Ross Video Carbonite HyperMax Brings Flexible Production Switching to Modern Broadcast Workflows – NAB Show 2026

Live production continues to evolve as broadcasters balance larger productions, tighter budgets, hybrid infrastructures, and growing expectations across broadcast, streaming, sports, and digital platforms. Production switchers remain the operational center of every control room, mobile unit, and flypack, but their deployment is changing. Engineering teams increasingly need infrastructure that can adapt to different production environments throughout the week rather than dedicating fixed hardware to a single application.

At NAB Show 2026, Jim Jachetta, CEO and Co-Founder of VidOvation, spoke with Jeff Smith, Product Manager for Production Switchers at Ross Video, about Carbonite HyperMax, the company’s latest evolution of its flagship production switching platform. Building on Ross Video’s long history in live production technology, Carbonite HyperMax uses a software-defined approach to give broadcasters greater flexibility in allocating switching resources where they are needed most.

The conversation focused on a key operational challenge facing today’s production teams: maximizing production capacity while using hardware resources more efficiently. Whether supporting a national sports broadcast one day, multiple regional productions the next, or several simultaneous studio shows, facilities need infrastructure that scales with changing production demands instead of forcing engineers to dedicate separate switchers to every control room.

Modern Broadcast Facilities Need More Than Fixed Production Switchers

For decades, production switchers have been designed around fixed hardware configurations. A facility typically purchases a switcher with a predetermined number of Mix Effects (MEs), inputs, outputs, keyers, and processing resources. While this approach works well for dedicated control rooms, it often leaves resources idle whenever productions require fewer capabilities than the hardware provides.

Today’s broadcast environments rarely operate on predictable schedules.

A sports network may produce a national football game on Monday, several regional productions on Tuesday, a handful of studio programs on Wednesday, and remote productions later in the week. Mobile production companies face similar challenges as every event requires different workflows, camera counts, graphics, replay systems, and routing needs.

The traditional solution has been to purchase multiple switchers of different sizes or permanently assign large systems to individual productions. Both approaches increase equipment costs while limiting operational flexibility.

Ross Video designed Carbonite HyperMax to address this challenge by dynamically allocating production resources to each show’s requirements rather than permanently tying them to a single physical switcher configuration. The platform extends the Carbonite family, which has more than 15,000 installations worldwide, into larger-scale productions while preserving the familiar Ross production workflow that technical directors already know.

Introducing Carbonite HyperMax

Carbonite HyperMax expands Ross Video’s production switching portfolio beyond the traditional boundaries of mid-sized switchers. Rather than functioning as a single hardware appliance, HyperMax uses Ross Video’s software-defined production architecture, enabling organizations to configure processing resources for each production’s needs.

The platform integrates production switching with Ross Video’s broader media processing ecosystem, enabling facilities to combine switching, routing, signal processing, multiviewing, and related production resources within a common infrastructure. This approach simplifies the system architecture while better utilizing available processing power across multiple productions, helping teams streamline operations and make fuller use of existing resources.

Instead of thinking of a production switcher as fixed equipment, broadcasters can view HyperMax as a flexible production resource that can grow, shrink, or adapt to operational requirements.

For engineering teams managing multiple studios, mobile production units, or distributed production environments, that flexibility can simplify planning and infrastructure utilization.

Resource Pooling Changes How Production Resources Are Used

One of the most significant innovations demonstrated at NAB Show 2026 was Ross Video’s new Resource Pool capability.

Jeff Smith explained the concept using a practical production schedule familiar to many broadcasters.

One day may require a large four-ME production for a major sports broadcast. The following day could involve two medium-sized productions, while another day might support three smaller control rooms operating simultaneously.

With conventional production switchers, organizations often need enough dedicated hardware to support the largest possible production in every room, even when those resources remain unused most of the time.

HyperMax takes a different approach.

Instead of permanently assigning processing resources to individual switchers, Resource Pool lets organizations share software-defined production resources across multiple productions. Engineers can allocate the appropriate number of Mix Effects and processing resources where needed, then reassign them as production schedules change.

The result is an infrastructure that adapts to operational demand rather than forcing operations to adapt around fixed hardware limitations.

This dynamic allocation allows facilities to support multiple independent productions while making more efficient use of their switching investment. Ross describes this capability as maximizing utilization through shared production resources that can be configured for different operational requirements across the organization, helping protect the value of existing infrastructure.

