New gateway, orchestration, multiviewer and routing solutions along with AMPP integrations from GVMU Partners will be showcased on the company’s Hall 9 booth
MONTREAL, CANADA – September 2, 2025 – Grass Valley will showcase the next generation of live production networking and infrastructure solutions at IBC 2025, introducing a comprehensive suite of products designed to give broadcasters and media companies the freedom to evolve on their own terms. From bridging legacy and IP workflows to ensuring resilience across regions, Grass Valley’s latest innovations deliver agility, scalability, and operational confidence for the world’s most demanding productions.
Networking Reinvented
At the heart of Grass Valley’s networking products is the brand new ACE-3901 card, a powerful Software-Defined Agile Compute Engine for the Densité Modular platform. ACE-3901 transforms legacy infrastructure into a modern, hybrid-ready environment. With up to 32× 12G-SDI or 64× 3G-SDI per card and 400 Gb/s fabric bandwidth, it delivers high density, ultra-low latency signal processing in a compact form factor.
For existing SDI facilities, the ACE-3901 provides an on-ramp to ST2110 with the ACE-3901-IO application with the highest density in the marketplace. The ACE-3901-GRID application goes even further by integrating its high performance FPGA based resources directly into AMPP– augmenting server resources with the ACE-3901 cards, seamlessly blending the best of both worlds, and supporting up to 192 inputs and outputs per 4RU frame to be connected to both single node and multi-node AMPP GRID clusters.
ACE-3901 naturally provides built-in auto-discovery and telemetry through the GV Orbit orchestration platform to ensure faster, smarter, and more resilient routing decisions.
“We have an exciting story to tell around our networking solutions at IBC this year,” explains Lee Buchanan, VP Networking, Grass Valley. “ACE-3901 is the winning card that breaks the constraints of your existing facility, allowing you to work seamlessly across SDI, IP or AMPP environments and realize the growth ambitions of your productions. With our networking portfolio, we’re demonstrating that media companies don’t have to abandon what they have today to unlock new levels of storytelling prowess.”
Also making its debut in Amsterdam is the MV-1200-RTR, a 6RU modular native 12G-SDI router that doubles as a multiviewer. Scalable up to 160 × 160 I/O, it provides native UHD routing with built-in multiviewer engines driving up to 16 displays and 512 PiPs per screen. With frame synchronization, MADI audio options, and direct connect hardware control panels, it delivers the power of a large router in a small, efficient chassis, ideal for OB trucks, regional studios, esports arenas, and education facilities.
Smarter Hybrid Workflows
As part of the continuing expansion of the AMPP ecosystem, Grass Valley is introducing two powerful new capabilities that give customers even greater elasticity, flexibility, and cost control in their productions.
AMPP HUB is a new enhancement to the AMPP control plane that keeps workflows fast and resilient. Distributed solutions typically require control messages to be routed via the cloud, introducing unnecessary control latency, but with the addition of AMPP HUB, those messages are handled locally whenever possible. This reduces latency, saves bandwidth, and ensures operations remain responsive even if cloud connectivity is unexpectedly interrupted. The result is production operations that feel as immediate and reliable as you’d expect for an on-site solution, with all the elasticity of AMPP behind them.
For the most demanding productions, AMPP Multi-Region Resilience extends that power with active redundancy across regions. Continuous state mirroring and policy-driven failover provide confidence that operations will continue seamlessly, even in the face of regional outages or planned maintenance. Productions stay live, protected, and ready, no matter what happens in the background.
Together, these new capabilities strengthen AMPP as the most advanced, software-defined production platform in the industry, giving customers the agility to produce anywhere with unmatched elasticity and efficiency.
In addition, Grass Valley is introducing the Kaleido-IP X Professional multiviewer, powered by AMPP, built for the toughest live production and remote workflows. With scalable multi-node workflows enabled by AMPP GRID, Kaleido-IP X Professional combines advanced layout customization with real-time signal probing for black video, freeze, and audio loss, giving teams absolute confidence that every feed is under control. Operators can view all major SDI, ST 2110, and compressed IP sources together in one flexible canvas, eliminating the need for separate systems.
“Kaleido-IP X Professional delivers the freedom to design any layout, and the intelligence to catch every issue, giving operators total confidence while making monitoring faster and easier than ever,” Buchanan adds.
A New Era of Networking at IBC 2025
Grass Valley will also welcome its latest GVMU Alliance Partners to its booth in Amsterdam, three of whom will showcase new network and orchestration integrations with AMPP.
Skyline Communications will demonstrate how its xOPs Platform orchestrates AMPP and over 800 other applications while scheduling online and offline resources and monitoring the entire production chain – empowering AMPP as the core to an end-to-end solution, enabling complex productions to be spun up and down with production needs.
Layercake will showcase its templated orchestration and scheduling of Grass Valley AMPP solutions, third-party apps and compute, through its Streamcake solution – allowing customers to easily and cost effectively adopt cloud-based remote production and distribution.
Finally, TSL will be on the stand with TSL AMPP Portal, GVO Tally, and TSL control panels. TSL solutions can provide extended protocol integrations between AMPP and legacy third party products and hardware, helping to further simplify customer adoption and migration to AMPP and software-defined workflows.
“Our expanded portfolio integrated with strategic alliance partners proves that modernization doesn’t have to mean starting over,” says Buchanan. “With gateways that protect existing investments, orchestration that makes hybrid workflows seamless, multiviewers that simplify monitoring, and routers that save space without compromise, Grass Valley and our Alliance Partners are delivering the tools broadcasters need to accelerate storytelling while staying resilient and cost-effective.”
Grass Valley invites you to experience the full networking and infrastructure lineup in action at Booth 9.A01, Hall 9, at IBC 2025, RAI Amsterdam Convention Center, September 12-15.
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About Grass Valley
Grass Valley empowers over 90% of the world’s top media brands to create and deliver compelling stories that captivate audiences. At the heart of its solutions is the GV Media Universe (GVMU), combining advanced hardware solutions, with the agility, elasticity, and adaptability of the AMPP Media Operating System. Together, they form a seamless, scalable ecosystem for efficient and innovative workflows.
With a portfolio spanning from camera to consumer, Grass Valley provides the flexibility to build solutions for every need – from a single creative harnessing immense production power to globally distributed teams collaborating seamlessly. This breadth of capability enables customers to craft efficient workflows that inspire and engage their audiences.
With over 65 years of expertise, Grass Valley has consistently driven the evolution of live content creation and storytelling. Headquartered in Montreal and supported by Black Dragon Capital, the company remains dedicated to shaping and leading the media revolution.
Major new developments across the Grass Valley Media Universe will debut on booth 9.A01, showcasing the future of camera-to-consumer production solutions
MONTREAL, CANADA – August 5, 2025 – Grass Valley, the pioneering media and entertainment technology innovator, is bringing the full power of the Grass Valley Media Universe (GVMU) to IBC 2025 with major new innovations that cover every stage of the media production workflow. Alongside its GV Alliance partners, the company will demonstrate the end-to-end solutions empowering media organizations around the world, setting the pace for industry transformation.
The company will welcome visitors to its familiar Hall 9 home (booth 9.A01) to share the success stories behind its impressive organic growth, including strong year-over-year gains in bookings and revenue across its product portfolio. This momentum is driven by Grass Valley’s commitment to innovation, the rapid adoption of its AMPP ecosystem (with bookings up over 120% YoY), and the continued success of core products like the newly updated Karerra and K-Frame VXP production switchers, and the refreshed LDX-100 series camera range including the new LDX 180 Super 35 system camera. All of these solutions will be showcased in Amsterdam, as part of the broader GV Media Universe ecosystem.
Growth Story
“Our organic growth story, underpinned by true innovation with the GVMU and AMPP ecosystems, is setting the pace for industry transformation as media businesses transition to new and more sustainable ways of operating,” says Grass Valley’s Chief Executive Officer, Jon Wilson. “Our next-generation innovations are powering a new era of agile, sustainable, and cost-effective production and distribution capabilities for organizations globally to transform their operations. Alongside our Alliance partners we’re looking forward to sharing these success stories, and our major new developments, from our IBC 2025 booth.”
Fresh from its launch at NAB Show in April, the landmark LDX 180 camera will make its European debut in Amsterdam. Boasting an in-house-developed 10K Super 35 Xenios imager, the new camera combines true cinematic depth-of-field with the speed and precision required for live production, giving media companies the ability to completely redefine storytelling with native UHD output in unparalleled quality. Grass Valley will also preview a brand‑new addition to the LDX portfolio exclusively at IBC 2025. Stay tuned for details.
Also on display will be the K-Frame VXP production switcher and Karerra V2 control panels, which debuted at IBC 2024 and are now available for shipping. The agile, virtualized systems are designed for production teams working in space-and budget-conscious environments and have quickly become the trusted foundation for hybrid and software-based operations, transforming the way many forward-thinking companies work.
Building Bridges
“We’re not here to choose sides; whether your operation is grounded in hardware, cloud, or hybrid workflows, Grass Valley has a-la-carte solutions that fit,” says Chief Product Officer, Adam Marshall. ““Our newest networking solutions reflect this approach by combining high‑density FPGA processing with the flexibility of virtualization and software-defined workflows across hybrid compute platforms—all managed through a single control layer. The goal is to give customers full control and flexibility, so they can decide how, where, and when to deploy their infrastructure.”
Debuting at IBC 2025, this new networking portfolio seamlessly connects traditional SDI and IP workflows, whether used as a high-density gateway or as a bridge to the AMPP GRID fabric. It delivers unmatched scalability, density, and efficiency for virtualized workflows. By bridging hardware and virtualized environments, these solutions give media organizations the flexibility to simplify infrastructure and optimize resources—on their own terms.
