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

Unbundled Sub-Loop Concentration System (USLC. 2.9.1 Where facilities permit and where necessary to comply with an effective Commission order, BellSouth will provide <<customer_name>> with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into <<customer_name>>’s collocation space. TR-008 and TR303 interface standards are available. 2.9.2 USLC, using the Lucent Series 5 equipment, will be offered in two different systems. System A will allow up to 96 of <<customer_name>>’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of <<customer_name>>’s sub-loops to be concentrated onto multiple 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 RT site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to the CLEC’s collocation space within the SWC that serves the RT where the CLEC’s sub-loops are connected. USLC service is offered with or without concentration and with or without a protection DS1. 2.9.3 In these scenarios <<customer_name>> would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth RT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow <<customer_name>>’s sub-loops to then be placed on the ULSC and transported to their collocation space at a DS1 level.

Unbundled Sub-Loop Concentration System (USLC. 2.9.1 2.6.6.1 Where facilities permit and where necessary to comply with an effective Commission order, BellSouth will provide <<customer_name>> to Mpower with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into <<customer_name>>Mpower’s collocation space. TR-008 and TR303 interface standards are available. 2.9.2 2.6.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two different systems. System A will allow up to 96 of <<customer_name>>Mpower’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of <<customer_name>>Mpower’s sub-loops to be concentrated onto multiple 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 RT site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to the CLEC’s collocation space within the SWC that serves the RT where the CLEC’s sub-loops are connected. USLC service is offered with or without concentration and with or without a protection DS1. 2.9.3 2.6.6.3 In these scenarios <<customer_name>> Mpower would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth RTremote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow <<customer_name>>Mpower’s sub-loops to then be placed on the ULSC and transported to their collocation space at a DS1 level.

Unbundled Sub-Loop Concentration System (USLC. 2.9.1 Where facilities permit and where necessary to comply with an effective Commission order, BellSouth will provide <<customer_name>> SouthEast with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into <<customer_name>>SouthEast’s collocation space. TR-008 and TR303 interface standards are available. 2.9.2 USLC, using the Lucent Series 5 equipment, will be offered in two different systems. System A will allow up to 96 of <<customer_name>>SouthEast’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of <<customer_name>>SouthEast’s sub-loops to be concentrated onto multiple 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 RT site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to the CLEC’s collocation space within the SWC that serves the RT where the CLEC’s sub-loops are connected. USLC service is offered with or without concentration and with or without a protection DS1. 2.9.3 In these scenarios <<customer_name>> SouthEast would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth RT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow <<customer_name>>SouthEast’s sub-loops to then be placed on the ULSC and transported to their collocation space at a DS1 level.

Unbundled Sub-Loop Concentration System (USLC. 2.9.1 Where facilities permit and where necessary to comply with an effective Commission order, BellSouth will provide <<customer_name>> Xspedius with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into <<customer_name>>Xspedius’s collocation space. TR-008 and TR303 interface standards are available. 2.9.2 USLC, using the Lucent Series 5 equipment, will be offered in two different systems. System A will allow up to 96 of <<customer_name>>Xspedius’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of <<customer_name>>Xspedius’s sub-loops to be concentrated onto multiple 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 RT site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to the CLEC’s collocation space within the SWC that serves the RT where the CLEC’s sub-loops are connected. USLC service is offered with or without concentration and with or without a protection DS1. 2.9.3 In these scenarios <<customer_name>> Xspedius would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth RT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow <<customer_name>>Xspedius’s sub-loops to then be placed on the ULSC and transported to their collocation space at a DS1 level.

