Common use of Unbundled Sub-Loop Concentration (USLC) Clause in Contracts

Unbundled Sub-Loop Concentration (USLC). 2.8.6.1 Where facilities permit, DPI may concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. 2.8.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two system options. System A will allow up to 96 of DPI’s sub-loops to be concentrated onto two or more DS1s. System B will allow an additional 96 of DPI’s sub-loops to be concentrated onto two or more additional DS1s. One System A may be supplemented with one System B and they both must be physically located in a single Series 5 dual channel bank. A minimum of two DS1s is required for each system (i.e., System A requires two DS1s and System B would require an additional two DS1s or four in total). The DS1 level facility that connects the Remote Terminal site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to DPI’s demarcation point associated with DPI’s collocation space within the SWC that serves the remote terminal (RT). USLC service is offered with or without concentration and with or without a protection DS1. 2.8.6.3 DPI is required to deliver its sub-loops to its own cross-box, RT, or other similar device and deliver a single cable to the BellSouth RT. This cable shall be connected by a BellSouth technician to a cross-connect panel within the BellSouth RT/cross-box and shall allow DPI’s sub-loops to be placed on the USLC and transported to DPI’s collocation space at a DS1 level.

Unbundled Sub-Loop Concentration (USLC). 2.8.6.1 Where facilities permit, DPI FTS may concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. 2.8.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two system options. System A will allow up to 96 of DPIFTS’s sub-loops to be concentrated onto two or more DS1s. System B will allow an additional 96 of DPIFTS’s sub-loops to be concentrated onto two or more additional DS1s. One System A may be supplemented with one System B and they both must be physically located in a single Series 5 dual channel bank. A minimum of two DS1s is required for each system (i.e., System A requires two DS1s and System B would require an additional two DS1s or four in total). The DS1 level facility that connects the Remote Terminal site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to DPIFTS’s demarcation point associated with DPIFTS’s collocation space within the SWC that serves the remote terminal (RT). USLC service is offered with or without concentration and with or without a protection DS1. 2.8.6.3 DPI FTS is required to deliver its sub-loops to its own cross-box, RT, or other similar device and deliver a single cable to the BellSouth RT. This cable shall be connected connected, by a BellSouth technician technician, to a cross-connect panel within the BellSouth RT/cross-box and shall allow DPIFTS’s sub-loops to be placed on the USLC and transported to DPIFTS’s collocation space at a DS1 level.

Unbundled Sub-Loop Concentration (USLC). 2.8.6.1 Where facilities permit, DPI DTM may concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. 2.8.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two system options. System A will allow up to 96 of DPIDTM’s sub-loops to be concentrated onto two or more DS1s. System B will allow an additional 96 of DPIDTM’s sub-loops to be concentrated onto two or more additional DS1s. One System A may be supplemented with one System B and they both must be physically located in a single Series 5 dual channel bank. A minimum of two DS1s is required for each system (i.e., System A requires two DS1s and System B would require an additional two DS1s or four in total). The DS1 level facility that connects the Remote Terminal site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to DPIDTM’s demarcation point associated with DPIDTM’s collocation space within the SWC that serves the remote terminal (RT). USLC service is offered with or without concentration and with or without a protection DS1. 2.8.6.3 DPI DTM is required to deliver its sub-loops to its own cross-box, RT, or other similar device and deliver a single cable to the BellSouth RT. This cable shall be connected by a BellSouth technician to a cross-connect panel within the BellSouth RT/cross-box and shall allow DPIDTM’s sub-loops to be placed on the USLC and transported to DPIDTM’s collocation space at a DS1 level.

