EarthQuaker Devices Easy Listening Analogue Amp Simulator

£111.00

This is a New EarthQuaker Devices Easy Listening Analogue Amp Simulator from EarthQuaker Devices its found in our Amp & Cab Simulator Pedals on the Just Pedals menu. Read More below.

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The EarthQuaker Devices Easy Listening is a no-frills all-analogue amp simulator that nails the sound and feel of a vintage combo without the bulk. Designed for purists who want great tone without menu-diving or digital faff it delivers big headroom proper cab sim and the kind of touch response you only get from analogue circuits. Whether youre running headphones for silent practice tracking direct into your interface or building a grab-and-go pedalboard rig Easy Listening fits right in. No IR loaders no effects chains—just a beautifully-voiced amp block you can actually enjoy playing through.

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Brand

EarthQuaker Devices

Musician Jamie Stillman founded EarthQuaker Devices in 2004 after moving from pedal repair into circuit design. The first full-production release was the Hoof fuzz in 2007. The company develops its pedals in-house in Akron, Ohio, where it hand-builds and hand-tests them and backs them with a lifetime guarantee. Current JustPedals examples show the range’s practical and exploratory sides: Ghost Echo reverb, Data Corrupter harmonizer, Avalanche Run delay and reverb, and Rainbow Machine pitch shifting. EarthQuaker’s own design philosophy pairs usable controls with sounds that can move well beyond conventional effects.

Category

Amp & Cab Simulator Pedals

Amp and cabinet simulators reproduce the gain stages, tone stack, power-amp response, loudspeaker colour and microphone character of a recorded amplifier chain. Analogue circuits, digital models and impulse responses approach this in different ways. The important distinctions are the available amp and cabinet types, editable microphone or room settings, latency, output routing, preset recall and whether speaker simulation can be bypassed for a real amplifier.

Tags

Analogue

The signal is shaped by continuously varying electronic circuitry rather than being converted into a digital effect algorithm. Component choice, operating voltage and circuit tolerances influence headroom, noise, clipping texture and the small variations in response between designs.

Digital

Converts the signal or control process into numerical data for algorithmic processing. Digital designs can provide precise timing, long memory, complex routing and repeatable presets; sample rate, conversion, internal resolution and latency influence fidelity and response.