レスター Product Lineup

We would like to introduce the 'MX-DaSH Waterproof 15+1-Way Connector' that we handle. By optimizing harness design, we improve the connection efficiency of various in-vehicle devices that continue to increase, such as cameras, radars, turn indicators, and mirror defrosters. Additionally, the number of connector connection tasks for wire harnesses is reduced, making harness installation easier. 【Product Specifications】 ■ Configuration: Connector for wire-to-wire ■ Terminal Size: 1.20mm (Power & Ground Circuit) + HFM <1 Gbps ■ Number of Pins: 15 x 1.20mm, 1 x HFM ■ Test Specifications: GMW3191, T2/V1/S3, USCAR2 rev8, USCAR17 rev5, USCAR49 *For more details, please download the PDF or feel free to contact us.

We would like to introduce the 'MX-DaSH Non-Waterproof 22+1-Way Connector' that we handle. By utilizing modular design, it allows for extremely flexible responses to the connection requirements of in-vehicle content. Since the same form factor can be reused across different vehicle platforms, it also contributes to avoiding design complexity and reducing performance evaluation time. 【Product Specifications】 ■ Configuration: Connector for wire-to-wire ■ Terminal Size: 1.20mm (power and ground circuits) + HFM <1 Gbps ■ Number of Pins: 22 x 1.20mm, 1 x HFM ■ Testing Specifications: USCAR2 rev8, USCAR17 rev5, USCAR49 *For more details, please download the PDF or feel free to contact us.

We would like to introduce the "MX-DaSH Non-Waterproof 31+1-Way Connector" that we handle. This product has been developed with a new approach that contributes to reducing the weight and cost of automotive wire harnesses. With this connector product, which offers flexibility and the ability to integrate multiple connections into one, optimization of wiring layout design and improvement of manufacturability can be achieved. 【Product Specifications】 ■ Configuration: Connector for wire-to-wire ■ Terminal Size: 1.20mm/2.80mm (power and ground circuits) + HFM <1 Gbps ■ Number of Pins: 19 x 1.20mm (0.75mm2), 8 x 1.20mm (1.50mm2), 4 x 2.80mm, 1 x HFM ■ Testing Specifications: B217050 revE (Peugeot), IEC 62153-4-3:2013 (E), IEC 6215-4-7:2015 *For more details, please download the PDF or feel free to contact us.

In the automotive industry, there is a growing demand for the connection of in-vehicle devices such as cameras, radar, turn indicators, and mirror defrosters. These device connections require multiple wiring and connectors, leading to increased complexity in harness design and a greater burden in installation work. Our "MX-DaSH Waterproof 15+1-Way Connector" addresses these challenges, improving connection efficiency and simplifying the work process. 【Usage Scenarios】 - Connection of various automotive sensors (cameras, radar, etc.) - Wiring for advanced driver assistance systems (ADAS) related equipment - Connection of electronic devices inside and outside the vehicle 【Benefits of Implementation】 - Optimization of harness design - Reduction in the number of connector connection tasks - Simplification of harness installation work

In the field of industrial equipment, there is a demand for efficiently and reliably connecting numerous signal lines in increasingly complex control systems. Particularly, reliable connection technology is essential for stable operation in harsh environments. Inadequate connections can lead to malfunctions and delays in data transmission, potentially resulting in production line stoppages or equipment failures. The MX-DaSH waterproof 15+1-way connector addresses these challenges by integrating power circuits, ground circuits, and high-speed data connections into a single connector, thereby optimizing harness design and simplifying connection work. 【Application Scenarios】 - Control systems for industrial robots - Automated production lines - Outdoor monitoring systems - Environments with high vibration and dust 【Benefits of Implementation】 - Reduction in wiring labor - Simplification of connector connection tasks - Efficiency in harness design - Reliable signal transmission

