In the digital wave driven by artificial intelligence (AI) and big data, Really LED and LCD displays, as the core carriers of "data visualization" and "information interaction", have become the key support nodes of the new data infrastructure. Combined with the technological layout of Shanghai Really Technology Co., LTD. (Really large screen), it demonstrates core values in the following fields:

 

The core role of Really LED/LCD displays in data infrastructure

| ** Application Direction | ** Specific Value |

|--------------------|-----------------------------------------------------------------------------|

| ** All-Domain Data Visualization ** | The large screen system presents city-level data (transportation, security, energy) in real time, providing an intuitive visual foundation for AI decision-making |

| Intelligent Dispatching Center | The command center integrates multi-source data (sensors, cameras) through high-resolution splicing screens to achieve cross-departmental collaborative dispatching

| ** Human-Machine Interaction Interface ** | The intelligent meeting panel /OLED Transparent Display supports touch interaction, becoming the physical entry point for data collaboration between government and enterprises |

| Dynamic Information Release | Real-time analysis results (foot traffic, consumption trends) pushed by Digital Signage and commercial large screens, empowering precise operation in commercial scenarios |

 

The technical adaptability of Really's large-screen products

"Ultra-high Definition display

Small-pitch LED/COB screens: Meeting the demand of data centers for high-density information presentation (pixel-level detail display)

- 4K/8K LCD Video Wall: Clearly presents big data visualization charts and complex models generated by AI algorithms

 

2. "Low latency transmission

- Distributed image processor + network transmission technology: Ensuring millisecond-level synchronization of massive data from the server to the screen

 

3. "Intelligent Control

The Central Control Unit (CCU) supports AI command parsing: voice/gesture control for switching content on the large screen, enhancing interaction efficiency

 

4. "Flexible Expansion

- Infinite splicing technology: Flexibly expand the screen matrix according to the physical space of the data center to adapt to infrastructure scenarios of different scales

 

"Deepening of Typical Application Scenarios for Large Screens

"Smart City Brain

▶️ Security monitor large screen: AI face recognition data + heat map superimposed, real-time warning of abnormal events

▶️ Traffic control center: Integrate Internet of Things traffic flow data to dynamically optimize signal light control strategies

 

"Enterprise Digital Twin

▶️ 3D industrial models map production data in real time on LED screens to assist managers in optimizing processes

 

- Distance education/Healthcare

▶️ Smart teaching blackboard presents cloud-based educational resources; The medical consultation screen synchronously shares high-precision image data

 

"Future Evolution Direction

The technical layout of Ruili's large screens directly targets the demands of the next-generation data infrastructure:

? **AI+ Display Fusion ** : Integrating edge computing modules at the display end to enable real-time analysis of local data

? ** Cross-terminal Collaboration ** : A closed-loop intelligent system is built by using CCU to control display screens, sensors, robots and other terminals uniformly

? ** Green and Low Carbon ** : Developing low-power OLED/RLCD/LED photoglass in response to energy conservation and emission reduction requirements for data centers

 

### Summary

In the process of AI and big data reshaping infrastructure, the LED/LCD display screens of Really Large Screen have broken through the traditional positioning of "display terminals" and advanced to the visualization center of the intelligent decision-making system. Through the dual-wheel drive of "hardware innovation" (ultra-high definition/low latency) and "software empowerment" (distributed processing /AI control), it provides "visible, controllable and accurate" underlying capabilities for scenarios such as smart cities and industrial Internet, becoming a key physical interface for the release of data value.