Audio Mirror has unveiled the ADDICTION PSE power amplifier mono blocks, marking a significant advancement in high-end audio components. These monoblocks feature an all-triode circuit design with a unique biasing system, delivering a remarkably dynamic sound characterized by precise and controlled bass, swift transient response, and substantial dynamic power capable of reaching peaks of 100 watts without clipping.

The ADDICTION PSE amplifiers are meticulously crafted using pure silver wiring for signal transmission, High-End capacitors, and custom-made transformers, embodying the principle that “price is no object” in component selection. Each unit undergoes extensive critical listening and precise adjustments to satisfy even the most discerning audiophile ears. The amplifiers are optimized to handle speakers with a sensitivity of 89 dB and above, with a recommendation for 91 dB or higher to fully appreciate their grandeur.

Technical specifications highlight a frequency response range of 21 Hz to 65 kHz with a total harmonic distortion of 0.6% at 45 watts and a signal-to-noise ratio exceeding 90 dB. The amplifiers offer both unbalanced RCA and balanced XLR inputs, ensuring versatile connectivity options. Built-in protection mechanisms monitor output tubes for over-biasing, overvoltage, and arcing, promptly shutting down the high tension and indicating problematic tubes to maintain performance integrity.

Constructed with IsoAcoustics vibration-isolating feet, the ADDICTION PSE amplifiers minimize vibrations, enhancing sound clarity and resolution. The units require a break-in period of approximately 100-150 hours to achieve optimal performance. Priced at $19,990 USD, these monoblocks represent the pinnacle of Audio Mirror’s commitment to exceptional sound quality and sophisticated design.

For discerning audiophiles seeking unparalleled audio performance and craftsmanship, the Audio Mirror ADDICTION PSE power amp mono blocks offer a compelling solution that combines technical excellence with elegant aesthetics.

Audio Mirror has unveiled the ADDICTION PSE power amplifier mono blocks, marking a significant advancement in high-end audio components. These monoblocks feature an all-triode circuit design with a unique biasing system, delivering a remarkably dynamic sound characterized by precise and controlled bass, swift transient response, and substantial dynamic power capable of reaching peaks of 100 watts without clipping.

The ADDICTION PSE amplifiers are meticulously crafted using pure silver wiring for signal transmission, High-End capacitors, and custom-made transformers, embodying the principle that “price is no object” in component selection. Each unit undergoes extensive critical listening and precise adjustments to satisfy even the most discerning audiophile ears. The amplifiers are optimized to handle speakers with a sensitivity of 89 dB and above, with a recommendation for 91 dB or higher to fully appreciate their grandeur.

Technical specifications highlight a frequency response range of 21 Hz to 65 kHz with a total harmonic distortion of 0.6% at 45 watts and a signal-to-noise ratio exceeding 90 dB. The amplifiers offer both unbalanced RCA and balanced XLR inputs, ensuring versatile connectivity options. Built-in protection mechanisms monitor output tubes for over-biasing, overvoltage, and arcing, promptly shutting down the high tension and indicating problematic tubes to maintain performance integrity.

Constructed with IsoAcoustics vibration-isolating feet, the ADDICTION PSE amplifiers minimize vibrations, enhancing sound clarity and resolution. The units require a break-in period of approximately 100-150 hours to achieve optimal performance. Priced at $19,990 USD, these monoblocks represent the pinnacle of Audio Mirror’s commitment to exceptional sound quality and sophisticated design.

For discerning audiophiles seeking unparalleled audio performance and craftsmanship, the Audio Mirror ADDICTION PSE power amp mono blocks offer a compelling solution that combines technical excellence with elegant aesthetics.