In the field of medical devices, reliable connections are required to ensure patient safety and accurate data transmission. Particularly in environments susceptible to external influences or when handling multiple signals simultaneously, the stability of the connection and waterproof performance are essential for maintaining device performance and preventing failures. Improper connections can lead to data errors or malfunctioning of the equipment. The MX-DaSH waterproof 15+1-way connector integrates power circuits, ground circuits, and high-speed data connections into a single connector, addressing these challenges. 【Usage Scenarios】 - Medical imaging diagnostic equipment - Biometric information monitors - Surgical assistance robots - Telemedicine systems 【Benefits of Implementation】 - Simplification of connection work - Optimization of harness design - Reliable data transfer

In the field of robotics, particularly in the connection of actuators, reliable connections of numerous signal and power lines, as well as protection from external environments, are required. Actuators are a crucial part of the robot's operation, and the reliability of their connections directly affects the overall performance of the robot. Poor connections can lead to operational failures or malfunctions, potentially resulting in production line stoppages and increased maintenance costs. The MX-DaSH waterproof 15+1-way connector addresses these challenges by integrating power circuits, ground circuits, and high-speed data connections into a single connector. 【Usage Scenarios】 - Actuator connections for robotic arms - Drive unit connections for mobile robots - Multi-joint connections for industrial robots 【Benefits of Implementation】 - Simplification of wiring tasks and reduction of labor costs - Space-saving through the consolidation of connector connection points - Improved reliability in harsh environments due to waterproof performance

In drones, stable power supply and data transmission to various sensors are essential for safe and high-precision flight. Particularly during long flights or complex mission execution, a reliable connection is required. Insufficient power supply or unstable data transmission can lead to drone malfunctions or mission failures. The MX-DaSH waterproof 15+1-way connector addresses these challenges by integrating power circuits, ground circuits, and high-speed data connections into a single connector. 【Usage Scenarios】 - Connection between the drone body and payload (cameras, sensors, etc.) - Simplification of wiring through the integration of power and data lines - Ensuring waterproof performance for outdoor or harsh environment use 【Benefits of Implementation】 - Weight reduction and space-saving through optimized harness design - Reduction in assembly labor by decreasing the number of connector connection tasks - Improved drone performance through stable simultaneous supply of power and data

In surveillance camera systems, stable power supply and high-quality video transmission are essential. Especially in outdoor installations or harsh environments, waterproof performance and reliable connections are crucial to prevent video interruptions and equipment failures. The complexity of wiring can lead to increased installation costs and maintenance burdens. The MX-DaSH waterproof 15+1-way connector addresses these challenges by integrating power circuits, ground circuits, and high-speed data connections into a single connector, simplifying wiring tasks and improving connection reliability. 【Usage Scenarios】 - Power and data connections for outdoor surveillance cameras - Simplification of wiring for in-vehicle camera systems - Video equipment requiring high-density mounting 【Benefits of Implementation】 - Reduction in labor hours for wiring tasks - Improved work efficiency due to fewer connector connection tasks - Ensured reliability in outdoor environments through waterproof performance

In the agricultural sector, particularly in irrigation control systems, high reliability that can withstand outdoor use and the ability to efficiently connect numerous sensors and actuators are required. It is important to maintain stable operation even under harsh conditions such as rain, dust, and temperature changes, minimizing system downtime. Additionally, improving work efficiency during installation and maintenance also contributes to reducing operational costs. Our "MX-DaSH Waterproof 15+1-Way Connector" addresses these challenges and contributes to enhancing the reliability and operational efficiency of irrigation systems. 【Usage Scenarios】 - Connection of sensors and control devices in outdoor irrigation systems - Aggregated connection of various devices in automatic watering systems - Data communication and power supply in remote monitoring and control systems 【Benefits of Implementation】 - Stable connectivity in outdoor environments - Simplification of wiring tasks and reduction of labor costs - Improved overall reliability of the system

In the maritime industry, there is a demand for improved reliability and connection efficiency of various electronic devices, including navigation instruments. Particularly in harsh marine environments, waterproof performance and reliable signal transmission are essential. Inadequate connections can lead to instrument malfunctions or communication failures, potentially impacting safe navigation. Our MX-DaSH waterproof 15+1-way connector addresses these challenges and optimizes the connections for navigation instruments. 【Usage Scenarios】 - Data communication between navigation instruments - Connection with sensors - Consolidation of power supply lines 【Benefits of Implementation】 - Simplification of wiring work - Increased reliability due to waterproof performance - Stabilization of signal transmission

