Common use of Subloop Elements Clause in Contracts

Subloop Elements. 4.14.1 SBC TEXAS shall provide CLEC with nondiscriminatory access to a copper subloop on an 251(c)(3) Unbundled basis. A copper subloop is a portion of a copper loop, or hybrid loop, comprised entirely of copper wire or copper cable that acts as a transmission facility between any point of technically feasible access in SBC TEXAS’ outside plant, including inside wire owned or controlled by SBC TEXAS, and the end-user customer premises. A copper subloop includes all intermediate devices (including repeaters and load coils) used to establish a transmission path between a point of technically feasible access and the demarcation point at the end-user customer premises, and includes the features, functions, and capabilities of the copper loop. Copper subloops include two-wire and four-wire analog voice-grade subloops as well as two-wire and four-wire subloops conditioned to transmit the digital signals needed to provide digital subscriber line services, regardless of whether the subloops are in service or held as spares. 4.14.1.1 Point of technically feasible access. A point of technically feasible access is any point in SBC TEXAS’ outside plant where a technician can access the copper wire within a cable without removing a splice case. Such points include, but are not limited to, a pole or pedestal, the serving area interface, the network interface device, the minimum point of entry, any remote terminal, and the feeder/distribution interface, SBC TEXAS shall, upon site-specific request, provide access to a copper subloop at a splice near a remote terminal. SBC TEXAS shall be compensated for providing this access in accordance with §§ 51.501 through 51.515. a. at the pole or pedestal, Feeder Distribution Interface or Serving Area Interface (FDI/SAI), NID, MPOE, any remote terminal, the point in the SBC TEXAS outside plant where the feeder facility cross-connects to the distribution facility. The FDI/SAI might be located in the utility room, in a remote terminal, or in a controlled environment vault (CEV). b. at any point that the state commission has determined, in any state proceeding, is technically feasible. 4.14.2 Subloop Element - Functionality and General Requirements 4.14.2.1 Subloop Element includes but is not limited to the following functionality: (a) Loop Distribution (b) Inside Wire Subloop 4.14.3 Intentionally left blank.

Subloop Elements. 4.14.1 SBC TEXAS AT&T shall provide CLEC with nondiscriminatory access to a copper subloop on an 251(c)(3) Unbundled basis. A copper subloop is a portion of a copper loop, or hybrid loop, comprised entirely of copper wire or copper cable that acts as a transmission facility between any point of technically feasible access in SBC TEXAS’ AT&T’s outside plant, including inside wire owned or controlled by SBC TEXASAT&T, and the end-user customer premises. A copper subloop includes all intermediate devices (including repeaters and load coils) used to establish a transmission path between a point of technically feasible access and the demarcation point at the end-user customer premises, and includes the features, functions, and capabilities of the copper loop. Copper subloops include two-wire and four-wire analog voice-grade subloops as well as two-wire and four-wire subloops conditioned to transmit the digital signals needed to provide digital subscriber line services, regardless of whether the subloops are in service or held as spares. 4.14.1.1 Point of technically feasible access. A point of technically feasible access is any point in SBC TEXAS’ AT&T’s outside plant where a technician can access the copper wire within a cable without removing a splice case. Such points include, but are not limited to, a pole or pedestal, the serving area interface, the network interface device, the minimum point of entry, any remote terminal, and the feeder/distribution interface, SBC TEXAS AT&T shall, upon site-specific request, provide access to a copper subloop at a splice near a remote terminal. SBC TEXAS AT&T shall be compensated for providing this access in accordance with §§ 51.501 through 51.515. a. at the pole or pedestal, Feeder Distribution Interface or Serving Area Interface (FDI/SAI), NID, MPOE, any remote terminal, the point in the SBC TEXAS AT&T outside plant where the feeder facility cross-cross- connects to the distribution facility. The FDI/SAI might be located in the utility room, in a remote terminal, or in a controlled environment vault (CEV). b. at any point that the state commission has determined, in any state proceeding, is technically feasible. . 4.14.2 Subloop Element - Functionality and General Requirements 4.14.2.1 Subloop Element includes but is not limited to the following functionality: (a) Loop Distribution (b) Inside Wire Subloop 4.14.3 Intentionally left blank.Subloop

