Let鈥檚 use a familiar scenario for sports broadcasting crews that can cause capacity and budgeting headaches.

Traditional production switchers are typically configured around the requirements of a specific truck or control room. A four M/E switcher may be appropriate for a regional sports production, while a smaller streaming game may use only part of that capacity. Many systems can be expanded with additional I/O and M/E resources when space remains in the frame, but once that capacity is exhausted, the options become a larger switcher, a second frame, or a significant hardware upgrade.

Compound this decision across the entire studio, and you have a situation where sports broadcasters are forced to overinvest in hardware to cover peak events that are the exception in their schedules rather than the norm.

Carbonite HyperMax works differently.

Built on 天美传媒 Video鈥檚 Ultrix routing platform, it鈥檚 a hyperconverged production system that combines switching and routing in a single frame. Processing is delivered by modular SDPE blades, each configurable as a MaxME, MaxMini, or MaxScene through software licensing. Each HyperMax instance supports up to eight SDPE blades within its FR12 frame. Larger frames, such as the new Ultrix FR30, can accommodate multiple HyperMax instances, increasing the total available blade capacity. Configurations can change between productions without touching the hardware.

Single-system flexibility is useful. But the bigger idea鈥�announced at NAB 2026鈥攊s the HyperMax Resource Pool.

Nigel Spratling, 天美传媒 Video鈥檚 VP of Production Switchers, described the problems that the Resource Pool solves like this:

The Resource Pool provides a centralized management of licenses and resources across control rooms and OB trucks. Each production can be configured with the licenses and processing capacity available in equipped frames. When demand drops, those resources become available for whatever鈥檚 next on the schedule. 天美传媒 Platform Manager handles the orchestration, allocating capabilities and licenses across the pool based on the production schedule.

天美传媒 Production Services鈥� new demonstrates how the Resource Pool architecture works in a real-world setting. It鈥檚 a 48-foot unit built around a Carbonite HyperMax 4 M/E switcher with Ultrix routers, five Rio Replay panels, four XPression graphics engines, two PIERO AR graphics servers, and support for up to 16 cameras. It鈥檚 a fully equipped Tier 1 mobile unit.

What makes it more than a well-equipped truck is its role in the Resource Pool. As Spratling explained at NAB 2026, the OB truck can function as a node in the shared pool, operating as the controller, the controlled, or both from a single TouchDrive panel.

A truck on-site at a venue can draw additional processing from a centralized facility. A centralized hub can access the truck鈥檚 resources. Combined with REMI workflows, this creates a hybrid production model that bridges traditional OB and at-home production in a way that fixed-configuration trucks never could.

solves a different problem depending on where you sit in the production pyramid, but the underlying principle is the same. Fixed capacity that鈥檚 locked to a single production environment can鈥檛 help the production happening next door.

For a production hub serving multiple teams, the pain point is multi-game nights. Three simultaneous NBA and NHL games on a Saturday each need their own switching and replay resources. A shared management system lets operators assign the appropriate software licenses to equipped frames based on each production鈥檚 requirements.

Resources shift with the schedule rather than sitting locked in control rooms that can鈥檛 help each other.

• For a national network, the biggest challenge is seasonal scaling. The Resource Pool lets the same infrastructure support regular-season production and playoff demands without temporary buildouts or emergency rentals.
• For collegiate athletic departments, the challenge is multi-sport congestion. A shared pool at a centralized campus facility lets simultaneous productions draw the resources they need, without equipping every venue for peak capacity.
• For OB companies, the challenge is competing demand across trucks. HyperMax and the Resource Pool let operators manage and reconfigure resources in equipped trucks across the fleet, giving each unit greater flexibility with its installed hardware. The fleet becomes a system rather than a collection of self-contained units.

HyperMax and the Resource Pool are new. The 天美传媒 Video ecosystem they extend is not. At the top tier, 天美传媒 Video鈥檚 graphics and analysis tools run in the industry鈥檚 most demanding production environments.

