AKG PCC170 SW Supercardioid Boundary Microphone with On/Off Switch, Bass-Tilt, RFI Suppression for Boardrooms & Lecterns

AKG PCC170 SW Supercardioid Boundary Microphone

The AKG PCC170 SW is a professional-grade boundary layer microphone, specifically designed for optimal performance in boardrooms and lecterns. With its supercardioid polar pattern, this microphone excels at minimizing background noise and feedback, ensuring clear and intelligible audio capture.

Key Features:

• Supercardioid Polar Pattern: This design allows for high gain before feedback, making it perfect for environments with multiple sound sources.
• PCC Technology: The Phase Coherent Cardioid technology enhances speech intelligibility, providing clear sound reproduction.
• Bass-Tilt Switch: The three-position bass-tilt switch allows users to customize low-end responses and effectively suppress subsonic noise.
• Silent-Operating On/Off Switch: The PCC170 SW model features a programmable membrane switch, which can be set for touch on/off, momentary on, or momentary off, reducing the number of simultaneously open microphones.
• RFI Suppression: This feature guarantees reliable operation, even in environments with active cell phones, preventing interference.
• Detachable Cable: For easy installation and versatility, both microphones come equipped with an XLR connector and a detachable cable.

Benefits:

• Minimizes background noise, ensuring that every word is heard clearly, making it ideal for presentations and discussions.
• Enhances audio clarity, which is crucial for professional settings where communication is key.
• Customizable settings allow for tailored audio experiences, accommodating varying room acoustics and speaker preferences.
• Easy to install with standard equipment, saving time and effort during setup.

Elevate your audio experience in boardrooms and lecterns with the AKG PCC170 SW Supercardioid Boundary Microphone. Its advanced features and reliable performance make it the perfect choice for professionals seeking clarity and simplicity in their sound solutions.