Eversolo

AMP-F8

Eversolo sets UK launch for AMP-F8 Class AB power amp

The Eversolo AMP-F8 power amplifier is heading to the UK following its June introduction at High End Vienna. It is intended for a separates system with a separate preamplifier.

Georg S. Kuklick

•

Eversolo is launching its AMP-F8 power amplifier in the UK. The Eversolo AMP-F8 uses Class AB amplification and is rated at 180W per channel into 8Ω in stereo mode. It is scheduled to go on sale through Decent Audio in the week following 7 October 2026, with an announced UK price of £1749.

The amplifier's stereo output rating rises to 280W per channel into a 4Ω load. It also supports bridged operation, with a specified output of up to 500W into 8Ω in that mode. Connections include both balanced XLR and unbalanced RCA inputs.

Each channel uses three pairs of precision-matched, high-current MOSFET power devices. The amplifier employs a dual differential amplification architecture with symmetrical circuitry, alongside a precision negative feedback design. Its power supply is a custom 800W toroidal linear design, and the unit contains 24 custom audio-grade filter capacitors.

An integrated DC blocking circuit is also included in the amplifier, while cooling is handled by natural convection. The specified total harmonic distortion figure is as low as 0.003%. Other specified audio figures include a signal-to-noise ratio of 115dB and a damping factor greater than 400.

The AMP-F8 has dual analogue VU meters as part of its physical design. Its chassis is precision-machined using CNC manufacturing, with an anodised, sandblasted finish. The enclosure houses the amplification circuitry and power supply described above.

Key specifications

Product type

Power amplifier

Amplification class

Class AB

Stereo output into 8Ω

180W per channel

Stereo output into 4Ω

280W per channel

Bridged output into 8Ω

Up to 500W

Power supply

Custom 800W toroidal linear power supply

Filter capacitors

24 custom audio-grade filter capacitors

DC blocking

Integrated DC blocking circuit

Amplifier architecture

Dual differential amplification with symmetrical circuitry

Feedback design

Precision negative feedback

Output devices

Three pairs of precision-matched high-current MOSFET power devices per channel

Total harmonic distortion

As low as 0.003%

Data Source

Built by humans with AI in Berlin, New York, and Vienna.

© 2026 Neo Digital Magazines llc. All rights reserved.

Built by humans with AI in Berlin, New York, and Vienna.

© 2026 Neo Digital Magazines llc. All rights reserved.

Built by humans with AI in Berlin, New York, and Vienna.

© 2026 Neo Digital Magazines llc. All rights reserved.