Descrição
Comprehensive Solution for Ground Loop Noise
The Super Audio Isolator (Model: SAI-01) is an advanced, driverless hardware solution built to clean up audio pathways and safeguard sound fidelity. Engineered specifically as a high-fidelity isolated sound card, it targets and completely eliminates common background static, hissing, and electrical current noise caused by ground loop interference between connected hardware. It provides a reliable alternative when a computer's integrated sound card becomes damaged, when a notebook only features a single shared headphone/microphone port, or when an audio system suffers from general poor output performance.
Premium Hardware Architecture and System Compatibility
This pocket-sized artifact is wrapped in a durable, sandblasted aluminium housing designed to shield internal circuits from outside electrical interference. On the inside, the Super Audio Isolator uses an imported premium DAC chip supporting high-resolution sampling rates from 44.1KHz up to 384KHz, alongside native DSD tracking. It is a plug-and-play device that requires no manual software configuration, offering full multi-system compatibility with Windows 7/XP/8/10, MAC OS, Linux, and Android systems. The compact 80g enclosure operates on standard USB 2.0 input power, providing strong galvanic isolation with an insulation resistance of 100M Ohms at DC 1000V.
Multi-Interface Routing and Technical Parameters
The physical interface of the Super Audio Isolator is carefully segmented to handle both signal incoming capture and outgoing playback seamlessly. The source end accommodates various devices through distinct USB, Type-C, or Apple physical interfaces. The dedicated device dashboard breaks out into three distinct analogy terminals: a standard Audio Interface for headphones or monitors, a Microphone Connector for external recording gear, and a specialized Audio Isolation Interface designed to clear up signal glitches. It boasts excellent core audio specifications, operating with a 99dB dynamic range, a 99dB signal-to-noise ratio, and a remarkably low total harmonic distortion (THD+N) of just 0.006%.