For the past few years, Microsoft Teams has been promoting 21:9 ultra-widescreen displays as a more inclusive viewing experience for videoconferencing rooms. Indeed, the 21:9 format offers approximately 31% more horizontal display area than a 16:9 screen of the same vertical height. This is why 21:9 displays are being used to support Microsoft Teams’ Front Row feature, along with immersive gaming and eye-catching video presentations.

However, despite the eye-catching ultra-widescreen advantages, Keith Yanke, Sharp’s VP of product and solutions marketing, told SCN that traditional displays significantly outsell 21:9 displays.

That assessment is endorsed by Rob Meiner, Peerless-AV’s senior technical solutions engineer. “While 21:9 displays are gaining popularity and increasing in demand," he explained, "traditional 16:9 displays remain predominant in many categories, as ultra-wide displays are still considered a more specialized offering. Recent reports project market growth for ultra-widescreen displays at a compound annual growth rate [CAGR] of around 10% from 2026 to 2033.”

So, what happened? “After the initial announcement from Microsoft, the topic of 21:9 display solutions was common, but it never really translated into additional sales,” offered Rob Pickering, Tritech’s director of technology. “Some clients may install one or two specialty rooms to validate the experience but keep the majority at 16:9.”

Compelling Applications

Despite 21:9’s slow sales growth, there are many compelling Pro AV applications for the technology. The standout application is in conference rooms and hybrid meeting spaces that use Microsoft Teams in the Front Row layout, or other UC solutions that benefit from ultra-wide video and graphics presentations.

A key advantage of the 21:9 aspect ratio in these spaces is its ability to boost productivity and streamline multitasking. As Meiner noted, “It’s especially beneficial for professionals managing multiple spreadsheets, communication platforms, creative assets, and organizational dashboards simultaneously. Compared to a dual-monitor setup, a single ultra-wide display offers a more seamless and cohesive layout, eliminating visual interruptions that can come from misaligned screens. By consolidating content on one clean display, users can improve focus, reduce eyestrain, and work more efficiently and accurately.”

“Using ultra-widescreen displays can avoid the downfalls of dual screen setups by not having a bezel,” Yanke agreed. “In some cases, this setup provides a better experience for content and collaboration.”

Plus, the "wow" factor should not be discounted. “Spaces with 21:9 displays can create a more immersive feeling and provide more pixels when sharing documents on screen,” said Pickering. “Since they’re not super common, they can also create an elevated feeling when first participating in the space.”

21:9 displays are well suited to non-videoconferencing applications as well. “This ultra-wide format provides graphic designers, photo and video editors, and other creative professionals with a more ergonomic workspace, ideal for displaying timelines, tools, full mockups, and side-by-side comparisons on a single screen,” Meiner said. “Professionals who frequently work with large spreadsheets or detailed data sets, such as financial analysts, can also take advantage of the ability to view multiple windows simultaneously without the need to toggle between them or use an additional monitor."

In educational environments, ultra-wide displays can enhance classroom settings by enabling the display of multiple content types, such as lecture videos alongside slides, simultaneously. "This facilitates student interaction and offers a more immersive experience, particularly in hybrid learning scenarios,” Meiner added.

Finally, 21:9 displays also provide Pro AV integrators and managers with greater operational flexibility in AV integration. This is because 21:9 displays can show multiple simultaneous video sources without requiring operators to switch inputs or add extra screens during immersive presentations. This makes 21:9 displays particularly useful in high-engagement business settings such as training rooms, command centers, and client pitch environments.

Installation and Cost Considerations

Compared to traditional 16:9 displays, 21:9 displays are physically wider and heavier. This means that they require larger and more robust wall mounts that can support their size and weight. “It doesn't necessarily complicate installation, but there might be some unique considerations, such as having an extra person to help lift the display because it's so wide,” said Jeff Muto, director of product management with ViewSonic Corporation.

“In smaller rooms, ultra-wide screens may also present viewing angle challenges for people seated at the edges,” Meiner added. “This is where curved 21:9 displays offer an advantage, by helping to maintain consistent visibility across a wider viewing area.”

Adding a 21:9 video format to a room’s playout system can also pose problems. As Meiner observed, many software applications and user interfaces, such as videoconferencing apps, are primarily designed for the standard 16:9 aspect ratio.

Plus, most videos are not 21:9. “Content compatibility can be an issue,” added Yanke. “Standard 16:9 material may not scale properly on a 21:9 display, leading to stretched images or black bars on the sides when content doesn’t match the ultra-wide format.”

Beyond these factors, Muto said cost is the primary drawback. 21:9 displays cost more than 16:9 displays—not just because they are larger, but also because they are not being produced in the same volumes. As a result, mass-produced 16:9 displays benefit from per-unit economies of scale that niche-produced 21:9 displays do not.

Is 32:9 the Answer?

The 21:9 display format was created to provide a wider viewing experience than 16:9 monitors, but it does so using a format that doesn't always play nice with 16:9 content. This is why 32:9 “super ultra-wide TVs” are now being produced. The advantage of this format is that it can display two 16:9 video streams side-by-side in their original aspect ratios, like having two regular 16:9 monitors together without the distracting center bezel.

“This is why 32:9 is definitely a thing,” said Muto. “However, a single, super ultra-wide 32:9 panel can present some logistical challenges, especially in terms of mounting and transport. This is why ViewSonic offers a flexible alternative with our LDC series dvLED displays, which are configurable to achieve a 32:9 layout.”

“We see more of a need for 32:9 than 21:9,” noted Yanke. “With that said, whether it is 21:9 or 32:9, we are not sure these solutions are catching on outside of those spaces that require these wide aspect ratios. But yes: The 32:9 is more appealing because of the ability to simulate two 16:9 screens side by side.”

Given the above considerations, the experts agree that 21:9 displays will remain niche for now. “While wider displays are gaining momentum in meeting rooms, hybrid work setups, learning environments, and productivity-intensive roles, they are unlikely to fully replace the widespread use of 16:9 displays,” said Meiner. “Standard consumer TVs, typical office setups, and classrooms equipped with 16:9 projectors or flat panels are much more well-established and may remain the norm for the foreseeable future.”

“21:9 display sales are growing, but there is a long way to go before it can be considered mainstream,” Muto concluded. “In the short term, 21:9 will remain niche due to some of the things discussed like price and content compatibility. But if hybrid meetings continue to be the norm, we'll likely see greater adoption of 21:9 devices in meeting/conference rooms as displays are refreshed.”

Get even more insights: Download SCN's Integration Guide to Video Displays and Mounts.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Kathy Katz, Managing Partner at BrightLine

As I contemplate the future of the AV lighting industry, I’m reminded of flexibility’s importance. In our rapidly changing world, flexible responses are critical to economic and creative success. Budgets, installation dates, and project personnel change—as do, disappointingly, energy-efficiency standards. Resources have no regard for political climates, and all that each of us does to improve efficiencies will, at the very least, contribute to what we leave available for the next generation.

In practical applications, the best lighting and control solutions are highly adaptable—changeable, scalable, low voltage, and controllable—through myriad methods, from traditional consoles to playback panels to APPs, accommodating changing users and their level of programming ability. Similarly, if a venue expands or moves, the AV lighting system needs to easily expand or move. Pre-labeled port and cabling systems are available to ensure continuity through changes. Even lighting fixtures themselves should incorporate flexibility through software and hardware with variable-white color, adjustable grip equipment, and a vast range of looks and scenes available through programming.

Ultimately, AV lighting and control should be as simple—and can be as automated—as the sunrise and sunset are. With adequate and reliable lighting for all your corporate communications, the focus can remain on your message to ensure creative and effective meeting results.

And as we continue to collaborate with AI, it will only get easier to provide the best lighting solutions for visual and efficacy optimization—or will it? Like human nature, I find AI’s nature can tend to over complicate. The goal of corporate AV communications should always be clarity, delivered through a behind-the-scenes, highly orchestrated network of AV components that combine into an intuitive system, thereby delivering a safe, comfortable, natural, and future-proofed video environment.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Rick Seegull, Senior Vice President, Technology and Business Development at Riedel Communications

In higher education sports and esports, it’s no longer just about the competition; it’s about creating connected, engaging experiences for athletes, fans, and the entire campus community.

In today’s collegiate venues, communication and coordination are everything. Behind every live event—football, basketball, a convocation, or an esports tournament—there’s a production team working in sync to bring the experience to life. Reliable communication networks, flexible signal routing, and intuitive tools make it easy to adapt, share content, and deliver professional-quality productions.

More campuses are now turning to decentralized, distributed routing architectures that connect multiple sites over fiber for video, audio, communications, and data with minimal cabling. This modular design uses small, interconnected nodes that can scale easily or even be deployed as portable flypacks. It’s a flexible, IP-style workflow without setup headaches.

A great example is Liberty University, which has built a connected campus environment that supports a wide range of live events, from athletics and academic broadcasts to large-scale convocations. Their IP-based communications solution, which features wireless beltpacks, streamlines workflows and allows teams to collaborate easily across venues, ensuring consistent, reliable performance no matter the size or scope of the event.

Lafayette University has taken a similar path, creating an IP-based production ecosystem that links its sports venues and mobile production setups. This flexibility allows their teams to produce live shows anywhere on campus, enabling students to gain hands-on experience with real-world broadcast and event workflows, using intuitive touch screen controls.

Esports add another layer of excitement. With players, commentators, and fans all interacting in real time, low latency and seamless communication are essential.

These innovations are about more than technology; they’re about connection, collaboration, and storytelling that make every experience immersive and unforgettable.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Chuck Espinoza, Global Director of Education at Aurora Multimedia

In higher education, technology plays a vital role in transforming both sporting venues and esports arenas into immersive, engaging environments for athletes and spectators. A key driver of this transformation is the shift to 10Gb AV-over-IP endpoints, which deliver high-performance video, audio, and control across a networked infrastructure.

Unlike traditional matrix-based systems, 10Gb AV over IP provides the bandwidth necessary for uncompressed 4K video and multichannel audio with virtually zero latency. This ensures that live action—whether a basketball game or an esports match—is delivered to every display, scoreboard, and streaming feed in perfect sync. Fans benefit from crystal-clear visuals, instant replays, and interactive content across massive LED walls and distributed signage, creating a dynamic and engaging atmosphere.

For athletes and teams, these technologies enhance performance and training. Coaches can access multiple real-time camera angles, integrate analytics, and provide immediate feedback without delay. In esports, low-latency AV distribution is especially critical, as it ensures synchronization between gameplay, casters, and spectators—replicating the professional-grade experience of global tournaments.

10Gb AV over IP also brings scalability and flexibility, enabling universities to easily expand their systems as venues grow or needs evolve. By routing AV signals through standard Ethernet infrastructure, institutions reduce complexity, lower costs, and gain the agility to adapt to future technologies.

