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Description
- MQA USB DAC: GUSTARD DAC-X16 supports the technology. Use 2 ESS company’s latest SABRE series dual-channel fever audio DA chip ES9068AS, this chip built-in Renderer hardware renderer function audio DA chip, can directly process SPDIF and I2S input first stage decoded digital audio signal , Reduce the external control signal interference when the DAC is working, so as to achieve the ideal playback.
- High Resolution Decoder: The USB processing module of GUSTARD DAC-X16 uses USB Audio dedicated chip XMOS XU216, and supports up to 384K, DSD512, PCM768K.
- Bluetooth 5.0 DAC: GUSTARD DAC-X16 is equipped with Bluetooth chip CSR8675, supports Bluetooth 5.0, supports LDAC, AAC, SBC, APTX multiple audio formats.
- CPLD Programmable Chip: GUSTARD DAC-X16 uses CPLD programmable logic chip to construct digital integrated circuits with logic functions by itself, with clock management, 2nd PLL digital shaping, Dop demodulation, PCM/DSD depop Switch and other exclusive technologies. Lay a solid foundation for excellent sound quality.
- Multiple Interfaces: The fully balanced decoder GUSTARD DAC-X16 supports USB/I2S/COAX/OPT/BT/AES input, and has two output modes: RCA single-ended output and balanced XLR input. It is a true fully balanced decoder.
- Two ES9068S DACs
- XMOS’ xCORE-200 series 16-core XU216 processor
- Supports native DSD 32-bit PCM
- 2 American ACCUSILICON femtosecond crystal oscillators
- The digital processing system uses Intel’s ALTERA’s large high-speed CPLD logic array chip
- MQA full expansion decoding.
- COAX/AES/OPT/IIS supports MQA hardware rendering
- White light OLED display
- Simple user interface
- Full-function remote control
- High-quality toroidal transformer, multiple sets of linear voltage regulators, and TI high-current ultra-low noise LDO chips used in key parts
- VISHAY MELF high-precision low-temperature drift resistance is used in a key part of the analog circuit part
- OPA1612A high-performance operational amplifier composes analog circuit