GVMU’s ability to orchestrate the entire production chain, from first cue to final cut, will be demonstrated by major new developments in integrated replay and end-to-end production automation. Alongside upgrades to LiveTouch X replay system and the Framelight X ingest and content management platform, Grass Valley will showcase how the core capabilities of AMPP OS are providing tightly integrated workflows that reduce effort, increase flexibility, and deliver measurable efficiency. The company will also showcase its instantly deployable Playout and FAST offerings that provide media organizations with the tools to launch, adapt, and scale with ease. These solutions are developed in close collaboration with key GV Alliance partners, with exciting new partnership announcements to be revealed in the lead-up to the show.
“We’re introducing, enhancing, and scaling solutions across the entire GVMU ecosystem,” continues Wilson, “and we’re doing so with a steady, global rhythm that reflects our commitment to empowering customers with the tools they need to navigate the accelerating pace of operational change.”
Those solutions and the drive for technology transformation across the industry will be major discussion points at this year’s GV Forum, which takes place on Thursday, September 11 at the Rosarium, Amstelpark. Wilson will lead insight from the company’s leadership team with strategic industry perspectives and updates on the latest innovations in software-defined technology.
Grass Valley invites you to experience how it is leading the media revolution at Booth 9.A01, Hall 9, at IBC 2025, RAI Amsterdam Convention Center, September 12-15.
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About Grass Valley
Grass Valley empowers over 90% of the world’s top media brands to create and deliver compelling stories that captivate audiences. At the heart of its solutions is the GV Media Universe (GVMU), combining advanced hardware solutions, with the agility, elasticity, and adaptability of the AMPP Media Operating System. Together, they form a seamless, scalable ecosystem for efficient and innovative workflows.
With a portfolio spanning from camera to consumer, Grass Valley provides the flexibility to build solutions for every need – from a single creative harnessing immense production power to globally distributed teams collaborating seamlessly. This breadth of capability enables customers to craft efficient workflows that inspire and engage their audiences.
With over 65 years of expertise, Grass Valley has consistently driven the evolution of live content creation and storytelling. Headquartered in Montreal and supported by Black Dragon Capital, the company remains dedicated to shaping and leading the media revolution.
With the new ACE-3901 SDI/IP gateway as a centerpiece introduction, Grass Valley is showcasing an ambitious set of innovations at NAB Show
MONTREAL, CANADA – April 6, 2025 – NAB Show 2025 sees Grass Valley introducing an ambitious range of innovations, with a lineup of new and expanded hybrid media, orchestration, and processing solutions. The company is unveiling seven brand new solutions, spearheaded by the marquee launch of the ACE-3901, the industry’s highest-density SDI/IP gateway.
Alongside these new introductions, the company is showcasing major advancements in hybrid orchestration with GV Orbit, plus new AMPP OS-based applications for timing, redundancy and multiviewing, giving media organizations the most scalable and flexible workflows for modern live production.
“As the industry shifts toward hybrid workflows and cloud-powered operations, broadcasters need solutions that seamlessly connect and orchestrate SDI, IP, and virtualized production environments on-premises and in the cloud,” explains Adam Marshall, Chief Product Officer at Grass Valley. “At NAB Show, Grass Valley is delivering on this promise with a range of breakthrough new products and major upgrades to our portfolio.”
Brand New for NAB Show 2025
The pioneering new innovations are led by the ACE-3901. ACE-3901 is the marketplace’s highest density SDI/IP gateway, supporting up to 384 SDI-to-IP transitions per 4 RU, offering media companies a scalable efficient path to full ST 2110 adoption. It features dual 100/200 GbE interfaces with SMPTE ST 2022-7 redundancy and integrates fully with the GV Orbit orchestration platform for centralized configuration, control, and monitoring.
“Grass Valleys new introductions truly are market-leading innovations and demonstrate that we’re leading the charge in delivering scalable, intelligent, and future-proof live production solutions for media organizations as they navigate the transition to hybrid operations,” adds Marshall. “The new ACE-3901 removes the biggest barriers to high-density SDI/IP transitions, enabling seamless transition to ST 2110 workflows at scale, while being developed with the GV Media Universe in mind, for flexible remote management and control.”
Also new for NAB Show is the Kaleido-IP X Professional: a fully customizable AMPP-based multiviewer, capable of handling SDI, ST 2110, NDI, RIST, SRT, RTMP, and MPEG-TS. It comes with advanced probing and real-time signal analysis to actively detect and alert operators to issues across multiple formats.
Densité X ACO (Advanced Changeover) is a real-time backup system for AMPP signal paths, providing error detection, logical switching, and clean failover workflows, while Densité X Timers is a video-based timing tool, offering three fully configurable timers for event coordination and duration tracking in live production.
The next generation of AMPP compute is launched in the form of AMPP Edge Standard, Pro and Ultra, which deliver more processing capability, increased flexibility, and optimized cost-performance balance.
The Future of Cross-Platform Orchestration
Alongside the new product launches, Grass Valley is showcasing major enhancements to its existing portfolio of market-leading cross-platform orchestration solutions.
GV Orbit and AMPP Orchestration have come together to form the industry’s most advanced hybrid cross-platform orchestration solution. Recent innovations integrate hardware, software, and cloud-based monitoring and control to create a unified orchestration solution. New for NAB Show is the GV Orbit Protocol Translator, which enables increased third-party router protocol interoperability. Ever more exciting is our combining of the best of GV Orbit and AMPP Orchestration into a cutting-edge mechanism for monitoring and controlling Densité processing hardware, Kaleido hardware and AMPP-based multiviewers, Sirius SDI routers, and third-party hardware into a single, unified orchestration layer.
Also, now released, shipping today, and on display is the ATP-2100 Family of next-generation touchscreen-enabled control panels. These panels bridge the tactile feel of physical buttons traditionally seen in router control panels with dynamic, software-based touchscreens capable of displaying everything from text to thumbnails, to AMPP flow monitors with real-time video preview for use in AMPP-based productions. Available in five form factors for maximum flexibility, the ATP-2100 Family features enhanced dynamic layouts and paging, allowing operators to reconfigure them instantly. Offering full AMPP integration, these hardware control panels ensure seamless transitions between hardware-based and cloud-based control workflows with a familiar but infinitely configurable user experience.
“What we’re showcasing at NAB Show 2025 represents our most ambitious range of innovations to date,” says Lee Buchanan, VP of Networking. “With our brand new innovations and enhancements to our portfolio, we’re proud to be leading the industry in delivering flexible, scalable, efficient live production workflows for media companies globally.”
Grass Valley is demonstrating how the GV Media Universe is leading the media revolution at NAB Show 2025, April 6-9, in a new location in the North Hall, Booth N506.
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About Grass Valley
Grass Valley empowers over 90% of the world’s top media brands to create and deliver compelling stories that captivate audiences. At the heart of its solutions is the GV Media Universe (GVMU), combining advanced hardware solutions, with the agility, elasticity, and adaptability of the AMPP Media Operating System. Together, they form a seamless, scalable ecosystem for efficient and innovative workflows.
With a portfolio spanning from camera to consumer, Grass Valley provides the flexibility to build solutions for every need – from a single creative harnessing immense production power to globally distributed teams collaborating seamlessly. This breadth of capability enables customers to craft efficient workflows that inspire and engage their audiences.
With over 65 years of expertise, Grass Valley has consistently driven the evolution of live content creation and storytelling. Headquartered in Montreal and supported by Black Dragon Capital, the company remains dedicated to shaping and leading the media revolution.
The new GTX-21 IP 4K remote production truck will include a suite of Grass Valley solutions as F&F builds its most advanced IP production vehicle to date.
MONTREAL, CANADA – March 25, 2025 – Grass Valley and F&F Productions have announced an expansion of their partnership that will see a suite of Grass Valley solutions deployed on F&F’s latest 2110 IP 4K remote production truck, the GTX-21. The new GTX-21 (A, B and C Units) follows on from the GTX-20 as F&F’s second 2110 IP truck and will feature cutting-edge Grass Valley technology including a Kayenne Switcher, GV Orbit orchestration platform, GV Routing, and KIP-X240 Multiviewers. Grass Valley is also supplying a large Cisco IP Spine and Leaf Core as part of the build.
F&F Productions is a leading provider of high definition and 4K remote production facilities for premier sporting and entertainment events across North America. Its signature GTX series fleet has delivered live network coverage for major events such as the Super Bowl, U.S. Open Tennis, the World Series, Stanley Cup Finals, NCAA Men’s Final Four, The Masters, The Kentucky Derby, and NASCAR.
The two companies have a long-standing relationship, with Grass Valley solutions forming a core part of F&F’s existing mobile units. That relationship was expanded for the build of the GTX-20, F&F’s first 2110 IP truck, laying the ground for the current collaboration taking place on the GTX-21, which will be the most advanced 2110 IP production vehicle on the market.
“Grass Valley has been an integral partner in helping us build our next-generation mobile units,” says Marc Orgera, President of F&F Productions. “To realize our ambition in building the most advanced, state-of-the-art vehicle possible, we required a total 2110 IP solution using the most advanced technology, something that we know and trust that Grass Valley will always deliver. Their comprehensive suite of IP solutions, combined with their deep industry knowledge, support, and our existing work together made them the ideal choice to power the GTX-21.”
In particular, Orgera believes the advancements in Grass Valley’s IP router technology will have significant benefits for F&F’s operations as it grows. “The IP router technology is really advanced and can comfortably accommodate the increased bandwidth and engineering needs of our growing infrastructure. We have a great relationship with Grass Valley, and our continued partnership will be very important as we collaborate on ways to make the router more user-friendly and efficient.”
The GTX-21 is being designed to produce the largest sports and entertainment shows across North America. The deal was finalized in December 2024 with the GTX-21 A, B, and C Units now in the build phase. Grass Valley’s engineers are working together with F&F’s team on delivering the new truck, with expected completion later this year.
“Designing and building world class OB vans is uniquely challenging as they are rolling production facilities, but the GTX-21 brings the added complexity of being fully 2110 IP enabled,” explains Alex Keighley, Grass Valley’s Senior VP of Sales for North America. Grass Valley has also worked with Cisco on supplying the large Cisco IP Spine and Leaf Core.
