
Professional gooseneck conference microphone unit with digital audio transmission, cardioid pickup pattern, voice activation support, and anti-interference technology for conference and meeting systems.
HS-PME01
The HS-PME01 Gooseneck Conference Unit is a professional conference microphone solution designed for boardrooms, meeting halls, government facilities, educational institutions, corporate conference systems, and professional discussion environments. Featuring a flexible gooseneck microphone arm with anti-interference design, the unit delivers clear voice pickup and reliable conference communication performance. Built with advanced digital audio transmission technology, the HS-PME01 ensures stable and interference-resistant audio signal transmission and processing. The system effectively resists interference from mobile phones, electromagnetic sources, and high-frequency signals, providing consistent and high-quality voice communication in professional environments. The microphone incorporates a high-performance gold-plated cardioid microphone capsule for accurate voice capture and enhanced speech intelligibility while reducing ambient noise pickup. A built-in red LED indicator clearly displays the microphone’s working status during conference sessions. The conference unit uses a dedicated 6-core T-type conference cable with daisy-chain “hand-in-hand” connection topology for simplified installation and reliable system integration. Each unit includes a built-in tail cable designed to prevent accidental connector disconnection during operation. Supporting voice-activated microphone operation, the HS-PME01 automatically activates microphones when speech is detected. Additionally, any unit within the system can be configured as a chairman unit without quantity limitations, offering flexible meeting management configurations. Powered directly by the conference host system, the HS-PME01 supports hot-pluggable microphone operation, enabling convenient maintenance and flexible deployment within professional conference environments.