Circuit Design, Inc. List of Products and Services

The WT/WR series is a specific low-power radio equipment that complies with ARIB STD-T67. It has a technical compliance mark, allowing it to be used without a radio station license. The communication range is approximately 200 to 300 meters in line of sight. You can choose between a 1-button or 2-button remote control. The WR-01 receiver is a 2-contact control receiver equipped with a power MOSFET that can directly drive relays. To ensure outdoor use, the main unit is IPX5 rated, and the connector complies with JIS D0203 S2. It features four selectable output modes depending on the application, compatible with 9V and 12V systems. It is suitable for applications where multiple remote controls are used to switch ON/OFF (controlling multiple devices with one remote control), such as switching displays. It can also be used in combination with radio module types (CDT-TX-02M, CDT-RX-03M). Wireless remote controls: WT-01 (1-button), WT-02 (2-button) Receiver: WR-01 (2 contacts) Wireless modules: CDT-TX-02M (transmitter with 6 contact inputs), CDT-RX-03M (receiver with 6 contact outputs)

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In the field of public transportation, reliable door operation is essential for safe and smooth operations. Particularly, quick door operation is important for ensuring safety during boarding and alighting, as well as for preventing delays. In locations where wiring work is difficult or integration with existing systems is challenging, the introduction of remote control becomes an issue. The 315MHz band RT/RR series remote control can be easily implemented without the need for a license, allowing for wireless control of door opening and closing. 【Usage Scenarios】 - Opening and closing doors of buses and trains - Remote operation of station platform doors - Deployment of wheelchair ramps 【Benefits of Implementation】 - Cost reduction in wiring work - Easy integration with existing systems - Improved operational efficiency through remote control

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In the gaming industry, there is a demand to enhance player immersion and achieve intuitive operability. It is particularly important to provide a free gaming experience that is not constrained by complex operations or physical limitations. Our 315MHz band RT/RR series remote control, which allows for easy wireless operation without the need for wiring or specialized knowledge, opens up new possibilities in game development. 【Usage Scenarios】 - Expansion of game controllers - Operation of VR/AR devices - Manipulation of in-game gimmicks - Interactive exhibits at event venues 【Benefits of Implementation】 - Increased freedom through wireless technology - Realization of intuitive operability - Shortened development time - Cost reduction

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In the beauty industry, there is a demand for increased efficiency in treatments and improved customer satisfaction. Particularly when treatment spaces are limited or equipment placement is fixed, enhancing operability becomes a challenge. The 315MHz RT/RR series remote control addresses these issues with easy remote operation. It eliminates the need for wiring work, wirelessly connecting up to four switches, making it easy to turn beauty devices on/off and change settings. 【Usage Scenarios】 - Remote operation of facial devices in esthetic salons - Operation of treatment equipment in beauty clinics - Operation of beauty devices at home 【Benefits of Implementation】 - Reduction in treatment time - Effective use of treatment space - Improvement in customer satisfaction

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In the toy industry, it is essential to ensure that children can play safely and enjoyably, which requires good operability and safety. In particular, it is important that toys can be operated easily without complex wiring or specialized knowledge. The 315MHz RT/RR series remote control allows wireless operation of toys with up to four switches. Since no wiring is required and anyone can easily implement it, it is ideal for prototype development and adding functions to existing toys. 【Usage Scenarios】 - Operating remote-controlled cars and robots - Remote control of electric toys - Demonstrations at exhibitions 【Benefits of Implementation】 - Achieves easy wireless operation - Simple implementation without programming - Provides a safe operating environment

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In smart home lighting control, convenience and flexibility are essential. Particularly in existing residential environments, challenges may arise due to difficulties in wiring work or the need to reassess lighting arrangements due to changes in floor plans. The 315MHz band RT/RR series remote control addresses these issues by enabling easy wireless implementation. It allows for remote operation of lighting ON/OFF and dimming without requiring specialized knowledge, supporting the creation of a comfortable smart home environment. 【Use Cases】 - Remote operation of lighting in living rooms and bedrooms - Automation of lighting in entrances and hallways - Lighting control as a security measure 【Benefits of Implementation】 - Easy to implement without the need for wiring work - Existing lighting fixtures can be used as is - Improved scalability of the smart home system

