Audio-over-IP (AoIP) routing and mixing systems are becoming commonpla ce in radio studios. Yet\, in most cases the advantages of linear AoIP and Ethernet/IP networking are not extended from studios to transmitter sites . FM transmitters are now available with AoIP network connections. This im plies that\, for the first time\, audio may be routed from PC playout syst ems or other sources all the way to the transmitter and be transported by linear IP-Audio packets across a standard Ethernet/IP network. Further imp lied is that now all of a radio station facility's engineering infrastruct ure can be interconnected using Ethernet/IP. Separate functions and system s such as real-time linear audio transport\, audio content backup\, IP-vid eo security systems\, monitoring and control of studio and transmitter gea r\, plus VoIP and routine IP traffic can all share a common\, ubiquitous t ransport infrastructure. Tangible benefits accrue quickly to busy engineer s when such a flexible\, accessible and affordable infrastructure is used. <\;br>\;Presenter: Kirk Harnack\, Executive Director\, International B usiness Development\, Telos/Omnia/Axia/Linear Acoustic
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