Subloop Elements. 4.14.1 SBC TEXAS AT&T shall provide CLEC with nondiscriminatory access to a copper subloop on an 251(c)(3) Unbundled basis. A copper subloop is a portion of a copper loop, or hybrid loop, comprised entirely of copper wire or copper cable that acts as a transmission facility between any point of technically feasible access in SBC TEXAS’ AT&T’s outside plant, including inside wire owned or controlled by SBC TEXASAT&T, and the end-user customer premises. A copper subloop includes all intermediate devices (including repeaters and load coils) used to establish a transmission path between a point of technically feasible access and the demarcation point at the end-user customer premises, and includes the features, functions, and capabilities of the copper loop. Copper subloops include two-wire and four-wire analog voice-grade subloops as well as two-wire and four-wire subloops conditioned to transmit the digital signals needed to provide digital subscriber line services, regardless of whether the subloops are in service or held as spares.. Page 84 of 357 4.14.1.1 1.1 Point of technically feasible access. A point of technically feasible access is any point in SBC TEXAS’ AT&T’s outside plant where a technician can access the copper wire within a cable without removing a splice case. Such points include, but are not limited to, a pole or pedestal, the serving area interface, the network interface device, the minimum point of entry, any remote terminal, and the feeder/distribution interface, SBC TEXAS AT&T shall, upon site-specific request, provide access to a copper subloop at a splice near a remote terminal. SBC TEXAS AT&T shall be compensated for providing this access in accordance with §§ 51.501 through 51.515. a. at 4.14.1. 2 AT&T will provide xDSL Loops and xDSL/UCSL Subloops for CLEC to deploy xDSL technologies presumed acceptable for deployment or non-standard xDSL technologies as defined in this Agreement and as provided for under the pole or pedestalapplicable lawful and effective FCC rules, Feeder Distribution Interface or Serving Area Interface (FDI/SAI)47 C.F.R. §51.230, NID, MPOE, any remote terminal, the point in the SBC TEXAS outside plant where the feeder facility cross-connects as such rule may be modified from time to the distribution facility. The FDI/SAI might be located in the utility room, in a remote terminal, or in a controlled environment vault (CEV)time. b. at any point that the state commission has determined, in any state proceeding, is technically feasible. 4.14.2 Subloop Element - Functionality and General Requirements 4.14.2.1 Subloop Element includes but is not limited to the following functionality: (a) Loop Distribution (b) Inside Wire Subloop 4.14.3 Intentionally left blank.

Subloop Elements. 4.14.1 SBC TEXAS AT&T shall provide CLEC with nondiscriminatory access to a copper subloop on an 251(c)(3) Unbundled basis. A copper subloop is a portion of a copper loop, or hybrid loop, comprised entirely of copper wire or copper cable that acts as a transmission facility between any point of technically feasible access in SBC TEXAS’ AT&T’s outside plant, including inside wire owned or controlled by SBC TEXASAT&T, and the end-user customer premises. A copper subloop includes all intermediate devices (including repeaters and load coils) used to establish a transmission path between a point of technically feasible access and the demarcation point at the end-user customer premises, and includes the features, functions, and capabilities of the copper loop. Copper subloops include two-wire and four-wire analog voice-grade subloops as well as two-wire and four-wire subloops conditioned to transmit the digital signals needed to provide digital subscriber line services, regardless of whether the subloops are in service or held as spares. 4.14.1.1 Point of technically feasible access. A point of technically feasible access is any point in SBC TEXAS’ AT&T’s outside plant where a technician can access the copper wire within a cable without removing a splice case. Such points include, but are not limited to, a pole or pedestal, the serving area interface, the network interface device, the minimum point of entry, any remote terminal, and the feeder/distribution interface, SBC TEXAS AT&T shall, upon site-specific request, provide access to a copper subloop at a splice near a remote terminal. SBC TEXAS AT&T shall be compensated for providing this access in accordance with §§ 51.501 through 51.515. a. at the pole or pedestal, Feeder Distribution Interface or Serving Area Interface (FDI/SAI), NID, MPOE, any remote terminal, the point in the SBC TEXAS AT&T outside plant where the feeder facility cross-connects to the distribution facility. The FDI/SAI might be located in the utility room, in a remote terminal, or in a controlled environment vault (CEV). b. at any point that the state commission has determined, in any state proceeding, is technically feasible. 4.14.2 Subloop Element - Functionality and General Requirements 4.14.2.1 Subloop Element includes but is not limited to the following functionality: (a) Loop Distribution (b) Inside Wire Subloop 4.14.3 Intentionally left blank.

