To improve efficiency, reduce travel and make better use of specialized staff, TV broadcasters are moving away from traditional facility-bound control rooms toward remote, distributed and hybrid production models.
“Broadcasters are rethinking the traditional control room,” said Costa Kokorogiannis, product manager at Matrox Video, a global provider of AV-over-IP solutions for live, remote and distributed broadcast workflows. “Instead of tying operators to dedicated hardware in a single facility, they want IP-based KVM and control systems that allow teams to access production resources from anywhere without sacrificing responsiveness.”
“Broadcasters are looking for flexible environments,” added Greg Lenczycki, chief operating officer of IHSE USA, which offers secure, zero-latency KVM and matrix switching solutions for 24/7 mission-critical environments. “The future of the industry is relying heavily on hybrid workflows—keeping latency-sensitive or high-resolution processes on-premises while leveraging IP for scalability and remote access.”
Layered Systems and Distributed Workflows
Today’s remote production architectures involve multiple layers of technology, combining on-premises equipment, transmission infrastructure and localized monitoring with virtualized or cloud processing utilities.
“It’s now common for production teams to work across multiple studios, broadcast centers or remote venues, requiring secure, low-latency access to equipment and resources regardless of location,” said John Halksworth, senior product manager at Adder Technology, which develops high-performance IP KVM (keyboard, video and mouse) solutions for the secure control of local and remote live production systems. “As a result, they’re looking for technologies that not only provide reliable remote access, but also integrate seamlessly into the wider broadcast ecosystem.”
Given this new operational reality, “broadcasters are no longer looking for one single ‘remote production product,’” said Matt Keske, director of business development, North America, at G&D and VuWall, which provides integrated KVM hardware and video wall management software for secure control rooms. Instead, “they are building layered hybrid infrastructures that combine on-site systems, IP-based transport, centralized control, monitoring, and cloud or virtualized services.”
Why Low Latency Matters
In this remotely connected world, fast data speeds are essential. This is why, “as broadcasters continue to adopt hybrid workflows and remote operations, they are increasingly seeking equipment that enables secure, low-latency access to systems and resources regardless of location,” said Thomas Tang, founder and president of Apantac, which offers multiviewers, KVM-over-IP and video processing solutions for the broadcast and pro AV industries.
“KVM-over-IP solutions have become a critical component of this transition, allowing operators, engineers, and production staff to remotely access and control servers, workstations, replay systems, graphics engines, and other mission-critical equipment as if they were sitting directly in front of them,” Tang said.
Connecting these low-latency solutions over standard IP networks lets remote operators feel as if they are sitting right next to the machines even when they are hundreds of miles away. In some KVM-over-IP deployments, standard 1 Gigabit Ethernet networks with transparent USB support can deliver responsive control with little or no perceptible delay, provided the network is properly designed for the workflow.
“Remote production really only works if operators can forget that they’re remote,” Kokorogiannis said. “In live environments, there’s no tolerance for sluggish keyboard response, delayed video or inconsistent switching between systems.”
The Challenges of REMI
In an idealized remote operational environment, the transition from a localized setup to a Remote Integration Model (REMI) workflow goes without a hitch. In the real world, there can be issues.
A case in point: “One of the biggest challenges in REMI workflows is maintaining visibility and control as operators, systems, and signals become distributed across multiple locations,” Kokorogiannis said. “In a traditional control room, everything is physically nearby. In a remote production model, broadcasters need to manage routing, monitoring and operator access across facilities without introducing latency or operational complexity.”
This is where IP KVM technology plays an important role. “By providing secure, low-latency access to systems regardless of location, operators can interact with remote resources as if they were local,” Halksworth said. “Combined with centralized management and monitoring platforms, engineering teams gain a single view of users, devices and system status across the entire environment, helping them identify issues more quickly and manage operations more efficiently.”
Ultimately, successful REMI deployments depend on more than moving signals between sites. “They require a consistent operational layer that allows people to monitor, access and control distributed resources with the same confidence and simplicity they would expect in a traditional facility,” Halksworth said.
Mixing Old and New
The move to remote workflows comes as money is tight in the TV industry. “Most broadcasters can’t afford to rebuild their entire infrastructure overnight, nor do they really want to,” Kokorogiannis said. “The reality for many facilities is that SDI, IP, and cloud-based workflows will coexist for years.
“That’s why flexibility and interoperability are so important,” he added. “Matrox Avio 2 is designed to integrate into existing environments using standard IP networks, allowing broadcasters to centralize and extend systems gradually rather than forcing a complete operational overhaul. Support for ST 2110 and NMOS also helps broadcasters align KVM workflows with the broader evolution of their IP infrastructure.”
Other companies interviewed for this article cited similar product flexibility. “Broadcasters can easily turn their existing Draco control infrastructure into a hybrid or fully remote platform by simply adding a tera IP gateway,” Lenczycki told TV Tech. “This addition to current systems allows users to effortlessly gain remote access to their matrix without a total replacement of their system.”
Added Keske: “G&D systems can be introduced step by step because they sit at the access and control layer, not as a replacement for the entire broadcast infrastructure. A broadcaster can start by centralizing existing computers in a technical room and connecting current operator positions via KVM. Later, additional workstations, systems, or KVM-over-IP components can be added as the facility grows.”
For most broadcasters, modernization isn’t a single project, but an ongoing process—including the transition from localized production to full REMI.
One of the key requirements is ensuring that operators can continue to work efficiently throughout this transition. “Broadcasters can’t afford to disrupt production workflows every time new technology is introduced, particularly in live environments where reliability is paramount,” Halksworth said. “This is where IP KVM can provide significant value.
“Because it sits at the user access layer, it allows broadcasters to connect operators to a wide range of systems regardless of whether those resources are based on legacy infrastructure, modern IP networks or cloud-hosted platforms,” Halksworth continued. “From the operator’s perspective, the workflow remains familiar even as the underlying infrastructure evolves.”
As for the future? Improvements in automation, artificial intelligence, network speeds and transport latency levels are all going to make REMI faster and more invisible than ever. In fact, the day may come when there is no perceptible difference between local and remote production for operators or viewers.
“Broadcasters are already demonstrating that talent, systems and resources can be distributed across multiple sites while operating as a single production environment,” Halksworth said. “Perhaps the most significant long-term trend is that physical location will continue to become less relevant.”
