P2.5 LED Display Module Indoor 320*160mm

The core competitiveness of LED Modulare stems from its design logic of "modular combination and standardized adaptation." The indoor P2.5 model optimizes this logic for indoor environments through precise parameter settings. LED Modulare uses several display pixels to form independent functional units, and through specific circuit and structural designs, it can achieve the core requirement of complete screen display through simple assembly. For the 320x160mm P2.5 model, the pixel pitch is strictly set at 2.5mm, with a resolution of 128(H)×64(V). This means that the pixel density per unit area reaches 160,000 dots/㎡, far exceeding traditional P3 and P4 models, providing solid hardware support for high-definition image presentation. This standardized 320mm×160mm size design allows LED Modulare to be flexibly assembled into any size according to needs, meeting diverse requirements from small meeting screens to large exhibition hall displays.

In terms of core components and basic performance, the 320x160mm P2.5 LED module has clear parameter standards: it generally uses an SMD2121 LED arrangement, combined with a pure black mask design, which significantly improves screen contrast; the driving mode uses dynamic 1/32 duty cycle constant current driving, further ensuring display stability. This LED module has a single module size of 320mm × 160mm, effectively controlling the module weight and facilitating installation. In terms of optical parameters, the LED module (P2.5 model) has a display brightness of ≥1000cd/㎡, adapting to different indoor lighting environments, and supports 100 levels of brightness adjustment to avoid strong light irritation; both horizontal and vertical viewing angles can reach 140 degrees, ensuring consistent viewing effects from different positions; it uses 8-bit input and 16-bit correction grayscale processing technology, capable of displaying 16.7 million colors, with color reproduction accuracy comparable to professional display equipment. These performance advantages are achieved based on a single module, ensuring the consistency of performance after the entire screen is assembled.

The numerous performance highlights of the LED modular display are fully extended and enhanced in the 320x160mm P2.5 model, making it stand out in indoor display scenarios. Firstly, the perfect integration of wide viewing angle and seamless splicing: Thanks to the SMD2121 surface-mount technology and 140-degree wide viewing angle design, the LED modular display (P2.5 model) allows viewers from different positions to obtain clear images. Combined with its precise splicing design, the patented kit controls the module splicing error within ±0.1mm, making the splicing lines almost imperceptible to the naked eye. Whether in a conference room with multiple viewers or an immersive exhibition hall, it can present consistent visual effects. Secondly, the convenience of modular maintenance: As an independent functional unit, if the LED modular display (P2.5 model) malfunctions, there is no need to disassemble the entire screen; only the faulty module needs to be replaced, significantly reducing maintenance costs and downtime. This is one of the core advantages of the LED modular display compared to traditional integrated displays.

The numerous performance highlights of the LED modular display are fully extended and enhanced in the 320x160mm P2.5 model, making it stand out in indoor display scenarios. Firstly, the perfect integration of wide viewing angle and seamless splicing: Thanks to the SMD2121 surface-mount technology and 140-degree wide viewing angle design, the LED modular display (P2.5 model) allows viewers from different positions to obtain clear images. Combined with its precise splicing design, the patented kit controls the module splicing error within ±0.1mm, making the splicing lines almost imperceptible to the naked eye. Whether in a conference room with multiple viewers or an immersive exhibition hall, it can present consistent visual effects. Secondly, the convenience of modular maintenance: As an independent functional unit, if the LED modular display (P2.5 model) malfunctions, there is no need to disassemble the entire screen; only the faulty module needs to be replaced, significantly reducing maintenance costs and downtime. This is one of the core advantages of the LED modular display compared to traditional integrated displays.