The Best Gustard Dac-X12 of 2022 – Reviewed and Top Rated
After hours researching and comparing all models on the market, we find out the Best Gustard Dac-X12 of 2022. Check our ranking below.
2,710 (random num) Reviews Scanned
- The DAC-X30 utilizes four ESS ES9039SPRO chips in a balanced architecture of two chips per channel to ensure independent power and grounding for optimal performance.
- Offers multiple inputs/outputs including USB/LAN/Optic/coaxial/AES/IIS inputs, and XLR/RCA output, supporting SD card and MQA decoding. * The SD card interface is not supported for use.
- The DAC-X30 employs a K2 synthesizer and synchronized clock implantation technology to provide a precise clock signal for enhanced sound decoding, utilizing either a local OCXO or an external 10M clock.
- FPGA chips offer self-constructed logic, precise clock control, 2nd PLL Digital shaping, DOP demodulation, and PCM/DSD switching for superior audio quality. * The SD card interface is not supported for use.
- Network streaming DAC with Roon/Bridge/UPnP/NAA support. And enhanced sound variations using discrete Class A LPF circuits. The SD card interface is not supported for use.
- Discrete R2R DAC: R-2R ladder DAC converts the digital signal to analog signal by switching resistors' array, it provides a more natural sound. However, this architecture needs precision resistors and deep development to archieve fine performance.
- Native 1Bit DAC:support DSD 512 (via USB) and DSD 1024 (via IIS). The DSD streamdecoded by the independent 1 bit convertor without DSD to PCM converting.*Volume is fixed under this mode.
- CPLD: Complex Programmable Logic Device:Signal routing; Clock management; 2nd order PLL; DOP decoding; Depop for PCM&DSD.
- Clock synthesization: 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, BT; PCM NOS, 1 Bit Function on: USB & LAN K2, ultra-low noise clock synthesizer: provides precision clock from local oscillators or external clock in.
- LPF is specifically designed for the D/A converter using discrete devices. Final parameters of the circuit are adjusted with subjective listening. Different from IC s, discrete circuits provide the possibilities to control every detail in sound and performance. But the parasitic effects introduced huge challenges to development experience and device' s quality.
- 👍 Dual AK4499EX & AK4191 DAC Chips ▶️ The GUSTARD A26 DAC combines two AK4499EX DAC chips with one AK4191 modulator from Asahi Kasei Microdevices. With independent power supply and grounding for each channel, separate digital-analog architecture eliminates interferences from the beginning. ▶️ Note: Currently, the A26 firmware upgrade only supports Windows. Please contact the seller for details.
- 👍 FPGA Exclusive Technology & Streamer / Renderer ▶️ Adopting FPGA exclusive technology, the A26 features signal routing, clock management, 2rd order PLL, DOP decoding, and Depop for PCM & DSD. Besides, utilizing Streamer/Renderer, an easy access to high-quality online streams, the GUSTARD A26 can supports Roon /UPnP /HQ Player NAA at present, and there will be more protocols in the future.
- 👍 Clock Synthetization & XMOS XU216 Solution ▶️ Equipped with K2, ultra-low noise clock synthesizer, the A26 DAC features a precision clock from local oscillators or external clock in. It is worth mentioning that the GUSTARD A26 can replace the input signal' s clock with precision oscillators (local or external) and avoid the interference from the input source' s clock. In addition, the A26 DAC applies XU216 from XMOS, supporting up to PCM768 (with MQA-support) and DSD512.
- 👍 LPF Discrete Circuits Design ▶️ LPF is specifically designed for the AK4499EX using discrete devices, whose final parameters of the circuit are adjusted with subjective listening. Different from ICs, these discrete circuits provide the possibilities to control every detail in sound and performance. However, these parasitic effects would introduce huge challenges to development experience and device's quality.
- 👍 Full-Functional Remote Control ▶️ Except for its excellent configuration, GUSTARD A26 characterizes a sandblasted aluminum alloy case with an OLED display and a touch panel. And users can easily enjoy their music rich in details by using the standard remote control.
- ES9039SPRO X 2: Using two ESS flagship chips ES9039SPRO for Digital to Analog Conversion,1chip each for left and right channel. With two completely independent power supply and grounding to seal the great sound performance.
