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connector Product List and Ranking from 174 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Oct 07, 2026～Nov 03, 2026
This ranking is based on the number of page views on our site.

connector Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 07, 2026～Nov 03, 2026
This ranking is based on the number of page views on our site.

  1. オーエン Saitama//Electronic Components and Semiconductors
  2. ストーブリ Osaka//Industrial Machinery
  3. KEL Tokyo//Electronic Components and Semiconductors
  4. 4 ニチフ Osaka//Electronic Components and Semiconductors
  5. 5 MEIHO Electronics Co., Ltd. Head office:Nagoya, Japan Tokyo branch:Chiyoda-ku, Tokyo Aichi//Trading company/Wholesale
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connector Product ranking

Last Updated： Aggregation Period:Oct 07, 2026～Nov 03, 2026
This ranking is based on the number of page views on our site.

  1. Panel interface connector 日本テクノコントロールス
  2. Compression Terminal and T-Connector Catalog ニチフ
  3. Staubli Genuine MC4-Evo 2 Connector ストーブリ
  4. 4 Large 7-segment LED with driver MEIHO Electronics Co., Ltd. Head office:Nagoya, Japan Tokyo branch:Chiyoda-ku, Tokyo
  5. 5 Large 7-segment LED MEIHO Electronics Co., Ltd. Head office:Nagoya, Japan Tokyo branch:Chiyoda-ku, Tokyo

connector Product List

1051～1080 item / All 1438 items

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Micro-Fit+ Connector for Power Supply for Autonomous Driving Systems

Micro-Fit+ Connector for Power Supply for Autonomous Driving Systems

For the control power supply of the autonomous driving system. Improved productivity through reduced fitting force.

In autonomous driving systems, the reliability of the control power supply that supports the safe and reliable operation of the vehicle is extremely important. Especially under complex system configurations and harsh operating environments, stability of power supply and secure connections are required. Inadequate connections or unstable power supply increase the risk of system malfunctions or unexpected shutdowns. Our "Micro-Fit+ Connector" addresses these challenges by providing a compact and high-density solution based on the reliability of the Micro-Fit 3.0 series, without compromising performance or reliability. 【Usage Scenarios】 - Power supply to autonomous driving ECUs - Stable power supply to sensors - Power connection to in-vehicle infotainment systems 【Benefits of Implementation】 - Reduces operator fatigue and improves productivity - Minimizes installation area and contributes to high-density mounting - Prevents misalignment and supports safety

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Micro-Fit+ Connector for Smart Grid Power Supply

Micro-Fit+ Connector for Smart Grid Power Supply

Improving productivity through reduced fitting force for smart grid distribution management.

In smart grid distribution management, stable power supply and system reliability are essential. Particularly in situations that require complex wiring and frequent maintenance, the reliability of connections and work efficiency become crucial. Uncertain connections can lead to instability in power supply and delays in recovery operations. The power supply BEV HEV PHEV Micro-Fit+ connector addresses these challenges by leveraging the reliability of the Micro-Fit 3.0 series while achieving reduced mating force and a compact design. 【Usage Scenarios】 - Wiring within distribution boards in smart grids - Connection points for renewable energy generation equipment - Establishment of power monitoring and control systems 【Benefits of Implementation】 - Reduces operator fatigue and improves work efficiency - Supports implementation in limited spaces due to compact design - Reduces connection errors with mis-mating prevention features, ensuring system reliability

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Micro-Fit+ Connector for Aerospace Power Supply

Micro-Fit+ Connector for Aerospace Power Supply

Contributing to the improvement of aircraft power efficiency and the reduction of operator burden.

In the aerospace field, aircraft power supplies require high reliability and space-saving designs. In particular, secure connections in complex wiring and limited spaces are essential for safe operations. Improper connections can lead to system failures and difficulties in maintenance. Our "Micro-Fit+ Connector" meets these demands by reducing mating force and achieving compactness, based on the proven reliability of the Micro-Fit 3.0 series. 【Usage Scenarios】 - Power supply lines within aircraft - Power supply to various electronic devices - Wiring work in limited spaces 【Benefits of Implementation】 - Improved work efficiency due to reduced operator fatigue - Space-saving design - Enhanced reliability through prevention of incorrect mating

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Micro-Fit+ Connector for Railway Vehicles Power Supply

Micro-Fit+ Connector for Railway Vehicles Power Supply

Improving productivity with reduced fitting force for railway vehicle drive systems!

