Description

The Hotone Binary Cab is one of the Binary Series. A compact effect pedal that provides dynamic and organic guitar/bass cabinet sounds.

The Binary Cab has much to offer in terms of versatility. It is easy to operate with its display and simple knobs. It also has an auxiliary in and headphones out. It is possible to run purely the Binary Cab because it has power amp simulations to. You can connect the pedal to a computer with the usb port to get an even better overview when working on your sound. Firmware updates, restore settings and upload third party IR files can also be done with the free software. The cabinet simulation works brilliantly for both guitar and bass guitar.

The Hotone Binary Cab is a superb extension to your pedalboard for a complete and full sound in the mix on stage or in the studio.

Features

-Grown out of next-gen XTOMP technology
-Compact, easy-to-use dual footswitch IR cabinet simulator pedal
-Advanced CDCM modeling system ensures realistic playing experience
-Dual DSP-powered platform ensures high sound quality
-24-bit A/D/A conversion, up to 110dB S/N ratio
-100 legendary cab models
-10 CDCM based legendary studio microphone simulations
-Detailed mic position (X, Y, Z) and room simulations
-8 CDCM based power amp simulations with presence control
-Supports 3 party IR files
-USB jack for firmware upgrading, loading/managing IRs with free PC/Mac software
-Aux in and headphone output for practicing and jamming
-100 Presets
-Built-in OLED screen with clear display
-5 transparent knobs with LEDs
-9V DC power supply

Specifications

Number of Patches: 100
Number of Effects: 100 cabs, 8 power amp types, 10 mic types
Digital Processing: 24-bit A/D/A conversion, 48 kHz sample rate
Supported IR file format: 24-bit, 48kHz
Max. Truncation Time: 20ms
Frequency Response: 20 Hz-20 kHz
S/N Ratio: Up to 110dB
Input Impedance: 1M Ohms
Output Impedance: 100 Ohms
Power Requirement: DC 9V, center negative
Current Consumption: 200mA minimum
Dimensions: 121mm (D) x 72mm (W) x 47mm (H)
Weight: 340g