IEC60793-2-50B 1.3 fibers, and its performance meets and is superior to ITU-TG.657 B3 and IEC; 60793-2-50; B6. b3 related regulations,

This, a unique process has been achieved to shape the optical fiber, making it easier to store and maintain for customers

In actual testing, fiber optic connectors are prone to permanent damage to the end face due to repeated insertion and removal Therefore, using Fiber connectors; After Launch, the connection can be maintained
Always connect the dots, greatly reducing the number of plugs and unplugs

Excellent economic design, FIBER designed by Dimension Company; The portability and conservation of LAUNCH are quite outstanding, and can be mastered with one hand&Nbsp;