What design approach moves all splitting to or near the area being served?

Study for the BICSI OSP Design Test. Prepare using multiple choice questions, with hints and explanations to enhance understanding. Succeed in your exam journey!

Local convergence means placing the splitter near or at the edge where the area is being served. This approach shortens the distance from the splitter to the end users, which reduces overall optical loss and helps maintain a stronger, more reliable signal for every customer. It also improves the power budget, makes provisioning and future growth more flexible, and simplifies fault isolation and restoration because issues are localized to the edge rather than along long trunk paths. The trade-off is more field equipment and maintenance at multiple edge locations rather than concentrating everything in one central site, but the benefits for edge performance and scalability are the main reasons this is the preferred method. Centralized splitting moves splitting toward the central office and increases feeder lengths and losses; remote aggregation focuses on collecting traffic at a distant point rather than distributing it at the edge, so they don’t achieve the edge-focused distribution described by local convergence. Edge-based convergence is a related concept, but local convergence is the specific term used here.