Blackmagic’s First Microphone Goes Straight for the Third Dimension

For those who don’t know the tech: Ambisonics does not pin each sound to a fixed speaker. It describes the sound field around a point, including above and below, so a mix can later be decoded for loudspeakers or head-tracked headphones. First-order Ambisonics needs four channels; seventh-order needs 64. That is why 108 physical capsules become 64 encoded channels here. Think of it as keeping the entire room’s acoustical directions in a box, without having to remember which way the box was facing.

Blackmagic Design makes cameras, switchers, recorders, grading systems and enough production hardware to fill a not-so-small machine room. Now it has made its first dedicated microphone. A sensible debut might have been a modest shotgun model. Or a Podcast-Desk-microphone. But noooooo, Blackmagic, naturally, went for 108 capsules, seventh-order Ambisonics and sound coming from absolutely everywhere. Blackmagic’s official product page is a pleasingly theatrical introduction to a device whose job is to capture sounds that may be happening behind you while you watch it.

A microphone enters the Blackmagic universe

The Blackmagic Ambisonic Microphone is a 108 digital MEMS microphones squeezed into a palm-sized, faceted metal housing that can sit on top of a camera. It looks like a very serious disco ball with excellent hearing. Its internal processor uses Apple-licensed array geometry and encoding filters to turn those capsule signals into seventh-order Ambisonics in real time. The result is 64 channels of 32-bit audio representing a surrounding sound field, not 64 conventional microphone feeds that somebody must persuade into a mixer one by one. Even audio engineers have other things to do before lunch.

That built-in encoding is the important bit. No external breakout box, additional computer or separate encoding software is required at the capture stage. A single USB-C cable carries the spatial audio and supplies power. The microphone is USB class-compliant, so there is no dedicated driver or encoding plug-in to install. You still need software capable of recording and working with multichannel ambisonic audio, of course. Even USB cannot teach a stereo editor spatial geometry by sheer force of optimism.

An Apple-shaped elephant in the immersive room

The project grew out of Blackmagic’s work with Apple on the URSA Cine Immersive. Mounted on that camera, the microphone records spatial audio directly into the camera’s immersive files, synchronized with the image. The camera is intended for Apple Immersive Video and Vision Pro productions, so the target ecosystem is hardly a secret. That is a brave commitment to a specialised corner of production, particularly while the market for head-mounted cinema is still finding its feet, or drowning in desinterest. Fortunately, the microphone does not require a Vision Pro to justify its existence.

It can also connect to a computer for recording and real-time spatial mixing with Fairlight Live, or to an iPhone running the Blackmagic Camera app. That makes it interesting beyond headset content: immersive installations, location sound, experimental sound design and productions that would like to capture a full sound field now and decide exactly where it should be heard later.

From USB to live 3D audio and SMPTE ST 2110

Here is where things become particularly interesting for broadcast engineers. Fairlight Live supports recording and mixing spatial audio in real time, and Blackmagic has also announced a USB-to-SMPTE ST 2110 converter for advanced broadcast workflows. The distinction matters, particularly to anyone preparing a purchase order: the microphone itself is a USB device. ST 2110 connectivity comes through the separate converter and a suitable IP production system, not through a magical Ethernet socket hiding inside the USB plug. Sadly, USB-C has not yet solved every problem in broadcasting. Yet.

Fairlight Live’s software-based mixer already supports spatial mixing and SMPTE ST 2110 workflows. One important qualification: the currently published Fairlight Live manual documents first- and second-order Ambisonics inputs and output mixing up to fifth order. Blackmagic announces real-time recording and mixing with this seventh-order microphone, but the precise seventh-order routing and any conversion or down-ordering required in Fairlight Live are not yet specified. Lets see when the update rolls around.

And the price has surprisingly few extra dimensions

Blackmagic lists the microphone at €1,759 in Germany, including its mount. A kit with wind protection and a locking USB-C cable is also planned. Availability is slated for December 2026. This is not quite an impulse purchase for a podcast about houseplants, but for a 108-capsule professional array with onboard seventh-order encoding, it is a remarkably approachable entry point. A definitive price ranking against other ambisonic systems would require a like-for-like comparison of orders, channel counts and included processing hardware.

The bigger story is not simply that Blackmagic has finally made a microphone. It is that high-order spatial capture, driver-free USB audio, real-time Fairlight mixing and an announced route into ST 2110 are being presented as parts of a practical production chain. Anyone looking to produce professional 3D sound has another option, and this one does not begin by demanding an entire rack of mysterious boxes.