Behringer NX3000 Ultra-Lightweight Class-D Power Amplifier

The NX3000 redefines what's possible in professional power amplification, cramming an impressive 3000 watts into a remarkably lightweight 3.5kg package. This Class-D powerhouse delivers 2 x 1500 watts at 2 ohms, 2 x 900 watts at 4 ohms, or a massive 3000 watts in bridge mode, all ...The NX3000 redefines what's possible in professional power amplification, cramming an impressive 3000 watts into a remarkably lightweight 3.5kg package. This Class-D powerhouse delivers 2 x 1500 watts at 2 ohms, 2 x 900 watts at 4 ohms, or a massive 3000 watts in bridge mode, all whilst maintaining exceptional efficiency that eliminates the need for heavy transformers and bulky heat sinks found in traditional amplifiers.

Behringer's High-Density Class-D technology is the secret behind this amplifier's outstanding power-to-weight ratio and energy efficiency. The revolutionary design runs significantly cooler than conventional counterparts, allowing for extended full-output operation thanks to the integrated "Zero-Attack" limiters and SmartSense loudspeaker impedance compensation system that maintains linear frequency response regardless of speaker load. The front panel provides clear visual feedback with power, signal, and limit LEDs for each channel, whilst positive-detent gain controls offer precise level adjustment.

Round the back, you'll find combo XLR and 1/4" TRS inputs for maximum connectivity flexibility, professional twist-lock speaker outputs, and switching options for dual mono, stereo, or mono bridge operation. The built-in crossover switch allows selection between full-range mode or bi-amp mode with a 100Hz crossover point. SmartSense Technology sets this amplifier apart from standard Class-D designs by providing impedance compensation that results in ruler-flat frequency response regardless of load conditions.

Combined with a higher damping factor for superior loudspeaker control, particularly in low-frequency reproduction, the NX3000 delivers the dynamic bass response and smooth high-frequency detail that professional applications demand.