The Audionet AMP I is a high-performance power amplifier characterized by its robust construction and advanced technology. Employing the Ultra-Linear-Amplifier (ULA) technology, it demonstrates remarkable efficiency and precision in sound reproduction. The amplifier delivers a power output of 200 watts into 8 ohms and can drive up to 750 watts into 1 ohm, making it capable of driving a variety of speaker loads effectively. It features a state-of-the-art design with top-tier components, including custom-made filter capacitors from the USA and high audiograde electrolytic capacitors from Japan. The circuit design includes a double-differential amplifier configuration that ensures minimal signal interference and high fidelity in sound reproduction. Its architecture minimizes signal paths to eliminate sound-impairing components like coils, chokes, or relays. The input stage is powered by a dedicated 80 VA toroidal transformer, ensuring stable operation and low distortion levels. Equipped with features like two RCA and XLR inputs, a substantial total capacitance of 82,000 µF, and a microprocessor that continuously monitors operational parameters, the AMP I excels in dynamic musical playback with exceptional clarity and control. Additionally, its cooling design requires adequate airflow around the unit, enhancing its capable performance. The amplifier's design philosophy centers on delivering an accurate, detailed, and transparent sound characteristic while maintaining robustness under various operational conditions.

The Audionet AMP I is a high-performance power amplifier characterized by its robust construction and advanced technology. Employing the Ultra-Linear-Amplifier (ULA) technology, it demonstrates remarkable efficiency and precision in sound reproduction. The amplifier delivers a power output of 200 watts into 8 ohms and can drive up to 750 watts into 1 ohm, making it capable of driving a variety of speaker loads effectively. It features a state-of-the-art design with top-tier components, including custom-made filter capacitors from the USA and high audiograde electrolytic capacitors from Japan. The circuit design includes a double-differential amplifier configuration that ensures minimal signal interference and high fidelity in sound reproduction. Its architecture minimizes signal paths to eliminate sound-impairing components like coils, chokes, or relays. The input stage is powered by a dedicated 80 VA toroidal transformer, ensuring stable operation and low distortion levels. Equipped with features like two RCA and XLR inputs, a substantial total capacitance of 82,000 µF, and a microprocessor that continuously monitors operational parameters, the AMP I excels in dynamic musical playback with exceptional clarity and control. Additionally, its cooling design requires adequate airflow around the unit, enhancing its capable performance. The amplifier's design philosophy centers on delivering an accurate, detailed, and transparent sound characteristic while maintaining robustness under various operational conditions.