LG Indoor Ultra Slim Series LED Signage | LSCB012-RKL

Product Description

Ultra Slim Depth

Its ultra-slim design with 41 mm edge thickness is the biggest advantage of the product. This feature enables the LSCB series to be installed in a variety of venues, as its thinness helps it to harmonize with its surroundings.

Easy & Seamless Installation

The LSCB series can be easily installed and managed from the front side for easy operation. Thanks to this feature, no additional space for maintenance behind the product is required. Its LED modules can also be simply attached or detached with a suction tool.

16:9 FHD/UHD Configuration

Each cabinet uses a 16:9 aspect ratio, the same most commonly used in displays for FHD and UHD content. This allows you to keep using existing content without additional cost and time for editing.

90° Corner Design Available

If you add 90°corner option, the LSCB series fits naturally into the space and delivers smooth content to customers.

EMC Class B Certified & Fire Resistant Design

The LSCB series is safe from electromagnetic waves, which are harmful to the environment and human body, with EMC Class B certification and is designed with fire protection certification to prevent the fast spread of flames even if it catches on fire.

Compatibility with LG Software Solutions

When connected with LG's CVCA system controller, the LSCB series is compatible with LG software solutions including SuperSignCMS, LED Assistant, and ConnectedCare, which help customers operate their own business deftly.

Flexible Curve LED Display

The LSCB-CKF, a specially-designed flexible curved LED display, supports true concave and convex curvatures up to 383 mm. This greatly enhances the design's flexibility, which allows users to freely create the curved screen as they want.

Power / Signal Redundancy Support

The LSCB series is designed to support redundancy of signal and power, providing users with comfort. With an optional embedded backup power supply unit and signal redundancy, customers may experience the continuous operation of the screen without power failure, while the dual controllers can reduce screen failures with bi-directional signal input.