Perfect for conference rooms, board rooms, or even larger applications, Panasonic's WX-ST700 DECT wireless boundary mic features a unidirectional electret condenser microphone to provide superior dialog clarity and speech intelligibility in a wide area with little interference. The WX-ST700 also features two modes of operation - Always On or Push-to-Talk (PTT), easily selectable via dip switches in the battery compartment. This wireless boundary mic transmits over 1.9GHZ to any Panasonic 1.9 GHZ Digital Wireless Microphone Receiver (WX-SR202 / 202DN, WX-SR204 / 204DN, WX-SE200 / 200DN, sold separately). A recessed capacitive touch control is located on the top of the wireless boundary mic which functions as a mute button (when the mic is set to Always On mode) or a Talk button (when the mic is set to PTT mode). Additional controls include a hard on/off switch on the side of the boundary mic. LED indicators for power, status, talk, mic input level and charging provide easy status information without distraction during the meeting. The WX-ST700 also features a 3.5mm audio input connector (for transmitting audio from a PC or smartphone instead of the microphone). The WX-ST700 takes 2 x AA Alkaline batteries or 2 x AA NiMH batteries (which can be charged via the USB-C connection on the unit or Panasonic's WX-SZ600 4-port networked charger).
Key Features:
- Crystal Clear Sound, Optimized for Vocal Presentations
- Easy Setup, with automatic channel assignment thanks to DECT 1.9 GHz wireless technology
- Two modes of operation - Always ON or Push-to-Talk
- Rugged and Durable
- Battery life: 13 hours (2 x AA battery required, alkaline or rechargeable NiMH, sold separately)
- Easy & Convenient to use
- 3.5mm audio input for transmission from an external source
- Lightweight (0.45 lbs. with battery included)
- Integration with Panasonic PTZ Cameras for Voice triggered PTZ Camera Presets* (PTZ Control Center & SF300 required)
- Enjoy wireless connectivity
- Capable to throw a crisp and clear audibility with 100 Hz - 15 kHz frequency response
- Uni-directional polar pattern
