Oak-Mitsui Technologies presented at IMS 2023 to present an embedded capacitance material called FaradFlex to improve SI/PI and mitigate EMI, ultra thin copper called MicroThin and low-profile copper. Thanks for those who stopped by Oak-Mitsui booth!!! 🙂
Oak-Mitsui Technologies will exhibit at DesignCon 2023 at Santa Clara Convention Center from 1/31-2/2 to present an embedded capacitance material called FaradFlex, Micro-Thin and low-profile copper. Please join us!!! 🙂
Oak-Mitsui Technologies will exhibit at IPC APEX 2023 at San Diego Convention Center from 1/24-26 to present an embedded capacitance material called FaradFlex, Micro-Thin and low-profile copper. Please join us!!! 🙂
Risho exhibited at electronica 2022 to present new PCB materials such as low-loss/low-Dk/low-Df material, low-CTE and low-modulus material, high thermal conductive material and white-colored material for LED. Thank you for those who stopped by Risho booth!!! 🙂
Oak-Mitsui Technologies will be exhibiting at PCB Carolina 2022 at McKimmon Center in NC State University on 11/9. We will present an embedded capacitance material called FaradFlex, ultra thin copper foil called MicroThin and very low-profile copper. Please stop by our booth if you have time!!! 🙂
Oak-Mitsui Technologies presented at PCB West 2022 to present an embedded capacitance material called FaradFlex to improve SI/PI and mitigate EMI, ultra thin copper called MicroThin and low-profile copper. Thanks for stopping by our booth!!! 🙂
Oak-Mitsui Technologies will exhibit at PCB West 2022 at Santa Clara Convention Center on 10/5 to present an embedded capacitance material called FaradFlex to improve SI/PI and PDN and mitigate EMI. MicroThin and Low-Profile Copper will also be showcased. Please join us if you have time!!! 🙂
Taiki Kitazawa from NAIST (Nara Institute of Science and Technology) presented a paper titled “Analysis of the PDN Induced Crosstalk Impacts on the High-Speed Signaling in Ultra-Thin and High Permittivity Substrates” at EMC Europe 2022 in Gothenburg last week.Great job and thanks Kitazawa-san for evaluating embedded capacitance material called FaradFlex from Oak-Mitsui Technologies and hope to […]