Detail


Mullard M1

1. The near-field monitoring design cooperates with the British classic coaxial speakers, and adopts the latest generation of high-power coaxial sound transmission technology, which solves the problem of unbalanced sound caused by the phase difference of traditional speakers, so that high, medium and low frequencies can reach the human ear at the same time. The characteristic is closer to that of a point source, which allows listeners to hear a more detailed and realistic sound. The bass cone of the coaxial speaker is also the diffusion horn of the tweeter. This form of tweeter becomes a constant-direction horn tweeter, which can provide better off-axis characteristics, and the coverage angle can reach 90 degrees horizontally and 90 degrees vertically. It can provide better directional characteristics while making the sound energy density higher.



2. The latest 5.1 version of Qualcomm Bluetooth module supports higher specification audio.



3. TWS true wireless stereo, providing wireless music experience with high bit rate and no delay Speakers, competing products are not true wireless, the analog input needs to be connected to the left and right speakers)



4. Two-way electronic crossover design. The high-power subwoofer provides surging low frequencies and great control, even when listening to large-scale classical music and high-dynamic movies. Low-distortion, low-power amplifier drives the treble, and the two-way amplifier performs its own duties without affecting each other.



5. The DSP algorithm is optimized to provide monitor-level sound quality even at low volume. After DSP processing, it provides a flat frequency response curve and extremely low phase distortion, ensuring that the restored sound is neutral and free of coloration.



6. Standard RCA interface, convenient to connect other audio source equipment, with USB power supply interface, easy to adapt to the optical fiber to analog DAC module powered by USB to adapt to TV and wifi streaming media module.



7. The computer simulation design adopts technologies such as long-stroke horn unit and curved inverted tube with equal cross-section under such a small volume to achieve small volume, large energy, and wide coverage angle.