Brand

M-Vave

M-VAVE is a music-gear brand of Shengke, whose official company history describes a move from consumer wireless audio into instrument products using wireless transmission and digital signal processing. The current range mixes compact single-effect pedals, multi-effects processors, headphone tools and wireless systems. JustPedals listings include the Mini Universe digital reverb, Tank multi-effects, H8 headphone amplifier and pedal tuners. TANK-G adds amp modelling, USB audio and recording features, while Mini Universe is a compact dedicated reverb. Check the product type before comparing M-VAVE listings, as the brand covers both stompboxes and supporting equipment.

Category

Distortion Pedals

Distortion clips the waveform more firmly than overdrive, generating dense upper harmonics, longer sustain and a more compressed response. Circuit topology and filtering decide whether the sound is tight and focused, broad and aggressive, smooth or deliberately abrasive. Gain sets the amount of clipping, while pre- and post-distortion tone controls strongly influence low-end definition, midrange presence and high-frequency texture.

EQ Pedals

Equalisation changes the level of selected frequency regions without intentionally adding modulation or time-based effects. Graphic EQ divides the spectrum into fixed bands, parametric EQ allows frequency and bandwidth to move, and simpler designs provide broad bass, middle and treble shaping. Available boost or cut, centre frequencies, filter width and overall output level determine whether the pedal makes corrective, tonal or gain-driving changes.

Guitar Pedals

Guitar pedals are compact devices placed in the signal path to change level, tone, dynamics, pitch, time, modulation or routing. This broad category includes simple analogue effects, digital processors, switching and utility products, so the most important differences are the circuit function and connection method. Check whether a model expects instrument or line level, how it is powered, whether it preserves bass or stereo information, and how its bypass behaves with the rest of the board.

Overdrive Pedals

Overdrive uses soft or moderate clipping to add harmonics and compression while retaining more of the original note shape than heavy distortion. Some circuits emphasise the midrange and trim bass before clipping; others remain broad, transparent or amplifier-like. Gain, clipping arrangement, headroom and tone filtering decide whether it supplies a light edge, a saturated drive sound or extra push into another gain stage.

Tags

Boost

Raises signal level and may also reshape the frequency balance before the next stage. A clean boost preserves the waveform until headroom is exceeded, while coloured designs emphasise particular frequencies or add mild clipping that changes how later gain stages respond.

Distortion

Clips the waveform firmly and adds a dense series of harmonics with compression and sustain. The clipping devices, gain stages and tone filters determine whether the result is tight, smooth, mid-focused, scooped, grainy or deliberately abrasive.

EQ

Raises or lowers defined frequency regions. Fixed-band graphic controls provide direct visual shaping, while parametric controls vary centre frequency and bandwidth; the available range and filter width determine whether the change is broad tonal balance or narrow corrective filtering.

Mini Pedal

Uses a reduced-width enclosure to conserve pedalboard space. The smaller format can limit battery access, footswitch spacing and the number or size of controls, while side-mounted sockets and power placement determine how much space is actually saved once connected.

Overdrive

Uses moderate clipping and gain-dependent compression to add harmonics while retaining much of the original note contour. Bass filtering, mid emphasis, clipping symmetry and available headroom decide whether it sounds open and amplifier-like, tightly focused or heavily saturated.

True Bypass

Connects input directly to output through mechanical or relay switching when the effect is off, removing the active circuit from the audio path. It avoids buffer colour but leaves cable capacitance and switching design to influence high-frequency loss and possible switching noise.