MC2000 HD v7

Description

The MC2000 plug-in has the power and flexibility to emulate any other compressor or create custom compressors, in two, three, and four band configurations. Imagine a three-band stereo compressor with a dbx 165™ on the low-frequency band, a Neve 33609C™ on the mid-frequency band, and a Teletronix LA2A™ on the high-frequency band. These kinds of mind-boggling configurations which were previously impossible are now only presets away with the MC2000 plug-in. Add to that simultaneous access to each bands input/output metering, compression gain, final output level, crossover & compression curve displays, automation of every control, and McDSP’s MC2000 becomes the obvious choice for the multi-band compressor of the new millennium. Each compression band of the MC2000 uses the award winning McDSP CompressorBank algorithms and controls giving the user complete control of dynamic compression. Common controls such as Output (make-up gain), Threshold, Compression (Ratio), Attack, and Release are provided as well as non-standard Knee and Bite controls which allow the articulation of compression characteristics in unique and exciting ways. Multiple peak detection circuit types provide flexibility previously achieved only by owning different compression units. The crossover sections in the MC2000 are steep 24 dB/oct filters, minimizing cross-talk between the compression bands. These filters are taken directly from McDSP FilterBank, the most highly regarded digital equalizer on the Pro Tools™ platform.

Features

• Six different multi-band compressor configurations are available –with two, three, and four band compressors, in both mono and stereo versions.
• In addition to the standard Threshold and Compression (Ratio) controls, the actual shape and response of the compression curve can be adjusted with the Knee and Bite (Bi-directional Intelligent Transient Enhancement) controls.
• Multiple Peak Detection Circuits: Every compressor uses a time constant circuit model to detect and track signal peaks and then apply dynamic compression.
• Analog Saturation Modeling
• Double precision processing
• Ultra Low Latency