The First Isodynamic Hybrid Array Headphone
A blend of premium materials, exquisite craftsmanship and detailing that’s unmistakably Meze, Empyrean is one of the most technologically innovative planar magnetic headphones in the world.
A TIMELESS STATEMENT OF HI-FI
Empyrean is the product of two passionate companies coming together to explore what is possible beyond their individual capabilities. The result is a no-compromise headphone embodying Meze’s daring aesthetic and user-centered design approach and Rinaro’s experience in research and development within the field of planar magnetics.
Rinaro, a progressive audio company, has at the heart of its technology an R&D team that has been at the forefront of planar magnetic development since the 1980’s. What originally started as a state-funded initiative with a focus on innovation has now entered into a new chapter of audio progression with the opening of a cutting-edge industrial facility in Ukraine.
ARCHITECTURE OF THE ISODYNAMIC® HYBRID ARRAY DRIVER
Fiberglass infused ABS
- Hybrid Magnet Array
Symmetrically placed on each side of the diaphragm, our neodymium magnets are specifically arranged into a Hybrid Array to create efficient Isodynamic magnetic field required for a uniform activation across the whole diaphragm surface.
- Rinaro Isoplanar® Diaphragm
Weighing only 0.16 g while having 4650 mm² of active area.
HYBRID ARRAY DRIVER ADVANTAGES
Combines two independently shaped voice coils within the same diaphragm delivering more selective acoustic performance to the various areas within the structure of the ear.
Over 30 years of research and development have led to the creation of the first Isodynamic Hybrid Array driver. Meze Audio have collaborated with Rinaro to create a new standard in planar magnetic audio, the resulting technology being one of the lightest and most advanced planar magnetic drivers on the market.
The Empyrean Driver combines individual switchback and spiral-shaped voice coils, their unique shapes allowing sound to be targeted with more accuracy around the natural form of the ear. This unique combination generates an increased exposure of direct sound wave frequencies over the 10kHz range and improves imaging and localization by decreasing the impact of shortwave time delays caused by diffused field reflections.