Clear speech intelligibility has become an essential part of modern work styles, especially when conferencing with remote participants. Unlike other ceiling microphones on the market or device-integrated microphone solutions like those in laptops, TeamConnect Ceiling 2's unmistakable technology transmits your voice crystal clear to remote participants as if they were on the spot.
Whether for conferencing, presentation or collaboration with remote participants: TeamConnect Ceiling 2 is designed to automatically adapt to every imaginable use case and is the perfect fit for every mid to large-sized meeting room. Thanks to the patented dynamic beamforming technology, you will now experience meetings and conferences that are as flexible as you are: A single TeamConnect Ceiling 2 captures your voice easily within a radius of up to 60 sqm – no matter what you do in the room. And once TeamConnect Ceiling 2 is installed, you will never have to worry about further configuration again.
As individual as your meeting environment: 3 installation variants
Flush-mounted
In the ceiling: The ceiling mic can be easily flush-mounted into standard false ceilings and captivates meeting rooms with its unobtrusive and aesthetically pleasing design.
Suspended
The suspended construction of the TeamConnect Ceiling 2 fits perfectly for particularly high ceilings. The microphone is simply hung from the ceiling thanks to the 5 meters steel cord which is included in delivery.
Ceiling-mounted
The ceiling microphone TeamConnect Ceiling 2 can be installed on ceilings with an optional ceiling mount bracket.
- Dimensions
590 x 590 x 43 mm - Microphone
28 x Sennheiser KE10 pre-polarized condenser capsule - Sound pressure level (SPL)
max. 104 dB SPL - Weight
5670 g (12.5 lbs) - Audio output
1 x 3-pin terminals (Phoenix contact MCVW 1.5-3-ST-3.81); 2 x Digital Dante Network Audio (RJ45) - Dynamic range
93 dB(A) - Voltage
44 – 57 V DC (via PoE IEEE 802.3af Class 3) - Temperature Range
Operation: 0 to 40 °C (32 to 104 °F)
Storage: -10 to 60 °C (14 to 140 °F)