High-Performance Dual CS43131 DAC Chips
Moondrop DAWN adopts a fully balanced audio circuitry with a Dual DAC chipset. It houses two CS43131 high-performance DAC chips that perform four-channel balanced signal decoding. Moondrop DAWN brings superb performance achieving a high Signal To Noise Ratio, and ultra-low distortion ratings.
4.4mm True-Balanced Headphone Output
Designed with a 4.4mm fully-balanced headphone output port, the Moondrop DAWN packs a powerful performance within itself. It outputs a maximum line-out power of up to 4Vrms and about 230mW undistorted power @ 32Ω of load. With such a powerful output, it is ideal for most IEMs and some low-power requiring headphones out there.
Wide Compatibility
Moondrop DAWN adopts a USB Type-C interface. It is fully compatible with most smartphones, Windows/Mac PCs, and also with apple devices with appropriate adapters.
Dual Independent Crystal Oscillators
Moondrop DAWN comes equipped with dual independent crystal oscillators that ensure high-quality digital signal transmission with ultra-low signal jitter. Don’t go on the compact size of the Moondrop DAWN, it packs a truly high-resolution sound experience in its compact form factor.
Clean Sound Performance With Ultra-Low Distortion and Super Clean Background
Moondrop with its expertise in designing HiFi audio products has designed the latest DAWN Portable USB DAC/AMP with a fully balanced circuit and high-level hardware configuration. This greatly improves the sound performance of the device with a superb dynamic range of 132dB. The output signal has an impressively low background noise floor of just 1.3uVrms, presenting the users a super clean performance.
Technical Details
- 1 x Moondrop Dawn 4.4mm
- User Manual
Processing Time
This product is in Pre-order period. Pre-orders are provided for items that have not reached us and will take some time to be shipped out.
Pre-order Period: In-stocks will likely arrive from 30 November 2022 onwards
Note:
- No cancellation of orders once ordered.
- All orders to be shipped out sequentially.