TAILIEUCHUNG - Enhancing Angle-Polished Connector (APC) Performance in the Outside Plant (OSP)

Fiber-to-the-premise architectures, by their very nature, require numerous fiber connections for distribution of services to multiple home and business locations. Much of the connectorization takes place downstream from the central office in the outside plant (OSP) portion of the network, traditionally a splice-only environment. However, as providers realize the cost-saving benefits – ease of testing/troubleshooting, simpler network reconfiguration, faster service turn-up – the need for higher performance of angle-polished connectors (APCs) in the OSP environment has become a critical FTTP issue | od J Enhancing Angle-Polished Connector APC Performance in the Outside Plant OSP Enhancing Angle-Polished Connector APC Performance in the Outside Plant OSP Introduction Fiber-to-the-premise architectures by their very nature require numerous fiber connections for distribution of services to multiple home and business locations. Much of the connectorization takes place downstream from the central office in the outside plant OSP portion of the network traditionally a splice-only environment. However as providers realize the cost-saving benefits - ease of testing troubleshooting simpler network reconfiguration faster service turn-up -the need for higher performance of angle-polished connectors APCs in the OSP environment has become a critical FTTP issue. ADC has made great strides in enhancing its design and manufacturing processes for APCs to provide customers with the highest level of connector performance in OSP applications. This new breed of connector meets the increased performance and reliability required by OSP portions of FTTP networks for offering triple play services to consumers. Enhancing Angle-Polished Connector APC Performance in the Outside Plant OSP OSP Connector Concerns Until the relatively recent interest in FTTP architectures no significant reasons dictated a need for APCs to push performance limits. However the trend toward pushing fiber all the way to the customer premise has resulted in a need for high-performance APCs that can withstand the rigors associated with OSP implementation. The sheer volume of OSP connectorization driven by FTTP presents a challenge to APC connector manufacturers. For example a typical FTTP infrastructure may contain five connector pairs between the central office and the home. As an example with a service take rate of just 5000 homes the installation could require as many as 50 000 connectors. Ramping up the manufacturing process for these connectors - keeping in mind the added robustness required for OSP use - is .

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