“Our team of engineers have a great relationship with F&F’s Director of Engineering Don Adydan and his team, and we are working closely together on the GV product design and build of materials to meet all F&F’s requirements, including the large Cisco IP Spine and Leaf Core. We’re looking forward to delivering what will be the most advanced remote production vehicle in the North American market.”
The deal is further evidence of Grass Valley’s market leadership as a specialist partner in live production innovation, and strengthens its position both in the North American market and as a leader in the delivery of fully integrated, scalable, and future-proof 2110 IP solutions.
Grass Valley is demonstrating how the GV Media Universe is leading the media revolution at NAB Show 2025, April 6-9, in a new location in the North Hall, Booth N506
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About Grass Valley
Grass Valley empowers over 90% of the world’s top media brands to create and deliver compelling stories that captivate audiences. At the heart of its solutions is the GV Media Universe (GVMU), combining advanced hardware solutions, with the agility, elasticity, and adaptability of the AMPP Media Operating System. Together, they form a seamless, scalable ecosystem for efficient and innovative workflows.
With a portfolio spanning from camera to consumer, Grass Valley provides the flexibility to build solutions for every need – from a single creative harnessing immense production power to globally distributed teams collaborating seamlessly. This breadth of capability enables customers to craft efficient workflows that inspire and engage their audiences.
With over 65 years of expertise, Grass Valley has consistently driven the evolution of live content creation and storytelling. Headquartered in Montreal and supported by Black Dragon Capital, the company remains dedicated to shaping and leading the media revolution.
Grass Valley Redefines Media Production with Cutting-Edge Innovations and the Power of the GV Alliance at NAB Show 2025
MONTREAL, CANADA – March 18, 2025 – Grass Valley, the media and entertainment industry’s leading technology innovator, is set to make a bold statement at NAB Show 2025 with a reimagined booth presence that showcases how the company is setting the pace for industry transformation through the dynamic power of the GV Media Universe (GVMU).
The new location in the North Hall, booth N506, will offer a refreshing new look and layout to fully demonstrate the integrated GVMU ecosystem that covers every stage of the production workflow, from image capture to delivery. From the power of the AMPP platform to the renowned LDX 100 Series camera fleet, production switchers, and media infrastructure, Grass Valley will be showcasing the full suite of pioneering tools driving the new media revolution.
Game-Changing Solutions
“The dawn of a new age of media production is here, and we’re looking forward to meeting with customers and partners at our booth to demonstrate how the GV Media Universe is revolutionizing the production landscape for media companies around the world,” explains Grass Valley President and Chief Operating Officer, Jon Wilson.
“Our industry is in a pivotal moment with many complex challenges facing media businesses as they transition to a new way of operating while continuing to deliver great stories and drive down technology costs to a more sustainable long-term model. This is where the GVMU is changing the game for organizations of all sizes and we’re excited to share how we’re leading the media revolution at NAB Show this year.”
At the heart of the GVMU is the AMPP platform: the operating system for media production, bridging hardware and software solutions, and powering high-performance workflows across live production, content management, automation and distribution. Adoption rates for AMPP have skyrocketed, with average usage eclipsing 11 million hours per month. AMPP’s success is the foundation for the company’s wider growth story, having achieved impressive organic growth of more than 25% in 2024, and significant industry recognition through various awards and patents.
“Grass Valley’s transformation has been driven by record investments in technology, processes, and people,” says Executive Chairman and CEO, Louis Hernandez Jr. “At NAB Show 2025, we will be demonstrating how our focus on organic growth and true innovation with the GVMU is enabling a new era of agile, sustainable, cost-effective production and delivery for media businesses everywhere. We’re proud to be setting the pace for industry transformation and look forward to sharing significant new developments with our partners and customers.”
Drama at the Speed of Live
Making its debut at NAB Show is the new LDX 180 camera which features the new Super35 Xenios imager that delivers stunning cinematic depth-of-field, with enhanced definition and vibrancy.
Featuring all of the hallmarks of the LDX Series, including Creative Grading, ensuring artistic control across the lineup, the LDX 180 blends cinematic depth with the speed and precision of live production to redefine how stories are told. The full LDX Series will be on display, including the new LDX 110 with RF for wireless production, and the new LDX 135 with 5G, offering direct AMPP contribution without ingest conversion.
The new Grass Valley booth will offer a showcase of the full GVMU, with products and solutions covering cameras and live production; networking and processing; news and media workflows; content management and editing; linear and event-based playout; and much more. The booth will also host members of the expanding GV Alliance, which brings together companies from across the media and entertainment industries in an open digital community with the shared goal of simplifying production workflows.
In addition, the Grass Valley leadership team will be taking part in the GV Forum 2025 at the Renaissance Hotel Las Vegas on Saturday April 5 from 8am. Hosted by the GVx Council, the event includes executive panel discussions, case studies, exclusive industry research on behalf of GVx from Caretta Research, and AMPP technology demonstration sessions, followed by a drinks reception. Speakers include Del Parks, President, Sinclair Broadcast Group; Dave Travis, Group Director of Content, Broadcast & Platforms, Sky; Rebecca Jackson, Business Development Manager, Caretta Research; and Stuart Baillie, SVP Media Engineering & Global Distribution, Paramount.
And the show-stopping news doesn’t end there, as NAB Show 2025 will also see the launch of a brand new book from Grass Valley Chairman and CEO, Louis Hernandez Jr. Digital Tsunami explores the massive digital shifts shaping the media and entertainment industry, offering critical insights for businesses navigating this complex and ever-evolving landscape.
“The world is riding the crest of a digital wave that is transforming every aspect of our lives,” says Hernandez Jr. in prefacing his book, and with its AMPP-powered GVMU, Grass Valley is leading the media revolution enabling media organizations to thrive in this bold new age of media production, distribution, and consumption.
Join us at our new location, North Hall, Booth N506, at NAB Show 2025, Las Vegas Convention Center, April 6-9, and be a part of the revolution shaping the future of media.
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About Grass Valley
Grass Valley empowers over 90% of the world’s top media brands to create and deliver compelling stories that captivate audiences. At the heart of its solutions is the GV Media Universe (GVMU), combining advanced hardware solutions, with the agility, elasticity, and adaptability of the AMPP Media Operating System. Together, they form a seamless, scalable ecosystem for efficient and innovative workflows.
With a portfolio spanning from camera to consumer, Grass Valley provides the flexibility to build solutions for every need – from a single creative harnessing immense production power to globally distributed teams collaborating seamlessly. This breadth of capability enables customers to craft efficient workflows that inspire and engage their audiences.
With over 65 years of expertise, Grass Valley has consistently driven the evolution of live content creation and storytelling. Headquartered in Montreal and supported by Black Dragon Capital, the company remains dedicated to shaping and leading the media revolution.
MONTREAL, CANADA – February 17, 2025 — Grass Valley, the market leader in innovative live production solutions, is proud to announce its participation in FOMEX 2025, the Future of Media Exhibition, taking place at The Arena Riyadh from Wednesday, February 19 through Friday, February 21, 2025. Media professionals and industry leaders are invited to visit Booth SP13 to explore how Grass Valley’s cutting-edge solutions are transforming broadcast and media production across the Middle East.
Empowering Media Production for a Transforming Region
At FOMEX 2025, Grass Valley will highlight its comprehensive suite of solutions designed to meet the evolving needs of broadcasters and media organizations. With an emphasis on flexibility, efficiency, and scalability, these solutions enable seamless live production, integrated workflow management, and agile broadcast transmission—key elements in driving operational excellence and creative storytelling in today’s dynamic media landscape.
Grass Valley’s commitment to regional innovation is further reinforced through strategic partnerships that are reshaping the media environment:
Strategic Focus on the Middle East
Recognizing the Middle East as a vibrant and strategically important market, Grass Valley remains dedicated to supporting the region’s media transformation. Hany Bartella, VP of Sales for the Middle East, states: “The Middle East is a dynamic region undergoing significant evolution in media production. Our partnerships with key industry leaders such as the Saudi Broadcasting Authority and Arabsat underscore our commitment to delivering market-driven solutions that not only address today’s challenges but also pave the way for future growth and innovation.”
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About Grass Valley
Grass Valley empowers over 90% of the world’s top media brands to create and deliver compelling stories that captivate audiences. At the heart of its solutions is the GV Media Universe (GVMU), combining advanced hardware solutions, with the agility, elasticity, and adaptability of the AMPP Media Operating System. Together, they form a seamless, scalable ecosystem for efficient and innovative workflows.
With a portfolio spanning from camera to consumer, Grass Valley provides the flexibility to build solutions for every need – from a single creative harnessing immense production power to globally distributed teams collaborating seamlessly. This breadth of capability enables customers to craft efficient workflows that inspire and engage their audiences.
With over 65 years of expertise, Grass Valley has consistently driven the evolution of live content creation and storytelling. Headquartered in Montreal and supported by Black Dragon Capital, the company remains dedicated to shaping and leading the media revolution.
Products may be protected by one or more patents. For further information, please visit: grassvalley.com/patents.
Grass Valley®, GV®, GV Grass Valley®, and the Grass Valley logo are trademarks or registered trademarks of Grass Valley USA, LLC, or its affiliated companies in the United States and other jurisdictions. Grass Valley products listed above are trademarks or registered trademarks of Grass Valley USA, LLC or its affiliated companies, and other parties may also have trademark rights in other terms used herein. Copyright © 2024 Grass Valley Canada. All rights reserved. Specifications subject to change without notice.
Montreal, Canada – September 11, 2024 – Grass Valley, a leader in live production solutions, is pleased to announce a significant strategic partnership agreement (SPA) with ES Broadcast, a global leader in broadcast equipment supply and services. This agreement marks the continuation and expansion of a long-standing relationship that has flourished over more than a decade, positioning both companies for further growth and success.
