Qualcomm has unveiled a new sound chip that integrates Wi-Fi 6E connectivity directly into the processor, a move that could finally make true wireless earbuds with lossless audio a mainstream reality rather than a niche product that has struggled to gain traction since the concept was first proposed three years ago.
The Long Promise of Wi-Fi Earbuds
The idea of earbuds streaming high-fidelity audio over Wi-Fi rather than Bluetooth is not new. In 2023, Qualcomm introduced the Snapdragon Sound S7 Pro platform with its Expanded Personal Area Network technology, arguing that Wi-Fi earbuds could deliver what Bluetooth physically cannot: 24-bit, 96kHz lossless audio, which requires more bandwidth than Bluetooth's specification can accommodate. The pitch was compelling on paper, but the implementation had a fatal flaw.
The S7 Pro platform required a separate Wi-Fi chip alongside the sound processor, adding complexity, board space, and power consumption to devices that are already pushed to the limits of miniaturization. For manufacturers building earbuds the size of a coin, the extra component was a non-starter. Only one product ever shipped with the technology: Xiaomi's Buds 5 Pro in 2025, which never received a global release.
What Changes With the Elite Gen 2
The new Snapdragon Sound Elite Gen 2 solves that problem by embedding micro-power Wi-Fi 6E directly into the same chip that handles audio processing. Qualcomm says the integration eliminates the need for a separate Wi-Fi module, making the design feasible for manufacturers building genuinely tiny devices. The chip is also 30 percent smaller than its predecessor, consumes up to 40 percent less power, and offers twice the AI processing capability of the previous generation.
The practical benefit for users is straightforward. Earbuds connected directly to a home Wi-Fi network can stream lossless audio from the cloud without requiring a phone to be nearby. An audiophile listening to a high-resolution track on their balcony, in another room, or away from their laptop would no longer experience the audio dropout that occurs when a Bluetooth connection loses range from the source device.
AI and the "Intelligent Hearables" Angle
Beyond audio quality, Qualcomm is positioning the chip as a platform for what it calls "intelligent hearables," a term that refers to earbuds with enhanced sensing capabilities. The company says it is "pioneering a new category" of earbuds with built-in cameras, a concept that sounds unusual but points toward devices that could capture what the wearer sees in addition to what they hear. The increased AI processing power is clearly intended to support on-device machine learning tasks that would have been impractical on the previous generation.
Qualcomm has not been specific about the practical applications of camera-equipped earbuds, but the announcement suggests the company is betting that future wearable devices will combine audio, visual, and AI capabilities in a form factor that fits in or around the ear.
Partnerships and the Road Ahead
Qualcomm says it is working with HP on a specific unnamed product, is "working closely with Bose," and is collaborating with Cleer on the intelligent hearables category. The breadth of partnerships suggests the company is targeting multiple product categories, from traditional earbuds to audio glasses and potentially other wearable form factors.
Whether this iteration succeeds where the S7 Pro failed depends on whether manufacturers are willing to adopt the platform at scale. The integration of Wi-Fi into the sound chip removes the main technical objection, but consumer adoption will hinge on whether the listening experience is noticeably better than what current Bluetooth codecs deliver, and whether the price premium for lossless streaming over Wi-Fi is something buyers find justifiable.
The Qualcomm announcement is a reminder that the gap between a promising technology and a product that reaches consumers is often not about the idea itself but about the engineering constraints of the devices that carry it. By solving the component problem, the company has removed the biggest obstacle in the path of Wi-Fi earbuds, even if the market's actual appetite for lossless streaming audio remains to be proven.