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In the logistics industry, tracking and managing shipments is essential for efficient operations. In particular, understanding the location and condition of packages within warehouses and along delivery routes contributes to preventing delays and improving customer satisfaction. However, traditional wired systems can make flexible tracking difficult due to wiring work and installation location constraints. The 315MHz band RT/RR series remote control utilizes license-free wireless technology to easily enable remote operation, contributing to solving challenges in logistics sites. 【Usage Scenarios】 - Package management within warehouses - Condition checks during loading and unloading onto trucks - Installation on in-house forklifts 【Benefits of Implementation】 - Real-time understanding of package location and condition - Improved work efficiency - Reduction of human errors

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In the agricultural sector, particularly in irrigation systems, remote operation of sluice gates and ON/OFF control of pumps is required. In vast farmlands, manual operation can be time-consuming and labor-intensive, potentially leading to decreased work efficiency. Additionally, to respond quickly to changes in weather, a remote-controlled system is essential. The 315MHz band RT/RR series remote control was developed to address these challenges. 【Usage Scenarios】 - Remote operation of sluice gates in rice fields - ON/OFF control of irrigation pumps in fields - Remote operation of ventilation fans in greenhouses - Control linked to water level monitoring in ponds 【Benefits of Implementation】 - Reduction in work time and labor - Increased yield through more efficient water management - Quick response to abnormal occurrences - Reduced installation costs due to the absence of wiring work

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In the industrial machinery sector, ensuring safety and improving work efficiency are always required. In particular, remote operation of machinery is crucial for protecting the safety of operators while enhancing productivity. The complexity of wiring and the limitations on mobility due to wired connections can hinder efficiency on-site. The 315MHz RT/RR series remote control addresses these challenges. It can be easily implemented without a license and allows for wireless control of up to four switches. This facilitates remote operation of industrial machinery and contributes to improved work efficiency. 【Usage Scenarios】 - Control of production lines within factories - Remote operation of cranes and hoists - ON/OFF control of various equipment 【Benefits of Implementation】 - Reduction in wiring costs - Enhanced safety for operators - Significant improvement in work efficiency

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In the security industry, quick responses and reliable operations are essential. Particularly in extensive monitoring and rapid responses during emergencies, wireless systems that are not constrained by wiring are crucial. They facilitate installation in locations where wiring is difficult and enable swift system setup for mobile units. The 315MHz band RT/RR series remote control allows for easy remote operation, contributing to the efficiency of security systems. 【Use Cases】 - Opening and closing parking lot gates - Remote operation of security cameras - Activation of emergency equipment - Operations along security personnel patrol routes 【Benefits of Implementation】 - Cost reduction in wiring work - Flexible system expansion - Quick responses in emergencies - Improved operability

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In the home appliance industry, there is a demand for solutions that allow for easy operation of appliances to enhance convenience. In particular, remote control systems that can be easily implemented are important in locations where wiring work is difficult or when wanting to smarten existing appliances. The 315MHz RT/RR series remote control can create a wireless environment easily without the need for licenses or specialized knowledge. 【Usage Scenarios】 - Turning lights ON/OFF - Operating air conditioners - Controlling security systems - Opening and closing electric shutters 【Benefits of Implementation】 - Easy to implement without wiring work - Smartening existing appliances - Increased convenience through remote operation

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In the automotive industry, the introduction of keyless entry systems is being sought to enhance convenience and security. In particular, simple systems that can be retrofitted to existing vehicles without modifications are important. Keyless entry systems that do not require wiring work and can be easily implemented are effective in increasing customer satisfaction. 【Usage Scenarios】 - Adding keyless entry functionality to existing vehicles - Remote operation of garage shutters and gates - Expansion of security systems 【Effects of Implementation】 - Increased customer satisfaction through the addition of easy keyless entry functionality - Reduction of implementation costs due to the absence of wiring work - Functional expansion through integration with existing security systems

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The RT/RR series is a specific low-power radio device operating in the 315MHz band that complies with ARIB STD-T93 and has obtained the technical conformity mark. It offers longer communication distances and more stable communication compared to weak radio remote control devices. Additionally, it does not have the directionality of infrared remote controls, allowing you to use it without worrying about the orientation or location of the transmitter. You can choose between two types of remote controls: 3-button and 4-button. There is also a wireless module type available (RTM-1B, RRM-1A). When a button is pressed, it performs a one-shot transmission, making it suitable for applications such as switching lights or displays ON/OFF. Wireless remote controls: RT-3B (3-button), RT-4B (4-button) Control unit (receiver): RR-1A Wireless module type: RTM-1B (transmitter), RRM-1A (receiver)