Ultimately, the adoption of 10Gb AV-over-IP endpoints empowers higher ed venues to create immersive, future-proof experiences. Athletes benefit from advanced tools and instant feedback, while spectators enjoy engaging, high-quality environments that rival professional sports and esports arenas. These technologies not only elevate the game-day atmosphere but also strengthen the institution’s ability to attract students, athletes, and fans.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Megan Zeller, Business Development Director at Peerless-AV

Large-scale AV solutions, like dvLED video walls, are not only continuing to transform the way esports and higher ed sporting venues deliver experiences, but are now becoming an expected part of the experience. From immersive visuals and multi-screen displays to real-time updates, these technologies engage both athletes and spectators.

In the world of esports, high-resolution displays—like 4K at 60 frames per second—and vivid imagery are essential for showcasing fast-paced gameplay, fine details, and real-time reactions. Large dvLED screens keep audiences informed, with live feeds featuring high-resolution visuals displaying all of the action, stats, and instant replays—boosting energy and engagement in every match.

Traditional sports venues also benefit from immersive dvLED technology. Stadiums and arenas can use the same AV systems to display scores, instant replays, fan content, and promotional media, creating a unified and interactive experience across campus athletics.

High-quality audio systems built into these stunning visual displays further enhance events, delivering crystal-clear commentary, action-packed game sound, and crowd reactions that make both virtual and in-person experiences more thrilling.

By investing in top-tier AV infrastructure, esports venues and universities can create professional, captivating environments for all athletic programs, elevating the fan experience and building momentum for athletes.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Rick Hoefling, Category Manager, Video, Photo, and Conferencing at Full Compass

In higher ed today, AV technology isn’t just supporting instruction; it’s redefining how campuses engage students across academics, athletics, and esports.

In traditional sports venues, immersive AV systems are transforming the experience for athletes and fans alike. High-brightness LED video walls, ultra-short-throw projectors, PTZ cameras, and distributed audio systems power dynamic content—everything from instant replays to real-time stats. These aren’t just game-day upgrades; they’re part of a larger shift toward more connected, engaging environments. Immersive sports simulation is another growing trend, blending projection, sensors, and responsive audio to create virtual athletic practice environments. These systems offer a realistic, data-driven way for athletes to refine their skills without needing a full field or facility.

Esports presents a different but equally exciting challenge. Success here hinges on low-latency video, responsive switching, and seamless stream integration. Many schools are designing hybrid spaces that function as both competition stages and broadcast studios—complete with NDI-based camera systems, real-time graphics, and sound-isolated commentary zones. For players, ultra-responsive displays and consistent audio are critical. For spectators, it’s all about capturing the intensity of gameplay and team dynamics through thoughtful production.

Whether it’s football or Fortnite, the core question is the same: How do we use AV to create an experience that’s immersive, inclusive, and scalable?

The answer lies in smart infrastructure—networked video systems, centralized control, and flexible display tech that adapts as needs change. Schools don’t need to do everything at once, but they do need a roadmap. That means thinking beyond the next season and planning for long-term growth.

As someone who spends every day immersed in campus AV planning, I can say this: The most exciting learning doesn’t just happen in classrooms anymore; it happens where students gather, compete, and connect—and AV is what brings those moments to life.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Robert Scovill, Live Sound Market Manager at Eastern Acoustic Works

It’s easy to assume that esports events would be a natural fit for any modern-day concert sound system. These are huge events with large crowds of enthusiastic gamers set in an arena typical of the scale for full-blown music concerts. However, this competition is broadcast live with gamers sitting behind their gaming consoles competing in front of an audience.

Esports audio comes with specific demands and aesthetic sensibilities. One such demand is that nothing can impede the view of the screens for the audience. The other audio design criteria is that the system must be capable of covering a full 360 degrees of audience geometry, often with a steep vertical demand. Additionally, it must offer excellent pattern control to keep audio off the stage and away from the gamers themselves. This dovetails perfectly into the design philosophy for EAW ADAPTive systems, which was recently evidenced at the Riot Games’ 2025 LTA Championship in Texas. Will Taylor, owner of Square Wave Productions, said, “The easiest way to do this event was with the EAW Anna system. It’s a game changer for what we’re doing.”

EAW ADAPTive products, such as Anya, Anna, AC6, and Otto, are all active designs that hang in straight columns and can expand horizontally, with each corner hanging from a single rigging location. This allows them to disappear into the corners of the video screens. ADAPTive products are one of the only PA systems to operate as a single acoustic source; they can simply ADAPT their vertical coverage via Resolution software to any vertical start and stop point. This allows the production to be very flexible with trim height and overall line length with no sacrifice to vertical coverage for the audience. EAW ADAPTive products are a significant win for the production designers at pro-level gaming events.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Chris Teguh, Product Manager at Epson

In higher education sports and esports environments, immersive technologies are enhancing athlete training and how fans engage. Projection-based systems have a major impact on this market, with the ability to transform static spaces into dynamic, data-rich environments. High-brightness, high-resolution projectors can turn any surface into an interactive display, enabling virtual practice environments, enhanced coaching visualization, and engaging fan experiences.

One area that is gaining attraction in higher education is golf simulation. Projection is uniquely suited to create a large, immersive environment where students can hit a golf ball without damaging a display surface. When integrated with advanced golf performance software, student athletes have access to realistic, data-driven practice sessions regardless of weather, time of day, or location. These systems enable athletes to study ball flight analytics and practice in lifelike projected visuals, helping athletes refine performance.

When selecting a golf simulator projector, the underlying technology is a critical consideration. 3LCD projectors utilize three dedicated chips to reproduce all primary colors at once, delivering exceptional color accuracy and consistency across the entire image. This ensures subtle gradients—such as those found on greens, and deeper tones like sand traps—appear balanced and lifelike. Additionally, high-resolution and native contrast are important for maintaining image depth and clarity in diverse lighting environments.

In esports, immersive projection can help create visually striking competition spaces that heighten audience engagement. From projected scoreboards and reactive lighting effects to floor-to-ceiling visuals that mirror in-game action, projection brings spectators close to the excitement and helps higher ed institutions stand out as innovators in athletic and digital competition spaces.

Ultimately, tools like projection mapping, simulators, and interactive displays enhance both training and spectator experiences by creating immersive environments that deepen skill development and captivate audiences.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Mark Bishop, President at LynTec

In today’s higher education sports and esports arenas, large-scale LED video walls and digital displays have become the centerpiece of the fan experience. These technologies energize spectators, provide real-time stats and replays, and transform venues into dynamic environments that rival professional stadiums. Behind the scenes, intelligent power management is the often-overlooked element that ensures these systems perform flawlessly while maintaining efficiency and safety.

Video walls and projection systems demand significant, consistent power. Even energy-efficient LED systems consume electricity when in standby mode, as drivers and processors remain active. This phantom power draw adds unnecessary cost and heat, shortening the lifespan of critical components and increasing HVAC strain. Intelligent power control systems solve this challenge by automatically disconnecting loads at the relay or breaker level when displays aren’t in use, eliminating waste and protecting sensitive electronics from voltage irregularities.

For large athletic facilities or esports arenas, motorized circuit breaker panels or compact relay modules deliver precise, automated control. Operators can safely power down specific zones such as scoreboards, locker rooms, and gaming pods, or bring an entire facility online with a single button press or scheduled event. This sequencing prevents damaging power surges while optimizing energy use.

The benefits extend beyond cost savings. Intelligent power control simplifies operations for technical staff, enhances reliability during live events, and ensures that every display, amplifier, and lighting circuit functions as intended. As the esports market keeps growing and universities continue investing in immersive AV technology to engage students and fans alike, power management becomes the foundation for consistent, sustainable performance. It brings reliability to complex systems and keeps the energy focused on the action, where it matters most.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Christian Young, Product Manager at ATEN Technology

Technology has transformed higher education sporting venues and esports arenas into immersive environments that enhance both athletic performance and spectator engagement. Traditional college stadiums and gyms now incorporate smart infrastructure—such as advanced LED displays, dynamic lighting, and integrated sound systems—that create a high-energy atmosphere and amplify the drama of competition. High-density Wi-Fi and 5G connectivity are equally essential, ensuring fans can share experiences in real-time, access interactive stats, and engage with live polls or replays through mobile apps. These digital touchpoints extend the game beyond the physical venue, blending the in-person and online experience.

For athletes, technology shapes preparation and performance. Wearable sensors, video analytics, and real-time performance dashboards provide coaches and players with actionable insights. In esports, similar principles apply: latency-free networks, ergonomic hardware, and adaptive gaming setups ensure athletes compete at their peak. Training tools like VR simulations and eye-tracking systems push both traditional athletes and gamers toward higher levels of precision and resilience.

What truly defines immersion is the seamless layering of these elements. Augmented and virtual reality can transport spectators into the heart of the action, whether it’s a 360-degree replay on a jumbo screen or a VR headset experience that simulates being courtside. Gamification—through fantasy leagues, digital leaderboards, or in-arena challenges—adds another dimension of engagement, turning passive audiences into active participants.

Esports, in particular, thrives on interactivity. Streaming platforms, chat integrations, and AR overlays give fans influence over the broadcast narrative, making them part of the event itself. Higher ed institutions that embrace these technologies foster stronger communities, attract broader audiences, and create memorable experiences that extend school pride. Ultimately, the fusion of smart venue infrastructure, real-time data, and interactive storytelling is what transforms sports and esports into deeply engaging cultural events.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Effi Goldstein, President at the HDBaseT Alliance

Higher ed sports and esports unfold at a lightning pace that demands high-speed, real-time ProAV performance with no room for distractions. Athletes need immediate responses from their gameplaying equipment to stay focused and competitive, while spectators inside and remote audiences viewing a streaming broadcast both require the same instantaneous content delivery to feel a deep level of immersion. While all involved have their own individual rooting interests, each shares the same opponent: latency that disrupts the experience and reduces the impact of critical moments.

Therefore, a reliable, zero-latency connectivity infrastructure is essential for providing seamless KVM control to players that prevents disadvantages caused by delays. Uncompressed 4K video and synchronized audio are a must for allowing in-person spectators to react with the action, amplifying the energy at the precise moment when big plays happen. For remote viewers, delivering the same high-quality feed at the same time ensures they feel equally involved, no matter where they may be tuning in from.

Cameras must capture angles in perfect sync, with audio and lighting controls integrated to support the environment without interference. Solutions like HDBaseT 3.0’s 5PLAY enable this by transmitting fully uncompressed, zero-latency 4K@60Hz 4:4:4, USB 2.0, Gigabit Ethernet, power, and control over a single cable, which results in clean, streamlined installations without distracting cable clutter.