Unbundled Sub-Loop Concentration (USLC). 2.8.6.1 Where facilities permit, DPI CGI may concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. 2.8.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two system options. System A will allow up to 96 of DPICGI’s sub-loops to be concentrated onto two or more DS1s. System B will allow an additional 96 of DPICGI’s sub-loops to be concentrated onto two or more additional DS1s. One System A may be supplemented with one System B and they both must be physically located in a single Series 5 dual channel bank. A minimum of two DS1s is required for each system (i.e., System A requires two DS1s and System B would require an additional two DS1s or four in total). The DS1 level facility that connects the Remote Terminal site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to DPICGI’s demarcation point associated with DPICGI’s collocation space within the SWC that serves the remote terminal (RT). USLC service is offered with or without concentration and with or without a protection DS1. 2.8.6.3 DPI CGI is required to deliver its sub-loops to its own cross-box, RT, or other similar device and deliver a single cable to the BellSouth RT. This cable shall be connected connected, by a BellSouth technician technician, to a cross-connect panel within the BellSouth RT/cross-box and shall allow DPICGI’s sub-loops to be placed on the USLC and transported to DPICGI’s collocation space at a DS1 level.

Unbundled Sub-Loop Concentration (USLC). 2.8.6.1 Where facilities permit, DPI SPARDI may concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. 2.8.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two system options. System A will allow up to 96 of DPISPARDI’s sub-loops to be concentrated onto two or more DS1s. System B will allow an additional 96 of DPISPARDI’s sub-loops to be concentrated onto two or more additional DS1s. One System A may be supplemented with one System B and they both must be physically located in a single Series 5 dual channel bank. A minimum of two DS1s is required for each system (i.e., System A requires two DS1s and System B would require an additional two DS1s or four in total). The DS1 level facility that connects the Remote Terminal site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to DPISPARDI’s demarcation point associated with DPISPARDI’s collocation space within the SWC that serves the remote terminal (RT). USLC service is offered with or without concentration and with or without a protection DS1. 2.8.6.3 DPI SPARDI is required to deliver its sub-loops to its own cross-box, RT, or other similar device and deliver a single cable to the BellSouth RT. This cable shall be connected by a BellSouth technician to a cross-connect panel within the BellSouth RT/cross-box and shall allow DPISPARDI’s sub-loops to be placed on the USLC and transported to DPISPARDI’s collocation space at a DS1 level.

Unbundled Sub-Loop Concentration (USLC). 2.8.6.1 Where facilities permit, DPI Navigator may concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. 2.8.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two system options. System A will allow up to 96 of DPINavigator’s sub-loops to be concentrated onto two or more DS1s. System B will allow an additional 96 of DPINavigator’s sub-loops to be concentrated onto two or more additional DS1s. One System A may be supplemented with one System B and they both must be physically located in a single Series 5 dual channel bank. A minimum of two DS1s is required for each system (i.e., System A requires two DS1s and System B would require an additional two DS1s or four in total). The DS1 level facility that connects the Remote Terminal site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to DPINavigator’s demarcation point associated with DPINavigator’s collocation space within the SWC that serves the remote terminal (RT). USLC service is offered with or without concentration and with or without a protection DS1. 2.8.6.3 DPI Navigator is required to deliver its sub-loops to its own cross-box, RT, or other similar device and deliver a single cable to the BellSouth RT. This cable shall be connected connected, by a BellSouth technician technician, to a cross-connect panel within the BellSouth RT/cross-box and shall allow DPINavigator’s sub-loops to be placed on the USLC and transported to DPINavigator’s collocation space at a DS1 level.

Unbundled Sub-Loop Concentration (USLC). 2.8.6.1 Where facilities permit, DPI Dialogica may concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. 2.8.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two system options. System A will allow up to 96 of DPIDialogica’s sub-loops to be concentrated onto two or more DS1s. System B will allow an additional 96 of DPIDialogica’s sub-loops to be concentrated onto two or more additional DS1s. One System A may be supplemented with one System B and they both must be physically located in a single Series 5 dual channel bank. A minimum of two DS1s is required for each system (i.e., System A requires two DS1s and System B would require an additional two DS1s or four in total). The DS1 level facility that connects the Remote Terminal site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to DPIDialogica’s demarcation point associated with DPIDialogica’s collocation space within the SWC that serves the remote terminal (RT). USLC service is offered with or without concentration and with or without a protection DS1. 2.8.6.3 DPI Dialogica is required to deliver its sub-loops to its own cross-box, RT, or other similar device and deliver a single cable to the BellSouth RT. This cable shall be connected by a BellSouth technician to a cross-connect panel within the BellSouth RT/cross-box and shall allow DPIDialogica’s sub-loops to be placed on the USLC and transported to DPIDialogica’s collocation space at a DS1 level.

