
Hybrid Driver Configuration for Exceptional Sound
The Kiwi Ears Canta features a sophisticated hybrid driver setup with one dynamic driver and two planar drivers, delivering outstanding audio performance. This innovative configuration enhances texture and tonal richness across the entire frequency range. The combination of a full-sized dynamic driver and custom planar drivers ensures coherent sound reproduction with natural, robust tonal qualities, surpassing traditional balanced armature drivers.

Vocal-Centric Tonality
Inspired by Italian vocal excellence, the Canta is expertly tuned to highlight both male and female vocals. Its rich midrange and crisp mid-treble transition make vocals clear and prominent across various genres. The sub-bass offers powerful impact and engaging kick bass, ideal for pop, hip-hop, and rock. A natural warmth in the low-mid transition adds texture to vocals and instruments, while the treble remains clean and free from harshness, creating a full, engaging, and well-balanced sound profile that appeals to audiophiles and music enthusiasts alike.

Professional-Grade Audio Reproduction
Designed for both avid music listeners and professional musicians, the Canta excels in delivering high-resolution audio. Its latest-generation drivers ensure detailed and accurate sound reproduction, making it an excellent choice for vocal performers, guitarists, pianists, and other audio professionals.

Handcrafted Quality and Precision
Each pair of Canta IEMs is meticulously handcrafted from medical-grade resin. The attention to detail in assembly and quality control guarantees that each unit is precisely matched for optimal channel consistency and performance.

Custom Detachable Cable for Flexibility
The Canta includes a high-quality detachable cable with a 2-pin 0.78mm connector, offering easy customization and longevity. This design minimizes microphonics and ensures a clean signal from your device to the IEMs. The detachable nature of the cable also enables the use of alternative cables for added flexibility.