This is a New NUX NTU-3 Flow Tune Tuner Pedal from NUX, listed in Tuner Pedals on Just Pedals. Read More below.
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NUX Flow Tune has a compact design with a large, high-definition LCD display. Easily see your tunings in both light and dark environments with its small size making it perfect for pedalboards.
NUX made its industry debut in 2006 and is one of the brands owned by Cherub Technology. Its official catalogue ranges from analogue and digital stompboxes to multi-effects, amplifiers, wireless systems, drums, keyboards and recording gear. Cherub lists company locations in Guangdong, China, as well as overseas offices; that identifies the company base, not the factory for every NUX product. JustPedals listings include the NBP-5 Melvin Lee Davis bass preamp, NAI-5 Optima Air acoustic simulator and NDR-5 Atlantic delay and reverb. The range rewards model-by-model comparisons of signal path, presets and instrument-specific features.
A tuner pedal measures the input frequency and shows whether the played note is sharp, flat or in tune. Detection speed, display resolution and note range affect accuracy, especially for low tunings and extended-range instruments. Buffered or true-bypass switching changes the signal path, while mute, strobe display, reference-pitch calibration and alternate-tuning modes shape operation.
Voiced or equipped to retain low-frequency fundamentals and the higher headroom of a bass signal. Clean blends, crossovers and bass-specific filter ranges can preserve weight and articulation while the effected portion adds harmonics, movement or ambience.
Keeps an active buffer in the signal path when the effect is bypassed. The buffer converts a high-impedance input to a lower-impedance output, helping long cables and multiple pedals retain level and high frequencies, although its headroom and noise remain part of the path.
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.