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In the automotive industry, there is a demand for wireless operation inside vehicles to improve convenience and safety. Particularly, intuitive and reliable operation is crucial for controlling various in-vehicle devices and for usability while driving. Traditional physical switches and button operations can distract drivers and increase the risk of accidents. Our 2.4GHz wireless remote control addresses these challenges. 【Usage Scenarios】 - Operation of the car navigation system - Adjusting the volume and selecting tracks on audio equipment - Turning vehicle interior lights ON/OFF - Remote control of other in-vehicle devices 【Benefits of Implementation】 - Enhanced safety while driving - Improved comfort in vehicle operation - Centralized management of various in-vehicle devices - Realization of intuitive and easy operability

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In the logistics industry, the efficiency of transporting goods within a warehouse significantly affects the overall productivity of operations. Particularly in the operation of conveying equipment such as forklifts and conveyors, the distance workers must move and the complexity of operations can lead to time and physical burdens, which in turn decrease efficiency. Our 2.4GHz band NT-4/NR-1 series wireless remote control has been developed to address these challenges. 【Usage Scenarios】 - Conveyor operation within the warehouse - Remote operation of forklifts and other equipment - Control of shutters during inbound and outbound processes 【Benefits of Implementation】 - Reduces worker movement and improves work efficiency - Decreases operational errors and ensures safety - Simple operability allows anyone to use it easily

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In the event industry, the speed and reliability of sound adjustment are essential. Particularly when adjusting volume in accordance with the event's progress or switching between multiple speakers, any delay or misoperation can significantly affect the quality of the event. Our 2.4GHz band NT-4/NR-1 series wireless remote control employs a frequency-hopping method that is resistant to radio interference, enabling smooth communication. This allows for quicker and more reliable sound adjustments during events. 【Usage Scenarios】 - Volume adjustment at event venues - Switching between multiple speakers - Coordination with lighting and video equipment 【Benefits of Implementation】 - Increased efficiency in sound adjustment - Smoother event progression - Reduction of operational errors

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In the field of agriculture, irrigation control requires efficient use of water resources and labor-saving operations. Particularly in extensive farmland or under conditions of labor shortages, remote control of irrigation systems is crucial. Manual operations and complex wiring can waste time and effort, potentially reducing work efficiency. Our 2.4GHz band NT-4/NR-1 series wireless remote control enables simple and smart remote control of irrigation systems within a range of up to 100 meters. 【Usage Scenarios】 - Watering in large-scale farmland - Irrigation inside greenhouses - Watering management from remote locations 【Benefits of Implementation】 - Reduction in work time - Optimization of water resources - Reduction in labor costs

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In robot operation within the manufacturing industry, it is essential to achieve both safety and efficiency. In particular, ensuring the safety of workers and improving productivity are crucial. Wired operations are prone to issues such as cable management and disconnections, which can decrease work efficiency. Our 2.4GHz wireless remote control liberates you from the constraints of cables through wireless communication, enabling safe and smooth robot operation. 【Application Scenarios】 - Remote operation of robotic arms - Operation of AGVs (Automated Guided Vehicles) - Control of equipment on the production line 【Benefits of Implementation】 - Improved safety for workers - Significant enhancement of work efficiency - Adaptability to flexible layout changes - Reduction in cable maintenance costs

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The 2.4GHz wireless remote control system NT-4 and NR-1 is a wireless device compliant with the ARIB standard STD-T66 "Second Generation Low Power Data Communication System." Since it has the Technical Compliance Mark, there is no need for customers to apply for a license. The remote control NT-4 is a compact button type that can be used with a lithium battery CR2032 (1 piece). It supports 3-contact, 4-contact, and 6-contact configurations, allowing you to choose from four types. The output unit NR-1 supports 6 channels of contact output. The output is a photo MOSFET output, which can directly drive a relay. Additionally, the output operation mode can be selected from three modes according to the application. The communication distance is approximately 100m under line-of-sight conditions. The link status can be confirmed via an LED. While the button on the remote control is pressed, continuous output can be generated from the NR-1. It adopts a unique frequency hopping (FH) method, eliminating the concept of frequency channels, allowing multiple systems to operate simultaneously in the same area, such as a distribution center. Wireless remote controls: NT-4-S3 (3 contacts), NT-4-S4, NT-4-D4 (4 contacts), NT-4-D6 (6 contacts) Wireless module: NT-4M (4 contacts) Controller: NR-1

