Canor
Canor AI 1.10 is an integrated tube amplifier with an entirely new topology equipped with KT88 high-power tubes. The amplifier operates in a pure class A with an auto-bias function, and with cathode feedback. Possibility to create a monoblock connection of 2 units.
Canor AI 1.20 is an integrated solid-state amplifier in pure class-A up to 50 W per channel with a relay attenuator with two standalone blocks for each channel. 264,000 uF of total filtering capacitance. Possibility to create a monoblock connection of 2 units.
Canor AI 2.10 is a hybrid integrated amplifier with an output power of 2 x 150 W / 4 Ω. Powered by a filtered and tuned linear power supply. The input transformer (toroid) is oversized which leads to the low noise. XLR inputs with a strictly symmetrical signal.
Canor DAC 2.10 uses the dual mono configuration of the ES9038Q2M digital-to-analogue converters from ESS Sabre, which ensure high sound quality. Consistently symmetrical signal path. Tube based analogue output. Supports PCM up to 768 kHz and DSD512.
Canor CD 2.10 is a tube DA converter / CD player utilising AK4490 32-bit DA converter. It operates also as an high-quality DAC. AK4490 32-bit DA converter. Analogue and digital parts are strictly separated and independently powered. Super symmetrical passive filters.
Canor CD 1.10 compact disc player is up to the task and offers much more! It operates also as an high-quality DAC. It contains two converters (one for each channel) galvanically separated from the digital part. The input transformer is oversized (low noise).
Canor PH 2.10 is an all-tube phono preamplifier for MM and MC cartridges. It contains the minimum number of amplification steps required to apply purely passive corrections. Without any global feedback, which results in excellent sound performance.
Canor PH 1.10 is an all-tube turntable preamplifier for both MM and MC phono cartridges (can be connected at the same). True balanced XLR output. The circuitry of PH 1.10 is a true differential. Absolute selection and tubes matching with above-average parameters.
