Inearz Audio Z22 Dynamic Driver IEM's Black

The Z22 is engineered for listeners who want an exceptionally balanced, detailed, and engaging in-ear listening experience. Its patented bi-directional pressure relief system is designed to reduce pneumatic pressure on the eardrum, helping create a more comfortable listening experience while allowing the driver to reproduce both subtle details and powerful dynamics with greater freedom.

From delicate passages to demanding musical peaks, the Z22 delivers an honest, extended response with powerful performance when called for.

Innovative Pressure-Relief Technology

At the heart of the Z22 is a novel bi-directional pressure relief port. By managing pressure inside the ear canal, the design helps minimize the feeling of internal pressure that can contribute to listening fatigue.

The result is a more open and natural presentation that lets you enjoy your music for longer.

Dual-Port Acoustic Design

The Z22's dual-port acoustic system allows the sound signature to be carefully tuned while helping avoid the pronounced peaks and valleys often associated with single-port designs.

Each port has its own resonance characteristics. By precisely controlling the ports' size, position, and length, the Z22 achieves a balanced presentation without sacrificing either low-end depth or high-frequency extension.

Dual Neodymium Magnetic Driver System

The Z22 uses a dual-magnetic dynamic driver featuring two Neodymium magnets. The magnetic circuit is designed to provide exceptionally high magnetic flux—up to 1.5T—for fast, controlled driver response.

This contributes to:

• Deep, controlled low frequencies

• Fast midrange response

• Strong dynamic performance

• Precise imaging

• A spacious, wide soundstage

Natural Bass With Speed and Texture

The Z22 isn't tuned simply for maximum bass quantity. Instead, its low end is designed to provide speed, texture, and physicality while maintaining balance with the rest of the frequency range.

The bass features a quick attack and natural decay, with clearly audible sub-bass rumble and satisfying mid-bass punch. The result is a full, engaging low end that doesn't overwhelm the mids and highs.

Listeners seeking an especially bass-dominant presentation may prefer one of the Z22's custom configurations with increased sub-bass response.

Extended High Frequencies Without Harshness

The Z22's LDMD (Large Dual Magnetic Diaphragm) technology is designed to extend high-frequency response naturally and smoothly.

The extended treble adds air, detail, and definition without making the presentation unnecessarily harsh or fatiguing. Subtle details that may have gone unnoticed in familiar recordings can become easier to hear, bringing new dimension to music you've enjoyed for years.

Comfortable Ergonomic Design

The Z22 carries forward the award-winning ergonomic shape developed through the Zen series.

Its universal design is carefully shaped to provide a secure and comfortable fit across a wide range of ears. Because great sound is only useful if you actually want to wear the earphones, comfort was a fundamental part of the Z22's design.

Handcrafted Quality

Every Z22 is carefully handcrafted by dedicated technicians, many with more than 20 years of experience. Modern technology and precision equipment are combined with hands-on craftsmanship to produce an in-ear monitor built for years of enjoyment.

Key Features

• Patented bi-directional pressure relief system

• Dual-port acoustic design

• Dual Neodymium magnetic driver system

• Up to 1.5T magnetic flux

• LDMD (Large Dual Magnetic Diaphragm) technology

• Deep, controlled bass with natural decay

• Fast midrange response

• Extended high-frequency response

• Precise imaging and wide soundstage

• Ergonomic universal-fit design

• Handcrafted construction

• Designed for detailed listening with reduced listening fatigue

The Z22 brings together innovative pressure management, precision acoustic tuning, powerful magnetic technology, and handcrafted construction to deliver a balanced and highly engaging in-ear listening experience.