Driven by the global waves of electrification, intelligence and connectivity in the automotive industry, automobiles have evolved into "mobile intelligent terminals" integrating multiple technologies. This transformation has led to an exponential increase in the complexity of the electromagnetic environment inside vehicles. The innovation, upgrading and quality improvement of electromagnetic compatibility technology have become the core technical support for ensuring the safe and reliable operation of vehicles and meeting the functional requirements of intelligent networking. Its importance continues to be highlighted along with the process of industrial transformation.

The 6th Automotive Electromagnetic Communication Lecture Hall in 2025, with the core theme of "Responding to New Communication Challenges and Creating a New Electromagnetic Pattern", focuses on the breakthroughs in core electromagnetic communication technologies during the digital transformation of the automotive industry. Through the three-dimensional linkage of "technology release - standard discussion - industry connection", we are committed to promoting the full-chain innovation from technology verification to commercialization in the field of automotive electromagnetic communication.

On the morning of the 4th, Lin Zengqi, a senior EMC engineer from RFlight, delivered a special report titled "EMC Digital Platform Based on Cloud Architecture and Big Data". The report systematically expounds NAT Communication's "cloud-data-intelligence" integrated strategy. The core innovation lies in breaking through the "single-machine island" mode of traditional EMC testing equipment, achieving real-time upload, intelligent analysis, and remote diagnosis of test data through cloud architecture, and building a digital platform covering the entire life cycle from design to testing and optimization.

This platform effectively addresses the challenges of heterogeneous equipment and data in the industry, providing a brand-new solution for automotive electromagnetic compatibility testing and facilitating the industry's transition through the critical period of digital transformation. The on-site interaction at the report was lively, with a deep integration of technical speculation and industrial practice, demonstrating RFlight's determination and achievements in continuously breaking through development barriers in empowering the industry's growth.

At the booth site, RFlight demonstrated products such as the EMC digital platform on the spot, and many technical teams had in-depth exchanges with NAT Communication engineers. The experts attending the meeting showed great interest in RFlight's innovative solutions in the field of electromagnetic compatibility testing and stopped to discuss them many times.

More than two decades of technological accumulation and continuous innovation have endowed RFlight with the confidence to empower the development of the automotive electromagnetic compatibility field. From the continuous innovation of technology, the series improvement of products, to the open sharing of achievements, RFlight has always accurately grasped the industry demands, empowered with intelligent measurement, and continuously injected "digital power" into the development of the industry.

In the future, RFlight will focus on the electromagnetic safety demands in emerging fields such as autonomous driving and the Internet of Vehicles, continuously increase investment in research and development, adhere to "independent innovation + ecological co-construction", achieve "boundaryless connection, intelligent testing empowerment", inject "digital momentum" into the high-quality development of the automotive industry, and safeguard a safer and smarter future travel ecosystem!