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Gustard R26 Discrete R2R MQA DAC K2 Clock Dual Native DSD Decoder XMOS Balanced LDAC DAC with Remote Control (Silver)
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Gustard R26 Discrete R2R MQA DAC K2 Clock Dual Features
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【Discrete R2R DAC】R-2R ladder DAC converts the digital signal to analog signal by switching resistor's array. 【XMOS XU216】DAC-R26 using 2nd XMOS XU216, supports up to PCM768 & DSD512.
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【1Bit DAC Native】1 Bit DAC, supports DSD 512 ( via USB ) and DSD 1024( via IIS ) .The DSD stream is decoded by the independent 1 Bit DAC without DSD to PCM converting.
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【Clock Synthesis】DAC-R26 adopts ultra-low noise clock synthesizer K2 clock . Provide an accurate clock from the local oscillator or external clock input. The interference from the input source clock is avoided.
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【LPF Of DAC-R26】The discrete circuits of the DAC-R26 control every detail of sound and performance. LPF is specifically designed for the D/A converter using discrete devices.
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【Full MQA decoding】The DAC-R26's USB/OPT/COAX/AES/IIS inputs all support full MQA decoding, PCM44.1kHz-384kHz. Presenting you with a complete and rich music scene.
About Gustard R26 Discrete R2R MQA DAC K2 Clock Dual
Gustard DAC- R26 Discrete R2R MQA DAC R2R+1Bit DSD512 PCM768kHz Native Balanced Decoder Functions ★Dual architecture: Independent R2R & 1Bit, support native PCM native DSD and DSD to PCM. ★Native 1 Bit DAC, support DSD 512 (via USB) and DSD 1024 {via IIS). The DSD stream decoded by the independent 1 bit converter without DSD to PCM converting. *Volume is fixed under this mode. ★Replace the input signal' s clock with precision oscillators (local or external) Interference from the input source' s clock is avoided. Function off: IIS, AES, COAX, OPT; PCM NOS, I Bit. ★Discrete LPF with specific parameters provide best performance. ★CPLD - Complex Programmable Logic Device Exclusive technology over CPLD: Signal routing, Clock management, 2nd order PLL, DOP decoding, Depopfor PCM&DSD. Specification: Power Supply: AC 115V/230V 50/60Hz Power Consumption: 115dB Signal-to- noise ratio: >122dB Crosstalk: -134dB @ 1kHz THD+N:
