X-Hybrid Headphone Amplifier Circuit. X-Hybrid represents a new technological breakthrough following NFCA architecture. Utilizing an all-new triple-stage hybrid amplification design, it not only retains the signature ultra-low distortion and high dynamic range of the NFCA, but also achieves significantly improved efficiency by optimizing circuit topology--resulting in reduced static power consumption and heat generation. Despite its compact chassis, it houses a fully balanced, quad-channel amplifier.
Wide range of adaptation to headphones. DX5 II is equipped with 6.35mm single-ended, 4.4mm balanced, and 4-pin XLR headphone jack, meeting the needs from low-sensitivity headphones to high-sensitive IEMs. With a low noise floor of just 1.8uVrms, even the most sensitive IEMs remain free from any audible background hiss. Delivering a powerful 7600mW x 2 output, DX5 Il allows most headphones to reach their full performance potential.
LDAC wireless available. Equipped with QCC5125 chip, DX5 II supports Bluetooth 5.1 and can support up to 96kHz/24bit. Also it fully supports LDAC/aptX-Adaptive/aptX/aptX HD/AAC/SBC and other audio encodings, allowing audio to be transmitted wirelessly to provide a music experience beyond CD level.
Self-developed IV circuitry unlocks full DAC potential. Our self-developed I/V conversion module is dedicated to achieving superior audio reproduction. The exceptional circuit design delivers lower distortion and noise while occupying less space. Pushing the boundaries of physical limits, this design extracts the maximum performance from the DAC chip.
Directly connect active speaker to adjust volume DX5 II also features a "preamp" mode. In preamp mode, you can adjust the output volume of DX5 II, then connect it directly to a pure amplifier or active speaker without the need for a separate preamplifier. Both input and output interfaces of the DX5 II come with volume memory functionality, enabling the device to automatically restore the last set volume when switching outputs-allowing for a quick return to your familiar listening environment.