In higher education sports facilities and esports arenas, these technologies, tied together over a high-performance connectivity infrastructure, create a cohesive experience where every element operates in real-time. Institutions adopting such systems improve engagement and build stronger, more immersive live competitions.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Carrie Kaumans, Channel Marketing Director at Ampetronic | Listen Technologies

Technology continues to transform the live experience in higher education sports and esports venues. Modern facilities integrate networked systems, dynamic video displays, and audio to create environments that captivate both athletes and spectators. Technologies such as Bluetooth LE Audio and Audio over Wi-Fi provide flexible pathways for personal listening, allowing fans, coaches, and participants to access clear, real-time audio directly to their smartphone, earbuds, or hearing aids.

Venues that seek to implement technologies to enhance accessibility for all patrons, regardless of their hearing ability or device preference, ensure that everyone shares the same great experience.

Flexible network control, multi-channel distribution, and integrated assistive listening capabilities help meet accessibility and compliance standards while enhancing audience engagement. These technologies make university stadiums, arenas, and esports labs more connected, adaptable, and ready for the future.

Sony Corporation and TCL Electronics Holdings Limited have announced that the two companies have agreed to move forward with discussions and consideration for a strategic partnership in the home entertainment field.

Specifically, the two companies have signed a memorandum of understanding to confirm their intentions to establish a joint venture that will assume Sony’s home entertainment business, with TCL holding 51% and Sony holding 49% of its shares. The joint venture will operate globally, handling the full process from product development and design to manufacturing, sales, logistics, and customer service for products, including televisions and home audio equipment. Sony and TCL will proceed with discussions toward executing definitive binding agreements by the end of March 2026. Subject to execution of the definitive agreements and relevant regulatory approvals and other conditions, the new company is expected to commence its operations in April 2027.

The new company plans to advance its business by leveraging Sony’s high-quality picture and audio technology, brand value, and operational expertise, including supply chain management, while utilizing TCL’s advanced display technology, global scale advantages, industrial footprint, end-to-end cost efficiency, and vertical supply chain strength. The new company’s products are expected to carry the “Sony” name and “BRAVIA” name, aiming to create new customer value through these branded products, such as TVs and home audio equipment.

The global market for large TV products continues to expand, driven by trends such as diversified viewing styles through growing OTT (Over The Top) and video-sharing platforms, enhanced user experiences enabled by the evolution of smart features, as well as adoption of higher resolution and larger displays.

We Asked About the Professional Line of Sony BRAVIA

Building on its history of outstanding image quality and advanced processing, Sony’s BRAVIA displays have long been a premium line, offering additional professional features and favored by many commercial integrators and end-users.

With this in mind, AV Technology reached out to Sony for a comment on how the partnership might affect its professional line of BRAVIA displays. A Sony representative offered the following: “We consider the two companies to be nearly equal partners; both Sony and TCL will provide steadfast support for the sustainable growth of the new company, to create innovative products that meet the expectations of customers around the world and pursue further business growth through operational excellence.”

Perhaps the upshot will be that the professional line of BRAVIA displays will become more affordable. We'll have to wait and see.

For more information, visit https://www.sony.co.jp/en/ and https://electronics.tcl.com/.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Joe da Silva, Vice President of Marketing at Extron

Esports is no longer a niche activity; it’s a strategic pillar for student engagement and institutional innovation. Across campuses, AV/IT professionals are leading the charge to design immersive, high-performance environments that support competitive play, academic integration, and long-term program growth. Pro AV technologies are central to this mission, enabling institutions to deliver professional-grade experiences while integrating seamlessly with existing campus infrastructure.

Student-athletes expect low-latency systems with features similar to professional esports venues. High-refresh-rate displays, accurate audio processing, and high-isolation headsets support this standard. AV/IT teams also require tools that simplify system operation, such as control interfaces that automate source switching and audio management across multiple zones.

Beyond gameplay, AV system design plays a key role in community building. Large video walls and immersive sound systems transform lounges and labs into vibrant esports hubs, drawing in spectators and fostering connection. These spaces often serve multiple purposes—supporting coaching, training, and academic programs, so flexibility is key.

Scalability should be top of mind when launching or expanding an esports program. Start with core AV elements—robust displays, sound reinforcement, and reliable streaming—and build on a flexible signal transport backbone using copper, fiber, or IP-based solutions. This ensures clean signal paths and future-readiness.

Optimizing campus networks for simultaneous gameplay is equally critical. Early collaboration with IT teams helps align AV systems with security policies and bandwidth demands. Middle Tennessee State University’s esports arena exemplifies this approach, integrating scalable AV switching and distribution, streaming media processing, audio DSP, and amplification.

By investing in immersive, scalable AV systems, educational institutions can deliver esports experiences that excite students, support academic goals, and position themselves as leaders in competitive gaming.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Ted Greely, Territory Account Manager at Panasonic Projector and Display Americas

As universities expand their athletic programs and esports initiatives, they’re increasingly expected to deliver the same broadcast-quality experiences audiences expect from professional venues. The new Lee and Penny Anderson Arena at the University of St. Thomas in St. Paul, Minnesota, which was built as the school transitions to Division I athletics, embodies how the right AV foundation can elevate both the in-person and remote viewing experience.

Panasonic Projector and Display Americas worked closely with the university to integrate professional-grade display technology throughout the arena, ensuring every seat and every screen contributes to an immersive environment. Across the facility, high-brightness 4K panels—including TH-43SQE2, TH-55SQE2, TH-65SQE2, TH-75SQE2, and TH-86SQE2 models—deliver vivid, reliable visuals for live game feeds, instant replays, player stats, and digital signage. The SQE2 Series’ 24/7 durability and color-accurate IPS panels make them ideal for the fast-paced demands of collegiate sports and esports competitions alike.

Beyond the displays, the arena’s ecosystem connects seamlessly with Panasonic’s professional cameras and streaming infrastructure, which supports content capture and distribution to remote audiences without adding technical complexity for staff. The result is a venue that operates like a professional broadcast environment, giving students and fans the opportunity to experience live sports and esports events with the same polish and excitement found in pro arenas.

From flexible signal management to energy-efficient design, each component works together to support a future-ready, connected campus. The Anderson Arena demonstrates how thoughtful AV integration can turn higher-education sports facilities into dynamic, multi-purpose hubs that inspire engagement, build community pride, and create new opportunities for storytelling both on the field and on the screen.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Ken Vanier, Vice President Sales and Operations, Americas at WyreStorm Technologies

In higher education, sports and esports have become powerful drivers of community, pride, and engagement, and technology now sits at the center of that experience. From the moment a match begins, the quality of sound, video, and interactivity shapes how students, athletes, and fans connect. It’s not just about what’s shown on the screen, but how reliably and seamlessly it all comes together to create an atmosphere that feels dynamic, connected, and alive.

Modern athletic facilities and esports arenas depend on audiovisual systems that deliver clarity, synchronization, and flexibility. Large-scale displays, distributed audio, and rock-solid IP-based connectivity help institutions manage live events more efficiently while giving audiences the best possible experience, whether they’re courtside or watching from another room on campus.

For esports in particular, which have become hugely popular with the younger generation, performance and responsiveness are critical. Systems must handle real-time visuals, USB and KVM control, and seamless integration between multiple sources without lag or complexity. That’s where advanced AV-over-IP infrastructures have become essential, offering high-quality video, stable connectivity, and easier scalability for both live play and broadcast environments.

Beyond performance, sustainability and management have become key priorities for universities. With tools like WyreStorm’s SYGMA Cloud, IT teams can monitor and manage AV systems remotely, reducing downtime, eliminating physical travel, and simplifying maintenance. It allows schools to focus on enhancing the student and spectator experience rather than troubleshooting systems mid-event.

At its core, the role of AV in higher education sports and esports is about connection. When technology works as it should, seamlessly and reliably, it helps to build stronger communities, motivate students, and enhance the impact of every event.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Stephane Tremblay, President at the SDVoE Alliance

Higher education venues are increasingly investing in technologies that enhance athletic performance and spectator engagement. Whether in traditional arenas or esports facilities, advanced audiovisual systems are altering how competition is viewed, shared and experienced.

In esports, latency is the critical metric. A delay of even a few milliseconds can determine the outcome of a match. To meet those demands, institutions are adopting professional AV systems capable of transmitting high-resolution content with near-zero delay. Software-Defined Video over Ethernet (SDVoE) has become a leading solution, enabling uncompressed, zero-latency video distribution over 10G Ethernet networks. SDVoE’s architecture supports end-to-end latency under 100 microseconds while maintaining full image fidelity for HD and 4K60 HDR signals. For campus esports arenas, that means synchronized gameplay and audience reactions, which are key to an authentic, competitive atmosphere.

Beyond esports, the same technologies enhance broader athletic and academic applications. Universities use SDVoE-based systems to route live feeds across multiple locations, from classrooms to gymnasiums, with flexibility and scalability. SDVoE’s interoperability allows equipment from different SDVoE Alliance members to integrate seamlessly, protecting investments and supporting evolving needs across facilities.

Ultimately, immersive spectator and athlete experiences rely on flawless performance and seamless integration. Whether supporting collegiate esports tournaments or enhancing live athletic broadcasts, technologies like SDVoE enable higher education institutions to deliver professional-grade performance, reliability, and engagement, providing the precision and responsiveness that today’s competitive environments demand.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Nick Wilson, Digital Out Of Home, Sports Development Manager at Absen

The most memorable experiences in higher ed sporting venues and esports go beyond what fans are seeing and focus on what they feel. Today, technology is bridging players’ performances and audiences’ emotions, transforming these venues into immersive environments where every play comes to life.

It starts with seamless visual storytelling. High-resolution LED displays don’t just show the game; they amplify the venue’s energy, highlight key plays, and make fans feel like they’re part of the action. Crisp audio systems, synchronized lighting, and interactive content work together to create a shared atmosphere that connects everyone to the moment.

Emotion also drives branding and engagement. The sights and sounds that excite fans are the same elements that reinforce a university’s identity: its colors, traditions, and pride. Integrated technology allows every game to strengthen brand loyalty and showcase the school’s culture to students, alumni, and sponsors.

In esports and traditional arenas alike, these immersive environments also play a vital role in recruitment. Today’s athletes and esports players seek programs that match their competitive passion with a world-class experience. A dynamic, technology-rich venue signals investment, innovation, and commitment—qualities that help institutions attract top talent both on the field and in the digital arena.

Ultimately, the venues that succeed are those that merge technology, emotion, and identity. It’s not just about displays, speakers, or stats; it’s about leveraging them together to elevate excitement, build community, and create a memorable experience.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Shane Roma, Technical Product Manager of dvLED, Commercial Displays at ViewSonic

An engaging and immersive esports experience is an amalgamation of technology, equipment, environment, community, and players’ skills. Because esports are a lot more visual than other athletic events, technological advancements can have a major impact on both players and the audience.

