The Eversolo AMP-F10 delivers up to 950W in bridge mode and 320W per channel at 4 ohms, ensuring powerful performance at all volume levels. Whether enjoying stereo sound at home or experiencing the electrifying atmosphere of live music in a large space, the AMP-F10 delivers impressive power that takes you to an unparalleled soundstage.

Thus, the Eversolo DMP-A10 is not just an amplifier, but the ideal choice for your audio system. Whether you're an audiophile or a home cinema lover, the AMP-F10 provides an unmatched listening experience. 

With an ultra-low total harmonic distortion of 0.008%, the AMP-F10 faithfully reproduces music in its purest form. From clear highs to robust lows, every note is handled with precision, delivering an authentic and realistic sound experience. You'll feel the fine textures of the instruments and the natural expression of voices as if you were right there in the performance.

The AMP-F10 boasts an excellent signal-to-noise ratio of 113 dB, ensuring that musical details are preserved from the quietest passages to the most dynamic peaks. From the elegance of classical music to the intensity of rock, you'll capture every nuance with impressive clarity and depth, bringing every genre to life.

Whether your source device uses RCA or XLR, the AMP-F10 handles it effortlessly. Its diverse input options allow seamless integration with various audio setups, perfectly adapting from high-fidelity stereo systems to studio equipment, providing a convenient and smooth experience.

The AMP-F10 employs an innovative DC filtering circuit between the main AC power supply and the audio circuit, effectively eliminating low-frequency DC interference. This design ensures that only clean AC power is supplied to the audio circuits, significantly enhancing audio circuit performance and reducing toroidal transformer hum.

By eliminating DC interference from the AC supply, the overall performance of the AMP-F10 is drastically improved, delivering a pure audio experience.

The AMP-F10 is equipped with advanced dual differential amplifiers, designed for low-level audio signals. Its symmetrical circuit design and negative feedback technology minimize distortion, ensuring high-fidelity and high-linearity audio output.

This design not only expands the dynamic range but also effectively suppresses common-mode noise (such as environmental and power interference), maintaining a wide and natural output sound at any volume level.

With a damping factor greater than 600, the AMP-F10 ensures powerful and clear low-frequency performance. Whether delivering the intense impact of deep bass or capturing subtle low-frequency details, it handles it all effortlessly. From the punch of electronic music to the gentle whispers of jazz, it adapts to a wide range of listening scenarios, infusing every note with emotion and passion.

Designed with durability and stability in mind, the AMP-F10 features premium components and excellent craftsmanship for long-lasting performance. Whether delivering intense volume or supporting prolonged playback, the AMP-F10 operates reliably, allowing you to enjoy the pleasures of music worry-free.

The AMP-F10 is equipped with a dual-channel independent 1000W linear power supply, providing robust and stable power for every note. This design not only avoids interference between the two channels but also provides each channel with dedicated and powerful current. It ensures that the left and right channels deliver independent and balanced performance, resulting in a fuller and more accurate stereo soundstage. 

With a powerful 1000W reserve for high-dynamic audio, low frequencies are impactful and strong, while mid and high frequencies remain smooth and rich, unleashing every emotion and force of the music for a truly immersive listening experience.

To enhance the consistency of the amplifier circuit, the Eversolo AMP-F10 uses five pairs of precision high-current MOSFET amplification transistors per channel. The parallel configuration ensures even current distribution, minimizing potential distortion and inconsistent current distribution issues.

Specifications