How to Choose a Creative Cylinder LED Display?
Cylinder LED displays, rich in creativity, are specifically designed for projects where the load-bearing columns inside large buildings may affect aesthetics. They not only enhance the architectural image but also serve as excellent promotional tools. Currently, cylinder LED displays are widely used in various locations such as science museums, exhibition halls, hotels, etc. How can we choose the right cylinder LED display?
Many load-bearing columns in large buildings have a cylindrical shape. Designers often decide to turn these columns into LED displays and play special videos to enhance the decor or create a unique atmosphere. Unlike rigid rectangular screens, cylinder screens can effectively expand the viewing angle, display curved surfaces, synchronize multiple images, and completely eliminate blind spots, showcasing content from all angles without dead zones.
- Choose the Model:
Cylinder LED displays are categorized based on the pixel pitch of the LED screen. For example, P2.5 signifies a pixel pitch of 2.5mm between two pixels, while P3 has a 3mm pitch, and so on. Different pixel pitches result in varying pixel densities per square meter, affecting the display’s clarity. Smaller pixel pitches mean more pixels per unit area, resulting in higher clarity. Therefore, when selecting a cylinder LED display, it’s essential to choose the appropriate model based on the customer’s requirements. Common cylinder screen models include P2, P2.5, P3, P4, etc.
- Choose the Installation Site:
The dimensions of a cylinder LED display should be determined based on the customer’s usage scenario. Typically, these displays are installed on the outer surface of square or cylindrical columns. Once the diameter and height are decided, LED soft modules are used for installation and adjustment.
- Determine the Viewing Distance:
The size and brightness of the cylinder LED display should be determined based on the actual viewing distance at the installation site. For example, P2.5 is suitable for viewing at a distance of 2.5 meters, and P3 is suitable for viewing at 3 meters. In other words, the number following “P” in the model name not only indicates the LED display’s model but also suggests the optimal viewing distance. Similarly, excessively high brightness can be overwhelming at close distances, so it’s essential to select an appropriate display brightness based on the viewing distance.
By considering the above points, you can generally choose the cylinder LED display model that suits your needs. However, it’s crucial to find a reliable LED display manufacturer. LEDKUL is a good choice, with a professional research and development team, product quality assurance, and competitive pricing. Feel free to contact us for a quote on LED displays.
How Much Does a Cylinder LED Display Cost per Square Meter?
The pricing of a cylinder LED display is divided into several components, including the display body cost, control system, peripherals, steel frame structure, transportation, and installation. When compared to regular LED displays, the price difference for cylinder LED displays mainly lies in the display body cost and steel frame cost.
- LED Display Body Cost:
An LED display consists of modules, power supplies, cabinets, and connecting cables. Among these components, the modules contribute the most to the cost, with significant price variations depending on the type of LEDs and chips used. Typically, the display body, often referred to as the “module,” accounts for over 70% of the total price. Cylinder LED displays use flexible modules, which have higher production requirements, making them somewhat more expensive than conventional displays.
- LED Display Control System:
The control system is generally categorized into synchronous and asynchronous display systems. Synchronous systems usually consist of both a sender and receiver part. Typically, one sender card corresponds to multiple receiver cards, with the number of receiver cards determined by the screen’s size.
- Peripherals:
To ensure the LED display functions correctly, various peripherals are required, including a controlling computer, air conditioning or fans (for cooling), lightning arrester, distribution cabinet, audio amplifier (optional), TV card (optional), multifunction card (capable of automatically adjusting screen temperature, brightness, humidity, and other physical data), video processor (optional), and more.
- Steel Frame Structure:
LED displays need to be fixed with steel structures. This is especially critical for large outdoor LED advertising displays, where the demands on the steel structure are high. Additionally, some irregular-shaped steel structures have extremely stringent requirements for details, leaving no room for errors. Consequently, the price of steel structures for cylinder LED displays can be somewhat higher than those for regular displays.
- Transportation and Installation:
If you have an experienced installation team, you can save on installation costs. You only need to wait for the logistics to safely deliver the display to your location and then proceed with the installation. However, if you require technical guidance, we can also provide technical support for installation.
The total cost of a cylinder LED display per square meter depends largely on the pixel pitch of the product. Smaller pixel pitches result in higher prices. For specific pricing, you can reach out to the LED display manufacturer, such as LEDKUL. You can provide them with your approximate requirements, and they will provide you with a comprehensive quotation for the cylinder LED display, free of charge.