PGA Tour Studios deployed XPression, Tessera, Voyager, and Lucid across its 165,000-square-foot centralized facility in Ponte Vedra Beach. NBC Sports Regional Networks runs a hub-and-spoke XPression and PIERO deployment across San Francisco, Boston, and Philadelphia with a flexible model that scales between peak and regular programming. Rogers Sportsnet powers its NHL studio broadcasts with XPression Tessera, driving real-time graphics across 22 LED displays including a 50-foot curved floor-to-ceiling wall.

At the collegiate level, Carbonite switchers and XPression graphics are the standard production package across thousands of users producing for ESPN+ and conference networks. ESPN pushes standardized XPression graphics templates from a project server in Bristol to schools across the country. The University of Texas built its new SEC broadcast facility around Ultrix and Ultrix Acuity switching with XPression graphics, covering six-plus venues from four control rooms.

HyperMax itself has sold at twice the rate 天美传媒 Video anticipated since its introduction at NAB 2025. 天美传媒 Production Services now operates ten trucks and produces more than 500 events annually across 30+ platforms in 48 states and internationally, with HyperMax 1 as the flagship unit leading the next generation of that fleet.

The production volume the industry carries keeps growing, and the forces behind it are permanent.

Rights fragmentation is the most visible driver. Leagues are splitting their packages across more partners than ever, and each rights holder requires its own branded production with unique studios, talent, graphics, and camera philosophy. , for example, splits games across three national partners instead of two, plus league-owned channels and direct-to-consumer platforms.

More rights holders means more separate production chains competing for the same finite infrastructure on the same game nights.

Output multiplication within a single event compounds the problem. The alternate broadcast is no longer a novelty layered on top of the main telecast. It鈥檚 a core design driver for the production compound itself.

A single Thursday Night Football broadcast generates well over 100 distinct feeds across its broadcast streams, each with redundant transmission paths. Coach鈥檚 film rooms, betting data feeds, Spanish-language broadcasts, vertical mobile-first formats, social clip packages鈥攅very alternate output requires its own switching resources that a traditional two to three M/E production switcher was never designed to provide.

At the collegiate level, the volume is staggering. in the 2024-25 academic year. Schools are producing much of this content themselves with minimal infrastructure鈥攕mall full-time staffs supplemented by freelancers and students, running ESPN+ broadcasts out of campus control rooms never built for this kind of output. The production is getting done. But the infrastructure underneath it is stretched to its limits.

Every sports broadcaster, OB company, and athletic conference faces the same infrastructure trade-off. A production switcher in a truck runs at full capacity on game day, then sits idle the rest of the week and goes dark during the off-season. A centralized hub runs five simultaneous productions on a packed Saturday, but only one or two on a weeknight. The equipment costs the same either way.

The traditional answer has been to size for peak. Equip every truck, every control room, and every production environment for the most demanding scenario it might face. A fully equipped HD mobile unit can cost millions to build, with timelines running over a year from design to deployment. University athletics departments are on dedicated broadcast centers just to keep pace with ESPN+ obligations.

That investment is justified by the handful of days each year when the infrastructure runs at capacity. The rest of the time, it鈥檚 idle capital that can鈥檛 be redirected, shared, or redeployed. An M/E bank sitting unused in a truck parked at the depot can鈥檛 help the production happening at the arena across town.

The infrastructure model that serves that mandate can鈥檛 be one where every production environment carries its own peak-ready capacity independently, with no way to share what鈥檚 not being used.

Sports broadcasting is defined by variable demand. A packed playoff Saturday looks nothing like a quiet Tuesday in the off-season. A 14-feed MegaCast compound looks nothing like a 4-camera collegiate stream. The production infrastructure serving all of it needs to support flexible configurations rather than being permanently sized for only one level of demand.

The organizations that figure out how to manage and configure听their existing production resources to match demand can operate more efficiently and produce better content. The technology to do that is no longer theoretical. The question is whether sports broadcast operations are ready to move toward it.

