Description SPEC RMP-DAC3EX DAC To reproduce realistic sound, an amplifier with excellent drive capability and a source device that reproduces tone color information without omission are required. RMP-DAC3EX reproduces a timbre signal full of musicality. The sound concept of RMP-DAC3EX “Realistic audio is the most beautiful”. This is why we strive for the most musicality in our audio equipment. One of the most important factors for achieving realistic audio reproduction is “realistic tonality” of musical instruments .The violin must sound like a violin, and the oboe must sound like an oboe in order to faithfully convey the musical expression contained in the “performance.” This is why the design concept of reproducing the original recorded source information without alteration and spoiling is important. Because the tonality of live musical instruments consists of minute harmonics that are intertwined in multiple layers, its reproduction is directly linked to musicality. The DAC3 brings out the musicality of the performer by valuing the original timbre and expression of various musical instruments, especially the natural reproduction of minute signals. Capacitor Blending for RMP-DAC3EX HBIKIICHI is a capacitor developed in collaboration with Nichicon to bring out a natural sound and is also used in our amplifiers (pictured above on the far right). In addition,DAC3EX features new capacitor “MR56″which increases the expressiveness of the midrange. In order to reconvert minute signals into fresh analog, the DAC3 has a separated power supply. The power supply, which is free from the vibration of the transformer and has excellent “musical expressiveness”, surely conveys the musicality of the performer. The wooden panel attached to the bottom is made of the same spruce material as the top plate of a violin. Spruce is a relatively soft material that vibrates with music signals to reproduce a rich tone and energy. In addition, in DAC3EX, we have adopted a new shape and structure of a LEG. The structure in which HICKORY is embedded in the groove in the center of MAPLE optimally supports the main body chassis.