Unbundled Sub-Loop Concentration (USLC). 2.8.6.1 Where facilities permit, DPI GSC may concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. 2.8.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two system options. System A will allow up to 96 of DPIGSC’s sub-loops to be concentrated onto two or more DS1s. System B will allow an additional 96 of DPIGSC’s sub-loops to be concentrated onto two or more additional DS1s. One System A may be supplemented with one System B and they both must be physically located in a single Series 5 dual channel bank. A minimum of two DS1s is required for each system (i.e., System A requires two DS1s and System B would require an additional two DS1s or four in total). The DS1 level facility that connects the Remote Terminal site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to DPIGSC’s demarcation point associated with DPIGSC’s collocation space within the SWC that serves the remote terminal (RT). USLC service is offered with or without concentration and with or without a protection DS1. 2.8.6.3 DPI GSC is required to deliver its sub-loops to its own cross-box, RT, or other similar device and deliver a single cable to the BellSouth RT. This cable shall be connected by a BellSouth technician to a cross-connect panel within the BellSouth RT/cross-box and shall allow DPIGSC’s sub-loops to be placed on the USLC and transported to DPIGSC’s collocation space at a DS1 level.

Unbundled Sub-Loop Concentration (USLC). 2.8.6.1 Where facilities permit, DPI FPB may concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. 2.8.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two system options. System A will allow up to 96 of DPIFPB’s sub-loops to be concentrated onto two or more DS1s. System B will allow an additional 96 of DPIFPB’s sub-loops to be concentrated onto two or more additional DS1s. One System A may be supplemented with one System B and they both must be physically located in a single Series 5 dual channel bank. A minimum of two DS1s is required for each system (i.e., System A requires two DS1s and System B would require an additional two DS1s or four in total). The DS1 level facility that connects the Remote Terminal site with the serving wire center SWC is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to DPIFPB’s demarcation point associated with DPIFPB’s collocation space within the SWC that serves the remote terminal (RT). USLC service is offered with or without concentration and with or without a protection DS1. 2.8.6.3 DPI FPB is required to deliver its sub-loops to its own cross-box, RT, or other similar device and deliver a single cable to the BellSouth RT. This cable shall be connected by a BellSouth technician to a cross-connect panel within the BellSouth RT/cross-box and shall allow DPIFPB’s sub-loops to be placed on the USLC and transported to DPIFPB’s collocation space at a DS1 level.

Unbundled Sub-Loop Concentration (USLC). 2.8.6.1 Where facilities permit, DPI EPICUS may concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. 2.8.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two system options. System A will allow up to 96 of DPI’s EPICUS’ sub-loops to be concentrated onto two or more DS1s. System B will allow an additional 96 of DPI’s EPICUS’ sub-loops to be concentrated onto two or more additional DS1s. One System A may be supplemented with one System B and they both must be physically located in a single Series 5 dual channel bank. A minimum of two DS1s is required for each system (i.e., System A requires two DS1s and System B would require an additional two DS1s or four in total). The DS1 level facility that connects the Remote Terminal site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to DPI’s EPICUS’ demarcation point associated with DPI’s EPICUS’ collocation space within the SWC that serves the remote terminal (RT). USLC service is offered with or without concentration and with or without a protection DS1. 2.8.6.3 DPI EPICUS is required to deliver its sub-loops to its own cross-box, RT, or other similar device and deliver a single cable to the BellSouth RT. This cable shall be connected by a BellSouth technician to a cross-connect panel within the BellSouth RT/cross-box and shall allow DPI’s EPICUS’ sub-loops to be placed on the USLC and transported to DPI’s EPICUS’ collocation space at a DS1 level.

