Spectrum Compatibility definition

Spectrum Compatibility means the capability of two (2) copper loop transmission system technologies to coexist in the same cable without service degradation and to operate satisfactorily in the presence of cross talk noise from each other. Spectrum compatibility is defined on a per twisted pair basis for specific well-defined transmission systems. For the purposes of issues regarding Spectrum Compatibility, service degradation means the failure to meet the Bit Error Ratio (BER) and Signal-to-Noise Ratio (SNR) margin requirements defined for the specific transmission system for all Loop lengths, model Loops, or loss values within the requirements for the specific transmission system.
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Spectrum Compatibility means the capability of two (2) copper loop transmission system technologies to coexist in the same cable without service degradation and to operate satisfactorily in the presence of cross talk noise from each other. Spectrum compatibility is defined on a per twisted pair basis for specific well-defined transmission systems. For the purposes of issues regarding Spectrum Compatibility, service degradation means the failure to meet the Bit Error Ratio (BER) and Signal-to-Noise Ratio (SNR) margin requirements defined for the specific transmission system for all loop lengths, model loops, or loss values within the requirements for the specific transmission system.
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Spectrum Compatibility means generally the ability of various loop technologies to reside and operate in close proximity while not significantly degrading each others’ performance.
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Examples of Spectrum Compatibility in a sentence

  • Mechanisms for Demonstrating Spectrum Compatibility In the Advanced Services First Report and Order, we sought comment on the best means to address spectrum compatibility.49 One option was through generic PSD masks,50 but we asked whether using that approach alone might restrict deployment of technologies that otherwise would not harm the network.

  • This document is deliverable C4 of the Spectrum Compatibility criteria and Interference Scenarios for existing systems operating in the L band study produced by Helios for Eurocontrol under Contract 08-111428-C as contribution to the Future Communication Study (FCS) activities, and in support of the work to realise one of the recommendations of the FCS to develop an L-band data link.

  • It suggests that the responses of this section tend to an agreement and total agreement at standard deviation of 0.56.

  • Astranis Bermuda provides the attached Technical Description, Schedule S, and associated materials containing information relating to the technical and operational characteristics of the Arcturus satellite.1. Spectrum Compatibility Astranis Bermuda seeks authority to serve the U.S. market using the 18.2-19.3 GHz and 19.7-20.2 GHz bands (space-to-Earth) and 28.0-29.1 and 29.3-30.0 GHz bands (Earth-to-space).

  • As discussed in the previous section, each queuing point including the ground terminal could have a buffer size of about 0.5RTT for the connection.

  • RTCA and EUROCAE have started joint Special Committee (SC) 242/Working Group (WG) 124 on Spectrum Compatibility.

  • D., “Assessing Spectrum Compatibility for Beyond-Line-of-Sight UAS Control and Non-Payload Communications”, 2014 Integrated Communications, Navigation and Surveillance Conference, April 2014.

  • Assessment of NTS-3 Acquisition Aiding Signals: Benefits to Military GPS Receiver Performance, Spectrum Compatibility, and use Cases: Philip Dafesh and Alex Eapen, The Aerospace Corporation2.

  • To the extent the beams are reoriented, Eutelsat will conform to all Commission operating requirements in the new orientation, including permissible transmit and receive power levels.2. Spectrum Compatibility Eutelsat seeks to include the 11.2-11.45 GHz band (space-to-Earth) in the EUTELSAT 12 West B satellite’s market access authority.

  • Spectrum Compatibility Eutelsat seeks to add the 10.7-10.95 GHz and 11.2-11.45 GHz (space-to-Earth) and the 12.98-13.25 GHz (Earth-to-space) bands to the market access authority for EUTELSAT 139 West A.


More Definitions of Spectrum Compatibility

Spectrum Compatibility means the capability of two (2) copper loop transmission system technologies to coexist in the same cable without service degradation and to operate satisfactorily in the presence of cross talk noise from each other. Spectrum compatibility is defined on a per twisted pair basis for specific well-defined transmission systems. For the purposes of issues regarding Spectrum Compatibility, service degradation means the failure to meet the Bit Error Ratio (BER) and Signal-to-Noise Ratio (SNR) margin requirements defined
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Spectrum Compatibility means that energy that transfers into a loop pair, from services and transmission system technologies on other pairs in the same cable, does not cause an unacceptable degradation of performance. “Spectrum management” refers to loop plant administration, such as binder group management and other deployment practices that are designed to result in spectrum compatibility, preventing harmful interference between services and technologies that use pairs in the same cable. A “Splitter” is a device that divides the data and voice signals concurrently moving across the loop, directing the voice traffic through copper tie cables to the switch and the data traffic through another pair of copper tie cables to multiplexing equipment for delivery to the packet- switched network. The Splitter may be directly integrated into the Digital Subscriber Line Access Multiplexer (DSLAM) equipment or may be externally mounted.
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Spectrum Compatibility means that energy that transfers into a loop pair, from services and transmission system technologies on other pairs in the same cable, does not cause an unacceptable degradation of performance.
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Related to Spectrum Compatibility

  • Interoperability means the ability of a CenturyLink OSS Function to process seamlessly (i.e., without any manual intervention) business transactions with CLEC's OSS application, and vice versa, by means of secure exchange of transaction data models that use data fields and usage rules that can be received and processed by the other Party to achieve the intended OSS Function and related response. (See also Electronic Bonding.)

  • Integrated Digital Loop Carrier means a subscriber loop carrier system that is twenty-four (24) local Loop transmission paths combined into a 1.544 Mbps digital signal which integrates within the switch at a DS1 level.

  • Online Services means Microsoft-hosted services to which Customer subscribes under this Agreement. It does not include software and services provided under separate license terms.

  • SDSL or "Symmetric Digital Subscriber Line" is a baseband DSL transmission technology that permits the bi-directional transmission from up to 160 kbps to 2.048 Mbps on a single pair. "VDSL" or "Very High Speed Digital Subscriber Line" is a baseband DSL transmission technology that permits the transmission of up to 52 Mbps downstream (from the Central Office to the End User Customer) and up to 2.3 Mbps digital signal upstream (from the End User Customer to the Central Office). VDSL can also be 26 Mbps symmetrical, or other combination.

  • Mobility means the ability to move indoors from room to room on level surfaces.

  • Application Software means Software formulated to perform specific business or technical functions and interface with the business or technical users of the System and is identified as such in Appendix4 of the Contract Agreement and such other Software as the parties may agree in writing to be Application Software.

  • Firefighter means any regular, paid or volunteer, member of a lawfully constituted fire department of a municipal corporation, township, fire district, or village.

  • functionality means the ability of a tenderer to provide goods or services in accordance with specifications as set out in the tender documents.