Qualcomm has introduced Snapdragon Sound Elite Gen 2, its next-generation wireless audio platform. The most significant change is not simply another Bluetooth codec upgrade, but the integration of low-power Wi-Fi 6E for up to 192kHz lossless audio streaming.
The platform combines Qualcomm’s XPAN (Expanded Personal Area Network) technology with conventional Bluetooth, allowing headphones and earbuds to use Bluetooth when efficiency and mobility matter most, while switching to Wi-Fi when more bandwidth is available.
Bluetooth and Wi-Fi in the Same Audio Platform
Qualcomm is not replacing Bluetooth. Instead, Snapdragon Sound Elite Gen 2 is designed around a dual-path approach.
Bluetooth remains the practical choice for mobile use, while XPAN can use Wi-Fi in environments where higher bandwidth and longer range are available. The platform supports 2.4GHz, 5GHz and 6GHz Wi-Fi bands, while Bluetooth playback continues to support aptX Lossless.
This gives manufacturers the option to build a single pair of headphones or earbuds capable of operating across both wireless environments rather than relying on one transport for every situation.
For high-quality wireless audio, that is a notable shift. Until now, much of the industry has focused on pushing more performance through Bluetooth with codecs such as aptX Lossless, LDAC and LHDC. Snapdragon Sound Elite Gen 2 adds Wi-Fi as a separate high-bandwidth path instead.
192kHz Lossless with Low-Power Wi-Fi
Qualcomm says XPAN can support lossless music streaming at up to 192kHz.
The challenge is making Wi-Fi practical in small battery-powered devices. Snapdragon Sound Elite Gen 2 therefore integrates what Qualcomm describes as micro-power Wi-Fi, designed to reduce the energy penalty normally associated with using Wi-Fi in headphones and earbuds.
Compared with Snapdragon S7 Gen 1, Qualcomm claims up to 40% lower power consumption, a platform footprint reduced by as much as 30%, and up to twice the on-device AI performance.
AI acceleration is rated at up to 128 GOPS. The platform also incorporates fifth-generation Adaptive ANC, Qualcomm cVc voice processing and support for multi-microphone systems.
The headline 192kHz figure should still be treated as a platform capability rather than a guarantee for every commercial product. Actual sample-rate support and playback behavior will depend on how individual manufacturers implement the technology.
Headphones as Network Audio Endpoints
The more interesting implication for audiophiles is how the role of headphones and earbuds may begin to change.
Most wireless headphones today remain peripherals connected directly to a smartphone over Bluetooth. Once Wi-Fi becomes part of the device itself, however, the headphones can potentially behave more like a network audio endpoint.
Snapdragon Sound Elite Gen 2 supports direct-to-cloud connectivity through its low-power Wi-Fi architecture. Qualcomm primarily discusses this in the context of AI services, assistants and connected applications, but from an audio perspective it also opens the door to headphones connecting more directly to network-based music services.
That starts to resemble a concept already familiar from network players and wireless active speakers: the playback device itself becomes part of the network rather than depending entirely on a source device to transmit the audio stream.
High-Resolution Wireless Audio Moves Beyond Bluetooth
The pursuit of higher-quality wireless audio has traditionally revolved around Bluetooth codecs. The basic goal has been to fit better sound into a constrained wireless pipe through higher bitrates and more efficient compression.
Qualcomm’s latest approach broadens that model. Bluetooth remains in place, but Wi-Fi becomes another transport when the system needs more bandwidth.
Recent developments elsewhere point in a similar direction. LEWITT, for example, has adopted UWB for uncompressed PCM transmission in its LW6 wireless studio headphones. The technologies and use cases are different, but both approaches suggest that the next phase of wireless audio may not be defined by Bluetooth alone.
Whether Snapdragon Sound Elite Gen 2 becomes relevant to the broader hi-fi market will ultimately depend on the commercial products that adopt it. Qualcomm demonstrated early wearable concepts with Cleer at Snapdragon Summit 2026, but specific consumer products and launch dates have yet to be announced.
What is already clear is that the next stage of high-resolution wireless audio is expanding beyond the question of which Bluetooth codec is best.
Key Features
- Platform: Snapdragon Sound Elite Gen 2
- Bluetooth: aptX Lossless
- Wi-Fi: Micro-power Wi-Fi 6E
- Wi-Fi bands: 2.4GHz / 5GHz / 6GHz
- XPAN: Up to 192kHz lossless music streaming
- AI performance: Up to 128 GOPS
- AI processing: Up to 2x previous generation
- Power consumption: Up to 40% lower than Snapdragon S7 Gen 1
- Platform size: Up to 30% smaller
- ANC: Fifth-generation Qualcomm Adaptive ANC
- Voice processing: Qualcomm cVc
- Target devices: TWS earbuds, headphones, open-ear devices, audio glasses and camera earbuds