Skip to content
15,000円以上国内送料無料 | FREE DHL SHIPPING WORLDWIDE FOR ORDERS 50K+ yen : Details
15,000円以上国内送料無料 | FREE DHL SHIPPING WORLDWIDE FOR ORDERS 50K+ yen : Details

MUSICAL FEATURES

Kermit is a four-channel, tempo-synchronous, wavy-table obsator that is optimized for LFOs.A C or D crater is a single knob, but a botancomo operation enables you to set up a parameter similar to A or B independent of the C or D.Each channel acts as either an LFO, an orator, an envelope, a random, or a sample & hold.The Frequency, Waveform, Amplitude parameter has a different function type for each operation type, but it is very similar to the function type.Each parameter can be assigned to the end of the modulation of the external CV input.And also, as a characteristic of Kermit, we don't have to patching each otherChannel-to-channel modularablefor theA compact plane is packed with the potential for maximum patches.

Signals are output by default with a 16-bit signal, allowing for accurate waveforms on slow LFOs.The pitch stability of the pitch is less stable and low, and the lower frequencies work as well.Sound quality is a sound with a cool texture, which is digital, and so on.accessible via a channel menuCharacterSetup allows you to make the waveform more rophi.Each of the rophine waveforms has a unique character, with a number of 32 samples at 8 bits and closer to the texture of the vintage Konami SCC chip.from the Micro SD carda unique wavyit can be loaded.Just like Piston Honda Mk3, the weave table to be loaded is a free one developed by Synthesis Technology.WaveditIt can be created by the software.In the top folder of the micro SD card formatted with FAT, put a wave table file under the name "1.wav" and load it from "Load Waves from SD" of the global menu.The original wave table will be erased, but the IMEwebsitecan be downloaded from the download.

Each operation type has a synchronization of the master tempo to the split clock.Master tempo?TAPSet by using Tap tempo or clock input from a section.

All the aissigns and the non-knob parameter settingsPresetis stored in the system, and the CV switches between multiple presetsMorphingin the following table.Preset morphing is possible with all Mk3 series of Mk3 series modules, but Kermit will demonstrate its power, especially its power.

How to Use

Mode selection

The operating mode of each channel can be selected by selecting it from the channel menu.For information on the Channel menu, please refer to the "Menu and Preset Operation" below.Select Channel Mode after you choose a large channel type, such as LFO, ocilator and so on.And if you press the button on each channel while pressing the preset button closest to the display, you can go through the mode of that channel.Shortcutcan be used.Because CH C and D share a common channel button, press the preset button and the TAP button and press the channel button only when you proceed with the mode of CH D.

Parameter settings for CH C/D

In CH C/D, one knob per channel sets a parameter equivalent to CH A/B, and then presses the button and rotate the knob.The following table will be the corresponding button for each parameter:For example, to set the Wave of a CH D, hold the CH B button and the CH C/D common button, and then turn the knob of CH D to set.

Modulation-To Assigne

You set the sign of the CV input for each channel as shown in the following table:For example, if you want to modulate Waveform in the CV input of Channel A, press the encoder to turn the Waveform knob of CH A.CH C/D has a common CV input, and has a small number of knobs, so the way of sign C/D is different.For example, if you want to modulate the size of a CH D with a C/D common CV input, then press the encoder and the CH A button, then turn the knob of CH D.

The modulation aspect between each channel is set as shown in the following table.For example, if you want to modulate the Frequency of CH B with CH D, press the C/D common button and the encoder, then turn the Freq knob on CH B.If you want to modulate the Waveform of CH D with CH C, press the C/D common button, the encoder, and the TAP button, and then turn the knob on the CH D.

Menu or preset operation

Press the buttons in CH A, B, C/D while pressing the encoderChannel menuwill be displayed on the display.CH C/D is common to the menu screen and CH D is displayed after CH.In addition to the choice of motion type mode, you can clear the voltage range (12Vpp :LFO or random, 0-6V: for envelop, 1Vpp: video synthesizer), clear sign, or Character selection above.

holding the encoder, and pressing the button on the side of the display,Global Preset Menuwill be displayed.You can save the preset, call it, clear other presets of the preset, or load the wave tables from the microSD above.

Mode Overview

  • LFO Type
    • LFO (Free Running): It's a simple running LFO.The speed (Frequency), magnitude (Amplitude), and Waveform (waveform) can be modularized, and 1V/Oct controls speed at 1V/Oct.
    • LFO (Reset): Same as Free Running, but it can be used as a trigger input where the 1V/Oct input is a waveform reset.Start position in the waveform will be changed by the Phase setting.
    • LFO (TAP Tempo): Prints an LFO that is synchronized to BPM sensed in the TAP section, with Frequency being an integral multiple of the clock, and a non-continuous control over the speed of an integral number of minutes.1V/Oct will be reset input, but the actual reset will be performed synchronously to the clock just after the reset was entered
  • Oscillator Type
    • Oscillator:Moves from 16Hz to 1kHz in an orator mode that operates at an audio rate.Increasing the impact of the Character setting in the menu.
    • Unison:Same as the Oscillator mode, but with just a little bit of dachylike wavy, it thickens the sound with the other weight.
    • Code Scan:This is the Osirator mode in which the actual code in the module is based on the corrupted sound in the harsh.Waveform will change the location of the code you read.
  • Envelope Type
    • 1-Shot Envelope: Prints a waveform envelope that is determined by Waveshape once it is triggered by 1V/Oct.Frequency determines the size of the envelope at Amplitude
    • Gated repeat: An envelope similar to 1-Shot Envelope is in the mode that repeats the gate to 1V/Oct.
    • Tempo Envelope: Synchronize to the tempo determined by TAP and Frequency to output the recurrence envelope
  • Random Type
    • Smooth Random: This is the mode in which the flafra and the random voltage fluctuate.Frequency controls the probability of random moving, and the Amplitude controls the magnitude.Wavdform is not valid
    • Stepped Random: Print the step randomly voltages that change to the staircase synchronously with the Frequency determined by Frequency.Amplitude controls the size.Waveform is not valid
    • Tempo Random: Prints step random voltages that change into the staircase synchronously with the speed at which the tempo determined by TAP is divided and divided by Frequency.Amplitude controls the size.Waveform is not valid
  • Sample & Hold Type (CH A/B only) 
    • Sample + Hold: It acts as a sample & hold, with 1V/Oct as a trigger input, and CV input as a sample input.Waveform is not valid.Amplitude is the output signal uteneta
    • Track + Hold: It acts as a track & hold with a gate input and a CV input as the input track &.The input is output as the gate is ON, and when OFF, the voltage at the end of the gate ON is preserved.
    • Tempo S + H: Synchronize the tempo determined by TAP with Frequency, and perform a sample & hold of the tempo.
  • OSC Copy (CH C/D only): In this mode, you can copy the settings of any orators in the module, and set the phase only.so you can also get a signal, a link that links to the original copy of the cud-latcher LFO, and so on.

DEMOS

TOP
x