Gustard Audalytic DR70 R2R Streaming DAC DSD512 PCM768 Decoder (Black)

Digital Input COAX/OPT Input Support: PCM 16-24bit/44.1-192kHz; DSD DoP64 USB/Streamer Input support: PCM: 16-32bit/44.1-768kHZ; DSD: DoP64-DoP256; Native DSD: DSD64-DSD512 Bluetooth 5.0 support: LDAC, AAC, SBC, aptX, LDAC enables 24-bit/96kHz high-resolution transmission USB Host Compatibility: Windows 7/8/10/11(32/64-bit); mac I0S; Linux Analog Output Frequency Response: 20Hz-20kHz(±0.2dB, OS Mode) Dynamic Range: >111dB Signal-to-Noise Ratio: >113dB Channel Crosstalk: -125dB @ 1kHz THD+N: ≤0.004% @ 1kHz IMD: ≈0.009% @ -2dBFS RCA Output Level: 2Vrms (Fixed) RCA Output lmpedance: 100Ω XLR Output Level: 4Vrms (Fixed) XLR Output lmpedance: 100Ω Others Power Supply: AC 115V/230V,50/60Hz Power Consumption: <10W Dimensions (WxDxH): 220 x170 x 50 mm (excluding protrusions) Net Weight: 1.5 kg Package Dimensions: 295 x 265 x 85 mm Shipping Weight: 2.0 kg

• True 1-Bit DSD D/A Converter with native DSD512 support. In DIRECT DSD mode, the DSD signal is routed directly to the 1-bit switching array DAC circuit, completely bypassing PCM conversion. Using pure hardware processing, the system directly translates the DSD bitstream into analog, preserving the full dynamic range and detail of the original pulse modulation.
• Employing a field-programmable gate array (FPGA), this custom-configured digital integrated circuit allows flexible implementation of logic functions, including clock management and digital shaping. Integrated with exclusive technologies such as DoP demodulation and PCM/DSD depop switching, the FPGA lays a solid foundation for exceptional sound quality.
• Features the third-generation UsB Audio XU316, supporting up to PCM 768kHz and DSD512.
• CK01 Clock Module, Delivers femtosecond-grade precision timing for the entire system.
• Independent voltage regulation for each circuit group minimizes interference and ensures optimal performance.Analog output driver circuit, utilizes a low-impedance design to seamlessly drive various devices while maintaining signal integrity.