"More than 94 corporations, trade associations and universities contributed to the standard?s evolution through the IEEE 1901 Working Group," said Jean-Philippe Faure, Chair, IEEE 1901 Working Group, "to create the world?s most innovative, mature and unified BPL standard."
Although IEEE 1901 has been widely recognized as the standard that will enable universal communications in Smart Grid applications, it will also have significant impact in other applications.
In the transportation sector, for example, the standard?s data rates and range make it possible to deliver A/V entertainment to the seats of airplanes, trains and other mass transit vehicles. Electric vehicles can download a new entertainment playlist to the A/V system while the car in charging overnight.
In the home, PLC will complement wireless LANs by providing a link through walls and other RF impediments as well as over distances beyond the normal range of wireless networks. It will complement wireless networks in hotels and other multistory buildings by carrying multimedia data over the longer distances and allowing wireless to complete the communication link over the last few meters.
IEEE 1901 will also benefit utilities, service providers, and consumer electronics companies ? anyone with a stake in smart grid technologies ? as well as smart-meter providers and home appliance manufacturers.
"The IEEE 1901 standard will have a significant impact on communications technology in the home, the enterprise and on the factory floor, because it brings power-line networking into parity with wireless networks in terms of speed, and offers the considerable advantage of penetrating walls and other structures that obstruct RF radiation, said Judy Gorman, Managing Director, IEEE Standards Association. "Hybrid wireless/power-line networks successfully address all the remaining problems of wireless LANs and ? unlike wired LANs ? do not require a dedicated wired infrastructure."