Wireless Local Loop Subscriber Unit definition

Wireless Local Loop Subscriber Unit means a Subscriber Unit, other than a PHS Subscriber Unit, used in a digital wireless communication system that is specifically designed for the purpose of providing fixed wireless telephone service.
Wireless Local Loop Subscriber Unit means a radiotelephone, designed generally in accordance with a Covered Standard, used in a Wireless Local Loop Application.

Examples of Wireless Local Loop Subscriber Unit in a sentence

  • If SEC makes, uses or sells Covered Subscriber Units which are Wireless Local Loop Subscriber Units, ITC shall have the option of (1) treating such Wireless Local Loop Subscriber Units the same as other Covered Subscriber Units for royalty purposes or (2) imposing a royalty on such Wireless Local Loop Subscriber Units of [***] for each model of Wireless Local Loop Subscriber Unit.

  • Local Loop Subscriber Units, ITC shall have the option of (1) treating such Wireless Local Loop Subscriber Units the same as other Covered Subscriber Units for royalty purposes or (2) imposing a royalty on such Wireless Local Loop Subscriber Units of [**] of the Manufacturer's Average Selling Price for each model of Wireless Local Loop Subscriber Unit.

Related to Wireless Local Loop Subscriber Unit

  • Subscriber Management System means a system or device which stores the subscriber records and details with respect to name, address and other information regarding the hardware being utilized by the subscriber, channels or bouquets of channels subscribed by the subscriber, price of such channels or bouquets of channels as defined in the system, the activation or deactivation dates and time for any channel or bouquets of channels, a log of all actions performed on a subscriber’s record, invoices raised on each subscriber and the amounts paid or discount allowed to the subscriber for each billing period, and which complies with the requirements as set out under Annexure D of this Agreement;

  • Digital Subscriber Line (DSL) means as defined in Attachment 14 - xDSL Loops.

  • New Services Queue Closing Date means each April 30 and October 31 shall be the Queue Closing Date for the New Services Queue comprised of Interconnection Requests, Completed Applications, and Upgrade Requests received during the six-month period ending on such date. “New York ISO” or “NYISO” shall mean the New York Independent System Operator, Inc. or any successor thereto.

  • Digital Cross Connect System or "DCS" is a function which provides automated Cross Connection of Digital Signal Level 0 (DS0) or higher transmission bit rate digital channels within physical interface facilities. Types of DCS include but are not limited to DCS 1/0s, DCS 3/1s, and DCS 3/3s, where the nomenclature 1/0 denotes interfaces typically at the DS1 rate or greater with Cross Connection typically at the DS0 rate. This same nomenclature, at the appropriate rate substitution, extends to the other types of DCS specifically cited as 3/1 and 3/3. Types of DCS that cross connect Synchronous Transport Signal level 1 (STS-1 s) or other Synchronous Optical Network (SONET) signals (e.g., STS-3) are also DCS, although not denoted by this same type of nomenclature. DCS may provide the functionality of more than one of the aforementioned DCS types (e.g., DCS 3/3/1 which combines functionality of DCS 3/3 and DCS 3/1). For such DCS, the requirements will be, at least, the aggregation of requirements on the "component" DCS. In locations where automated Cross Connection capability does not exist, DCS will be defined as the combination of the functionality provided by a Digital Signal Cross Connect (DSX) or Light Guide Cross Connect (LGX) patch panels and D4 channel banks or other DS0 and above multiplexing equipment used to provide the function of a manual Cross Connection. Interconnection is between a DSX or LGX to a Switch, another Cross Connection, or other service platform device.

  • Digital Subscriber Line (DSL) is as defined in the applicable Appendix DSL and/or the applicable tariff, as appropriate.