In addition to developing our own products, we collaborate with partners to integrate our spatial audio technology into professional systems and platforms. We also provide consulting services in immersive audio, including technical project planning and implementation support.
The next generation of our headphones is designed for use at home. Okeanos Home will be a high-end, virtual multichannel HiFi system, enabled by binaural audio. It allows to simulate any kind of speaker setup in their living room and to use it just like a normal set of loudspeakers.
"For four years now, we have been working intensively on the idea of transferring an immersive mix for loudspeakers into a binaural headphone format. The Brandenburg Labs system is the first to deliver truly convincing results."
"After trying Brandenburg Labs' new spatially-aware headphone tracking demo for virtual acoustics, I can say that: It's the real deal, folks. Easy to imagine major VR gaming platforms wanting to offer this capability."
"It´s the first time that I was fully convinced that the sound moved around me all sides - especially above / below and in front / behind have been difficult to distinguish in the past, but this team did it."
"Brandenburg Labs´ immersive technology for audio is really exciting. I was very impressed by the demo. It´s exciting to see how this technology will develop. I am looking forward to new immersive listening experiences. My tip: Try it out and test it!"
"Having worked on room acoustics for years, I can say that this system is unlike anything I have experienced before. It surprised me and made me question my own ears. I highly recommend it, as it won me over within minutes. It works!"
"The Okeanos Pro system from Brandenburg Labs is an indispensable tool for evaluating complex 3D audio content with precision and realism. As a lecturer and researcher in applied psychoacoustics, I can explain immersive sound spaces and make them tangible for students and professionals. The system's high level of flexibility and accuracy open up new possibilities in sound design and in conveying spatial audio experiences."











