ECLIPSE | Wireless playback of world-class accurate sound

ECLIPSE | Reproducing World-Class Accurate Sound Wirelessly

Announcing Four New ECLIPSE Home Audio Systems

Fujitsu Ten has announced new products in its "ECLIPSE Home Audio System" lineup. The company will release the "TD-M1" speaker system, compatible with high-resolution audio sources and capable of wireless playback via AirPlay, along with three high-speed subwoofer models, between February and March 2014.

Text by KUROMIYA Yuzu

Compatible with High-Resolution Audio and AirPlay

The "ECLIPSE Home Audio System" is an audio system developed based on "Time Domain Theory," which aims to accurately reproduce the movement of air as sound propagates.

The wireless speaker "TD-M1," characterized by its egg-shaped form, thoroughly pursues "waveform fidelity reproduction" to faithfully recreate and play back sound sources. It is equipped with a 192kHz/24bit interface on the input side and a 192kHz/24bit compatible DA converter, claimed to be world-class, on the output side. Furthermore, it features an oversampling filterless mode that eliminates "noise" generated during the conversion of digital data to analog data. This enables the playback of accurate, high-quality high-resolution audio sources.

Additionally, it incorporates an AirPlay-compatible Wi-Fi® network media module that allows direct wireless connection from mobile devices and computers without a router. In terms of operation, it features touch sensors and LED indicators for smart, intuitive control. The angle of the speaker unit can also be adjusted in three stages with a single touch.

"Subwoofer TD725SWMK2"

Fujitsu Ten also announced the "TD725SWMK2," the successor to its high-speed subwoofer that has continuously received top ratings from domestic and international specialist magazines, as well as the "TD520SW" and "TD316SWMK2," which incorporate its technology.

All items employ the "R2R TWIN DRIVER" system, which installs two small-diameter driver units back-to-back as subwoofers and connects them with an aluminum shaft. By utilizing their interaction, they achieve both power and speed by securing a rigid foundation and the amplitude of large-diameter drivers.