For the audience, it’s not just about watching. Spectators become engaged and want to understand the complexities. This is where high-quality AV equipment, and especially large-format displays, can power replays and broadcast feeds. Large dvLED displays, whether permanent like the ViewSonic LDM series or mobile like the ViewSonic LDS series, deliver high brightness levels, high refresh rates, and high resolution so the audience can view various camera angles and highlights. These displays also provide seamless picture-by-picture options and coverage for various camera angles, from POV to player cams, as well as split-screen visuals.

Large interactive displays are also great for broadcast teams, especially when doing play-by-play and offering color commentary for spectators. Being able to make matches understandable or showcase the tactics used by teams on an interactive screen provides context and storytelling for fans watching in person and through a broadcast feed.

For the team and players, it’s important to ensure that they have a high-end monitor that not only features high refresh rates and response times, but is the right size so that they can see the action. The “sweet” size for monitors is 25 inches, where players can utilize their peripheral vision without losing sight of their goal.

Because esports are highly screen-dependent, an environment that highlights the game is important, and it becomes necessary to create excitement through the visual experience. Various display solutions can heighten that atmosphere for both the players and audience.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Randy Dickerson, Vertical Account Manager, Broadcast, Sports, and Enterprise at Panasonic Video and Audio Systems North America

Higher ed institutions are the perfect environment for students and professionals to leverage AV technology to improve sporting experiences. Many higher education institutions have traditional sports programs—like basketball or football—and esports teams, which are continuing to rise in popularity. PTZ cameras, audio, and switchers are critical to crafting engaging experiences for athletes and spectators, both in person and remote.

PTZ and studio cameras play a crucial role in capturing real-time gameplay for clear, 4K video and imagery. For esports, PTZ cameras can be placed in the commentators’ booth and strategically positioned above players’ screens to track and capture player reactions and POV shots. These unique angles give spectators a front-row seat to the action, making them feel like they’re part of the team. Similarly, for traditional sporting venues like basketball, PTZ cameras can be mounted on tripods and center-hung video boards to provide smooth preset moves for increased production value.

Effective content isn’t just dependent on video; audio and video must be synchronized to maintain viewers’ attention and deliver immersive, entertaining content. Panasonic’s PTZ cameras, like the AW-UE150A, offer a 3.5mm Mic/Line input and support audio embedding and encoding. Audio output to IP is also supported for institutions transitioning from digital audio cables.

Once audio is properly captured and embedded, a versatile production platform is needed to manage, mix, and distribute audio and video seamlessly. Switchers, like Panasonic’s KAIROS Live Video Production and Streaming Platform, fully support baseband and IP packets for inputs and outputs. In addition, streaming protocols like RTP, RTMP, RTSP, and SRT are supported for superior stability and security. KAIROS enables operators to mix, composite, and layer graphics with transitions, providing the flexibility and scalability to output professional-quality content in real time across multiple in-person and remote screens.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Misty Chalk, Vice President of Sales, Americas at BrightSign

With younger audiences preferring to watch games at home, higher ed sports and esports venues face the challenge of attracting them with an immersive fan experience.

No one wants to arrive at a game and struggle to see the action in real-time. Advancements in digital display and media player technology give everyone a close-up view, regardless of where they are sitting. BrightSign’s latest Series 6 players, for instance, support quality 4K IP streaming and eye-catching visuals with no delay. Additionally, BrightSign Built-In offers flexibility to position a display anywhere with the power of BrightSign’s System-on-a-Chip (SoC) solution. This way, venues can take advantage of small spaces, incorporating displays into the stadium’s aesthetic design.

Creating a hyper-personalized journey of micro experiences for fans helps distinguish the stadium experience from at-home viewing. Displays can power interactive touchscreen games or photo booths that superimpose fans’ photos alongside their favorite players, sparking excitement and sharing across social media for broader reach. Media players with sensing technology can direct people to shorter bathroom and concession lines to minimize wait times and support a seamless experience.

From an athlete’s perspective, the latest displays and media players help create a positive pre-game and game-time experience. AI applications can detect the mood of the locker room before the game and adjust visuals accordingly. If players look serious, the display will show stats from the opponents’ previous games to help them prepare. However, if they seem nervous, the displays could update to more soothing imagery for a calm environment. Similarly, high-quality media players that can power 8K video and high-speed 3D motion graphics ensure esports players can easily watch their teammates’ progress and strategize effectively.

Higher ed stadiums are highly visual environments, making the latest display and media player technology critical to an immersive athlete and spectator experience.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: John Hulen, Director of Vertical Marketing at Crestron Electronics

In higher ed sporting venues and esports, one of the most important factors for an immersive and engaging experience is flawless technology integration. When a fan or athlete looks at the game on the field or the court, then looks at the displays nearby or within the line of sight, all must be in sync. And when more than one display is adjacent to others, they all need to be in sync as well.

With the recent AV-over-IP technology advances Crestron has made, stadiums, basketball courts, esports arenas, and other sporting venues have become excellent application examples for seamless video, audio, and control solutions.

One such terrific example is at Liberty University, where the football team is popular with students, faculty, and community members. When they needed a cutting-edge way to build enthusiasm at these events, Crestron DM NVX AV-over-IP technology was the perfect solution. The venue becomes crowded quickly during games, but spectators can always see the action on the large screen without missing a beat.

To keep everyone engaged in large arenas or stadiums, it requires a networked AV solution which utilizes multicast capabilities.

Taking technology integration to the next level, the Liberty University basketball arena uses Crestron solutions integrated with intelligent lighting controls, court projections, and audio playout systems. With young student workers helping to manage the technology at events, the user experience needs to be as seamless as possible. Therefore, Liberty designed its own control interface on the Crestron touch screens to make it simple to find specific buttons, even under the pressure of a live game.

When choosing the best audio, video, and control technology for a higher ed sporting venue, I recommend reading or watching one of Crestron’s case studies. This will help you better understand how the top educational institutions offer engaging experiences to their athletes and students.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Duncan Miller, Director of Global Marketing at Adder Technology

The modern sporting venue has evolved into a highly dynamic media hub, where switching, streaming, and real-time content production must operate with absolute precision. As arenas scale to support hybrid workflows, including remote and virtual production, one of the most impactful technologies behind the scenes is high-performance IP KVM. Its role in enabling flexible, secure, and low-latency access to distributed systems is becoming indispensable.

For switching and streaming today’s sporting events, three elements stand out. First, IP-based infrastructure has become the backbone for routing video, audio, and control signals at scale. Second, ultra-low latency workflows are essential to maintain timing accuracy between on-premise production, cloud services, and remote operators. Third, IP KVM extension and switching bring these workflows together by giving engineers, graphics teams, and replay operators seamless control of high-performance machines, wherever those systems physically reside. By decoupling systems from the control room, IP KVM supports secure remote operations, simplified equipment management, and flexible scaling during peak event periods.

When it comes to creating immersive experiences for athletes and fans, the same technologies play an equal role. Modern IP KVM systems allow production teams to manage high-resolution graphics, LED content, and multi-camera replay systems with complete responsiveness, ensuring in-venue storytelling feels immediate and connected. As more venues adopt remote or virtualized production models, IP KVM becomes even more valuable, enabling distributed teams to collaborate in real-time without sacrificing performance.

Ultimately, transformation technologies in sporting venues are those that strengthen responsiveness, resilience, and operational freedom. IP KVM is central to that shift, empowering teams to produce richer, faster, more engaging content no matter where the operators, or their systems, are located.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Daniel Maloney, Technical Marketing Manager at Matrox Video

As colleges and universities invest in state-of-the-art sporting and esports facilities, the ability to deliver high-impact visual experiences has become just as important as the action on the field—or on screen. To engage fans, athletes, and remote audiences alike, these venues need infrastructures capable of distributing pristine, synchronized, low-latency video and audio signals across multiple displays, scoreboards, and production zones.

This is where IP-based workflows make a measurable difference. By replacing traditional, fixed video routing hardware with standard IT network switches, higher education institutions can build scalable systems that expand easily as facilities evolve. Video, audio, and control signals travel seamlessly over standard network cabling—often a single Cat 5 or fiber line—eliminating the complexity of proprietary formats while reducing setup time and long-term costs.

Beyond flexibility, the move to IP ensures consistency and performance. Standards-based technologies such as SMPTE ST 2110 and IPMX enable uncompromised, broadcast-quality video delivery across the campus network with minimal latency—an essential factor for live gameplay, instant replays, and interactive displays. This adherence to open standards empowers operators to select best-of-breed tools, crafting their AV ecosystems to meet creative and commercial goals without being locked into proprietary solutions.

As higher ed institutions continue to blur the lines between live production, esports, and learning environments, IP infrastructure serves as the common foundation, empowering IT and AV teams to innovate without limitations.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Paul Richards, Chief Revenue Officer at PTZOptics

Colleges and universities are transforming their athletic and esports programs with professional-level production tools that make every game more exciting for athletes and spectators alike. The technologies driving these experiences—robotic cameras, automated production software, and advanced streaming tools—are changing how we capture and share competition.

At PTZOptics, we’ve seen how PTZ cameras, with their ability to pan, tilt, and zoom remotely, empower small teams to produce multi-angle coverage once limited to large crews. By integrating these cameras with IP-based control and automation platforms, schools can create dynamic live streams and in-venue visuals that rival professional broadcasts.

In traditional sports, a few well-placed PTZ cameras can follow the action from baseline to bleachers, delivering smooth tracking shots and instant replays. Paired with analytics overlays and real-time score integration, the production becomes both informative and engaging. Meanwhile, AI-assisted camera control helps ensure no critical moment is missed, even when staffing is limited.

Esports brings its own challenges and opportunities. Fast-paced gameplay demands camera agility and software that can easily switch between player reactions, gameplay feeds, and audience views. Using robotic cameras allows production teams to highlight the intensity of competition while maintaining a polished, cinematic look.

Ultimately, immersive sports coverage is about the connection between players and their fans, teams, and communities. As production technology becomes more accessible, the focus shifts from hardware to storytelling. With PTZ cameras and intelligent control systems, educational institutions can deliver professional-quality coverage that celebrates their athletes and inspires their audiences—on campus and beyond.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Rob Zeller, Vice President, dvLED at Sharp Imaging and Information Company of America

In today’s higher education sports and esports environments, technology defines the audience experience as much as the game itself. The most successful venues recognize that return on experience (ROE) can be as critical as ROI. Today’s spectators expect multiple large, high-definition displays that deliver pristine, reliable, and dynamic visuals. Low fidelity, visual defects, or technical failures can quickly erode engagement and diminish the energy of an event.

Modern facilities achieve excellence through connected ecosystems of displays and control equipment, where every screen—from main video replay displays to ribbons and interactive kiosks—forms part of a unified, dynamic canvas. This flexibility allows those within content creation to design unique experiences that adapt to each display’s resolution, orientation, and position within the larger visual network, maintaining visual interest and cohesion across the entire venue.

