Qualcomm’s Snapdragon Sound Elite Gen 2 targets camera-equipped audio wearables

Qualcomm's Snapdragon Sound Elite Gen 2 is an audio platform aimed at more than just headphones. Qualcomm describes it as a chip for "hybrid devices" — camera-equipped earbuds, audio glasses and other small wearable formats that combine audio, vision and on-device AI to provide contextual, always-available experiences.

Compared with the first-generation Sound Elite, Gen 2 doubles on-board AI compute to 0.128 TOPS. Qualcomm says it reduced power consumption by roughly 40% and shrank the motherboard footprint by about 30%. The chip's CPU is an ARM M55 running at 300 MHz paired with an eNPU 6 and multiple DSPs. Measured idle or micro workloads draw in the 3–4 mA range according to the announcement.

Why cameras, and how they're intended to be used

The platform supports tiny cameras, but Qualcomm's position is explicit: these aren't meant to turn earbuds into action cameras. Instead, the camera is a sensor for context. Visual input can help on-device AI understand the user's environment to improve real-time translation, contextual assistance and personalized hearing features. The focus is on adding multimodal signals to voice and audio cues rather than creating photography or video-first wearables.

Connectivity and phone-free operation

A notable hardware feature is "micro-power" Wi‑Fi 6E support across 2.4 GHz, 5 GHz and 6 GHz bands. That lets a device connect directly to the internet without routing through a paired phone, which reduces round-trip latency for cloud services and enables standalone operation for some services. Bluetooth support includes Bluetooth 7.0 and 6.0, preserving compatibility with Bluetooth audio ecosystems while enabling the new on-device experiences.

Qualcomm named several companies already developing devices on the platform: Bose, HP and Cleer. The form-factor flexibility and reduced footprint make it possible for OEMs to try camera-equipped earbuds and audio glasses without a large board area penalty. Whether the camera-enabled approach becomes a mainstream feature will depend on device designers balancing utility, privacy controls, regulatory constraints and consumer comfort with cameras on audio wearables.