MOONDROP Dawn PRO 2 Decoder Headphone Amplifier 3.5/4.4 Phone Out Dual CS43198 32Bit/384KHz DSD256 Portable USB DAC/AMP

The Second Generation Online Interactive DSP Expand the Possibility of Headphone. Through the recently updated MOONDROP APP\", users can customize and debug the parameterized equalizer for Dawn Pro 2 using a new professional tuning interface that is more precise and user-friendly. This interface allows adjustments to parameters such as Filter Type, Frequency Point, Gain, and Q Value. Additionally, a comprehensive headphone frequency response database is available for reference during the tuning process, further enhancing usability and accuracy.

Dual Cirrus Logic Flagship CS43198 DAC chips. Three Independent LDO Power Chips. The Dawn Pro 2 employs dual flagship CS43198 decoding chips from Cirrus Logic and utilizes three LDOs to provide separate power to the decoding and digital chips.With an independent crystal oscillator, this designcreates a high-efficiency, high-performance Hi-Fi audio circuit that delivers greater thrust, lower distortion, and superior sound quality while consuming less power.

100-level Smooth DAC Volume Control. The Dawn Pro 2 features an almost lossless 100-level volume control that separates device volume management from your smartphone.This design minimizes signal compression caused by volume adjustments and provides a smooth volume adjustment experience.

4Vrms Output Voltage, 124 + 124mW Output. The focus is on balancing delicate timbre with high output, rather than simply pursuing high power. Excellent driving capability, working well with most headphones.

Aluminum Alloy Housing Heat Dissipation Design. The housing of the Dawn Pro 2 is crafted from aviation-grade aluminum alloy. using CNC techniques and mold forming. The surface treatment involves anodizing, which enhances both texture and durability. For heat dissipation, the design is inspired by desktop HiFi devices. The vents are strategically placed above the chips that generate more heat, significantly improving heat dissipation efficiency.