Gustard Audalytic DR70N Discrete R-2R DAC, USB-C/Coaxial x2/Optical/LAN to RCA/XLR R2R DACs, Native 1-Bit DSD Full Balnaced Digital-Analog Converter, Home Audio Network Streaming Decoder (Silver)

Gustard Audalytic DR70N Discrete R-2R DAC, USB-C/Coaxial x2/Optical/LAN to RCA/XLR R2R DACs, Native 1-Bit DSD Full Balnaced Digital-Analog Converter, Home Audio Network Streaming Decoder (Silver)

• The Audalytic DR70N R-2R DAC is equipped with a proprietary discrete R-2R module. It converts digital signals to analog signals through resistor switching technology. Unlike modern Delta-Sigma DACs, its R-2R conversion process is direct, delivering a more natural and pure sound quality.
• The DR70N R2R DAC offers a wide range of input interfaces, including USB-C, dual coaxial, optical, and LAN. It is fully compatible with various audio sources such as computers, smartphones, TVs, and CD players. Whether for daily entertainment or professional Hi-Fi playback, it ensures stable and convenient connections for diverse usage scenarios.
• The DR70N features true 1-bit DSD DAC conversion, natively supporting up to DSD512. In DIRECT DSD mode, the signal bypasses PCM conversion entirely and is directly converted to analog, preserving the full dynamic range and details of the original audio. The data density is 512 times that of CD format.
• Equipped with customized FPGA technology, the DR70N DAC can flexibly manage clock functions and shape digital signals. It integrates digital native demodulation (DoP) and PCM/DSD decoding switching technology, providing robust support for the R2R architecture and high-spec decoding, ensuring exceptional audio quality.
• The DR70N uses the CK01 clock to provide femtosecond-level timing accuracy. The Coax and Opt inputs support PCM 16-24bit/44.1-192kHz and DSD DoP64. The USB and streamer inputs are even more capable, covering PCM 16-32bit/44.1-768kHz, and supporting DSD DoP64-DoP256 as well as Native DSD64-DSD512. It can accurately decode various high-spec audio formats, delivering delicate and full-bodied sound details to users.