ElysiumLED's 'Elysian Standard'

In an interview published by DailyDOOH, Kirt Yanke, founder of ElysiumLED, sets out his view that LED projects fall short when the display is treated in isolation from engineering, structure and installation. Yanke, described as an industry veteran and former executive at Sharp NEC Display Solutions, says his company entered the professional AV market with a launch in March, is headquartered in Chicago, and serves customers across North America and Europe. He introduces the 'Elysian Standard,' a system-level framework the company applies from a project's first conversation through long-term performance. The company presents itself as a solutions-driven LED partner focused on engineering excellence, creative freedom and long-term customer value, with an ambition to move the industry into what it calls a new era of creatively ambitious, technically engineered visual experiences.

Why Yanke Founded ElysiumLED

Yanke's decision to start ElysiumLED grew out of what he describes as a gap between rapidly advancing LED technology and the way projects were being designed and delivered. 'The technology was evolving quickly, but the way projects were being designed and delivered didn't always evolve with it,' he said. Too often, he argued, the display becomes the centre of attention while engineering, structure, integration, installation and long-term performance are treated as separate pieces, creating problems later. ElysiumLED was established to take a more complete approach, bringing vision, engineering and execution together with accountability from the first conversation through to long-term system performance. The aim, in his words, is to create LED environments that 'don't just look impressive on day one, but are properly resolved and built to perform.'

Those company descriptions are its own positioning statements rather than independently verified claims. The company says it brings engineering, fabrication, integration and installation under one roof.

LED as an Architectural Element

LED has moved well beyond the traditional idea of a large video wall, Yanke said. The technology gives designers and end users considerable freedom in scale, shape, brightness, resolution and configuration. That flexibility is a major advantage: a conventional 16:9 display is possible, but so are curved, sculptural or freeform designs that become part of the architecture itself. 'The real opportunity is not simply putting more pixels into a space,' he said. 'It's using LED intentionally to support what the environment is trying to achieve' — whether that is communication, wayfinding, brand storytelling, collaboration or creating a particular atmosphere.

Treating LED as a structural and architectural element rather than a display surface means it must be considered much earlier in a project. If it is added at the end of an architectural project, its potential is already limited. When considered from the outset, designers can account for sightlines, structure, viewing distances, ambient light, content, movement and how people interact with the space. That shifts the conversation, in Yanke's framing, from 'Where can we fit a display?' to 'What can this environment become?' At that point, he said, LED can shape perception, guide movement and become part of the architecture rather than simply sitting on it.

Bespoke Projects and the Limits of Specifications

Digital signage projects are increasingly bespoke, with unusual aspect ratios, tight viewing distances and non-standard configurations, according to Yanke. There is no longer a single formula for an LED display; customers want systems designed around the space and application rather than forcing the space to accommodate a standard format. That might mean a particular aspect ratio, an unusual resolution, a curved surface or a completely bespoke configuration. Viewing distance is critical, as are pixel pitch and brightness, but those decisions must be made in context. The right specification is the one that supports the experience and the environment, not necessarily the one with the biggest numbers on a datasheet.

Yanke acknowledged that the industry sometimes focuses too heavily on specifications such as pixel pitch and brightness rather than asking what the display needs to achieve within the space. Specifications matter, he said, but are only part of the story: a display can have an impressive specification and still be the wrong solution for a particular environment. He wants to understand the objective first — who is looking at the display, from what distance, what content will be shown, the ambient lighting conditions, how it integrates into the architecture, and what the customer needs the system to do five or ten years from now. Only then can intelligent decisions be made about pixel pitch, brightness, processing and structure. 'The objective isn't to specify the biggest or highest-performing system possible,' he said. 'It's to specify the right system.'

Integrated Delivery, Installation and Engineering Details

Every stage affects the next, Yanke argued: unresolved engineering makes fabrication harder, inaccurate fabrication makes installation harder, and a system that is not properly integrated and documented can leave teams solving on-site problems that should have been resolved earlier. Bringing those stages together manages complexity before it reaches the installation site. The company calls this 'system intelligence': having the documentation, workflows, technical coordination and accountability in place so that everyone understands exactly what is being built and why. The result, he said, should be a much more predictable installation with fewer surprises and a better finished system.

Installation should never be an afterthought, Yanke said. The physical environment must be understood early: access, structure, mounting, tolerances, environmental conditions, power, signal paths, serviceability, and how the system will be assembled and maintained. The LED system also has to work with the other trades on a project — architectural, structural, electrical, AV and technology requirements. The more of those decisions that are resolved before anything arrives on site, the lower the risk and the smoother the installation. Beyond installation, he pointed to details that separate a system that merely works from one that delivers a polished, long-term result: pixel-to-pixel alignment, structural tolerances, thermal considerations, calibration, power and signal distribution, serviceability and fabrication quality. Some problems, he noted, do not appear on day one — misalignment, calibration drift, structural movement or integration issues can become more apparent over time, so precision must be designed in from the beginning rather than bolted on at the end.

The Elysian Standard

The Elysian Standard is ElysiumLED's term for what it considers good practice across an LED project. It is not, Yanke said, a marketing label or simply a premium product specification, but a system-level approach to how a project is envisioned, engineered, fabricated, integrated, installed and supported. It rests on three elements: confident vision, engineered precision and system intelligence. That means having a clear creative point of view, resolving engineering before execution, validating fabrication and performance, and maintaining accountability throughout the project. Precision, in this framing, is not added at the end but designed in, engineered through and protected throughout the entire process. The stated goal is to deliver systems that are designed to feel as flawless as they perform, with that standard maintained from the first conversation through to long-term performance.

Yanke also addressed how LED is evolving as brands and organisations seek more immersive environments. He expects LED to become increasingly integrated into the physical experience of a space — corporate, retail, hospitality, entertainment or architectural. Immersion, he said, does not necessarily mean making something bigger or more spectacular; it can mean creating atmosphere, directing attention, telling a story or changing how someone feels as they move through a space. The technology enables that, but the most successful projects will be those where the technology serves the experience rather than becoming the experience. On sustainability and lifecycle, he argued that the initial installation is only one part of the investment: customers should consider reliability, serviceability, documentation, maintenance, future scalability and performance over the system's operational life, with those considerations built into the design process rather than something addressed when there is a problem. For us, support and long-term performance are part of the project, not an afterthought. Deployment is really the beginning of the relationship, because the objective is to ensure the system continues to perform as intended.