The Penn Group 
Author’s Note: The following first impressions were captured at NAB 2026 in Las Vegas, Nevada. The opinions represented here are opinions only, and should not be taken as fact.
There is a particular kind of anticipation that settles over the broadcast audio community whenever BlackMagic Design announces a new product. It is part hope, part skepticism, and part resignation, all braided together into something that feels uniquely tied to the way BMD operates in the market. BMD makes products that are aspirationally cheap. The mission seems to be making products that promise to compress the gulf between what a small operation, such as a Church, school, non-profit, or small venue can afford and what a large operation takes for granted. I had the opportunity to get my hands on the all new BlackMagic Design Fairlight Panels and software, shown off at NAB 2026. The hype train was real, with over 25 Churches stopping by the booth to put their hands on the panels, as I stood there over the course of one hour.
I am sharing my impressions via a blog, because there is a lot to talk about. The panels are a credible and in many ways genuinely useful way to control a live broadcast mix. The flexibility for audio routing is interesting, and some of the design decisions are positives, but build quality is a real problem, as well as being stuck in a walled garden.
Let me back up and start at the beginning, because the totality of the product matters, not just the highlight reel of complaints.
Let’s Keep In Touch
The Pitch and the Setup
Fairlight, as a name and as a piece of software, has been embedded inside DaVinci Resolve for years. Fairlight started life as the audio post-production page within Resolve and slowly accumulated capabilities over time. The software can do most of what you would want a modern DAW to do, especially for post work, and has been building out features for live workflows for several release cycles. The Fairlight Live release is BlackMagic’s attempt to take the toolset and reposition it as a serious option for live broadcast mixing. The accompanying control panels are the physical manifestation of the pitch. With the panels, Fairlight Live becomes something that resembles a console, with motorized faders, channel strips, transport controls, and the kind of immediacy any live operator needs in front of the hands.
The setup process is largely what you would expect. You connect the panels, point Fairlight Live at the audio source, configure your I/O, and you are mixing. The first impression of the software side is that it is recognizably Fairlight. If you have ever opened the Fairlight page in Resolve, you will not be surprised by anything you see. The metering, bus structure, plug-in chain, and modifier behaviors all carry over. People who already know Fairlight will be productive in Fairlight Live within minutes.
The panels look good. The panels have a substantial physical footprint. The labeling is clear. The channel strips are laid out in a way that resembles every other broadcast console I have used. The motorized faders are full length where you want them, and the shorter strips have a sensible button-and-encoder layout. The displays on top of each strip are crisp. The talkback layout, cue and PFL routing, assignable function keys, metering, and master section all scan correctly to a working professional. From across a room, you would believe the panel was a real broadcast control surface.
Controlling a Live Broadcast Mix
Here is where I want to give credit. The panels do the primary job well. The panels are, at the core, a solid way to control a live broadcast mix when paired with Fairlight Live. The latency between physical fader movement and corresponding software movement is acceptable although not great, but within the range working operators can adapt to. The flip and layer functionality works. The bus assigns work. The mute groups work. The DCA and VCA structures work.
In a live environment, what matters more than any individual feature is the overall confidence the surface gives the operator. You need to trust that when you push a fader down, the audio comes down. The panels deliver the trust, with one significant caveat I will get to, which is the fader behavior itself. Setting that aside, mixing a show on the surface is broadly positive.
The software side held up its end. Fairlight Live is a credible mixing environment. You can run third-party plug-ins. Session save and recall is straightforward. The snapshot system is workable. None of the feature set is groundbreaking, but none of the feature set is broken either, and in the context of a live mix you mostly want things that are not broken.
Routing Flexibility, and Why That Actually Matters
Here is where the story gets more interesting, and where BMD has done something genuinely useful, even if the feature points right back at the walled garden problem I will come to in a minute. The panels can be routed through any Core Audio service via the Fairlight software. The single sentence is more important than it sounds. Core Audio is the macOS audio routing layer, the lingua franca of professional audio on the Mac. If a panel can speak Core Audio, the panel can theoretically integrate with any Core Audio-compliant application or virtual audio device on the system. The routing capability opens up meaningful possibilities for hybrid workflows where Fairlight Live is doing the heavy lifting but you are pulling audio in from or sending audio out to other applications.
