Dan Clark Audio E3
Product information "Dan Clark Audio E3"
The Dan Clark Audio E3 is a next-generation closed-back planar magnetic headphone that redefines performance in its class. Built as a complete redesign of the legendary Ether C Flow, the E3 combines cutting-edge technology with a striking black and blue aesthetic, ergonomic design, and Gorilla Glass 3 earcups, delivering both visual appeal and premium durability.
Despite its closed-back construction, the E3 offers an expansive and open soundstage typically associated with open-back headphones. Its excellent isolation creates a deep, silent background, allowing fine details to emerge with exceptional clarity and realism. This unique balance makes it suitable for both critical listening and immersive music experiences.
At the core of the E3 is Dan Clark Audio’s enhanced Acoustic Metamaterial Tuning System (AMTS), positioned between the driver and the ear. This advanced system eliminates high-frequency standing waves while precisely shaping the frequency response. The result is smooth, natural, and highly detailed highs without harshness or listening fatigue.
The E3 features a newly developed 5th generation planar magnetic driver, designed with advanced diaphragm materials and an innovative tensioning system. Combined with optimized V-Planar technology, this driver delivers extremely low distortion, improved consistency, and a level of detail previously associated with top-tier electrostatic headphones.
Comfort remains a key focus, with a self-adjusting headband and carefully engineered ergonomics ensuring effortless long listening sessions. By delivering top-tier sound quality, advanced technology, and premium comfort at a more accessible price point, the E3 sets a new benchmark for high-performance closed-back headphones.
| Safety Warnings: | The specific safety instructions for the product are provided in its user manual. |
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Dan Clark Audio
Dan Clark Audio, Inc.
3366 Kurtz Street
San Diego, CA 92110
USA
+1 619 5016313
- Technical Data:
- Weight: 455 g
- Impedance: 27 Ohm
- Sensitivity: approx. 90 dB/mW
- Frequency response: available
- Distortion: < 0.1% (reference 80 dB white noise)