Software-Defined Production Engines Form the Core of HyperMax

At the heart of Carbonite HyperMax is Ross Video’s Software Defined Production Engine (SDPE) architecture.

Rather than relying on dedicated hardware for every production function, HyperMax uses SDPE blades housed within Ross Video’s Ultrix media processing platform. These blades can be configured through software licensing to perform different production roles depending on operational requirements.

An SDPE blade can function as a full Mix Effect engine, support multiple MiniMEs, or provide scene compositing resources. Instead of purchasing separate hardware for each function, broadcasters can activate the capabilities required for a particular production using software licensing managed through Ross Platform Manager, giving teams more options from the same platform.

This software-defined architecture enables organizations to adapt production capabilities without replacing hardware or redesigning system infrastructure, helping them respond more quickly to changing production needs.

As production requirements evolve over time, facilities gain flexibility while protecting their investment in the underlying processing platform.

Ultrix Provides a Shared Production Infrastructure

HyperMax operates within Ross Video’s Ultrix media processing platform, allowing multiple production engines to share a common infrastructure.

Rather than dedicating one chassis to a single production switcher, Ultrix can host multiple SDPE blades that collectively support several production environments.

During the interview, Jeff Smith described how multiple production switchers can operate from the same core processing platform while sharing available resources. Depending on schedules, organizations can create different switcher configurations without installing separate hardware systems for every production.

This architecture also supports multiple control surfaces connected to the same processing platform, allowing operators to control different production resources while engineering teams centrally manage hardware infrastructure.

For facilities transitioning toward centralized or hybrid production models, consolidating processing resources in this way reduces infrastructure complexity while increasing operational flexibility, helping teams manage more with less.

Scaling Production Without Scaling Hardware

One of the strongest themes throughout Ross Video’s NAB Show demonstration was adaptability.

Broadcast organizations increasingly produce content across traditional television, streaming platforms, regional sports networks, digital channels, and social media simultaneously. Production demands fluctuate daily, making it increasingly difficult to optimize fixed infrastructure.

Carbonite HyperMax addresses this operational reality by enabling facilities to configure production resources based on actual workloads, so teams can align capability with current demand.

Large national productions can receive the resources they require, while smaller productions utilize only the capabilities necessary for their individual workflows, helping facilities right-size each show.

Instead of leaving expensive production resources idle between major events, organizations can continuously reallocate available capacity across multiple simultaneous productions, improving overall utilization.

This flexible architecture supports news operations, sports production, entertainment programming, corporate events, houses of worship, government production, higher education, and mobile production companies seeking greater operational efficiency from existing infrastructure, helping each environment gain more value from what it already has.

The software-defined approach also positions organizations for continued growth as production requirements expand over time without requiring complete hardware replacement for every new workflow, helping them scale with less disruption.

A New Control Surface for the Industry’s Most Demanding Productions

Ross Video also introduced a new five-stripe control panel designed specifically for Carbonite HyperMax. During the demonstration, Jeff Smith highlighted the additional row of controls as one of the platform’s most visible innovations, giving technical directors expanded access to Mix Effects and production resources during large, fast-paced broadcasts and helping them manage complex productions more efficiently.

Traditional production switcher panels typically provide 2, 3, or 4 ME rows. Carbonite HyperMax expands this concept with a five-stripe panel engineered to support complex live productions where operators manage numerous camera sources, replay channels, graphics, virtual elements, and downstream workflows simultaneously, reducing the need to constantly reassign controls.

This additional control surface is particularly valuable during high-profile sports broadcasts, national entertainment productions, esports tournaments, awards shows, election coverage, and large-scale live events where directors must manage multiple production layers without constantly changing panel assignments.

Combined with the Resource Pool architecture, the larger control surface gives technical directors immediate access to the production resources allocated to their show while allowing engineering teams to dynamically adjust those resources behind the scenes as operational requirements change, improving responsiveness and resource use.

Operators keep a familiar workflow. Engineering teams gain greater flexibility in the underlying architecture.

Supporting a Wide Range of Production Workflows

Modern production facilities rarely support a single programming language. A single organization may produce studio news, live sports, remote productions, corporate broadcasts, streaming channels, digital content, and special events throughout the same week.

Carbonite HyperMax is designed to accommodate these changing operational demands without requiring facilities to redesign their infrastructure every time production schedules change, helping organizations stay adaptable while protecting existing investments.

