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Avalon PM 2.2

Avalon PM 2.2


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Avalon PM 2.2

PRECISION MONITOR 2.2 (PM 2.2) is a full-range reference monitor designed specifically for superlative tonal and spatial accuracy. Recovery of fine low-level detail, without exaggeration or aggressive high-frequency etching, was our specific design goal. Accurate tracing of all waveform parameters within a dynamic energy field is the hallmark of PRECISION MONITOR 2.2, an elegant and truthful high-resolution transducer for home or studio.

PM 2.2 Highlights

  • All new, in-house custom designed drivers with updated crossovers to complement.
  • A faster, deeper transient response, further enhancing the already legendary listening experience offered by the outgoing PM 2
  • All internal cabling custom designed by Avalon
  • New Dark Polychrome finish available in matt and high-gloss options

Key Features

  • Proprietary Silent Inert Cabinet material/process
  • Meticulous tracking of power response, amplitude response, phase response, and transient response for unparalleled ambience retrieval and natural tonality
  • Purely pistonic wavefront generation with smooth open lobing characteristics
  • Stored energy elimination (SEE) technology produces clear stable imaging and black background even under heavy SPL demands
  • Entirely resistive and finite loading from 10Hz to 250KHz minimising amplifier perturbation effects
  • Advanced lightweight driver diaphragm materials minimise energy storage and time-domain distortion
  • Each driver individually tested and matched for optimum performance
  • Smooth, wide polar response for superlative imaging capabilities
  • Moderate impedance characteristic allows for ideal interface with any amplifier
  • Crossover circuitry is hard-wired with surface-only conductors, eliminating deleterious sonic effects of printed-circuit boards
  • Proprietary all-phase crossover topologies
  • Careful crossover control of all magnetic field interaction
  • Proprietary magnetics technology increases energy transfer and reduces noise floor
  • Constrained-mode damping system absorbs cabinet vibrations