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In the field of ship communication, remote monitoring and control of various equipment is required for safe navigation. It is particularly important to grasp the status of equipment in real-time during voyages and to detect anomalies early. Traditional wired systems have limitations due to wiring distance and risks of failure from corrosion. This product solves these issues by transmitting information from eight contact points over a wireless communication system in the 429MHz or 1216MHz band, with a line-of-sight distance of up to 1km. 【Usage Scenarios】 - Monitoring temperature and pressure in the engine room - Remote monitoring of navigation lights and various alarm systems - Monitoring temperature and humidity in the cargo hold 【Benefits of Implementation】 - Reduction in wiring costs - Rapid detection of equipment anomalies, contributing to safe navigation - Increased operational efficiency through flexible system construction

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In mining safety management, it is crucial to quickly detect abnormalities in various locations within the mine and plant to ensure safety. To promptly grasp any emergencies such as collapses, gas leaks, or equipment malfunctions and take appropriate action, a system that collects information from multiple points in real-time and communicates it to managers is essential. However, the radio conditions inside the mine can be unstable, and wired connections may also be difficult. This product addresses these challenges through wireless communication in the 429MHz or 1216MHz bands. By wirelessly transmitting information from eight sets of contact points and reliably conveying it to remote locations such as management rooms, it enhances safety management in the mine. 【Usage Scenarios】 - Signal transmission from gas detectors and water level gauges in the mine - Monitoring equipment abnormalities within the plant - Remote monitoring of emergency equipment - Emergency notification system to ensure worker safety 【Benefits of Implementation】 - Rapid detection of abnormalities in the mine and plant to prevent accidents - Reduction of costs and labor associated with wiring work - Possibility of building an extensive monitoring system - System upgrades through wireless conversion of existing equipment

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In the logistics industry, accurately grasping the location information of warehouses and delivery trucks is crucial for improving operational efficiency and safety management. Particularly in large warehouses or sites with multiple trucks in operation, there is a demand for systems that eliminate the hassle of wiring and can transmit location information in real-time. Our 429/1216MHz band 8-point input/output board addresses these challenges. 【Usage Scenarios】 - Monitoring the positions of forklifts and transport vehicles within the warehouse - Tracking the location information of trucks and their cargo - Managing the dynamics of vehicles on-site 【Benefits of Implementation】 - Improved operational efficiency through real-time location information - Faster response to issues and enhanced safety - Reduced wiring costs and flexible system construction

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In manufacturing process management, it is important to grasp the operational status and abnormalities of equipment in real-time and to take prompt action. Particularly in large factories or production lines that span multiple buildings, the complexity and cost of wiring become challenges. Additionally, communication stability may be compromised depending on the radio environment. This product allows for the selection of either the 429MHz band or the 1216MHz band, enabling the choice of the optimal frequency band according to the on-site radio conditions, thus achieving stable communication. By wirelessly transmitting information from eight contact points, it reduces wiring costs and enables flexible system construction. 【Usage Scenarios】 - Monitoring equipment operational status within the factory - Detecting abnormalities in the production line - Confirming process progress from remote locations - Managing processes across multiple buildings 【Benefits of Implementation】 - Reduction of wiring costs - Real-time understanding of process status - Prompt response to abnormalities - Improvement in production efficiency

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In the energy industry, it is crucial to quickly detect abnormalities in equipment and maintain a stable power supply through power monitoring. Particularly in monitoring widely distributed equipment, it is necessary to eliminate wiring hassles and ensure reliable signal transmission. The 429/1216MHz band 8-channel input/output board transmits 8 sets of contact information over wireless communication in the 429MHz or 1216MHz band, with a maximum line-of-sight distance of 1 km. This allows for real-time understanding of the status of equipment located remotely, enabling prompt responses. 【Use Cases】 - Remote monitoring of substations and power plants - Abnormality detection in solar power plants - Monitoring the operational status of wind power equipment 【Benefits of Implementation】 - Reduction in wiring costs - Quick response in case of abnormalities - Achievement of stable power supply

