レスター Product Lineup

The "Micro-Lock Plus 1.50mm Pitch Connector" is a product that addresses the challenge of fitting components into smaller spaces, contributing to the overall miniaturization of the package. The wide latch design expands the surface area that holds the connector. A click sound is produced when the connector is fully engaged, allowing for confirmation of a secure connection. 【Features】 ■ Ensures reliable engagement retention ■ Strengthens locking to improve connection reliability ■ Enhances holding power ■ Meets industry standards for harsh environments ■ Improves space efficiency *For more details, please download the PDF or feel free to contact us.

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The "FD19 Series" is a connector for 0.50mm and 1.00mm pitch FFC/FPC, offering a wide range of pole counts from 4 to 80. The adoption of a front flip actuator makes it easy to handle, and the latch type FFC/FPC further enhances cable retention strength. A version that supports high-temperature applications up to 150°C is also available. Molex's micro-solution design provides solutions to meet various market demands. 【Features】 ■ Dual contact ■ FFC/FPC latch ■ Wide insertion opening ■ Latch type FPC ■ Nickel barrier *For more details, please download the PDF or feel free to contact us.

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In the field of scientific research, especially in large-scale simulations, there is a demand for the ability to transmit vast amounts of data quickly and reliably. High-performance connectors are essential for complex computational processes and real-time data analysis. In traditional systems, bottlenecks in data transfer and the complexity of component management can hinder the speed of research and development. The NVIDIA recommended Mirror Mezz connector addresses these challenges with excellent signal integrity and high-speed data transmission performance. 【Use Cases】 - Data transfer in high-performance computing clusters - Real-time data processing in large-scale simulations - Acceleration of research and development servers 【Benefits of Implementation】 - Reduction in simulation processing time - Increased efficiency in system construction - Acceleration of research and development

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In the telecommunications and networking industries, there is a growing demand for faster and more reliable data transmission due to the increase in data transfer volumes. Particularly in high-density applications, it is crucial to achieve efficient wiring and reliable signal transmission within limited space. Insufficient connector performance can lead to reduced communication speeds and data errors, potentially impacting the overall performance of the system. The NVIDIA recommended Mirror Mezz connector addresses these challenges with excellent signal integrity and high-speed data transmission capabilities. 【Usage Scenarios】 - Telecommunications equipment - Networking equipment - OCP-compliant systems - High-density mounted circuit boards 【Benefits of Implementation】 - Meeting data transfer requirements - Simplifying bill of materials (BOM) and inventory management - Reducing tooling requirements - Enhancing design flexibility - Maximizing circuit board mounting area

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In the manufacturing industry, quality inspection requires high-precision and stable data transmission. Particularly in inspection equipment that handles complex circuit boards and high-speed signals, reliable connectors are essential. Inadequate signal transmission can lead to decreased inspection accuracy and false detections. The NVIDIA recommended Mirror Mezz connector addresses these challenges with excellent signal integrity and high-speed data transmission performance. 【Usage Scenarios】 - Inspection equipment requiring high-speed data transmission - Inspection fixtures needing high-density mounting - Inspection lines using OCP-compliant systems 【Benefits of Implementation】 - Improved inspection accuracy - Miniaturization and high-density of equipment - Reliable data acquisition

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In the financial industry, the ability to process vast amounts of data quickly and reliably is essential for transaction analysis. In particular, real-time market analysis and risk assessment require high-density system design and reliable data transmission. Inadequate data transfer performance can lead to delays in analysis and incorrect judgments. The NVIDIA recommended Mirror Mezz connector addresses these challenges with excellent signal integrity and high-speed data transmission capabilities. 【Use Cases】 - Building high-frequency trading systems - Real-time market data analysis infrastructure - Accelerating risk management systems 【Benefits of Implementation】 - Improved analysis accuracy due to enhanced data processing capabilities - Reduced system construction costs - Shortened development lead times

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In game development, particularly in graphics processing, it is important to address the increasing data transfer requirements. Complex graphics processing and real-time rendering necessitate fast and stable data transmission, which directly impacts the quality of the gaming experience. Insufficient data transfer capabilities can lead to decreased frame rates and rendering delays, potentially compromising the user experience. The NVIDIA recommended Mirror Mezz connector addresses these challenges with excellent signal integrity and high-speed data transmission performance. 【Use Cases】 - Design of high-performance graphics cards - Data processing in VR/AR content development - Construction of real-time rendering systems 【Benefits of Implementation】 - Acceleration of graphics processing - Improved overall system responsiveness - Increased efficiency of the development cycle

