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Audix M63OMNIB Logic-Enabled Omnidirectional Boundary Microphone (Demo, minor marks)
£369
ExcellentReverb1mo agoLocal pickup available
Sold by
B
Blackout Audio
Details
- First Seen
- 3 October 2026
- Last Seen
- 9 November 2026
- Times Seen
- 30
About this listing
Audix M63OMNIB Logic-Enabled Omnidirectional Boundary Microphone (Demo, minor marks) is a used item in excellent condition, listed on Reverb. The asking price is £369. It is offered by Blackout Audio through Reverb. Local pickup is available. It is in our Microphones category. Used Gear Hunter first saw this listing on 3 October 2026 and last saw it on 9 November 2026. It has been seen 30 times in our scans. Prices are converted from the seller's currency when we scan the listing, so the amount you pay may differ slightly. The seller sets shipping, and import duty or VAT may apply, so check the final cost and the item's details on Reverb before buying.
From the seller
Store demo unit with minor cosmetic marks.
The M63 is a condenser boundary microphone featuring programmable functionality including a local toggle on/off, momentary talk and mute switching, and LED status (red/green) indicators. Optimized for speech, the M63 employs the Micros™ series technology for superior audio quality and performance. The M63 is also the industry’s only programmable boundary microphone with a patented internal shock-mount suspension system to reduce noise caused by touch and surface vibrations.
The M63 uses an internal microprocessor programmed to provide common DSP functions at a fraction of the cost of a typical DSP solution. Only the microphone connection (A+, A- and ground) is required for full functionality when set to internal logic. Phantom power is required (No other power supply is needed). For installations not requiring elaborate DSP programming, the M63 provides an easy-to-operate solution without the cost and labor required for DSP operation.
This version, the M63OMNIB, has an omnidirectional polar pattern, and its cable exits the bottom of the unit, passing through the mounting surface.