fbpx
  • Search
DSM Humboldt ClearComp 1078

DSM Humboldt Introduces ClearComp 1078

Dynamic Threshold Compressor

A brand new topology guarantees both transparency and low noise

SANTIAGO, CHILE – May 25, 2022 – (GUITARpr) – DSM & Humboldt Electronics have just introduced the new ClearComp 1078, a super transparent compressor with a unique Dynamic Threshold topology.

Most compressors dynamically reduce the gain progressively as the level rises above the threshold. Having thoroughly studied this situation, DSM offers a new DT Topology which dynamically modifies the threshold with a fixed gain reduction, achieving a very natural and transparent compression effect, with lower noise floor, less coloring and higher dynamic range.

In addition to this, the ClearComp includes a multicolor 5-stage LED bar graph to visualize the resulting envelope level in real time, and also a full set of key controls:

  • Compression: Controls the input gain of the compressor, hence, the resulting overall compression.
  • Ratio: Adjusts the gain reduction ratio, from slight compression (1:2) to full limiting (1:20).
  • Attack: Controls the attack time, from 5ms for snappy slaps to 100ms for a more natural feel.
  • Release: Adjusts the length of time the gain reduction is applied, from 30ms to 3s.
  • Blend: Blends the compressed signal with the unaffected input signal.
  • Level: Sets the output level of the compressor.
  • Threshold Switch: 3 position switch that sets the starting point of the dynamic threshold on either HI MID or LOW. Depending on the output level of the instrument being connected, select HI for high power pickups or active instruments, MID for regular output guitar and basses, and LOW for low output instruments, like vintage single coils.

The new ClearComp 1078 is priced at $299 USD and it will be available from early June in all stores. Additional information can be found at www.dsmhumboldt.com.

DSM Humboldt ClearComp 1078

Contact

Hugo Villarroel

Leave a reply

 

Written by dshowmusic.com

Categories

You cannot copy content of this page