YG Acoustics Launches Reference 3 Products at Munich High End

Denver, Colorado, May 5, 2023 – Denver, Colorado, May 5, 2023 – YG Acoustics is pleased to announce Reference 3, the third version of their Reference range, setting new standards in accuracy and musicality.

The Reference 3 models include a wide range of new technologies and design innovations based on novel theoretical models, detailed multi-domain simulations and thousands of hours of listening. The end result: loudspeakers which convey every nuance of emotion, each musical cue from the tiniest micro-detail through to the visceral impact of the most thunderous crescendo.

This release marks the first major revision by the new engineering team at YG Acoustics, and is the most comprehensive set of improvements yet for the US-based manufacturer.

Reference 3 benefits from YG’s industry-leading measurement and modeling capabilities, leveraging the full potential of cloud computing to run simultaneous multi-domain simulations which look beyond just the loudspeaker to the entire audio system.

High resolution finite element, fluid dynamic and electrodynamic models are run in parallel to understand the elaborate interplay of amplifier, crossover, drive units, cabinet and listening space. These simulations run with reference music recordings rather than just test tones.

This unique approach delivers exceptional real-world performance with a broad range of amplifiers and listening rooms, resulting in spine-tingling realism and imaging, not just at a tiny sweet spot, but across a broad listening area.

An entirely new, Lattice tweeter uses a novel airframe in an advanced aerospace alloy, precision machined by YG Acoustics. Based on extensive research and a huge campaign of simulation, this builds on the class-leading performance of YG’s original BilletDome, and delivers exceptionally low distortion over a huge bandwidth, with wide angular dispersion to support a large sweet-spot.

Groundbreaking, third-generation Ultracoherent crossovers utilize the deep understanding available from simulation to deliver performance never before possible: exceptional phase alignment between drivers over a huge frequency range, combined with end-to-end phase behavior which optimizes impulse and transient response, preserving the tiniest of spatial cues.

Beyond that, many other new technologies are included in Reference 3, including computationally optimized tweeter waveguides, custom YG metal foil capacitors and strategic constrained layer damping in cabinets.

Most importantly, across all genres of music, Reference 3 combines outstanding realism, fidelity and imaging with a spellbinding ability to convey the emotional content of music.

To showcase their latest innovations, YG Acoustics will be demonstrating the Reference 3 models at the Munich High End show, May 18-22.

“We are thrilled to announce Reference 3 and showcase our latest innovations at Munich High End,” said YG Acoustics CEO, Dr. Matthew Webster. “We have had the pleasure of listening to prototypes through the entire development process and we cannot wait to share them with representatives of the media and our customers. Every Reference 3 model opens the clearest of windows yet into the musical performance.”

Reference 3 models will begin shipping to dealers and distributors later this year. For more information on YG Acoustics and their products, please visit the company’s website at yg-acoustics.com.

YG at Munich High End 2023

YG Acoustics’ Reference 3 innovations will be on demonstration and display at the Munich High End show, May 18^th-22^nd.

YG will be on the Atrium 4.2 floor, in room E218. Several models in the Reference 3 series will be rotated into the demonstration system throughout the show, as well as models from YG’s new Peaks line.

Members of the press are invited to the YG room on Friday, May 19th, at 1 p.m., for a press conference and demonstration. YG Acoustics CEO/CTO Dr. Matthew Webster will present and explain the new technologies developed for Reference 3, and answer any questions.

Further press inquiries may be sent to [email protected].