In the railway industry, signal transmission requires high reliability and stable communication. Particularly in complex wiring and harsh environments, the accurate transmission of signals and the durability of connector parts are crucial. Improper connections or degradation of connectors can lead to signal delays or miscommunication, potentially affecting the safety of operations. The MX-DaSH waterproof 15+1-way connector integrates power circuits, ground circuits, and high-speed data connections into a single connector, reducing the number of wires and contributing to improved efficiency and reliability in connection work. 【Usage Scenarios】 - Signal transmission systems inside trains - Signal control devices within stations - Streamlining maintenance and inspection work 【Benefits of Implementation】 - Simplification of wiring work - Improved connection reliability - Reduction in maintenance costs

In the energy sector and measurement instruments, it is essential to transmit signals from various sensors and control devices stably and reliably. Particularly in harsh environments or when numerous wiring is required, improving connection reliability and work efficiency becomes crucial. Our MX-DaSH waterproof 15+1-way connector addresses these challenges and contributes to simplifying connection tasks and enhancing reliability. 【Usage Scenarios】 - Sensor connections in energy monitoring systems - Data transmission for industrial measurement instruments - Wiring for outdoor measurement devices 【Benefits of Implementation】 - Reduction in wiring labor - Improved connection reliability - Miniaturization and weight reduction of the entire system

In the telecommunications industry, particularly in the installation and operation of base stations, stable power supply and reliable high-speed data communication connections to numerous devices are required. As these connections become more complex, the burden of installation work increases, potentially affecting maintainability. Our MX-DaSH waterproof 15+1-way connector addresses these challenges and contributes to the efficiency of connection work and improved reliability. 【Usage Scenarios】 - Aggregation of power, ground, and high-speed data communication lines in base station equipment - Areas requiring waterproof performance in outdoor installation environments - Locations with space constraints for installation 【Benefits of Implementation】 - Reduction in the number of connector connection tasks for wire harnesses - Simplification of harness installation work - Optimization of installation space

In the lighting industry, particularly in dimming systems, there is a demand for stable and efficient high-speed data communication involving multiple power lines, ground connections, and dimming signals. As these connections become more complex, the burden of wiring work increases, which can also affect the overall reliability of the system. Our "MX-DaSH Waterproof 15+1-Way Connector" addresses these challenges by integrating power circuits, ground circuits, and high-speed data connections into a single connector, simplifying wiring tasks and improving connection efficiency. 【Usage Scenarios】 - Power supply and signal transmission to LED lighting fixtures in dimming systems - Dimming control in outdoor lighting or high-humidity environments - Simplification of wiring when integrating multiple dimming modules 【Benefits of Implementation】 - Reduction of man-hours through optimized harness design - Easier installation work due to reduced number of connector connection tasks - Improved reliability due to waterproof performance

In the automotive industry, the number of devices being installed, such as cameras, radar, turn signals, and mirror defrosters, is increasing, and there is a demand for improved connection efficiency. In particular, sensors are directly linked to vehicle safety and comfort, making reliable and efficient connections essential. Inadequate connections can lead to malfunctions or erroneous operations, potentially affecting the overall performance of the vehicle. Our MX-DaSH non-waterproof 22+1-way connector, with its modular design, allows for flexible adaptation to connection requirements and reuse across different vehicle platforms, contributing to the simplification of design and reduction of evaluation time. 【Usage Scenarios】 - Connection of cameras, radar, and sensors - Wiring for turn signals and mirror defrosters - Modularization of onboard electronic devices 【Benefits of Implementation】 - Improved connection efficiency - Simplification of design - Reduction of performance evaluation time

