What is Bluetooth 6.0? Why the newest audio connectivity standard is such a big deal ...

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 ...

TL;DR: Bluetooth 6.0, debuting in 2025 smartphones like the iPhone 17 and Pixel 10, offers major upgrades, including ultra-low latency under 20ms, high-definition 96 kHz 32-bit audio with LC3Plus ...

Qualcomm’s Snapdragon Sound technology is designed to deliver high-quality, low-latency audio to wireless devices including earbuds, headphones, and compatible devices including smartphones or USB ...

Recent advances in Bluetooth audio technology have their eyes firmly set on changing the wireless landscape forever. We could see lower latency, and high-quality audio connections rolled out en masse.

Sony's InZone Buds have a lot going for them: they're good-looking, lightweight and designed to deliver immersive sound when ...

It's generally known that connecting via Bluetooth increases the overall input latency for gaming controllers or any wireless peripheral like a mouse or keyboard. Bluetooth is more power efficient and ...

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 ...

Qualcomm just announced a new upgrade to its Snapdragon Sound tech that could bring Bluetooth audio latency to as low as just 20ms on Android devices. Announced today, the Qualcomm S3 Gen 2 Sound ...

Bluetooth is stronger and more reliable than ever, but stubborn connectivity issues still arise -- here's what you should do, ...

These Sennheiser headphones are a world's first for audio connectivity - and I'm excited ...

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 ...