In railway vehicle drive systems, high reliability and safety are required. In particular, for the power supply essential for vehicle operation, it is important to maintain a stable connection even under harsh conditions such as vibrations and temperature changes. Malfunctions at the connection points can lead to significant issues related to vehicle operation stoppage and safety. Our "Micro-Fit+ Connector" addresses these challenges by achieving further performance improvements based on the reliability of the proven Micro-Fit 3.0 series. 【Usage Scenarios】 - Power connections for BEV, HEV, and PHEV vehicle drive systems - Stable power supply to onboard equipment - Improved workability during maintenance 【Benefits of Implementation】 - Increased productivity due to reduced operator fatigue - Space-saving through reduced installation area - Enhanced reliability by preventing incorrect mating

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Mirror Mezz Connector for Robotics

Mirror Mezz Connector for Robotics

For robotics cooperative control: Reducing costs and lead time with hermaphroditic design.

In the field of robotics, particularly in cooperative control, high-precision and high-speed data communication between multiple robots is essential. This enables the synchronization of complex movements and real-time information sharing, leading to increased productivity and enhanced safety. Delays or instability in communication can result in decreased accuracy of cooperative actions and unexpected troubles. The NVIDIA recommended Mirror Mezz connector addresses these challenges with excellent signal integrity and high-speed data transmission performance, facilitating smooth cooperative control between robots. 【Use Cases】 - Cooperative transport by multiple robots - Coordination between robots on automated lines - Control of robot groups via remote operation 【Benefits of Implementation】 - Reduction of data transmission delays between robots - Improvement in the accuracy of cooperative actions - Enhanced stability of the entire system

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NearStack HD Connector for Data Centers

NearStack HD Connector for Data Centers

AI/ML-compatible connectors that support high-speed connections in data centers.

In data center operations, a fast and stable connection is required to handle the increasing data traffic. Particularly, as the adoption of artificial intelligence (AI) and machine learning applications progresses, the infrastructure supporting these processes must have higher data transfer capabilities and reliability. Traditional connection methods can face challenges such as bandwidth limitations and signal quality degradation. Our "OCP-Compatible NearStack HD Connector" is a slim and high-density cable solution designed for internal wiring, achieving high-speed data transfer of 64 Gbps compatible with PCIe Generation 5. This enables the maximum performance of AI and machine learning applications. 【Use Cases】 - Internal wiring for AI/ML servers - High-performance computing environments - High-speed network connections within data centers 【Benefits of Implementation】 - Acceleration of AI/ML processing - Expansion of data transfer bandwidth - Overall improvement in system performance

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NearStack HD Connector for Communication Infrastructure

NearStack HD Connector for Communication Infrastructure

Connectors for internal wiring that support high-speed signal transmission.

In the communication infrastructure industry and the field of signal transmission, reliable connections that accommodate high density and high speed are required. In particular, stable high-speed data transfer is essential for internal wiring in data centers and network equipment. Improper connections can lead to reduced communication speeds and data errors, potentially impacting the overall performance of the system. Our "OCP Compliant NearStack HD Connector" addresses these challenges by achieving high-speed data transfer of 64 Gbps compatible with PCIe 5th generation, designed for internal wiring. 【Usage Scenarios】 - Server and storage connections within data centers - Internal wiring of network equipment - Infrastructure development for AI/machine learning systems 【Benefits of Implementation】 - High-speed data transfer via PCIe 5th generation (64 Gbps PAM-4) - Space-saving design with thin and high-density features - Enhanced support for AI/machine learning applications

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NearStack HD Connector for AI/ML

NearStack HD Connector for AI/ML

A high-speed data transfer connector that supports AI/ML computation acceleration.

In the field of AI/ML, particularly in computational acceleration, there is a demand for the ability to process vast amounts of data quickly and reliably. The data transfer speed between GPUs and CPUs can become a bottleneck, affecting the overall performance of processing. Therefore, an interface that achieves high bandwidth and low latency data transfer is essential. Our "OCP Compliant NearStack HD Connector" is designed to meet such needs and supports the performance enhancement of AI/ML applications. 【Use Cases】 - Internal wiring of AI/ML servers - Interconnection of GPU clusters - High-speed data processing systems 【Benefits of Implementation】 - Acceleration of computational processing - Improvement of overall system performance - Ensuring stability of data transfer

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NearStack HD Connector for Broadcasting and Media

NearStack HD Connector for Broadcasting and Media

Connectors for internal wiring that support high-speed video transmission.