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In the agricultural sector, it is important to accurately grasp environmental data such as temperature, humidity, and water levels, and to maintain an environment suitable for crop growth. Especially when dealing with vast farmland or multiple greenhouses, data collection through wiring can be costly and labor-intensive. Additionally, a swift response during abnormal occurrences can significantly affect yield and quality. Our 429/1216MHz band 8-channel input/output board solves these challenges through wireless communication. 【Usage Scenarios】 - Temperature and humidity monitoring inside greenhouses - Water level monitoring in fields - Receiving abnormal signals from remote locations 【Benefits of Implementation】 - Reduction in wiring costs - Extensive environmental data collection - Quick response during abnormal occurrences - Optimization of the crop growth environment

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In the field of robotics, reliable signal transmission for remote control of robots is crucial. Especially in environments such as factories and construction sites, where wireless conditions can be unstable and there are many obstacles, stable communication is required. This product allows for the selection of either the 429MHz band or the 1216MHz band, enabling the choice of the optimal frequency range according to the radio environment on-site, thus achieving stable remote control. 【Usage Scenarios】 - Remote control of robots within factories - Operation of heavy machinery at construction sites - Robot operation in disaster areas 【Benefits of Implementation】 - Reliable remote control through stable wireless communication - Avoidance of radio interference, improving communication reliability - Enabling remote control over a wide area

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In the railway industry, signal control systems require accurate information transmission and high reliability. In monitoring and controlling signals over a wide area, such as tracks and station premises, it is essential to ensure stable communication while reducing wiring complexity and costs. Our 429/1216MHz band 8-channel input/output board addresses these challenges and supports the safe operation of railways. 【Usage Scenarios】 * Abnormal detection at level crossings * Monitoring the status of signals * Remote control of points * Monitoring of station facilities 【Benefits of Implementation】 * Reduction in wiring costs * Realization of extensive signal monitoring * Improved reliability through stable wireless communication * Ease of upgrading existing systems

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In the automotive industry, it is essential to transmit information from the diverse sensors in vehicles accurately and reliably. In particular, signals from sensors placed in various parts of the vehicle require systems that are resistant to noise and capable of long-distance communication. This product can operate in either the 429MHz or 1216MHz band, allowing for optimal communication tailored to the radio environment, thereby supporting the safe operation of vehicles. 【Usage Scenarios】 - Signal transmission from onboard sensors - Monitoring vehicle status - Control of in-vehicle equipment 【Benefits of Implementation】 - Flexible system construction through long-distance communication - Stable communication resistant to noise - Easy upgrades of existing systems

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MU3-IN8 and MU3-OUT8 are 8-point input/output boards equipped with the specific low-power wireless module MU-3 (429MHz band / 1216MHz band). They continuously transmit contact information using the MU-3 designed for industrial applications, enabling continuous contact control as required in telecontrol and factory automation. The input uses photo couplers, and the output uses photo MOS relays, allowing for high isolation and connection to high-capacity loads. Additionally, the input and output are connected via terminal blocks, making wiring easy. Not only can the boards communicate with each other, but they can also be controlled from a PC. When controlled from a PC, communication through a relay station and control of multiple boards is also possible. You can choose between the 429MHz band and the 1216MHz band as needed. 429MHz band Input board: MU3-IN8-429 Output board: MU3-OUT8-429 1216MHz band Input board: MU3-IN8-1216 Output board: MU3-OUT8-1216

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We offer a variety of wireless remote control products tailored to your usage needs. - KST426W/KSR426W-A Usable for ON/OFF switching purposes. Designed to enhance waterproofing and durability for industrial applications. Compatible with 2 to 4 button remotes. - KST2.4W/KSR2.4 Usable for purposes where it is ON while pressed. Designed to enhance waterproofing and durability for industrial applications. Compatible with 2 to 4 button remotes. - WT-01/WT-02/WR-01A Usable for ON/OFF switching purposes. Supports everyday waterproofing and is compatible with 1 or 2 buttons. - NT-4/NR-1 Usable for purposes where it is ON while pressed. Compact remote that can be carried in a pocket. Compatible with 3, 4, or 6 contacts. - RT-3B/RT-4B/RR-1A Usable for ON/OFF switching purposes. Designed for simple remote control applications. Compatible with 3 or 4 buttons. In addition to the above remote control products, we also handle various products compatible with harnesses and terminal blocks for different contact communications. Please feel free to contact us for assistance in selecting models.

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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.

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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.

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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.

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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.