Unbundled Sub-Loop Concentration System (USLC. 2.9.1 6.4.1 Where facilities permit and where necessary to comply with an effective Commission order, BellSouth will provide <<customer_name>> ITC^DeltaCom with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into <<customer_name>>’s ITC^DeltaCom collocation space. TR-008 and TR303 interface standards are available. 2.9.2 6.4.2 USLC, using the Lucent Series 5 equipment, will be offered in two different systems. System A will allow up to 96 of <<customer_name>>ITC^DeltaCom’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of <<customer_name>>ITC^DeltaCom’s sub-loops to be concentrated onto multiple 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 RT site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to the CLECITC^DeltaCom’s collocation space within the SWC that serves the RT where the CLECITC^DeltaCom’s sub-loops are connected. USLC service is offered with or without concentration and with or without a protection DS1. 2.9.3 6.4.3 In these scenarios <<customer_name>> ITC^DeltaCom would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth RTremote terminal. This cable would be connected, by a BellSouth technician, to a cross-cross- connect panel within the BellSouth RT/cross-box and would allow <<customer_name>>4 States Attachment 2 Clean 12-17-01 ITC^DeltaCom’s sub-loops to then be placed on the ULSC and transported to their collocation space at a DS1 level.

Unbundled Sub-Loop Concentration System (USLC. 2.9.1 2.6.6.1 Where facilities permit and where necessary to comply with an effective Commission order, BellSouth will provide <<customer_name>> to Accutel with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into <<customer_name>>Accutel’s collocation space. TR-008 and TR303 interface standards are available. 2.9.2 2.6.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two different systems. System A will allow up to 96 of <<customer_name>>Accutel’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of <<customer_name>>Accutel’s sub-loops to be concentrated onto multiple 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 RT site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to the CLEC’s collocation space within the SWC that serves the RT where the CLEC’s sub-loops are connected. USLC service is offered with or without concentration and with or without a protection DS1. 2.9.3 2.6.6.3 In these scenarios <<customer_name>> Accutel would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth RTremote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow <<customer_name>>Accutel’s sub-loops to then be placed on the ULSC and transported to their collocation space at a DS1 level.

Unbundled Sub-Loop Concentration System (USLC. 2.9.1 Where facilities permit and where necessary to comply with an effective Commission order, BellSouth will provide <<customer_name>> Metro FiberLink, Inc. with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into <<customer_name>>Metro FiberLink, Inc.’s collocation space. TR-008 and TR303 interface standards are available. 2.9.2 USLC, using the Lucent Series 5 equipment, will be offered in two different systems. System A will allow up to 96 of <<customer_name>>Metro FiberLink, Inc.’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of <<customer_name>>Metro FiberLink, Inc.’s sub-loops to be concentrated onto multiple 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 RT site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to the CLEC’s collocation space within the SWC that serves the RT where the CLEC’s sub-loops are connected. USLC service is offered with or without concentration and with or without a protection DS1. 2.9.3 In these scenarios <<customer_name>> Metro FiberLink, Inc. would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth RT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow <<customer_name>>Metro FiberLink, Inc.’s sub-loops to then be placed on the ULSC and transported to their collocation space at a DS1 level.

Unbundled Sub-Loop Concentration System (USLC. 2.9.1 2.6.6.1 Where facilities permit and where necessary to comply with an effective Commission order, BellSouth will provide <<customer_name>> to Xxxxxxx with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into <<customer_name>>’s Xxxxxxx’x collocation space. TR-008 and TR303 interface standards are available. 2.9.2 2.6.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two different systems. System A will allow up to 96 of <<customer_name>>’s Xxxxxxx’x sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of <<customer_name>>’s Xxxxxxx’x sub-loops to be concentrated onto multiple 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 RT site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to the CLEC’s collocation space within the SWC that serves the RT where the CLEC’s sub-loops are connected. USLC service is offered with or without concentration and with or without a protection DS1. 2.9.3 2.6.6.3 In these scenarios <<customer_name>> Xxxxxxx would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth RTremote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow <<customer_name>>’s Xxxxxxx’x sub-loops to then be placed on the ULSC and transported to their collocation space at a DS1 level.

