Meze Audio Liric Gen 2
The 2nd Generation LIRIC represents a new chapter in our quest to evolve, featuring a new and refined sound profile, detachable magnetic ear pads, sublime Macassar ebony ear cups, and one of Meze's premium hand-braided copper cables.
WHEN SOUND MEETS POETRY, SOMETHING EXTRAORDINARY COMES TO LIFE
We’ve been wanting to do a portable planar for a while, and following two successful collaborations with Rinaro, it was a natural next step. Naming it LIRIC was not a game of chance. It was an ideal metaphor to paint the authentic, vivid and poetic sound disguised behind its ethereal silhouette.”
Antonio Meze,
Lead Designer and Founder of Meze Audio
Designed for high-fidelity listening on the go, LIRIC delivers high build quality and excellent comfort, and a life-like, immersive listening experience.
MEZE X RINARO COLLABORATION
Meze Audio
Rinaro Isodynamics
AWARD-WINNING TECHNOLOGY IN A PORTABLE FRAME
Combined with the closed-back design, it helps preserve the original clarity and emotion of your favorite music through enhanced sound and minimized external noise. Each driver is entirely hand assembled and tested in Rinaro’s industrial facility in Ukraine.
Reinforced polymer housing designed to withstand the demanding 10,7N load generated by the Hybrid Magnet Array.
Weighing only 0.08g with a large active area of 3507mm2.
MZ4 HYBRID MAGNET ARRAY
Symmetrically placed on either side of the diaphragm our neodymium magnets are arranged into a Hybrid Array to create a 0.3 Tesla Isodynamic magnetic field required for a uniform activation across the whole diaphragm surface.
ISODYNAMIC HYBRID ARRAY DRIVER
A new innovation to the MZ4 driver developed in-house by Rinaro is the Phase-X™ system, which improves ambience and spatial sound imaging, often found to be a problem in closed back headphone designs.
ULTRA LOW DISTORTION
Total harmonic distortion (THD) measures under 0.15% in the whole frequency range.
LIGHTWEIGHT
71g combined driver weight designed to create a headphone that offers comfortable listening on the go.
Phase-X™ SYSTEM
Improved ambience and spatial sound imaging through innovative technology.
Patent pending
ULTRA HIGH RESOLUTION AUDIO
Upper frequency limit of audio reproduction is 92,000 Hz.
EASY-TO-DRIVE
100dB@1mw/1kHz; 30Ω
Can be driven by almost any portable source without needing amplification.
SCALED FLAGSHIP ISODYNAMIC HYBRID ARRAY TECHNOLOGY
One of the most sophisticated and advanced planar magnetic technologies in the world has been scaled down for portable use.
Patented in US, EU, China and other countries.
ADVANTAGES OF A DUAL DRIVEN SYSTEM
Using this combination allows the headphone to achieve an increased exposure of direct sound wave frequencies over the 10kHz range, as well as improved imaging and localization, by decreasing the impact of short-wave time delays caused by diffused field reflections.
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.
The diaphragm is manufactured from a custom developed isotropic thermally stabilized polymer, with a conductive layer. Through unique processing methods, an ultralight yet rigid diaphragm has been achieved.
IMPROVED EFFICIENCY AT HIGHER FREQUENCIES
A significant increase of direct sound waves was achieved by positioning the most efficient part of the diaphragm in mid-high frequencies directly over the ear canal, resulting in improved 3D imaging and spatial localization.
Phase-X™, A REVOLUTION IN SOUND IMAGING
The Phase-X™ system improves the accuracy of spatial imaging, in-line with its open back counterparts, especially noticeable on binaural recordings.
Absolute linear phasing offers the listener the original spatial image as it was recorded. This includes information from the instrumentation as well as the recording environment itself.
NONLINEAR PHASING
Phase distortions, typically found in the conventional closed-back headphone designs, noticeably affect the reproduction of the spatial image of the original recording.
Phase-X™ SYSTEM
With the addition of the Phase-X™, LIRIC achieves a correct phase response and a faster transient response decay. This allows for a more faithful reproduction of transient sounds and improves ambience and spatial imaging for the listener, taking them closer to the environment of the original source recording.
EAR PAD AIR FLOW SYSTEM
Precision cut air vents which run from the Liric ear cup chamber into the ear pads allow the MZ4 driver to utilise acoustic volume from the ear pads as well as the ear cup chamber.
This significantly reduces the required size of the ear cup chamber allowing Liric to keep a compact and truly portable closed-back headphone profile without compromising on the acoustic performance.
AN AUDIOPHILE-WORTHY EXPERIENCE ON THE GO
LIGHTWEIGHT MAGNESIUM SKELETON
OPTIMAL AIRFLOW CONTROL
Just like all Meze Audio headphones, LIRIC is easily adjustable for a sturdy, yet comfortable feel that fits most head shapes.
ERGONOMIC OVOID SHAPE
PRESSURE EQUALIZATION SYSTEM
LOVE AT FIRST TOUCH
STRIKING DETAILS
ACCESSORIES
• Two cables included:
- 1.5m soft TPE cable with 3.5mm jack
- 3m soft TPE cable with 3.5mm jack
• Adapters:
- 6.3mm jack adapter
- Airplane jack adapter
• Cables pouch
- Warranty period: 2 years
TECHNICAL SPECIFICATIONS
- Driver Type - Rinaro Isodynamic Hybrid Array® MZ4
- Operating Principle - Closed
- Ear Coupling - Circumaural
- Frequency Response - 4-92,000 Hz
- Impedance - 30 Ω
- Nominal SPL - 100 dB (1 mW / 1 kHz)
- Maximum SPL - > 130 dB
- Total Harmonic Distortion (THD) - <0.15%
- Weight - 391 g
MZ4 DRIVER SPECIFICATIONS
- Geometrical Shape - Ovoid
- Size - 92mm x 63mm
- Driver Weight - 71 g
- Casing - Fibreglass reinforced polymer
- Diaphragm Type - Rinaro Isoplanar® MZ4
- Active Area - 3507 mm2
- Diaphragm Weight - 0.08 g
- Acoustic Mass - 6.5 kg/m4
- Lower Frequency Limit - 4 Hz
- Upper-Frequency Limit - 92,000 Hz