Even better, the panels can be routed via a connected BlackMagic switcher, which is where the SDI embed and de-embed workflows start to get interesting. In a traditional broadcast facility, video comes in over SDI with audio embedded into the SDI stream. You have to de-embed that audio, route the audio to your console, process the audio, and then re-embed the audio back into the SDI stream before the stream goes out. The whole chain is a chore that is not hard but is incredibly easy to mess up, and remains one of the persistent reasons small productions have a hard time scaling up to broadcast-quality output. With a BlackMagic switcher in the path and Fairlight Live on the audio side, the whole chain of de-embed, process, re-embed can be handled inside the BlackMagic ecosystem with minimal external routing. The audio off the SDI stream lands inside Fairlight Live as a routable input. The mix coming out of Fairlight Live can be re-embedded back into the SDI output of the switcher. You can run a complete broadcast audio chain inside the BlackMagic universe without ever touching an external interface.
For a certain kind of facility, the routing story is enormously appealing. A small to mid-size production company that already has a BlackMagic switcher, BlackMagic cameras, and DaVinci Resolve in post can now have a coherent audio control story for live work that ties into the same ecosystem the company is already invested in. The routing complexity that has historically made broadcast audio feel like a black art for non-specialists is dramatically reduced. For Churches and small venues running multicam streams over SDI, the friction reduction is enormous.
I want to dwell on the SDI integration for a second longer, because the embed and de-embed feature is the single most underappreciated piece of the release. The SDI integration is not flashy. The SDI integration does not show up in the marketing materials. But the SDI integration is the thing that, in actual use, removes the most friction from the daily life of an operator. Anyone who has spent an afternoon trying to get audio out of an SDI router and into an analog console and back into the SDI fabric will recognize what a relief it is to not have to do the routing dance.
The Walled Garden Problem
And here is where the love letter ends and the cold water begins. Fairlight Live, while genuinely capable and genuinely useful within its own ecosystem, keeps you firmly entrenched in the BlackMagic universe. The lock-in is not great. The lock-in is not great in the abstract, and is especially not great if you are someone who has built a workflow around any other ecosystem. If you are a Pro Tools shop, the value proposition is significantly reduced. If you are running Logic, or are a hardcore Nuendo or Reaper or DaVinci-skeptic operation, the value proposition is reduced even further. Fairlight Live is a Fairlight Live solution. Fairlight Live is not a generic audio control solution.
Why does the walled garden matter? The walled garden matters because the broadcast and post-broadcast audio industry has always been a pluralistic place. Different operators have different tools. Different facilities have different histories and different muscle memories. The lingua franca of professional audio mixing is not any one DAW, but the combination of standards like MIDI, MCU, EuCon, HUI, and Core Audio that allow control surfaces to talk to a variety of applications. A surface that only talks to one application in any meaningful sense is a surface that has artificially limited the addressable market.
I want to be careful here, because the panels do work as Core Audio routers. The panels do allow some integration with other applications. But the deep, intentional, full-featured control of Fairlight Live is not replicated in any other DAW. You can use the panels with other software, but you are not going to get the same density of control, the same context-aware behavior, the same scene-recall integration, none of it. You are going to get a generic control surface that happens to be plugged into a Mac.
I asked the engineers about the walled garden directly. I want to relate that conversation, because the conversation is the most important conversation I had during my time with the product, and because the conversation telegraphs where BlackMagic’s strategic priorities are going to be for the next several years.
The Conversation with the Engineers
I asked the engineers, in plain terms, whether the team had considered building Fairlight Live’s panels as a generic controller. Whether the team had thought about implementing a robust HUI or MCU emulation, whether the team had considered shipping a fully-featured EuCon profile, whether the team had at any point evaluated the addressable market for a panel that could competently drive Pro Tools or Logic or Nuendo as easily as the panel drives Fairlight. The answer, delivered with the kind of clarity that only an engineer can provide, was no. The team is not interested in developing a controller. The product, as the product exists, is the product the team intended to build, and the product the team intended to build is a Fairlight Live panel, full stop.
I want to be charitable about the answer, because the engineers are not wrong from a focused product development perspective. Building a deeply integrated control surface for a single application is significantly easier than building a generic controller that has to deal with the eccentricities of every DAW protocol in the world. The user experience of a tightly coupled surface is almost always better than the user experience of a generic surface trying to drive an application the surface does not natively know.
But there is a market argument too, and the market argument is that a controller would have been very popular. I cannot stress the market argument enough. The market for high-quality, reasonably priced control surfaces that work with a variety of DAWs is enormous. The Avid S1 and S3, the SSL UF8 and UC1, the Behringer X-Touch and X-Touch Extender, the various Nektar and PreSonus offerings, all exist because there is real demand for surfaces that talk to multiple DAWs. BMD, with the manufacturing capability, pricing power, and existing relationships with broadcast and production customers, could have entered the controller market and immediately become a force. BMD chose not to.
