Notice of Participation in the EdgeTech+2025 Exhibition

Space-saving design of 41×32×5.3mm. Control of 920MHz band RFID with MicroPython expands the possibilities of embedded devices.

- High-performance module equipped with the latest chip from Impij - Compact and energy-efficient, making it easy to embed - Capable of standalone operation with MicroPython - Easily combinable with sensors and communication modules - Ideal for inventory management and history management, and can be utilized in a wide range of scenes such as apparel, logistics, and distribution.

• Other electronic parts
• Communications
• RFID related products and IC tag services

Compatible with existing equipment and sensors! You can choose from four communication methods.

The "SANSHO Series" TPSGW9 model is an LPWA wireless module that can be programmed using Micro Python, which is highly versatile and features simple code. You can choose from four communication methods according to your environment and application. Additionally, the module is designed to be pin-compatible, allowing for easy porting of programs with minimal modifications, thus achieving cost reduction through reduced development time. We also offer a starter kit for evaluating the module. 【Features】 ■ Can be programmed with highly versatile Micro Python using simple code ■ The module has a pin-compatible design ■ Programs can be ported with minimal modifications ■ Achieves cost reduction through reduced development time *For more details, please refer to the PDF document or feel free to contact us.

• Other electronic parts
• Communications
• Embedded system design service

Accelerate IoT development with MicroPython! A compact 2.4GHz wireless module that achieves low power consumption with LPWA compatibility.

TPBPM is a compact, lightweight, and low power consumption 2.4GHz wireless module. It supports a unique (FSK modulation) mode and BLE. It is equipped with MicroPython, allowing sensors to be directly attached and operate independently. We offer a starter kit that makes it easy to verify the module's operation.

• Other electronic parts
• Communications
• Embedded system design service

Developed an integrated LPWA communication + GNSS system that meets high demand while maintaining usability, such as utilizing MicroPython and SD cards.

【Features】 ■ This is a starter kit that integrates the SANSHO series (LPWA communication) with GNSS. ■ Recommended for those who want to first advance testing and PoC using location positioning. ■ The positioned location information is transmitted using the SANSHO module. ■ It has an internal SD card slot, allowing for easy execution of application software created with MicroPython code. ■ Changes to settings such as communication cycles during experiments can be quickly addressed on-site. ■ The evaluation app "SANSHO-Mill" (optional) allows for location confirmation, tracking, and arrival predictions to the destination.

• Other electronic parts

A starter kit that allows for easy verification of the operation of the RFID module [TPURID2100].

- By using MicroPython implemented in TPURID2100, various operations can be executed. - By writing appropriate Python code, it is possible for the system to perform optimal operations independently. - It is equipped with an internal database engine, allowing for avoidance of duplicate readings, comparison with master data, and sorting by RSSI and TID without the need for UART communication. - If a higher-level control device exists, command control can be performed using direct UART connection to the RFID core device. - By using a microSD card, it is possible to handle data that exceeds the device's flash size. - With the implementation of a wireless module, it is possible to push the acquired data directly into the internet space.

• RFID/IC tags

Programs created with Micro Python can be executed via SD card! Evaluation can be done efficiently.

The "TPSGW9-KT1" handled by our company is a starter kit suitable for evaluating the introduction of the TPSGW9 module. In addition to being equipped with a peripheral light sensor and an accelerometer, it can connect to external sensors via I2C. Programs created with Micro Python can be executed via an SD card, allowing for efficient evaluation. Additionally, we offer the programmable LPWA wireless module "SANSHO series," which helps reduce costs by shortening development time. 【Features】 ■ Suitable for evaluating the introduction of the TPSGW9 module ■ Equipped with a peripheral light sensor and an accelerometer ■ Can connect to external sensors via I2C ■ Programs created with Micro Python can be executed via an SD card *For more details, please refer to the PDF document or feel free to contact us.

• Evaluation Board

Announcement of Exhibition. We will be exhibiting at the Reborn Challenge Showcase in Grand Green Osaka JAM BASE. [Exhibits] Bioplastics Sakura plates Cutlery

We are pleased to announce that our company will be exhibiting at "EdgeTech+ 2025" (held in Yokohama). <Overview of EdgeTech+ 2025> Exhibition Name: EdgeTech+ 2025 (https://www.jasa.or.jp/expo/) Dates: November 19 (Wednesday) to November 21 (Friday), 2025, 10:00 AM to 5:00 PM (until 6:00 PM on November 20, Thursday) Venue: Pacifico Yokohama Exhibition Hall / Annex Hall Organizer: Japan Embedded Systems Technology Association Admission: Free (pre-registration required) <Booth Information> Booth Number: CS-07 <Main Exhibits> - UHF Band RFID Reader/Writer Module [TPURID2100] - 920MHz Band LPWA Wireless Communication Module [TPSW9] - 2.4GHz Band Wireless Communication Module [TPBPM] - Positioning Starter Kit We understand that you may be busy, but we sincerely hope you will take this opportunity to visit us and stop by our booth.

We are pleased to announce that our company will be exhibiting at the "Industrial Exchange Exhibition 2025." <Overview of the Industrial Exchange Exhibition 2025> Exhibition Name: Industrial Exchange Exhibition 2025 (https://www.sangyo-koryuten.tokyo/) Dates: November 26 (Wednesday) to November 28 (Friday), 2025, 10:00 AM to 5:00 PM Venue: Tokyo Big Sight, West Halls 1 and 2 Admission: Free (pre-registration required) <Booth Information> Booth Number: B-04 (within the Tokyo Business Frontier Pavilion) <Main Exhibits> - UHF Band RFID Reader/Writer Module [TPURID2100] - 920MHz Band LPWA Wireless Communication Module [TPSW9] - 2.4GHz Band Wireless Communication Module [TPBPM] - Positioning Starter Kit We understand that you are busy, but we sincerely hope you will take this opportunity to visit us and stop by our booth.

100% participant satisfaction! Packed with useful information for ISMS managers! You can watch the video of the "ISMS Manager Study Session" held in Shinbashi in September 2025. The theme this time is "Latest Trends and Information Leakage Countermeasures." 【What You Can Learn】 ● The latest trends in ISMS audits and what to do before the next audit - How to efficiently run the PDCA cycle - Recent trends in audits - What to do before the next audit ● Recent trends in information leakage incidents and unauthorized access, and the information security measures to focus on now - Recent trends in information leakage incidents and unauthorized access - Key points for countermeasures based on these trends - Information security measures to focus on now 【Recommended For】 - Executives and personnel from companies that have obtained ISMS certification - Those who want to know what to prepare for the next ISMS audit - Those who want to know how to respond to recent security trends - Those who want to operate ISMS more efficiently. You can also download the materials distributed at the seminar. Please apply!

[Speaker] Taigo Isobe, Senior Manager, Innovation Center, Innovation Technology Department, NTT Data Corporation [Key Lecture Content] Quantum computers are attracting attention as a new computational mechanism based on quantum mechanics, providing innovative solutions to complex and large-scale problems that have been difficult to handle with traditional classical computers. In this lecture, I will first overview the foundational technologies and current status of quantum computers, organize the application examples that have been highlighted in the financial and chemical fields, and then outline the potential in new application areas such as odor reconstruction, weather forecasting, and digital agriculture. I hope you will realize that quantum computers are not just an extension of computational technology but are expanding into diverse areas such as perception, environment, and human sensibility.