The agreement entails a multi-million-dollar annual spend by ES Broadcast across Grass Valley’s extensive product portfolio, including live production infrastructure, cameras, and switchers. ES Broadcast, recognized as the first AMPP-certified partner globally, will also emphasize the expansion of the AMPP Platform as a key component of its strategic focus.
Greg de Bressac, Managing Director at ES Broadcast, comments: “This partnership is not just about maintaining our relationship with Grass Valley; it’s about expanding it. We’re growing our geographical reach and deepening our strategic interactions to unlock new opportunities. Grass Valley products continue to be a crucial part of our inventory, especially with the adoption of the LDX100 series, which we believe will play a significant role in our future. We’re also committed to driving the adoption of AMPP-based products, which we see as vital to the future of our industry.”
ES Broadcast, with a presence in the UK, mainland Europe, and the United States, is a global business known for its sales and systems integration, as well as its expansive hire business. The company rents Grass Valley camera systems to major sporting, news, and entertainment events across the globe, further solidifying Grass Valley’s presence in the industry.
ES Broadcast’s commitment to excellence is further demonstrated through its status as an Authorized Service Provider (ASP) for Grass Valley in the UK, Ireland, Spain, and through its Crosspoint Spain division. This ensures that customers receive certified, knowledgeable, and experienced support services, a crucial component of the ongoing growth strategy for both companies.
Tim Banks, Chief Revenue Officer at Grass Valley, says: “We are thrilled to enter this next chapter with ES Broadcast. Their commitment to Grass Valley products and their expertise in the media and entertainment industry – across a range of hardware- and software-based applications – make them an ideal partner to drive our joint vision of growth and innovation.”
Ed Saunders, Owner and CEO at ES Broadcast, added: “Our partnership with Grass Valley is built on trust, innovation, and a shared vision for the future of Media Production and Entertainment This agreement reinforces our commitment to delivering the highest quality products and services to our customers around the world, and we’re excited about the opportunities it will bring as we continue to expand our business.”
Together, Grass Valley and ES Broadcast are set to lead the industry into a new era, leveraging their combined expertise to drive innovation and deliver state-of-the-art solutions that meet the evolving needs of broadcasters and production companies worldwide.
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About Grass Valley
Grass Valley is the leading technology provider for the live media and entertainment industry market. We work with 90% of the world’s major media brands, enabling their live production centers, mobile production units, 24-hour newsrooms, and sports streaming platforms to be ever more productive with SaaS and hardware systems. Our solutions enable content owners and service providers to create and deliver compelling live content in the most profitable way.
From IP-native cameras to state-of-the-art software and hardware production and playout systems, we’re at the forefront of ground-breaking live media innovation. We continue to pioneer market-leading advances to create and move live content more efficiently and generate new revenue streams.
Headquartered in Montreal, Grass Valley has been engaged in the media technology business for over 65 years and is now part of Black Dragon Capital. Learn more at grassvalley.com.
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Harry Garcia, the Technical Director for the New York Mets since the 1990s, and an Adjunct Professor at Hofstra University, brings a unique blend of art, technology, and philosophy to his work. In this interview with our own Switchers expert Bob Crites, he reflects on his journey, the evolution of stadium production, and how simplicity shapes his approach in both his professional and academic roles.
Bob Crites: Harry, you’ve had a long career with the New York Mets, starting in the 1990s. How has your role evolved alongside technology in stadium sports production?
Harry Garcia: My role has certainly evolved as technology has advanced. I started at Shea Stadium with an Ampex Vista switcher and the Ampex ADO in the old NTSC television format, but today I work at Citi Field with the Grass Valley Kayenne K-Frame XP, which is at the forefront of our industry.
We are a network-based facility running on the Smpte 2110 platform and operating Grass Valley’s Orbit IP Management System. Our facility at Citi Field is fully 4k and The Kayenne handles 4k natively with no obfuscation of resources. We have 9 manned 4k Cameras, two of which are HFR. And 12 PTZ Cameras that are run remotely. We have an impressive centerfield LED screen at 17,400 square feet (about half the area of a large mansion) on the front side and 6,900 square feet (about twice the area of a tennis court) on the back side that can be seen from the highway. The dual sided board has over 40 million pixels. We also have a robust complement of replay and playback servers as well as a state-of-the-art content management system for our dynamic graphics production and much much more. All of this is something that I never ever imagined I would be an integral part of. It’s been amazing for me coming from where I began.
The Mets Production department is headed by Brendan McKeon who coordinates all aspects of game day presentation and our EIC is Greg Sullivan. It’s a sizeable operation designed to meet the growing demand for heightened fan engagement, and they have a huge responsibility. Along with them and the entire GameDay staff I have been an essential part of this huge infrastructure upgrade with the Mets. The relationship with Grass Valley has been exemplary and has taken me to new heights. I strive every day to treat each show like it’s a post season championship game.
My performance requirement demands technical insight, creative vision, and disciplined execution. Every moment during the game impacts decisions our director makes, so I must be precise and have a quick response reflex to sudden moments. We now have Musco lighting controls on the network to enhance theatrics so there is a lot to anticipate to synchronize all our assets properly.
BC: The complexity of managing so many screens in real-time must be a significant challenge. How do you handle that?
HG: The screen distribution profile from an operational standpoint goes to specific GameDay operators.
Within that I am assigned our primary LED screen in centerfield. The reverse LED screen behind the main board, the in-house IPTV system, and an ancillary board at our whiffle ball court where we produce a fan favorite “Home Run Derby” for our young Mets fans. Additionally, I route specific sources to our upper right field screen during Pregame and Postgame. The assignments for the LED screens under my control happen through the switchers Engineering Outputs, Auxiliary Bus Interface and Grass Valley’s Orbit IP Management System. I trigger the house IPTV system through a virtual GPI on the Kayenne. That GPI toggles the IPTV system to switch between the broadcast feed and my switcher output.
To deliver content to my assigned screen footprint, I built Macros that trigger to the various destinations accordingly. During big moments like Homeruns, I fire a virtual GPI command from the Kayenne that engages our content management system to play out specified content to specific screens. It is what we call a “Full Takeover.” In that script detail all our forward facing LED boards and LED ribbon boards are playing out synchronized content. It is visually stunning. At completion of the sequence, I send another virtual GPI command via the Kayenne to clear the Centerfield graphics and reveal the Kayenne Program output on the Centerfield Screen.
BC: The Grass Valley Kayenne switcher you mentioned has over 1,300 buttons and a complex interface. How do you manage such an intricate system?
HG: Like anything else I studied and put my time in. I also had a great trainer in Tom Halladay who trained me both at UBS Arena and again at Citi Field. Tom has been an invaluable resource to answer questions and accelerate my navigation of the switchers resources as I have progressed to more complex uses. However, as I have been told by so many great TDs everyone has a unique approach in how they develop their way of making it work. It must make sense to you and must serve the production. Therefore, my continued advancement has been centered on building shows into the switcher and learning how to modify those builds to suit the requirements of our never-ending production growth curve. The 1,300 buttons become easily understood by the repetition of building modifications and adding or editing new steps to the process.
Also, community is so important as there are so many talented TD’s. I have to mention two ingenuous TD’s Seth Zweibel and Joe Reiter. Their friendship, exchange of perspectives and insights have inspired new ideas and perspectives on the art of the TD.
BC: You’ve mentioned that simplicity is central to your production philosophy. Can you explain that further?
HG: Typically, as a Technical Director, particularly in the fast-paced environment of live sports production, TDs move quickly to load their show files into a blank Grass Valley switcher. They have a skeleton or shell that has the foundational working components prebuilt. They then modify, adjust and curate that setup specific to the requirements of that production. There is a lot of complexity that is involved so to save time they must get things done quickly and efficiently using their own methods, which comes from many years of being a TD.
I’ve learned quite a bit from that working model and subsequently have emulated and fused together my own methods to form my own approach. At Citi Field I’m in a fixed facility and my switcher never gets blanked so in that respect it’s easier day to day.
I flip flop from Soccer to Baseball and those show files I’ve modified to the point where they function extremely well. They are on-board and always available.
My approach is to build neighborhoods on the switcher that are specific for divergent functions. I create a path to interconnect these neighborhoods so I can travel in and out and through them with ease. This produces comfort and confidence to handle the sudden big moments that come with live sports production. I travel to and from replays to multibox fx to high-speed camera cutting and full takeovers bidirectionally with ease. Additionally, I’m also switching the rear screen and the house IPTV system. This is what makes the Kayenne remarkable, it just meets you where you’re at. It gets the job done and then gets you further when you’re ready.
So, it’s particularly important to make my switcher layouts clear and visually easy to look at because I must get around quickly without any confusion about where I’m coming from or going to in any sequences that present themselves during the show. This setup method aligns with what many experts in our field emphasize: the need for systems that can be operated seamlessly under pressure.
Moreover, by making the switcher more intuitive, I’ve found that it not only enhances my ability to operate it efficiently but also empowers the entire production team. This is in line with industry trends where collaboration and ease of use are increasingly recognized as key factors in successful production environments. Simplifying the interface ensures that even those less familiar with the technical intricacies can contribute effectively, fostering a more cohesive and dynamic team operation.
This kind of efficiency is what sets apart a good production from a great one, and its why simplicity at the front end is so crucial.
BC: You’re also involved in teaching at Hofstra University. How does your experience influence your approach as an educator?