Other trends are interactivity and gamification. In both sports and esports, fans are no longer passive viewers. Integrating crowd-sourced mobile participation, live polls, interactive promotions, and fan challenges transforms spectators into active participants. This engagement drives emotional connection, increases sponsor value, and extends the in-venue experience beyond game day.

Behind the scenes, data-driven content programming has become a core advantage. Real-time information, ranging from next-generation player analytics to league-wide updates, is dynamically integrated into display networks to ensure that every moment feels timely, personalized, and relevant.

Finally, with environmental vision shaping the next generation of campus venues, universities and esports programs are prioritizing technologies that offer longer life cycles, lower power consumption, predictive maintenance, and reduced emissions. These advances prove that sustainability and performance can coexist.

These innovations form the foundation of the modern higher ed sports and esports experience: immersive, intelligent, interactive, and sustainable.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Lisa Barlow Flournoy, Marketing Support Manager at DVIGear

Visitors to the SDVoE booth at ISE and InfoComm shows have experienced the benefits of 10GbE AVoIP technology behind the wheel of DVIGear’s DisplayNet Formula IP racing rig. The demonstration provides a fun and exciting way to experience the real-world advantages of SDVoE, especially the high-quality imaging and zero frame latency. High-resolution images require significant bandwidth. Unlike lesser AVoIP platforms, SDVoE utilizes 10G Ethernet technology that has been widely used in data centers all over the world for decades. SDVoE technology ensures that images do not suffer from compression artifacts that would otherwise degrade picture quality.

SDVoE 10GbE systems operate in real time with no visible latency. Latency is the delay between the transmission and reception devices in a system. For example, the synchronization between the action taken with a mouse, or in this case, a steering wheel, and the appearance of that action in a reception device, such as a large 4K monitor. The latency between an action and the resulting image is very annoying (think of a video where the audio is out of sync). Latency is often a problem on other AVoIP platforms, but not with SDVoE. A racing simulator demonstrates the spontaneity possible with SDVoE. Technically, there is some latency, but it is so low that human perception cannot detect it. However, this is not the case with other AVoIP technologies. A delay of just a few frames in a simulator can make the difference between taking the high-speed turn successfully or crashing.

High-performance signal distribution is key to engaging and stimulating esports events. Robust features of the SDVoE 10GbE platform make it ideal for these applications.

AVT Question: Please share insights on emerging trends and technologies that help engage fans, distribute audio and video in near real-time, and make a difference in sporting venues and esports arenas.

Thought Leader: Mario Ponce, Market Development at Shure

One of the most important elements in creating an immersive esports environment, whether on campus or online, is delivering consistent, high-quality audio for both athletes and spectators. Clear, uninterrupted sound not only keeps competitors connected but also drives engagement for audiences following every play. And while esports continue to expand across higher education, access to professional-grade audio equipment has become essential to the experience.

For athletes, reliable communication is key. Using a dedicated microphone that’s separate from a gaming headset ensures clarity and precision. A dynamic microphone with a cardioid polar pattern remains the best choice for isolating the voice and rejecting ambient noise from other players or crowd sounds. This setup also allows athletes to choose high-performance headphones or in-ear monitors for improved accuracy and situational awareness, which can be a significant competitive advantage in fast-paced games like FPS or racing games.

The type of connection is another consideration. USB mics, like the MV6, are ideal for direct digital connection during virtual tournaments, and XLR mics are ideal for integration into professional mixers or venue sound systems during in-person competitions. A microphone that supports both USB and XLR connections, like the Shure MV7+, gives student athletes and event organizers enhanced flexibility.

Beyond the hardware, modern audio technology offers built-in digital signal processing (DSP) and software applications that make professional sound more accessible. Features like automatic gain control, noise reduction, and voice optimization ensure athletes sound their best without technical distraction. Software tools now also allow users to adjust EQ, compression, and noise gates intuitively, bringing studio-grade control to campus gaming arenas.

With these advancements, higher education institutions can empower athletes and production teams to deliver a truly immersive audio experience that enhances communication, minimizes distractions, and ensures spectators don’t miss a moment of the action.

If you’ve ever swiped through a Kindle, or any other e-reader, you’re already familiar with electronic paper, or e-paper, at least on a consumer level. For Pro AV, however, there are a few more things to know beyond how to download the next Stephen King novel, if you wish to gain sales while informing clients about the pros and cons of this technology, and how it fits into their communications and sustainability goals.

For Till Gotterbarm, VP of business development at AUO Display Plus, a Taiwanese commercial and industrial display company that acquired Avocor in 2024, e-paper offers AV integrators yet another opportunity to help customers deliver their messaging. “We’re really addressing a market where the AV integrator can extend their value to large, global corporations and even SMBs,” Gotterbarm said. “Now you can provide something very new.”

Screen Comparisons

E-paper is basically a digital version of paper-paper. Timothy O’Malley, assistant VP for the U.S. Regional Business Unit at E Ink, explained that the combination of electronic ink film with patterned electronics results in e-paper displays (also known as electrophoretic displays or EPDs) that don’t require much power and can be positioned in places unsuitable for traditional video screens.

Christopher Kwon, director of product marketing, smart signage, at Samsung Electronics America, noted that one of e-paper’s primary elements is its bistability, meaning that people can view its content even when the device is not drawing power. “This property allows e-paper displays to maintain an image for long periods with extremely low energy use, making them an energy-efficient signage option,” he said.

While LCD and LED displays require constant power, e-paper does not. “Once an image is set on the display, it stays in place without drawing any power until it next changes,” O’Malley explained. Devices can be battery and even solar powered, which decreases the need for wiring and increases energy savings. (Wired connection is possible too, via PoE or USB-C, for example.)

Not only does this make e-paper more energy efficient, it also results in cooler devices, since they don’t produce the heat of traditional video displays. They’re also easier to view in direct sunlight. “E-paper reflects ambient light the same way as ink on paper," O’Malley noted, "which makes it comfortable to view in bright or dim environments without straining the eyes or consuming large amounts of energy.”

Another difference between video displays and e-paper is how the two technologies use light. According to Kwon, LCD and LED screens need a constant backlight to generate images. On the other hand, the charged ink particles in e-paper reflect ambient light. "This approach reduces glare and maintains excellent visibility even in bright conditions," Kwon added, arguing that like paper, e-paper delivers its best viewing experience in bright spaces.

Kwon added that lightweight, ultra-thin displays, such as Samsung’s Color E-Paper, are a good option for spaces where smart signage is better than traditional paper, especially if the messaging needs to be updated regularly. Like video-driven digital signage, e-paper can be updated remotely—in Samsung’s case, through its VXT management platform or its E-Paper mobile app.

E-paper also has an advantage in environments with few or no power sources, little to no wiring, and limited mounting options. “This combination of low power consumption, portability, and remote updating makes e-paper well-suited for areas without a permanent power source,” Kwon said, adding that features such as network standby off mode and sleep mode serve to increase energy efficiency even more.

Current Use Cases

Aside from energy savings, e-paper enables organizations to maximize their technology usage, argued Victoria Fox, global head of communications at Philips Professional Display Solutions (PPDS). Plus, e-paper can help organizations work toward their sustainability goals associated with technology acquisition and inventory management. “The fact that it is so portable—and it can be moved around from location to location rather than it being stuck on a wall or on a mount that has to stay in one place—means that people can make much better use of it,” Fox added.

Bart Wouters, international product manager of professional displays at PPDS, said that right now, e-paper is best suited for displaying static images. While there are e-paper technologies that can run video, he said they are "very limited in the amount of color that the product is capable of showing." As a result, it is less than ideal for signage applications involving advertising and branding, since most brands have very specific requirements related to the color accuracy of their logos and the reproduction of other marketing materials.

“We don’t really see it as a replacement for LCD,” Wouters admitted. Instead, e-paper is an additional option for certain use cases.

That’s not to say that manufacturers aren’t striving to improve the color quality of their e-paper offerings. Late this summer, for example, Sharp launched its EP-CA22 28.6-inch diagonal Advanced Color ePaper display with a 180-degree viewing angle. Based on the A2 poster print size, the model delivers more vivid colors and high contrast, according to Sharp. Kevin Christopherson, Sharp's director of display product marketing, noted that the new model, which features SoC technology and doesn’t require power when showing static imagery, offers a sustainable display choice to customers while also providing AV integrators with a solution that’s easy to install.

Because e-paper displays are low power and perform well in high ambient light conditions, like their old-fashioned counterpart, they make for good reading in both commercial and educational purposes. O’Malley noted that they are used for Digital Out of Home (DOOH) advertising, wayfinding, and electronic shelf labels in big box stores.

Transit is another growing use case. For example, the Massachusetts Bay Transportation Authority (MBTA) is currently piloting solar-powered E Ink displays to provide real-time scheduling information to passengers. Plus, Papercast, which has deployed e-paper solutions in dozens of countries, recently installed E Ink displays at bus stops in downtown Los Angeles for LA Metro to help keep passengers informed about arrivals and departures.

Kwon points to dining as another prime e-paper use case. He relayed that an event catering company recently swapped out its chalkboard menu with a 32-inch Samsung Color E-Paper display, managed through the manufacturer’s VXT platform and Samsung E-Paper mobile app. “The lightweight, ultra-thin design makes it easy for staff to transport and set up at different venues, eliminating the need to manually update the menu, and reducing setup time,” he explained.

Meanwhile, Restaurant Nenuphar, a fine dining and events establishment outside of Ghent, Belgium, replaced its paper signage with Philips Tableaux e-paper displays. Now the business can easily update content to coincide with the time of day, current customers, or even weather conditions.

Gotterbarm emphasized that e-paper provides AV integrators another way to assist customers with their communications needs. “It’s a good thing for integrators," he added, "because they can add value if they take the time to understand it."

E-Paper Deployment Considerations

E-paper products aren’t like traditional video screens, which requires AV designers and integrators to adopt a slightly different mindset. Bart Wouters from PPDS offered a few key points to consider before embarking on a rollout.

• The more ambient light, the better e-paper works. “It’s like a piece of paper; if you open your newspaper in a dark room, you will not be able to see it,” Wouters explained. "Don’t put it in a corner that’s very dark with no lighting—that’s not the best location for it.”

• One display can serve multiple locations. E-paper’s portability makes it a good option for creating movable point-of-sale advertisements or educational displays. “This is a clear advantage of e-paper technology: Because it doesn’t need power to show an image, it is portable,” Wouters said.

• There are still limitations associated with color accuracy. If the client has strict requirements for the pantones featured in their brand’s logo, e-paper is probably not the best choice … at least not right now.

Get your free copy of SCN's Integration Guide to Video Displays and Mounts.

Wide Appeal for Ultra-Widescreen Displays

More horizontal real estate can be very useful for many applications, so why is 21:9 still considered niche instead of the aspect ratio of choice? And is 32:9, which is even wider, the answer? Learn about the advantages and disadvantages of ultra-wide display options for conference rooms and more.

