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 to IDS with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ 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 IDS’ sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ 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 IDS would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ 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 to IDS API with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ API’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 IDS’ API’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ API’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 IDS API would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ API’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 to IDS BTI with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ BTI’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 IDS’ BTI’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ BTI’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 IDS BTI would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ BTI’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 to IDS NOW with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ NOW’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 IDS’ NOW’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ NOW’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 IDS NOW would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ NOW’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 to IDS CLEC-1 with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ CLEC-1’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 IDS’ CLEC-1’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ CLEC-1’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 IDS CLEC-1 would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ CLEC-1’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 to IDS VELOCITY with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ VELOCITY’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 IDS’ VELOCITY’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ VELOCITY’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 IDS VELOCITY would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote 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 IDS’ VELOCITY’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 to IDS ZNC with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ ZNC’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 IDS’ ZNC’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ ZNC’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 IDS ZNC would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ ZNC’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 to IDS CCI with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ CCI’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 IDS’ CCI’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ CCI’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 IDS CCI would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ CCI’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 to IDS Pathnet with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ Pathnet’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 IDS’ Pathnet’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ Pathnet’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 IDS Pathnet would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ Pathnet’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 to IDS MRC with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ MRC’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 IDS’ MRC’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ MRC’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 CLECMRC’s collocation space within the SWC that serves the RT where the CLECMRC’s sub-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 IDS MRC would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ MRC’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 to IDS DV2 with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ DV2’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 IDS’ DV2’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ DV2’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 IDS DV2 would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ DV2’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 to IDS TLX with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ TLX’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 IDS’ TLX’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ TLX’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 IDS TLX would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ TLX’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 to IDS World Access with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ World Access’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 IDS’ World Access’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ World Access’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 IDS World Access would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ World Access’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 to IDS Pilgrim with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ Pilgrim’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 IDS’ Pilgrim’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ Pilgrim’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 IDS Pilgrim would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ Pilgrim’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 6.3.1 Where facilities permit and where necessary to comply with an effective Commission order, BellSouth will provide to IDS Ruddata with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ Ruddata’s collocation space. TR-008 and TR303 interface standards are available. 2.9.2 6.3.2 USLC, using the Lucent Series 5 equipment, will be offered in two different systemssizes. System A will allow up to 96 of IDS’ Ruddata’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 up to 192 of IDS’ Ruddata’s sub-loops to be concentrated onto multiple DS1s. One System A may be supplemented with one upgraded to a System B and they both must be physically located in a single Series 5 dual channel bank. B. 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 6.3.3 In these scenarios IDS Ruddata would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth BST remote terminal. This cable would be connected, by a BellSouth technician, connected to a cross-connect panel within the BellSouth RT/cross-box BST RT and would allow IDS’ Ruddata’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 6.7.1 Where facilities permit and where necessary to comply with an effective Commission orderpermit, BellSouth will provide to IDS Al-Call with the ability to concentrate its sub-loops onto multiple one or more DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ Al-Call ’s collocation space. TR-008 TR- 008 and TR303 interface standards are available. 2.9.2 6.7.2 USLC, using the Lucent Series 5 equipment, will be offered in two different systems. System A will allow up to 96 of IDS’ Al-Call ’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ Al-Call ’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 6.7.3 In these scenarios IDS Al-Call would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote 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 IDS’ subAl-Call ’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 to IDS DSL Telecom with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ DSL Telecom’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 IDS’ DSL Telecom’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ DSL Telecom’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 IDS DSL Telecom would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ DSL Telecom’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 to IDS USA Digital 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 IDS’ USA Digital’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 IDS’ USA Digital’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ USA Digital’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 IDS USA Digital would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote 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 IDS’ USA Digital’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 to IDS Access One 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 IDS’ Access One’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 IDS’ Access One’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ Access One’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 IDS Access One would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote 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 IDS’ sub-Access One’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 