The next wave of earbuds may come with cameras, not to take pictures but to see what the wearer is doing. Qualcomm built a chip for exactly that. On Sept. 24, the company unveiled the Snapdragon Sound Elite Gen 2, a platform designed for audio wearables that can run AI on the device itself.
The chip targets a category that barely exists yet: earbuds, headphones and glasses with cameras that gather context about the user’s surroundings rather than capture photos. Qualcomm lists AI earbuds, premium headphones, open-ear devices, audio glasses, “camera buds” and hearing devices among the forms the platform is meant to serve.
The numbers behind it: 128 GOPS of AI acceleration, which Qualcomm says is roughly twice the on-device AI capability of its Snapdragon S7 Gen 1 Sound Platform, alongside integrated micro-power Wi-Fi 6E. The company claims up to 40 percent lower power consumption and a 30 percent smaller footprint, which matters in a device the size of an earbud. The added compute comes from a neural engine Qualcomm says can run up to 256 multiply-accumulate operations per cycle at 250 megahertz, double the count of the prior generation.
The camera is the distinguishing idea. Qualcomm frames camera-equipped wearables as devices that read the environment, what a user is looking at and where they are, so an AI assistant has more than audio to go on without turning the device into a camera. That is a deliberate answer to the privacy questions that trail any camera you wear.
The deeper shift is that these devices would talk to AI services directly, without a smartphone as the required bridge. Qualcomm describes the platform as the first built for “Personal AI,” aimed at turning hearables from audio accessories into companions that understand and adapt through the day.
The platform is built to run several kinds of work at once. Qualcomm said it is designed to support simultaneous AI, audio, communication, sensing and wellness workloads, so an earbud can handle a voice command, keep music playing and track a metric without forcing the user to pick one.
Qualcomm has spent two decades turning its Snapdragon Sound line into the default silicon for wireless earbuds, supplying the chips inside a long list of flagship buds. The Gen 2 extends that franchise into AI, adding the on-device processing that lets an assistant run without sending audio to the cloud, which matters for both latency and privacy.
Qualcomm’s timing matters because the audio industry is searching for its next upgrade cycle. Premium earbuds have become a mature market, and chip and device makers alike are looking for a reason for consumers to buy a new pair. On-device AI, the argument goes, could be that reason if it turns a bud into something more than a speaker.
Qualcomm is not alone in seeing this. Apple is reportedly developing camera-equipped AirPods, and Meta has pushed a line of Ray-Ban audio glasses. Qualcomm’s bet is that whoever builds those devices will need silicon, and that its audio business, already a leader in wireless chips, is the natural supplier.
Qualcomm’s broader ambition is to be the chip supplier for whatever hardware the AI assistants of the next few years live in, the way it became the default modem and processor supplier for smartphones.
The hearing-device category is also on the list, a nod to the over-the-counter hearing-aid market that opened in the United States in 2022. Qualcomm has positioned on-device AI as a way to run assistance features discreetly, without a phone in the loop, which matters for people who want a hearing aid that does not look like one.
Separately, Qualcomm confirmed that its Snapdragon X2 series will support Linux, extending a push to widen the software that runs on its PC-class chips. The company has courted developers with Linux support as an alternative to Windows on its Snapdragon X line, part of a longer effort to grow beyond phones.
For Qualcomm, the audio platform is a way to ride the same AI wave that has lifted its handset and PC businesses. Analysts said the challenge is demand: camera-equipped wearables are still mostly a rumor cycle, and the market for an AI that lives in your ears has yet to prove itself.
Still, the economics favor the chip maker. Each new wearable that runs an agent needs a processor, and Qualcomm’s position in audio silicon gives it a first look at whatever form factor catches on. The company is supplying the parts before the products exist, betting that at least one will land. If the agent’s next home is a pair of glasses or a bud in the ear, Qualcomm intends to supply the chip inside it.
The Snapdragon Sound Elite Gen 2 is, for now, a platform in search of a device. Whether consumers take to earbuds with cameras is an open question, but the silicon is ready before the market, which is exactly where Qualcomm likes to be.
