Some FM broadcasters are transmitting the same audio from two or more tower sites. In these cases, one primary audio processor feeds a WAN or satellite distribution system, with Omnia.9sg processors at each transmission site.
Whether the transport is RF, dedicated digital lines, or an IP connection, including Public Internet, there are benefits to physically "split"? some of the audio processing functions. However, using discrete links implies that the advantages of sophisticated MPX encoders may be lost. While many FM exciters offer analog or AES digital inputs, their own stereo generators cannot perform as well, or offer the advantages of the latest stereo "embedding"? technology available in modern audio processors like those from Omnia.
Other broadcasters are sending the same program audio to two or more transmitter sites. To reduce costs while maintaining great audio and modulation, they want to place one main audio processor at the studio, distribute that "processed audio"? via discrete STL methods, and provide final processing plus stereo encoding at each transmitter site to maintain ultimate loudness control.
Transmitter sites offer their own challenges in terms of available space, privacy, and security. In these cases, a smaller and less expensive audio clipper and stereo encoder makes sense.
Meet the new Omnia.9sg - a powerful , sophisticated stereo generator with audio processing features that bring real utility and dial presence to this 1 RU device.
Omnia.9sg brings the same acclaimed clipper, limiter, and stereo generator technology in the Omnia.9 to a standalone box"”but that isn't all it does"¦We brought a few other tricks from the Omnia.9 along for the ride.