Behringer TRUTH 4.5 BT Ultra-linear Studio Monitor
Experience pristine, reference-quality audio with the Behringer TRUTH 4.5 BT. It is designed to meet the high standards of studios and audiophiles alike. This ultra-linear 64-Watt studio monitor combines advanced Bluetooth 5.3 connectivity with precise acoustic technology. Thus, delivering a remarkable listening experience in any setup.
Unmatched Sound Clarity & Wide Acoustic Sweet Zone
Thanks to Advanced Waveguide technology, the TRUTH 4.5 BT produces an expansive “sweet zone”. This zone ensures consistent sound dispersion throughout your room. The 1-inch silk dome tweeters offer ultra-high resolution for crystal-clear highs. Meanwhile, the long-throw 4.5-inch woofers with glass fiber cones deliver powerful and undistorted bass response.
Versatile Connectivity for Every Setup
Furthermore, enjoy flexible input options with two stereo analog inputs featuring TRS and RCA connectors. They can be used simultaneously or mixed with a digital stereo source. Additionally, front-panel volume control, a handy aux input, and a headphone output make access effortless. Thus, keeping your workflow smooth and uninterrupted.
Durable Design with Acoustic Precision
The high-density composite enclosure minimizes low frequency distortion and diffraction for clear, focused sound. With built-in low and high frequency controls, you can tune your monitors to best suit your room acoustics, ensuring perfect sound reproduction every time.
Key Features
- Ultra-linear 64-Watt reference-class studio monitors with Bluetooth 5.3 audio streaming
- Advanced Waveguide technology for ultimate acoustic dispersion and a large “sweet zone”
- High-resolution 1″ silk dome tweeters for superior sound reproduction
- Long-throw 4.5″ woofers with deformation-resistant glass fiber cones
- Two stereo analog inputs (TRS and RCA) and front-panel aux input and headphone connector
- Front panel volume control and low/high frequency acoustic tuning
- High-density composite enclosure for ultra-low diffraction and reduced low-frequency distortion