For a studio to become a strategic business asset rather than underused equipment, it needs to clear four hurdles:

• It has to produce genuinely broadcast-grade output. On-brand, network-quality visuals are essential for external use.
• It has to be reliable when the moment is brand-facing. An investor call or client keynote can鈥檛 fail from a brand equity perspective. Your studio needs to be reliable in these high-stakes moments.
• It has to be operable by a lean team on demand. If it鈥檚 not, the economics collapse back into the per-event crew costs this whole business case was pitched to avoid.
• It has to flex across use cases, including executive communications, investor updates, internal communications, marketing content, client events, and selected external productions鈥攁ll from one room and one platform.

Meet those four and the studio can protect the brand, expand communications capacity, and support commercial activity. Miss them, and it risks remaining the underused cost center that finance may already suspect it is.

天美传媒 Video helps you clear all four bars. Let鈥檚 explore how.

The difference between a webinar and a polished live production is visible in what reaches the audience and in how reliably it gets there. That鈥檚 what 鈥渂roadcast quality鈥� is really about. Content and experience remain central; production quality helps both land with greater consistency and credibility.

Audiences read production quality instantly, even when they couldn’t articulate what they’re reacting to. That read鈥攚hether good or bad鈥攊s attached to the brand behind it and can influence all downstream decisions after that first impression.

Bringing reliable, high-quality production to the corporate environment is a central goal for 天美传媒 Video.

XPression: broadcast-quality, on-brand graphics

An investor briefing, a client launch, an executive interview, or an earnings update should look polished and stay rigorously on-brand. These productions may also need to show live data such as financials, product specifications, results, or audience responses on screen. That is exactly what XPression is built to do.

XPression produces real-time 2D and 3D graphics and animations and composites them into any live video format on the fly, so the look is broadcast-grade rather than PowerPoint over a webcam. Its super-templates and automated workflows let a small team turn brand-approved graphics around at the speed live content demands, and the XPression DataLinq server binds live data straight into those graphics so a stock ticker, a set of quarterly figures, or a live poll updates on screen without anyone rebuilding a slide.

This is the capability that makes an investor call look like a market broadcast and a product launch look like a keynote. Real-time caching keeps it responsive under live conditions, so graphics are never the thing that slows a show down. For the marketing leader, it’s also what keeps every frame on-brand.

The corporate video studio should not be treated as a sunk cost to defend. Video production is too visible and important to corporate communications for that. The conversation should instead focus on a strategic capability that supports the brand, executive communications, client engagement, and commercial activity while improving operational control.

But pitching that vision is one thing. You need a technology partner who can match the hype. 天美传媒 Video is that partner, and we鈥檝e proven it over and over again on the world鈥檚 biggest stages.

Ready to build a corporate production studio that delivers greater business value? Click here to talk to the 天美传媒 Video team about creating a capability that supports better business outcomes.

Production capability isn鈥檛 only about protecting your brand. It can also support the work that wins and retains business. If you can deliver professional-quality events and content whenever needed, you have a valuable business development and communications asset. Marketing leaders already understand this.

Events are where this shows up most clearly. In a study of 198 B2B companies spanning millions of deals, 52% of marketers attributed at least half of their closed-won revenue to events, and 78% called in-person conferences their single most impactful marketing channel, according to . Simply put, prospects who attend these tend to close faster.

When any share of closed deals involves an event, the quality and consistency of those interactions deserve attention across departments. That does not mean the studio alone created the revenue, but it can be an important part of the wider client experience and content operation supporting the pipeline.

Studios that get reinvestment aren鈥檛 necessarily the ones with the best equipment or the boldest revenue claim, or even a great efficiency claim. They are the ones understood as strategic communications assets before the budget meeting. As corporate events become shareable content and audiences judge brands by their productions, the studio can protect the brand, expand communications capacity, and support the interactions through which business value is created.

Before we explain how 天美传媒 Video makes this possible, let鈥檚 look at what you need from a technology partner to support lean production.

