From April 18th to 20th, the FTTH Conference 2023, initiated by the FTTH Council Europe, was held in Madrid, Spain. Yilut Technology showcased its series of products and system solutions, including high-reliability CWDM and LWDM products for 5G fronthaul, PLC products manufactured with an automated coupling platform, and 90-degree vertical coupling FA products. These products demonstrated the core technology capabilities of "Made in China" in global broadband construction and attracted widespread attention from European customers.

The FTTH Conference is the most important professional conference in the field of optical access in Europe. This exhibition attracted more than 3,000 industry professionals from over 100 countries and regions, who shared their experiences in FTTH network construction and discussed the development trends and opportunities for FTTH in the 5G era.

During the exhibition, Yilut Technology launched a full series of AWG Mux/Demux products that can fully meet the needs of 100G/200G/400G optical modules, PON networks, and data centers. The innovative 90-degree vertical coupling FA products were designed for silicon photonics, high-speed optical transceivers, HDMI transmission, and other fields. Customized polarization-maintaining FA products for LIDAR, WSS, coherent module optical sensors were also showcased, receiving unanimous recognition from customers. At the same time, Yilut Technology exhibited its FTTx optical network solution, data center solution, and LiDAR solution, as well as the newly developed FBG Reflector product tailored for the development needs of PON in FTTx, which received extensive attention.

Adhering to the development vision of "Connecting the World with Chips," Yilut Technology will continue to innovate and focus on new technologies, new products, new applications, and new business models in FTTH, data centers, 5G, silicon photonics, and LiDAR, to promote the scientific and technological innovation and the latest achievements in the application of the whole industry chain of passive optical devices, and comprehensively promote the construction of a modern optical communication development pattern.