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■■ Robot Operation Experience ■■ We have prepared an experience corner where you can actually operate the competition robot of "OOEDO SAMURAI," which we support. ■■ EdgeTech+ Festival ■■ Date and Time: November 21 (Thursday) from 17:00 to 18:00 We will provide drinks and snacks, so please feel free to stop by. ■■ Exhibited Products ■■ ● FMC Carrier Board Compatible with Kria This is a PCI board equipped with FMC I/F (with some restrictions) and PCI Express I/F, capable of mounting the Kria K26 SOM. ● FMC Product Series We offer a variety of I/O boards such as FPGA boards with FMC sites and multi-channel AD/DA and DIO boards. ● LCD Modules (DLC Corporation) We have a wide range of options from 0.39 inches to 24 inches, including resistive and capacitive touch panels, as well as semi-transmissive and transmissive panels. ● Magnetic Sensors (NVE Corporation) We offer a variety of GMR/TMR sensors for various applications such as rotation angle, magnetic field strength, gear detection, and proximity switches.

<<Exhibited Products>> ■ FMC Carrier Board Compatible with Kria This is a PCI board equipped with FMC I/F (with some limitations) and PCI Express I/F, capable of mounting the Kria K26 SOM. It provides a solution with high expandability and flexibility through Kria and FMC. ■ FMC Product Series We offer a variety of FPGA boards with FMC sites and I/O boards such as multi-channel AD/DA and DIO. Boards can be combined according to purpose and application, allowing for flexible system construction. We also accommodate box packaging and customization. ■ LCD Module (DLC Corporation) We introduce industrial LCD modules from DLC Corporation, headquartered in Shenzhen, China. With a wide range from 0.49 inches to 19 inches, including resistive and capacitive touch panels, customization is also available. ■ Magnetic Sensors (NVE Corporation) We offer various GMR/TMR sensors for applications such as rotation angle, magnetic field strength, gear detection, and proximity switches. At the venue, we will demonstrate the high accuracy of the smart sensor SM324 using a magnetic music box.