High Frequency Portion of the Loop definition

High Frequency Portion of the Loop or “HFPL” means the frequency range above the voiceband on a copper loop facility that is being used to carry analog circuit-switched voiceband transmissions. Access to the HFPL is commonly called line sharing or line splitting.
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High Frequency Portion of the Loop or “HFPL” means the frequency range above the
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High Frequency Portion of the Loop or (“HFPL”) is defined as the frequency range above the voice band on a copper loop facility that is being used to carry analog circuit-switched voice band transmissions. The voice band frequency range of the spectrum is typically between 300 to 3,000 Hertz and possibly up to 3,400 Hertz depending upon equipment and facilities.
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Examples of High Frequency Portion of the Loop in a sentence

  • The process by which ***CLEC Acronym TXT*** provides xDSL service over the same copper Loop that Verizon uses to provide voice service by utilizing the frequency range on the copper loop above the range that carries analog circuit-switched voice transmissions (the High Frequency Portion of the Loop, or "HFPL").

  • This Schedule sets forth terms and conditions for providing the High Frequency Portion of the Loop (“HFPL”) by SBC-AMERITECH and CLEC.

  • The process by which Covista provides xDSL service over the same copper Loop that Verizon uses to provide voice service by utilizing the frequency range on the copper loop above the range that carries analog circuit-switched voice transmissions (the High Frequency Portion of the Loop, or "HFPL").

  • The process by which RNK provides xDSL service over the same copper Loop that Verizon uses to provide voice service by utilizing the frequency range on the copper loop above the range that carries analog circuit-switched voice transmissions (the High Frequency Portion of the Loop, or “HFPL”).

  • The CLECs begin by noting that, in its September 26, 2001 Order on Rehearing in this matter, the Commission concluded Ameritech must provide the High Frequency Portion of the Loop (“HFPL”) as an end-to-end Unbundled Network Element (“UNE”), just as its affiliated company, Southwestern Bell Telephone Company (“SWBT”), was ordered to do in Texas.

  • The process by which Navtel provides xDSL service over the same copper Loop that Verizon uses to provide voice service by utilizing the frequency range on the copper loop above the range that carries analog circuit-switched voice transmissions (the High Frequency Portion of the Loop, or "HFPL").

  • The process by which NetCarrier provides xDSL service over the same copper Loop that Verizon uses to provide voice service by utilizing the frequency range on the copper loop above the range that carries analog circuit-switched voice transmissions (the High Frequency Portion of the Loop, or "HFPL").

  • It is used to associate the retail Plain Old Telephone Service (POTS) working telephone number that will share the Line with the High Frequency Portion of the Loop request.

  • The process by which SST provides xDSL service over the same copper Loop that Verizon uses to provide voice service by utilizing the frequency range on the copper loop above the range that carries analog circuit-switched voice transmissions (the High Frequency Portion of the Loop, or "HFPL").

  • EB provisions apply to claims under the UCFE program, except, all benefits paid are charged to the Federal agency.


More Definitions of High Frequency Portion of the Loop

High Frequency Portion of the Loop. (“HFPL”) is defined as the frequency above the voice band on a copper loop facility that is being used to carry traditional POTS analog circuit-switched voice band transmissions. The FCC’s Third Report and Order in CC Docket No. 98-147 and Fourth Report and Order in CC Docket No. 96- 98 (rel. December 9, 1999) (the “Line Sharing Order”) references the voice band frequency of the spectrum as 300 to 3000 Hertz (and possibly up to 3400 Hertz) and provides that DSL technologies which operate at frequencies generally above 20,000 Hertz will not interfere with voice band transmission. SBC-12STATE shall only make the HFPL available to CLEC in those instances where SBC-12STATE also is providing retail POTS (voice band circuit switched) service on the same local loop facility to the same end user. In cases where either (1) CLEC has agreed with a carrier other than AM-IL or AM-MI or AM-WI that CLEC will provide data services over the same loop on which that carrier is providing voice service or (2) CLEC desires to provide both voice and data services over the same loop obtained from AM-IL or AM-MI or AM-WI, AM-IL or AM-MI or AM-WI need not provide a splitter if the respective State Commission does not establish a regulatory requirement that AM-IL or AM-MI or AM-WI do so.
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High Frequency Portion of the Loop or "HFPL" means the frequency range above the voice band on a copper loop facility that is being used to carry analog circuit-switched voice band transmissions. Use of the word "copper" is not intended to limit an ILEC's obligation to provide competitive local exchange carriers (CLECs) with access to the fiber portion of a digital loop carrier loop for the provision of line-shared digital subscriber line services.
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Related to High Frequency Portion of the Loop

  • Energy efficiency portfolio standard means a requirement to

  • Interconnection Activation Date means the date that the construction of the joint facility Interconnection arrangement has been completed, trunk groups have been established, joint trunk testing is completed and trunks have been mutually accepted by the Parties.

  • frequency ride through as used herein shall mean the ability of a Small Generating Facility to stay connected to and synchronized with the system or equipment of the Transmission Owner and any Affected Systems during system disturbances within a range of under-frequency and over- frequency conditions, in accordance with Good Utility Practice and consistent with any standards and guidelines that are applied to other generating facilities in the Balancing Authority Area on a comparable basis. The term “voltage ride through” as used herein shall mean the ability of a Small Generating Facility to stay connected to and synchronized with the system or equipment of the Transmission Owner and any Affected Systems during system disturbances within a range of under-voltage and over-voltage conditions, in accordance with Good Utility Practice and consistent with any standards and guidelines that are applied to other generating facilities in the Balancing Authority Area on a comparable basis.

  • Common Channel Signaling (CCS means an out-of-band, packet-switched, signaling network used to transport supervision signals, control signals, and data messages. It is a special network, fully separate from the transmission path of the public switched network. Unless otherwise agreed by the Parties, the CCS protocol used by the Parties shall be SS7.