to IDS aXessa with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ aXessa’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 IDS’ aXessa’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ aXessa’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 IDS aXessa would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ aXessa’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 to IDS Navigator with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ Navigator’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 IDS’ Navigator’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ Navigator’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 IDS Navigator would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ Navigator’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 to IDS Oltronics with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ Oltronics’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 IDS’ Oltronics’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ Oltronics’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 IDS Oltronics would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ Oltronics’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 to IDS Global Crossing with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ Global Crossing’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 IDS’ Global Crossing’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ Global Crossing’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 IDS Global Crossing would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ sub-Global Crossing’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 to IDS Lightyear with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ Lightyear’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 IDS’ Lightyear’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ Lightyear’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 CLECLightyear’s collocation space within the SWC that serves the RT where the CLECLightyear’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 IDS Lightyear would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ Lightyear’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 to IDS Alliance with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ Alliance’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 IDS’ Alliance’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ Alliance’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 IDS Alliance would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ Alliance’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 to IDS U.S. South with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ U.S. South’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 IDS’ U.S. South’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ U.S. South’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 IDS U.S. South would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ U.S. South’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 to IDS CSI with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ CSI’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 IDS’ CSI’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ CSI’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 IDS CSI would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ CSI’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 to IDS ECI with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ ECI’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 IDS’ ECI’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ ECI’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 IDS ECI would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ ECI’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 to IDS LCT with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ LCT’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 IDS’ LCT’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ LCT’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 CLECLCT’s collocation space within the SWC that serves the RT where the CLECLCT’s sub-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 IDS LCT would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ LCT’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 to IDS Money To Go with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ Money To Go’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 IDS’ Money To Go’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ Money To Go’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 CLECMoney To Go’s collocation space within the SWC that serves the RT where the CLECMoney To Go’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 IDS Money To Go would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ Money To Go’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 to IDS CTES with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ CTES’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 IDS’ CTES’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ CTES’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 IDS CTES would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ CTES’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 to IDS LINEDRIVE with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ LINEDRIVE’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 IDS’ LINEDRIVE’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ LINEDRIVE’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 IDS LINEDRIVE would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ LINEDRIVE’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 to IDS Long Distance with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ IDS Long Distance’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 IDS’ IDS Long Distance’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ IDS Long Distance’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 IDS Long Distance would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote 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 IDS’ IDS Long Distance’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 to IDS EPB with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ EPB’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 IDS’ EPB’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ EPB’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 IDS EPB would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ EPB’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 to IDS PowerNet with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ PowerNet’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 IDS’ PowerNet’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ PowerNet’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 IDS PowerNet would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ PowerNet’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 to IDS Birch with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ Xxxxx’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 IDS’ Xxxxx’x sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ Birch’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 IDS Birch would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ Birch’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 to IDS Arrow with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ Arrow’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 IDS’ Arrow’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ Arrow’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 IDS Arrow would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ Arrow’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 to IDS NTERA, 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 IDS’ NTERA, 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 IDS’ NTERA, INC.’