They need to provide:

• One control surface instead of many. One generalist should be able to handle tasks that used to require a specialist for each system.
• Approachable switching. A trained operator who isn鈥檛 a specialist should be able to run a live show, even under pressure.
• Automated cameras. Presets and auto-tracking mean you don鈥檛 need a separate operator for every camera angle, so your crew can stay small.
• Consistency that doesn’t depend on who’s on shift. The right output should be the standard, not just something that happens on a good day.
• A real safety net. Small teams don鈥檛 have extra staff to step in if something goes wrong during a broadcast.

If you meet only some of these needs and miss others, you risk the same failures that made leaders hesitant before. An integrated platform should cover all five, and that鈥檚 what 天美传媒 Video does.

At 天美传媒 Video, we build and innovate around a simple principle: our technology is rooted in broadcast experience, solving the challenges that real people face during corporate live production. Our tools are designed to absorb repeatable technical complexity so operators can concentrate on the content, cues, and audience experience that make a live production successful.

The tools should absorb the complexity that used to require specialists, so your team can stay small while the output stays broadcast-grade. Control is unified, switching is approachable, the cameras run themselves, and support is always on.

Here鈥檚 how each piece of our production stack enables this.

DashBoard: one control surface for the whole room

The biggest challenge for a small team is not being able to assign an operator to every system. We address this with our technology.

DashBoard brings everything together by letting you control and monitor the whole production from one customizable interface. It works with over 80 third-party partners, not just 天美传媒 Video equipment. Instead of needing a room full of specialists, a few operators can run the entire show from a single setup tailored to their workflow.

This works, spectacularly, at scale. Indianapolis Motor Speedway’s production team used DashBoard to double the size of its production without growing its operating team: more output, not more people.

If you鈥檙e wondering whether two or three operators can handle a growing schedule of events, this technology makes it possible.

The first staffing challenge to solve is control. The next is switching.

TouchDrive: live switching without a broadcast engineer

You can’t build a lean model around an in-demand, expensive technical director. That’s the problem TouchDrive is designed around. It’s an intuitive switching surface with built-in DashBoard integration and tight control of the devices around it, and it pairs across our Carbonite and Ultrix families so a trained generalist can run a high-stakes live show without years of broadcast engineering behind them.

When the production gets more complex, Carbonite’s ViewControl carries the operator further, letting even inexperienced staff manage genuinely complex shows with confidence. Between them, the switcher stops being the one seat only a specialist can fill. That was the dependency that used to force the crew to be large.

The other one is the cameras.

The lean-team model is the key to making in-house production work. Once you prove that a small team with the right technology can deliver the quality your company expects, there鈥檚 no reason not to bring production in-house.

With 天美传媒 Video, you need less equipment and fewer people to run your production. If you need to scale up, you can do it without buying more hardware. And when you need help, we鈥檙e ready to support you during your most important events.

The result is a more efficient core operating model without treating every town hall or recurring event as a fresh outside production with additional, sunk costs. External resources remain available for the moments when their capacity or specialist expertise adds real value.

Even if you accept that a specialist crew gives the best results, there鈥檚 a problem with relying on them. These experts are becoming harder to find, more expensive, and tougher to keep.

Demand for skilled AV and production workers has outstripped supply for years, keeping wages near peak levels, according to . And the shortage isn’t only about headcount. For the first time, more than half of organizations report that their staffing problems are due to a lack of the right skills, rather than simply not having enough people, according to

And that makes sense. Specialist capability is slow to build, and in high demand. The people who already have it command high wages, so every specialist seat you plan for is both a recurring cost and a retention risk. The specialist you manage to hire this year is the one a competitor tries to poach next year.

The talent pipeline isn鈥檛 fixing this problem either. Industry estimates show a shortage of millions of professionals, and new technology is making it worse. As production shifts to IP networks, jobs now require network and IT skills that many traditional broadcast engineers don鈥檛 have. The change is happening faster than workers can retrain.

