Qualcomm’s new ‘Elite’ sound chip might finally deliver the Wi-Fi earbud dream
What if your wireless earbuds - or audio glasses - could stream high-quality lossless audio that doesn't cut out when you leave your phone on the bedside charger or buried in the couch? Qualcomm's new Snapdragon Sound Elite Gen 2 is its first to integrate "micro-power Wi-Fi 6E" r
Qualcomm's latest chip, the Snapdragon Sound Elite Gen 2, has the potential to revolutionize the wireless earbud market by enabling high-quality, lossless audio streaming over Wi-Fi 6E. This technology could address one of the biggest pain points for consumers: dropped connections and compromised audio quality when moving around while wearing earbuds. By integrating micro-power Wi-Fi 6E, Qualcomm is poised to unlock a seamless listening experience that's not tethered to Bluetooth connectivity.
The implications of this technology extend beyond earbuds to audio glasses and other wearable devices. With Wi-Fi 6E, devices can operate in the 6 GHz frequency band, which offers more bandwidth and less interference compared to traditional Wi-Fi bands. This could pave the way for a new generation of wireless audio devices that offer unparalleled sound quality and reliability. For the industry, this development signals a significant shift towards Wi-Fi-based audio streaming, which could have far-reaching consequences for companies like Apple, Sony, and Sennheiser.
As we watch this space, the key things to monitor are partnerships and product announcements that will leverage Qualcomm's new chip. Which manufacturers will be the first to integrate Snapdragon Sound Elite Gen 2 into their devices? How will they position these products in the market, and what will be the pricing strategy? Additionally, it's essential to keep an eye on the development of Wi-Fi 6E-enabled infrastructure, as widespread adoption of this technology will depend on the availability of compatible routers and access points.
Originally reported by theverge.com. IPNews adds analysis for ai & agent economy readers.