The LED large-screen display system is truly becoming the core carrier of the new infrastructure in the AI era. By integrating ultra-high-definition display, intelligent interaction, and data visualization capabilities, it has redefined the operation models in areas such as urban management, industrial production, public services, and brand promotion. Under the AI big data era, the Really large-screen display system features the following characteristics: 

 

I. The "New Infrastructure" Positioning of Indoor LED Large Screens in the AI Era 

Data Visualization Hub: In fields such as smart cities, energy dispatch, emergency consultation, industrial production, brand promotion, and information release, LED large screens integrate real-time Internet of Things data (such as equipment status, environmental parameters, pedestrian and vehicle flow, meteorological cloud maps, and crowd accumulation). Through AI algorithms, dynamic KPI dashboards are generated to assist managers in making decisions within seconds. For instance, a public security department's command center adopted a Really P1.2 pixel pitch, 15-meter-wide and 6.9-meter-high, 90-square-meter Micro-LED large screen display system, which can simultaneously display 148 high-definition signals and automatically mark abnormal events, enhancing emergency response efficiency by 60%. 

2. Human-machine interaction entry: Equipped with AI voice recognition, gesture control and AR overlay technology, users can directly interact with the large screen. Really's large screen introduces the "LED display + AI" solution, which uses large models to drive digital humans to provide government consultation and navigation services, replacing 30% of manual windows. 

3. Intelligent image quality optimization: AI super-resolution reconstruction: The SharpVision display control system utilizes the DeepSeek large model to real-time upscale low-resolution video sources to 4K/8K, generating high-definition pixels rather than simply stretching, thereby resolving the issue of mismatch between low-resolution video sources, images and the physical resolution of large screens. 

 

II. AI Technology Upgrades for LED Large Screens

1. Intelligent Image Quality Optimization: AI Super-Resolution Reconstruction: The SharpVision control system utilizes the DeepSeek large model to real-time upscale low-resolution video sources to 4K/8K, generating high-definition pixels rather than simply stretching, thereby resolving the mismatch between low-resolution video sources, images, and the physical resolution of large screens. 

2. Operation and maintenance automation: Predictive maintenance. AI actively analyzes the operational data of large screens such as voltage, current, temperature, signal sources, and system equipment, providing 7-day advance warning of faults (with an accuracy rate of over 90%), reducing downtime losses. 

3. Content Safety Control: By leveraging AI visual recognition technology, it can filter out non-compliant images (such as violence and sensitive information) in real time, ensuring the safety of public space broadcasts. This method is 20 times more efficient than manual review. 

4. Energy Efficiency: By applying artificial intelligence technology, the energy consumption of different brightness signal sources is calculated in real time, and the display brightness is dynamically adjusted. This ensures display quality while effectively reducing energy consumption by more than 15%. 

 

III. Typical Application Scenarios and Cases

1. Smart City Command and Dispatch Center

Function: Integrating multi-source data such as traffic, security, environmental protection, and meteorology, and presenting the city's operational status in 3D visualization.

Case: An emergency command hall in Zhejiang Province adopted Really P1.2 COB LED display screens. With AI algorithms automatically identifying congested road sections and accident locations, the dispatch response time was reduced by 40%. 

2. Energy Monitoring Platform

Functions: Real-time monitoring of power plant unit parameters (such as coal consumption for power generation, emission concentration), AI prediction of equipment failure risks.

Value: The DCS project of a thermal power plant in Inner Mongolia has reduced unplanned shutdowns by 30% through real-time display of the operation data of each unit on a visual leadership large screen, saving 3 million yuan in coal costs annually. 

3. Cultural Heritage and Commercial Exhibitions

Functions: Combining AR to achieve virtual restoration of cultural relics and interactive display of products.

Case: After introducing Really large-screen LED dome sky screens, circular-shaped creative LED displays, and floor tile interactive displays, a certain new energy brand exhibition hall saw a significant 70% increase in sales performance. A certain bar, with a total area of 3,800 square meters, adopted LED display technology throughout the entire scene, creating an immersive visual experience and further increasing customer flow and satisfaction. 

 

IV. Key Technologies of System Architecture

Display System AI Empowerment Focus Representative Solutions

Display Hardware COB LED display with high reliability (life > 100,000 hours) + low brightness and high gray scale P0.6 COB LED Screen, photoelectric glass-based Micro-LED

Display Control System Supports 500 million pixel-level load, AI dynamic scheduling of signal sources Carled Universe Splicer

Content Management Generates dynamic data dashboards with large models, adaptable to multiple scene templates Reli AI Sync-in-One Machine + Doubao Large Model

Calibration Technology AI automatic calibration of millions of pixels, brightness error ±1% NOVA MLED Full-Chain Calibration Solution

 

V. Future Trends: From "Display" to "Intelligent Entity" 

The deepening of multi-modal interaction

LED displays will integrate brain-computer interfaces and spatial perception technologies to achieve "contactless control". For instance, in medical scenarios, doctors can retrieve surgical images and mark key areas through gestures. 

2. Low-carbon Evolution

The common anode drive combined with AI energy-saving algorithms reduces power consumption by 40%. It is estimated that the global LED Screen carbon reduction will reach 18 million tons annually by 2025. 

3. Integration with the Metaverse

Becoming the gateway for the fusion of virtual and real: XR virtual shooting studios use LED display background walls instead of green screens (such as the Netflix film and television base), and AI real-time rendering of scenes reduces post-production costs by 50%. 

 

VI. AI×LED Reshaping the Underlying Logic of New Infrastructure

The AI×LED large-screen display system has evolved from a traditional "information display terminal" to a highly intelligent "urban intelligent entity". This system takes ultra-high reliability display hardware as its body, AI display control system as its neural network, and data fusion platform as its core brain. It has become a key component of new infrastructure in many fields such as energy, security, culture and tourism, and brand promotion. With the continuous decline in the mass production cost of COB/Micro-LED (it is expected that the market share of products below P1.0 will exceed 40% by 2025), as well as the deep integration with large-scale artificial intelligence models, its core value as a "new infrastructure digital base" will be further released, thus promoting the entry of social governance and industrial upgrading into a new era of intelligent collaboration.