Circuit Design, Inc. Product Lineup

In inventory management within the logistics industry, it is important to accurately grasp the location and condition of products in the warehouse and to carry out efficient management. In particular, it is required to update information in real-time during the inbound and outbound processes and to maintain accurate inventory counts. Incorrect inventory management can lead to stockouts or excess inventory, potentially resulting in decreased operational efficiency and increased costs. Our 429MHz band 8-point input board transmits information from up to 8 points in real-time, accurately collecting information from various locations within the warehouse to support efficient inventory management. 【Usage Scenarios】 - Streamlining inventory counting tasks in the warehouse - Automating inspection tasks during inbound and outbound processes 【Benefits of Implementation】 - Improved accuracy in inventory management - Reduced working time - Cost savings

• Remote Control
• Communications
• controller

In manufacturing process management, it is important to grasp the operating status and abnormalities of equipment in real-time and take prompt action. Equipment stoppages or abnormalities can lead to decreased productivity and quality issues. Our 429MHz band 8-point input board allows for continuous transmission of information from up to 8 points without interruption, enabling accurate understanding of the conditions on the manufacturing floor. 【Usage Scenarios】 - Monitoring the operating status of machine tools - Detecting abnormalities in production lines - Remote operation of equipment 【Benefits of Implementation】 - Reduction of equipment downtime - Improvement of production efficiency - Strengthening of quality control - Increased efficiency and flexibility through wireless transmission of PLC contact information

• Remote Control
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In the agricultural sector, remote monitoring is essential for understanding the growing environment of crops and the operational status of equipment. Particularly when managing vast farmland or multiple facilities, manual inspections can be time-consuming and labor-intensive. To detect anomalies early and respond quickly, real-time information gathering is indispensable. This product enables the transmission of information from up to eight contact points in real-time, allowing for remote monitoring of the farmland's condition. 【Usage Scenarios】 - Monitoring temperature, humidity, and sunlight levels in greenhouses - Detecting anomalies in irrigation systems - Integration with security cameras and sensors - Temperature management in warehouses and storage facilities 【Benefits of Implementation】 - Minimization of damage through early detection of anomalies - Cost reduction through labor savings - Accurate management based on data - Improvement in work efficiency

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• Communications
• controller

The MU3-IN8-429 is an 8-channel input board equipped with the specific low-power wireless module MU-3-429. It continuously transmits contact information via the MU-3-429, making it suitable for continuous contact control required in telecontrol applications. The inputs are composed of photo couplers, allowing for high isolation and connection to high-capacity loads. Additionally, the inputs are configured with terminal blocks, enabling easy embedded wiring. The MU3-IN8-429 can not only communicate between boards but also read contact information from a PC or CPU using the MU-3-429. When controlling from a PC, relay functionality can be utilized, allowing for the collection of contact information from locations several kilometers away. The relay station for the MU-3-429 operates solely with initial device setup and power supply. To operate, pairing settings between the MU3-IN8-429 and MU3-OUT8-429 must be configured initially. This wireless device allows the antenna to be installed in a location with good radio wave conditions using an extension cable. 【Features】 ■ Continuous communication of 8 contact information ■ Easy embedded wiring via terminal blocks ■ High isolation with photo couplers

• Remote Control
• Communications
• controller

In the security industry, the reliability of intrusion detection systems is crucial. Specifically, it is essential to accurately and quickly transmit signals from sensors and reliably detect anomalies. Malfunctions or delays can undermine the reliability of security systems and potentially lead to serious situations. Our 429MHz band 8-contact output board receives and outputs up to 8 contact signals in real-time, ensuring reliable intrusion detection. 【Usage Scenarios】 - Intrusion detection systems for office buildings, stores, and warehouses - Security systems in critical facilities - Integration with surveillance camera systems 【Benefits of Implementation】 - Rapid response through real-time information transmission - Support for multiple contact signals, allowing for flexible system construction - High reliability through stable wireless communication

