Source: Press Release, Last Accessed: 2023/08/31

Technical Audio Devices Laboratories announced the TAD-GE1-WN (Grand Evolution One) floor-standing speaker system as the newest addition to its Evolution Series of Hi-Fi audio components. The TAD-GE1 incorporates the speaker units and classy wood-grain finish, originally used for the critically acclaimed TAD-CE1TX bookshelf-type speaker system, introduced in 2022.
By combining the speaker units whose outstanding performance has been proven in the CE1TX with the technology and design philosophy incorporated into their top-of-the-line Reference TX Series of speaker systems, the TAD-GE1 delivers the sound field and imaging performance comparable to that of the Reference Series speaker systems, the company says.
The TAD-GE1 boasts TAD’s proprietary CST Driver, which controls the directivity of the concentrically mounted midrange and tweeter over an extended frequency range from the point of matching phase. The midrange cone controls the directional characteristic of the concentrically mounted tweeter to bring the phase and directivity of their output in line in the crossover region.
The TAD-GE1 uses a light yet rigid beryllium diaphragm for its tweeter, manufactured with TAD's proprietary vapor deposition technique. The midrange diaphragm is made of magnesium, while the woofer is made of five layers of woven and non-woven Aramid fabric to optimize the physical property of the shell-shaped diaphragm that integrates the center cap and cone into a single piece.
The TAD-GE1 comes in a SILENT enclosure, which combines sturdy birch-plywood braces with medium-density fiberboard (MDF) panels having a high internal loss to provide superb strength and an outstanding vibration-dampening characteristic. Moreover, the combination of acoustic tubes placed inside the enclosure as part of TAD's Acoustic-Filter-Assisted System Tuning (AFAST), which reduces the low-order standing-wave mode, and acoustic absorbent carefully chosen and placed inside, effectively suppresses standing waves that would adversely affect the sound field and imaging performance of the speaker.

For more information: https://www.technicalaudiodevices.com/

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