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The Christie® Entero™ HB leads the industry in performance, reliability and confidence for control room video walls. With the first, and only, LED control room display to offer Wi-Fi® capability, these cubes allow you to make adjustments, control the wall or perform diagnostic monitoring through a wireless device, like an iPad or similar wireless device.
Our innovative solution marks the next generation of high-brightness control room LED displays, with up to 1350 lumens capability, and the brightest LED projection for cubes available.
Christie’s LED-based video wall display sizes
Control rooms, command centers and network operations centers are designed for 24/7, interactive and collaborative monitoring. With their zero-maintenance design and vivid color presentation, Christie LED-based displays are an ideal solution for any control room environment.
The Christie Entero HB Series offers the following set of standard-sized, stackable, LED-illuminated, rear-screen and front-screen projection cubes. Our front access design addresses space limitations with the ability to put the cubes directly up against a wall while maintaining performance, image quality and reliability.
Christie’s next-generation, LED-based display cubes offer several benefits:
What is a zero-maintenance design?
Once your video wall is operational, you shouldn’t have to do a thing to keep it looking great. Our LED-based display cubes were designed to be zero-maintenance with no consumables. You don’t have to replace parts or adjust the display.
Christie Entero HB LED displays feature built-in
Christie LiteLOC™ and
Christie ColorLOC™ for automatic, independent brightness and color management. These displays also use
Christie ArraySync™ – third-generation, innovative technology with 12-bit RGB color sensing and monitoring for continuous color and brightness management in every cube, across the entire display wall.
The result is the ideal control room solution for video walls of any size, without constant maintenance and adjustments that disrupt operation and cause unproductive downtime.