Product Overview
Power amps don't get any better than this. Defying conventional thinking, Linn ditched the bulk and inefficiency of traditional amps in favor of a fresh approach when we developed our reference Monoblock amplifier — and over two decades of continuous development have kept the Solo at the top of the tree.
The discrete bipolar design is unique to the Solo and uses Linn's famous Dynamik switch mode power supply to deliver 500 W of effortless, instant power across the entire frequency range.
Use a pair of Solos for a passive stereo set-up, and add more Solos to multi-amp your speakers or upgrade to a fully Aktiv set-up, connected to Klimax Exaktboxes.
Powered by Linn Dynamik
We developed our own switch-mode power supply to generate stable, low noise power rails in a compact, cool-running package: critical to the performance of an amp.
Dynamik is the latest evolution, with higher mains noise isolation, more power and faster response; clearly outperforming bulky and noisy conventional power supplies.
Powered by Linn Dynamik
We developed our own switch-mode power supply to generate stable, low noise power rails in a compact, cool-running package: critical to the performance of an amp.
Dynamik is the latest evolution, with higher mains noise isolation, more power and faster response; clearly outperforming bulky and noisy conventional power supplies.
Sound Sense
All Linn power amps are designed to be efficient even when not in use. Auto signal-sensing detects the presence of an audio signal and minimizes power consumption by reverting to sleep mode when inactive, while fault detection and protection mechanisms help safeguard your system against short circuit or excessive load damage.
Additional Features
Single channel power amp
500 W output power (into 4 Ω)
Discrete bipolar design developed specifically for Klimax Solo
Specific Dynamik Power Supply design
Precision-engineered enclosure machined from solid aluminum
Separate 'rooms' for power and audio circuit boards provide electrical and mechanical isolation
Energy saving automatic signal-sensing circuitry
Fault detection and protection against excessive loads
