Hotone SPS-1 Harmony Digital Polyphonic Pitch Shift Organ 12-String

£41.62

The Hotone SPS-1 Harmony Digital Polyphonic Pitch Shift Organ 12-String is proving to be a quality product at a great price, you can order Guitar Pedals direct from Hotone. Check the price, HOTONE Harmony Digital Polyphonic Pitch Shift Organ 12-String Detune Bass Pedal SPS-1 Just Related Gear : Mooer MPS1 Pitch Box Harmony Pitch-Shift Pedal Electro Harmonix Pitch Fork Polyphonic Pitch Shifter Pedal Electro Harmonix Intelligent Harmony Machine Harmony / Pitch Shifter

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The Hotone SPS-1 Harmony Digital Polyphonic Pitch Shift Organ 12-String is proving to be a quality product at a great price, you can order Guitar Pedals direct from Hotone. Check the price, HOTONE Harmony Digital Polyphonic Pitch Shift Organ 12-String Detune Bass Pedal SPS-1

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Brand

HOTONE

Hotone Audio is based in Changsha, Hunan, China, and makes compact pedals, expression and wah tools, multi-effects processors and amp-modelling products. Soul Press combines volume, expression and wah functions in one enclosure, while the Ampero family uses Hotone’s CDCM HD and F.I.R.E. modelling platform. JustPedals listings include Ampero II, Ampero II Stage and Ampero II Stomp, alongside Soul Press II. The range moves from compact performance controls to full digital rigs, so compare the exact Ampero model’s DSP platform, footswitches and signal routing. Changsha is the company address shown by Hotone, not a blanket manufacturing claim.

Category

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.

Tags

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.