In the field of industrial equipment, it is essential to connect numerous signal lines stably and efficiently in complex control systems. In particular, incorrect wiring or poor contact can lead to system malfunctions and increased downtime. Our "MX-DaSH Non-Waterproof 22+1-Way Connector" contributes to solving these challenges by enabling flexible responses to connection requirements and simplifying design through its modular design. 【Usage Scenarios】 - Control wiring for industrial robots - Connection of sensors and actuators in automation lines - Signal transmission for measuring instruments 【Benefits of Implementation】 - Increased efficiency in wiring work - Improved reliability of signal transmission - Simplification of system design

In the field of medical devices, high-precision data transfer and high reliability are required. In particular, for devices that are critical to patient life or those that perform precise diagnostics, data delays or losses are unacceptable. For these devices, it is essential to transfer data from various sensors and control systems stably and quickly to maximize the performance of the equipment and ensure safe operation. Our MX-DaSH non-waterproof 22+1-way connector addresses these challenges in data transfer for medical devices. 【Usage Scenarios】 - Medical imaging diagnostic equipment - Biometric information monitors - Surgical assistance robots - Telemedicine systems 【Benefits of Implementation】 - Stabilization of data transfer - Improvement of device reliability - Increased design flexibility

In the robotics industry and actuator control, it is essential to accurately and efficiently transmit signals from numerous sensors and actuators. In particular, the operational accuracy and response speed of robots are greatly influenced by the reliability of these connections. Inadequate connections can lead to malfunctions and performance degradation, potentially hindering the stable operation of robotic systems. Our product, the 'MX-DaSH Non-Waterproof 22+1-Way Connector,' features a modular design that flexibly accommodates various actuator control requirements and enhances connection efficiency. 【Application Scenarios】 - Multi-joint control of robotic arms - Sensor and actuator connections for mobile robots - System integration for industrial robots 【Benefits of Implementation】 - Improved flexibility in connection configurations - Reduction in design and evaluation man-hours - Enhanced overall system reliability

In payload integration for drones, reliable and efficient connections between various devices such as cameras, sensors, and communication equipment are essential. In particular, the stability during flight and the reliability of data transmission are directly linked to the success or failure of missions. Inadequate connections can lead to data loss or malfunctioning of equipment. Our MX-DaSH non-waterproof 22+1-way connector, with its modular design, flexibly meets the connection requirements of various payloads and contributes to solving these challenges. 【Use Cases】 - Connection between drone-mounted cameras and control systems - Integration of various sensors with data loggers - Connection between communication modules and the main system 【Benefits of Implementation】 - Improved reliability of payload connections - Increased design flexibility and shortened development time - Cost reduction through reuse across different drone platforms

In the communication infrastructure industry, stable connections for numerous signal transmission paths are required. Especially in high-speed data communication and collaboration among various devices, reliable connection technology is essential. Poor connections or signal degradation can lead to a decrease in the overall performance of the communication network or even service interruptions. Our MX-DaSH non-waterproof 22+1-way connector, with its modular design, flexibly meets various communication requirements and contributes to improved connection efficiency. 【Usage Scenarios】 - High-speed data transmission - Aggregation of numerous signal lines - Support for future scalability 【Benefits of Implementation】 - Simplification of connection design - Reduction in evaluation time - Cost savings through reuse across platforms

In the field of measurement instruments, high-precision measurement data acquisition and stable transmission are required. In particular, when efficiently aggregating and processing data from various sensors and devices, flexibility and reliability of connections are crucial. Improper connections can lead to data loss and decreased measurement accuracy. Our "MX-DaSH Non-Waterproof 22+1-Way Connector" supports stable data transmission by flexibly accommodating the connection requirements of various measurement instruments through modular design. 【Usage Scenarios】 - Collection of measurement data from various sensors - Signal transmission to data loggers - Interface connection for experimental equipment 【Benefits of Implementation】 - Improved connection efficiency of measurement data - Avoidance of design complexity - Reduction in performance evaluation time