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

In manufacturing process management, it is important to accurately grasp the operational status of equipment and respond quickly. In particular, early detection of abnormalities in the production line and minimizing downtime are required. Traditional wired systems have complexities in wiring work and risks of signal interruption due to cable disconnections. This product transmits up to 8 channels of contact signals wirelessly in real time, enabling remote monitoring and control of equipment. This contributes to improved production efficiency and rapid problem-solving. 【Usage Scenarios】 * Displaying the status of the production line * Remote monitoring of equipment * Operation of cranes and conveyors 【Benefits of Implementation】 * Cost reduction in wiring work * Visualization of equipment operational status * Rapid detection and response to abnormalities * Improved production efficiency * Increased efficiency and flexibility through PLC wireless technology

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

The MU3-OUT8-429 is an 8-point output board equipped with the specific low-power wireless module MU-3-429. It continuously transmits contact information via the MU-3-429, making it suitable for continuous contact control required in telecontrol applications. The output is composed of photo MOS relays, allowing for high isolation and the connection of high-capacity loads. Additionally, the output is on a terminal block, making it easy to wire for integration. The MU3-OUT8-429 can control contact information from a PC or CPU using the MU-3-429, not just for communication between boards. When controlling from a PC, a relay function can also be utilized, enabling control of contact information from locations several kilometers away. The relay station for the MU-3-429 operates solely with the initial setup of the device and power supply. To operate, pairing settings between the MU3-IN8-429 and MU3-OUT8-429 are required initially. This wireless device allows the antenna to be installed in a location with a good radio wave environment using an extension cable. 【Features】 ■ Continuous communication of 8 contact information ■ Easy wiring integration via terminal block ■ High isolation with photo MOS relays

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

In forestry, particularly in forest management, it is important to accurately grasp the extensive on-site conditions and respond quickly. Real-time information gathering is required in various situations, such as early detection of forest fires, monitoring weather conditions, and managing worker safety. However, in mountainous areas, wired communication is often difficult, and the stability of wireless communication becomes a challenge. The 1216MHz band 8-point input board continuously transmits information from up to 8 contact points in real-time, addressing the communication challenges in forest management. 【Usage Scenarios】 - Integration with forest fire alarm systems - Collection of weather observation data - Establishment of worker safety management systems - Remote control of equipment 【Benefits of Implementation】 - Realization of early response through rapid information transmission - Improvement of work efficiency - Enhancement of safety - Cost reduction

• Remote Control
• Communications
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In the infrastructure industry, it is important to detect abnormalities in facilities such as bridges and dams early to prevent accidents. Particularly in monitoring equipment located in remote areas, stable wireless communication for real-time information transmission is required. Traditional wired systems not only incur high costs and labor for wiring work but also face challenges such as susceptibility to impacts from lightning strikes. The 1216MHz band 8-point input board continuously transmits contact information from up to 8 systems in real-time, streamlining remote monitoring of infrastructure facilities. 【Use Cases】 * Monitoring of bridge deformation sensors * Monitoring of dam water levels * Remote control of ventilation systems in tunnels * Abnormality detection in substations 【Benefits of Implementation】 * Early detection of equipment abnormalities allows for rapid response * Reduction in inspection and maintenance costs * Improved safety

• Remote Control
• Communications
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In the security industry, the reliability of intrusion detection systems is extremely important. False alarms and delays can lead to delayed responses, potentially resulting in significant damage. The 1216MHz band 8-point input board enables reliable intrusion detection by continuously transmitting up to 8 channels of contact information in real-time. Its high insulation provided by the optocoupler reduces the impact of external noise, allowing for stable signal acquisition. 【Use Cases】 - Security systems for office buildings, commercial facilities, and residences - Centralized management of signals from sensors to detect anomalies early - Integration into existing security systems 【Benefits of Implementation】 - Improved reliability of intrusion detection systems - Reduction of false alarms - Minimization of damage through rapid response

