Revolabs Fusion RF-Armor Tabletop wireless omni microphone with a frequency ranging of 100 Hz - 6.80 k - Hz offers a high quality audio experience. Microphone compatible with Revolabs wireless microphone system can run up to 8 hrs.. - Compatible with all revolabs solo systems.Black.Connectivity technology: Wireless DECT, wireless technology: RF, wireless operating distance: 100'. Frequency response: 100 Hz - 6.80 kHz.Microphone type: Desktop, microphone operation mode: mono, omni-directional, directivity angle: 360 deg. - Solo executive systems are flexible and is compatible with any of the solo wireless microphones, including wearable, tabletop boundary or even the XLR adapter for a handheld microphone. - Rechargeable battery gives you eight hrs of talk time after each full charge, microphone charges when it is in the charger base, wireless microphone also recharges to 85% capacity in about 45 minutes. - Utilizes 128-bit encryption for more secure communication, ensuring no one listens in to your conversations. - Battery: Rechargeable, up to 8 hrs run time, lithium polymer. - Revolabs Fusion RF-Armor Tabletop wireless omni microphone can operate wirelessly up to a distance of 100' and is resistant to noise caused by radio frequency interference.
The Solo Series Tabletop Boundary Wireless Mic with RF-Armor from Revolabs is for capturing audio. The tabletop microphone can be used in various environments for applications such as podiums, desktops, boardrooms, conferences and more. It features a frequency response of 100 Hz to 6.8 kHz and is designed to single out noise caused by Radio Frequency Interference (RFI). The operating range is 65 to 100' and the mic is built with an out of range alarm to alert you when going beyond that distance. The Solo series microphone runs on a lithium polymer battery and can operate for up to 8 hours talk time on a full charge. 128-bit encryption means no one will be able to listen in on the signal sent between the microphone and base station, (sold separately). Cut the cord for the freedom of mobility during audio and video conferences."