- DSP Digital Filter: A high-performance digital filter solution developed on the Analog Device SHARC digital audio-specific DSP platform with the primary objective of reducing audio in-band aliasing noise in the digital domain.This filter enhances the sound quality by upscaling and noise shaping the raw digital audio stream signal. The anti-aliasing noise algorithm and high-precision floating-point 64bit operation used in this program are the key technical points.
- FPGA Programmable Logic Chip: Exclusive technologies such as digital integrated circuits with self-constructed logic functions,clock management,2nd PLL digital shaping,DOP demodulation,and PCM/DSD depop switch provide a solid foundation for excellent sound quality.
- GCLK-02 Clock Module: The GCLK-02 clock module is a high-performance clock frequency synthesizer that utilizes advanced PLL(Phase Locked Loop) technology to ensure clock signal stability and accuracy. The design of this module allows it to use either a local clock source or an external 10MHz clock signal,providing users with a flexible clocking solution. In this way,the GCLK-02 is able to significantly reduce the impact of the front-end clock performance on the overall system performance,thus reducing the dependence on the performance of the front-end audio equipment.
- Hybrid IV conversion circuit: Independent parallel circuit-Fully meets ES9039SPRO's high current requirements
- 👍 ES9039SPRO X 4 ▶️ Adopting 4 pieces of Ess flagship chip Es9039SPRO for decoding two pieces per channel to form a fuly balanced architecture, completely independenf power supRly, independent grounding, to obtain the best perterance.
- 👍 DSP Digital Filter ▶️ The program is in the Analog Device SHARC digital audio dedicated DsP platform has developed a new high-performance digital filter program, equipped with self-developed high-performance anti-allasing noise algorithms, the key digital signal processing links using high-precision floating-point 64bit operation. It can reduce the digital domain audio in-band aliasing noise, i.e., by doing frequency upscaling and noise shaping on the original digital audio stream signal, thus realizing better sound quality performance.
- 👍 Built-in OcXO constant temperature crystal oscillator . Double insulation, more constant temperature.
- 👍 K2 synthesizer Synchronized Clock Implant Technology ▶️ Local ocXo clock or external 10M clock, synthesized a high-precision clock signal and then synchronously implanted for decoding. The front-end clock is discarded, and the DAC only uses the local OCXO clock or external 10M clock. Because of these front-end clock performance on the decoding link greatly reduces the impact of the system on the performance of the front-end audio eqvipment to reduce the degree of dependence.
- 👍 FPGA Programmable Logic Chip ▶️ Digital integrated circuits with self-constructed logic functions, clock management, 2nd PLL digital shaping, DOP demodulation, PCM/DsD depop switch, and other exclusive technologies provide a solid foundation for excellent sound quality.
- Dual architecture: Independent R2R 1Bit,support native PCM native DSD and DSD to PCM.
- PCM NOS: Without any digital signal processing,bypassing the volume adjustment,raw PCM stream was decoded by the R2R array directly.
- Native 1Bit DAC,support DSD 512 (via USB)and DSD 1024 (via IIS).The DSD stream decoded by the independent 1 bit convertor without DSD to PCM converting. *Volume is fixed under this mode.
- Streamer/Renderer: Support roon,upnp and more protocols in the future.
- Replace the input signal's clock with precision oscillators (local or external). Interference from the input source's clock is avoided.
- AUDALYTIC has equipped the AH90 with the AKM’s current flagship AK499EX 32-bit DAC chipset with its AK4191 Modulator. it provides crisp high-resolution audio signal decoding and also provides the output with a rich velvety touch. The device features an XMOS XU316 3rd-generation 16-core processor as well that enables 32-bit/768kHz PCM and native DSD512 audio signals. Along with USB, we also have Coax and Optical digital inputs. The AH90 supports MQA decoding across all the inputs supporting 8x unfolding.
- Exclusive FPGA Architecture - AUDALYTIC AH90 features an exclusively designed FPGA architecture. With CK01 low-jitter noise clock architecture, the FPGA architecture is carefully designed with precise signal routing, clock management, PLL, DOP Decoding, and PCM-DSD silent switching. It helps enable the device to produce clearer sound with precise decoding.
- Network Streaming Function - AUDALYTIC AH90 is also a Network streamer, it supports Roon Bridge, UPnP, HQ Player, Spotify, Tidal, and Airplay streaming functions. More protocols will be added in the future with the brand support.