In the field of agricultural environmental monitoring, data collection from sensors and stable communication are essential. Particularly for sensors installed over a wide area or observational instruments affected by weather conditions, reliable connections and data transmission are crucial. Inadequate connections can lead to data loss or false detections, hindering accurate environmental understanding. Our MX-DaSH non-waterproof 22+1-way connector, with its modular design, flexibly meets the connection requirements of various sensors and communication devices, supporting stable data transmission. 【Usage Scenarios】 - Connection of various environmental sensors installed in fields (temperature, humidity, soil moisture, etc.) - Data transmission from meteorological observation instruments - Integration with automatic irrigation systems and pesticide spraying drones 【Benefits of Implementation】 - Improved efficiency of sensor data collection - Enhanced reliability of environmental monitoring systems - Realization of precise agricultural management based on data

In the energy industry, monitoring systems require data transmission from numerous devices and a stable power supply. Particularly, ensuring reliable connections to each device and the stability of data transmission is essential for maintaining the reliability of the monitoring system. Improper connections or unstable data transmission can lead to monitoring failures or system downtime. Our MX-DaSH non-waterproof 22+1-way connector enhances connection efficiency for the increasing variety of devices and supports stable system operation. 【Usage Scenarios】 - Connection of surveillance cameras in energy facilities - Data transmission for sensor networks - Connection between control panels and peripheral devices 【Benefits of Implementation】 - Simplification and efficiency of connections - Improved stability of data transmission - Enhanced overall reliability of the system

In the broadcasting and video industry, stable connections are required for the transmission of high-quality video and audio signals. Particularly in environments where multiple cameras and monitoring equipment are used, it is important to efficiently connect numerous devices while preventing signal interference and degradation. Improper connections can lead to issues such as video distortion and audio dropouts. Our MX-DaSH non-waterproof 22+1-way connector, with its modular design, flexibly meets the diverse connection requirements of video signals and supports stable transmission. 【Usage Scenarios】 - Connecting cameras and monitoring equipment in broadcasting studios - Building video transmission systems at event venues - Equipment integration in video production sites 【Benefits of Implementation】 - Maintenance of video signal quality through stabilized connections - Improved efficiency in connecting numerous devices - Enhanced design flexibility and reduced development time

In the railway industry’s operation information systems, the accuracy and efficiency of information transmission from numerous devices are required. In particular, real-time information sharing is essential for safe and smooth operations. Improper connections or signal delays can lead to errors or delays in operational information. The MX-DaSH non-waterproof 22+1-way connector enhances the connection efficiency of the increasing variety of devices and supports stable information transmission. 【Usage Scenarios】 - Real-time monitoring of operational status - Data collection from various sensors - Connection to information display systems 【Benefits of Implementation】 - Improved connection reliability - Stabilization of data transmission - Increased efficiency of the entire system

In the field of aerospace systems integration, ensuring reliable connections between diverse devices and managing the associated complex wiring can pose challenges. In particular, to meet the connection requirements of the increasing number of onboard devices such as cameras, radars, and communication equipment, flexible and highly reliable connection solutions are needed. Our 'MX-DaSH Non-Waterproof 22+1-Way Connector' enables flexible adaptation to the requirements of connected devices through modular design, contributing to the resolution of these challenges. 【Usage Scenarios】 - Connecting various sensors and communication devices in systems such as aircraft and satellites - Reuse between platforms through modular design 【Benefits of Implementation】 - Avoidance of design complexity - Reduction in performance evaluation time - Improvement in connection efficiency

In the automotive industry, with the advancement of in-vehicle communication systems, there is a demand for the lightweighting and cost reduction of wire harnesses. In particular, optimizing the increasingly complex wiring layouts and improving manufacturability have become important challenges. Our "MX-DaSH Non-Waterproof 31+1-Way Connector" is a product developed with a new approach to address these challenges. By providing flexibility and integrating multiple connections into one, it achieves optimization of wiring layout design and improved manufacturability. 【Usage Scenarios】 - Integration of wiring for in-vehicle communication systems - Lightweighting and space-saving of wire harnesses - Simplification of complex wiring layouts 【Benefits of Implementation】 - Increased efficiency in wiring layout design - Improved workability in manufacturing processes - Reduction of overall vehicle weight and costs

