Behringer Ultragain Pro MIC2200 V2 2-Channel Vacuum Tube Preamplifier, Multicolor Pattern, Alloy Steel Construction

The Behringer Ultra-Low Noise Discrete Microphone/Line Preamplifier is designed to deliver exceptional audio quality for both professional and amateur audio enthusiasts. Ideal for musicians, podcasters, and sound engineers, this preamplifier enhances your sound recording experience with its unique features and high-performance capabilities.

This preamplifier utilizes a hand-selected 12AX7 tube, known for its warm and musical sound characteristics. The design incorporates high-quality materials, including an Alloy Steel chassis, ensuring durability and reliability during use. With its versatile 2-channel configuration, the Behringer preamp is suitable for both microphone and line-level signals, allowing for seamless integration into any audio setup.

• 2-channel preamp for mic and line-level signals, providing flexibility in audio applications.
• XLR connectors for mic inputs, with additional XLR and 1/4" jack options for line inputs.
• 12AX7 tube type, delivering a +/-15 dB cut/boost range and a 12 Hz to 320 Hz low cut filter for tailored sound shaping.
• Electronically servo-balanced output stage with a 100 Ohm impedance for optimal signal integrity.
• Maximum output level of +21 dBu, both balanced and unbalanced, suitable for various audio equipment.
• Switch-mode autorange power supply, compatible with 100-240V at 50/60 Hz for international use.
• Versatile and affordable, making it an excellent choice for both professional and amateur audio enthusiasts.

The Behringer Ultra-Low Noise Discrete Microphone/Line Preamplifier stands out as a perfect solution for those seeking high-quality audio performance without compromising on budget. Its combination of advanced features and user-friendly design makes it ideal for musicians, podcasters, and audio engineers who value clear and precise sound reproduction. With this preamplifier, elevate your audio recordings to the next level and experience the difference in sound quality.