FutureLED’s E-Poster series consists of rollable, vertical LED wall modules that can be seamlessly connected to each other, thus enabling flexible, expandable LED walls. With a height of 1.68 m (1.80 m with roll stand) and a width of 61 cm, they provide an optimal surface for advertisements and a variety of content at trade fairs and in retail stores. Despite their generous dimensions, the steles are characterized by their delicate design with a depth of only 3 cm and a weight of 32 kg, making them ideal for mobile use.
More display area can be achieved by seamlessly connecting several steles. These are precisely fixed by means of clips, while the video signal is transmitted via contacts between the steles. The slim outer frame ensures a uniform image and protects the outer edges.
Content can be easily loaded via smartphone, cloud, laptop, USB stick or a digital signage player via HDMI. Each stele is equipped with its own controller and can be operated independently. The content management software is available for Windows, Android and iOS. In case of network problems, content can also be safely played back via USB stick.
With a brightness of 1,200 cd/m², the steles are ideal for indoor use, and the pixel pitch of 0.9 to 2.5 mm ensures a clear and sharp image.
The robust TOP-COB process makes the surfaces resistant, easy to clean, dustproof, moisture-resistant and antistatic. Thanks to the magnetic holders, panels can be exchanged during operation using the hot-plug method if necessary.
Suitable flight cases are available for mobile use between different event locations, enabling safe and easy transport. Plug & play has never been easier.
Good to know: For our LED walls in the FutureLED E-Poster series, you can get optional warranty extensions and rental options including vandalism insurance.
The three colored LED chips are cast directly into the display surface using the TOP COB method. This ensures more light output, better heat dissipation and, thanks to the reduced number of vulnerable soldering points, also better stability. This ensures high temperature resistance and resistance to mechanical impacts of all kinds (abrasion, knocks, scratches, etc.).