Neural DSP Quad Cortex

£1,449.00

This is a New Neural DSP Quad Cortex from Neural DSP, listed in Multi-Effects Pedals on Just Pedals. Read More below.

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The Neural DSP Quad Cortex is a state-of-the-art amp modeller and multi-effects unit. Armed with an ultra-powerful Quad-Core 1.8GHz DSP system the Quad Cortex blends the latest in technology innovation with music creation. The compact featherlight design makes it easy to transport yet it is resilient enough to withstand the rigors of touring. The Quad Cortex is not just about power and portability though. It excels in the realm of accuracy utilising machine learning to capture the essence of your favourite gear with unparalleled precision. The vast library of effects amps cabs and microphones provides endless options for tone customisation truly making this an all-in-one tool for musicians.

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Brand

Neural DSP

Neural DSP develop cutting-edge digital modelling technology that brings studio-grade amp tones, effects, and processing to both stage and recording environments. Known for their hyper-realistic plug-ins and powerful hardware like the Quad Cortex, they capture the nuance, feel, and response of real amplifiers with remarkable accuracy. Designed for musicians who want world-class sound, easy recall, and deep editing options, Neural DSP products suit modern players looking for ultimate flexibility without compromising tone.

Category

Multi-Effects Pedals

A multi-effects processor combines several effect algorithms and signal-routing stages in one unit. Its sound depends not only on the individual models but on their order, parallel or serial routing, processing resolution and available control. Preset structure, switching gaps, foot control, expression assignment, amp or cabinet modelling, USB audio and MIDI determine how completely the processor can replace separate pedals.

Tags

Amp Simulator

Recreates the gain structure, tone controls, compression and frequency response of a guitar or bass amplifier. The simulation may model only a preamp or extend through power-amp behaviour, allowing the result to range from clean amplification to dynamically responsive breakup.