Elite

A core belief of Meze Audio is to create products that last through years and years of industry changes, bringing long-lasting value to the customer. Elite is no different. From looks to technology, this headphone was designed to surpass all short-living trends and become a true heirloom.

Naturally found on various mineral deposits, tungsten ore becomes one of the toughest metals on earth, when processed. The color we chose for this headphone is similar to what tungsten looks in its final form, and we chose it as a visual metaphor for our commitment to making things that are reliable, things that last well through the years. We achieved this stone-like texture by coating each piece of the frame with Cerakote®, one of the best types of finishes out there.

Traditionally used for the automotive, aerospace, defence, and healthcare industries, Cerakote® coatings are renowned for their high resistance, unmatched hardness and outstanding UV resistance. The unique structure of Cerakote® not only offers a beautiful finish and a significant increase in durability, but does so without adding any unnecessary weight to the headphone chassis.

Rinaro Isodynamics was founded in Ukraine during the Cold War to research acoustic technology and has been innovating in planar magnetics for over 30 years. They expanded with new R&D and manufacturing facilities in Ukraine and Poland, which were instrumental in developing Isodynamic Hybrid Array technology used in EMPYREAN, ELITE, LIRIC, and POET headphones.

[MZ3SE] CASING
Reinforced polymer housing designed to withstand the demanding 12,7 N load generated by the Hybrid Magnet Array.

[MZ3SE] RINARO PARUS® DIAPHRAGM
Weighing only 0.11 g with a large active area of 4650 mm2.

HYBRID MAGNET ARRAY
Symmetrically placed on either side of the diaphragm, neodymium magnets are arranged into a Hybrid Array to create a 0.35 Tesla Isodynamic magnetic field required for a uniform activation across the whole diaphragm surface.

The driver behind Elite features Rinaro Parus®, a low-mass acoustic diaphragm made of an ultra-thin polymer film. This film, when combined with Isodynamic Hybrid Array Driver tech, produces natural sound and a wide soundstage, improving definition and speed across the frequency range. The polymer is made using a process of sequential biaxial lengthening that improves its structural performance, resulting in remarkable strength, stiffness, and stability, with an extremely low acoustic mass.

The Isodynamic Hybrid Array enhances sound intensity distribution at high frequencies, resolving issues with traditional arrays where reflected signals negatively affect 3D sound imaging. Dual coil arrays provide better frequency targeting within different ear areas, improving auditory perception of higher frequencies.

SWITCHBACK COIL

The switchback coil is more efficient at reproducing lower frequencies and is positioned in the upper part of the driver.

SPIRAL COIL

The spiral coil is more efficient at reproducing middle-high frequencies and is positioned directly over the ear canal, enabling more direct sound waves to enter the ear without any time delays.

95% MAGNETIC FIELD SHIELDING

Reinforced polymer housing designed to withstand the demanding 12,7 N load generated by the Hybrid Magnet Array.

RINARO PARUS® DIAPHRAGM

Weighing only 0.11 g with a large active area of 4650 mm2.

HYBRID MAGNET ARRAY

Symmetrically placed on either side of the diaphragm, neodymium magnets are arranged into a Hybrid Array to create a 0.35 Tesla Isodynamic magnetic field required for a uniform activation across the whole diaphragm surface.