Year/Date of Issue: 02.11.22
Developer: Imaginando
Developer site: Imaginando
Format: VST, AAX
Bit depth: 64bit
Tabletka: Cured [RET]
System requirements: WIN 10+
Description:
K7D is a powerful and affordable plugin with a vintage tape delay effect. The K7D recreates the hardware echo machines of yesteryear, using Imaginando’s signature style of haunting analog emulation, but with enhanced levels of control through a streamlined, modern interface. Using this approach opens up a whole new world of creative possibilities while retaining a warm, rich analog sound full of character and personality.
To give the K7D its signature analog sound, we’ve studied and analyzed the smallest details of what makes classic hardware delays so, and meticulously recreated every nuance for fantastically authentic sound. The combination of the K7D’s features makes it a versatile effects plug-in capable of much more than just a standard tape delay.
The K7D combines great sound quality with a great set of controls for a truly unique experience with great results. From the vintage preamp/saturator preamp to the ability to adjust the delay using the pitch, everything is easily accessible thanks to the stylish, intuitive display. Spend less time searching for parameters and more time developing your sound.
Specifications :
from 1 ms to 1 s. analog dual-head delay with noise, tape distortion, and mechanical vibration models.
Input with pre-amp saturation and optimized gain cascading and saturation algorithms for very musical results.
Normal and ping-pong modes.
The distribution of the delay time between the heads and the adjustment of the width of the stereo base.
High and low pass filter in the feedback path.
Powerful bipolar LFO time modulation with multiple waveforms (sine, triangle, sawtooth, square, sample and hold and filtered sample and hold) and the ability to invert the LFO phase on the second playback head (to add stereo imaging).
Delay time synchronized with BPM and the ability to modulate the delay time with incoming midi notes.
Oscilloscope visualization of audio and LFO signals.