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MLR-429 is a wireless module that focuses on serial communication, pursuing miniaturization and ease of integration. In addition to conventional FSK mode communication, it features a LoRa mode that enables ultra-long-range communication at low bit rates. In LoRa mode, it achieves communication distances of over 10 km in line of sight, despite having a low transmission power due to excellent reception sensitivity. It connects to external microcontrollers or PCs via a UART interface, allowing for the transmission and reception of customer data and device control using our unique command system developed in the industrial sector. It can be used for data transmission and telemetry applications. 【Features】 ■ Equipped with Technical Compliance Mark ■ Ultra-long-range data communication in the 429 MHz band using LoRa mode ■ Compact size ■ Compatible with LTM-1

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Equipped with the nRF9160 from Nordic Semiconductor. LTE-M is a best-effort type of communication using carrier lines. This module has the Serial LTE modem and MCUBoot loader included in the nRF Connect SDK written to it. Operation is performed by issuing AT commands via UART. Please check the version of the Serial LTE modem written in the communication module using the AT#XSLMVER command and use the commands corresponding to that version. For information regarding the firmware license, please refer to the following: https://github.com/nrfconnect/sdk-nrf/blob/main/LICENSE License ID: LicenseRef-Nordic-5-Clause. Please be aware that we cannot address any issues arising from the firmware. * Please note that a SIM card (nano SIM) is required for the use of this product, so we ask that you contract for one.

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In the parking industry, there is a demand for improved convenience for users and increased operational efficiency. Particularly in urban areas and parking lots within commercial facilities, it is important to accurately grasp and display the availability of spaces in real-time. In traditional wired systems or underground parking lots where radio waves have difficulty reaching, understanding the availability of spaces has been challenging. Our 429MHz ultra-long-range LoRa wireless module enables stable communication even in underground or multi-story parking lots due to its long-distance communication and high diffraction capability, allowing for accurate monitoring of availability. 【Use Cases】 * Parking space availability display system * Data collection for entry and exit management systems * Sensor data transmission in multi-story parking lots 【Benefits of Implementation】 * Increased customer satisfaction through real-time availability displays * Improved efficiency in parking lot operations * Cost reduction through reduced wiring

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In the field of disaster prevention and mitigation, rapid and accurate information transmission is essential. Especially during disasters such as earthquakes and heavy rains, there is a possibility that communication infrastructure may be disrupted, making it crucial to secure means of information collection and transmission in areas where radio waves are difficult to reach, such as underground or mountainous regions. The 429MHz ultra-long-range LoRa wireless module enables stable communication even in such situations, allowing for the transmission of life-saving information such as understanding disaster conditions and evacuation instructions. 【Usage Scenarios】 * Monitoring river water levels * Monitoring landslide hazard areas * Information transmission for evacuation centers * Remote monitoring of infrastructure facilities 【Benefits of Implementation】 * Capability for extensive information collection * Information transmission independent of communication infrastructure * Accurate response through rapid situation assessment * Contribution to saving lives

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In forest management, extensive data collection and remote equipment control are required. Particularly in mountainous areas and within forests, radio signals are often weak, making it challenging to ensure stable communication. Rapid information transmission is essential for monitoring water levels and early detection of landslides. Our 429MHz ultra-long-range LoRa wireless module enables long-distance communication over 10 km in line-of-sight conditions and stable communication in difficult environments such as underground or mountainous areas, facilitating information collection and remote control in forest management. 【Use Cases】 * Water level monitoring within forests * Early detection of landslides * Remote control of forestry machinery * Collection of various sensor data 【Benefits of Implementation】 * Increased efficiency in data collection across extensive forests * Improved work efficiency through remote equipment control * Early detection and response to disaster risks * Establishment of battery-powered systems with low power consumption

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In manufacturing equipment monitoring, it is important to grasp the operational status of a wide range of equipment in real-time and to detect anomalies early. In particular, data collection from sensors installed in various locations within the factory and the control of equipment located remotely are essential for improving production efficiency and ensuring safety. However, traditional wireless communication has faced challenges such as signal obstruction due to buildings and obstacles, instability in long-distance communication, and difficulties in securing power sources at installation sites. Our 429MHz ultra-long-range LoRa wireless module addresses these challenges and enables stable equipment monitoring. 【Use Cases】 * Collection of various sensor data within the factory * Monitoring the operational status of remotely located equipment * Anomaly detection and remote control of production lines * Data collection from equipment installed outdoors 【Benefits of Implementation】 * Early detection of equipment anomalies, reducing downtime * Reduction of travel costs to the site through data collection from remote locations * Battery-operated operation made possible by energy-efficient design * Stable communication achieved through LoRa's long-distance transmission and high diffraction capability

