Shanling UA Mini DAC/AMP USB-C Blue

Shanling UA Mini Blue - Compact Portable USB DAC/AMP with Powerful Performance

The Shanling UA Mini is a lightweight, portable USB DAC/AMP weighing only 8.4g, designed for high-quality audio on the go. Its compact size (42 x 10 mm main body; total length 128 mm with cable) makes it easy to carry, while offering enhanced power output to drive demanding headphones effortlessly.

Key Features:

High-Quality DAC: Equipped with the Cirrus Logic CS43131 DAC, delivering neutral, detailed sound with a signal-to-noise ratio of 126dB for exceptional clarity and accuracy.
Enhanced Headphone Output: Features the SGM8262 op-amp, providing increased power and better performance with a wide range of headphones.
Reliable USB Connectivity: Utilizes the Savitech SA9312 high-performance USB chip for smooth data transfer and ultra-low noise USB communication.
Ultra-Low Noise Output: Ensures a clean background free from hissing or distortion, ideal for sensitive earphones and portable use.
Universal USB-C Connection: Compatible with Android, iOS, and Windows devices, with a durable, silver-plated copper cable for minimal signal loss.
Supports High-Resolution Audio: PCM support from 44.1kHz to 384kHz / 32bit, DSD64-DSD256.
Power Output: 205mW + 205mW (32Ω, THD+N < 1%) and 260mW + 260mW (16Ω, THD+N < 1%).
Additional Features: RGB LED playback indicator displays sampling rate or DSD status.

Technical Specifications:

Weight: approx. 8.4g
Dimensions: 42 x 10 mm (main body) / 128 mm total length with cable
Headphone connector: 3.5mm
USB chip: Savitech SA9312
DAC chip: Cirrus Logic CS43131
Amplifier: SGM8262-2
Frequency response: +0.2dB (20-20kHz)
Output power: 205mW + 205mW (32Ω) / 260mW + 260mW (16Ω)
Signal-to-noise ratio: 126dB
Total Harmonic Distortion + Noise: 0.0004%
Noise floor: 1.4μV
Output impedance: 0.50Ω

Included in the Box:

Shanling UA Mini
User Manual

Experience high-fidelity portable audio with the Shanling UA Mini, combining compact design, powerful output, and high-resolution support for an optimal listening experience.