The BMA CT is a patented ceiling tile beamforming mic array that blends in perfectly with today's drop ceilings.
Built in acoustic echo cancellation, noise cancellation, and beam selection eliminate the need for per-beam processing in a DSP mixer - requiring fewer DSP mixer resources.
Built in 2x10 Watt into 8-ohm power amplifier conveniently drives loudspeakers.
Convenient Ceiling-Tile Form Factor
Built in acoustic echo cancellation, noise cancellation, and beam selection eliminate the need for per-beam processing in a DSP mixer - requiring fewer DSP mixer resources.
Built in 2x10 Watt into 8-ohm power amplifier conveniently drives loudspeakers.
Convenient Ceiling-Tile Form Factor
- Drops easily into standard ceiling-tile grid systems
- Integrated features significantly reduce system design complexity
- Simple installation
- Consumes less rack space
- Lower cost
- Three sizes available to fit US and international ceiling-grid tile sizes
- Most advanced Acoustic Echo Cancellation
- Noise Cancellation
- Adaptive steering (think of it as smart switching) - no need to adjust individual beams
- Advanced gating with adaptive ambient for seamless combining of multiple BMA CT units
- Replaces 9 to 12 traditional microphones
- Built-in processing eliminates the need for per-beam processing in a DSP mixer - requiring fewer DSP mixer resources
- Daisy-chain ceiling tiles via P-Link for larger conference set-ups - for simpler wiring and longer distances compared to networked "home run" connections
- Daisy-chain P-Link devices such as the DIALOG® 20 Wireless Mic System
- Long distance P-Link mode allows 650 ft (200 m) between tiles for a total cable reach of 1950 ft (600 m)
- Single cable for power, audio, and control
- Zero consumption of DSP mixer analog inputs
- Pro CONSOLE® software
- Auto-discovery of devices
- System monitoring and troubleshooting
- Wired connection ensures a worry-free signal quality while speaking
- Capable to throw a crisp and clear audibility with 150 Hz - 16 kHz frequency response
- Handy in distant communication
