Line Conditioning Sample Clauses
Line Conditioning. 18.1 AT&T shall perform line conditioning in accordaenwcith FCC 47 C.F.R.51.319 (a)(1)i(ii). Line Conditioning is as defined in FCC47 C.F.R. 51.319 (a)(1)(iii)(A). Insofar as it is technically feasible, AT&T shall test and report troubles for all the features, functions, and capabilities of conditioned copper lines, and may not restrict its testing to voice transmission only.
Line Conditioning. 4.6.1 General For the charge(s) described on Appendix A and Xxxxxxxx X-0, SPRINT may order conditioning of those lines that are unbundled pursuant to this Attachment to remove load coils, bridged taps, low pass filters, range extenders and other devices to allow such lines to be provisioned in a manner that will allow for the transmission of digital signals required for ISDN and xDSL services, or, in the case of analog lines, to meet specific transmission parameters. Dedicated transport may be conditioned for DS-1 clear channel capability.
Line Conditioning. As set forth in 47 C.F.R. § 51.319(a)(1)(iii), Line Conditioning is the removal from a copper loop or copper subloop of any device that could diminish the capability of the loop or subloop to deliver high-speed switched wireline telecommunications capability, including digital subscriber line service.
Line Conditioning. The removal from a copper loop or copper subloop of any device that could diminish the capability of the loop or subloop to deliver high-speed switched wireline telecommunications capability, including digital subscriber line service. Such devices include, but are not limited to, bridge taps, load coils, low pass filters, and range extenders.
Line Conditioning. 3.4.3.1 Verizon shall condition a copper loop, at no cost, where CLEC seeks access to a copper loop, the high frequency portion of a copper loop, or a copper Subloop to ensure that the copper loop or copper Subloop is suitable for providing digital subscriber line services, including those provided over the high frequency portion of the copper loop or copper Subloop, whether or not Verizon offers advanced services to the end- user customer on that copper loop or copper Subloop.
3.4.3.2 Insofar as it is technically feasible, Verizon shall test and report troubles for all the features, functions, and capabilities of conditioned copper lines, and may not restrict its testing to voice transmission only.
3.4.3.3 Where CLEC seeks access to the high frequency portion of a copper loop or copper Subloop and Verizon claims that conditioning that loop or Subloop will significantly degrade, as defined in Section 51.233 of the FCC's rules, the voiceband services that Verizon is currently providing over that loop or Subloop, Verizon must either:
(a) Locate another copper loop or copper Subloop that has been or can be conditioned, migrate Verizon's voiceband service to that loop or Subloop, and provide CLEC with access to the high frequency portion of that alternative loop or Subloop; or
(b) Make a showing to the Commission that the original copper loop or copper Subloop cannot be conditioned without significantly degrading voiceband services on that loop or Subloop, as defined in Section 51.233 of the FCC's rules, and that there is no adjacent or alternative copper loop or copper Subloop available that can be conditioned or to which the end-user customer's voiceband service can be moved to enable line sharing.
3.4.3.4 If, after evaluating Verizon's showing under section 51.319(a)(l)(ii)(D)(2) of the FCC's rules, the Commission concludes that a copper loop or copper Subloop cannot be conditioned without significantly degrading the voiceband service, Verizon cannot then or subsequently condition that loop or Subloop to provide advanced services to its own customers without first making available to CLEC the high frequency portion of the newly conditioned loop or Subloop.
Line Conditioning. Verizon shall condition a copper Loop at the request of ***CLEC Acronym TXT *** when seeking access to a copper Loop or any portion of a copper Loop, including, without limitation, the high frequency portion of a copper Loop, to ensure that the copper Loop or copper sub-Loop is suitable for providing xDSL services, including those provided over the high frequency portion of the copper Loop or copper sub-Loop, whether or not Verizon offers advanced services to the end-user customer on that copper Loop or copper sub-Loop. If Verizon seeks compensation from ***CLEC Acronym TXT*** for line conditioning, ***CLEC Acronym TXT*** has the option of refusing, in whole or in part, to have the line conditioned; and ***CLEC Acronym TXT***’s refusal of some or all aspects of line conditioning will not diminish any right it may have, under this Section [7.4], to access the copper Loop, the high frequency portion of the copper Loop, or the copper Sub-Loop.
7.4.1 Line conditioning is defined as the removal from a copper Loop or copper Sub- Loop of any device that could diminish the capability of the Loop or Sub-Loop to deliver high-speed switched wireline telecommunications capability, including DSL service. Such devices include, but are not limited to, bridge taps, load coils, low pass filters, and range extenders.
7.4.2 Verizon shall recover the costs of line conditioning from ***CLEC Acronym TXT*** in accordance with the FCC’s forward-looking pricing principles promulgated pursuant to section 252(d)(1) of the Act and in compliance with rules governing nonrecurring costs in Section 51.507(e) of the FCC’s rules.
7.4.3 Insofar as it is Technically Feasible, Verizon shall test and report troubles for all the features, functions, and capabilities of conditioned copper Loops, and may not restrict its testing to voice transmission only.