HG: Teaching at Hofstra’s Lawrence Herbert School of Communication has been a rewarding experience. This world has become so challenging for our young people. The burden is immense for them and in many cases for managing the cost of a college education.
I foster a safe place to be unsure or to not grasp the concepts at first or at any pass for that matter. Switching is an abstract concept, and I learned it the hard way when I began. I never want my students to feel the shame that comes with making a mistake in a high stakes’ environment. I’ve been through that and it’s really tough. Thats why I love to teach. You see everyone has a different learning process and the neuroscience of switching is much like learning to play a musical instrument. I was an avid jazz aficionado and played a musical instrument at an early age. I hit bad notes along the way, so I use that life experience to produce comfort in learning. Within that space I deposit my years of experience to inspire, to encourage and to drive open the gateway of fascination in the discipline of the TD. It’s an amazing exercise in organization forward thinking, vision and problem solving. It’s extremely rewarding when I can get my students there. It’s even more rewarding when I see them become TDs, I know how important education is in this area and I sometimes imagine a broader educational outreach reach that works like an apprenticeship.
My motto is when you have absolutely no one who is willing to show you anything reach out to me I will always share knowledge.
BC: Finally, how do you see the future of sports production and your role in it?
HG: I see technology and creativity continuing to merge in exciting ways. The entire industry is forging ahead to empower the next important thing. AI will become a powerhouse. Applications will become voluminous to further customize operations both for technical and creative. The cloud-based production movement is fully underway and is scaling solutions that connect resources and production teams all over the world.
Grass Valley’s innovation and forward-thinking approach play a vital role in this area with their cloud based AMPP Platform and they are helping me to explore what’s possible. I hope to grow on this platform and develop some applications that I’m extremely interested in and that’s why for me, the Grass Valley Kayenne is a virtuoso appliance that has an incredibly unique tool set to bring forth my imagination. I also look to connect with the global community of technical directors to share ideas and foster new possibilities and innovation.
We are all in this together, pushing boundaries and turning dreams into reality. I’m excited to be part of this journey.
Let’s Go Mets!
Harry Garcia’s unique approach, combining technical mastery, creative vision, and simplicity, is shaping the future of sports production while inspiring the next generation of technical directors.
Article written by Steve Bilow, Senior Product Manager, Infrastructure SW Platforms
Average reading time: 5-6 minutes
Another, perhaps even more compelling application for the same Kaleido IP and AMPP behaviors concerns disaster recovery and redundancy.
Consider an example of self-healing redundancy. Suppose we once again have a Kaleido IP displayed on a control room wall. This is our main IP monitoring output.

