Common use of Purpose of Internet FWA Clause in Contracts

Purpose of Internet FWA. The Internet FWA system allows telecommunications operators to construct high quality telephone access networks between customers' premises and local exchanges. The system uses cellular point to multi-point wireless technology as a replacement for traditional copper-based local loops. A major advantage of FWA technology is that it allows operators to create new access networks quickly and with minimum capital investment. Each terminal in the Internet FWA system is capable of delivering PSTN circuit-switched services through two standard analogue telephone lines. In addition to the PSTN services, a packet-mode service may be used to deliver `always-on' connections between one or more Internet Service Providers (ISPs) and the computer equipment of subscribers. The Internet FWA system provides a frequency division duplex radio link to a subscriber transceiver system and operates in the 3.4 to 3.6 GHz band. The air interface utilizes time division multiplex on the downlink and time division multiple access on the uplink. The system comprises a network of Radio Base-stations (RBS) arranged on a cellular plan and these are connected to the PSTN or to the public Internet by a conventional back-haul network. Each base-station consists of one or more Integrated Transceiver Systems (ITSs).

Purpose of Internet FWA. The Internet FWA system allows telecommunications operators to construct high quality telephone access networks between customers' ’ premises and local exchanges. The system uses cellular point to multi-point wireless technology as a replacement for traditional copper-based local loops. A major advantage of FWA technology is that it allows operators to create new access networks quickly and with minimum capital investment. Each terminal in the Internet FWA system is capable of delivering PSTN circuit-switched services through two standard analogue telephone lines. In addition to the PSTN services, a packet-mode service may be used to deliver `‘always-on' ’ connections between one or more Internet Service Providers (ISPs) and the computer equipment of subscribers. The Internet FWA system provides a frequency division duplex radio link to a subscriber transceiver system and operates in the 3.4 to 3.6 GHz band. The air interface utilizes time division multiplex on the downlink and time division multiple access on the uplink. The system comprises a network of Radio Base-stations (RBS) arranged on a cellular plan and these are connected to the PSTN or to the public Internet by a conventional back-haul network. Each base-station consists of one or more Integrated Transceiver Systems (ITSs).