Nureva Microphone Mist Technology
For years, conference call technology was stuck – leaving frustrated users hoping for the kind of breakthrough that has transformed other sectors. Nureva Microphone Mist technology is that breakthrough. It fills a room with virtual microphones so everyone can be heard everywhere in a space, and remote callers feel like they’re in the room with the team.
A virtual microphone is an individual “pickup point” created when two or more physical microphones work together to focus their sound pickup on a distinct zone. Microphone Mist technology listens to each virtual mic simultaneously and optimizes each one for a natural listening experience.
The HDL310 system delivers pro AV performance without the cost and complexity of a custom pro AV system. It combines a powerful connect module with one integrated microphone and speaker bar to offer advanced processing and premium features for large spaces up to 30′ x 30′ (9.1 x 9.1 m). Like all Nureva systems, the HDL310 is powered by patented Microphone Mist™ technology, which fills a space with thousands of virtual microphones for true full-room audio coverage. Because the HDL310’s connect module has greater processing power and expanded memory, it unlocks more advanced audio capabilities within the technology — made possible by new algorithms that offer improved echo cancellation, speaker EQ and noise reduction.
The HDL410 system delivers pro AV performance without the cost and complexity of a custom pro AV system. It combines a powerful connect module with two integrated microphone and speaker bars to offer advanced processing and premium features for extra-large spaces up to 35′ x 55′ (10.7 x 16.8 m). Like all Nureva systems, the HDL410 is powered by patented Microphone Mist™ technology, which fills a space with thousands of virtual microphones for true full-room audio coverage. Because the HDL410’s connect module has greater processing power and expanded memory, it unlocks more advanced audio capabilities within the technology. This includes processing the physical mics from two bars together instead of separately, resulting in clearer, more consistent microphone pickup.