MIC-743-AT

AI at the edge - more than data analysis

MIC-743-AT is designed as a platform for building systems that not only analyse data, but also react to changing conditions in real time. Unlike classic industrial computers, its architecture focuses on perception, sensor integration and local decision-making.

Through the use of Jetson Thor, simultaneous processing of image, sensor data and control logic is possible, which is crucial in robotics, autonomous systems and advanced video analysis.

System designed to work with multiple data streams

One of the key elements of the platform is the ability to handle multiple data sources simultaneously. The MIC-743-AT supports extended vision systems and integration with different types of sensors, enabling the construction of advanced sensor fusion systems.

• multi-camera support via GMSL2 interfaces
• integration with lidar, radar and industrial sensors
• parallel image and control data processing

Communication and system integration

In edge AI systems, communication is as important as computing power. The MIC-743-AT offers a wide set of interfaces to enable integration with industrial infrastructure, vehicles and distributed systems.

• QSFP28 (4 × 25GbE) - big data transmission
• CANbus and I2C - communication with control systems
• 5GbE, USB 3.2, LTE and WiFi - flexible connectivity

Applications in practice

Thanks to its architecture, the MIC-743-AT is used wherever real-time data processing and integration of multiple information sources is required.

• mobile robots and autonomous systems
• advanced image and video analysis
• ADAS systems and intelligent vehicles
• edge AI in industry and infrastructure

The next generation of edge AI computers

MIC-743-AT is not just another embedded computer - it is a platform designed to work in dynamic environments where not only data analysis, but also the ability to respond immediately, matters.

With its combination of high performance, extensive communication capabilities and multi-sensor support, it provides a solid foundation for modern AI systems operating out of data centres.