Ceiling-mounted beamforming mics use steerable pickup zones to cover participants across larger rooms while keeping equipment off the table, and they can be configured for fixed seating areas or people who move around. Tabletop beamforming mics sit among participants, typically provide wide or 360-degree coverage with configurable zones, and use a simpler table-mount installation that suits flexible seating layouts.

Compare whether the beamforming mics use a focused, adaptive, or omnidirectional pickup pattern, and consider whether the design fits the room, such as a ceiling array for defined seating areas or a tabletop mic for surrounding talkers. Look for configurable coverage or priority zones, beam tracking, acoustic fences, exclusion zones, and features that help reduce noise, echo, or vibration while speakers move or seating layouts change.

Beamforming mics can work with digital signal processing (DSP) features such as automixing, acoustic echo cancellation (AEC), noise reduction, automatic gain control, and equalization to focus on active talkers and improve room audio. Depending on the system, they connect to conferencing platforms through room devices or use networked audio technologies such as Dante, Power over Ethernet (PoE), or other manufacturer-specific links for audio transport, control, and scalable deployments.

Plan for category cable or other manufacturer-specified cabling, with the correct network, Dante, or room-system connection for the beamforming mic and any required hub or processor. Power over Ethernet (PoE) models need a compatible PoE switch or injector with enough available power, while other wired microphones may require power and signal connections through a conferencing system or separate equipment.