Solidot appeared at the 2023 CC-Link Association (Huizhou) Compatible Products Seminar

Recently, the 2023 CC-Link Association (Huizhou) Compatible Products Seminar, hosted by the CC-Link Association, concluded successfully. The successful hosting of this conference not only strengthened the close cooperation between the CC-Link Association and its partners, but also laid a solid foundation for its future development.

Solidot, as an outstanding representative of I/O enterprises, was invited to attend and delivered a speech themed "New Generation Slice I/O - XB6S."

↑Scene of the CC-Link Association (Huizhou) Compatible Products Seminar

CC-Link IE TSN features four major attributes: integration based on FA and IT, high-speed and high-precision control implementation and design, simpler and quicker usage and maintenance, and diverse development methods to expand compatible products. While fully utilizing Ethernet devices, it continuously realizes the high-quality development and evolution of industrial automation network technology.

Solidot keeps pace with the times, actively exploring the integrated development of CC-Link protocol family network compatible products, and introduced the upcoming new generation Slice I/O product, the XB6S, to the attendees. The presentation highlighted upgrades in appearance and functionality, the product launch plan for CC-Link protocol family network related products, detailed introductions to key functional modules, and future application prospects, showcasing its outstanding performance in reliability, richness, and usability, which received significant attention and enthusiastic discussions from the audience as soon as it was unveiled.

↑Solidot introduces the new XB6S and showcases other classic products

In the future, Solidot will cooperate even more closely with the CC-Link Association, continue to deepen technical innovation, and jointly provide customers with more high-quality compatible products and solutions to help customers maximize the value of industrial automation networks.