The decision is, in my view, a missed opportunity. The decision is also characteristic of how BMD operates. BMD builds things for the BlackMagic universe. BMD does not build things that exist in a neutral zone where the company has to compete on quality and feature parity with established players in established markets. The strategy is defensible, but the strategy leaves real money on the table when the addressable market is broader than the BlackMagic install base.
The Hardware Itself: Where the Cracks Show
Now we come to the part of the review I have been dreading, because the part is the part I expect to be the headline once the panels start shipping in volume. The panels are fairly cheap-feeling. I am going to be specific, because vague impressions are not useful. The fader caps have a slightly hollow plasticky feel under the fingers. The fader caps are not unpleasant to touch, but the fader caps do not have the dense, resin-heavy feel that you get from the fader caps on an Avid S6 or even on a much cheaper console like an SSL Origin. The encoders have a tactile click that is fine, but the resistance is not consistent across the row. Some encoders feel slightly looser than others. The buttons have a soft click that is acceptable but not satisfying. The chassis feels solid enough, but the trim and the accents are unmistakably a cost-optimized affair.
The complaints above would all be minor if everything else was working perfectly. The complaints are the kind a reviewer might make about a value-tier product and that buyers would, reasonably, dismiss. The problem is that the faders, which are the single most important physical component of any control surface, are not working perfectly. The faders are jittery. The motorized fader behavior, when recalling a snapshot or when following an automation lane, is not smooth. The motion is stutter-stepped. A fader will move toward its target value, overshoot slightly, correct back, and arrive at the target with a noticeable amount of mechanical noise. The behavior is not the smooth, ironed-out fader behavior you expect from a modern motorized surface. The behavior is the kind you would associate with an older, lower-tier surface, or with a surface that has been in service for several years and is starting to show wear.
Worse, some of the faders are sticking. Sticking, on a brand new unit, taken out of the box, powered up for the first time, used for less than a day. Sticking is a very bad sign. Faders that stick on day one are faders that are going to stick more on day one hundred. The mechanism, whatever the mechanism is, is not robust enough to deliver the consistent travel that a fader needs to deliver in order to be used on a live show. The whole point of a motorized fader is that the fader moves smoothly under both finger control and automation control. If the fader sticks, the operator’s confidence in the surface is destroyed. You cannot push a fader and have the fader not move. You cannot have a fader move reluctantly under automation and arrive at its target three frames late. The behaviors above are show-stopping in a live broadcast context. The behaviors are not acceptable.
I expect BMD to have a lot of trouble with sticking and jumping faders. I want to say the prediction clearly, because the prediction is most likely to come true based on what I observed. The fader mechanism on the panel is not robust. The mechanism on day one is exhibiting behaviors that should not appear until very late in the product’s service life, if ever. Over the course of a year of regular use, with the kind of dust, humidity, finger oil, and impact a working broadcast surface gets exposed to, I expect the faders to fail. I expect widespread reports of faders that stick, faders that jump, faders that do not respond to touch sensing correctly, faders that overshoot or undershoot target values. I expect the warranty queue to be busy.
The build quality issue is, candidly, the BMD story. Every BMD product I have ever owned has had at least one significant build quality issue. The cameras have had recurring problems with sensors, with mounts, with batteries, with connectors. The switchers have had problems with power supplies. The interfaces have had problems with drivers and with thermals. The pattern is consistent. BMD ships products that look like flagship products, that have feature sets like flagship products, and that have the build quality of mid-tier products. BMD is willing to make the trade-off because BMD prices like a mid-tier vendor. The customer who buys a BMD product is, in a sense, opting into the trade-off. The customer is accepting the build quality risk in exchange for the feature-to-price ratio.
The Fairlight Live panels are clearly an extension of the pattern. The price point, while not yet officially announced in some markets, is going to be aggressive. The features, as I have noted, are significant. The build quality is, also as I have noted, a problem. The buyer who picks up one of the panels is going to be living in a familiar BMD place: enjoying the features, defending the price, and quietly nursing the hardware along through service life with workarounds and replacements as needed.
