MultiPoint definition

MultiPoint means the CTS data centers ends of the connection, or NNI (see also ‘Point to Multipoint (P2MP)’).
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MultiPoint term means that a transmission is made, via radio and in a limited coverage radius, to multiple subscriber installations from only one point (Base Station), while from the subscribers to the base it is made in a point-to-point way. A base station can have several sectors, and each of these sectors can have a coverage area of the multipoint system. They can operate in bands from 2 to 40 GHz, high-frequency bands which use is regulated and requires the payment of the corresponding license.
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MultiPoint means the CTS data centers ends of the connection, or NNI (see also ‘Point to Multipoint (P2MP)’). "Node Site(s)" shall mean a CTS operated backbone telecommunications facility.
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More Definitions of MultiPoint

MultiPoint means any video conference that involves more than two locations that require telecommunications connections. "N RELEASE LEVEL" has the meaning ascribed to such term in SECTION 9.6(a). "N-1 RELEASE LEVEL" has the meaning ascribed to such term in SECTION 9.6(a).
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Related to MultiPoint

  • Networking means NSCC’s system that allows mutual funds and life insurance companies to exchange account level information electronically; and “Settling Bank” shall mean the entity appointed by the Trust or you, as applicable, to perform such settlement services on behalf of the Trust and you, as applicable, which entity agrees to abide by NSCC’s then current rules and procedures insofar as they relate to same day funds settlement. In all cases, processing and settlement of share transactions shall be done in a manner consistent with applicable law.

  • Switchover means transfer of units of one scheme of UTI MF to another scheme of UTI MF wherever permissible.

  • 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.

  • DSL refers to a set of service-enhancing copper technologies that are designed to provide digital communications services over copper Loops either in addition to or instead of normal analog voice service, sometimes referred to herein as xDSL, including, but not limited to, the following:

  • IDSL or "ISDN Digital Subscriber Line" or "Integrated Services Digital Network Digital Subscriber Line" is a symmetrical, baseband DSL technology that permits the bi- directional transmission of up to 128 Kbps using ISDN CPE but not circuit switching.