World's First for True Wireless Earphones

For the true wireless earphone, the HA-FW1000T is the world's first to feature a wooden diaphragm. By combining it with a carbon-coated PET diaphragm (A), we succeeded in providing the outer periphery of the diaphragm with moderate flexibility and the central dome with greater strength. The result is a beautiful tone that only wood can produce.

In addition, a stainless steel driver case (B) is used for the driver, and the same grade material and technology as wired high-class earphones are used for the magnetic circuit. This helps eliminate sound clutter, achieving high-purity sound quality.

In addition to Hybrid Active Noise Cancelling with two microphones, feed-forward (A) and Feedback (B), to absorb noise, the HA-FW1000T also features Qualcomm® Adaptive Active Noise Cancellation.
It constantly monitors the sealing level of the earpiece and automatically adjusts the noise cancellation level when the earpiece is misfitted. It maintains the noise cancelling effect that may vary depending on wearing conditions.

JVC owns Japan's leading recording studio where music is actually created, incorporating the field of music production into the product development process as a “standard for product manufacturing.”

For sound quality tuning, professional engineers from Victor Studio are involved. In addition to our own acoustic design technology, JVC infuses the knowledge of professionals and always aims for the best sound quality as recognized by sound professionals.

Based on the vast amount of original master sound sources owned by Victor Studio, “K2 TECHNOLOGY” is a group of technologies that aim at faithful reproduction of the original source as far as possible by passing through the sound quality check carried out by the studio engineers who are thoroughly versed in audio and musical quality.

Even transmissions with codecs that do not support high-resolution are extended to high-resolution equivalents, bringing them closer to the original sound and enhancing the spatial expressiveness of the sound.