The expansions represent Bridge Technologies’ positioning of the probe as a single appliance that gives creatives and technicians alike access to the in-depth information they need to complete their work, whilst at the same time eliminating as much as five rack units’ worth of space, equipment and associated energy draw.
The new audio control panel allows for audio monitoring across a practically unlimited number of flows in a service, with each flow capable of maintaining 64 channels grouped into any required audio bond, from monoaural and stereo channels to fully immersive 7.1.4, with all current Dolby audio standards supported by the probe. As well as providing extensive visual insight into the performance of audio groups with a range of LUFS, Gonio and room meters, users can now also isolate a solo audio channel in order to engage in closer listening for problem identification. This is on top of the existing ability to listen to any audio grouping – including 7.1 – in a stereo downmix through the browser. Combined, these features allow audio engineers to ensure that both channels and flows match expected outputs, not only in terms of audio quality, but actual audio content.
A further additional feature is the ability to access audio quick-controls from any given VB440 screen, allowing the user to toggle audio on and off, or increase and decrease decibel level even whilst they are engaged with the multitude of other engineering and visual analysis tools included within the probe.
This range of extensions to the audio capabilities of the VB440 yet further cements the centrality of the probe in busy IP and SDI-encapsulated production environments, delivering ultra-low latency analytics of compressed and uncompressed data to facilitate not just technological engineering oversight, but – through intuitive visualisation - the production activities of visual creatives and audio engineers. Allowing access to eight users at a time through any HTML-5 browser, production professionals are granted all of the tools they need to complete work even – indeed, particularly - in a remote or distributed environment.
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