Image credit: Qualcomm
I have a saying: “Headphones are like shoes – you can’t have just one pair.” That has never been more true than it is today. Headphones and earbuds have become more than a fashionable way to block out the world and dance to the soundtrack of my life.
Modern headphones can employ powerful active noise cancellation, isolate voices from background noise, and – with help from a connected phone or cloud service – perform real-time translation and transcription. Some can even run hearing tests and use the results to create sound profiles adapted to your hearing. And with all those features, they still have to sound good.
But most headphones remain dependent on a connected phone, making them sophisticated smartphone accessories. Qualcomm’s new audio platform is looking to change that by turning future headphones into more independent AI wearables.
Qualcomm paid for my travel and accommodations to attend Snapdragon Summit 2026 but had no editorial control over this coverage.
Meet the platform
Before we get to the snazzy new earbuds, we need to get acquainted with Snapdragon Sound Elite Gen 2, Qualcomm’s new integrated audio platform. Sound Elite Gen 2 can be used in headphones, earbuds, audio glasses, hearing devices, and other wearables. Qualcomm’s goal is to transform headphones from phone accessories into intelligent companions that can understand requests, respond to their surroundings, and perform certain tasks without relying as heavily on a smartphone. The platform combines audio processing, on-device AI, Bluetooth, low-power Wi-Fi 6E, voice processing, and environmental sensing.
In terms of performance, Qualcomm claims Sound Elite Gen 2’s eNPU AI accelerator can deliver up to 128 GOPS, or giga operations per second. That is double the 64 GOPS offered by its predecessor, the Snapdragon S7 Gen 1. Qualcomm says it dropped the S7 name to align its audio lineup with the “Elite” branding on its flagship processors and to highlight the generational leap in on-device AI. GOPS measures how many billions of calculations a processor can perform each second. The added performance could let headphones handle several features simultaneously, including live translation, transcription, voice recognition, personalized sound, and AI assistance. Doubling the theoretical processing power won’t make every feature run twice as fast, though.
Qualcomm also says Sound Elite Gen 2 uses up to 40% less power and occupies 30% less space than its predecessor. The smaller design could leave manufacturers more room for larger batteries, additional sensors, or slimmer products.
The power-savings claim comes with a catch: it’s based on a simulated test performed while the platform was connected to Wi-Fi but sitting idle. It does not mean finished headphones will offer 40% longer battery life. Actual runtime will depend on the product’s design and enabled features.
Features powered by AI
Many current earbuds rely on a paired phone or cloud service to handle heavy AI features such as real-time translation, leaving the earbuds to perform simpler processing tasks.
Sound Elite Gen 2 could handle parts of tasks such as translating conversations, transcribing meetings, and adjusting audio on the earbuds themselves. For bigger jobs, its integrated Wi-Fi 6E connection lets compatible headphones reach cloud-based AI services directly instead of routing every request through a phone.
That’s why Wi-Fi 6E could be a game changer: it takes the smartphone out of the middle for some features. You’ll still need a Wi-Fi network, and the most demanding tasks will still depend on cloud processing.
I live in New York City, and while there are times when I want to hear the hustle and bustle, those times are few and far between. That’s why Qualcomm’s fifth-generation Adaptive ANC speaks to me. Qualcomm says the technology adjusts automatically to changes in earbud fit, movement, activity, and background noise. The result should be more consistent noise cancellation and smarter transparency modes that preserve important surrounding sounds.
ANC has gotten progressively better in headphones and earbuds, but call quality is still a hit-or-miss affair. I’ve tested many an audio product where calls sounded underwater, distorted, or echoey on either end. If Sound Elite Gen 2’s cVc technology and Snapdragon Audio Sense live up to Qualcomm’s claims, wonky-sounding calls could become less common. cVc, or Clear Voice Capture, processes microphone input to sharpen your voice, while Snapdragon Audio Sense pairs the microphones with processing algorithms to capture both voices and surrounding sounds. Together, they could improve calls, voice commands, transcription, translation, and conversations with AI assistants, particularly in noisy or windy environments.
Lossless audio over Bluetooth and Wi-Fi
Standard Bluetooth audio typically compresses music to fit within its limited bandwidth, discarding some audio data along the way. Sound Elite Gen 2 supports Qualcomm aptX Lossless, which can transmit a CD-quality file with all of its original data intact when the Bluetooth connection is strong enough. Connection strength can change because of distance, walls, interference, or crowded wireless environments. If the connection weakens, aptX may reduce the transmission rate to prevent interruptions, meaning playback may no longer be lossless.
Qualcomm’s Expanded Personal Area Network (XPAN) technology provides another option by letting headphones switch to Wi-Fi when Bluetooth lacks the necessary range or bandwidth. That could keep high-quality audio playing reliably as you move around your home, even when your phone is several rooms away. When the phone is nearby, Bluetooth remains the more power-efficient choice.
Using these features will require headphones and a source device that support them, the right software, and lossless music from a file or streaming service.
Lossless transmission also does not guarantee that a pair of headphones will sound good. Sound quality will still depend on the drivers, tuning, amplification, fit, ear tips, and quality of the original recording.
Smarter accessibility
We’re hearing a lot about multimodal AI, but what exactly does that mean? Put simply, multimodal AI can work with more than one type of information at a time. In this case, Sound Elite Gen 2 can power camera-equipped earbuds that combine sound, visual information, and AI. Yep, you read that correctly: future earbuds and other small audio wearables could include cameras.
Audio company Cleer showed a pair of concept earbuds with built-in cameras during a Snapdragon Summit keynote. Qualcomm described them as a familiar earbud design that could give an AI assistant visual context about the wearer’s surroundings.
The cameras were intended to help the AI understand what the user was looking at, not primarily to take photos or record videos. Even so, I’m not sure that distinction will be enough to assuage privacy concerns.
It is only a concept for now, so we’ll cross that bridge if and when we come to it. Potential creep factor aside, pairing that visual context with what the microphones hear could let the earbuds identify objects, read or translate signs, provide directions, recognize products, or describe the scene in front of the wearer. Those capabilities could be especially helpful for people with impaired vision.
Hearing and wellness devices are listed among the products that could use the Sound Elite Gen 2. Future products could use microphones and other sensors to monitor relevant information over time, although Qualcomm has not announced specific health-tracking features for finished devices.
Qualcomm is also a founding member of the Personal AI Health Alliance, a group exploring how AI-powered wearables could provide more personalized and timely health information. Members include Optum Health, Scripps Health, Merck KGaA of Darmstadt, Germany, the Digital Medicine Society, and Biocom.
The alliance is separate from Sound Elite Gen 2. Its creation does not prove that the platform can diagnose, prevent, or treat medical conditions. Any medical feature would require clinical evidence, regulatory review, strong privacy protections, and validation by qualified healthcare experts.
Bottom line
Snapdragon Sound Elite Gen 2 could make future headphones smarter and less dependent on smartphones, with better noise cancellation, clearer calls, and more reliable lossless audio as the most practical near-term benefits. More ambitious features, including real-time translation, wellness applications, AI assistance, and camera-equipped earbuds, will need to prove useful, accurate, private, and power-efficient. Qualcomm is supplying the technological foundation, but manufacturers will determine how well it works in finished products.
Read more: What Qualcomm's new Snapdragon chips mean for your phone