Long-Term Reliability and Service Considerations
If I am right about the fader problem, and I think I am, then the service infrastructure around the product is going to matter a lot. BMD’s service track record is mixed. The good news is that BMD will repair or replace warranty-covered units, and the warranty terms are reasonable. The bad news is that turnaround time can be slow, regional service centers are uneven in responsiveness, and the cost of being without a control surface for the duration of a repair is unbounded if the surface is depended on for live work.
For a freelance operator, the calculation is one thing. For a small facility, the calculation is harder. If the panel is in the A1 position and goes down, the facility has a problem to solve right now. The standard answer is to keep a spare unit on hand, but a spare doubles the cost of the deployment and doubles the exposure to the build quality issues.
A more sophisticated answer is to plan around the build quality from day one. If deploying the panels into a working facility, budget for at least one fader replacement per panel per year. Establish a relationship with a regional service provider who can do component-level repairs. Keep spare fader caps and possibly spare fader assemblies on hand. Do not treat the panels the way you would treat a Lawo or a Calrec or even a midrange Yamaha surface. The panels are not built to that standard, and pretending otherwise is going to lead to disappointment.
Who Is Fairlight Live For
So, given all of the above, who is the Fairlight Live system actually for? The honest answer is: Fairlight Live is for facilities already deeply invested in the BlackMagic ecosystem and willing to extend that investment into the audio workflow. Fairlight Live is for operations that have a BlackMagic switcher in the path, BlackMagic cameras in the field, DaVinci Resolve in post, and that are looking for an integrated story for live audio control. For the BMD-native customers, the value proposition is real. The integration with the SDI embed and de-embed workflow alone is worth the price of admission, and the Fairlight Live software is a credible mixing environment for live work.
Fairlight Live is also for budget-constrained operations that need a control surface and cannot afford to buy into the more established alternatives. Churches, regional sports networks, religious broadcasters, corporate A/V departments, streaming-focused production companies — the Fairlight Live panels offer a feature set that would have cost three to five times as much from any other vendor a few years ago. The quality concerns are real, but the price point makes the concerns tolerable for buyers at the budget edge.
Fairlight Live is not for the high end of the broadcast market. The high end of the broadcast market has Lawo and Calrec and SSL and DiGiCo. Those manufacturers are not losing customers to BMD, and the manufacturers are not going to start losing customers to BMD over the release. The build quality differential is too large, and the workflow inertia at large facilities is too entrenched.
Fairlight Live is also not for the cross-platform user who needs a controller that talks to multiple DAWs. As discussed at length, the engineers have explicitly stated no interest in building a generic controller. If a generic controller is the requirement, Fairlight Live is not the product, and elsewhere is a better look. The market is well-served in the controller category, and there is no shortage of options that will do what is needed.
Comparisons and Context
Situating Fairlight Live in the broader landscape is worth the exercise, because the landscape is where the strategic narrowness becomes most visible. On the high end, the SSL System T, the Lawo mc squared, the Calrec Apollo, and the DiGiCo Quantum series are not Fairlight Live’s competitors in any meaningful sense. The premium consoles are an order of magnitude more expensive and live in a different part of the market.
On the mid-tier, the Yamaha Rivage, the Allen and Heath dLive, and the Avid VENUE S6L are closer in feature set but significantly more polished as physical products. A working A1 on a major broadcast operation is going to choose one of the mid-tier consoles over Fairlight Live almost every time.
On the budget and controller tier, you have the Behringer X-Touch series, the Avid S1 and S3, the SSL UF series, and the PreSonus Faderport. The Avid S1, in particular, is a remarkably good product that integrates deeply with Pro Tools while functioning as a competent HUI controller for other DAWs. The SSL UF series has a build quality that punches well above the price tag. The Behringer X-Touch has a known failure profile that makes the X-Touch manageable in production. Fairlight Live’s panels enter the budget market with a feature set comparable to the higher end of the options, a price competitive with the lower end, and a build quality somewhere below the middle. The integration with the BlackMagic ecosystem is the differentiator, but only if the buyer is inside that ecosystem.
What I Liked Most
I want to spend a moment on the positives, because I have been hard on the product and I do not want the takeaway to be that Fairlight Live is a failure. Fairlight Live is not a failure. The Fairlight Live panels are doing several things I genuinely appreciate, and I want to enumerate the positives.
The integration of audio routing with the BlackMagic switcher fabric is excellent. The SDI embed and de-embed workflow described earlier is the single best thing about the product, and is a real value-add for facilities deploying BlackMagic switchers. The integration removes a meaningful amount of friction from a workflow that has historically been friction-heavy.