• Remote Control
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In manufacturing process management, it is important to grasp the operational status and abnormalities of equipment in real time and respond quickly. In particular, a system that can simultaneously and reliably transmit signals from multiple sensors and switches is required. Delays or interruptions in signals can lead to decreased production efficiency and quality issues. The 1216MHz band 8-point input board continuously transmits information from up to 8 contact points in real time, supporting the efficiency of process management. 【Usage Scenarios】 - Monitoring the progress of each process in automated lines within factories - Detecting abnormalities in production equipment and checking status remotely - Centralized management of the operational status of multiple lines 【Benefits of Implementation】 - Reducing equipment downtime and improving production efficiency - Enabling quick responses during abnormal occurrences and stabilizing quality - Centralized management of information across various processes to achieve overall optimization - Increased efficiency and flexibility through wireless PLCs

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• Communications
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The MU3-IN8-1216 is an 8-point input board equipped with the specific low-power wireless module MU-3-1216. It continuously transmits contact information via the MU-3-1216, making it suitable for continuous contact control required in telecontrol applications. The inputs are configured with optocouplers, allowing for high isolation and connection of high-capacity loads. Additionally, the 1216MHz IN8/OUT8 board has a faster response time compared to the 429MHz version. The inputs are connected via terminal blocks, making it easy to integrate wiring. The MU3-IN8-1216 can not only communicate between boards but also read contact information from a PC or CPU using the MU-3-1216. When controlling from a PC, relay functionality can be utilized, allowing for the collection of contact information from locations several kilometers away. The relay station operates with only the initial setup of the MU-3-1216 and power supply. To operate, pairing settings between the MU3-IN8-1216 and MU3-OUT8-1216 are required initially. 【Features】 ■ Continuous communication of 8 contact information ■ Easy integration wiring via terminal blocks ■ High isolation with optocouplers

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In the security industry, the reliability of intrusion detection systems is crucial. Early detection of suspicious individuals and prompt response are essential to minimize damage. In particular, it is required to accurately receive signals from sensors and transmit them to relevant parties without delay. The 1216MHz band 8-point output board contributes to the performance improvement of intrusion detection systems by receiving and outputting information from up to 8 contact points in real-time. 【Usage Scenarios】 * Intrusion detection systems for stores, offices, and residences * Transmission of signals from sensors to remote locations * Coordination with alarm systems during abnormal occurrences 【Benefits of Implementation】 * Quick response through real-time information transmission * Reduction of wiring costs and ease of installation * Stable operation through highly reliable wireless communication

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• Communications

In manufacturing process management, remote operation and condition monitoring of equipment are crucial for establishing an efficient production system. Particularly as automation of production lines advances, the ability to quickly detect abnormalities in equipment and take appropriate action is essential for maintaining production efficiency. Wired connections present challenges such as limitations on wiring distance, the complexity of wiring work, and difficulties in adapting to changes in equipment layout. The 1216MHz band 8-point output board addresses these challenges and contributes to the efficiency of process management. 【Usage Scenarios】 - Remote operation of conveyor lines - Emergency stop instructions for manufacturing lines - Monitoring the operational status of equipment 【Benefits of Implementation】 - Reduction in wiring costs - Improvement in work safety - Real-time remote control realization - Increased efficiency and flexibility through wireless PLC integration

• Remote Control
• controller
• Communications

The MU-3-1216 transmits contact information continuously, making it suitable for continuous contact control required by telecontrol systems. The output is composed of photo MOS relays, enabling high isolation and connection to high-capacity loads. At 1216MHz, the response time is faster compared to 429MHz. The output is on a terminal block, allowing for easy embedded wiring. The MU3-OUT8-1216 can control contact information from a PC or CPU using the MU-3-1216, not just for communication between boards. When controlling from a PC, relay functionality can also be utilized, allowing control of contact information from locations several kilometers away. The relay station of the MU-3-1216 operates solely with initial device setup and power supply. To operate, pairing settings between the MU3-IN8-1216 and MU3-OUT8-1216 are required initially. This radio device allows the antenna to be installed in a location with good radio wave conditions using an extension cable. 【Features】 ■ Continuous communication of 8 contact information ■ Easy embedded wiring via terminal block ■ High isolation with photo MOS relays

