The C22 Mk V continues McIntosh’s long tradition of world-class preamplifier design. It combines classic analog circuitry with modern performance improvements to deliver exceptional musical detail, dynamics, and control. This fully balanced stereo preamplifier offers versatile connectivity and innovative features for demanding high-fidelity systems.
Features
- Fully Balanced Analog Preamplifier Design
- High-Performance Phono Stage for MM/MC Cartridges
- Low Noise, Wide-Range Musical Detail
- Versatile Balanced and Unbalanced Connectivity
- Iconic McIntosh Analog Level Meters
- Premium Build with Machined Controls and Chassis
Audio Performance & Design
The C22 Mk V incorporates McIntosh’s proprietary circuitry and high-quality components to minimize distortion and noise while maximizing transparency. The ultra-wide frequency response and low noise floor allow it to extract the finest musical details from any source, preserving timbre and musical expression.
Inputs & Connectivity
This preamplifier provides a wide range of inputs for connecting analog sources, including phono stages for both moving magnet (MM) and moving coil (MC) cartridges. Balanced and unbalanced line level inputs allow flexible integration into complex audio systems.
Phono Preamplifier
The built-in phono section features carefully tuned gain and RIAA equalization for authentic analog playback from turntables. Dedicated circuitry ensures proper loading and impedance matching for both MM and MC cartridges, providing purity and musicality from vinyl playback.
Control & Usability
The front panel and remote control allow intuitive selection of source inputs and adjustments. McIntosh’s trademark analog meters give visual feedback of signal level and add a classic aesthetic that complements its performance.
Build Quality & Aesthetics
Crafted with premium materials and meticulous assembly, the C22 Mk V features a rugged chassis, machined knobs, and precision-finished front panel. Its design both looks and feels like a high-end component befitting premium audio systems.