It placed the call over a cellular network using the 3GPP Immersive Video and Audio Services (IVAS) codec, allowing callers to hear “sound spatially in real-time.”
The IVAS codec is part of 5G Advanced, an upcoming upgrade to 5G networks that could offer faster speeds, improved energy efficiency, more accurate cellular-based positioning, and more.
Currently, all phone calls made over a cellular network are monophonic, meaning audio is compressed into a single channel.
Spatial audio, on the other hand, makes it seem like sounds are coming from different directions as they’re delivered through multiple channels.
The IVAS codec could enable spatial audio in a “vast majority” of smartphones with at least two microphones, Nokia tells Reuters.
But, as pointed out by Reuters, we likely won’t see the more immersive audio and video calls on our cellular networks for a few more years.
The original article contains 228 words, the summary contains 142 words. Saved 38%. I’m a bot and I’m open source!
This is the best summary I could come up with:
It placed the call over a cellular network using the 3GPP Immersive Video and Audio Services (IVAS) codec, allowing callers to hear “sound spatially in real-time.”
The IVAS codec is part of 5G Advanced, an upcoming upgrade to 5G networks that could offer faster speeds, improved energy efficiency, more accurate cellular-based positioning, and more.
Currently, all phone calls made over a cellular network are monophonic, meaning audio is compressed into a single channel.
Spatial audio, on the other hand, makes it seem like sounds are coming from different directions as they’re delivered through multiple channels.
The IVAS codec could enable spatial audio in a “vast majority” of smartphones with at least two microphones, Nokia tells Reuters.
But, as pointed out by Reuters, we likely won’t see the more immersive audio and video calls on our cellular networks for a few more years.
The original article contains 228 words, the summary contains 142 words. Saved 38%. I’m a bot and I’m open source!