We can observe and receive alarms from the Kaleido IP and, from that we can drive highly configurable actions. Because AMPP integration is being added to GV Orbit, new possibilities for disaster recovery arise. For example, it is now possible to provide an AMPP-based backup for the Kaleido IP, should it malfunction. Rather than adding a backup Kaleido IP in a different location, it is possible to add an AMPP server and to use a multiviewer that runs in AMPP as a disaster recovery solution. Instead of the capital expense of a second multiviewers that sits idle when unneeded, the AMPP-based multiviewer costs you nothing while it is idle and is only an operational expense in the rare case that it is required. That creates a very cost-effective redundancy strategy. Here we have a Kaleido IP output directed to an AMPP Flow Monitor.

We can use MapView behaviors and bindings to detect a failure and, when one occurs, to reroute the sources to an AMPP multiviewer and that multiviewer output to the flow monitor.

In a matter of seconds, the AMPP workload can be “spun up” by GV Orbit, the routes can be made, and you will be up and running again. The true power here is more than substituting an AMPP server for a Kaleido IP. The real power comes from having that one AMPP server work as a disaster recovery solution for any hardware products that have a corresponding App in AMPP. So, a single (or a few) COTS computer servers can take on the role of redundancy for MANY other devices. This costs you nothing (except for the AMPP server(s)) while the AMPP node is sitting idle. You only pay-as-you-go for the AMPP App IF you need it. That is a game-changer when it comes to cost-effectiveness!
Of course, you won’t understand how this works until you remember that GV Orbit MapView includes a large selection of behaviors and bindings, some of which are related to Kaleido list values and AMPP interfaces.

