Features

High-Performance Dual CS43198 Flagship DAC Chips.

Supports 32-bit/768kHz PCM and Native DSD256 Audio signals.

Specially Developed Enhanced Connector Cable.

Stable Signal Transmission.

USB Lossless Transmission Technology.

Ultra-Low Distortion Performance(THD+N≤0.0037%).

Strong Output Power(Upto 300mW).

3.5mm+4.4mm Dual Headphone Output Options.

Solid Build & Design.

Clean, Crisp, Precise Sound.

6N Single-Crystal Copper USB Type-C Connector Cable.

High-End Dual DAC Chipset

We have equipped the SnowyNight with Dual CS43198 DAC chips. They support true high-resolution audio signal decoding supporting bitrates up to 32-bit/768kHz for PCM signals and DSD256 for native DSD signals. The high-end CS43198 DAC chips provide an extremely clear sound reproduction with best-in-class SNR, DNR, and THD+N performance. The SnowyNight has 125dB SNR through the 3.5mm port and 130dB SNR through the 4.4mm output port. We have a non-audible noise floor at 1uV(3.5mm), and 1.5uV(4.4mm).

Enhanced High-Purity Connector Cable

We studied a lot of different portable and desktop audio setups, and we realised we needed to work on the source signal transmission to enhance the acoustic performance of SnowyNight. We noticed USB transmission is not the cleanest, and digital inputs such as Coaxial, Optical provided cleaner and better transmission in most cases. But in the case of portable USB DAC/AMPs, we get limited to only USB transmissions. So, to enhance the acoustic performance in such a scenario, we bundled the SnowyNight with an enhanced cable that brings noticeable improvements by stable signal transmission, USB Lossless transmission, and also protects the sound signal from external interferences. The cable has high-purity 6N monocrystalline copper wire cores. It effectively improves the overall performance of the SnowyNight and makes it comparable to Coaxial and Optical input options in other devices.

Dual Headphone Output Ports

We have equipped the SnowyNight with dual headphone output ports. The device supports single-ended and balanced headphone connections with 3.5mm(Single-ended) and 4.4mm(Balanced) headphone ports. We have also featured a high-power amp section providing a strong output level of up to 300mW through the 4.4mm balanced output. It will easily drive most IEMs and headphones and would provide a great driving force to you and your gear.

Stable Data Transmission

Our new enhanced USB Connector Cable provides stable Data Transmission. The high-purity 6N Single-Crystal copper material provides stable transmission with little to no loss during the transmission process. We have also treated the cable with proper insulation and outer shielding that protects the signal from external electromagnetic interferences.

Efficient Power Signal Management

The SnowyNight promises clean output with clean power signal processing. It has low power input that it takes directly from the connected source device. With properly designed audio circuitry, the power transmission is clean and we get efficient performance from the device.

Filter Modes

The device has five filter modes:

• Mode 1: Fast roll-off, Low-latency filter

• Mode 2: Fast roll-off, Phase-compensated filter

• Mode 3: Slow roll-off, Low-latency filter

• Mode 4: Slow roll-off, Phase-compensated filter

• Mode 5: Non-oversampling filter

During device operation, pressing and holding both the Volume + and Volume - buttons simultaneously for more than 1 second will toggle the filter mode once. Modes 1 to 4 will cause the white light to blink once, while Mode 5 will cause the white light to blink twice.

Gain Switching

Press Volume + and Volume - at the same time to switch between high and low gain modes.

UAC Mode

The SnowyNight is in UAC2.0 mode by default. To switch to UAC1.0 mode, power off the device, long-press the '+' button while inserting it into the playback device, wait for the red light to flash, and release the button. Note that UAC mode cannot be switched during device operation; UAC2.0 mode is the default on each startup. To restore UAC2.0, simply unplug and reinsert the device once.

Microphone Passthrough

The device does not have a microphone itself and will use the microphone that comes with the phone/computer when making calls.