Major network broadcasters carry the deepest benches in the business, and even they are trying to do more with fewer people. , explicitly so they can cover more events with fewer resources.

If even the organizations with the most production talent are trying to rely less on specialists, it鈥檚 probably not wise to build your own model around them. Fortunately, new technology is making things easier.

While the labor market was tightening, production technology went the other way. Away from systems that require a trained engineer and toward systems that a capable generalist can use.

As professional AV, broadcast, and IT come together on shared systems, broadcast-quality production is now truly available to enterprise teams. These teams don鈥檛 have years of old broadcast habits, which helps them move faster than the broadcasters they once learned from. The bigger change is architectural.

Production is moving toward software-defined systems where processing, routing, and control are flexible services, not separate hardware boxes needing their own operators. Automation that was once experimental is now common, so one person can carry out tasks that used to need several people.

In practice, this means one setup can handle a town hall one week, a training session the next, and a product launch after that. The effort your team puts in builds over time, instead of starting from scratch for each event.

For a lean team, that means three key things:

1. Control is consolidating, so one interface runs what used to be a rack of separate systems.
2. Switching has become approachable enough that a trained generalist can run a live show without broadcast-engineering credentials.
3. Cameras have been automated, with robotic and preset-driven systems removing the need for an operator on every angle.

Day to day, that changes what the production work looks like. Camera positions are set once and recalled, instead of being adjusted live by someone for each angle. Graphics templates are created once and filled in by whoever is running the show. The setup used for last month鈥檚 all-hands meeting can be used again for this month鈥檚 client briefing, so most of the preparation is just recalling settings instead of building everything from scratch.

For repeatable formats and appropriately designed workflows, none of this means a drop in production quality compared with a larger specialist setup. It allows a smaller core team to deliver consistent standards, while additional expertise can still be added when an event鈥檚 scale, creativity, or risk requires it. But this only works if your production platform and team are organized the right way.

For a long time, the people question was the main reason not to do in-house production. Even with a great studio, an understaffed or under-trained team would produce worse results than just outsourcing everything. Managers didn鈥檛 like the cost of outsourcing, but it felt safer than risking poor in-house management.

Many of those barriers have been reduced by improvements in technology that make production easier and more repeatable for smaller teams. For organizations with a frequent, standardized production calendar, a lean in-house core can now be both practical and financially attractive.

So, in your next planning cycle, the real question isn鈥檛 whether you can eliminate every specialist or external crew. It鈥檚 which recurring productions a small team of generalists could own with tools designed for how they work鈥攁nd where additional expertise would still improve the outcome.

Bringing the repeatable core of production in-house only works if it clears some very specific criteria for video production and reliability. The goal is not necessarily to replace every external resource: specialist crews, managed-service providers, and production companies may still add capacity or expertise for unusually large, complex, or location-based events. The goal is to reduce the dependence on them for regular or routine updates, allowing corporate communications to create more, high-quality content without the expense.

Here鈥檚 what any in-house production crew needs to achieve:

• It has to scale with the calendar, running a two-camera town hall and a full multi-camera launch on the same platform without a rebuild.
• It has to hold broadcast quality consistently across every format and room.
• It has to be operable by a small, non-specialist team.
• It has to be genuinely broadcast-grade, because the audience’s quality bar is set by everything else they watch.
• It has to be supported well enough that a lean team is never left exposed in the middle of a live event.

If your in-house build doesn鈥檛 consistently clear all of these requirements, it will likely fail in the long term. So it鈥檚 not just a matter of buying equipment and running a production. It鈥檚 an entirely new investment and capabilities that you need to build and grow with your team.

The difference between a capability you own and an expensive pile of gear is meeting all five at once, which is where the case for a single integrated ecosystem, rather than a stack of separately sourced boxes, starts to matter.

This is what 天美传媒 Video offers.

天美传媒 Video delivers in-house corporate video production as one integrated ecosystem rather than a collection of hardware vendors that need to be jerry-rigged together.

