Qualcomm has introduced Snapdragon Sound Elite Gen 2, a new audio platform designed to bring more advanced artificial intelligence, improved noise cancellation, and clearer voice calls to earbuds, headphones and other wearable devices. Qualcomm unveiled the platform during Snapdragon Summit 2026 alongside its latest mobile processors.
The new platform is designed to make audio wearables more capable while reducing the hardware and power requirements needed to support those features. Qualcomm says Snapdragon Sound Elite Gen 2 can deliver up to twice the AI performance of its predecessor while using up to 40% less power and occupying up to 30% less space than the Snapdragon S7 Gen 1 Sound Platform.
The company is positioning the technology as part of a broader shift towards wearables that can provide more than audio playback. Earbuds could increasingly become an interface for AI assistants, allowing users to access information, translation services and personalised features through voice without relying entirely on a connected smartphone.
Earbuds could connect directly to cloud-based AI
Qualcomm expects AI to become a more important part of the way people use audio wearables. The company says its research indicates that up to 70% of users are interested in advanced AI capabilities in wearable devices. Potential applications include real-time translation, contextual assistance and personalised hearing features, with voice providing a natural way to interact with these services.
Snapdragon Sound Elite Gen 2 introduces micro-power Wi-Fi 6E to support these experiences. Compatible earbuds can connect directly to cloud services, allowing apps and AI agents to access online services without routing every request through a smartphone. Qualcomm says the technology is designed to deliver this connectivity while consuming considerably less power than conventional Wi-Fi implementations.
The direct connection could let earbuds communicate with AI assistants, translation services, and other cloud-based applications while the user is wearing them. This could be useful when a smartphone is not immediately accessible, although the practical experience will depend on how manufacturers implement the technology in their products.
Qualcomm is also connecting its new audio platform to its wider Personal AI strategy. The company has demonstrated systems on its latest mobile processors that can use information from messages, emails and conversations to build a private knowledge graph around an individual. Audio wearables could provide another interface for interacting with those assistants through voice.
However, Qualcomm has not provided detailed information about how personal context would be shared between a smartphone and earbuds. Privacy, data handling and the amount of information stored locally or in the cloud are therefore likely to remain important considerations as manufacturers develop products based on the platform.
AI features extend beyond virtual assistants
The increased AI capability in Snapdragon Sound Elite Gen 2 is also intended to improve the core audio experience. Qualcomm has introduced fifth-generation Qualcomm Active Noise Cancellation, along with cVc voice processing and support for more advanced multi-microphone configurations.
These technologies help earbuds adapt to the user’s surroundings. Noise cancellation can adjust to environmental conditions, while microphone processing can focus on capturing speech more clearly during calls. The additional processing could help wearable devices distinguish a user’s voice from background sounds in busy environments.
Qualcomm is retaining several established Snapdragon Sound technologies in the new platform. These include aptX Lossless, designed to support higher-quality wireless audio, and XPAN, which lets compatible devices use Wi-Fi for audio transmission when Bluetooth is not sufficient.
The platform also supports camera-equipped earbuds. Combining visual information with audio could give AI systems a broader understanding of the wearer’s environment. Such capabilities could potentially support contextual assistance and other applications that require both visual and audio information.
The combination of microphones, cameras, connectivity and AI processing represents a broader change in how Qualcomm views earbuds. Rather than serving primarily as devices for listening to music or making calls, future wearables could act as small computing platforms that remain available throughout the day.
Smaller hardware could help future wearable designs
Qualcomm’s reductions in power consumption and chip size are particularly relevant for earbuds and other compact devices. Manufacturers have limited space for batteries, processors, microphones, and wireless components, so efficiency improvements can directly affect the features that can be included in a finished product.
According to Qualcomm, Snapdragon Sound Elite Gen 2 uses up to 40% less power and occupies up to 30% less space than the Snapdragon S7 Gen 1 Sound Platform. The company says the improvements could give manufacturers greater flexibility when designing future audio products.
Lower power consumption could potentially help manufacturers balance more demanding AI processing and connectivity with the battery limitations of small wearable devices. At the same time, the smaller footprint could leave additional room for batteries or other components, although the final benefits will depend on individual product designs.
The platform’s capabilities also point towards greater integration between smartphones, cloud services and wearable devices. AI assistants could process some tasks locally, while micro-power Wi-Fi 6E could provide access to cloud-based services when required. The division between phone-based computing and wearable computing could therefore become less distinct.
Qualcomm has not yet announced when the first commercial earbuds or headphones powered by Snapdragon Sound Elite Gen 2 will be available. Details such as pricing, battery life, and the specific AI services supported will depend on the manufacturer and product. For now, the platform provides a foundation for a new generation of AI-focused audio wearables.
