Gain, Low Noise Microphone Preamplifier Bring clarity, presence, and professionalquality sound to your recordings with this performance microphone preamplifier. Designed for both dynamic and condenser microphones, it delivers precise gain, ultralow noise, and reliable operation in a robust metal casing. Key Features Enhanced Gain Performance: Balanced amplification circuitry ensures clean, transparent sound. 6.5 mm singleended input gain of 22 dB and XLR balanced input gain of 27 dB provide the boost for lowoutput microphones. 48V Phantom Power: Fully compatible with a wide range of microphones, including SM7B, 55SH, and others. Builtin 48V phantom power supports both dynamic and condenser microphones without the need for external power supplies. UltraLow Noise Design: Proprietary fully balanced circuit design minimizes background noise. Produces clear audio with no sonic coloration, ensuring your recordings retain their natural tone. Rugged Black Metal Casing: Durable metal housing protects internal components. Effectively reduces electromagnetic interference (EMC) for consistently clean signal transmission. Practical Applications 1. Studio Recording: for boosting quieter microphones to levels without adding hiss or distortion, ensuring vocals and instruments are captured with maximum clarity. 2. Podcasting: Ideal for creators using broadcaststyle dynamic microphones that require extra gain, helping deliver professional audio quality to your audience. 3. Live Performance: Reliable gain and noise suppression make it suitable for stage use, providing consistent sound quality during speeches, presentations, or musical performances. Specifications Input Options: 6.5 mm singleended and XLR balanced Gain: 22 dB (singleended) and 27 dB (balanced) Power: 48V phantom power built in Circuit: Fully balanced, lownoise design Housing: Black metal casing with EMC interference reduction This microphone preamplifier offers the combination of gain, noise control, and durability, enabling users to capture clear, professionalquality sound across a variety of applications.