The switching runs on Carbonite, the signal infrastructure on Ultrix, control is unified through DashBoard, and the whole thing is backed by round-the-clock support.

Here鈥檚 how it all comes together to enable in-house video production for enterprises.

Carbonite: The production switching backbone

Let鈥檚 say your lean team needs one switcher that can run a town hall on Monday and a product launch on Thursday without being reconfigured in between.

That’s the job Carbonite is built for.

Carbonite Ultra folds the equipment a production normally spreads across a rack鈥攍ike frame syncs, format conversion, multiviewers, keyers, and an audio mixer鈥攊nto a single small (1RU) frame, so a lean team isn’t managing a room full of separate devices to put one show on air.

When the event gets bigger, the platform scales with it rather than against it.

Carbonite Ultra 60 reaches around 60 inputs and 25 outputs with three full MEs, enough for an ambitious multi-camera broadcast, and its ViewControl system lets operators without broadcast-engineering backgrounds run complex shows with confidence. The switcher does the heavy lifting so the operator doesn’t have to be a specialist.

What鈥檚 important about the scenario outlined above is that this isn鈥檛 about one company鈥攐r your company鈥攕imply choosing to produce more video. It’s that live video has become the default way large organizations talk to the people who matter to them. And that demand is putting more and more strain on the resources that enable it.

now use live streaming for key events like town halls, product launches, investor calls and customer conferences, according to research by Tata Communications. And 45% call it critical to how they communicate.

Town halls in particular have become a fixture in many enterprises鈥� production calendars. found they’re used regularly by 68% of organizations, the most common leadership-to-employee channel there is.

The structural driver underneath all of that is, of course, hybrid work.

When part of the workforce is remote on any given day, the all-hands stops being a room you gather in and becomes a broadcast you produce. has tracked meeting volume stepping up during the pandemic and staying there, with roughly a third of meetings now spanning multiple time zones. Distributed communication became permanent because of the pandemic, and the streamed event became the way to reach everyone at once.

None of this is temporary. It’s the new baseline, and it is changing the economics of outsourcing recurring corporate video production. A model that makes sense for four distinct flagship events a year may make much less sense for forty standardized productions.

Outsourcing has an obvious appeal when events are rare, unusually complex, or highly variable. You get a professional result, you carry neither the equipment nor the payroll, and the cost lands only when the capability is needed. The challenge arises when the enterprise production calendar includes frequent, repeatable work that the organization could deliver from a permanent environment.

The per-event pricing model typical of an outsourced agreement is where this first shows.

A single broadcast-quality general session can run you tens of thousands of dollars, and a launch with LED walls, proper lighting, and multiple cameras climbs well past six figures. Crew is billed the same way鈥� by the day and by the head鈥攁nd venue AV is routinely marked up 30% to 50% on top of that.

Repeated across a live calendar, this compounds into something that鈥檚 no longer tenable for video-rich organizations. And budget holders are starting to notice. expect their event costs to rise in 2026, according to American Express Global Business Travel’s forecast. And the costs we鈥檙e discussing here are a big reason for that.

But the deeper financial issue is that each fully outsourced production is a fresh transaction. Although an external partner contributes expertise, creative value, and risk management, the organization does not build the same permanent equipment base, reusable workflow, or internal operating capability that can make recurring productions faster and less expensive.

Rent the same repeatable capability forty times a year, and you may spend a substantial amount without reducing dependence for the work your team performs most often.

While it鈥檚 natural to assume that in-house production is a big capital gamble due to the steep upfront cost, that logic is backward from a financial standpoint.

The capital cost is real, but it’s recovered at a pace that would make any CFO smile. from Frost & Sullivan, cited by AV consultancy , puts payback on a well-designed enterprise AV program at 18 to 36 months, with 24 months as the most common timeline figure.

That payback isn’t only from avoiding per-event invoices. There are also added savings associated with better room utilization, more efficient event planning, lower travel expenses, and fewer AV-related helpdesk tickets. Simply put, once your team learns how to use in-house equipment effectively鈥攁nd the company fully ingests this communication medium into your daily workflows鈥攃osts associated with the old workarounds begin to fall.