At Issue

When it comes to video displays for conference rooms, how big is too big? Industry experts from Avocor, Jupiter Systems, LG, Planar, and Sharp size up your options.

Download the Integration Guide to Video Displays and Mounts.

Read the December issue of Systems Contractor News.

Nanolumens is set to launch the NanoPanel 55, a new dvLED display designed to bring the advantages of dvLED technology to the standard 55-inch flat panel format. The NanoPanel Series combines the advantages of direct-view LED technology, including reduced power use, high image calibration and in-field repairability, long lifespan and zero bezels, within the same footprint as traditional LCD and OLED displays. Using Virtual Chip-on-Board (VCOB) technology, the NanoPanel 55 delivers Full HD (1920x1080) resolution in a 55-inch cabinet size with the same mounting compatibility and footprint as standard flat panels. The NanoPanel 55 offers all the benefits of dvLED while maintaining the simplicity and familiarity of a traditional commercial display.

[Now Showing: The Integration Guide to Digital Signage]

While not the first dvLED display in a 54 to 55-inch size, the NanoPanel 55 is the first to market to offer true Full HD resolution at 1920 x 1080. The NanoPanel was developed for specific use cases such as flight information display systems (FIDS) in airports, transit stations, menu boards and command and control centers. The product’s design focuses on performance, reliability and ease of integration, giving operators and facilities a direct replacement option for traditional LCD flat panel displays.

“The NanoPanel 55 is a practical evolution in dvLED technology,” said Kurt DeYoung, chief revenue officer for Nanolumens. “It delivers the long lifespan, energy efficiency and zero-bezel design of dvLED in a familiar flat panel format, giving customers a direct replacement for LCD displays that’s easier to maintain and more cost-effective over time.”

The NanoPanel 55 is engineered for 100,000 hours of 24/7 operation to half-life, maintaining both color and white balance throughout its lifespan. The display’s efficient power usage and reduced heat load contribute to lower operating costs and an improved return on investment. Field-serviceable modules allow for quick on-site repair, minimizing downtime and reducing environmental impact by eliminating the need to store spare displays.

The NanoPanel 55 supports easy retrofits into existing LCD spaces using standard VESA mounting patterns, allowing integrators to reuse existing infrastructure. The zero-bezel design enables seamless multi-panel configurations that create a continuous visual surface, enhancing the viewing experience with improved contrast, deeper blacks and brighter whites. With its 0.6 mm pixel pitch and Full HD resolution in a 55-inch cabinet, the NanoPanel 55 delivers clarity and performance ideal for high-visibility applications.

LG Electronics USA has launched the LG MAGNIT ProAV Series MicroLED displays (LSAP series) with Megapixel’s HELIOS LED Processing Platform. This platform unlocks advanced user-experience (UX) and user-interface (UI) functionalities including real-time mapping, multi-user control, superior color control, hyper-speed seam correction (via game controller), monitoring, and diagnostics. LG is also expanding its all-in-one dvLED (LAAA series) portfolio, adding new 163 and 136-inch LG MAGNIT All-In-One 4K models.

[The Baltimore Ravens Have a New Partner in Technology]

“Our new LSAP MicroLED displays are important innovative additions to our existing range of LG MAGNIT models,” said Michael Kosla, B2B senior vice president at LG Electronics USA. “With Megapixel’s HELIOS processing platform, these LG MAGNIT displays have the capability to utilize powerful UX and UI functionalities, providing system integrators and end users with even more control and an excellent overall user experience.”

The HELIOS LED Processing Platform adds advanced control and management capabilities to the LG MAGNIT LSAP MicroLED displays. Features include real-time mapping, support for multiple users, color adjustment tools, seam correction options using a game controller, and built-in monitoring and diagnostic functions.

LG MAGNIT ProAV Series MicroLED displays are available now in three models: LSAP007, LSAP009 and LSAP012, with pixel pitches of 0.78mm, 0.94mm and 1.25mm, respectively. The improved displays feature a series of significant upgrades, including high-performance refresh rates and lifelike color reproduction.

The LSAP012 now features double the refresh rate, making it ideal for high-performance environments. Due to its high refresh rate options, LSAP is the easy choice because of its clear reproduction of fast-moving images on the screen (e.g., boardrooms and home theaters) and for its exceptional video capture on camera (e.g., virtual production and broadcast studios).

The new LAAA 163-inch (0.9mm pixel pitch) and 136-inch (1.5mm pixel pitch) LG MAGNIT All-In-One 4K models further expand LG’s LAAA series portfolio, which includes an embedded controller simplifying the installation. Control of these displays is as easy as using the infrared remote control or integrating them into a high-end AV Touch Control system via IP commands. These displays include integrated loudspeakers.

Built-in Quad Core SoC (System on Chip) executes several tasks at once, for providing smooth content playback; and LG’s webOS smart platform enhances user convenience with its intuitive user interface, provides system integrators and developers simple app development tools such as SDK (Software Development Kit) and SCAP (Signage Common Application Platform).

AV Technology Manager’s Guide to Displays: Immersive, Engaging & Strategic

28 Industry Thought Leaders share their insights on topics such as how to engage and immerse audiences, collaborate across campuses, utilize AI to help drive targeted messaging and gather data, create an ecosystem to improve workflows, increase sustainability, and maximize total cost of ownership, and more.

10 Case Studies with Fresh Perspectives: Virtual Windows with Breathtaking Views | LED Video Walls Enhance Visibility of Research Institute | 71 Displays and 21 Video Sources Means Game-On | Cutting-Edge Displays Help Co-Workers “WorkBetter” | dvLEDs for a Historic Car Dealership | Major U.S. Retailer Gets a Major XR Upgrade | Displays Transform Underutilized IT Space | Set Design Roars to Life With Projection | Taking the Employee Experience to New Heights | Rugby Stadium Gets a Pitch-Perfect Digital Overhaul

25 Display Products: Video processing technology that sets a new standard, 4K optical extender, create a fully synchronized video wall of any size, future-proofed media server solutions that enhance workflow efficiency, universal dvLED mounting system, 4K HDR displays for commercial environments, video wall controllers, and so much more!

AV/IT Teams: Check out the first professional-grade virtual production and visual FX studio in a PreK-12 educational institution in the United States.

Read More!

AVT Question: Please share your insights into emerging trends and how AV/IT technologies are reshaping the higher education classroom and beyond.

Thought Leader: Jerry Berger, Consultant Liaison at Absen

Higher education is undergoing a seismic shift. As student expectations evolve and hybrid learning becomes the norm, institutions are rethinking what it means to create an engaging, flexible, and inclusive classroom environment. At the core of this evolution is technology—not as a novelty, but as a necessity.

Today’s classrooms must be more than just a place to lecture—they must become dynamic collaboration hubs. Visual technology, particularly direct-view LED (DVLED) displays, is playing a pivotal role in this transformation. These ultra-clear, scalable displays provide an immersive visual experience that supports both in-person and remote learners, ensuring every student feels present—no matter where they are.

Equally important is adaptability. Classrooms now serve multiple purposes: lectures, virtual guest speakers, collaborative group work, and content sharing across campuses. Technologies that offer seamless connectivity, high reliability, and simple content management empower faculty to shift between modes without disruption.

We’re also seeing a shift toward sustainability and longevity. Universities are looking for energy-efficient solutions that reduce long-term operational costs while enhancing the student experience.

Ultimately, the goal is not to digitize for the sake of innovation, but to create environments where attention spans stretch, participation grows, and students are more deeply connected to the content—and to each other. As higher ed continues to evolve, institutions that prioritize immersive, flexible, and future-ready classroom tech will be the ones that lead the way.

AVT Question: Please share your insights into emerging trends and how AV/IT technologies are reshaping the higher education classroom and beyond.

Thought Leader: Omer Brookstein, Chief Executive Officer at Xyte

As the modern classroom rapidly evolves with increased reliance on technology and digital learning, higher education institutions face mounting challenges in managing a growing number of AV and UC devices across classrooms, lecture halls, buildings, and campuses. To keep pace, IT and AV managers need powerful tools to monitor device health, detect faults early, and ensure seamless operation.

Following the pandemic, students and faculty—whether attending in person or remotely—now expect flexible, reliable hybrid learning environments. They depend on immersive AV systems, robust communication infrastructure, and cloud-based platforms that support real-time collaboration and consistent performance. These technologies not only deliver content but also personalize the learning experience, empowering students to engage in ways that suit their individual learning styles.

Audiovisual technology plays a crucial role in delivering a personalized learning experience, but as a growing number of higher education facilities invest in new technologies, they require a streamlined, scalable way to manage and monitor their solutions effectively, allowing them to control and monitor devices in dispersed locations.

Using new and advanced cloud technologies with thousands of AV devices deployed across sprawling campuses, IT directors and chief information officers can, for the first time ever, monitor and manage devices from multiple vendors and in multiple locations through a unified interface, without moving from their office chair. This cohesive visibility improves operational efficiency, extends the life cycle of critical classroom technology, and enhances responsiveness, keeping the focus on education—not on equipment maintenance.

With just a few clicks, IT and AV managers can use Xyte to remotely monitor and address device issues before end users even notice them, saving the institution time and money while keeping staff and students satisfied.

AVT Question: Please share your insights into emerging trends and how AV/IT technologies are reshaping the higher education classroom and beyond.

Thought Leader: Joe Andrulis, Executive Vice President of Corporate Development at Biamp

The Pro AV higher education market, paradoxically, has become both more simplified and more complex.

On the one hand, emerging technologies such as AI and unified communication software are helping to streamline the process of installing, provisioning, managing, and using AV equipment that has become mission-critical for higher education classrooms—from conferencing bars to projectors. On the other hand, with the growth and maturation of hybrid learning—otherwise known as the ability to learn and teach from practically anywhere—integrators, AV specialists, and IT managers are forced to manage an ever-growing and increasingly complex ecosystem of connected AV devices.

After all, higher education students increasingly desire the flexibility hybrid learning provides in that it affords in-person instruction when they can and remote learning when they can’t. This enables them to better manage personal and professional commitments outside of school. Meanwhile, professors who may attend a midweek conference can still maintain office hours while off campus. As a result, AV assets are increasingly spread out across a variety of geographies and scenarios—from the traditional classroom to the home and practically anywhere in between.

To wrangle this complexity, AV manufacturers are introducing cloud-hosted software solutions. This additional software layer will empower everyone along the AV value chain to seamlessly integrate and oversee all deployed AV systems from a unified dashboard that is accessible anytime, anywhere.

Integration of such software will require a mindset shift for all, but the rewards are unmistakable. Manufacturers will be able to manage a product’s entire lifecycle seamlessly; integrators will be able to install and provision AV assets more efficiently; campus IT pros will be able to monitor and manage AV assets more effectively; and finally, the students and instructors will enjoy an improved overall educational experience.

