From June 25th to 27th, the 6th World Photonics Congress was grandly held at the National Convention Center in Beijing. This conference is jointly organized by the Chinese Society for Optical Engineering (CSOE), the International Society for Optics and Photonics (SPIE), and other domestic and international institutions. It brings together elite scholars, entrepreneurs, and technical experts in the global optoelectronic field to jointly discuss the latest progress and future trends in optoelectronic technology.

At this grand event in the field of optoelectronics, Rflight showcased its latest scientific research achievements at booth T28-1. It not only demonstrated the company's innovative capabilities in areas such as high-intensity radiation field (HIRF) systems, system-level electromagnetic environment effect test systems, and digital platforms, It also demonstrated its profound background and forward-looking vision as a deep cultivator in the industry during the academic exchange session.

As a core part of the conference, the 12th Special Conference on Electromagnetic Compatibility and Electromagnetic Environmental Effects kicked off on the morning of the 26th. This academic feast attracted the participation of many industry experts, scholars and enterprise representatives. Mr. Li Rongming, the chairman and general manager of Rflight, was invited to serve as the host of the conference. With his profound industry experience and acute technical insight, he led the participants to engage in intellectual exchanges on topics such as electromagnetic compatibility technology innovation and adaptability to complex electromagnetic environments.

At the conference site, Dr. Shang Weike, the chief designer of Rflight, delivered a special report titled "Architecture and Optimization Testing Methods of Phased Array High-Intensity Radiation Field Systems". The report systematically expounded on NAT Communication's breakthrough achievements in the field of electromagnetic environment effects, covering high-power microwave technology, phased array system design, and innovation in test methodologies, which sparked a lively discussion on the spot. This solution offers a brand-new solution for electromagnetic compatibility testing of aerospace and complex equipment, demonstrating Rflight's profound accumulation in the field of cutting-edge technologies.

During the conference, booth T28-1 of Rflight became the focus of attention for the attendees. Rflight participated in the exhibition with cutting-edge technology products such as High-intensity Radiation field (HIRF) systems, system-level electromagnetic environment effect test systems, and digital platforms, attracting many domestic and foreign experts, scholars, and industry elites to stop and exchange.

At the booth site, the staff of Rflight had in-depth exchanges and discussions with the visitors. They not only elaborated on the technical features and advantages of the product in detail, but also had extensive discussions with the visitors on the latest development trends and hot issues in the field of electromagnetic environment effects. This approach of "technical depth" and "communication warmth" has drawn a beautiful blueprint for future cooperation.

From the academic guidance of the special topic conference to the practical exchanges on the exhibition stand, Rflight demonstrated the dual characteristics of "hardcore strength" and "open attitude" at this conference. Just as Mr. Li Rongming said in the meeting summary: "In today's increasingly complex electromagnetic environment, we should not only look up at the stars but also break through technological boundaries through technological innovation; We must be more down-to-earth and safeguard the safety of every piece of equipment with reliable solutions.

In the future, Rflight will continue to take "developing the next generation of high-power RF equipment and building a national brand" as its mission, deepen the collaborative innovation among industry, academia, research and application, and provide more precise electromagnetic compatibility solutions for fields such as aerospace, intelligent connected vehicles, and high-end equipment manufacturing. In the global wave of optoelectronic technology revolution, it will write an innovative answer sheet for Chinese enterprises.