• Remote Control
• controller
• Communications

In experiments conducted in educational institutions, there may be a need for data collection and control from remote locations. In particular, transmitting data wirelessly from sensors and measuring instruments and analyzing it in real-time can lead to increased efficiency in experiments and the creation of new learning opportunities. However, wired connections pose challenges such as the hassle of wiring and limitations on mobility. The SLR-429M RS-232C interface board addresses these issues and expands the possibilities of experiments. 【Usage Scenarios】 - Data collection from sensors located remotely - Wireless control of experimental devices - Data sharing between laboratories 【Benefits of Implementation】 - Increased freedom in experiments - Improved efficiency in data collection - Enhanced research outcomes

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

In the agricultural sector, water management, temperature control, and remote monitoring of equipment are required for vast farmland. Especially in situations where there is a shortage of labor, it is important to grasp this information in real-time and conduct efficient management. The SLR-429M RS-232C interface board connects to PLCs or PCs and solves these challenges by enabling long-distance LoRa communication via RS232C. 【Use Cases】 * Water level monitoring of farmland * Temperature and humidity management * Remote monitoring of equipment * Remote management through wireless PLC systems 【Benefits of Implementation】 * Extensive data collection and centralized management * Cost reduction through labor saving * Early detection of anomalies and rapid response * Accurate management based on data

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

In the entertainment industry, precise control of equipment such as lighting and sound is required to enhance the immersive experience of events and shows. Particularly in large venues or outdoor events, challenges may arise in controlling equipment due to wiring constraints. The SLR-429M RS-232C interface board connects to PLCs and PCs via RS232C and utilizes LoRa communication to address these challenges. 【Usage Scenarios】 * Lighting control at concert venues * Attraction control at theme parks * Sound system control at event venues 【Benefits of Implementation】 * Flexible system construction through long-distance communication * Reduction in wiring costs * Increased freedom in event production

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

In research fields, long-distance and stable data transmission is required for the collection of experimental and observational data. Particularly in measurements conducted outdoors or in remote locations, the need for wireless communication increases due to wiring constraints. The SLR-429M RS-232C interface board connects to PLCs or PCs with an RS232C interface, enabling long-distance data transmission via LoRa communication. This allows researchers to efficiently collect data without being restricted by location. 【Usage Scenarios】 - Data collection from sensors in remote locations - Data communication between devices within research facilities - Data logging in outdoor experiments 【Benefits of Implementation】 - Expansion of data collection range through long-distance communication - Integration with existing equipment via RS232C connection - Stable data transmission using LoRa

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

In the FA industry, stable data communication is essential for remote monitoring and control of equipment. Particularly in cases of layout changes within factories or wireless conversion of existing equipment, there is a need to eliminate wiring hassles and build flexible systems. The SLR-429M RS-232C interface board directly connects to PLCs and PCs, enabling long-distance LoRa communication via RS232C, thus addressing these challenges. 【Use Cases】 - Remote centralized management of equipment through wireless conversion of existing PLC systems - Long-distance monitoring in structural monitoring of tunnels, bridges, etc. - Collection of various sensor data within factories 【Benefits of Implementation】 - Reduction of wiring costs - Flexible system construction - Remote monitoring and control of equipment - Stable communication in environments with many obstacles

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• Other embedded systems (software and hardware)
• Communications

The SLR-429M-RS2 is an RS232C interface board equipped with the SLR-429M. Since it is equipped with the SLR-429M, which has obtained the Technical Regulation Conformity Mark (Type Approval), a license for the radio station is not required. It can be connected to the D-Sub-9 pin COM port of a computer or PLC. Additionally, it features transmit and receive LEDs, a power terminal, and a power switch. You can easily check the communication performance of the SLR-429M in combination with the evaluation program. 【Features】 ■ Equipped with SLR-429M ■ Connects to the COM port of a computer ■ Simple communication distance tests can be conducted with an optional SW/LED board

