The Behringer Xenyx 1002FX Analog Mixer features 10 inputs - 2 mic and 4 stereo - along with studio-quality Xenyx mic preamps, incredibly musical ''British'' channel EQs and a studio-quality digital FX processor. The Behringer Xenyx 1002FX compact mixer provides you with everything you need to deliver an outstanding performance in any small venue or home studio.
Product Ref: 2959
The Xenyx mic preamps incorporated in the Behringer 1002FX mixer are renowned for their sonic performance, high quality and outstanding clarity. Offering an impressive 130 dB of dynamic range and a bandwidth that ranges from below 10 Hz to above 200 kHz, the Xenyx preamps deliver high level outputs with a focus on clarity and power. The Xenyx preamps are ideal for studio recording and live purposes, giving you an array of recording possibilities while maintaining the rich sonic qualities required for professional audio.
British mixing consoles have long been known for their analog warmth and overall quality recordings. Based on these vintage mixing consoles, Behringer have incorporated the same style circuitry on the channel EQ. This results in incredibly warm and detailed audio, delivering rich sonic qualities associated with the old British mixing consoles.
Equipped with Behringer's studio-quality 24-bit multi-FX processor, the Xenyx 1002FX mixer provides you with 100 mind-blowing digital effect presets such as delay, chorus and reverb. You then have the ability to apply them to any channel, as well as to the monitors and main output. Additionally, the 1002FX allows you to integrate all of your treasured outboard equipment - bypassing the built-in FX processor.
Any electrical items in your order may have been designed to work with a 240V circuit, using a United Kingdom G type plug connection. An adapter or transformer may be required for these items to work properly and safely in your country. Some items work with a range of voltages, or have a switchable voltage control built in. Please refer to the specific product details for further information.