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Nanolumens Launches 55-Inch NanoPanel dvLED Display for High-Visibility Spaces

nanolumens nanopanel 55

Nanolumens has introduced the NanoPanel 55, a 55-inch Full HD direct-view LED (dvLED) display designed to replace standard LCD flat panels in commercial and mission-critical environments. The product debuted at the ACI-NA & ACI World Annual General Assembly, Conference and Exhibition in Toronto, Ontario.

The NanoPanel Series brings the advantages of dvLED technology — energy efficiency, zero bezels, long lifespan and precise image calibration — into the familiar footprint of a 55-inch flat panel display. Using Virtual Chip-on-Board (VCOB) technology, the NanoPanel 55 delivers 1920 x 1080 resolution with full compatibility for standard VESA mounts, allowing integrators to retrofit existing LCD installations without structural changes.

“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.”

Engineered for 100,000 hours of continuous operation, the NanoPanel 55 maintains color and white balance throughout its service life. Its efficient power consumption and reduced heat output help lower total operating costs, while field-serviceable modules enable fast, on-site maintenance to minimize downtime.

The NanoPanel 55 is designed for high-visibility applications such as airport flight information display systems, transit stations, menu boards and command and control environments. Its 0.6 mm pixel pitch and zero-bezel design allow seamless multi-panel arrays for continuous visuals with enhanced contrast and brightness.

By offering the familiar format of an LCD with the performance benefits of dvLED, Nanolumens provides integrators and operators with a future-ready display solution that’s both sustainable and adaptable to existing infrastructure.

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