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

In experiments conducted in educational institutions, accurate data acquisition and flexible construction of the experimental environment are required. Devices with RS232C connections can limit the freedom of experiments due to wiring constraints. The MU-3 RS232C interface kit facilitates the construction of experimental environments by wireless enabling the RS232C port, stimulating students' creativity. 【Usage Scenarios】 - Connection with various sensors and measuring instruments - Robot control experiments - Remote operation experiments 【Benefits of Implementation】 - Liberation from wiring constraints - Increased freedom in experimental layout - Promotion of students' understanding of wireless technology

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

In the security industry, the reliability of devices that handle critical information, such as access control systems and surveillance cameras, is essential. Particularly in locations where wiring is difficult or in environments prone to external interference, stable communication is indispensable. The MU-3 RS232C interface kit addresses these challenges by wireless enabling the RS232C port, contributing to the enhancement of security system reliability. 【Usage Scenarios】 - Wireless transmission of authentication data in access control systems - Wireless control signals for surveillance cameras - Remote monitoring of critical equipment 【Benefits of Implementation】 - Reduction in wiring installation costs - Increased flexibility of the system - Strengthening of security levels

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

In the logistics industry, real-time information gathering is required for tracking packages within warehouses and during delivery. In particular, data communication in extensive warehouses or inside moving trucks can be challenging due to wiring constraints and signal obstructions, making stable communication difficult. The MU-3 RS232C interface kit addresses these issues by wireless enabling the RS232C port. Thanks to the wave diffraction characteristics of the 429 MHz band, stable communication can be achieved even in environments with many obstructions, allowing for accurate tracking of package location and status. 【Use Cases】 - Data collection from forklifts and AGVs within the warehouse - Information gathering from temperature and humidity sensors inside trucks and containers - Data integration for inventory management systems 【Benefits of Implementation】 - Improved operational efficiency through real-time package tracking - Cost reduction by minimizing wiring work - Reduction of human errors through automated data collection

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

In the energy industry management systems, remote data collection and monitoring of equipment operational status are crucial. In particular, obtaining data from equipment installed outdoors or in locations where wiring is difficult can be costly and labor-intensive with wired connections. The MU-3 RS232C interface kit addresses these challenges by wireless enabling the RS232C port. With wireless communication in the 429MHz band, it achieves stable data transmission even in environments with many obstacles, contributing to the efficiency of energy management systems. 【Use Cases】 - Remote monitoring of power plants - Data collection from substations - Monitoring of energy consumption 【Benefits of Implementation】 - Reduction in wiring costs - Increased efficiency in data collection - Real-time monitoring of equipment operational status

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

In the field of environmental monitoring, accurate data recording and stable communication over long periods are essential. Particularly in the collection of data from outdoor instruments and sensors, issues such as wiring problems and communication interruptions due to radio interference pose challenges. The MU-3 RS232C interface kit addresses these issues by converting the RS232C port to 429MHz band wireless communication. Thanks to the excellent radio diffraction characteristics of the 429MHz band, stable data transmission is achieved even in environments with many obstacles, supporting reliable recording of environmental data. 【Use Cases】 - River water level monitoring - Air pollution measurement - Weather observation - Soil moisture measurement 【Benefits of Implementation】 - Cost reduction in wiring work - Improved reliability of data collection - Remote data monitoring - Long-term stable operation

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

In traffic monitoring systems, it is important to collect signal data and information from various sensors in real-time to ensure safe traffic management. Particularly in outdoor installations or locations where wiring is difficult, wireless communication for data transmission is essential. However, wireless communication in bands such as 2.4GHz can become unstable due to radio interference and obstacles. The MU-3 RS232C interface kit achieves stable data transmission thanks to its excellent radio diffraction characteristics in the 429MHz band, contributing to the reliability of traffic monitoring systems. 【Usage Scenarios】 - Video transmission from road surveillance cameras - Data collection for traffic volume measurement systems - Information transmission in tunnels and underground parking lots 【Benefits of Implementation】 - Data transmission through stable wireless communication - Reduction of wiring costs - Real-time monitoring from remote locations