One financial services company we helped recently got its investment back in 18 months and now saves about 拢1 million each year. Those savings and internal assets also offer compounding benefits over time that are not possible when you continuously outsource.

Outsourcing is a variable cost that leaves no accumulated value behind after each event. Owning production converts that into a growth asset. Once the build is past break-even, every event after it is delivered at a fraction of the outsourced price, and the capability itself鈥攖he trained team, the templates, and the workflow鈥攊s worth more the more it’s used

Deciding to bring production in-house is the easy part. Doing it in a way that holds up under a live calendar is where the real challenge lies.

Here鈥檚 what your in-house system needs to do in practice:

• It has to scale with the recurring calendar. The same platform that runs a two-camera town hall on Monday should be able to handle a more ambitious multi-camera product launch on Thursday without being rebuilt in between. Exceptionally large or bespoke events may still justify additional specialist resources, but the permanent platform should cover the formats the organization produces most often.
• It has to hold quality across every format and room. An AGM, a client briefing and a streamed all-hands should carry the same look and the same reliability. Consistency is what tells an audience they’re watching something professional rather than something improvised, and inconsistency is exactly what erodes the credibility the production is meant to build.
• It has to be operable by a small, non-specialist team. The old assumption that broadcast means a fourteen-person crew is the single biggest barrier to insourcing, but it鈥檚 no longer the reality 鈥� as long as your platform is built to be run by a couple of unspecialized people. If it needs a professional broadcast crew, you haven’t necessarily brought anything in-house.
• It has to be genuinely broadcast-grade. Your last town hall doesn’t set the quality bar. It’s set by everything your audience watches everywhere else. A visibly amateur production reflects poorly on the brand behind it. If you鈥檙e going to insource, you need to do it well.
• It has to be supported well enough that a lean team can run it. The fear that stalls most insourcing decisions is a simple one: what happens when something breaks in the middle of the CEO’s update? Reliability and responsive support aren’t an afterthought to the build. They’re an immediate consideration you need to solve for right from the start.

Read together, these five requirements describe a specific kind of in-house capability, not just a pile of equipment. Meeting them is what turns “we bought some gear” into “we own our production.”

Traditional production switchers are fixed-configuration systems. A two M/E switcher ships as a two M/E switcher and stays that way for the life of the product. If a show needs more capability, the answer is a bigger switcher or a second frame.

HyperMax separates processing from fixed configurations. The platform is built on 天美传媒 Video鈥檚 Ultrix routing infrastructure, combining production switching and routing in a single hyperconverged frame.

Processing is delivered by modular SDPE blades that can each be configured as a MaxME, MaxMini, or MaxScene鈥攁nd reconfigured when the production changes. A single frame supports up to eight SDPE blades, and the system is available in two Ultrix frame sizes (FR5 and FR12) to match different facility footprints.

The HyperMax Resource Pool, announced at NAB 2026, addresses this directly. Instead of each HyperMax system operating independently, multiple systems across multiple control rooms can now share a unified pool of production resources. Each production draws what it needs from the pool when it needs it. When demand drops, those resources become available to other productions.

Spratling described the shift as moving from fixed, dedicated resources to shared, dynamically allocated capacity. The Resource Pool operates on three levels.

• At the ecosystem level, HyperMax systems work alongside other 天美传媒 Video production platforms鈥�Carbonite Ultra, Ultra 60, Carbonite Code, and Graphite鈥攁cross on-premises and cloud environments to form the physical infrastructure.
• At the production system level, processing is no longer tied to a single production instance. M/E banks, keyers, and processing capacity move dynamically between productions in real time.
• At the orchestration level, 天美传媒 Platform Manager allocates capabilities and licenses across the pool based on demand. This is the enterprise management layer that decides which production gets which resources, and when.