- High-Power Headphone Output - AUDALYTIC AH90 features headphone output supporting both single-ended and balanced headphones. It has a 6.35mm single-ended and a 4.4mm balanced headphone port. The output is strong and powerful, providing 1W maximum output at 32Ω through the balanced connection.
- AUDALYTIC AH90 is a premium desktop device. It has multiple digital filters including Short Delay Sharp, Short Delay Slow, Slow, Sharp, Etc. These help users fine-tune the output to their liking. The device houses a built-in low-noise power supply promising top-quality sound performance from your desktop setup. It is an amazing device full of advanced functions and features.
- Discrete R2R DAC: R-2R ladder DAC converts the digital signal to analog signal by switching resistors' array, it provides a more natural sound. However, this architecture needs precision resistors and deep development to archieve fine performance.
- Native 1Bit DAC:support DSD 512 (via USB) and DSD 1024 (via IIS). The DSD streamdecoded by the independent 1 bit convertor without DSD to PCM converting.*Volume is fixed under this mode.
- CPLD: Complex Programmable Logic Device:Signal routing; Clock management; 2nd order PLL; DOP decoding; Depop for PCM&DSD.
- Clock synthesization: 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, BT; PCM NOS, 1 Bit Function on: USB & LAN K2, ultra-low noise clock synthesizer: provides precision clock from local oscillators or external clock in.
- LPF is specifically designed for the D/A converter using discrete devices. Final parameters of the circuit are adjusted with subjective listening. Different from IC s, discrete circuits provide the possibilities to control every detail in sound and performance. But the parasitic effects introduced huge challenges to development experience and device' s quality.
- ESS9038 PRO chip:ES9038PRO from ESS, with independent power and grounding, provides the best sound.
- CPLD Complex Programmable Logic Device :self-constructed digital integrated circuits with logic functions, clock management, 2nd PLL, digital shaping, DOP decoder, PCM /DSD depop switch and other exclusive technologies have laid a solid foundation for excellent sound quality;
- CPLD Complex Programmable Logic Device :self-constructed digital integrated circuits with logic functions, clock management, 2nd PLL, digital shaping, DOP decoder, PCM /DSD depop switch and other exclusive technologies have laid a solid foundation for excellent sound quality;
- ACCUSILICON Femtosecond crystal oscillator AS318-8:Two AS318-8 Hi-End audio oscillators from Accusilicon, with jitter in fs level.
- XU216 from XMOS supports up to PCM768 & DSD512.Support APTX LL, APTX HD and LDAC (up to 24Bit/96KHz). Bluetooth can be disabled in menu.
- ESS9038 PRO Chip: The ESS9038PRO, boasting independent power and grounding, ensures the utmost audio clarity and quality, providing an unparalleled listening experience. Additionally, we support MQA decoding and rendering across USB, coaxial, IIS-H, AES, and optical inputs.
- ACCUSILICON Femtosecond Crystal Oscillator AS318-8:Incorporating two AS318-8 Hi-End audio oscillators from Accusilicon, with jitter in fs level. The AS318-8, with jitter measured in femtoseconds, ensures pinpoint accuracy in audio reproduction. These oscillators provide a stable and reliable timing reference, ensuring that the audio signal remains undistorted during processing.
- XU216 from XMOS USB Processor: The USB interface utilizes the powerful 16-core XU216 processor from XMOS's xCORE-200 series, supports high-resolution audio formats up to PCM768 and DSD512, along with aptX LL, aptX HD, and LDAC codecs (up to 24Bit/96KHz). Additionally, Bluetooth functionality can be conveniently disabled via the menu for a tailored listening experience.
- High Performance Gustard DAC : The analog circuitry consists of nine high-performance OPA1612A amplifiers, with one dedicated to RCA output, ensuring pure audio signal transmission. The digital processing system employs a large, high-speed CPLD logic array chip from Intel's ALTERA, delivering high-speed and precise logic processing for pristine audio quality.
- CPLD Complex Programmable Logic Device: Gustard X18 constructed digital integrated circuits, equipped with advanced features such as logic functions, clock management, a secondary PLL, digital shaping, a DOP decoder, PCM/DSD depop switch, and other exclusive technologies, serve as a robust foundation for exceptional sound quality.
Last update on 2025-04-18 / Affiliate links / Images from Amazon Product Advertising API
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