AVT Question: Please share your insights into emerging trends and how AV/IT technologies are reshaping the higher education classroom and beyond.

Thought Leader: Brandon White, Director of Product Development at Vanco International

When I think about how higher education classrooms have changed in recent years, the first word that comes to mind is agility. Not long ago, a classroom was just a static space: four walls, a whiteboard, and maybe a projector if you were lucky. Today, it’s a dynamic environment: flexible, inclusive, and shaped as much by how students learn as by what they’re learning.

What changed was the mindset. The pandemic was the big turning point. Suddenly, everyone had to use technology tools to help facilitate learning. Once that barrier was broken, there was no going back.

An area that I’ve seen continue to evolve is how higher education spaces are utilizing more collaboration products to support BYOD. At this point, it’s assumed that students will bring their own laptops, tablets, or phones. The job of the AV system is to support that seamlessly and reliably.

Imagine a lab table where four students plug in, press a button, and their work pops up on the shared screen with no fuss and no delay—just learning in real time. This isn’t a hypothetical: We’ve seen solutions like KVM switches and wireless video switchers become very popular for this exact application. This kind of simple, intuitive tech encourages students to share ideas, challenge each other, and stay engaged.

Even as collaboration technology becomes part of the fabric of the modern classroom, however, it’s important to foreground simplicity and reliability. You can design the most sophisticated classroom in the world, but if the instructor or students have to call IT every time they want to share their screen, you’ve missed the mark. The tech should disappear into the background and let educators do what they do best: teach.

AVT Question: Please share your insights into emerging trends and how AV/IT technologies are reshaping the higher education classroom and beyond.

Thought Leader: Micah Shippee, Director of Education Solutions and Channel Sales at Samsung Electronics America

Higher education institutions are increasingly prioritizing the integration of AI for various aspects of teaching, learning, and administration. AI’s projected impact is multifaceted, with the potential to transform both instruction and on-campus security.

From an instructional perspective, AI mirrors the adoption of the pencil in education. A century ago, teachers would say, “Today we’re going to learn math with our pencils.” Over time, the pencil became so ubiquitous in learning that its use as a tool no longer needed to be mentioned. If meaningfully adopted, each innovation is destined to have a Pencil Moment. We are seeing AI rapidly approach its own Pencil Moment.

One clear area of opportunity is the interactive whiteboard, which has seen widespread use across campuses. When enhanced with AI, these displays can help educators scale their instructional strategies and create more engaging learning environments. Educators can automatically transcribe lectures, generate summaries, and create instant quizzes from those transcripts. Students can connect wirelessly and participate from their own devices, turning passive lectures into interactive learning moments. This shift enables more formative assessment, which serves as a better gauge of knowledge retention. In these cases, the introduction of AI transforms the whiteboard into a hub of smart solutions that simplify, enhance, and empower the learning experience.

While the benefits of AI are promising, its adoption also raises new challenges, particularly around information security. AI tools can strengthen cyber defenses by monitoring network activity, analyzing logs, and detecting anomalies in real time. Digital twin technologies can even enable predictive maintenance to prevent issues before they arise. However, malicious actors can also exploit AI to launch more advanced cyberattacks. These dualities make it critical for higher education institutions to adopt AI responsibly, ensuring data privacy and minimizing risk as they unlock the technology’s full potential.

AVT Question: Please share your insights into emerging trends and how AV/IT technologies are reshaping the higher education classroom and beyond.

Thought Leader: Mikey Shaffer, Senior Director of Sales at Listen Technologies

Personalized learning and flexibility continue to lead the evolution of higher education. Today’s students expect content to be accessible anytime, anywhere, and on any device—making bring your own device (BYOD) more critical than ever. Technologies that deliver high-quality audio directly to personal devices are at the forefront of this shift.

Solutions like audio over Wi-Fi and emerging innovations such as Auracast broadcast audio are transforming how students engage with lectures, presentations, and campus events. These tools enable students to access live or recorded audio through smartphones or Bluetooth-enabled hearing aids and earbuds—removing barriers to participation and fostering inclusivity.

At the same time, AV and IT teams benefit from scalable, campus-wide solutions that reduce hardware dependency and simplify system management. As institutions continue to prioritize accessibility, flexibility, and student engagement, technologies that enhance audio delivery will be essential in shaping the future of learning.

AVT Question: Please share your insights into emerging trends and how AV/IT technologies are reshaping the higher education classroom and beyond.

Thought Leader: Levi Lavrinyuk, Director of Marketing at Lightware

Higher education is in the midst of a transformation. Students and instructors expect an intuitive environment where they can easily share content and control the classroom’s AV equipment without delay or hassle.

As AV/IT infrastructures scramble to keep pace, three key trends are emerging: hybrid and active learning models, BYOD, and remote systems management. Traditional lecture halls are giving way to flexible, collaborative spaces. Institutions are layered in collaborative zones, fixed pods, and breakout rooms equipped with displays, capture cameras, and interactive media. Instructors may move from lecturing to facilitating small-group work, while remote students engage via live streams. The AV backbone in these environments must handle multiple simultaneous signal paths reliably.

Gone are the days when cable clutter and overcomplicated AV systems got in the way of instructors and students. Today, they all demand simplicity: video, audio, USB, Ethernet, and power in a single interface. USB-C is rapidly emerging as the standard for future-proof deployment, enabling seamless host switching and universal interoperability across platforms. AV/IT designers must now account for USB-C laptops (both Mac and Windows) and mobile devices that all need to connect seamlessly without dongles or drivers.

As campuses scale, AV/IT teams can no longer keep a physical presence in every room. Monitoring, diagnostics, and remote control are fast becoming baseline requirements. By deploying technology that enables these features, institutions can not only future-proof their classrooms but also save significant amounts of time and money on their AV investments.

Lightware’s efforts focus on simplifying signal management in these evolving environments, remaining dedicated to delivering the technology that helps higher education institutions overcome integration roadblocks and build collaboration environments that perform every single day. Our versatile and scalable USB-C host and video switching solutions deliver seamless BYOD workflows and equip AV/IT professionals with the right tools to build learning environments that are resilient, future-ready, and aligned with institutional goals.

AVT Question: Please share your insights into emerging trends and how AV/IT technologies are reshaping the higher education classroom and beyond.

Thought Leader: William Smart, Director of Vertical Account Sales, Higher Education at Legrand | AV

The application of AV in higher education settings is evolving at a rapid rate, with many universities deploying solutions to streamline the classroom experience both online and in-person. The hybrid learning model is here to stay and remains popular because students like both the in-person and remote aspects of it. As a result, a lot of universities are using Legrand for remote learning and management applications. We provide virtual meeting solutions that automatically frame the classroom and integrate with Zoom and Microsoft Teams, streamlining the online learning experience. Combining your AV into a product that allows you to bridge technologies provides flexibility for the user and makes learning accessible to students from anywhere with an internet connection.

While today’s students are accustomed to technology being a central part of their lives and learning processes, many educators are embracing trends like AI, VR, and AR to efficiently manage classroom operations. I speak with a lot of universities that tell me they envision having AI drive the automation in the room, so if a teacher walks in, they can activate their remote meeting client, turn on the lights, switch it to their preferences, and begin their lesson without needing to set up their computer or additional hardware.

Another trend we’re seeing in higher education environments is the adoption of AV-over-IP technology. AV over IP allows educational institutions to do campus-wide deployments over existing network infrastructure, providing the flexibility and scalability they require. It's great for large lecture halls because it cuts down on the equipment in the room and enables educators to route content from a variety of sources to multiple displays and projection systems. By investing in modern technological innovations, universities are future-proofing their campuses and enhancing the overall educational experience for students and teachers alike.

AVT Question: Please share your insights into emerging trends and how AV/IT technologies are reshaping the higher education classroom and beyond.

Thought Leader: Rob Norton, Senior Product Manager, User Interface and Control at HARMAN Professional Solutions

Today’s modern higher education classroom is evolving, driven by the need for more flexible, interactive, and accessible learning environments. As hybrid learning becomes more prevalent, education systems are continuing to adopt technologies that streamline instruction, enhance engagement, and improve overall classroom management.

A key aspect of this transformation is the integration of smart technology to simplify classroom interactions for both students and educators. Beyond the classroom, automation technology is being used to improve campus operations for health and safety concerns. Automatic smart sensors and control systems help manage factors like air quality, occupancy, and security by notifying educators and students directly, thereby creating a safer and more efficient learning environment.

Bringing together information from these disparate systems requires a highly adaptable and capable control system. Platforms that support multiple standard programming languages allow for more opportunities to easily leverage industry-standard tools and well-proven code resources rather than forcing plugins to be written from scratch. Drag-and-drop visual programming tools like Node-RED can enable even non-programmers to create sophisticated control programs.

As the adoption of the AMX MUSE automation platform has grown, we’ve heard time and again that our partners are impressed with how easy it is to adopt, and how the availability of online resources to support development increases their efficiency and capabilities.

As technology continues to reshape education, institutions that embrace these innovations are better equipped to support both students and educators, fostering a more connected and dynamic learning experience. At HARMAN, our solutions are designed with a philosophy of open standards, interoperability, flexibility, and ease of use to enable designers, developers, and technicians to create environments where technology helps instructors and students collaborate, create, and enjoy teaching and learning.

AVT Question: Please share your insights into emerging trends and how AV/IT technologies are reshaping the higher education classroom and beyond.

Thought Leader: Effi Goldstein, President of the HDBaseT Alliance

In today’s higher education landscape, learning is no longer limited to a single modality, as students expect content to be accessible on their terms—in person, remotely, or on demand. Additionally, educators face the ongoing challenge of being able to focus on teaching rather than managing the room’s technology. In both cases, this requires Pro AV that prioritizes ease of use, seamless connectivity, and a universal experience anywhere—on and off campus.

For educators, technologies that enable pre-configured device setups are crucial, allowing them to minimize setup time and get right to teaching. Products like Logitech’s Preset Button, enabling seamless camera switching, and Tekvox’s Drop-In AV for simplified operation are excellent examples of solutions that are solving this problem. Plug-and-play BYOD support is also now more important than ever, with USB-C leading the way as the universal connectivity interface. Whether in a classroom, lecture hall, or collaboration space, users need to be able to connect and engage without delay.

As higher education continues to evolve, so will the applications for Pro AV. Expect one thing to remain consistent: the demand for user-friendliness and flexibility for both students and teachers in any Pro AV system.

AVT Question: Please share your insights into emerging trends and how AV/IT technologies are reshaping the higher education classroom and beyond.

Thought Leader: Jeff Muto, Product Marketing Director at ViewSonic

The education market is continuously bringing innovation to campuses and classrooms, whether it’s K-12 or higher learning institutions. There is a plethora of hardware and software tools being developed to help students engage more with each other and get more excited about learning.

