Qualcomm Introduces aptX Lossless Audio Solution Over Bluetooth

Reacting to the fact that streaming music services have started to offer lossless music streaming options, Qualcomm has now extended its aptX Adaptive set of technologies - supported by its latest Snapdragon Sound processors - to also include a CD-quality lossless option over Bluetooth. The new aptX Lossless technology expands options available for Bluetooth wireless audio, combining codec, wireless link and RF optimizations.

The announcement comes directly from Japan and the brand's Asian and Pacific websites, following the Yamaha Design Laboratory preview unveiled in 2020 to promote the new headphones created by lead designers Masafumi Futo and Yoshinobu Terazaki. Now, Yamaha confirmed the flagship and truly unique YH-L700A headphones will be available August 2021, introducing an advanced ANC implementation with a series of smart optimizations.

In early March 2021, following a series of announcements in development platforms and solutions for wireless audio, Qualcomm announced Qualcomm Snapdragon Sound, a new end-to-end approach to promote high-resolution digital audio and enhanced voice communications across devices. The systems' approach combines and optimizes multiple Qualcomm technologies for mobile platforms, processing, connectivity, plus the latest aptX Adaptive audio technologies needed to improve the sound experience for consumers. But how can manufacturers and new brands benefit? Will there be a lossless extension for aptX Adaptive? We asked the questions to Jonny McClintock, Director of aptX Sales & Marketing at Qualcomm.

Following previous announcements in development platforms and solutions for wireless audio, Qualcomm announced Qualcomm Snapdragon Sound, a new end-to-end approach to promote high resolution digital audio and enhanced voice communications across devices. The approach combines and optimizes multiple Qualcomm technologies for mobile platforms, processing, connectivity, plus the latest aptX Adaptive audio technologies needed to improve the sound experience for consumers.