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

In the fields of research and measurement, the accurate acquisition of experimental data and measurement results is crucial. In particular, data collection in environments susceptible to electromagnetic wave interference or in locations where cable wiring is difficult poses challenges to communication stability. The MU-3 RS232C interface kit utilizes 429MHz band wireless technology to achieve stable data transmission even in environments with many obstructions. By wireless enabling existing RS232C connections, it contributes to the efficiency and reliability of data collection in research and measurement. 【Usage Scenarios】 - Data collection from various sensors - Data communication between experimental devices - Remote measurement within research facilities 【Benefits of Implementation】 - Reduction of cabling effort - Stable communication less affected by noise - Increased efficiency and reliability of data collection

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

In the integration of POS systems and peripheral devices, wiring can lead to challenges such as constraints of installation locations and the complexity of maintenance. Particularly in environments where store layouts frequently change or where cable management is difficult, there is a demand for flexible system construction through wireless solutions. The MU-3 RS232C interface kit connects POS systems with RS232C ports and peripheral devices wirelessly, addressing these challenges. Its excellent radio diffraction characteristics in the 429MHz band enable stable communication. 【Usage Scenarios】 - Wireless connection between POS registers and printers, cash drawers - Data integration with handheld terminals within the store - Establishing POS systems at outdoor events 【Benefits of Implementation】 - Reduction in wiring installation costs - Flexible response to changes in store layout - Mitigation of risks associated with system downtime due to cable issues

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

In the Factory Automation (FA) industry, stable data communication is essential in control systems such as PLCs and machine tools. Particularly, changes in the layout of manufacturing lines or the addition of equipment can make wiring work difficult. Additionally, in environments susceptible to noise, wired connections can become unstable, presenting challenges. The MU-3 RS232C interface kit addresses these issues by wireless enabling the RS232C port, allowing for flexible system construction. 【Usage Scenarios】 - Communication between PLCs - Data collection from machine tools - Outdoor infrastructure monitoring 【Benefits of Implementation】 - Cost reduction in wiring work - Flexible equipment placement - Achievement of stable data transmission

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

MU3-RS2-429 and MU3-RS2-1216 are RS232C interface boards equipped with MU-3. They can be connected to a computer's COM port or RS232C devices. You can choose between the 429MHz band or the 1216MHz band. You can easily check the communication performance of MU-3 in combination with the evaluation program. 【Features】 ■ Equipped with MU-3 ■ Connects to a computer's COM port

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

In the automotive audio industry, stable wireless communication is required for remote control of vehicles and data collection. In particular, communication interruptions due to radio interference in environments with high interference or due to vehicle movement pose significant challenges that undermine system reliability. The MU-3 USB interface board addresses these challenges with its excellent radio characteristics in the 429MHz band. It can be easily implemented with a USB connection and allows the direct use of existing serial communication applications, thereby shortening development time and reducing costs while building a highly reliable wireless communication system. 【Use Cases】 - Remote control of automotive audio systems - Collection of vehicle data - Sending control commands to mobile units 【Benefits of Implementation】 - Realization of stable long-distance communication - High compatibility with existing systems - Reduction in development time and costs

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• Communications
• Other embedded systems (software and hardware)

In the digital signage industry, there is a demand for stable display of high-quality content. Particularly in environments where installation constraints and wiring work are challenging, wireless communication for data transmission is effective. The MU-3 USB interface board enables stable transmission of high-quality content through long-range wireless communication in the 429MHz band, expanding the possibilities of signage. 【Usage Scenarios】 - Outdoor digital signage - Information display at event venues - Guidance displays within commercial facilities 【Benefits of Implementation】 - Cost reduction in wiring work - Increased flexibility in installation locations - Remote content updates

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• Communications
• Other embedded systems (software and hardware)

In the field of industrial robots, precise motion control is required. Particularly in the assembly and transportation of parts on manufacturing lines, millimeter-level accuracy affects product quality. Delays and instability in wireless communication can lead to robot malfunctions and decreased productivity. The MU-3 USB interface board achieves stable wireless communication through long-range data transmission in the 429MHz band, contributing to improved control accuracy of industrial robots. 【Usage Scenarios】 * Control of robotic arms within factories * Data communication for automated transport systems * Maintenance of robots through remote operation 【Benefits of Implementation】 * Accurate robot operation through stable wireless communication * Increased productivity * Realization of remote control and maintenance

