One of the leaders in semiconductor development, Qualcomm, has recently introduced a new platform that would elevate wireless Bluetooth music, promising as much as 20ms latency only. This is a ...

The QCC3086 chipset reduces Bluetooth audio latency down to 19ms – 23ms. The chipset is built upon the Qualcomm S3 Gen 2 Sound Platform. USB devices will be able to take advantage of Snapdragon Sound ...

What is Bluetooth 6.0? Why the newest audio connectivity standard is worth getting excited about ...

Google today provided an update on the state of audio latency to encourage developers that “have been holding back on developing an Android app” in this category. This effort is the result of “Google ...

There was a time when being an audio enthusiast meant living with wires. Lots and lots of wires. That was the price you had to pay for quality audio, especially if you wanted a home theater system ...

A new software update in April will bring an enhanced listening experience for Apple's AirPods Max headphones. Apple announced the upgrade Monday that will bring lossless audio and ultra-low latency ...

Latency. It’s the invisible pain point of gamers around the world. Especially in the past few years, gaming has been about the lowest latency possible, as marketing ploys promising you’ll be a better ...

The new S3 and S5 chips enable the headphone/earbud/speaker side of Qualcomm’s evolving Snapdragon Sound platform, which the company introduced in 2021. Snapdragon Sound isn’t a technology — it’s more ...

Delivering multi-stream wireless audio streaming with ultra-low power consumption and latency, NXP Semiconductor’s new NXH3675 audio chip is certified to the Bluetooth 5.3 Low Energy (LE) audio ...

Deep bass, clear surround sound, and low-latency gaming make every experience exciting. Top-rated Samsung home theatres combine smart sound processing, multiple speakers, and wireless subwoofers for ...

Forbes contributors publish independent expert analyses and insights. Marco Chiappetta is a technologist who covers semiconductors and AI. In our new work-from-home reality, which is rife with ...