In the field of industrial equipment, stable transmission of complex control signals and miniaturization and lightweight design of devices are required. In particular, efficiently managing a large number of signal lines and ensuring reliable connections are essential for maintaining device performance and improving maintainability. The complexity of wiring layouts can lead to increased burdens in the manufacturing process and a higher risk of failure. Our MX-DaSH non-waterproof 31+1-way connector addresses these challenges by achieving optimization of wiring layout design and improved manufacturability through flexible connection integration and modular design. 【Usage Scenarios】 - Control wiring for industrial robots - Signal transmission for automation equipment - Interfaces for measuring instruments - Interconnection between modules in FA equipment 【Benefits of Implementation】 - Reduction in weight and cost of wire harnesses - Simplification of wiring layouts - Increased efficiency in the manufacturing process - Reliable signal transmission

In medical devices, particularly patient monitoring systems, it is essential to transmit signals from multiple sensors and devices in a stable and reliable manner. Reliable data transmission is crucial for accurately understanding the patient's condition and enabling prompt responses. The complexity of wiring can increase the risk of equipment failure and raise maintenance burdens. Our "MX-DaSH Non-Waterproof 31+1-Way Connector" addresses these challenges with its flexible connectivity and aggregation capabilities. 【Usage Scenarios】 - Sensor connections for patient monitoring devices - Internal wiring for biometric monitoring equipment - Inter-module connections for portable medical devices 【Benefits of Implementation】 - Simplification of wiring layout and space-saving - Stabilization of data transmission through improved connection reliability - Contribution to miniaturization and lightweight design of devices - Enhanced assembly in the manufacturing process

In the telecommunications infrastructure industry, particularly in base station connections, there is a demand for efficiently and reliably connecting numerous signals and power sources. The complexity of wiring can lead to challenges such as constraints on installation space, decreased maintainability, and potential impacts on signal quality. In response to these challenges, our "MX-DaSH Non-Waterproof 31+1-Way Connector" achieves optimization of wiring layouts and improved manufacturability through flexible connectivity and integrated functions. 【Usage Scenarios】 - Consolidation of power and signal lines in base station equipment - Simplification of connections between communication devices - Efficiency in installation space 【Benefits of Implementation】 - Increased efficiency in wiring work and reduction of labor costs - Contribution to the miniaturization and lightweighting of the entire system - Improved maintainability

In the field of robotics, efficiently and accurately transmitting information from diverse sensors is crucial for enhancing the functionality and autonomy of robots. In particular, complex wiring layouts and numerous sensor connections can lead to challenges such as increased design complexity, weight gain, and reduced maintainability. In response to these challenges, our "MX-DaSH Non-Waterproof 31+1-Way Connector" achieves optimization of wiring layouts and improved manufacturability through its modular design that integrates multiple connections into one. 【Usage Scenarios】 - Multi-joint sensor connections for robotic arms - Aggregation of various sensors (cameras, LiDAR, etc.) for mobile robots - Simplification of wiring between control panels and sensors in industrial robots 【Benefits of Implementation】 - Improved mobility of robots due to reduced wiring weight - Reduction in design workload and shortening of development time - Enhanced maintainability and reduced downtime

In the aerospace field, instrument transmission requires reliable signal transmission, as well as lightweight and space-saving solutions. Particularly in complex wiring systems, it is important to efficiently arrange signals in limited space while preventing interference. Improper wiring design can lead to instrument malfunctions and a decrease in overall system reliability. The MX-DaSH non-waterproof 31+1-way connector addresses these challenges by providing flexible connectivity and integration, optimizing wiring layouts and improving manufacturability. 【Application Scenarios】 - Wiring for aircraft and spacecraft instruments - Transmission of sensor signals - Simplification of wiring in system integration 【Benefits of Implementation】 - Reduction in wiring weight and costs - Increased efficiency in wiring layout design - Simplification of manufacturing processes

