press release
Fujikura News March Issue (No. 482) Published
March 15, 2022
Fujikura Ltd.
"Fujikura News" is a "Tsunagu" newsletter that covers Fujikura Group 's product and technological developments and advanced research results, as well as various activities of group companies, with a focus on "connecting" technologies, with the aim of solving social issues defined in the Sustainable Development Goals (SDGs).
The March 2022 issue (No. 482), published on March 15, introduces the development of a new wireless heater that integrates a wireless receiving coil and a heater using an FPC as a heater product to prevent performance degradation in various sensors used in automobiles during the winter, and the DFJ series of industrial board-to-board connectors, which offer a wide variety of options to meet the growing demand for board-to-board connectors in the industrial machinery market. In addition, the issue also covers sales of the combination patch panel FTB-235 series, which can be freely combined according to needs as an optical termination box used for FTTx and optical networks in data center centers.
Furthermore, Fujikura Dia Cable will introduce some topics on its development, including the development of a new copper corrugated low-loss WF-H TM coaxial cable that is thinner and lighter than conventional products while maintaining the same electrical characteristics as conventional products and is compatible with 5G communications, as well as the fact that its fire-resistant cable for low-power circuits, which is used as a power supply line for fire alarms, has been certified as a product conformity with the Fire and Disaster Management Agency's notification.
Please read it.
March 2022 issue contents:
・Development of a wireless heater with integrated receiving coil
・Introduction of the DFJ series of industrial board-to-board connectors
・Combination patch panel (FTB-235 series) sales started
・New copper corrugated low loss WF-H TM Coaxial cable development
・Acquired type certification for fire-resistant cables for low-power circuits
≫More details here