Gustard U26 USB Digital Interface DDC, DSD2048 PCM1.536MHz OCXO K2 Audio Interface, USB /10MHz Clock Input Dual IIS /AES /Optical /Coaxial /BNC Coaxial Output Low Noise Digital Bridge for X30 R30 (Silver)

Features

• Gustard U26 is a professionally customized digital interface DDC. The Precision digital bridge for High-End Audio Systems. Support USB, 10MHz Clock input and IIS, IIS-G, AES, Optical, Coaxial and S/PDIF BNC Coaxial Output. Good partner for Gustard R30, X30, ect
• Equipped with a customized USB Audio solution, it features an ARM Cortex-M7 core processor (IMXRT1011 chip). This delivers powerful processing capabilities and low-latency response for audio data processing, ensuring real-time and stable transmission of high-sample-rate signals
• Full-Format High-Resolution Audio Support Ultra-Wide Range PCM/DSD Compatibility. PCM Support: Sample rates from 44.1kHz to 1536kHz. DSD compatible with both DoP mode (DSD64 to DSD512) and Native mode (DSD64 to DSD2048)
• USB 2.0 High-Speed Interface (Class 2 Compliant): Offers plug-and-play compatibility without additional drivers. Windows (supports ASIO drivers). Suitable for both professional audio workstations and daily use
• Driver-Free Design: Greatly simplifies setup. It seamlessly adapts to mainstream music playback software, whether leveraging native macos support or achieving low-latency transmission via ASIO drivers on Windows
• Connection Guide: Connect the device to a computer, phone, or tablet using a USB cable (for phones/tablets, the cable must support OTG functionality). Then, use a digital audio cable to connect to a DAC, integrated amplifier, power amplifier with digital input,or active speakers
• PCB Physical lsolation Design: Incorporates a 200M6ps fult-isotation chip to eliminate interference from the source, resulting in purer and cleaner audio reproduction
• OCXO and K2 High-Performance PLL Clock System: It generates dual low-phase-noise clock signals (98.3040MHz & 90.3168MHz), providing precise synchronization for critical tasks like audio processing and data transfer. This effectively suppresses the impact on sound quality at the source