Lehle D.Loop SGOS Switcher Pedal

£199.00

This is the Lehle D.Loop SGOS Switcher Pedal from Lehle, listed in Specialist Effects Pedals on Just Pedals. Read More below.

View Just
more
and , ,

Here's what Lehle have to say about the D.Loop SG0S:

The Lehle D.Loop SGoS – recommended as the centerpiece of your pedal-board management system, a programmable double looper that takes inactive effects out of the signal path. The loops can be used independently of each other. An adjustable buffer is additionally available in every situation and – because not all effect pedals have a volume controller – can even be used to boost them when necessary. The high-end buffer boost has gain margins of up to 12dB and can also be used seperately!

The jack sockets and internal signal routing are entirely stereo, to permit full-quality use of studio, 19" and stereo effect-pedal units, too. This is assured by the True Bypass characteristics of the Lehle switchers and their gold-plated-contact relays. The signal ground is also switched, to eliminate hum in your effect loops, and a pop-and-click suppression circuit avoids annoying switching noise. 

Programming is as easy and as intuitive as you would expect from Lehle products, whether via remote, using MIDI program change commands, as a stand-alone unit, or combined with other SGoS switchers. One very popular combination is to use the Lehle D.Loop SGoS with the Lehle Dual SGoS – they can mutually monitor and control each other, and manage effects and amps. And a simple stereo patch cable is all you need to hit just the right tone!

Related videos

Brand

Lehle

Lehle is a high-end manufacturer of guitar pedals, known for their precision engineering and sophisticated signal routing capabilities. The brand is highly regarded for its innovative designs, particularly in the realm of volume pedals and signal processors. Their products, such as the Lehle Mono Volume S and Lehle Parallel SW II, are favoured by musicians for their transparency, tonal clarity, and durability. The Mono Volume S, for example, offers a smooth operation with low friction bearings and a boost function that can enhance the gain for specific tones. It also features programmable presets, a USB-C socket for calibration and updates, and a buffered direct output, making it versatile and highly functional for modern pedalboards.

Lehle pedals are built with high-quality components, including discrete Class-A input stages, which contribute to their excellent dynamic range and ability to handle various instruments, from electric guitars to keyboards. Their use of true-bypass circuits and advanced switching technology ensures minimal signal loss, allowing musicians to maintain the integrity of their sound even when switching between effects.

Category

Specialist Effects Pedals

Specialist effects alter the signal in ways that do not sit cleanly inside one established family. They may use granular processing, frequency shifting, resonators, freeze or sustain, bit reduction, ring modulation, feedback networks or combinations of several techniques. The relevant distinction is the underlying process, its tracking or latency, and how completely the dry signal can be blended or replaced.

Tags

MIDI

Sends, receives or responds to Musical Instrument Digital Interface messages rather than carrying the instrument audio itself. Program changes recall presets, continuous controllers move parameters, and MIDI clock or transport messages synchronise timing between devices.

Stereo

Processes, creates or passes two audio channels. True stereo preserves separate left and right inputs, while mono-to-stereo effects generate spatial differences internally; routing, phase behaviour and whether trails remain stereo determine the resulting image. Some outputs sum to mono when only one socket is connected, which can change level or modulation depth.

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.