ViewSonic is seeing investments being made in hardware tools like touch-screen monitors, direct-view LED displays for customization in larger venues, ultra-wide 92- and 105-inch interactive displays for front-of-classroom solutions, and other smart hardware. These tools give students the opportunity to quickly express what they are learning and share it with the classroom and fellow students—even those who are remote.

A lot of higher education classrooms utilize cell phones during classes and lectures so students can interact with the various touch-screen hardware and computers in the classroom by casting from their mobile devices or scanning QR codes. Whether recording audio or video, or interacting with the teacher or professor, students can use their own devices to increase learning opportunities.

Library innovation and makers centers are being built to include the latest technologies. Students can rent out the center to finish class projects or learn new skills. Another type of space on higher education campuses comprises dedicated study spaces with interactive displays. These can be used for viewing CAD files, brainstorming on digital whiteboards, practicing presentations, etc., with fellow students and those who are off campus.

Campuses are making investments in premium technology to aid career development and readiness. The California State University at Fullerton installed a ViewSonic direct-view LED display to be used as a backdrop for students who are studying news broadcasting or showcasing student films.

AVT Question: Please share your insights into emerging trends and how AV/IT technologies are reshaping the higher education classroom and beyond.

Thought Leader: Ivan Schwartz, Director of Consultant Relations at AtlasIED

Times are changing, and the modern higher education classroom is changing, too. This shift is primarily driven by the adoption of advanced technologies developed to enhance student engagement, improve accessibility, and create positive learning environments. As universities work to meet the evolving needs of students and faculty, they must assess the spaces they occupy and the best possible AV solutions for their unique needs to ensure that both in-person and remote learners have access to clear and intelligible audio.

Many modern classrooms, lecture halls, and study halls feature hard, reflective surfaces, which create acoustical challenges and can impair speech intelligibility. Missing crucial information during a lecture can be detrimental to a student's learning experience.

Digital beam steering technology can significantly enhance speech clarity in educational settings by directing sound precisely toward the audience, minimizing disruptive reflections, especially in large, reverberant spaces. This results in clearer audio delivery, which boosts student engagement and participation while ensuring uniform sound coverage throughout the room. Synchronizing audio with visual content reduces misunderstandings and cognitive strain, ultimately fostering a more inclusive and effective learning environment. This improvement not only aids comprehension for all students but also can increase accessibility for those with hearing impairments.

Higher education institutions can support student comprehension and successful student outcomes by integrating advanced technology such as digitally steerable loudspeakers. Embracing these technologies fosters a more flexible, accessible, and engaging learning environment, enhancing the student experience and empowering educators to deliver more impactful and effective instruction.

AVT Question: Please share your insights into emerging trends and how AV/IT technologies are reshaping the higher education classroom and beyond.

Thought Leader: Manager of Business Development for Higher Education at Q-SYS

As higher education continues to evolve, institutions are reimagining the classroom experience to better support student engagement, collaboration, and personalized learning. One of the most notable trends is the shift toward blended learning models—an approach that combines in-person teaching with online components. This hybrid structure provides students with greater flexibility while empowering instructors to tailor learning experiences based on individual needs.

Active learning environments are also transforming how students engage in the classroom. Traditional lecture halls are being replaced with flexible, technology-rich spaces that encourage group collaboration, peer interaction, and hands-on learning. Educators are further supported by data-driven instruction, using real-time analytics to assess student participation and adjust lesson plans accordingly to improve outcomes.

Technology plays a pivotal role in enabling these advancements. For example, lecture capture systems allow students to revisit recorded sessions anytime, reinforcing comprehension and knowledge retention. Automated tracking cameras enhance this experience by following instructors or highlighting student interactions—especially valuable in simulation labs or dynamic learning environments.

To capture every voice in the room, ceiling microphones ensure inclusive participation, while simplified user interfaces—powered by room sensors, NFC card readers, or scheduling integrations—create intuitive, automated experiences for both faculty and students.

Importantly, cloud-based AV systems provide IT teams with the ability to remotely monitor and manage classrooms, ensuring uptime and scalability across campus.

As institutions continue to modernize their learning environments, many are turning to software-based platforms that offer long-term scalability and flexibility. These platforms can unify audio, video, and control across multiple learning spaces while supporting future technology needs. For example, universities working with Q-SYS have implemented scalable solutions that enhance both the teaching and learning experience.

AVT Question: Please share your insights into emerging trends and how AV/IT technologies are reshaping the higher education classroom and beyond.

Thought Leader: John Razes, Vice President of Technical Services at Mersive Technologies

The higher education classroom is rapidly evolving, driven by the need for scalable, integrated technology that empowers educators and engages students. There are several trends that we are seeing on the front lines of the industry. The first is a shift towards platforms that offer scalability across entire campuses rather than isolated solutions for individual rooms. This is crucial as universities prioritize networked solutions that provide a consistent experience in varied learning environments. Mersive’s approach, particularly with our Solstice platform, exemplifies this trend. Not only is it scalable, integrating seamlessly with existing university networks, but AV/IT teams can also easily deploy it via cloud to numerous spaces.

Another trend is meeting higher education budgets where they are. Many collaboration solutions force educational facilities into a subscription model that doesn’t jibe with higher education’s unique budget requirements and cycles. Mersive’s Perpetual Upgrade Plan is designed—and exclusively available to—higher education, allowing institutions to make a one-time purchase that includes lifetime support and updates, sidestepping the financial challenges faced by educational institutions. This model not only optimizes budget allocations but also eliminates the hassle of annual renewals, ensuring that universities always have access to the latest technology without recurring costs. Stretching budgets even further, Mersive’s software-led approach extends the life cycle of AV deployments.

Finally, we are seeing increased adoption of technology-enabled active learning (TEAL), which creates more engaging experiences and collaboration for facilitators and students. Solstice Active Learning provides video and audio routing for multi-screen environments that is quick to deploy and easy for facilitators to use. The solution doesn’t require custom programming, a matrix switcher, or additional expensive hardware.

By focusing on scalable, software-led AV solutions with flexible pricing models and powerful add-ons like active learning, Mersive is helping to redefine the higher education classroom, making it more affordable, collaborative, and adaptable to the evolving needs of students and educators.

AVT Question: Please share your insights into emerging trends and how AV/IT technologies are reshaping the higher education classroom and beyond.

Thought Leader: Hal Truax, Vice President at PCD Audio Video

We anticipate that several main AV trends in higher education will continue shaping classroom environments to bring lessons and lectures to life, enhancing student engagement.

The first growing trend we have identified is the adoption of active learning spaces. We see higher education institutions transitioning from traditional lecture formats to active AV learning environments that promote collaboration and interaction. Features can include rotating seats and tables—enabling students to face peers for team-based activities and fostering a more dynamic and engaging learning experience.

The second trend is the integration of advanced AV technologies. Modern classrooms are increasingly incorporating high-definition projectors, interactive whiteboards, and integrated audio systems to create immersive educational environments. We believe that this AV technology trend facilitates clearer communication and more engaging presentations, catering to diverse learning styles and improving overall comprehension.

The third trend is an emphasis on flexible and collaborative furniture design. We foresee a growing focus on evolving AV technology integrating with classroom layouts that support flexibility and collaboration. Furniture that can be easily reconfigured allows for seamless transitions between different teaching methods, accommodating both group work and traditional lectures. This adaptability enhances student engagement by supporting various instructional strategies.

Advanced presentation technology, interactive whiteboards, and integrated audio systems can manage lighting, shading, security, and HVAC systems across campuses—all synced to a single, cohesive control system. By integrating these innovative technologies and design principles, higher education institutions can transform their classrooms into dynamic AV spaces that bring lessons and lectures to life, ultimately enriching the student learning experience.

AVT Question: Please share your insights into emerging trends and how AV/IT technologies are reshaping the higher education classroom and beyond.

Thought Leader: Joe DaSilva, Vice President of Marketing at Extron

Today’s tech-savvy generation is driving the transformation of higher-education learning spaces that foster engagement and collaboration. Traditional lecture-based teaching methods have given way to interactive, multimedia-driven learning experiences. At the heart of this transformation is advanced AV technology.

Extron technologies help facilitate this evolution. Extron video wall processors enable dynamic, high-resolution content displays that capture students’ attention and promote visual learning. Whether displaying intricate scientific simulations or collaborative dashboards, these processors facilitate immersive educational experiences. Paired with powerful transmitters, receivers, and distribution amplifiers, educators can ensure high-quality content delivery to multiple displays across the classroom or campus.

USB integration technologies enhance flexibility by enabling seamless connectivity between laptops, cameras, and document cameras. This fosters a collaborative environment where instructors and students can effortlessly share content using wireless presentation systems like Extron ShareLink Pro. On the control and automation side, control processors provide centralized management of AV systems, simplifying the user experience and minimizing disruptions during lectures. Motion sensors can detect presence in a room and even prepare the room by turning on lights, adjusting shades, and environmental controls.

Audio quality also plays a critical role in engagement. Amplifiers and speakers designed for classroom environments ensure clear, evenly distributed sound, making it easier for students to stay focused and absorb information. These voice reinforcement systems are especially valuable in hybrid learning setups, where both in-room and remote participants must experience consistent audio quality.

By investing in powerful AV technologies, higher-education institutions can stay competitive with engaging learning spaces. These systems empower educators to deliver rich, interactive content that enhances student outcomes. In the rapidly changing educational landscape, embracing innovation will be key to attracting a diverse and talented student body.

AVT Question: Please share your insights into emerging trends and how AV/IT technologies are reshaping the higher education classroom and beyond.

Thought Leader: Greg Dieckhaus, Sales and Account Manager, Southeast U.S. at Datapath

Digital signage offers immediate and effective benefits for both students and tutors on college and university campuses.

With displays across the facility, including reception, corridors, libraries, rest and relaxation spaces, and, of course, lecture halls, students can have instant visual access to a wealth of information from a wide range of media.

The numerous displays can be in the form of traditional single panels or, for maximum impact over longer distances, large-scale video walls. From faculty wayfinding to news feeds, and sports results to timetables, displays can provide a wealth of information—the key ingredients are processing power and simplified software management to enable the chosen content to be flexible as needed.

Content managers (usually within the IT department) require technology that makes switching of the source media as easy as possible. An easy-to-understand software interface, which can work alongside other Windows applications, is fast and effective and avoids the need to switch or move between different technologies.

For added convenience, this software should be capable of creating and storing instant templates for particular content when required, such as multiple sports events or team selections.

Signage can also be used to great effect in emergency situations, with technology that can instantly switch to a certain set of protocols or messages when needed.

Datapath hardware and software, for example, can use application protocol interfaces (APIs) and node red technology to work with third-party hardware, instantly controlling lighting, AC, access, and, of course, messaging in the event of a fire or some other emergency situation.