Audio-Technica ES925C15/FM3 Modular Cardioid Condenser Gooseneck Microphone, 15", 3-Pin Flush-Mount Power Module

Optimize voice capture for conferencing, security and monitoring with the Audio-Technica ES925C15/FM3 modular cardioid condenser gooseneck microphone. Engineered for focused speech pickup, this professional gooseneck microphone uses a cardioid condenser element to reject off-axis noise—helping operators and security personnel hear critical audio clearly in surveillance, public address and AV installations. The 15 in (38 cm) flexible gooseneck delivers precise placement at podiums, consoles or control-room desks, while the included 3-pin flush-mount power module streamlines power and mounting for quick integration into rack systems and flush panels. The modular design makes servicing or upgrades simple, and Audio-Technica’s reputation for durability means reliable performance in continuous-use monitoring and conference-room environments. Ideal for integrators and IT/AV teams deploying microphones for security, courtroom, or corporate conferencing, the ES925C15/FM3 balances professional sound quality with installation-friendly features. Add this microphone to your next security or AV deployment to improve speech intelligibility and reduce background interference — contact sales or order now to upgrade your monitoring and conferencing setup.

• Delivers clear, intelligible speech with a cardioid condenser element that minimizes background noise for security, surveillance and conferencing applications.
• 15 in flexible gooseneck offers precise placement so you can capture the speaker’s voice without repositioning equipment or disrupting cabinets and consoles.
• Modular 3-pin flush-mount power module simplifies installation and integration with existing AV, PA and monitoring systems for faster deployments.
• Robust Audio-Technica build ensures dependable performance in 24/7 monitoring, courtroom, podium and control-room environments.
• Low handling noise and consistent frequency response improve recording and live voice pickup, reducing the need for aggressive EQ or post-processing.