500797

MuxLab 500797 - MuxMeet Omnidirectional Ceiling Microphone - omnidirectional ceiling microphone with a digital array

MuxLab 500797 - MuxMeet Omnidirectional Ceiling Microphone is a professional ceiling microphone designed for business, educational, and AV installations that require precise sound capture. The built-in 6-element microphone array provides 360° omnidirectional coverage, and the ability to cascade up to 6 microphones allows the system to be tailored to the size of the room. Advanced AI algorithms eliminate echo, noise, and reverberation, ensuring high speech quality during meetings and interactive sessions. The microphone offers multiple interfaces - RJ45, USB-C audio, and analog inputs and outputs - facilitating integration in professional AV environments. PoE support simplifies installation and power supply with a single network cable.

Functionality

• digital microphone array
• Power over Ethernet (PoE) support
• low-latency audio transmission
• support for multiple output interfaces
• sound source localization
• AI algorithms: noise, echo, and reverberation elimination
• ceiling, wall, and pendant mounting
• cascading up to 6 microphones

Features

• 6-element microphone array - 360° pickup
• microphone type: omnidirectional / array microphone
• sensitivity: -38dBFS
• signal-to-noise ratio: 65dB(A)
• pickup range: 3m clear, 6m effective
• AEC, ANS, AGC algorithms
• frequency response: 50Hz-16kHz
• analog input/output: 2x 3.5mm
• USB-C audio interface, UAC 1.0
• 2x RJ45 uplink/downlink for cascading
• USB power 5V 500mA (single microphone) or PoE IEEE802.3at (cascade)
• power consumption: 3.0W
• dimensions: Ø170x40mm
• weight: 0.4kg
• compliance: FCC, CE, RoHS
• number of microphones in cascade: up to 6
• operating temperature: 0°-40°C; storage: -40°-60°C
• humidity up to 90% without condensation

MuxMeet Omnidirectional Ceiling Microphone is a complete solution for sound capture in professional AV installations, providing wide acoustic coverage and high speech quality thanks to array technology and AI algorithms.