Customized P2.5 P2 P3 P4 P6 P8 P10 High Performance Indoor Advertising Video Panel LED 4k Indoor Led Screen 2.5mm

Engineered exclusively for the monitoring application market, the Firefly Series-SMD large-size LED display combines advanced small-pitch technology with an innovative common cathode design, delivering reliable, high-precision visual performance tailored to the demands of 24/7 monitoring environments.

At the heart of its capabilities is the small-pitch SMD (Surface-Mounted Device) LED technology with pixel pitches available in ultra-fine configurations (down to 0.9mm/1.2mm/1.5mm). This ensures exceptional image clarity, even when viewed up close, making it ideal for displaying dense data streams, high-resolution surveillance feeds, and real-time analytics dashboards.

The integrated common cathode drive technology sets a new standard for efficiency and stability in monitoring displays. Unlike traditional common anode designs, it independently regulates the voltage of red, green, and blue LED chips, reducing power consumption by up to 25%—a critical advantage for systems requiring round-the-clock operation.

Reliability and usability are prioritized for mission-critical monitoring needs. The display features a high-brightness panel (adjustable from 500 to 1000 nits) with anti-glare surface treatment, ensuring clear visibility under varying indoor lighting conditions. Its wide 178° viewing angle guarantees consistent color accuracy and image quality without distortion.

• Small-pitch SMD LED technology (0.9mm/1.2mm/1.5mm configurations)
• Common cathode drive technology for 25% reduced power consumption
• High brightness: 500-1000 nits with anti-glare treatment
• Wide 178° viewing angle
• Modular cabinet design for flexible tiling and custom sizing
• Dustproof and moisture-resistant (IP43 rating)
• Extended lifespan: over 100,000 hours
• Built-in intelligent thermal management system

Ideal for security command centers, industrial control rooms, traffic management systems, and smart city operation hubs where high-precision visual monitoring is critical.