In the broadcasting and media industry, as well as in the field of video transmission, there is a demand for high-resolution and high-frame-rate video data to be transmitted stably and without delay. Particularly in live broadcasts and large-scale video production sites, a reliable infrastructure capable of processing large amounts of data quickly and accurately is essential. Our "OCP-Compatible NearStack HD Connector" is a thin and high-density cable solution that meets these demands, enabling high-speed data transfer of 64 Gbps compatible with PCIe Generation 5. It is designed for internal wiring and supports video transmission systems that require high bandwidth. 【Use Cases】 - Real-time transmission of high-resolution video - Video distribution at large-scale events - High-density wiring within studios 【Benefits of Implementation】 - Maintenance of video quality through stable high-speed data transfer - Efficient wiring in limited spaces - Improved overall system reliability

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NearStack HD Connector for Industrial Automation

NearStack HD Connector for Industrial Automation

High-speed data transfer connector that supports real-time control.

In the field of industrial automation, particularly in real-time control, high-precision data processing is required, with no tolerance for delays even in the millisecond range. The response speed of the system is directly linked to product quality and production efficiency, making fast and stable data transfer essential. Insufficient data transfer capabilities can lead to control delays and malfunctions, potentially causing production line stoppages and product defects. Our "OCP-compliant NearStack HD Connector" achieves high-speed data transfer of 64 Gbps compatible with PCIe 5th generation, meeting such stringent demands. 【Use Cases】 - Real-time sensor data collection and analysis - High-speed actuator control - AI processing in edge computing 【Benefits of Implementation】 - Improved response speed of control systems - Increased efficiency of production lines - Realization of high-precision real-time analysis

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NearStack HD Connector for Smart Cities

NearStack HD Connector for Smart Cities

High-speed data transfer supporting infrastructure collaboration in smart cities.

In the infrastructure collaboration of smart cities, reliable data transmission is essential for the smooth operation of the entire urban system. In particular, the rapid and accurate exchange of large amounts of data between various infrastructures is crucial for maintaining and enhancing urban functions. Insufficient data transmission capacity can lead to system delays and malfunctions, potentially affecting citizens' lives. Our "OCP-Compatible NearStack HD Connector" is designed to meet the advanced data transmission needs of such smart cities. 【Use Cases】 - Data collaboration between urban infrastructures - Real-time data processing in transportation systems - Information sharing in energy management systems 【Benefits of Implementation】 - Smooth data collaboration between infrastructures - Efficiency and optimization of urban functions - Improvement of citizen services

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NearStack ExT for Edge Computing

NearStack ExT for Edge Computing

Achieve stable external connections in a decentralized edge environment!

In the field of edge computing, the decentralization of systems is progressing, and stable data communication and highly reliable interfaces are required at each location. In particular, when connecting with external systems, it is essential to have strong resistance to environmental changes and reliable signal transmission. Inadequate connections can increase the risk of data loss and system downtime. Our "OCP-compliant NearStack ExT Connector" consistently achieves stability and reliability in external mating through robust mechanical design and NearStack's direct-to-contact Twinax technology, addressing these challenges. 【Use Cases】 - Data collaboration between distributed edge devices - System construction in outdoor or harsh environments - Applications requiring high-density port configurations 【Benefits of Implementation】 - Improved stability and reliability in external connections - Enhanced flexibility in system construction - Simplified system design due to the absence of PCBs

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NearStack ExT Connector for Entertainment

NearStack ExT Connector for Entertainment

An external mating connector that achieves stability and reliability for streaming applications.

In the entertainment industry, especially for streaming applications, high-density and stable data transmission is essential. Delays or interruptions in video and audio data can directly impact the viewing experience and potentially diminish the value of the content. Therefore, a reliable interface design is crucial. Our "OCP-compliant NearStack ExT Connector" consistently achieves stability and reliability through robust mechanical design and NearStack's direct-to-contact Twinax technology, addressing these challenges. 【Use Cases】 - Infrastructure for high-quality audio and video streaming services - Backend systems for live streaming platforms - Video production and editing environments requiring large-capacity data transfer 【Benefits of Implementation】 - Improved viewing experience through stable data transmission - Reduced system downtime - Space-saving through high-density implementation

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NearStack ExT Connector for Smart Cities

NearStack ExT Connector for Smart Cities

Robust external coupling connectors that support the efficiency of smart cities.