Unbundled Sub-Loop Concentration System (USLC. 2.9.1 Where facilities permit and where necessary to comply with an effective Commission order, BellSouth will provide <<customer_name>> EPB Telecommunications with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into <<customer_name>>’s EPB Telecommunications' collocation space. TR-008 and TR303 interface standards are available. 2.9.2 USLC, using the Lucent Series 5 equipment, will be offered in two different systems. System A will allow up to 96 of <<customer_name>>’s EPB Telecommunications' sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of <<customer_name>>’s EPB Telecommunications' sub-loops to be concentrated onto multiple 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 RT site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to the CLEC’s collocation space within the SWC that serves the RT where the CLEC’s sub-loops are connected. USLC service is offered with or without concentration and with or without a protection DS1. 2.9.3 In these scenarios <<customer_name>> EPB Telecommunications would be required to place a cross-cross- box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth RT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow <<customer_name>>’s EPB Telecommunications' sub-loops to then be placed on the ULSC and transported to their collocation space at a DS1 level.

Unbundled Sub-Loop Concentration System (USLC. 2.9.1 Where facilities permit and where necessary to comply with an effective Commission order, BellSouth will provide <<customer_name>> 1-800 RECONEX, Inc. with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into <<customer_name>>1-800 RECONEX, Inc.’s collocation space. TR-008 and TR303 interface standards are available. 2.9.2 USLC, using the Lucent Series 5 equipment, will be offered in two different systems. System A will allow up to 96 of <<customer_name>>1-800 RECONEX, Inc.’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of <<customer_name>>1- 800 RECONEX, Inc.’s sub-loops to be concentrated onto multiple 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 RT site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to the CLEC’s collocation space within the SWC that serves the RT where the CLEC’s sub-loops are connected. USLC service is offered with or without concentration and with or without a protection DS1. 2.9.3 In these scenarios <<customer_name>> 1-800 RECONEX, Inc. would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth RT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow <<customer_name>>1-800 RECONEX, Inc.’s sub-loops to then be placed on the ULSC and transported to their collocation space at a DS1 level.

Unbundled Sub-Loop Concentration System (USLC. 2.9.1 Where facilities permit and where necessary to comply with an effective Commission order, BellSouth will provide <<customer_name>> to NEW EDGE NETWORKS with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into <<customer_name>>NEW EDGE NETWORKS’s collocation space. TR-008 and TR303 interface standards are available. 2.9.2 USLC, using the Lucent Series 5 equipment, will be offered in two different systems. System A will allow up to 96 of <<customer_name>>NEW EDGE NETWORKS’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of <<customer_name>>NEW EDGE NETWORKS’s sub-loops to be concentrated onto multiple 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 RT site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to the CLEC’s collocation space within the SWC that serves the RT where the CLEC’s sub-loops are connected. USLC service is offered with or without concentration and with or without a protection DS1. 2.9.3 In these scenarios <<customer_name>> NEW EDGE NETWORKS would be required to place a cross-cross- box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth RTremote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow <<customer_name>>NEW EDGE NETWORKS’s sub-loops to then be placed on the ULSC and transported to their collocation space at a DS1 level.

Unbundled Sub-Loop Concentration System (USLC. 2.9.1 2.6.6.1 Where facilities permit and where necessary to comply with an effective Commission order, BellSouth will provide <<customer_name>> to Z-Tel with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into <<customer_name>>Z-Tel’s collocation space. TR-008 and TR303 interface standards are available. 2.9.2 2.6.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two different systems. System A will allow up to 96 of <<customer_name>>Z-Tel’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of <<customer_name>>Z-Tel’s sub-loops to be concentrated onto multiple 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 RT site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to the CLEC’s collocation space within the SWC that serves the RT where the CLEC’s sub-loops are connected. USLC service is offered with or without concentration and with or without a protection DS1. 2.9.3 2.6.6.3 In these scenarios <<customer_name>> Z-Tel would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth RTremote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow <<customer_name>>Z-Tel’s sub-loops to then be placed on the ULSC and transported to their collocation space at a DS1 level.

