Conference microphone Axis TC6901 Black 94 dB sensitivity Wired XLR

AXIS TC6901 Gooseneck Microphone is a wired conference microphone compatible with the AXIS C6110 Network Paging Console. It has a sensitivity of 94 dB and a frequency response of 40–16,000 Hz, providing accurate voice pickup for paging and conferencing. The microphone connects via XLR and is supplied through the XLR power source; it is supplied as a kit that includes a compatible mount plate and a snap-fit foam windscreen.

Advantages

The gooseneck design allows close-range voice capture in noisy environments, improving clarity compared with relying on the console's built-in microphone. The microphone offers a wide dynamic range and cardioid pickup pattern, reducing unwanted ambient noise. Supplied accessories — mount plate and foam windscreen — simplify installation and protect the capsule.

Suitable for

• Paging and announcements in noisy public or industrial environments
• Conference rooms and meeting spaces using AXIS C6110
• Any installation requiring a wired XLR gooseneck microphone for clear close-range speech pickup

Key specifications

• Sensitivity: 94 dB
• Frequency response: 40–16,000 Hz
• Dynamic range: 100 dB
• Impedance: 200 Ω
• Pickup pattern: Cardioid
• Interface: Wired XLR (power via XLR, input voltage 11–48 V)
• Color: Black
• Compatibility: AXIS C6110
• MPN: 02789-001, EAN: 7331021083820

How to use

Mount the included plate to the chosen surface and attach the gooseneck microphone. Connect the microphone to the AXIS C6110 or another compatible device using an XLR cable. Ensure the device supplies the required 11–48 V via XLR. Position the gooseneck so the microphone capsule is aimed toward the speaker at close range for optimal voice pickup. Fit the snap-fit foam windscreen when needed to reduce plosive sounds and protect the capsule.

Recommendations

For best results in noisy environments, place the microphone 10–30 cm from the speaker's mouth, use the cardioid orientation toward the speaker, and keep the windscreen in place when ambient air movement or plosives are expected. Verify power supply settings on the connected device to match the microphone's input voltage range.