Eversolo 2-Channel Class AB Power Amplifier - AMPF10

Eversolo AMPF10 2-Channel Class AB Power Amplifier

The Eversolo AMPF10 stereo power amplifier combines Class AB operation with Class A bias, 200W RMS per channel at 8 ohms and 320W RMS per channel at 4 ohms. Balanced XLR and unbalanced RCA inputs support flexible source connections, while DC filtering helps reduce mains interference and transformer hum. A damping factor above 600 at 8 ohms and 1 kHz supports controlled bass. Designed for audiophile systems, home theaters and larger listening spaces, it brings together high-output amplification and lifelike instrumental and vocal detail.

Key Features

High-Output Stereo and Bridged Amplification

For dynamic music and film soundtracks, stereo output reaches 450W RMS per channel at 2 ohms. Bridge mode provides a different configuration for your system, delivering 650W RMS at 8 ohms or 950W RMS at 4 ohms. These load-specific ratings let you evaluate output for the operating mode you plan to use.

Balanced XLR, RCA and Selectable Gain

Choose balanced XLR or unbalanced RCA to suit your source equipment, whether the amplifier is part of a dedicated listening system, home theater or studio setup. Gain options of 23 dB and 29 dB offer another way to match amplification to the incoming signal.

DC Filtering for Less Transformer Hum

Unwanted noise can begin at the power connection, not just in the audio signal. DC filtering addresses mains interference and helps reduce transformer hum, keeping attention on quiet musical passages rather than noise from the amplifier.

Differential Circuitry for Clean Musical Detail

Differential stages work with symmetric circuitry and feedback to improve linearity and reject common-mode noise. With THD+N of 0.008% at 1 kHz and an A-weighted signal-to-noise ratio of at least 113 dB, the design emphasizes clean reproduction of the details within a recording.

Damping Factor Above 600 for Bass Control

A damping factor greater than 600, specified at 8 ohms and 1 kHz, helps keep low frequencies controlled. From electronic music to jazz, that control supports forceful lows alongside smooth mids and highs, so bass impact remains part of a balanced musical presentation.

Independent-Channel 1000W Linear Power Supply

The linear power supply provides current reserves with independent channel support and channel isolation. As recordings move between quiet passages and dynamic peaks, this power architecture supports the stable imaging and dynamic delivery at the heart of the amplifier's design.

Matched MOSFETs and Sustained Operation

Five matched MOSFET pairs in each channel promote more even current sharing across the output stage. Together with durability-focused construction, this approach supports sustained operation for extended listening sessions.

Features

• 200W RMS Per Channel at 8 Ohms
  Stereo output also reaches 320W RMS into 4 ohms and 450W RMS into 2 ohms.
• 950W RMS Bridged at 4 Ohms
  Bridge mode is also rated for 650W RMS into 8 ohms.
• Class AB With Class A Bias
  Supports lifelike reproduction through delicate passages and powerful peaks.
• Balanced XLR and Unbalanced RCA Inputs
  Connect source equipment using either analog input format.
• 23 dB or 29 dB Gain
  Choose the gain option that suits your source signal.
• DC Filtering
  Helps limit mains interference and transformer hum.
• Differential Circuit Design
  Symmetric circuitry and feedback help reject common-mode noise.
• Damping Factor Above 600
  Supports controlled low-frequency reproduction at the specified 8-ohm, 1 kHz test condition.
• 1000W Linear Power Supply
  Provides current reserves while helping isolate the channels.
• Five Matched MOSFET Pairs Per Channel
  Distributes current more evenly across the output stage.
• Durability-Focused Construction
  Built with sustained operation in mind.

Footnotes:

Measured performance figures come from manufacturer testing under specific conditions and vary with the home, settings and use.

Before powering on, ensure the bottom-mounted 115V/230V selector matches your local mains voltage.