Local Loops. The local loop UNE is defined as the transmission facility (or channel or group of channels on such facility) that extends from a Main Distribution Frame (MDF), or its equivalent, in a VERIZON Central Office Switch or Wire Center up to and including the loop “demarcation point”, including inside wire owned by VERIZON. The loop demarcation point is that point on the loop facility where VERIZON’s ownership and control end and the subscriber’s ownership and control begin. Generally, loops are provisioned as 2-wire or 4-wire copper pairs, analog voice-grade, or, upon Sprints request, loops conditioned to transmit digital signals, such as xDSL, running from the Central Office Switch MDF to the demarcation point at the end users premises. However, a loop may be provided via other means, including, but not limited to, radio frequencies, as a channel on a high-capacity feeder/distribution facility which may, in turn, be distributed from a node location to the subscriber’s premises via a copper or coaxial drop or other facility. The loop includes all features, functions and capabilities of such transmission facilities, including attached electronics (except those electronics used for the provision of advanced services, such as digital subscriber line access multiplexers (“DSLAMs”)) and line conditioning. VERIZON does not guarantee data modem speeds on either 2 or 4 wire analog loops. In addition, VERIZON does not guarantee CLASS features will perform properly on either 2 or 4 wire analog loop provisioned over subscriber analog carrier. Any required UNE loops will be provisioned and maintained by VERIZON consistent with Telcordia Technologies standard NC/NCI codes outlined in Telcordia Technologies practice BR 000-000-000. The types of unbundled loops made available to SPRINT under this Attachment are:
Local Loops. Subject to Section 1.1
Local Loops. The local loop UNE is defined as the transmission facility (or channel or group of channels on such facility) that extends from a Main Distribution Frame (MDF), or its equivalent, in a GTE end office or wire center up to and including the loop “demarcation point”, including inside wire owned by GTE. The loop demarcation point is that point on the loop facility where GTE’s ownership and control end and the subscriber’s ownership and control begin. Generally, loops are provisioned as 2-wire or 4-wire copper pairs running from the end office MDF to the subscriber’s premises. However, a loop may be provided via other means, including radio frequencies, as a channel on a high-capacity feeder/distribution facility which may, in turn, be distributed from a node location to the subscriber’s premises via a copper or coaxial drop or other facility. The loop includes all features, functions and capabilities of such transmission facilities, including attached electronics (except those electronics used for the provision of advanced services, such as digital subscriber line access multiplexers (“DSLAMs”)) and line conditioning.
Local Loops. Subject to Section 1.1 of Schedule 9.5, Ameritech shall allow CLEC to access the following Loop types (in addition to those Loops available under applicable tariffs) unbundled from local switching and local transport.
Local Loops. Subject to Section 1.1 of Schedule 9.5, Ameritech shall allow Focal to access the following Loop types (in addition to those Loops available under applicable tariffs) unbundled from switching and local transport.
Local Loops. A “Local Loop” is a transmission facility between a distribution frame (or its equivalent) in a CenturyLink Central Office and the loop demarcation point at an End User’s premises. To the extent required by Applicable Law, CenturyLink will make available the UNE loops set forth below between a distribution frame (or its equivalent) in a CenturyLink Central Office and the loop demarcation point at an End User’s premises. The Parties acknowledge and agree that CenturyLink shall not be obligated to provision any of the UNE loops provided for herein to cellular sites. The Local Loop UNE includes all features, functions and capabilities of the transmission facility, including the NID and attached electronics (except those electronics used for the provision of Advanced Services, such as Digital Subscriber Line Access Multiplexers), optronics, and intermediate devices used to establish the transmission path to the End User’s premises, as well as any inside wire owned or controlled by CenturyLink that is part of that transmission path.
Local Loops. Global Crossing will, when requested by Exodus, order and provision local loops on its behalf. The terms and conditions relating to such local loops will be set out in a separate Premise Access Service Agreement entered into between the parties.
Local Loops. For Gold, Silver and Bronze Internet Advantage Service, unless otherwise agreed, Level 3 or its designated agent will order (on behalf of Customer) the Local Loop necessary for delivery of Service (or provide the same if Level 3 has On-Net services available). Subject to the provisions hereof, Level 3 (or its designated agent) will arrange for a third party provider to install an Off-Net Local Loop within close proximity of the planned location of the Customer Premises equipment. In the event Customer requests expedited delivery of a Local Loop, additional charges not stated in the Customer Order may apply; Level 3 cannot guarantee expedited delivery of Local Loops. Level 3 may charge Customer additional charges not otherwise set forth in the Customer Order where charges stated in a Customer Order do not reflect the actual charges for the Local Loops provided, or where the Local Loop provider determines that it is necessary to extend the demarcation point or MPOE through the provision of additional infrastructure, cabling, electronics or other materials necessary to reach the Customer Premises. Level 3 will notify Customer of any additional non-recurring charges and/or monthly recurring charges as soon as practicable after Level 3 is notified by the local access provider of the amount of such charges. In the event that the extended demarcation point cannot be provided by Level 3's vendor(s), Customer must organize the extension of the aforementioned demarcation point with its chosen inside wire vendor or directly with the telecommunications vendor servicing the building. Gold, Silver or Bronze Customers that wish to order, provision, and/or directly pay for the Local Loop must gain prior written approval from Xxxxx 0, and upon approval, must provide the approved Local Loop provider with a letter of agency (LOA) authorizing Level 3 to act on Customer's behalf as respects the delivery of the Internet Advantage Services. The letter of agency must include all relevant information concerning the Local Loop's demarcation point within the Customer Premises. A copy of this letter of agency must be forwarded to Xxxxx 0 for its records. Cross-connect and facility entrance fees associated with the POP to which the connection is attached may also apply if Customer provisions the Local Loop in this manner. A one-time surcharge will also apply. For Port-Only Internet Advantage Service, Customer is responsible for ordering and coordinating the provisioning of all Local L...
Local Loops. Subject to Section 1.1 of Schedule 9.5, Ameritech shall allow Requesting Carrier access to the Unbundled Local Loop types described on this Schedule 9.2.1 unbundled from Local Switching and Interoffice Transmission Facilities.
Local Loops. The local loop UNE is defined as the transmission facility (or channel or group of channels on such facility) that extends from a Main Distribution Frame (MDF), or its equivalent, in a GTE Central Office Switch or Wire Center up to and including the loop “demarcation point”, including inside wire owned by GTE. The loop demarcation point is that point on the loop facility where GTE’s ownership and control end and the subscriber’s ownership and control begin. Generally, loops are provisioned as 2-wire or 4-wire copper pairs running from the Central Office Switch MDF to the subscriber’s premises. However, a loop may be provided via other means, including radio frequencies, as a channel on a high-capacity feeder/distribution facility which may, in turn, be distributed from a node location to the subscriber’s premises via a copper or coaxial drop or other facility. The loop includes all features, functions and capabilities of such transmission facilities, including attached electronics (except those electronics used for the provision of advanced services, such as digital subscriber line access multiplexers (“DSLAMs”)) and line conditioning. The types of unbundled loops made available to USA Digital under this Attachment are:
