Forge TME Vhikk X

MUSICAL FEATURES

Vhikk X specializes in complex drones/basses, rich textures, dynamic sound effects, and distorted signal processing.Multi-algorithm experimental synthesis module.Integrating sound generation and effects processingIt has several different algorithms built in. It is designed to create compact, self-sustaining sound islands, suitable for both small systems and as a standalone sound source unit within a larger modular setup.

Vhikk Xoffers a creative playing experience and a wide range of tonal possibilities. Its design encourages exploration and telepresence,Low cognitive loadWe value ease of use. We welcome a cross-sectional approach between theory and practice, and our unique operating modes and intertwined parameter structure allow us toExperimental performance experienceproduces

It is complete enough on its own,External CVsIt is further activated by
The output signal is so complete that it requires no additional processing.
Of course, further acoustic processing can be used to create an even richer experience.

Function Overview

• Different algorithms can be selected for each combination of two toggle switches (9 types per bank)
• Four banks indicated by three red LEDs provide a total of 36 algorithms (current firmware includes nine).
• Expanded Vhikk V1, increasing the number of parameters, algorithms, and CV inputs
• Continuously controllable structural morphing and internal randomization
• Supports 24-bit input/output and stereo input
• Built-in VCA input allows amplitude control without an external stereo VCA
• Continuous input and output level control (with soft clipping) and line level input and output
• Improved signal path delivers both clean, dynamic sound and saturated, destructive sound.
• Full stereo algorithm creates a three-dimensional sound image
• Firmware updates (drag and drop method) are possible via the USB-C port on the side

Interface

In Out

Vhikk XThe stereo output is located at the bottom right, and the "L/R" labels indicate the left and right channels. The L output is internally wired to the R output, so you can get a mono output by plugging a cable into just the R output. The stereo input at the bottom left is also internally wired, so if you input a signal into either the L or R input, it will operate as a mono signal.

The narrow LED windows above the input and output jacks are level meters that display the respective signal levels. The signal path for the audio inputs varies depending on the algorithm used, and is detailed in the Algorithm Reference.

encoder

In addition to the parameters that can be controlled by the fixed function knobs, the two center encoders can be assigned to control multiple parameters, which vary depending on the current MODE.

White labels indicate the currently active encoder target, while illuminated red labels indicate inactivity. The most frequently used encoder target parameters, BASIS, TIME, SEED, and SCAN, each have their own dedicated light window that visually displays their current value.

Mode Switching

upperMODE buttonPressBASIS + TIMEor sending us a message onSEED + SCANToggles the primary encoder target state of

The functionality of the bottom buttons depends on the current target state:

BASIS + TIME → The down button is the encoderVolume Control (VOL) ModeEnable
SEED + SCAN When → Down buttonCurrent BankSwitch between:

*In the initial firmware (v001, etc.), there is only one algorithm bank, so bank selection is disabled (it will be enabled in a future update).

New features in firmware v003 and later

During normal operation (outside of calibration or state save mode)Press both buttons simultaneouslyThis will perform internal randomization for SEED and SCAN.

Volume control mode (VOL)

In volume mode

Left Encoder → Input Volume
Right Encoder → Output Volume

In this mode, the text labels are disabled and
The lower LED window is the currentInput/Output LevelsDisplay
The upper LED windowClipping IndicatorsFunction as

The gain range is designed to accommodate a wide range of equipment, from Eurorack levels to line levels. There is ample headroom in the signal path, and each gain stage providesSoft ClippingThis is now being done.

State Saving

All parameters controlled by the encoders areAutomatically save to internal memoryThe values ​​are retained even when the power is turned off. Internally, the number of writes is equalized (wear leveling), so only parameters that have not been changed for about 30 seconds are saved.

SEED and SCAN: Saved by algorithm
VOL (volume): Save globally
BASIS AND TIME : Global Saveor sending us a message onSave by algorithmcan be selected

Hold down a specific button while powering on to set the save mode:

Press and hold the up button (MODE) and turn the power on → Global SaveEnable
Press the down button and turn the power on Save by algorithmEnable

Global saving is useful when you want to share settings such as tuning or delay time between different algorithms, while per-algorithm saving is used when you want each algorithm to have its own unique settings.

New features in firmware v003 and later :

Change BASIS/TIME save mode

You can switch between modules by performing the following operations while using them.

Press and hold the up button for about 5 seconds

Both logos flashingand enters parameter save mode (sound will not be interrupted).

Up button → Select global save mode

Down button → Select algorithm-specific saving mode

Press both buttons simultaneously → Save and exit the mode

The current algorithm will be reset with the new settings

This setting is remembered until it is changed, and in the default stateSave by algorithmis enabled.

VCA and CV internal wiring

The CV input range is listed in the specifications section.
At the bottom center5 CV inputsEachAttenu ButterIt is attached,
The remaining CV inputs are connected to the knob settings on the panel.CombinedWill be

VCA Inputis a circuit for volume control without an external VCA.Internal Stereo VCAA +5V CV input will fully open the VCA. If you input a voltage higher than this, the circuit after the VCA willOverdriveThis VCA may also be placed before the effects section such as delay or reverb, but its location varies depending on the algorithm (see the Algorithm Reference for details).

When nothing is patched, the VCA input has a +5V offset internally wired.

CV internal wiring operation

The VCA input and CV input with attenuverter have software-controlled internal wiring, allowing flexible CV control even in minimal patches.

When you connect a CV to the VCA input, the signal is internally routed to the following 5 jacks:
→ MORPH, BASIS, FIELD, TIME, FORM

Connecting a CV to the MORPH input will override the internal wiring above and send the signal internally to BASIS, FIELD, TIME, and FORM.

When nothing is connected to the VCA or MORPH, a small offset voltage is internally connected, allowing each attenuverter to be used as a fine tuner.

All physical parameters have CV inputs, except for the volume control and SEED. SEED has a very wide range of variation, soFor manual operationIt is designed as.

BASIS calibration procedure

*This function is available in firmware v003 or later.

Press and hold the down button for about 5 secondsCalibration ModeEnter → BASIS LED flashes (sound continues)

BASIS attenuverter set to **fully clockwise (maximum)**

1V BASIS inputAdd to (from V/Oct source)
　- Guideline: C2 (but check the voltage conversion of the equipment used)
　- The left logo LED (between WARP and SCAN) is lit -> Within normal range
　- Press the down buttonLow ThresholdSave
　- If it is out of range, the red LED will flash in an error pattern and the value will be ignored.

3V BASIS inputAdd to
　- Estimated size: C4
　- Right logo LED (between MIX and FEED) is lit → Within normal range
　- Press the up buttonHigh-frequency valueSave
　- If out of range, the error blinks

Press the up button for 5 seconds → Mute the current algorithm,Outputs a sine wave
　(Convenient for checking tuning on external devices)

Press the down button for 5 seconds → Reset calibration to default

Press both buttons simultaneously → Save the current calibration and return to normal mode