With the rapid development of information technology, fiber optic communication has become one of the main technologies in the field of modern communication. In optical fiber communication, the quality and performance of optical fibers are crucial for the stable operation of communication systems. However, there are some challenges in the installation and maintenance process of optical fibers, such as ensuring the quality of fiber optic connections and detecting end face contamination. To address these challenges, our company has launched a series of innovative products, including OTDR, optical probe, handheld end face detectors, and quick connectors.

Help you build an efficient, stable, and reliable fiber optic link system

With the development of optical communication technology, the construction of fiber optic networks is constantly being popularized. The quality of fiber optic connections is crucial for the stability and reliability of signal transmission during the construction of optical networks; However, due to the complexity of the construction environment and human interference, there are often problems of signal loss and reflection loss in fiber optic connections. These issues will directly affect the performance of the communication system, leading to a decrease in signal transmission quality or even communication interruption. In addition, end face contamination is also a common problem, which can lead to a decrease in the quality of signal transmission, or even complete interruption. So, after completing the construction of the optical network, it becomes particularly important to detect link quality and conduct troubleshooting. DIMENSION provides a series of fiber optic link maintenance solutions, including output signal quality testing, overall link performance testing, fault point localization and troubleshooting, link node maintenance, end face detection and cleaning, etc., which can help customers efficiently and quickly improve link quality.

Challenges Faced

·Within a limited space, wiring workers only consider completing tasks and do not pay attention to hidden dangers such as excessive bending and breakage of optical fibers;

·The active port connection method and failure to pay attention to the end face condition during insertion and removal may cause end face contamination or permanent damage, thereby affecting the entire link;

·After the completion of fiber optic link construction, it is not possible to conduct effective and reasonable acceptance;

·When there is a need for repeated deployment, there is no corresponding quick resolution tool;

·Completing construction and maintenance tasks requires carrying too many instruments, which is complex and difficult.