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

In the field of research and development, the accurate collection of experimental and environmental data significantly affects the quality of research. Particularly in data collection in outdoor environments or areas with many obstacles, establishing a stable communication environment is essential. The MU-3 USB interface board addresses the challenges of data collection in research and development through long-distance data communication in the 429MHz band. 【Usage Scenarios】 * Sensor monitoring within factories * Slope measurement at civil engineering sites * Data collection inside manholes 【Benefits of Implementation】 * Realization of long-distance telemetry based on PC * Bulk collection of data from scattered subunits from the office * Sending control commands to mobile entities

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

In the game development industry, high real-time data communication is required. In particular, low-latency data transmission and reception are essential to ensure immediacy in response to player actions and to accurately reflect changes in the game environment. Delays can not only impair the gaming experience but also lead to poor operability and potential disruption of game balance. The MU-3 USB interface board supports low-latency communication in game development through long-distance data transmission in the 429MHz band. 【Use Cases】 - Data transmission from game controllers - Real-time communication with game servers - Integration with VR/AR devices 【Benefits of Implementation】 - Smooth gameplay achieved through low-latency communication - Enhanced gaming experience due to stable data transmission - Increased device flexibility through wireless capabilities

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• Communications
• Other embedded systems (software and hardware)

In the field of music production, the stability of data communication between PCs and peripheral devices is essential for improving sound quality. Especially when wanting to increase the flexibility of equipment placement within the studio, utilizing wireless communication is effective; however, issues such as radio interference and communication instability due to distance arise. The MU-3 USB interface board adopts wireless communication in the 429MHz band and resolves these challenges through USB connection with the PC. It provides a stable data communication environment and contributes to enhancing sound quality in music production. 【Usage Scenarios】 - Data communication between PCs and peripheral devices within the studio - Communication between PCs and wireless MIDI controllers - Remote control of audio equipment 【Benefits of Implementation】 - Increased flexibility in equipment placement due to cable-free setup - Establishment of a stable communication environment using the 429MHz band - Flexible system construction based on PC

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• Communications
• Other embedded systems (software and hardware)

The MU3-USB-429 and MU3-USB-1216 are USB interface boards equipped with the MU-3. They use the FTDI FT8U232BM USB-UART conversion chip. The power for the MU3-USB is supplied from the USB interface, so no external power source is required. You can choose between the 429MHz band and the 1216MHz band. You can easily check the communication performance of the MU-3 in combination with the evaluation program. 【Features】 ■ Equipped with MU-3 ■ Power supplied from USB interface ■ Recognized as a virtual COM port

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

In the logistics industry, real-time information gathering and reliable data transmission are essential for tracking and managing shipments. In particular, accurately understanding the location and condition of packages within warehouses and during transportation is crucial for efficient operations and improving customer satisfaction. Data transmission via wired cables carries risks such as increased wiring costs and interruptions in data transmission due to cable breaks. The MU-4 RS-232C interface board wireless enables existing PLCs and industrial PCs, achieving stable data transmission even in environments with many obstacles, thanks to its excellent diffraction characteristics in the 429 MHz band. This enhances the reliability of data transmission in logistics sites and contributes to operational efficiency. 【Use Cases】 - Tracking the location of forklifts and AGVs (automated guided vehicles) within warehouses - Collecting environmental data such as temperature and humidity inside trucks and containers - Data transmission for inventory management systems 【Benefits of Implementation】 - Reduction in wiring costs - Improved reliability of data transmission - Increased operational efficiency through real-time information gathering - Remote data monitoring and control