7.4.4 Where ***CLEC Acronym TXT*** is seeking access to the high frequency portion of a copper Loop or copper Sub-Loop and Verizon claims that conditioning that Loop or Sub-Loop will significantly degrade, as defined in Section 51.233 of the FCC’s rules, the voiceband services that Verizon is currently providing over that Loop or Sub-Loop, Verizon must either:
7.4.4.1 Locate another copper Loop or copper Sub-Loop that has been or can be conditioned, migrate Verizon’s voiceband service to that Loop or Sub-Loop, and provide ***CLEC Acronym TXT*** with access to the high frequency portion of that alternative Loop or Sub-Loop; or
7.4.4.2 Make a sho...
Line Conditioning. 6.5.1 Conditioning may be necessary in association with the CO-HFS. To the extent AT&T-13STATE’s mechanized line qualification information should reflect that excessive bridged tap and/or load coils are present on the CO-HFS, then AT&T-13STATE will condition the CO-HFS to remove any excessive bridged tap and/or load coils that are present on the CO-HFS if and only to the extent necessary for such CO-HFS to meet appropriate ANSI standards. To the extent CARRIER should wish to request that AT&T-13STATE perform conditioning to remove any load coils and/or excessive bridged tap not removed by AT&T-13STATE in the provisioning phase and/or repeaters and/or non- excessive bridged tap on the CO-HFS, CARRIER may request that such line conditioning be performed following provisioning of the CO-HFS (i.e., upon completion of the Local Service Request (“LSR”) for a newly installed or migrated CO-HFS), via trouble ticket.
6.5.2 To the extent that CARRIER requests that AT&T-13STATE remove any non-excessive bridged tap from the CO-HFS, for newly installed or migrated facilities, CARRIER shall be billed and shall pay for such conditioning work at the rates set forth in the LS One Pricing Appendix for the removal of non-excessive bridged tap.
Line Conditioning. 22.1 Line Conditioning is defined as the removal from a copper Loop or copper Subloop of any device that could diminish the capability of the Loop or Subloop to deliver high-speed switched wireline telecommunications capability, including xDSL services.
22.1.1 Such devices include, but are not limited to bridged taps, load coils, low pass filters and range extenders. Insofar as it is technically feasible, BellSouth shall test and report troubles for all the features, functions and capabilities of conditioned copper Loops, and may not restrict its testing to voice transmission only.
22.2 BellSouth will remove load coils only on copper Loops and Subloops that are less than eighteen thousand (18,000) feet in length, at the rates set forth in Exhibit C to Attachment 2 of the Agreement. BellSouth will remove load coils on copper Loops and Subloops that are greater than 18,000 feet in length upon request by NuVox, at rates pursuant to BellSouth’s Special Construction Process, contained in BellSouth’s FCC No. 2, as mutually agreed to by the Parties. Should BellSouth begin removing load coils on loops over 18,000 feet to provide high speed switched wireline telecommunications capability, including xDSL service to its customers, it will do so for NuVox at the rates set forth in Exhibit C to Attachment 2 of the Agreement. Should BellSouth begin removing load coils on Loops over 18,000 feet for other carriers, other than at BellSouth’s Special Construction rates, it will do so for NuVox at parity, under the same rates, terms and conditions, and the Parties shall amend the Agreement to include the necessary rates, terms and conditions.
22.3 Any copper loop being ordered by NuVox which has over 6,000 feet of combined bridged tap will be modified, upon request from NuVox, so that the loop will have a maximum of 6,000 feet of bridged tap. This modification will be performed at no additional charge to NuVox. Line conditioning orders that require the removal of other bridged tap that serves no network design purpose on a copper Loop that will result in a combined total of bridged tap between two thousand five hundred (2,500) and six thousand (6,000) feet will be performed at the rates set forth in Exhibit C to Attachment 2 of the Agreement.
22.4 NuVox may request removal of any unnecessary and non-excessive bridged tap (bridged tap between zero (0) and two thousand five hundred (2,500) feet which serves no network design purpose) at rates pursuant to BellSouth’s Special Co...
Line Conditioning. The rates for line conditioning shall be as set forth in Exhibit A of this Attachment 2 incorporated herein by this reference. BellSouth shall condition lines required to be unbundled wherever AT&T requests, whether or not BellSouth offers advanced services to the end user on that loop.
3.3.1 Line conditioning is defined as the removal from the loop of any devices that may diminish the capability of the loop to deliver high- speed switched wireline telecommunications capability, including xDSL service. Such devices include, but are not limited to, bridge taps, low pass filters, and range extenders.
3.3.2 In so far as it is technically feasible, BellSouth shall test and report trouble for all the features, functions and capabilities of conditioned lines, and may not restrict testing to voice-transmission only.
3.3.3 If an AT&T order for a local loop is cancelled or modified by AT&T or an AT&T end-user, and the cancellation or modification is not caused by BellSouth, AT&T will compensate BellSouth costs incurred by BellSouth for provisioning or accommodating the modification of the local loop, unless such costs are already being recovered through approved rates. AT&T may charge BellSouth order modification or cancellation charges using the same rates and conditions as BellSouth utilizes for assessing such charges to AT&T, if the modification or cancellation is caused by BellSouth.
Line Conditioning. Qwest shall condition a copper loop at the request of Autotel. Line conditioning is the removal from a copper loop or subloop of any devise that could diminish the capability of the loop or subloop to deliver high speed switched telecommunications capability, including digital subscriber line service. Such devices include, but are not limited to, bridge taps, load coils, low pass filters, and range extenders.