I recently bought a Bluetooth AptX LL transmitter for my mother-in-law. It cost about as much as a steak sandwich and fries at a pub lunch. There’s no reason why a transmitter should cost any more. Slightly less probably: no license fees to Qualcomm.
I found it interesting that a spokesperson from Resound was not optimistic since Resound One’s are supposedly already upgradeable. It’s possible that hearing aids could put some pressure on if they take less time to develop because they don’t have to be approved as medical devices.
Maybe I’m misinterpreting the following paragraph from the article, but I take the text to mean that older ’s could join the happy throng, too, by having a proprietary neck loop capable of receiving BT LE Audio broadcasts and transferring the audio from the neck loop to the HA’s using older technology. Presumably, a smartphone app would interface to the neck loop to allow the listener to pick the channel of interest, etc.
Auracast could make connecting to an assistive listening device as simple as it is with a . Wearers of Bluetooth-capable hearing aids could connect with the touch of a button (or possibly even automatically once you enter a room with a Bluetooth assistive listening system). Those without hearing aids could connect with a pair of Bluetooth earbuds or use their Android or an older iPhone with plug-in, wired earbuds, and those with -equipped hearing aids could connect using a neck loop.
In the last line of the blog by Bisgaard from Resound cited in the article, Bisgaard does write the following:
The second half of the sentence to me is just as interesting as the first half. Presumably “all major hearing aid manufacturers” means that Bisgaard knows for sure that Phonak is also working on incorporating BT LE Audio into its products as well.
Nura are selling a usb dongle with their upcoming NuraTrue Pro buds. The dongle is there to provide compatibility with the AptX Adaptive codec. It’s aimed at iphone users, users of older Android phones, and people who want to stream from their computers. That’s got me thinking. Is there any reason why someone couldn’t do the same thing for ? You plug in your dongle and you’ve got a compatible phone.
In the scenario where you want to connect to an stream but you don’t have LE Audio hearing aids, couldn’t your phone become the intermediate device? I know that with Bluetooth Classic audio neither Android or iphones currently act as Bluetooth sinks (a device that accepts Bluetooth audio as input). It seems unlikely to me that that restriction will carry over to LE Audio and if that’s the case, I think that might be a solution.
And no, I wouldn’t pay $300 for a dedicated device to connect to Auracast streams.
Interesting thoughts. I wonder if they will make dongles for phones? Issues I can think of are robustness (kind of clunky having a something stickig out of the phone), OS compatibility (IOS or Android compatible and which versions) and interface compatibility (USB-A, C or Lightning) I’m thinking most dongles would be for Windows computers. I don’t see it as likely that a cheap, generic dongle would have all the software issues sorted out.
It does seem possible that the phone could be an intermediary. Some latency would be introduced, but shouldn’t be an issue in a lot of broadcast situations. @jim_lewis I got the impression that they expected to hang around for awhile.
This article mentions the phone as intermediary as a possibility.
“If your headphones are wireless, but not -compatible, you may be able to use your phone as the Auracast receiver. I say “may” because this scenario would require your phone to receive and then re-transmit the Bluetooth broadcast — a capability that might not be supported by all Auracast-capable phones or tablets, etc.”
You might need two radios in your device maybe? Nice article btw. So many of them regurgitate press releases. This guy’s thought about the issues. The copyright question is a bit of an elephant in the room (although audio sharing using BT isn’t a whole lot different from turning on your radio in a public space).
I did see a Bluetooth development kit advertised in my email today (I’m a software engineer). It could do either side of Bluetooth. The target applications listed include “hearing aids”.
Nordic Semiconductor’s development kit features an nRF5340 dual-processor SoC that is optimized for LE Audio
Nordic Semiconductor’s nRF5340 Audio DK is a development kit for Bluetooth LE audio applications. It contains everything needed to get started with development. The DK includes the nRF5340 system-on-chip (SoC) and two 3.5 mm audio jacks for line-in and for headphones out. The kit can be used in different configurations. It can function as a USB dongle to output or receive audio data from or to a connected PC. It can act as a headset with a microphone and speaker. It can also serve as an earbud in true wireless stereo (TWS) applications or a broadcast receiver. For most use-cases, Nordic Semiconductor recommends using two or more DKs.
FAQ Topics Introducing LE Audio | Classic Audio and LE Audio | LE Audio for Hearing Aids Multi-Stream | ™ Broadcast Audio | Codec Q: What is LE Audio? A: LE Audio is the next…
Interesting that the FAQ at the SIG website emphasizes that products can be made to be compatible with both classic BT and BT . It doesn’t have to be either/or. I wonder if Phonak will take that approach in a new generation of ’s?
Today, the Bluetooth Special Interest Group (SIG) announced the completion of the full set of Bluetooth specifications, enabling the release of products supporting the next generation of…
October 2021 is when Android 12 was released. Android 13 came a little early. Oticon More is supposed to be “ready for ”. Resound One has got Bluetooth 5.2 so might be upgradeable but I haven’t seen GE Resound commit to it in writing. One of our users was told by his audi that it would happen.
There are now phones out there that have LE Audio, so bring on those updates!