Meze Audio Empyrean - Headphones

Meze EmpyreanHeadphonesEmpyrean


is a blend of high quality materials, exquisite craftsmanship and details that are unmistakably Meze. It is one of the most technologically innovative planar magnetic headphones in the world.

Empyrean is the product of two passionate companies coming together to find out what is possible beyond their individual capabilities. The result is an uncompromising headphone that embodies Mezes bold aesthetic and user-centric design approach and Rinaro's experience in research and development in the field of planar magnetics.

Rinaro, an advanced audio company, has at the heart of its technology a research and development team that has been at the forefront of planar magnetic development since the 1980s. What originally began as a government-funded initiative focused on innovation has now entered a new chapter of audio progress with the opening of a state-of-the-art industrial facility in Ukraine.

HYBRID ARRAY DRIVER ADVANTAGES

Combines two independently shaped voice coils within the same diaphragm to provide more selective acoustic performance to different areas within the ear structure.

ACCURATE REPRODUCTIONThe
total harmonic distortion (THD) is less than 0.1%LIGHT-REDUCED

driver weight

over
the
entire frequency range

to create headphones that offer longer listening sessionsERGONOMIC
FORMergonomic
driver structure with enlarged active area ULTRA HIGH RESOLUTION
AUDIOthe
upper frequency limit of audio reproduction is 110.






0






00 Hz VERY
EFFICIENT100
dB at 1 MW / 1 kHz High performance without gain PATENT
PENDANT ISODYNAMIC HYBRID ARRAY DRIVERWORLD's
first planar magnetic headphones

AUDIBLE ADVANTAGES OF A DUAL DRIVE SYSTEM

One of the problems with conventional planar magnetic fields is that reflected signals enter the ear canal with different time delays, which degrades the focus of 3D sound imaging.
By combining different voice coil configurations, it is possible to achieve a better distribution of sound intensity across the sound wavefront at high frequencies when directed towards the pinna and ear canal.