Unbundled Sub-Loop Concentration (USLC). 2.8.6.1 Where facilities permit, DPI Tristar may concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. 2.8.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two system options. System A will allow up to 96 of DPITristar’s sub-loops to be concentrated onto two or more DS1s. System B will allow an additional 96 of DPITristar’s sub-loops to be concentrated onto two or more additional DS1s. One System A may be supplemented with one System B and they both must be physically located in a single Series 5 dual channel bank. A minimum of two DS1s is required for each system (i.e., System A requires two DS1s and System B would require an additional two DS1s or four in total). The DS1 level facility that connects the Remote Terminal site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to DPITristar’s demarcation point associated with DPITristar’s collocation space within the SWC that serves the remote terminal (RT). USLC service is offered with or without concentration and with or without a protection DS1. 2.8.6.3 DPI Tristar is required to deliver its sub-loops to its own cross-box, RT, or other similar device and deliver a single cable to the BellSouth RT. This cable shall be connected by a BellSouth technician to a cross-connect panel within the BellSouth RT/cross-box and shall allow DPITristar’s sub-loops to be placed on the USLC and transported to DPITristar’s collocation space at a DS1 level.

Unbundled Sub-Loop Concentration (USLC). 2.8.6.1 Where facilities permit, DPI NOW may concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. 2.8.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two system options. System A will allow up to 96 of DPINOW’s sub-loops to be concentrated onto two or more DS1s. System B will allow an additional 96 of DPINOW’s sub-loops to be concentrated onto two or more additional DS1s. One System A may be supplemented with one System B and they both must be physically located in a single Series 5 dual channel bank. A minimum of two DS1s is required for each system (i.e., System A requires two DS1s and System B would require an additional two DS1s or four in total). The DS1 level facility that connects the Remote Terminal site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to DPINOW’s demarcation point associated with DPINOW’s collocation space within the SWC that serves the remote terminal (RT). USLC service is offered with or without concentration and with or without a protection DS1. 2.8.6.3 DPI NOW is required to deliver its sub-loops to its own cross-box, RT, or other similar device and deliver a single cable to the BellSouth RT. This cable shall be connected by a BellSouth technician to a cross-connect panel within the BellSouth RT/cross-box and shall allow DPINOW’s sub-loops to be placed on the USLC and transported to DPINOW’s collocation space at a DS1 level.

Unbundled Sub-Loop Concentration (USLC). 2.8.6.1 Where facilities permit, DPI Tel West may concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. 2.8.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two system options. System A will allow up to 96 of DPITel West’s sub-loops to be concentrated onto two or more DS1s. System B will allow an additional 96 of DPITel West’s sub-loops to be concentrated onto two or more additional DS1s. One System A may be supplemented with one System B and they both must be physically located in a single Series 5 dual channel bank. A minimum of two DS1s is required for each system (i.e., System A requires two DS1s and System B would require an additional two DS1s or four in total). The DS1 level facility that connects the Remote Terminal site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to DPIthe Tel West’s demarcation point associated with DPITel West’s collocation space within the SWC that serves the remote terminal (RT). USLC service is offered with or without concentration and with or without a protection DS1. 2.8.6.3 DPI Tel West is required to deliver its sub-loops to its own cross-box, remote terminal (RT), or other similar device and deliver a single cable to the BellSouth RT. This cable shall be connected connected, by a BellSouth technician technician, to a cross-connect panel within the BellSouth RT/cross-box and shall allow DPITel West’s sub-loops to be placed on the USLC ULSC and transported to DPITel West’s collocation space at a DS1 level.

