Take Command of Your Compression
Are you looking for super-flexible pro-level compression? If so, McDSP CompressorBank does the trick. This beauty is a high-end compressor plug-in designed to mimic the sounds of the best vintage and modern compressors, giving you complete control of extremely dynamic compression. On top of the standard threshold and ratio controls, CompressorBank lets you control the actual shape and response of the compression curve via the Knee and Bite controls. Complement CompressorBank's stunning compression with pre-filtering and post-compression EQ. With version seven, the McDSP CompressorBank includes updated hardware compatibility, a modern high-definition user interface, over 1,500 additional presets, zero-latency algorithms, and double-precision processing. From natural-sounding vocals to huge drums to smooth bass, CompressorBank really delivers the goods.
Note: This product requires that you have an iLok account for authorization, although it does not require a physical iLok key. Please call your Sweetwater Sales Engineer if you have questions.
Related Videos: CompressorBank HD v7 Plug-in
Feature-laden dynamics processing
Here at Sweetwater, our projects often demand more than the standard threshold and ratio controls found on most compressors. That's why we appreciate the CompressorBank. In addition to the standard controls, this plug-in also includes Knee and Bite controls for adjusting the shape and response of its compression curve. What's more, you get pre-filtering and post-compression EQ for surgical dynamics processing.

McDSP CompressorBank HD v7 Plug-in Features:
- Mimics the sound of the best vintage and modern hardware compressors
- Knee and Bite controls permit you to adjust the shape and response of your compression curve
- Boasts sidechain support and pre-filtering options
- Ear-grabbing analog saturation modeling
- Mono and stereo components included
- Modern high-definition user interface
- 1,500+ additional presets from award-winning mix engineers
- Zero-latency algorithms and double-precision processing