Unbundled Sub-Loop Concentration System (USLC. 2.9.1 2.6.6.1 Where facilities permit and where necessary to comply with an effective Commission order, BellSouth will provide <<customer_name>> to Pointecom with the ability to concentrate its sub-sub- loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into <<customer_name>>Pointecom’s collocation space. TR-008 and TR303 interface standards are available. 2.9.2 2.6.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two different systems. System A will allow up to 96 of <<customer_name>>Pointecom’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of <<customer_name>>Pointecom’s sub-loops to be concentrated onto multiple 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 RT site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to the CLEC’s collocation space within the SWC that serves the RT where the CLEC’s sub-loops are connected. USLC service is offered with or without concentration and with or without a protection DS1. 2.9.3 2.6.6.3 In these scenarios <<customer_name>> Pointecom would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth RTremote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow <<customer_name>>Pointecom’s sub-loops to then be placed on the ULSC and transported to their collocation space at a DS1 level.

Unbundled Sub-Loop Concentration System (USLC. 2.9.1 Where facilities permit and where necessary to comply with an effective Commission order, BellSouth will provide <<customer_name>> Communication Services Integrated, Inc. with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into <<customer_name>>Communication Services Integrated, Inc.’s collocation space. TR-008 and TR303 interface standards are available. 2.9.2 USLC, using the Lucent Series 5 equipment, will be offered in two different systems. System A will allow up to 96 of <<customer_name>>Communication Services Integrated, Inc.’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of <<customer_name>>Communication Services Integrated, Inc.’s sub-loops to be concentrated onto multiple 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 RT site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to the CLEC’s collocation space within the SWC that serves the RT where the CLEC’s sub-loops are connected. USLC service is offered with or without concentration and with or without a protection DS1. 2.9.3 In these scenarios <<customer_name>> Communication Services Integrated, Inc. would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth RT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow <<customer_name>>Communication Services Integrated, Inc.’s sub-loops to then be placed on the ULSC and transported to their collocation space at a DS1 level.

Unbundled Sub-Loop Concentration System (USLC. 2.9.1 Where facilities permit and where necessary to comply with an effective Commission order, BellSouth will provide <<customer_name>> to NATIONSLINK COMMUNICATIONS with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into <<customer_name>>’s NATIONSLINK COMMUNICATIONS’ collocation space. TR-008 and TR303 interface standards are available. 2.9.2 USLC, using the Lucent Series 5 equipment, will be offered in two different systems. System A will allow up to 96 of <<customer_name>>’s NATIONSLINK COMMUNICATIONS’ sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of <<customer_name>>’s sub-NATIONSLINK COMMUNICATIONS’ sub- loops to be concentrated onto multiple 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 RT site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to the CLEC’s collocation space within the SWC that serves the RT where the CLEC’s sub-loops are connected. USLC service is offered with or without concentration and with or without a protection DS1. 2.9.3 In these scenarios <<customer_name>> NATIONSLINK COMMUNICATIONS would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth RTremote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow <<customer_name>>’s NATIONSLINK COMMUNICATIONS’ sub-loops to then be placed on the ULSC and transported to their collocation space at a DS1 level.

Unbundled Sub-Loop Concentration System (USLC. 2.9.1 2.6.6.1 Where facilities permit (as determined on a nondiscriminatory basis) and where necessary to comply with an effective Commission order, BellSouth will provide <<customer_name>> Level 3 with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into <<customer_name>>Level 3’s collocation space. TR-008 and TR303 interface standards are available. 2.9.2 2.6.6.2 USLC, using the Lucent Series 5 equipment, will be offered in two different systems. System A will allow up to 96 of <<customer_name>>Level 3’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of <<customer_name>>Level 3’s sub-loops to be concentrated onto multiple 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 RT remote terminal (RT) site with the serving wire center is known as a Feeder Interface. All DS1 Feeder Interfaces will terminate to the CLEC’s collocation space within the SWC that serves the RT where the CLEC’s sub-loops are connected. USLC service is offered with or without concentration and with or without a protection DS1. 2.9.3 2.6.6.3 In these scenarios <<customer_name>> Level 3 would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth RTremote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow <<customer_name>>Level 3’s sub-loops to then be placed on the ULSC and transported to their its collocation space at a DS1 level.