Rockford Fosgate Punch P500X2 2-Channel Amplifier

The Punch P500X2 amplifier from Rockford Fosgate delivers a powerful 150 watts RMS per channel to enhance your music listening experience while driving. To improve speaker efficiency, the high-pass filter can be utilized to eliminate low bass frequencies. This versatile amp can also be switched into mono mode to drive a subwoofer with up to 500 watts RMS, and its built-in low-pass filter ensures accurate bass frequencies are delivered to the sub. With the addition of the Punch EQ2, you can boost the bass and treble to add depth and clarity to your music.

Setting it up for optimum performance

Rockford Fosgate sets itself apart once again with C.L.E.A.N. technology - a setup system utilizing Calibrated Level Eliminates Audible Noise. To achieve the highest quality sound, simply download the setup tones from Rockford Fosgate, play them, adjust the receiver volume until the red clip light on the amp goes out, and then increase the amp gain until the blue light illuminates. This straightforward process ensures that your amplifier is perfectly calibrated to match your receiver's output, providing maximum clean power even at low listening volumes. Say goodbye to background noise and hello to a more refined music experience.

Keeps an eye on things while playing

The blue light on this 2-channel Rockford Fosgate Punch P500X2 amplifier turns red if the source is distorting while playing music. This indicates that the volume should be reduced to avoid potential damage to your equipment. Equipped with a PLC2 remote level control, the amplifier also serves as a clip indicator, allowing you to monitor for clipping from the driver's seat. Furthermore, the integrated computer continually monitors the output current to protect against speaker impedance changes or short circuits.

Maintaining coolness raises efficiency and lowers distortion

The Rockford Fosgate Punch P500X2 2-Channel Amplifier utilizes a state-of-the-art Dynamic Thermal Management system to evenly distribute heat and efficiently draw it away from crucial internal components. This is achieved through a high-mass heatsink and a proprietary MEHSA cooling process, which maximizes heat transfer from the MOSFET devices to the heatsink and enables better performance by keeping the transistors cooler.