In the Gigaband era, telecom operators engaged in Gigaband development and promotion face major challenges in terms of fast deployment and efficient management of fiber infrastructure networks. QuickConnect solution -preconnection fiber access terminal box and preconnection FTTH drop cable can achieve fast deployment, which make sure all inputs/outputs pre-terminated at factory connection quality is better and save labors'cost and time.

An Optical Time Domain Reflector Meter (OTDR) is a high precision testing instruments used to locate events or faults in a fiber link. The OTDR combines a laser source and a detector to provide an inside view of the fiber link. The laser source sends a signal into the fiber where the detector receives the light reflected from the different elements of the link. This produces a trace on a graph made in accordance with the signal received, and a post-analysis event table that contains complete information on each network component is then generated. Then How to Read and Interpret OTDR Events Test Report, it is very important for every technician. OTDR events include Non-reflective Events, Reflective Events, Fiber End, Miss-Matched Fibers or called Gainer, and Ghosts.

As the development of FTTx is very fast, especially FTTH (Fiber to the Home), that means Telecom providers/operators need serve very large quantity of subscribers. So telecom providers need build and maintain more and more fiber optic networks. Therefore, useful testing instruments for acceptance, troubleshoorting and maintaining fiber optics networks are very important and necessary. An OTDR is the right test instrument for telecom engineers in the field. Then, how can we make an OTDR perform better in the real testing tasks? Of course, the OTDR quality is very important. Besides that, some knowledge you must be known about OTDR is necessary too.