Princeton Technologies Launches Wireless Subwoofer Brand Princeton Technologies Global (PTG) has launched a new wireless subwoofer brand, Syzygy Acoustics.By RS Staff Published: July 5, 2016 ⋅ Updated: April 15, 2019 A Syzygy subwoofer, by Princeton Technologies Princeton Technologies Global (PTG) has launched a new wireless subwoofer brand, Syzygy Acoustics. Its line of wireless subwoofers features smartphone control and full auto-EQ, plus digital room correction, for prices ranging from $399 to $999 USD. “I’m really excited to bring to market our marriage of traditional high-fidelity powered subwoofers with tremendous audio performance and cutting-edge 21st century technologies, delivering real world benefits,” said Paul Egan, president of PTG. All woofers in the Syzygy line feature app control (iOS and Android) for easy setup, and full auto-equalization and DSP room correction designed to ensure ruler-flat response and seamless integration heedless of room size or placement. Up to eight Syzygy subwoofers can be paired with a single transmitter, increasing system configuration flexibility. All models are designed to operate in either front-firing or down-firing configurations. Syzygy Acoustics was founded by Egan and a team of like-minded audio luminaries with a mandate to design and market traditional high-performance, high-fidelity audio components, framed with contemporary 21st century media and operational technologies. On the traditional audio side, a holistic approach was taken in particular for driver design. Developed from the ground up by Ian Paisley, the acoustics engineer best known for his pioneering work in the field of psychoacoustics at Canada’s National Research Center and later on as the VP of engineering for Audio Products International, Paisley was given a clean slate to develop a no-compromise design. The result is subwoofers that reach down deep, have pace and tonality consistent with designs exceeding their price, in concert with best-in-class amplification and the aforementioned room correction and wireless connectivity.