Examples include:

• National and regional sports productions with varying camera counts
• Multi-studio news operations
• REMI and distributed production environments
• Live entertainment programming
• Houses of worship with multiple venues
• Corporate communications and shareholder events
• Government and legislative broadcasting
• Esports and collegiate productions
• Mobile production trucks and flypacks

Because switching resources can be reassigned as needed, facilities can configure the platform for a large championship game one day and multiple simultaneous studio productions the next, making better use of installed infrastructure throughout the production calendar and improving overall operational efficiency.

As broadcasters continue transitioning toward centralized production models, virtualization, and software-defined workflows, this flexibility becomes increasingly valuable.

Preparing Broadcast Infrastructure for Changing Production Demands

Production technology continues moving toward shared infrastructure, virtualization, IP transport, and software-defined workflows. Broadcasters are seeking systems that can adapt as production requirements evolve without requiring wholesale equipment replacement every few years.

Carbonite HyperMax aligns well with this direction by separating production capability from fixed hardware configurations, giving engineering teams more room to match resources to changing production needs.

Instead of thinking in terms of permanently assigned switchers, engineering teams can begin thinking in terms of production capacity that can be allocated where and when it is needed, helping them respond more effectively to operational demands.

This approach offers several operational advantages:

• Better utilization of installed production resources
• Greater flexibility across multiple control rooms
• Simplified support for changing production schedules
• Centralized processing architecture
• Easier expansion as production requirements grow
• Protection of long-term infrastructure investments

For organizations operating multiple studios or managing centralized production facilities, these benefits can simplify long-term planning while helping engineering teams respond more quickly to changing operational requirements and make better use of existing infrastructure.

Why This Matters for Broadcasters

Production expectations continue increasing across virtually every segment of the media industry. Audiences expect more cameras, richer graphics, enhanced replay, immersive production elements, and simultaneous delivery to broadcast, streaming, social media, and digital platforms.

Meeting those expectations requires production infrastructure that can scale efficiently while remaining manageable for engineering and operations teams.

Carbonite HyperMax addresses this challenge by enabling broadcasters to match switching resources to each production, rather than forcing every production into fixed hardware limitations, helping teams scale more effectively.

The result is greater operational flexibility across facilities supporting multiple productions, multiple operators, and constantly changing schedules, making day-to-day management easier.

Ross Video’s continued investment in software-defined production also reflects a broader industry trend toward infrastructures that emphasize adaptability alongside performance. As organizations modernize control rooms and expand IP-based production environments, flexible resource allocation becomes an increasingly important design consideration.

Evaluating Carbonite HyperMax with VidOvation

Selecting the right production switcher involves much more than comparing specifications. Every broadcaster has different operational priorities, production schedules, staffing models, infrastructure investments, and long-term growth plans that must be weighed carefully.

VidOvation works closely with broadcasters, sports networks, production companies, systems integrators, and enterprise media organizations to help evaluate production workflows and identify solutions that align with real operational requirements.

Whether an organization is planning a new control room, upgrading an existing production facility, designing a mobile production unit, or transitioning toward hybrid and IP-based workflows, VidOvation provides engineering guidance throughout the evaluation and deployment process.

Services include:

• Workflow analysis and production planning
• Equipment evaluation and selection
• System design consultation
• Integration planning
• Proof-of-concept demonstrations
• Rental systems for testing and temporary productions
• Technical support during deployment
• Long-term technology planning

By combining deep broadcast engineering expertise with access to leading manufacturers such as Ross Video, VidOvation helps customers implement solutions that support today’s productions while preparing for tomorrow’s workflow requirements.

Production Switching Built for a More Flexible Future

Ross Video’s introduction of Carbonite HyperMax at NAB Show 2026 demonstrates how production switching continues evolving alongside modern broadcast operations. Instead of viewing switchers as fixed hardware platforms, broadcasters can now think of them as flexible production resources that adapt to changing operational demands.

Through innovations such as Resource Pool technology, Software Defined Production Engines, the Ultrix media processing platform, and the new five-stripe control surface, Carbonite HyperMax provides broadcasters with new options for supporting multiple productions while making more effective use of installed infrastructure and improving workflow efficiency.

As production environments become increasingly dynamic, software-defined architectures like HyperMax offer engineering teams greater flexibility to configure workflows for each environment rather than designing around fixed equipment limitations.

For broadcasters evaluating Ross Video Carbonite HyperMax production switchers or planning future production infrastructure, VidOvation provides the technical expertise, workflow guidance, rental options, system design assistance, and integration support needed to build reliable, scalable live production solutions that meet current and future operational needs.