Development of Sensor Materials and High-Purity Solder Raw Materials for IoT and 5G
First written in FY2019. 1 of 3 entries say "Advanced", first in FY2020. Latest entry: FY2021.
22 other companies' latest entry also says "Restated".
- FY2021RestatedAnnual report
「In particular, to address the rapidly expanding IoT and 5G markets and the automotive electronics market, we are actively developing functional metal oxides, including dielectric and piezoelectric materials, that exhibit excellent properties and heat resistance.」
Development of functional metal oxides for the IoT, 5G and automotive electronics markets is continuing. - FY2020AdvancedAnnual report
「In particular, to address the expanding IoT and 5G markets, we are developing high-purity solder materials that suppress noise and heat generation at solder joints, as well as fine-particle manganese oxide products, a type of sensor material, and have reached the industrialisation study stage.」
High-purity solder materials and fine-particle manganese oxide products for IoT and 5G progressed from the development-launch stage to the industrialisation study stage. - FY2019First statedAnnual report
「With the IoT and 5G era in mind, we have begun developing fine-particle cobalt and manganese oxides, which are ferrite and thermistor raw materials expected to see market expansion as sensor materials, as well as high-purity solder raw materials that suppress noise and heat generation at solder joints.」
Development of fine-particle ferrite, cobalt oxide and manganese oxide products and high-purity solder raw materials for the IoT and 5G era was disclosed for the first time.