Audio-Technica ES925C12/FM3 Cardioid Condenser Microphone

Optimize vocal clarity and installation flexibility with the Audio-Technica ES925C12/FM3 Cardioid Condenser Microphone — a professional modular mic system engineered for AV, conferencing, security and surveillance applications. The cardioid condenser element delivers natural, full-range sound with a 30 Hz–20 kHz frequency response, ensuring speech intelligibility for monitoring, public address and recording. Its modular design lets integrators mix and match microphone elements, gooseneck lengths and power modules (including the flush-mount FM3 with 3-pin XLR) to simplify inventory and speed field configuration. Built for demanding commercial environments, the ES925C12/FM3 features a capacitive touch mute, two-state RGB LED status indicator and mechanical isolators to reduce table vibration and handling noise — giving operators reliable control and clean audio in control rooms, courtrooms, houses of worship and surveillance suites. Small-diameter goosenecks provide discreet, precise positioning while the flush-mount power module keeps installations tidy and tamper-resistant. Configure this Audio-Technica pro microphone to meet your security, monitoring or conferencing needs — contact sales to spec your system or order today.

• Modular system lets you swap microphone elements, goosenecks and power modules to tailor performance for conferencing, AV and security installations
• Cardioid condenser element delivers clear, full-range voice pickup (30 Hz–20 kHz) for intelligible speech in monitoring and surveillance environments
• Flush-mount FM3 power module with 3-pin XLR provides an unobtrusive, tamper-resistant tabletop installation ideal for corporate, courtroom and control-room use
• Capacitive touch mute and two-state RGB LED status indicator improve user control and visual confirmation for live sound and security applications
• Small-diameter gooseneck and included isolators minimize vibration and allow precise positioning for consistent, low-noise capture