Circuit Design, Inc. List of Products and Services

The "Dokodemo Demu" compact model (DM-100) is a programmable wireless unit equipped with the "MLR-429," a specific low-power wireless module compatible with LoRa from Circuit Design. It features an Espressif System ESP32 microcontroller (which has built-in WiFi/Bluetooth) along with input/output ports and a temperature, humidity, and pressure sensor (BME280). The program for this product is intended to be created, tested, and written by the customer themselves for operation. Please ensure thorough operation verification of the entire system, including wireless communication. The Arduino bootloader has been pre-installed, allowing you to program it immediately in the Arduino environment after purchase. In addition to the compact model equipped with the MLR-429 wireless module, "Dokodemo Demu" also offers an "LTE-M model" equipped with the LTE-M wireless module LTM-1. What is "Dokodemo Demu"? How did it come to be? https://www.circuitdesign.jp/blog/what-is-docodemodem/ *For more details, please refer to the related links or feel free to contact us.

The Dokodemo Demu LTE-M model (DM-200) is a programmable wireless unit equipped with the Circuit Design wireless module "LTM-1." It features an Espressif System ESP32 microcontroller (which has built-in WiFi/Bluetooth) and includes input/output ports as well as a temperature and humidity/pressure sensor (BME280). The program for this product is intended to be created, tested, and written by the customer themselves for operation. Please ensure thorough operation confirmation of the entire system, including wireless communication. The Arduino bootloader has been pre-installed, allowing you to program it immediately in the Arduino environment after purchase. In addition to the LTE-M small model equipped with the wireless module LTM-1, Dokodemo Demu also offers a "small model" equipped with the specific low-power wireless module MLR-429. What is 'Dokodemo Demu'? How did it come to be? https://www.circuitdesign.jp/blog/what-is-docodemodem/ *For more details, please refer to the related links or feel free to contact us.

The Dokodemo Demu Mini, a small model (DM-300), is a programmable wireless unit equipped with the MLR-429, a low-power wireless module compatible with LoRa from Circuit Design. It features a SAMD21G18 microcontroller (ARM Cortex-M0), input/output ports, and a temperature, humidity, and pressure sensor (BME280). The program for this product is designed to be created, tested, and written by the customer themselves for operation. Please ensure thorough operation verification of the entire system, including wireless communication. The Arduino bootloader is pre-installed, allowing you to program it immediately in the Arduino environment after purchase. In addition to the small model equipped with the MLR-429 wireless module, the Dokodemo Demu Mini also has an "LTE-M model" equipped with the LTE-M wireless module LTM-1. What is "Dokodemo Demu"? How did it come to be? https://www.circuitdesign.jp/blog/what-is-docodemodem/ *For more details, please refer to the related links or feel free to contact us.

The Dokodemo Demu Mini compact model (DM-400) is a programmable wireless unit equipped with the Circuit Design LTE-M wireless module "LTM-1." It features a SAMD21G18 microcontroller (ARM Cortex-M0), input/output ports, and a temperature, humidity, and pressure sensor (BME280). The program for this product is intended to be created, tested, and written by the customer themselves for operation. Please ensure thorough operation confirmation of the entire system, including wireless communication. The Arduino bootloader has been pre-installed, so you can program it immediately in the Arduino environment after purchase. In addition to the LTE-M model equipped with the wireless module LTM-1, the Dokodemo Demu Mini also has a "compact model" equipped with the specific low-power wireless module MLR-429. What is "Dokodemo Demu"? How did it come to be? https://www.circuitdesign.jp/blog/what-is-docodemodem/ *For more details, please refer to the related links or feel free to contact us.