[🎶SG] GUSTARD X30 Quad ES9039SPRO Digital to Analog Converter (DAC)

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[🎶SG] GUSTARD X30 Quad ES9039SPRO Digital to Analog Converter (DAC)

Vendor: GUSTARD
Regular price: $4,499.00
Sale price: $4,499.00
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GUSTARD X30

Quad ES9039SPRO Digital to Analog Converter (DAC)

> ES9039SPRO Quad Core

> ES9311Q Multi-group engery-rich independent power supply

> DSP autonomous digital filtering reduce aliasing noise

> Digital filtering: 4 kinds of DSD filters, 3 kinds of PCM filters, support NOS mode

> FPGA programmable logic chip, Self-constructed logic function, Clock management Digital Shaping

> Synchronized clock implantation technology: reduce device audio clock requirements

> K2: Built-in OCXO constant temperature crystal oscillator supports 10M clock input, K2, ultra-low noise synthesizer

> Bridge. Network Streaming ROON Bridge Airplay. UPnP. NAA

> DSD512

> PCM768K

> XMOS: DSD512, PCM768K, MQA384K

> Dual IIS-H Inputs, IIS Line Sequence Adjustable

> Passive Analog Pre-amp, R2R Relay Volume, Lossless Adjustable with Pass-through

> Fully balanced, without any conversion. Complete four outputs

> Multiple IV active parallel connections, analog LPF circuits, Discrete Class A design

> Supports remote control from 0dB to -90dB

Descriptions:

> 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-aliasing 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 equipmept'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.

> l/V-convertor and parallel connection circuit convert the current from a DAC into an analog voltage, can fully meet the requirements of ES9039PRO high current.

> Analog LPF Circuit

> The analog LPF circuit is a discrete Class A circuit designed especially for the ES9039PRO chip. Since each discrete device only needs to consider its own performance individually, there are fewer application limitations for this one device alone, so the performance of a single component can be fully utilized. Because it is not like integrated circuits are integrated in the chip can not be separated and changed, the use of discrete devices is more flexible, you can freely adjust the parameters of each level, so that it achieves the best working condition, but also because of its greater part of the part also appears to be relatively controllable, you can give different decoding architecture to bring greater variability of the sound style.

> Passive analog preamp

> R2R relay volume adjustment without loss of sound quality, can also skip the preamp through the output. Can be directly connected to active studio monitor speakers or power amplifier, convenient and quick adjustment by remote control.

> The bridge system which is completely self-developed in cooperation with Celaudio.

> 1. Based on the hardware designed tor music playback, remove all hardware unrelated to music playback and restore the true nature of music.

> 2. Based on CelWare 3.x music playback system, specially designed for music playback 1/0 hardware and software combinations. Hardware design with a Linux kernel optimized for 1/0 depth to achieve better music playback and hardware priority scheduling, minimizing audio data forwarding delay and jitter, and strengthening audio playback capabilities.

> 3. Software control of playback applications, support for closing the useless bridge system, maximize the efficiency of the system music playback.

> XMOS USB adopts XU216 from XMOS, which supports PCM768k DSD512 MQA full decoding.

> Independent voltage stabilization, multi-stage filtering, left-right separation, non-interference.

Specifications:

> Digital Input

> LAN support protocol: Roon, airplay, upnp, NAA, Spotify

(Configuration web page can be configured to open and close the protocol, can be upgraded online with one click)

> LAN speed 100/1000Mbps

> 10M clock(BNC):Input impedance 50 ohm, OdBm-20dBm, CMOS square wave 0.2V-3.3V, Sine wave 0.5V-3.3V.

> Analog Output

> Frequency Response:20-20kHz/+-0.2dB

> Dynamic Range: >130dB

> Signal to Noise Ratio: >129dB

> Channel Crosstalk: -139dB @10kHz.

> THD+N: <=0.0001% @1kHz

> IMD: ~0.001% @ -1dbfs

> RCA output level: 2.5Vrms (VOLUME FIXED)

> RCA output impedance: 100Ω

> XLR output level: 5.1Vrms(VOLUME FIXED).

> XLR output impedance: 100Ω

> XLR interface definition: American standard (1 ground, 2 hot, 3 cold)

> Other parameters

> AC power supply: AC115V/230V 50/60Hz;

> power consumption: <30W.

> size: W430*D300*H80 (including foot 92)mm;

> Package size: L530*W400*H180mm;

> Weight with package: 10KG.