Double Sided High Brightness Displays

With a focus on functionality and aesthetics of digital signage displays, the Double sided high brightness digital signage is designed to be modern, approachable, practical, and endure the rigors of everyday use.
Double sided high brightness digital signage can transform stores, banks, commercial buildings and many other digital signage applications with an outside facing display with a brightness of up to 3000 nits. Use a special ultra-high brightness panel that can withstand surface high temperatures with no blackening defect occurring making this the number one choice for Double sided high brightness digital signage in window displays. 

✔55inch
✔3000nits+1000nits Double sided high brightness digital signage
✔Slim & Bezelless Design
✔High Temperature LCD  Panel
✔Android system with content        
✔Smart Brightness Control
✔Built-in temperature control module

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Double Sided High Brightness Displays EKOADH2 is part of the Window Facing High Brightness Displays range and supports commercial information, promotion and customer-facing communication. Select the final configuration for the actual site, content workflow and operating conditions. A successful EKOADH2 deployment starts with a clear review of the installation environment. The project team should document the available space, viewing direction, expected audience distance, ambient light, mounting surface, access route, power source, signal path, network availability and daily operating schedule. If the display will be used outdoors or near an exposed entrance, the buyer should also confirm the required environmental protection, thermal strategy and maintenance access with EKAA. These details help align the enclosure, brightness target, mounting method and control approach with the real application rather than relying on assumptions. Content planning is equally important. Prepare sample layouts at the intended resolution and check headline size, contrast, image quality, language coverage and the time needed for a viewer to understand each message. A consistent template makes promotions, menus, wayfinding and service information easier to update. The content workflow should define who creates material, who approves it, how often it changes and whether local playback, scheduled publishing or remote management is preferred. Any required touch, audio, camera, sensor or payment workflow should be identified before production so that interfaces and software responsibilities can be reviewed. Before shipment, agree on drawings, approved appearance, input sources, accessories, packaging, labeling and acceptance criteria. Site photos, dimensioned plans and example content allow EKAA to check integration points and identify questions early. Installation teams should retain ventilation and service clearances, protect cables, verify grounding and follow the supplied instructions. After commissioning, confirm startup, signal stability, content playback, network access and scheduled operation. A practical maintenance plan should cover cleaning, inspection, software access, spare-part strategy and the contact path for technical support. This project-based process provides a more dependable result while keeping every performance claim tied to the configuration confirmed for EKOADH2.