Description: Rockville APM5W V2 White Active Studio Monitors. Transform Your Sound with Professional-Grade Precision! Immerse yourself in crystal-clear audio with the Rockville APM5W V2, delivering 320W peak and 80W RMS power for vibrant, distortion-free sound. Perfect for music production, podcasting, or home entertainment, these compact monitors feature Bluetooth 5.3 and come in sleek white, dark wood, or black finishes to elevate your setup. Why You’ll Love It: Pure, Dynamic Audio: Experience pure, dynamic audio with a flat frequency response, advanced DSP tuning, and audiophile-grade 2nd order (12dB/oct) analog crossover filters, offering a 52 Hz 22 kHz range (-3dB) and a maximum SPL of 103dB, powered by a robust 320W peak and 80W RMS capable amplifier. Effortless Wireless Freedom: Stream seamlessly from your phone with Bluetooth 5.3 up to 50 feet, eliminating cables and clutter. Tailored Sound Experience: Customize your audio with a front rotary volume control and rear bass/treble adjustments, delivering rich lows and crisp highs to suit your room or mood, enhanced by a front LED ring indicator for power, source, and Bluetooth status. Pro-Level Flexibility: Connect effortlessly to mixers, interfaces, or PCs via XLR / TRS, RCA, 3.5mm, and USB soundcard inputs, with an RCA line output for adding a subwoofer or additional speakers to expand your audio system. Enjoy a dependable 50-foot Bluetooth range for seamless wireless connectivity. Sleek, Lasting Design: The premium ½" MDF enclosure with a beveled front baffle not only looks stunning but ensures years of durability, with high-quality components for superior sound fidelity. Key Features: 320W peak / 80W RMS output for vibrant, room-filling performance. Audiophile-grade 2nd order (12dB/oct) analog crossover filters for pristine sound separation and clarity. Bluetooth 5.3 for seamless wireless playback with a 50-foot range. Versatile Inputs: XLR/TRS, RCA, 3.5MM Aux, USB soundcard for pro-level connectivity. High-Fidelity Sound: Crossover frequency at 2,800 Hz, signal-to-noise ratio (SNR) of 93dB, and total harmonic distortion (THD)
