Qualcomm’s Snapdragon Sound Elite Gen 2 integrates a micro-power Wi-Fi 6E radio directly onto the audio system-on-chip, removing the separate Wi-Fi module required by previous generations. The updated silicon is roughly 30 percent smaller, draws up to 40 percent less power, and doubles on-chip AI processing capacity compared to its predecessor. According to Qualcomm, these engineering changes allow wireless earbuds and audio glasses to stream true 24-bit 96kHz lossless audio directly from home Wi-Fi networks without cutting out when users leave their source device behind. The company is currently collaborating with HP on an unnamed product, working closely with Bose, and co-developing camera-enabled intelligent hearables with Cleer.
Why Previous Wi-Fi Earbuds Struggled With Adoption
Wireless earbuds often struggle to deliver true lossless audio because standard Bluetooth bandwidth remains too narrow for high-resolution streams. Qualcomm attempted to solve this limitation in 2023 with the S7 Pro sound platform and its Expanded Personal Area Network technology. That older platform relied on a separate Wi-Fi chip paired with the main audio processor. That two-chip design added too much bulk and cost for manufacturers of tiny consumer audio gear. Only one commercial product utilized that hardware configuration: Xiaomi’s 2025 Buds 5 Pro, which saw a restricted regional rollout and never received a global release.
How Integrated Wi-Fi 6E Reshapes Hearable Hardware
By folding the Wi-Fi 6E radio directly onto the main audio silicon, the Snapdragon Sound Elite Gen 2 eliminates the component footprint issues that stalled earlier designs. Earbuds generally rely on tiny batteries holding less than 50 milliamp-hours of charge, making power efficiency vital for sustaining high-bandwidth network streams. The hardware also doubles on-chip artificial intelligence processing capacity, giving device makers more room to run local voice assistants, adaptive noise cancellation, and sensor management.
Partner Ecosystem and the Shift to Camera-Enabled Hearables
Commercial validation for the new platform hinges on hardware makers adopting the silicon for upcoming retail devices. Qualcomm states it is working with HP on an unnamed product that could serve as an early market test for Wi-Fi audio integration. The company is also collaborating with Bose and partnering with Cleer to pioneer a new category of intelligent hearables featuring built-in cameras. These form factors compete directly with emerging Bluetooth LE Audio implementations and Apple’s custom H2 chip ecosystem as manufacturers race to add sensors, cameras, and cloud connectivity to everyday listening devices.
Did You Know? The 2025 Xiaomi Buds 5 Pro were the only commercially known devices to utilize Qualcomm’s previous XPAN technology, but they were never released globally.
Frequently Asked Questions
What makes Snapdragon Sound Elite Gen 2 different from the S7 Pro?
The new Elite Gen 2 integrates the Wi-Fi 6E radio directly onto the main audio chip, whereas the 2023 S7 Pro platform required a separate auxiliary Wi-Fi module.
Why do wireless earbuds need Wi-Fi instead of Bluetooth?
Standard Bluetooth connections lack the bandwidth required to transmit true 24-bit 96kHz lossless audio streams without compression or dropouts.
Which brands are using the new Qualcomm chip?
Qualcomm is currently working with HP on an unnamed product, collaborating with Bose, and partnering with Cleer on camera-equipped intelligent hearables.
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