Subloop Elements. 4.14.1 SBC TEXAS AT&T shall provide CLEC with nondiscriminatory access to a copper subloop on an 251(c)(3) Unbundled basis. A copper subloop is a portion of a copper loop, or hybrid loop, comprised entirely of copper wire or copper cable that acts as a transmission facility between any point of technically feasible access in SBC TEXAS’ AT&T’s outside plant, including inside wire owned or controlled by SBC TEXASAT&T, and the end-user customer premises. A copper subloop includes all intermediate devices (including repeaters and load coils) used to establish a transmission path between a point of technically feasible access and the demarcation point at the end-user customer premises, and includes the features, functions, and capabilities of the copper loop. Copper subloops include two-wire and four-wire analog voice-grade subloops as well as two-wire and four-wire subloops conditioned to transmit the digital signals needed to provide digital subscriber line services, regardless of whether the subloops are in service or held as spares. 4.14.1.1 Point of technically feasible access. A point of technically feasible access is any point in SBC TEXAS’ AT&T’s outside plant where a technician can access the copper wire within a cable without removing a splice case. Such points include, but are not limited to, a pole or pedestal, the serving area interface, the network interface device, the minimum point of entry, any remote terminal, and the feeder/distribution interface, SBC TEXAS AT&T shall, upon site-specific request, provide access to a copper subloop at a splice near a remote terminal. SBC TEXAS AT&T shall be compensated for providing this access in accordance with §§ 51.501 through 51.515. a. at 4.14.1. 2 AT&T will provide xDSL Loops and xDSL/UCSL Subloops for CLEC to deploy xDSL technologies presumed acceptable for deployment or non-standard xDSL technologies as defined in this Agreement and as provided for under the pole or pedestalapplicable lawful and effective FCC rules, Feeder Distribution Interface or Serving Area Interface (FDI/SAI)47 C.F.R. §51.230, NID, MPOE, any remote terminal, the point in the SBC TEXAS outside plant where the feeder facility cross-connects as such rule may be modified from time to the distribution facility. The FDI/SAI might be located in the utility room, in a remote terminal, or in a controlled environment vault (CEV)time. b. at any point that the state commission has determined, in any state proceeding, is technically feasible. 4.14.2 Subloop Element - Functionality and General Requirements 4.14.2.1 Subloop Element includes but is not limited to the following functionality: (a) Loop Distribution (b) Inside Wire Subloop 4.14.3 Intentionally left blank.

Subloop Elements. 4.14.1 SBC TEXAS AT&T shall provide CLEC with nondiscriminatory access to a copper subloop on an 251(c)(3) Unbundled basis. A copper subloop is a portion of a copper loop, or hybrid loop, comprised entirely of copper wire or copper cable that acts as a transmission facility between any point of technically feasible access in SBC TEXAS’ AT&T’s outside plant, including inside wire owned or controlled by SBC TEXASAT&T, and the end-user customer premises. A copper subloop includes all intermediate devices (including repeaters and load coils) used to establish a transmission path between a point of technically feasible access and the demarcation point at the end-user customer premises, and includes the features, functions, and capabilities of the copper loop. Copper subloops include two-wire and four-wire analog voice-grade subloops as well as two-wire and four-wire subloops conditioned to transmit the digital signals needed to provide digital subscriber line services, regardless of whether the subloops are in service or serviceor held as spares.. Page 91 of 396 4.14.1.1 1.1 Point of technically feasible access. A point of technically feasible access is any point in SBC TEXAS’ AT&T’s outside plant where a technician can access the copper wire within a cable without removing a splice case. Such points include, but are not limited to, a pole or pedestal, the serving area interface, the network interface device, the minimum point of entry, any remote terminal, and the feeder/distribution interface, SBC TEXAS AT&T shall, upon site-specific request, provide access to a copper subloop at a splice near a remote terminal. SBC TEXAS AT&T shall be compensated for providing this access in accordance inaccordance with §§ 51.501 through 51.515. a. at 4.14.1. 2 AT&T will provide xDSL Loopsand xDSL/UCSL Subloops for CLEC to deploy xDSL technologies presumed acceptable for deployment or non-standard xDSL technologies as defined in this Agreement and as provided for under the pole or pedestalapplicable lawful and effective FCC rules, Feeder Distribution Interface or Serving Area Interface (FDI/SAI)47 C.F.R. §51.230, NID, MPOE, any remote terminal, the point in the SBC TEXAS outside plant where the feeder facility cross-connects assuch rulemay be modified from time to the distribution facility. The FDI/SAI might be located in the utility room, in a remote terminal, or in a controlled environment vault (CEV)time. b. at any point that the state commission has determined, in any state proceeding, is technically feasible. 4.14.2 Subloop Element - Functionality and General Requirements 4.14.2.1 Subloop Element includes but is not limited to the following functionality: (a) Loop Distribution (b) Inside Wire Subloop 4.14.3 Intentionally left blank.