Audioscenic collaborates to launch world's first AI-enhanced PC monitor

Audioscenic has announced a collaboration with a global leader in personal computing to launch a cutting-edge QD-OLED monitor at CES 2025 in Las Vegas. Featuring Amphi Hi-D technology, the 31.5-inch QD-OLED monitor includes a room-filling 5x5W bezel-mounted speaker array, reportedly offering a first-of-its-kind audio experience.

Since launching in 2016, Audioscenic has been on a mission to evolve spatial audio rendering by combining Machine Learning AI with advanced signal processing, reportedly delivering an unparalleled immersive sound experience that adapts to the listener's position. 

At CES 2023, Audioscenic Amphi debuted on the Razer Leviathan V2 Pro soundbar and was recognised as Best in Show. In 2024, Acer launched the SpatialLabs View 27 series of stereoscopic display products featuring Amphi. The new QD-OLED monitor with Amphi Hi-D is optimised to take display technology to the next level.

Audioscenic Amphi Hi-D delivers listener position-adaptive High-Dimensional sound, aiming to set a new benchmark in spatial audio. Using the built-in webcam as a Machine Learning AI-powered sensor, Amphi senses the alignment of the listener's ears relative to the monitor screen. This positional data enables beamforming and drives a process called cross-talk cancellation that unlocks spatial cues to deliver optimised 3D sound to the listener.

Compared to conventional two-channel stereo systems, Hi-D provides control over 3D sound reproduction through advanced cross-talk cancellation across multiple speakers. Hi-D offers an enhanced user experience with more uniform frequency response, wider cancellation spectrum, increased loudness, and reduced reflections.

"With the new QD-OLED monitor, we’re bringing AI-enhanced Hi-D sound to everyday computing," said Marcos Simon, CTO and co-founder of Audioscenic. "Precision-tuned Amphi Hi-D transforms conference calls, games, movies, music and more into immersive experiences, delivering an enveloping sphere of life-like sound.