Qualcomm unveils Snapdragon Sound Elite Gen 2 with integrated Wi-Fi 6E for true wireless earbuds

New chip aims to overcome Bluetooth limitations by connecting earbuds directly to home Wi-Fi networks

By LineZotpaper
Published
Read Time2 min
Qualcomm has announced the Snapdragon Sound Elite Gen 2, its first audio chip to integrate micro-power Wi-Fi 6E, promising wireless earbuds and audio glasses that can stream high-quality lossless audio directly over home Wi-Fi networks – a capability that would free users from having to keep their phone nearby.

The new chip, announced by Qualcomm, is the first to integrate a “micro-power Wi-Fi 6E” radio directly into the chipset, according to the company. This allows earbuds or audio glasses to connect directly to a home Wi-Fi network and from there to cloud streaming services, potentially eliminating the range and bandwidth constraints of Bluetooth.

This is not Qualcomm’s first attempt to bring Wi-Fi to earbuds. In 2023, the company introduced the S7 Pro sound platform with its Expanded Personal Area Network (XPAN) technology, making a similar promise that Wi-Fi earbuds could outperform Bluetooth. However, the new Snapdragon Sound Elite Gen 2 appears to integrate the Wi-Fi capability more tightly into the chip itself, which could address previous challenges around power consumption and reliability.

The announcement revives the long-standing ambition in the audio industry to cut the cord between earbuds and smartphones entirely. Bluetooth has been the dominant wireless standard for earbuds but is limited in range and bandwidth, making true lossless audio streaming difficult. Qualcomm’s approach uses Wi-Fi 6E, which operates in the 6 GHz spectrum and offers higher bandwidth and lower latency than previous Wi-Fi generations.

No specific product timelines or pricing have been announced. The chip will likely appeal to manufacturers of premium wireless earbuds and smart audio glasses, where always-connected streaming without a phone could be a differentiator.

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Analysis

Why This Matters

  • If successful, Wi-Fi-equipped earbuds could let users leave their phone behind at home or in another room while still streaming high-quality music or taking calls, fundamentally changing how we use wireless audio.
  • Lossless audio streaming over Wi-Fi could help bridge the quality gap between wireless earbuds and wired or dedicated hi-fi setups, appealing to audiophile consumers.
  • The move signals Qualcomm's continued push to make Wi-Fi a standard wireless audio technology, which could pressure Bluetooth to evolve or coexist in new product categories.

Background

Qualcomm dominates the market for wireless audio chips used in Android phones and premium earbuds. The company first promoted Wi-Fi for earbuds in 2023 with its S7 Pro platform and XPAN technology, which used Wi-Fi to extend the range of Bluetooth connections rather than replace them entirely. The new Snapdragon Sound Elite Gen 2 appears to be a more integrated successor, putting the Wi-Fi radio directly on the audio chip. The broader industry has explored Wi-Fi earbuds before, but power consumption and chip size have been major barriers to commercial adoption.

Key Perspectives

Consumers: The promise of true wireless freedom — high-quality audio without needing a phone nearby — is compelling, but success depends on real-world battery life and connection stability, which previous Wi-Fi audio products have struggled with. Qualcomm: By integrating micro-power Wi-Fi 6E into a dedicated audio chip, Qualcomm is betting that the technology has matured enough to deliver on the 2023 promise, while also selling more chips to earbud and glasses manufacturers. Device manufacturers: Brands like Samsung, Sony and audio startups now have a new chip option that could enable flagship wireless earbuds with extended range and better sound quality, but they will need to balance cost and battery trade-offs.

What to Watch

  • Whether commercial earbud or glasses products are announced using the Snapdragon Sound Elite Gen 2 in the next six months.
  • Battery life specifications compared to existing Bluetooth earbuds — Wi-Fi streaming traditionally consumes more power.
  • How Qualcomm's approach compares to alternatives like Apple's AirPods Pro rumoured Wi-Fi support or other proprietary wireless audio systems.

Sources

Zotpaper

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