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ NTERA, 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 IDS NTERA, INC. would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ NTERA, 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 to IDS Edge Connections with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ Edge Connections’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 IDS’ Edge Connections’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ Edge Connections’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 IDS Edge Connections would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ Edge Connections’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 to IDS Lightyear with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ Lightyear’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 IDS’ Lightyear’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ Lightyear’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 IDS Lightyear would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ Lightyear’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 to IDS ETS with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ ETS’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 IDS’ ETS’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ ETS’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 IDS ETS would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ ETS’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 to IDS Choctaw with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ Choctaw’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 IDS’ Choctaw’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ Choctaw’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 IDS Choctaw would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ Choctaw’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 to IDS SBCT with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ SBCT’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 IDS’ SBCT’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ SBCT’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 IDS SBCT would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ SBCT’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 to IDS Light 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 IDS’ Light Networks’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 IDS’ Light Networks’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ Light 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 2.6.6.3 In these scenarios IDS Light Networks would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ Light 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 Where facilities permit and where necessary to comply with an effective Commission order, BellSouth will provide to IDS Rhythms with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central OfficeCO. The DS1s will then be terminated into IDSRhythms’ 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 IDSRhythms’ sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDSRhythms’ 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 Rhythms’ collocation space within the SWC that serves the RT where the CLEC’s Rhythms’ 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 IDS Rhythms would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDSRhythms’ sub-loops to then be placed on the ULSC USLC 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 to IDS DSL Telecom with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ DSL Telecom’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 IDS’ DSL Telecom’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ DSL Telecom’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 IDS DSL Telecom would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ sub-DSL Telecom’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 to IDS Preferred with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ Preferred’s collocation space. TR-008 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 IDS’ Preferred’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ Preferred’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 IDS Preferred would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote 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 IDS’ Preferred’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 2.5.5.1 Where facilities permit and where necessary to comply with an effective Commission order, BellSouth will provide to IDS ICG with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ ICG’s collocation space. TR-008 and TR303 interface standards are available. 2.9.2 2.5.5.2 USLC, using the Lucent Series 5 equipment, will be offered in two different systems. System A will allow up to 96 of IDS’ ICG’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ ICG’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 CLECICG’s collocation space within the SWC that serves the RT where the CLECICG’s sub-loops are connected. USLC service is offered with or without concentration and with or without a protection DS1. 2.9.3 2.5.5.3 In these scenarios IDS ICG would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ ICG’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 to IDS Long Distance with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ IDS Long Distance’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 IDS’ IDS Long Distance’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ IDS Long Distance’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 IDS Long Distance would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ IDS Long Distance’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 to IDS Choctaw with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ Choctaw’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 IDS’ Choctaw’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ sub-Choctaw’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 IDS Choctaw would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ Choctaw’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 to IDS E-Z Access with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ E-Z Access’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 IDS’ E-Z Access’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ E-Z Access’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 IDS E-Z Access would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ subE-Z Access’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 2.5.5.1 Where facilities permit and where necessary to comply with an effective Commission order, BellSouth will provide to IDS ICG with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ ICG’s collocation space. TR-008 and TR303 interface standards are available. 2.9.2 2.5.5.2 USLC, using the Lucent Series 5 equipment, will be offered in two different systems. System A will allow up to 96 of IDS’ ICG’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ ICG’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 CLECICG’s collocation space within the SWC that serves the RT where the CLECICG’s sub-sub- loops are connected. USLC service is offered with or without concentration and with or without a protection DS1. 2.9.3 2.5.5.3 In these scenarios IDS ICG would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ ICG’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 orderpermit, BellSouth will provide to IDS NewSouth with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ NewSouth’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 IDS’ NewSouth’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ NewSouth’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 IDS NewSouth would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ NewSouth’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 to IDS New Access with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDSNew Access’ 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 IDSNew Access’ sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDSNew Access’ 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 IDS New Access would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDSNew Access’ 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 to IDS NAS with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ NAS’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 IDS’ NAS’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ NAS’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 IDS NAS would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ NAS’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 to IDS Wakul with the ability to concentrate its sub-loops onto multiple DS1s back to the BellSouth Central Office. The DS1s will then be terminated into IDS’ Xxxxx’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 IDS’ Xxxxx’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ Wakul’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 IDS Wakul would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminalRT. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ Xxxxx’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 to IDS NA 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 IDS’ NA Communications’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 IDS’ NA Communications’s sub-loops to be concentrated onto multiple DS1s. System B will allow an additional 96 of IDS’ NA Communications’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 IDS NA Communications would be required to place a cross-box, remote terminal (RT), or other similar device and deliver a cable to the BellSouth remote terminal. This cable would be connected, by a BellSouth technician, to a cross-connect panel within the BellSouth RT/cross-box and would allow IDS’ NA Communications’s sub-loops to then be placed on the ULSC and transported to their collocation space at a DS1 level.