By This Hour Technology Desk
Qualcomm is positioning its Snapdragon Sound Elite Gen 2 as a practical second attempt at a long-standing wireless-audio ambition: earbuds that can use Wi-Fi rather than relying solely on Bluetooth. The central change is architectural. Qualcomm says the new sound chip integrates micro-power Wi-Fi 6E directly, potentially eliminating an additional component that its earlier Wi-Fi-earbud design required.
That matters because the earlier proposition was technically attractive but appears to have found little visible foothold in consumer products. Qualcomm had argued that Wi-Fi could carry audio beyond Bluetooth’s bandwidth limits, including 24-bit/96kHz lossless playback. Yet the company’s previous S7 Pro platform paired its audio processing with a separate Wi-Fi chip, a demanding arrangement for manufacturers trying to fit radio hardware, batteries, microphones and other electronics into extremely small devices.
The Elite Gen 2 does not establish that Wi-Fi earbuds will become commonplace. It does, however, target a specific obstacle that may have helped keep them rare: the cost in space, power and engineering complexity of adding another chip. Qualcomm also says the new silicon is smaller, more power-efficient and more capable at AI processing than its prior generation. Those are company claims, rather than independently tested results, but together they describe a bid to make the concept more realistic for device makers.
Removing the extra component is the central promise
The reported feature is not merely Wi-Fi compatibility. Qualcomm describes the Elite Gen 2 as its first sound chip with micro-power Wi-Fi 6E incorporated into the chip itself. In the use case outlined for the product, earbuds or audio glasses could connect to a home Wi-Fi network and, through it, to cloud services, rather than depending exclusively on a nearby phone’s Bluetooth connection.
For a listener, the attraction is straightforward. An earbud connection tied tightly to a phone can be limited by where that phone has been left: on a charger in another room, for example, or otherwise out of convenient range. Qualcomm’s premise is that a Wi-Fi path could let a compatible device continue receiving audio across a home network. That remains a proposed capability of products that have not been identified, not an established feature available in a named retail earbud.
The other intended gain is audio quality. Qualcomm’s earlier XPAN, or Expanded Personal Area Network, approach was presented in 2023 as a way to support 24-bit/96kHz lossless audio that Bluetooth alone could not accommodate. The relevant point in Qualcomm’s current pitch is continuity: Wi-Fi is again being presented as an answer to bandwidth constraints, but now with a radio integrated into the primary sound chip.
Integration can change the commercial calculation even where the underlying idea has not changed. A separate component adds physical room, power demands and design work. Those pressures are particularly acute in earbuds, where each side must house electronics and a battery in a compact enclosure, and in audio glasses, where the components must fit inside a wearable frame. Qualcomm’s announcement suggests that reducing the number of chips is meant to lower those barriers.
It would nevertheless be premature to treat integration as a guarantee of better user experience. The supplied reporting does not specify expected battery life in a finished product, effective range, Wi-Fi setup requirements, interoperability with phones or audio services, price, or the circumstances in which a device would switch between Bluetooth and Wi-Fi. It also does not establish whether the promised lossless mode would be available across particular listening services or products. Those omissions are consequential because the value of the architecture will depend on how manufacturers implement it.
A 2023 platform showed the limits of the first approach
Qualcomm’s prior S7 Pro sound platform provides the clearest context for the Elite Gen 2. Announced in 2023, the S7 Pro used XPAN technology and was intended to extend wireless audio beyond Bluetooth’s limitations. Its prospect of high-resolution lossless playback supplied a clear technical rationale for adding Wi-Fi, especially for manufacturers seeking to distinguish premium devices.
But the earlier platform required a separate Wi-Fi chip in Wi-Fi-earbud designs. The source material characterizes that as a poor fit for the tight design constraints of tiny wearable devices. Qualcomm’s new claim is meaningful chiefly because it addresses that earlier arrangement directly: Wi-Fi is no longer described as a second, discrete chip alongside the core sound platform.
Evidence of broad adoption of the first approach is scant in the supplied record. Xiaomi’s 2025 Buds 5 Pro are identified as the only product the reporting had encountered that used it, and that product did not receive a global release. That account does not prove that no other compatible products existed, nor does it demonstrate why manufacturers did or did not adopt the platform. It does indicate that the initial Wi-Fi-earbud proposition did not emerge as a widely visible global category.
That history makes the Elite Gen 2 less a sudden arrival of a new audio idea than a redesign intended to solve an adoption problem. The distinction matters. The question is not simply whether Wi-Fi can carry more data than Bluetooth; Qualcomm had already made that case. The harder question is whether the hardware can be incorporated without forcing compromises in size, power use, cost or product design that manufacturers and consumers will reject.
