Qualcomm's Snapdragon Sound Elite Gen 2 doubles on-device AI for earbuds

Qualcomm has launched the Snapdragon Sound Elite Gen 2, a new audio chip that the company says delivers twice the AI capabilities of its predecessor, the Snapdragon S7 Gen 1 Sound Platform. The launch targets the next generation of earbuds, headphones, audio glasses and camera-equipped earbuds — a category that now includes devices similar to the Ray-Ban Meta Audio and the camera-equipped AirPods that Apple is reportedly developing.

The stakes in this market are straightforward. Audio wearables are becoming an interface for AI assistants that do not depend on a screen, and Qualcomm is positioning its silicon as the platform that makes those interactions run on the device itself rather than in the cloud. If the category follows the trajectory Qualcomm expects, the chip that powers on-device AI in earbuds becomes as consequential as the modem was for smartphones.

"As AI becomes a core capability, users will increasingly expect more natural ways to interact with it," said Ziad Asghar, Qualcomm Senior Vice President and General Manager for XR, Wearables and Personal AI. "Those interactions won't always happen through a screen. They will happen through natural conversations, where users can simply speak to an AI assistant and receive help in real time."

What the chip enables

Asghar said the Snapdragon Sound Elite Gen 2 gives device makers the processing power to build features such as real-time on-device translation and the ability to amplify sounds and conversations for users who are hard of hearing. Both applications depend on local processing: translation needs to run fast enough to feel conversational, and hearing assistance needs to process ambient audio continuously without a round trip to a data center.

The claim of a 2x improvement in AI capability over the S7 Gen 1 is the central specification Qualcomm has disclosed. The company has positioned on-device AI as the differentiator for this generation of audio hardware, arguing that users will interact with assistants through voice rather than screens.

Connectivity and audio

The chip supports Qualcomm's aptX Lossless technology, which the company markets for immersive audio quality. It also supports XPAN, Qualcomm's wireless audio technology that combines Wi-Fi and Bluetooth to extend the effective range of audio devices beyond what Bluetooth alone allows.

Wi-Fi 6E connectivity is part of the package. According to Qualcomm, the faster speeds it enables make "always-available AI" possible without affecting the device's battery life or sound quality. That tradeoff — sustained wireless throughput versus power draw — has been one of the main constraints on always-listening AI features in small wearables, where battery capacity is measured in milliamp-hours.

Why it matters

The audio wearables market is converging from two directions. Smart glasses with built-in speakers and cameras, such as the Ray-Ban Meta line, have shown that consumers will wear AI-capable devices on their faces. Meanwhile, Apple is reportedly developing camera-equipped AirPods, which would put image capture and AI processing into an earbud form factor. Qualcomm's new chip gives Android-device manufacturers a ready platform to compete in both segments.

The hearing-assistance angle carries additional weight. If earbuds can amplify conversations for hard-of-hearing users using on-device AI, they enter territory currently occupied by dedicated hearing aids — a market with regulatory and pricing dynamics that consumer audio companies have already begun to test.

What to watch

Qualcomm has not announced specific device partners or release dates for products built on the Snapdragon Sound Elite Gen 2. The pace of adoption will depend on how quickly manufacturers ship earbuds, headphones and glasses that use the platform — and whether the real-time translation and hearing features the chip enables turn into shipping products or remain demo-stage capabilities. The direction Qualcomm has set is clear: the next competitive battleground in audio wearables is on-device AI, and the company intends to supply the silicon it runs on.