We developed our Microphone MistTM technology to solve the problem of poor audio for remote callers. But a technology that fills a room with thousands of virtual microphones also eliminates the need for customized arrangements of multiple components – often involving difficult ceiling installations. Hanging one Nureva device (or two for larger spaces) on the wall gives you the full-room coverage and clear, reliable audio you need, without the hassles and expense.
With certifications from Microsoft® Teams and Barco ClickShare, a collaboration with Logitech and simple integrations with dozens of other platforms, we make it easy for you to get started by using the tools you know and trust.
Sign up by entering your email to create an account
Install the client application on the in-room PC connected to your system
Enroll your system by using the client-generated enrollment code
Now you’re ready to go with capabilities like installing firmware updates and monitoring and adjusting your systems from anywhere. You can also get email alerts and gain access to developer tools for customizing integrations.
Read how Nureva audio ticked all the boxes for Athens State University. From clarity of sound and reduction of background noise to ease of installation and affordability.
Microphone Mist technology fills a room with thousands of virtual microphones (individual “pickup points”). No matter how far apart in-room meeting participants are or which direction they face, a virtual mic is always close by. There are no dead zones. And thanks to advanced processing power, Microphone Mist technology listens to each virtual microphone simultaneously and zeros in on the predominant sounds, optimizing them for clear conversations. Unlike other systems, it also ignores consistent noise sources from HVAC, displays or computer fans. The result is a clear and consistent audio experience that makes remote team members feel like they’re in the room.
Many traditional audio conferencing systems employ beamforming technology, which picks up sound in defined “lobes,” usually pointed at fixed positions around a meeting room table. Pickup can be adequate, as long as participants stay clustered around the lobes. However, if meeting participants move outside the lobes – to present at a display or spread out within the room – they may enter a dead zone where pickup can be diminished, making it difficult for a remote caller to hear. And if a talker is between lobes, the audio may drop off or rise sharply, which can be an annoying and even fatiguing experience for remote participants.