The power of HyperMax is that multiple systems operate as a single, unified production environment rather than a collection of independent switchers.

The financial case for the Resource Pool follows directly from the utilization problem. When three control rooms each carry their own peak-ready switching infrastructure independently, the aggregate utilization across the operation is low. Most of that processing power sits idle most of the time, waiting for a peak that may arrive a few times a year.

A shared pool changes the math. The same aggregate processing capacity serves the operation鈥檚 combined demand, and idle capacity in one production is immediately available to another. The total infrastructure investment is lower because the operation isn鈥檛 duplicating peak-ready resources across every studio. And the effective capability is higher because resources aren鈥檛 stranded behind the wall of a single control room.

HyperMax鈥檚 dynamic licensing model reinforces this. Capabilities like additional M/Es, keyers, or processing capacity are activated through software licenses managed by 天美传媒 Platform Manager, not through hardware purchases. A news organization can scale up for a peak event by activating licenses that expand the pool鈥檚 capability, then reallocate those licenses when the event ends. The infrastructure adapts to the calendar rather than the calendar being constrained by the infrastructure.

The most immediate operational benefit may be the simplest one. Peak events no longer require temporary control rooms, rented trucks, or borrowed equipment. The existing infrastructure flexes to meet the moment and returns to its normal configuration the next day.

Keep Reading: How Carbonite HyperMax solves the problem of underutilized production equipment听

The peak event problem would be manageable if newsrooms had headroom in their day-to-day operations. But they often don鈥檛.

Newsroom staffing has contracted steadily since 2021. Full-time local TV news employment , and many major networks have conducted significant rounds of layoffs over the past two years. The people who remain are covering more ground than ever. Most multimedia journalists now write, report on camera, shoot video, and edit their own stories.

Meanwhile, the number of platforms that journalists are expected to serve is only growing. A typical broadcast newsroom now publishes to 10 to 14 destinations, including linear TV, streaming, web, mobile app, YouTube, TikTok, Instagram, Facebook, podcasts, and newsletters. The of 300+ media leaders showed net investment increases flowing toward video and platform-specific content, even as budgets tighten elsewhere. Simply put, there鈥檚 heavy production demand where there is a waning professional supply.

The technology budgets underwriting all of this aren鈥檛 keeping pace. found that efficiency and total cost of ownership now rank among the top three purchasing decision factors for media technology buyers; a sign that organizations are scrutinizing every dollar spent on production infrastructure.

Our own research found a similar trend. 76% or broadcast newsroom leaders we surveyed said workflow bottlenecks are directly affecting what makes it to air. And 37% reported staffing issues as a major contributor.

This is the production reality that newsrooms face today. Fewer people managing more manual workflows, tighter budgets, and infrastructure calibrated for daily operations with no margin to spare. When a peak event arrives, there鈥檚 nothing left to give.

The broadcast industry is beginning to close that gap. Software-defined production鈥攚here switching, routing, and processing resources are virtualized, pooled, and dynamically allocated rather than locked to individual control rooms鈥攎oved from conference presentations to documented deployments in 2025 and 2026.

The most significant structural development is the , launched in April 2025 by the Linux Foundation, in partnership with the EBU and NABA. The BBC, CBC/Radio-Canada, France TV, Olympic Broadcasting Services, and SVT are among the founding broadcast collaborators. The project is building open interoperability standards for production systems in which media functions run as software on shared compute resources, rather than as dedicated processes on fixed hardware.

The provides the reference model, arguing that production resources should be

Peak coverage events will always be part of broadcast news. The question is whether each one requires months of planning, temporary buildouts, rental fleets, and custom software to pull off, or whether the production infrastructure can flex to meet the moment with the capacity it already has.

The technology to make that shift is no longer hypothetical. For news production leaders evaluating their next infrastructure investment, the choice is becoming clearer. Continue sizing every control room for its own independent peak and accept the idle capacity that comes with it, or move toward shared, software-defined production resources that work harder across the entire operation, on peak nights and every night in between.