In the construction and operation of smart city infrastructure, stable data communication between diverse devices and the ability to accommodate future scalability are essential. Particularly, to efficiently manage and operate the entire city's systems, a highly reliable interface is indispensable. Our "OCP-Compatible NearStack ExT Connector" consistently achieves stability and reliability through robust mechanical design, contributing to the efficiency of system integration in smart cities. 【Use Cases】 - Urban infrastructure monitoring systems - Traffic management systems - Energy management systems 【Benefits of Implementation】 - Stable data communication between systems - Accommodation for future system expansions - Streamlined operational management

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[For Automotive] MX-DaSH Waterproof 15+1-Way Connector

[For Automotive] MX-DaSH Waterproof 15+1-Way Connector

Power, ground, and high-speed data connections are consolidated into a single connector!

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

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[For Industrial Equipment] MX-DaSH Waterproof 15+1-Way Connector

[For Industrial Equipment] MX-DaSH Waterproof 15+1-Way Connector

Power, ground, and high-speed data connection consolidated into one connector!

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

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[For Drones] MX-DaSH Waterproof 15+1-Way Connector

[For Drones] MX-DaSH Waterproof 15+1-Way Connector

Streamline power supply for drones with a single connector!

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

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[For Agriculture] MX-DaSH Waterproof 15+1-Way Connector

[For Agriculture] MX-DaSH Waterproof 15+1-Way Connector

For irrigation systems: Consolidating power and data connections into a single connector.

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

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[For Railways] MX-DaSH Waterproof 15+1-Way Connector

[For Railways] MX-DaSH Waterproof 15+1-Way Connector

Integrated connector that enhances the reliability 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

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[For Automotive] MX-DaSH Non-Waterproof 22+1-Way Connector

[For Automotive] MX-DaSH Non-Waterproof 22+1-Way Connector

Improve the efficiency of the increasing connections of in-vehicle devices!

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

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[For Industrial Equipment] MX-DaSH Non-Waterproof 22+1-Way Connector

[For Industrial Equipment] MX-DaSH Non-Waterproof 22+1-Way Connector

Improve the connection efficiency of control signals for industrial equipment!

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

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[For Medical Devices] MX-DaSH Non-Waterproof 22+1-Way Connector

[For Medical Devices] MX-DaSH Non-Waterproof 22+1-Way Connector

Connector to improve data transfer efficiency of medical devices.

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

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[For Agriculture] MX-DaSH Non-Waterproof 22+1-Way Connector

[For Agriculture] MX-DaSH Non-Waterproof 22+1-Way Connector

Improve the efficiency of various sensor connections for environmental monitoring in the agricultural sector!

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

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[For Railways] MX-DaSH Non-Waterproof 22+1-Way Connector

[For Railways] MX-DaSH Non-Waterproof 22+1-Way Connector

Improving connection efficiency in the railway operation information system.

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

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[For Industrial Equipment] MX-DaSH Non-Waterproof 31+1-Way Connector

[For Industrial Equipment] MX-DaSH Non-Waterproof 31+1-Way Connector

A connector that achieves optimization of control signal wiring and improvement of manufacturability.

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

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[For Medical Devices] MX-DaSH Non-Waterproof 31+1-Way Connector

[For Medical Devices] MX-DaSH Non-Waterproof 31+1-Way Connector

Contributing to the optimization of wiring for patient monitoring devices and improving reliability.

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

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[Aerospace] MX-DaSH Non-Waterproof 31+1-Way Connector

[Aerospace] MX-DaSH Non-Waterproof 31+1-Way Connector

Providing flexible configurations with modular design for instrument transmission in the aerospace field.

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

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[For Railways] MX-DaSH Non-Waterproof 31+1-Way Connector

[For Railways] MX-DaSH Non-Waterproof 31+1-Way Connector

Optimize the wiring layout for railway operation management using modular design.

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

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[For Data Centers] MX-DaSH Non-Waterproof 31+1-Way

[For Data Centers] MX-DaSH Non-Waterproof 31+1-Way

Optimize the wiring layout for server connections with modular design.

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

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[For Broadcasting and Video] MX-DaSH Non-Waterproof 31+1-Way Connector

[For Broadcasting and Video] MX-DaSH Non-Waterproof 31+1-Way Connector

Modular design allows for multiple patterns of form factor configurations.

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

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