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

In the amusement industry, reliable communication and rapid data transmission are essential for the remote operation of gaming machines and attractions. Particularly in locations where wiring is difficult, such as event venues and outdoor settings, the convenience of wireless solutions becomes crucial for operations and communication with mobile entities. The MU-4 RS-232C interface board enables wireless connectivity for devices with existing RS232C interfaces, addressing these challenges. 【Usage Scenarios】 - Remote operation of gaming machines - Control of attractions - Operation of equipment at event venues 【Benefits of Implementation】 - Reduction in wiring costs - Improved operability - Increased flexibility in installation locations, such as event venues

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

In the energy industry, remote monitoring and control systems are crucial for understanding the operational status of equipment in real-time and ensuring efficient operations. Particularly in the collection of data from widespread facilities such as power plants and substations, wiring costs and maintenance efforts pose significant challenges. The MU-4 RS-232C interface board wirelesses existing PLCs and industrial PCs, addressing these issues. With its excellent diffraction characteristics in the 429 MHz band, it enables stable data transmission even in environments with many obstacles, contributing to the reliability of energy management systems. 【Usage Scenarios】 * Remote monitoring of power plants * Equipment management at substations * Data collection on energy consumption * Data collection from smart meters 【Benefits of Implementation】 * Reduction in wiring costs * Improved maintainability * Increased efficiency in data collection * Early detection of anomalies through remote monitoring

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

In the fields of research and experimentation, the accuracy and reliability of data are essential. Particularly in the construction of experimental environments, the complexity of wiring and the influence of noise can compromise data accuracy. The MU-4 RS-232C interface board enhances the flexibility of experimental environments and improves data reliability by wirelessly connecting existing PLCs and industrial PCs with RS232C interfaces. Its excellent diffraction characteristics in the 429 MHz band enable stable data transmission even in environments with many obstructions, contributing to the efficiency of experiments. 【Usage Scenarios】 - Communication between PLCs in the laboratory - Data collection from various sensors - Remote control of equipment 【Benefits of Implementation】 - Reduction in wiring costs - Increased flexibility of experimental environments - Reduced impact of noise, improving data reliability

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

In the field of environmental data recording, there is a demand for data collection from remote locations and monitoring in places where wiring is difficult. In particular, accurately recording environmental data such as temperature, humidity, and water levels, and detecting anomalies early is crucial for environmental conservation and risk management. The MU-4 RS-232C interface board solves these challenges by wirelessly connecting PLCs and industrial PCs with existing RS232C interfaces through 429MHz band wireless communication. It achieves reliable data recording with stable data transmission and flexible installation. 【Use Cases】 - Monitoring water levels in manholes - Collecting environmental data in greenhouses - Remote monitoring of dams and bridges 【Benefits of Implementation】 - Reduction in wiring costs - Stable communication in long distances and obstructed areas - Effective utilization of existing systems

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

In traffic monitoring systems, it is important to grasp the status of extensive facilities such as roads, tunnels, and parking lots in real-time. In particular, data collection from traffic lights, surveillance cameras, and various sensors requires a reduction in wiring costs and stable data transmission. The MU-4 RS-232C interface board wireless enables existing PLCs and industrial PCs with RS232C interfaces, addressing these challenges. With excellent diffraction characteristics in the 429MHz band, it achieves stable data transmission even in areas with many obstructions, enhancing the reliability of traffic monitoring systems. 【Use Cases】 - Monitoring traffic volume on roads - Monitoring equipment in tunnels - Collecting occupancy information in parking lots - Bus location systems 【Benefits of Implementation】 - Reduction in wiring costs - Increased efficiency through wireless conversion of existing equipment - Improved monitoring accuracy through stable data transmission

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

In the measurement industry, accurate data collection is essential for quality control and efficiency. Particularly when collecting environmental data such as temperature, humidity, and water levels, issues such as wiring complexity, costs, and noise interference arise. The MU-4 RS-232C interface board wireless enables measurement devices with RS232C interfaces, addressing these challenges. With excellent diffraction characteristics in the 429MHz band, it ensures stable data transmission even in environments with many obstructions, allowing for reliable data collection. 【Usage Scenarios】 - Monitoring water levels in manholes - Collecting environmental data in greenhouses 【Benefits of Implementation】 - Reduced wiring costs - Mitigated noise interference - Data collection from remote locations

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