The Fairlight Live software is a real piece of software. Fairlight Live is not a toy. Fairlight Live is not a crippled version of something else. Fairlight Live is a competent live mixing environment built with a real understanding of what live operators need. The metering, the bus structure, the snapshot system, the talkback handling, the cue and PFL routing, all of the feature set is well-considered.
The price point is aggressive in a way that is going to bring control surface capability to operations that have been priced out of the category for years. There are facilities that have been running live audio off a touchscreen interface or off a small mixer because the cost of a real control surface could not be justified. The same facilities are now going to have a real control surface within reach, and the access is a meaningful democratization of capability — Churches in particular stand to benefit.
The panel layout is correct. The ergonomics are correct. The labeling is correct. From a pure design-of-the-controls perspective, BMD has done good work. BMD has looked at what working operators need in front of the hands, and has laid out the controls in a way that scans correctly and operates correctly.
What I Liked Least
Conversely, here are the things I think are going to bite buyers most painfully.
The fader build quality is the headline concern. I have already been at length about the fader issue. I will only add that on a live broadcast control surface, the faders are the single most important physical component, and the faders on the panel are not where the faders need to be. The fader issue is going to be a problem in the field, and I expect to see the issue surface as a service issue within the first six to twelve months of widespread deployment.
The walled garden problem is the structural concern. By choosing to build a Fairlight Live-specific panel rather than a generic controller, BMD has limited the addressable market and the strategic flexibility of the product. Customers who want to use the panels with anything other than Fairlight Live are going to have a frustrating experience, and customers weighing the platform decision are going to factor the lock-in into the evaluation.
The cost cutting is going to rear its ugly head in ways beyond the faders. The encoders and the buttons are minor complaints, but the encoders and buttons are indicative of an overall approach to cost optimization that has consequences at every level of the product. The trim, the displays, the connectors, the power supply, the chassis itself, all of the parts above are going to age in the field, and are going to age faster than on a more expensive surface. Buyers should plan accordingly.
The Verdict
So, what is the verdict? The hype is there. The feature set is there. The integration with the BlackMagic ecosystem is meaningful. The price point is aggressive. There are real reasons for real customers to consider the product, and for some of the customers, Fairlight Live is going to be a genuine win.
But the cost cutting is going to rear its ugly head, and the cost cutting is going to do so in the worst possible place, which is the faders. The walled garden problem is going to limit the audience that benefits from the product. The decision not to build a generic controller is going to leave a meaningful market opportunity on the table. The build quality concerns are going to translate into service issues, and the service issues are going to be felt by customers running live shows with real revenue and real reputation on the line.
If I were advising a small to mid-size facility already in the BlackMagic ecosystem and with a BlackMagic switcher in the signal path, I would say the Fairlight Live panels are worth a serious look. The SDI embed and de-embed integration alone justifies the evaluation. The Fairlight Live software is a real DAW and can do the work. The facility should plan, however, for the fader issues. The facility should budget for repair and replacement. The facility should not deploy a single panel to a critical production without a backup plan.
If I were advising a facility not in the BlackMagic ecosystem and evaluating control surface options, I would say to look elsewhere. The Avid S1 and S3 are better controllers for cross-DAW use. The SSL UF series is built to a higher standard. The Behringer X-Touch is more cost-effective at the budget end. There is no compelling reason to buy into Fairlight Live unless the buyer is also buying into the broader BlackMagic platform.
If I were advising BMD, I would say two things. First, fix the faders. The fader problem is the existential threat to the product. Second, reconsider the controller question. The decision not to build a generic controller is a strategic mistake. The market is there. The capability is there. The pricing power is there. Choosing not to compete in the controller market is leaving money on the table.
The Fairlight Live release is, in the end, a quintessentially BMD release. The release is ambitious. The release is aggressively priced. The release has real and meaningful technical accomplishments inside, particularly on the SDI integration side, where the de-embed and re-embed story is the cleanest in the industry. The release is hampered by the same cost-cutting and ecosystem-narrowness that has hampered every BMD release before. Fairlight Live will find a market, the market will have complaints, and the cycle will continue as always. None of the pattern is surprising. None of the pattern is unusual. And yet, every time, I find myself hoping that the next BMD release will be the one that breaks the pattern. The Fairlight Live panels are not that release. But the panels are an interesting one, and for the right buyer in the right context, the panels are going to be a useful one. The hype is there. The substance is there. The flaws are there too. Caveat emptor, as always.