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In the energy industry, the spread of smart meters is advancing, and remote monitoring of electricity usage is being demanded. Particularly in areas such as underground or mountainous regions where radio waves are difficult to reach, the stability of communication is crucial for data collection. If communication is interrupted, it becomes challenging to accurately grasp electricity usage, potentially hindering efficient energy management. Our 429MHz ultra-long-range LoRa wireless module addresses these challenges through long-distance communication and high diffraction capability. 【Use Cases】 * Data collection from smart meters * Monitoring electricity usage in underground and mountainous areas * Data transmission in locations where communication infrastructure is not established 【Benefits of Implementation】 * Accurate grasp of electricity usage through stable data collection * Efficient energy management through remote monitoring * Reduction of communication costs

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• Other embedded systems (software and hardware)
• Remote Control

In mining, ensuring the safety of workers underground and improving the efficiency of operations such as excavation and transportation are crucial. The underground environment makes it difficult for radio waves to reach, leading to challenges such as delays in information transmission during accidents and decreased productivity due to delays in remote operations. The 429MHz ultra-long-range LoRa wireless module enables communication even in environments where radio waves are hard to reach, such as underground mines, thanks to LoRa's excellent diffraction characteristics. This facilitates real-time information sharing and efficient operations through remote control, contributing to the safety and efficiency of mining operations. 【Use Cases】 - Safety management of workers underground (location information, vital data, etc.) - Remote monitoring and control of underground equipment - Rapid information transmission in emergencies 【Benefits of Implementation】 - Reduced risks associated with communication interruptions underground - Increased productivity through improved work efficiency - Achieving safe mining operations

• Communications
• Other embedded systems (software and hardware)
• Remote Control

In the field of water quality monitoring, it is important to remotely collect water level and water quality data from rivers and lakes and to detect anomalies early. In particular, data collection at widely distributed monitoring points or in hard-to-access locations poses challenges regarding communication stability. Our 429MHz ultra-long-range LoRa wireless module achieves long-distance communication over 10 km with excellent diffraction and ultra-high sensitivity reception, enabling stable data transmission even in difficult environments such as underground or mountainous areas. This contributes to improving the reliability of water quality monitoring systems. 【Use Cases】 * Monitoring water levels in rivers and lakes * Data collection from water quality sensors * Detection of water quality anomalies from remote locations 【Benefits of Implementation】 * Ensuring a wide monitoring area through long-distance communication * Stable data transmission in underground and mountainous areas * Realization of battery-powered systems with low power consumption

• Communications
• Other embedded systems (software and hardware)
• Remote Control

In smart city streetlight control, remote monitoring and control of a large number of streetlights over a wide area is required. Particularly for streetlights located in areas far from urban centers or in places where radio waves are difficult to reach, stable wireless communication is essential. Conventional wireless systems may face challenges such as limitations in communication distance and signal obstruction due to obstacles. Our 429MHz ultra-long-range LoRa wireless module addresses these issues through long-distance communication and high diffraction capability, enabling efficient streetlight control in smart cities. 【Use Cases】 - Streetlight control in urban areas - Streetlight control in parks and squares - Streetlight control on suburban roads and facilities 【Benefits of Implementation】 - Extensive area coverage through long-distance communication - Stable communication in environments with many obstacles - Reduced operational costs due to low power consumption

• Communications
• Other embedded systems (software and hardware)
• Remote Control

In the agricultural sector, accurately grasping environmental data such as temperature, humidity, and soil moisture is crucial for implementing appropriate watering and fertilizer management, which in turn enhances yield and quality. This is especially important in vast farmlands and mountainous areas where wired data collection is challenging, necessitating stable wireless communication. This product achieves long-distance communication with high stability, enabling data collection from remote locations. 【Usage Scenarios】 - Environmental monitoring of fields (temperature, humidity, soil moisture, etc.) - Environmental control within greenhouses - Watering management from remote locations 【Benefits of Implementation】 - Real-time understanding of crop growth conditions - Cost reduction through optimized watering - Minimization of damage through early detection of anomalies

• Communications
• Other embedded systems (software and hardware)
• Remote Control