A Cabinet LED screen system is composed of individual cabinets that come together to form a larger screen. These cabinets are self-contained units equipped with multiple LED panels and other essential components. The cabinets, available in various sizes, are easily assembled and interconnected to create a desired display area. The pixel pitch determines the resolution and density of the LED clusters on the screen, with smaller values indicating higher resolution. Sturdy frames provide structural support and facilitate installation and maintenance.

Power supply units integrated into the cabinets ensure a stable electrical power source. A dedicated controller or processor manages input signals and content distribution. Mounting structures secure the cabinet modules to supporting structures, while specialized control software allows for content management and updates. Cabinet LED screen systems are highly versatile and commonly used for advertising, stadiums, trade shows, and other applications requiring a modular and customizable LED display.

DIP LED screens utilize individually mounted diodes that are placed directly onto the PCB. These LEDs are larger in size compared to SMD LEDs. The DIP technology offers excellent brightness and visibility, making it suitable for outdoor environments, even in direct sunlight. The pixel pitch (distance between pixels) in DIP screens is typically higher, which means the resolution may be slightly lower compared to other types of LED screens. However, they are known for their robustness and durability.

Rental LED screens are designed for temporary installations, such as concerts, trade shows, and outdoor events. They are lightweight and modular, allowing for easy assembly and disassembly. Rental screens often feature quick-lock systems that facilitate rapid setup and dismantle processes. These screens offer flexibility in configuration, allowing for customization of screen size, shape, and resolution based on the event’s needs. Rental LED screens are known for their reliability, portability, and efficient maintenance.