In addition, during the O&M phase, the OTDR-based fault responsibility definition/diagnosis solution detects faults according to the signal intervals returning from different branches, which fails when optical fiber branches are of the same length and even requires reverse fault diagnosis in households. Consequently, customer satisfaction is undermined due to the prolonged fault handling period and increased difficulties.
With the built-in optical domain identity and the advanced ID identification technology applied in the central office, the newly released intelligent splitter enables remote detection of optical splitter branches and automatic topology identification to greatly improve the management efficiency and quality of the optical fiber network.
According to Huawei, the intelligent optical splitter also implements fault alarming, diagnosis, and responsibility definition for each branch by leveraging a two-dimensional fault detecting system featuring optical domain identity and OTDR-based signal interval feedback, which significantly enhances O&M efficiency. The newly added intelligent optical splitter to the iODN solution truly realizes intelligent intensive management of optical fibers in FTTH networks.
