Specifications of Microlab TMN3BT 4.1 Multimedia Bluetooth Speaker

Microlab TMN3BT 4.1 Multimedia Bluetooth Speaker

The Microlab TMN3BT 4.1 Multimedia Bluetooth Speaker provides an impressive audio experience by mixing high-fidelity sound with adaptable connectivity for home entertainment. With two 8-Watt channels, two extra 4-Watt channels, and a 13-Watt subwoofer, this 4.1 speaker system produces an output power of 32 Watts RMS. The Microlab TMN3BT Multimedia Bluetooth Speaker is designed to provide dynamic full-range audio with rich bass, making it perfect for both music and movies. Its wide frequency response range spans from 30 Hz to 20 kHz. With a low harmonic distortion of less than 0.3% and a high signal-to-noise ratio of more than 70 dB, it preserves clarity and produces interference-free, immersive music. The speaker is ideal for both casual listening and in-depth audio playing because of its strong 5.25-inch subwoofer rated at 25 Watts and its four 3-inch tweeters, each rated at 15 Watts. The Microlab TMN3BT Bluetooth Speaker's compatibility is improved with Bluetooth 5.0 connectivity, which enables wireless music streaming from any Bluetooth-enabled device while preserving high-quality audio. A 4-RCA output option expands versatility for multi-device use, and a 3.5mm line-in offers an additional wired connection option. Its crossover frequency of 150 Hz and input sensitivity of 400 mV are tuned for smooth audio transitions between the subwoofer and tweeters. Additionally, the Microlab TMN3 BT Bluetooth Speaker system has a handy side control panel that makes it simple to modify the master volume and individual bass, enabling you to customize the sound to your tastes. For seamless, continuous sound quality, the Microlab TMN3BT 4.1 Multimedia Bluetooth Speaker reduces signal interference with its magnetically protected components. With the help of Microlab's top-notch drivers and expert acoustic engineering, this speaker set is designed to provide clear, full-spectrum sound that stands out in any entertainment environment.