テレパワー Product Lineup

- 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

Telepower Co., Ltd. was established in 2002 as an engineering company engaged in the development and sales of wireless communication technology. In addition to developing and selling wireless communication modules and systems in the 920MHz and 2.4GHz bands, we also develop and sell IoT products and ODM products utilizing our own developed wireless communication modules. Furthermore, in recent years, we have developed UHF band RFID reader/writer wireless modules and are actively participating in cutting-edge projects such as automatic identification technology. Our corporate philosophy is to "assist manufacturing based on remote communication technology and contribute to society." Initially, we focused on disaster, construction, and industrial fields, but our wireless communication technology has now expanded into the medical and welfare sectors, engaging in numerous cutting-edge projects. We will continue to strive to contribute to various societal challenges.

• Other embedded systems (software and hardware)

- 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.

• High frequency/microwave parts
• RFID/IC tags
• Other embedded systems (software and hardware)

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

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

The "TP26HS-01 2.4GHz RF Module" is a hybrid module that supports Bluetooth Smart and ZigBee in the 2.4GHz band. Power consumption is reduced to one-fourth. It is compatible with IEEE802.15.4 and also allows for software customization. It includes a rich set of standard profiles, such as serial communication peripherals, beacons, and observers. 【Standard Profiles】 ■ Serial Communication Peripheral ■ Serial Communication Central ■ Beacon ■ Observer ■ Config Settings *For more details, please refer to the PDF document or feel free to contact us.

• Other embedded systems (software and hardware)

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

【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