Unbundled Sub-Loop Concentration (USLC). 2.8.6.1 Where facilities permit, DPI Gateway may concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. 2.8.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two system options. System A will allow up to 96 of DPIGateway’s sub-loops to be concentrated onto two or more DS1s. System B will allow an additional 96 of DPIGateway’s sub-loops to be concentrated onto two or more additional DS1s. One System A may be supplemented with one System B and they both must be physically located in a single Series 5 dual channel bank. A minimum of two DS1s is required for each system (i.e., System A requires two DS1s and System B would require an additional two DS1s or four in total). The DS1 level facility that connects the Remote Terminal site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to DPIGateway’s demarcation point associated with DPIGateway’s collocation space within the SWC that serves the remote terminal (RT). USLC service is offered with or without concentration and with or without a protection DS1. 2.8.6.3 DPI Gateway is required to deliver its sub-loops to its own cross-box, RT, or other similar device and deliver a single cable to the BellSouth RT. This cable shall be connected by a BellSouth technician to a cross-connect panel within the BellSouth RT/cross-box and shall allow DPIGateway’s sub-loops to be placed on the USLC and transported to DPIGateway’s collocation space at a DS1 level.

Unbundled Sub-Loop Concentration (USLC). 2.8.6.1 Where facilities permit, DPI Southern Digital may concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. 2.8.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two system options. System A will allow up to 96 of DPISouthern Digital’s sub-loops to be concentrated onto two or more DS1s. System B will allow an additional 96 of DPISouthern Digital’s sub-loops to be concentrated onto two or more additional DS1s. One System A may be supplemented with one System B and they both must be physically located in a single Series 5 dual channel bank. A minimum of two DS1s is required for each system (i.e., System A requires two DS1s and System B would require an additional two DS1s or four in total). The DS1 level facility that connects the Remote Terminal site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to DPISouthern Digital’s demarcation point associated with DPISouthern Digital’s collocation space within the SWC that serves the remote terminal (RT). USLC service is offered with or without concentration and with or without a protection DS1. 2.8.6.3 DPI Southern Digital is required to deliver its sub-loops to its own cross-box, RT, or other similar device and deliver a single cable to the BellSouth RT. This cable shall be connected connected, by a BellSouth technician technician, to a cross-connect panel within the BellSouth RT/cross-box and shall allow DPISouthern Digital’s sub-loops to be placed on the USLC and transported to DPISouthern Digital’s collocation space at a DS1 level.

Unbundled Sub-Loop Concentration (USLC). 2.8.6.1 Where facilities permitxxxxxx, DPI XXX may concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. 2.8.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two system options. System A will allow up to 96 of DPIPLI’s sub-loops to be concentrated onto two or more DS1s. System B will allow an additional 96 of DPIPLI’s sub-loops to be concentrated onto two or more additional DS1s. One System A may be supplemented with one System B and they both must be physically located in a single Series 5 dual channel bank. A minimum of two DS1s is required for each system (i.e., System A requires two DS1s and System B would require an additional two DS1s or four in total). The DS1 level facility that connects the Remote Terminal site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to DPIPLI’s demarcation point associated with DPIPLI’s collocation space within the SWC that serves the remote terminal (RT). USLC service is offered with or without concentration and with or without a protection DS1. 2.8.6.3 DPI PLI is required to deliver its sub-loops to its own cross-box, RT, or other similar device and deliver a single cable to the BellSouth RT. This cable shall be connected by a BellSouth technician to a cross-connect panel within the BellSouth RT/cross-box and shall allow DPIPLI’s sub-loops to be placed on the USLC and transported to DPIPLI’s collocation space at a DS1 level.

Unbundled Sub-Loop Concentration (USLC). 2.8.6.1 Where facilities permit, DPI NTBS may concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. 2.8.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two system options. System A will allow up to 96 of DPINTBS’s sub-loops to be concentrated onto two or more DS1s. System B will allow an additional 96 of DPINTBS’s sub-loops to be concentrated onto two or more additional DS1s. One System A may be supplemented with one System B and they both must be physically located in a single Series 5 dual channel bank. A minimum of two DS1s is required for each system (i.e., System A requires two DS1s and System B would require an additional two DS1s or four in total). The DS1 level facility that connects the Remote Terminal site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to DPINTBS’s demarcation point associated with DPINTBS’s collocation space within the SWC that serves the remote terminal (RT). USLC service is offered with or without concentration and with or without a protection DS1. 2.8.6.3 DPI NTBS is required to deliver its sub-loops to its own cross-box, RT, or other similar device and deliver a single cable to the BellSouth RT. This cable shall be connected connected, by a BellSouth technician technician, to a cross-connect panel within the BellSouth RT/cross-box and shall allow DPINTBS’s sub-loops to be placed on the USLC and transported to DPINTBS’s collocation space at a DS1 level.