Some additional constructs connect one type of action to another. We can use some logic and some event bindings to take an action when, for example, a certain value gets to a certain level.
Let’s say that the Kaleido IP is in error. We can be alerted and can take several actions. Say we have a True or False value indicating whether the Kaleido IP is in error, or not. If this “Kaleido IP in error” equals “TRUE” then we want to route nothing into that destination. If it’s “FALSE” we want to route to it normally.
Here we see that a Boolean value called “Kaleido IP is in Error” is used in MapView to determine the properties of a video display. If the value is “false” then everyone is happy.

But, what happens if we completely lose power to the Kaleido IP? We’ve lost the H264 output from the Kaleido IP and our monitor wall has gone blank. Now a failure will be detected. Upon detection of the error we initiate an action that starts a backup AMPP multiviewer workload and then routes whatever had been routed to the physical Kaleido IP into the corresponding AMPP inputs that feed that workload. The logic behind this is a bit more complex. But the concepts remain the same. One thing you will notice when you look at the diagram below is that the “bindings that allow the AMPP-related behaviors to function are written using JSON. In other words, we use a common underlying syntax and semantics; something that many software people already understand.

So, what’s the result? Your physical multiviewer has failed but you are ready-to-go with an available AMPP node. You are not running the AMPP Kaleido workload, or paying for it, when not using it. But upon detecting an error, GV Orbit will command it to start. The AMPP workload starts, GV Orbit routes the signals into it, and then GV Orbit directs the output of the AMPP multiviewer to display on a flow monitor so that we can continue working within a few seconds.
Here again is our MapView screen, this time with the sources routed to the AMPP multiviewer and its output routed to the flow monitor.