Smaller size and lower power are claims awaiting product tests
Qualcomm says the Elite Gen 2 is 30 percent smaller than the preceding chip, consumes up to 40 percent less power and offers twice the AI-processing capability. If those figures translate into commercial hardware, the smaller footprint and reduced power draw could give manufacturers more latitude in their designs. They might help offset some of the burden of putting Wi-Fi functionality into a device category where battery capacity is inherently limited.
Yet the phrasing of the power claim is important: Qualcomm says usage can be reduced by up to 40 percent. The available material does not provide the testing conditions behind that figure, identify which workloads were measured, or state how the result would translate into hours of playback or talk time. Nor does it provide independent benchmarks for size, power consumption or AI capability. Comparisons with an earlier chip do not by themselves predict the performance of a finished earbud.
The AI-processing increase points to a broader role Qualcomm sees for the platform. Alongside conventional audio products, the company has described work on “intelligent hearables,” a label that the reporting associates with possible earbuds containing cameras. Audio glasses are also part of the scenario presented around Wi-Fi connectivity. The sector is already exploring devices that put listening, calls, translation and AI interaction at the center of eyewear, as seen in Meta’s camera-free audio-focused Ray-Ban model. Qualcomm’s account suggests its chip is meant to serve a wider range of wearable designs, rather than only traditional earbuds.
Still, more AI processing does not reveal what functions will ship, whether they will run on-device or use a cloud connection, or how manufacturers will handle cameras if they choose to add them. Those questions carry practical implications for device behavior and user expectations, but the supplied information offers no specifications or product-level commitments that resolve them.
Named partners offer signals, not a launch schedule
Qualcomm says it is working with HP on an unnamed product, working closely with Bose, and collaborating with Cleer on intelligent hearables that may include camera-equipped earbuds. The references suggest that the company is seeking partners across more than one form factor and brand position. They do not amount to a release timetable, confirmation of a particular Bose product, or details about what HP, Bose or Cleer will ultimately bring to market.
The unnamed HP work is especially limited as an indication of near-term availability. Without a product name, specifications or launch plans, it cannot establish whether the project concerns earbuds, audio glasses, another wearable category or a different use for the sound platform. Similarly, close work with Bose does not confirm that a Bose Wi-Fi earbud is planned. The Cleer collaboration provides the most specific category signal, but “may include” camera earbuds leaves the form of any product unsettled.
For Qualcomm, the immediate objective appears to be making its platform attractive enough that these relationships turn into shipping hardware. For partners, the decision will likely rest on whether the integrated design delivers tangible benefits without adding complications that are visible to the buyer. A product that offers resilient home-network audio or a higher-quality stream could stand apart, but only if setup, battery performance and everyday reliability meet the standards people already expect from Bluetooth earbuds.
The report underlying these claims has not been independently corroborated. The available account is based on a single secondary report and Qualcomm’s stated specifications and partner descriptions; it does not include independent testing of the chip or confirmation from the named companies of particular consumer products. Until devices using the platform are announced and evaluated, the scale of its technical gains and its prospects for adoption remain uncertain.
The next proof point is a finished device
Elite Gen 2’s importance will therefore be measured less by the integration claim alone than by whether manufacturers use it in products that reach consumers broadly. The earlier platform’s limited visible presence provides a caution against assuming that a plausible technical advantage will automatically produce a market. Qualcomm has identified the extra Wi-Fi chip as an apparent friction point; its new design is an attempt to remove it.
There is a credible logic to that attempt. Combining Wi-Fi functionality with the main sound chip could simplify a design that previously demanded more space and components, while Qualcomm’s stated reductions in size and power could further improve the proposition. But the record does not yet show retail hardware, independently verified performance, global availability or a price that would determine whether Wi-Fi audio becomes a familiar earbud feature rather than a specialized capability.
For now, Qualcomm has described a more integrated route toward Wi-Fi-connected earbuds and audio wearables. Its partners and eventual product makers will determine whether that route finally produces devices that make the promise meaningful outside a specification sheet.
Reporting notes
What is confirmed: Qualcomm claims a 30% smaller chip, up to 40% lower power use and double the AI-processing capability versus its previous generation. It also cites work involving HP, Bose and Cleer.
Why this matters: Integrated Wi-Fi could make high-bandwidth wireless audio and connected wearables easier to design, but no finished product performance has been established.
What remains unclear: No product specifications, release dates, prices, battery-life results, independent benchmarks or confirmed partner products are provided. This report is based on one source and has not been independently corroborated.
