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Get it between 2025-03-04 to 2025-03-11. Additional 3 business days for provincial shipping.
New-gen CDCM & F.I.R.E. modeling system ensures high end tonal expressiveness and realistic playing experience
Powerful dual DSP-powered platform ensures excellent sound quality
24-bit signal processing, up to 120dB S/N ratio
4-inch 800 x 480 sharp color touch screen with instant control
USB port for firmware upgrading, loading/editing/managing effects/IRs via free Mac/PC software or for use as an USB audio interface
The Hotone Ampero One represents the uncompromised, widely praised Ampero sound in a smaller case. Powered by the new-gen CDCM HD (Comprehensive Dynamic Circuit Modeling High Definition) and F.I.R.E. (Field Impulse Response Enhancement) system, Ampero One offers you all the real sounds of rock past and present. The 4-inch hi-def color touch screen and optimized UI provides you smoother, smarter experience.Compact, Easy-to-Use Device Combing a Huge Plethora of the Best Sound OptionsAt only 10 x 5 x 2 (LxWxH), this machine is a highly portable amp modeler and effects pedal all in one straightforward package. Included in this device are 242 effects based on the XTOMP library and 50+ Hotone original effects including Drive, Dynamic, Filter, Modulation, Delay, Reverb Models, and more. Also built-in is a drum machine with 100 patterns, a looper with 100 seconds max. of recording time, and an expression pedal.Advanced CDCM HD and F.I.R.E. Modeling SystemsThe new-gen CDCM HD F.I.R.E. system showcases Hotone s new high-shelf circuit modeling methods, delivering a realistic feel and response you ve never experienced on digital gear before. Driving Ampero is Hotone s innovative CDCMHD (Comprehensive Dynamic Circuit Modeling High Definition) and F.I.R.E. (Field Impulse Response Enhancement) system. Built on Hotone s powerful XTOMP platform, acclaimed Binary series, and breakthrough VStompAmp virtual plugin, the new-gen CDCMHD F.I.R.E. system showcases Hotone s new high-shelf circuit modeling methods. Mainstream modeling methods are generally based on static state circuitry modeling or black box theory, which just come close to the modeled sound. CDCMHD F.I.R.E. employs a complex system based on dynamic feature modeling. In this matrix, the technology rebuilds the entire circuitry using modeled electronic components, resulting in a tone that is vivid, accurate and expressive. More than that, the new system enhances the relationship between amps and PA systems, del