The American MIT Oracle is the brand's reference series, and the flagship model as a reference series has been updated to Oracle MA-X SHD. The RCA single-ended signal line is equipped with up to 110 network electrodes, and the XLR balanced signal line is equipped with 113 network electrodes, unlike the traditional balance line, MIT has added an additional line to the original ground line. This additional line and ground wire are separated, and this design gives the MIT balance line superior noise suppression and transmission performance.
The flagship MA-X SHD signal line adds an ultra-low frequency clarity switch. How to understand this technology, each piece of music is formed on the basis of percussion instruments and bass instruments, and the MA-X SHD's control of ultra-low audio signals can be said to be just right. This allows the system's sound to remain clear in frequency bands as low as 10 Hz, much lower than the low frequencies achieved by traditional recording.
Also equipped with the A.A.R.M. adjustable clarity response module, sharpness is ideal for the part of the chart above the 50-level reference line, which can enhance the transients, details, imaging and sound quality of the system. Below the 50 level baseline, the opposite effect will be achieved. Which gear to adjust to is completely based on personal subjective feelings. Try different gears until you feel the system sounds satisfactory.
The MA-X SHD also has an impedance switching function. The new version maximizes the span of audio bandwidth, including the ability to dive to the lowest low audio, and the echo details reflected by the ceiling, walls, and stage floor in the original recording venue and the boundaries of the listening space after processing through the low-frequency clarity switch, not only will not adversely affect the sound, but can integrate the music and the listening space, so that the music can be interpreted without being limited by the listening space.
That's Oracle MA-X SHD, always tailored to your listening needs, delivering a listening experience beyond your imagination, and the sound is as natural and soothing as an analog product.
The following three charts provide further insight into the key to MIT's unique technology, Multipole Technology/Networked Pole Technology:
The horizontal axis in chart "A" is the frequency of sound, the vertical axis is clarity, the blue part is the frequency band of a standard 88-key piano, and the frequency of 20HZ to 20kHz that can be heard clearly by the average human ear, with 50% clarity as the horizontal reference line.
Chart "B" is an example to illustrate the effect that only one pole of the cable can achieve, the middle yellow (1x) part is the coverage of the main transmission of the cable, and the figure is found to be biased to the right, that is, to the side of the high frequency, the overall listening sensation will make the listener feel that the high frequency is a little too bright and a little impatient, on the contrary, if the chart is biased to the left, that is, the low frequency side, the overall hearing will make the listener feel a little fat and blurry.
Chart "C" is the scope covered by MIT's unique technology Multipole Technology/Network Pole after 6 optimizations. MIT's technology is that it can combine multiple poles to optimize the full range to achieve the best sound effect. For example, the left pole can provide more energetic low frequencies, the middle pole can provide a more beautiful midrange, and the right pole can provide clearer and brighter high frequencies, such as more networked poles will cover a tighter range, and a more comprehensive full-band optimization can be obtained.