Klipsch The Nines Heritage Series Wireless Powered Monitors with 8" Woofer - Pair Walnut 1071286 (Walnut)

Features HDMI, TV, PC, Turntable Ready Compatible with Android/IOS Smartphones Simple Setup No Receiver Needed Bluetooth HDMI-ARC Using HDMI-ARC, enjoy The Nines with your TV with no additional cables or remotes using the included HDMI cable. Mid-Century Magnificent Incorporating luxury materials such as real wood veneer and tactile switches and knobs, the Klipsch Heritage Wireless series of powered audio systems blends the acoustics and classic design legacy of Paul W. Klipsch with the latest technologies available today. Experience True High Fidelity No Receiver Necessary The Nines powered monitors deliver room-filling sound without taking up much space thanks to a built in amplifier that is custom-engineered for these high performance speakers, maximizing output and sound quality. High-Efficiency Amplification The Nines incorporate individual ultra-low noise amplifiers that are custom designed to maximize system performance and eliminate the need for external amplification. World class Klipsch engineers picked and tuned the components to be an absolute perfect match throughout, making the system sound incredibly immersive and complete. The Nines are also bi-amped resulting in improved clarity and output. Precise, Clear & Highly Efficient Sound, Proprietary To Klipsch The Nines feature 1 titanium tweeters on Tractrix horns, a proprietary technology that has been the driving force behind the stunningly precise Klipsch acoustics. Each powered monitor also features a 8.0 long-throw woofer and is ported to provide enhanced bass. The Most Versatile Speakers On The Planet Whether you are connecting to a turntable, television, computer, or smart phone, The Nines provide the solution. The Nines come equipped with an integrated phono pre-amp, Bluetooth 5, HDMI-ARC, digital optical, analog RCA and USB inputs, allowing you to enjoy superior stereo sound from a beautifully crafted stereo system. Dynamic Bass EQ As the human ear perceives frequencies differently