.Multicast
Sensus→ Technology: Audio Processingx3
Overview
Until now, digital signal processing has been a more precise numeric implementation of
Extremely high power DSP chips have become available and at relatively low cost, and they make it possible to build smarter and more complex processing algorithms that were too difficult or impossible (or too expensive) to do in the past.
Running on a platform of the latest high power DSP chips, the OmniaONE and our new Sensus→ technology takes digital dynamics processing into a completely new frontier. Instead of the two- dimensional static processing architecture of the past, Sensus→ enables the audio processor to modify its own architecture in real time and in response to
Simply stated, Sensus→ has the ability to “sense” what must be done to a signal in order to best tailor it for the following codec. As program content changes, it “rearranges the algorithms” to accomplish this goal. The uniqueness of the Sensus→ technology makes it highly suitable not only for codec pre- conditioning (or provisioning), but also for a range of other highly specialized signal processing challenges. The following is a discussion of how Sensus→ technology can be applied to a coded audio environment.
Codec Provisioning
The codec is now a common denominator in the world of audio and broadcasting. Digital broadcasting (HDTV,
Traditional dynamics processors were designed to fulfill the requirements of a medium where the functions were generally static. That is, they were well suited to the rather simplistic peak control
OmniaONE Multicast - Use and Operation Manual – Version 0.90
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