The principle is simple. A facility can set up AMPP-based disaster recovery mechanisms like this to back up any key component of the facility with a corresponding AMPP application. When the physical device is restored, GV Orbit MapView behaviors will reverse everything, shut down the AMPP multiviewers (or whatever other devices you temporarily replace), and reestablish the original configuration.
This is a practical application of combining AMPP and GV Orbit to achieve a cost-effective disaster recovery strategy that requires minimal additional onsite hardware and that can only be accomplished by leveraging the power of AMPP and GV Orbit in a synergistic combination.
These are just 2 examples. There are thousands more. If you would like to explore the infinite possibilities, contact your local Grass Valley account manager or sales engineer. We look forward to showing you the many exciting possibilities that come from integrating GV Orbit and AMPP to implement workflows and strategies that would otherwise be impossible!
Article written by Steve Bilow, Senior Product Manager, Infrastructure SW Platforms
Average reading time: 7-9 minutes
Recent enhancements to Grass Valley orchestration tools enable a variety of creative solutions to problems in the media industry. Among the most exciting of these are those that enable users to leverage the power of the logic engine underlying what is known as “MapView” to integrate the GV Orbit media orchestration system, the Agile Media Processing Platform (AMPP), and the significant probing and display capabilities of the Kaleido multiviewer and its AMPP-based equivalent to solve the problems of potential hardware failures and disaster recovery. We will look at how to do these things but first we need a few definitions.
GV Orbit is a dynamically configurable media orchestration solution that provides a unified user experience for configuration, control, and monitoring in SDI, IP, and Hybrid facilities. It runs on virtual or physical servers.
GV Orbit MapView is part of the toolkit for building GV Orbit control and monitoring projects. It allows users to create extremely flexible customizable UI screens; thus, providing a scalable control and monitoring user experience for Grass Valley and for third-party devices. MapView allows users to observe many channels with large amounts of status information. That data may be used in nearly infinite ways. One that is fundamental to the upcoming examples is monitoring by exception. MapView control, monitoring, and status screens are viewable on any client computer’s display as well as on Grass Valley multiviewer video walls. This, too, you will see below.
MapView High-Level Concepts Summarized
The devices in your system send log messages that may either be purely informative or may carry alarm information. In the latter case, you can highlight those messages on a graphical monitoring screen that you create with MapView.
Generally, a device sends log information to a logging service. From there, status messages are moved to other GV Orbit services which aggregate status and alarm messages and then publish them. A GV Orbit MapView client can subscribe to these and use them. With this data, a user can create graphical custom tiles to filter and monitor the status and alarms from these devices. Then the data can trigger custom actions based on the status parameters of any combination of devices. MapView includes an extraordinarily flexible logic engine based on the concepts of “behaviors” and “bindings”. You’ve already seen a “behavior” when we mentioned “subscribing” to alarm messages. That is an “alarm behavior”.
MapView documentation describes these concepts in detail. For now, you know just enough to understand the diagrams that follow.
AMPP® is a SaaS platform designed to enable efficient and flexible media production workflows for content creation, management, and distribution. It gives broadcasters and media companies a powerful, scalable, and secure platform to create and deliver more content to more channels as their facilities grow. Integration with functionality that exists in GV Orbit will form the orchestration layer of the Grass Valley Media Universe.
Once an AMPP platform has been deployed, you can access an ever-growing number of applications that may be started and stopped as necessary. The system is managed from a simple and secure unified user interface.
The AMPP platform is built on a microservice architecture where processes communicate over a network to meet a specific need. AMPP is built on over 100 small, decentralized, messaging-enabled, context-bound, individually deployable, services that combine to implement specific use cases like storing and retrieving data.
If you follow contemporary software trends, it won’t surprise you to learn that AMPP uses Kubernetes to coordinate all of the communication between microservices. If that is not familiar to you then all you need to know is that it’s the industry standard and it’s been around for nearly 20 years. In other words, the foundation is rock solid.
AMPP/GV Orbit Integration Concepts Summarized
The essential concept underlying the ability to use GV Orbit together with AMPP is that there are GV Orbit apps in the AMPP platform. AMPP Apps are one type of “workload” in the AMPP microservice ecosystem. GV Orbit apps can acquire data from AMPP and send it to GV Orbit. And GV Orbit can start (spin up) and stop (spin down) AMPP workloads. That integration will continue to develop and the lines between platforms will blur over time. But, even with a few initial integration concepts, fascinating solutions abound. Let’s look at two of them.
In even relatively small control rooms, and certainly in large master control rooms and playout facilities, the video walls fed by multiviewers contain far too many video displays to be monitored for quality and correctness by the human eye. Even were this possible, visually identifying PTP errors, incorrect multilanguage audio channel placement, and missing SCTE-35 data would be impossible.
Commonly operators in these facilities will benefit from what is known as “Monitoring by Exception”. This focuses operator attention only on errant signals. One way to implement this is to designate one or more locations on the monitor wall as areas known as a “penalty box”. This term can mean different things to different people. But, irrespective of how it’s defined, a flexible tool for accomplishing one of the myriad possibilities will bring laser focus to signals that are, in one way or another, misbehaving. MapView provides monitoring, control, and logical constructs to implement this sort of functionality using what are known as “behaviors” and “bindings”.

From version 3.4 and beyond, GV Orbit began to include AMPP-related behaviours and bindings in MapView.

This lets us create penalty-boxes which can look after both traditional hardware products and AMPP “workloads”. To do this, we use a mixture of the AMPP control mechanisms and the AMPP behaviors that have recently been added to Mapview, in several different ways.
Further, MapView now includes the first round of releases of new Kaleido behaviors.

We can build an example penalty box using a combination of those.
Let’s look at the RTSP stream output of a Kaleido IP multiviewer This is similar to what you would see on your monitor wall, though in a greatly simplified form.

Now let’s look at an example penalty box with an error.

In this example, you don’t necessarily need the multiviewer to be displayed on the right-hand side of the MapView screen since that will be what you see on the monitor wall in the room. But to illustrate how easy it is to include video streams in MapView, this example includes it.
There are, however, two things that you unquestionably will care about.
The monitor wall should include a designated penalty box (or multiple penalty boxes) for displaying signals with errors. In this example these sit on the right-hand side of the screen/wall where you are viewing the multiviewer output. These displays only appear and contain video when something about a video goes into error.

The second thing you should care about is a display that helps you rapidly diagnose an error. This is what you can see in the large window on the MapView UI.

Suppose we lose synchronization on a Densitè XIP card because the PTP domain has changed. This is an error, and we need to highlight it. When lock is lost, after a few moments, the XIP card will realize this because it can’t find anything on the non-existent PTP domain. In our example, GV Orbit will respond in 2 (among numerous possible) ways. First, an error will be shown at the bottom of the screen by virtue of MapView’s Monitoring by Exception widget.

Second, a flow diagram will open, illustrating the signal path and the location of the error.

The Monitoring by Exception widget gets its alarm triggers from a favorites group that includes the devices we care about. This is just one way to do this but, in this case, the monitoring by exception group contains folders called Channel 1, Channel 2, and channel 3. Consider the first two. Channel one has only a single level below it. Channel two contains both Kaleido monitoring and AMPP playout.
The flow diagram is a tool that we created to zero in on the product within the group that has caused the error. We can see it in red and we can open its UI and fix the problem with a single click.

That is an example of monitoring a modular card/frame in a traditional topology. But, with the new AMPP integration, we can take this a step further. Now we can monitor and respond to errors in an AMPP workload. To see that, consider creating alarms based on AMPP behaviors.
Let’s say that pausing a video will generate a warning; it does not mean the system has errored but we still want to know when it occurs. In out example, you will immediately see a warning in the GV Orbit tree view and then in the MapView display.

This is because the clip player knows it’s been stopped MapView is configured to generate a warning.
As we see, a stopped player issues a warning because that is how we defined the behavior. Correspondingly, a frozen video is more serious. We have configured it to issue an error. So, after a few seconds the Kaleido IP, being another contributor to our alarm, now reports that error and, on the flow diagram, it turns red.

We have aggregated status information and then built some logic within MapView to determine what is an error. Then we push that error state to our diagram using the newly released Kaleido behaviors. We are also pushing an alarm state and some text using these Kaleido behaviors to the Kaleido IP.
These are but 2 of thousands of possible ways to integrate AMPP, Kaleido, and GV Orbit. But, building a penalty box is also only one of thousands of applications.