Packet Switching. The routing or forwarding of packets, frames, cells, or other data units based on address or other routing information contained in the packets, frames, cells or other data units, or the functions that are performed by the digital subscriber line access multiplexers, including but not limited to the ability to terminate an end-user customer’s copper Loop (which includes both a low-band voice channel and a high-band data channel, or solely a data channel); the ability to forward the voice channels, if present, to a circuit switch or multiple circuit switches; the ability to extract data units from the data channels on the Loops; and the ability to combine data units from multiple Loops onto one or more trunks connecting to a packet switch or packet switches.
Packet Switching. The Packet Switching UNE is defined as the basic packet switching function of routing or forwarding packets, frames, cells or other data units based on address or other routing information contained in the packets, frames, cells or other data units, and the functions that are performed by the DSLAM. VERIZON reserves the right to provide packet switching as an UNE only under the circumstances described in Rule 51.319(c)(5).
Packet Switching. 50.1. Sprint will provide CLEC unbundled packet switching if all of the following conditions are met:
50.1.1. Sprint has deployed digital loop carrier systems, including but not limited to, integrated digital loop carrier or universal digital loop carrier systems, or has deployed any other system in which fiber optic facilities replace copper facilities in the distribution section (e.g., end office to remote terminal, pedestal or environmentally controlled vault);
50.1.2. There are no spare xxxxxx loops cable of supporting the xDSL services the requesting carrier seeks to offer;
50.1.3. Sprint has not permitted the requesting carrier to deploy a Digital Subscriber Line Access Multiplexer (DSLAM) at the remote terminal, pedestal or environmentally controlled vault or other interconnection point, nor has the requesting carrier obtained a virtual collocation arrangement at these sub-loop interconnection points as defined by 47 C.F.R. §51.319(b); and
50.1.4. Sprint has deployed packet switching capability for its own use.
Packet Switching. Packet Switching is defined as the function of routing individual data units, frames, cells, or “packets,” based on address or other routing information contained in the packets. Packet Switching must be offered only in the limited circumstances described in 47 C.F.R. § 51.319(c)(3). If needed, requirements will be developed based upon the requirements of applicable law at the time of the request.
Packet Switching. The packet switching UNE is defined as the basic packet switching function of routing or forwarding packets, frames, cells or other data units based on address or other routing information contained in the packets, frames, cells or other data units, and the functions that are performed by the DSLAM. GTE reserves the right not to provide packet switching as a UNE under the circumstances described in Rule 51.319(c)(5). In accordance with Rule 51.319(c)(5), GTE will not make packet switching available as an UNE before May 17, 2000. Upon written request by Gulf Coast or GTE, the Parties shall engage in further good faith negotiations regarding the implementation of packet switching as an UNE.
Packet Switching. The packet switching UNE is defined as the basic packet switching function of routing or forwarding packets, frames, cells or other data units based on address or other routing information contained in the packets, frames, cells or other data units, and the functions that are performed by the DSLAM. GTE reserves the right not to provide packet switching as a UNE under the circumstances described in Rule 51.319(c)(5). In accordance with Rule 51.319(c)(5), GTE will not make packet switching available as an UNE before May 17, 2000. Upon written request by US Dial Tone or GTE, the Parties shall engage in further good faith negotiations 1A Port provides for the interconnection of individual Loops to the switching components of GTE’s network. In general, the port is a line card or trunk card and associated peripheral equipment on a GTE end office switch that serves as the hardware termination for the end-user’s Exchange Service on that switch, generates dial tine, and provides the end-user access to the Public Switched Telecommunications Network (PSTN). Each line-side port is typically associated with on e(or more) telephone numbers(s), which serve as the end-user’s network address. A port also includes local switching, which provides the basic switching functions to originate, route and terminate traffic and any signaling deployed in the switch. When US Dial Tone orders and unbundled port, the US Dial Tone has the option to submit a Directory Service Request (DSR) to have the listings included in GTE’s Directory Assistance database. The applicable ordering charge will be applied for processing the DSR. GTE will honor US Dial Tone Customers’ preferences for listing status, including non-published and unlisted, and will enter the listing in the GTE database which is used to perform DA functions as it appears on the LSR.
Packet Switching. Notwithstanding any other provision of the Agreement or any Verizon tariff or SGAT, Hello Depot shall not be entitled to obtain access to the Packet Switching Capability of any Hybrid Loop on an unbundled basis.
Packet Switching. 3.3.1 BellSouth will provide to ICG unbundled access to its packet switching pursuant to the terms and conditions contained in this section 3.3 and only in those instances when the conditions set forth in 47 CFR §51.319(c)(3) are satisfied
Packet Switching. 11.4.3.1 The Packet Switching capability network element is defined as the basic packet switching function of routing or forwarding packets, frames, cells or other data units based on address or other routing information contained in the packets, frames, cells or other data units, and the functions performed by Digital Subscriber Line Access Multiplexers (DSLAMs), including but not limited to:
(i) the ability to terminate copper customer loops (which includes both a low band voice channel and a high-band data channel, or solely a data channel);
(ii) the ability to forward the voice channels, if present, to a circuit switch or multiple circuit switches;
(iii) the ability to extract data units from the data channels on the loops, and
(iv) the ability to combine data units from multiple loops onto one or more trunks connecting to a packet switch or packet switches.
11.4.3.2 To the extent required by Applicable Law (including without limitation FCC Rule 51.319 (c)(5) as amended from time to time) and subject to the conditions set forth in Section 11.7, Verizon shall provide access to unbundled Packet Switching capability only where each of the following conditions are satisfied:
(i) Verizon has deployed digital loop carrier systems, including but not limited to, integrated digital loop carrier or universal digital loop carrier systems; or has deployed any other system in which fiber optic facilities replace copper facilities in the distribution section, (e.g., end office to remote terminal, pedestal or environmentally controlled vault);
(ii) There are no spare copper loops capable of supporting xDSL services AT&T seeks to offer;
(iii) Verizon has not permitted AT&T to deploy a Digital Subscriber Line Access Multiplexer in the remote terminal, pedestal or environmentally controlled vault or other interconnection point, nor has AT&T obtained a virtual collocation arrangement at these subloop interconnection points; and
(iv) Verizon has deployed packet switching capability for its own use.
Packet Switching. Notwithstanding any other provision of the Agreement or any Verizon tariff or SGAT, ***CLEC Acronym TXT*** shall not be entitled to obtain access to the Packet Switching Capability of any Hybrid Loop on an unbundled basis.