Unbundled Sub-Loop Concentration (USLC). 2.8.6.1 Where facilities permit, DPI Big River may concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. 2.8.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two system options. System A will allow up to 96 of DPIBig River’s sub-loops to be concentrated onto two or more DS1s. System B will allow an additional 96 of DPIBig River’s sub-loops to be concentrated onto two or more additional DS1s. One System A may be supplemented with one System B and they both must be physically located in a single Series 5 dual channel bank. A minimum of two DS1s is required for each system (i.e., System A requires two DS1s and System B would require an additional two DS1s or four in total). The DS1 level facility that connects the Remote Terminal site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to DPIBig River’s demarcation point associated with DPIBig River’s collocation space within the SWC that serves the remote terminal (RT). USLC service is offered with or without concentration and with or without a protection DS1. 2.8.6.3 DPI Big River is required to deliver its sub-loops to its own cross-box, RT, or other similar device and deliver a single cable to the BellSouth RT. This cable shall be connected by a BellSouth technician to a cross-connect panel within the BellSouth RT/cross-box and shall allow DPIBig River’s sub-loops to be placed on the USLC and transported to DPIBig River’s collocation space at a DS1 level.

Unbundled Sub-Loop Concentration (USLC). 2.8.6.1 Where facilities permit, DPI DSL may concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. 2.8.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two system options. System A will allow up to 96 of DPIDSL’s sub-loops to be concentrated onto two or more DS1s. System B will allow an additional 96 of DPIDSL’s sub-loops to be concentrated onto two or more additional DS1s. One System A may be supplemented with one System B and they both must be physically located in a single Series 5 dual channel bank. A minimum of two DS1s is required for each system (i.e., System A requires two DS1s and System B would require an additional two DS1s or four in total). The DS1 level facility that connects the Remote Terminal site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to DPIDSL’s demarcation point associated with DPIDSL’s collocation space within the SWC that serves the remote terminal (RT). USLC service is offered with or without concentration and with or without a protection DS1. 2.8.6.3 DPI DSL is required to deliver its sub-loops to its own cross-box, RT, or other similar device and deliver a single cable to the BellSouth RT. This cable shall be connected by a BellSouth technician to a cross-connect panel within the BellSouth RT/cross-box and shall allow DPIDSL’s sub-loops to be placed on the USLC and transported to DPIDSL’s collocation space at a DS1 level.

Unbundled Sub-Loop Concentration (USLC). 2.8.6.1 Where facilities permit, DPI Preferred may concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. 2.8.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two system options. System A will allow up to 96 of DPIPreferred’s sub-loops to be concentrated onto two or more DS1s. System B will allow an additional 96 of DPIPreferred’s sub-loops to be concentrated onto two or more additional DS1s. One System A may be supplemented with one System B and they both must be physically located in a single Series 5 dual channel bank. A minimum of two DS1s is required for each system (i.e., System A requires two DS1s and System B would require an additional two DS1s or four in total). The DS1 level facility that connects the Remote Terminal site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to DPIPreferred’s demarcation point associated with DPIPreferred’s collocation space within the SWC that serves the remote terminal (RT). USLC service is offered with or without concentration and with or without a protection DS1. 2.8.6.3 DPI Preferred is required to deliver its sub-loops to its own cross-box, RT, or other similar device and deliver a single cable to the BellSouth RT. This cable shall be connected by a BellSouth technician to a cross-connect panel within the BellSouth RT/cross-box and shall allow DPIPreferred’s sub-loops to be placed on the USLC and transported to DPIPreferred’s collocation space at a DS1 level.