In the railway industry, the management of operations requires the maintenance of system reliability and efficient operation. In particular, complex wiring systems can take time to address during maintenance or when issues arise. Additionally, reducing the weight of vehicles and cutting costs are also important challenges. Our product, the "MX-DaSH Non-Waterproof 31+1-Way Connector," contributes to addressing these challenges by optimizing wiring layout design and improving manufacturability. 【Usage Scenarios】 - Wiring integration in railway vehicle operation management systems - Connection of signaling systems and communication devices - Streamlining maintenance and inspection tasks 【Benefits of Implementation】 - Reduction in weight and cost of wire harnesses - Simplification of wiring layout and improvement in space efficiency - Enhanced maintainability through centralized connections

In the energy industry, monitoring systems require stable data transmission and highly reliable connections. Particularly for monitoring equipment installed over a wide area, it is essential to efficiently aggregate signals from numerous sensors and cameras to support the overall operation of the system. The complexity of wiring can lead to decreased maintainability and potential unexpected issues. Our MX-DaSH non-waterproof 31+1-way connector addresses these challenges with flexible connectivity and aggregation capabilities, optimizing wiring layouts and improving manufacturability. 【Use Cases】 - Monitoring systems for energy facilities (power plants, substations, solar power plants, etc.) - Remote infrastructure monitoring - Network connections for IoT devices 【Benefits of Implementation】 - Space-saving through reduced wiring - Increased efficiency in installation and maintenance tasks - Enhanced overall system reliability

In the field of home automation, smooth collaboration between diverse devices and wiring designs that can accommodate installation space constraints are required. Particularly when consolidating multiple functions into a single housing or considering future expandability, the complexity of wiring can become a challenge. This can lead to increased installation costs and decreased maintainability. Our MX-DaSH non-waterproof 31+1-way connector contributes to solving these challenges through its modular design, enabling flexible form factor configurations. By integrating multiple connections into one, it achieves optimization of wiring layouts and improved manufacturability. 【Usage Scenarios】 - Consolidated wiring for smart home devices - Modularization of IoT devices - Equipment requiring space-saving designs 【Benefits of Implementation】 - Cost reduction through reduced wiring numbers - Increased design flexibility - Improved efficiency in assembly work

In data center server connections, there is a demand for both high density and reliability. In environments where numerous servers are densely packed, the complexity of wiring becomes a burden for management, and poor connections pose a risk of downtime for the entire system. In response to these challenges, the MX-DaSH non-waterproof 31+1-Way connector, which enables flexible connections and integration, contributes to the optimization of wiring layouts and improved manufacturability. 【Usage Scenarios】 - Consolidation of wiring within server racks - Maintenance of and stabilization of data transfer speeds - Improved maintainability 【Benefits of Implementation】 - Reduction of wiring space - Enhanced connection reliability - Increased efficiency in construction and maintenance tasks

In the field of testing and measurement, particularly in data collection, it is essential to efficiently and accurately aggregate diverse signals. A reliable wiring system is indispensable for stably capturing data from multiple sensors and devices. Inadequate connections and complex wiring can lead to delays and errors in data collection, potentially affecting analysis accuracy. The MX-DaSH non-waterproof 31+1-way connector achieves optimization of wiring layouts and efficiency in data collection through its flexible connectivity and integration. 【Usage Scenarios】 - Data aggregation from multiple measuring instruments - Simplification of wiring for experimental devices - Data logging in the field 【Benefits of Implementation】 - Stabilization and improvement of data collection accuracy - Increased efficiency in wiring tasks - Enhanced reliability of the entire system

In the broadcasting and video industry, high-density and highly reliable connections are required for signal transmission. It is particularly important to efficiently transmit multiple signals, such as video signals and control signals, while minimizing wiring complexity and weight increase. Our 'MX-DaSH Non-Waterproof 31+1-Way Connector' addresses these challenges by achieving optimization of wiring layouts and improved manufacturability through flexible connectivity and integration. 【Usage Scenarios】 - Signal transmission between broadcasting equipment - Wiring for video production systems - Equipment connections at live events 【Benefits of Implementation】 - Streamlining of wiring layouts - Contribution to miniaturization and weight reduction of equipment - Simplification of assembly work