The automated copper switching, remote testing, and OSS integration capabilities of an automated distribution frame can provide the following benefits to service providers:

• Reduced Labor Costs: Automated distribution frames minimize the need for on-site labor to physically make cross-connects and to verify service installation. This minimizes costly truck rolls and improves workforce efficiency. With copper automation, unstaffed equipment locations can become a reality.

• Better, Faster Service Delivery: New services can be provisioned instantaneously with copper automation. Service changes can take place in minutes, as opposed to days.

• Improved Accuracy: Automation reduces human errors. In addition, integrated service verification tools ensures that all moves, adds, and changes are performed accurately on the first attempt.

• Universal Test Access: Automated distribution frames provide a logical interface for the testing of all copper-based services. By integrating remote testing functionality on these frames, the need for on-site labor is reduced. This minimizes truck rolls and reduces the requirement for some expenditures on portable testing equipment.

• Improved Loop Records: By integrating copper installation and maintenance procedures with other back-office tools, service providers ensure that loop records consistently remain accurate through the entire life of a circuit.

• Improved Service Assurance: Automated fault recovery enables near-100% network reliability. This enables service providers to implement and enforce better service-level agreements (SLAs) with customers. This, coupled with integrated test access, improves a service provider's ability to isolate and correct faults, which ultimately reduces mean time to repair (MTTR).

Automated distribution frames allow for complete remote operation of a service provider's copper infrastructure. When tied in with existing OSS components, true end-to-end automated provisioning and fault management of telco services can be achieved.

In the past, underlying technologies prohibited the deployment of automated distribution frames, making the deployment of an unstaffed equipment location untenable. Today, however, advances in chip-level engineering have changed that. With new solutions, true any-to-any automation is a reality, enabling service providers to get the most out of their extensive copper infrastructures.