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In the video production industry, high-speed and stable data transfer is essential for rendering high-resolution content. Particularly in the rendering of complex CG and VFX, immense data processing capability is indispensable, and the overall performance of the system directly impacts production efficiency. Data transfer bottlenecks can lead to delays in rendering time and stagnation in workflow. The NVIDIA recommended Mirror Mezz connector addresses these challenges with excellent signal integrity and high-speed data transmission performance. 【Usage Scenarios】 - High-resolution video rendering farms - Real-time rendering systems - Large-scale VFX production workflows 【Benefits of Implementation】 - Reduced rendering time - Improved overall system processing capability - Streamlined production workflows

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In the field of medical imaging, high-speed and stable data transmission is required for high-precision diagnostic support. Particularly in systems that process large amounts of image data in real-time to support rapid diagnosis, reliable connectors are essential. Inadequate data transfer performance can lead to delays in diagnosis and reduced accuracy. The NVIDIA recommended Mirror Mezz connector addresses these challenges with excellent signal integrity and high-speed data transmission performance. 【Use Cases】 - Real-time processing of high-resolution medical images - Development of AI-assisted diagnostic support systems - Miniaturization and high-density integration of imaging diagnostic devices 【Benefits of Implementation】 - Improved processing speed of diagnostic support systems - Simplification of component management in system development - Alleviation of design space constraints

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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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In autonomous driving systems, real-time processing is essential to respond to rapidly changing situations. The ability to transmit vast amounts of sensor data and control signals without delay and with accuracy is key to ensuring safe driving and achieving advanced functionalities. If data integrity is compromised, it can lead to system malfunctions or unexpected situations. The NVIDIA recommended Mirror Mezz connector meets these demands with excellent signal integrity and high-speed data transmission performance. 【Use Cases】 - High-density in-vehicle computing systems - Sensor fusion processing - Real-time control systems 【Benefits of Implementation】 - System stabilization through reliable data transmission - Improved real-time processing performance - Enhanced design flexibility

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In the field of HPC (High-Performance Computing), fast and stable data transmission is essential to meet the increasing demands for computational power. Particularly in large-scale data processing and complex simulations, bottlenecks in data transfer can impact overall performance. The NVIDIA recommended Mirror Mezz connector addresses these challenges with excellent signal integrity and high-speed data transmission performance. 【Use Cases】 - Large-scale data centers - Scientific and technical computing - AI/machine learning platforms 【Benefits of Implementation】 - Improved computational processing power - Optimization of overall system performance - Assurance of design flexibility

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In AI development, high-speed and stable data transmission is required for processing large datasets and training complex models. Particularly, to enhance learning efficiency, it is crucial to maximize the overall performance of the system. Insufficient data transfer capability can lead to prolonged training times and delays in the development cycle. The NVIDIA recommended Mirror Mezz connector supports improved learning efficiency in AI development through excellent signal integrity and high-speed data transmission performance. 【Use Cases】 - Building AI training servers - High-speed data communication between GPUs - High-density computing environments 【Benefits of Implementation】 - Reduced training time - Improved system performance - Enhanced design flexibility

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In the data center industry, there is a demand for high-speed and reliable connections to accommodate the increasing volume of data transfer. Particularly in data transmission between servers and storage, maintaining signal integrity and efficient wiring is crucial. Insufficient connection performance can lead to a decrease in overall system performance and may cause data errors. The NVIDIA recommended Mirror Mezz connector achieves excellent signal integrity and high-speed data transmission performance, addressing these challenges. 【Use Cases】 - High-speed data transmission between servers, storage, and networking equipment - High-density implementation in OCP-compliant systems - Telecommunications and networking equipment 【Benefits of Implementation】 - Improved data transfer speeds - Simplification of bill of materials (BOM) and inventory management - Reduction of tooling requirements - Increased design flexibility - Efficient use of PCB mounting area

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In the transportation industry developing autonomous driving systems, there is a demand for miniaturization and high performance of electronic devices mounted in vehicles. In particular, high reliability and fast data transfer speeds are essential for data transmission between sensors and control units. Connector malfunctions can lead to system malfunctions and decreased safety. The NVIDIA recommended Mirror Mezz connector addresses these challenges and supports the development of autonomous driving systems. 【Usage Scenarios】 - ECU (Electronic Control Unit) of autonomous vehicles - Sensor systems such as LiDAR, radar, and cameras - In-vehicle networks 【Benefits of Implementation】 - Real-time information processing through high-speed data transmission - Improved reliability due to high signal integrity - Enhanced development efficiency through cost reduction and shortened lead times

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The "Mirror Mezz Connector" is a hermaphroditic mezzanine connector that achieves excellent signal integrity (SI) and high-speed data transmission performance. It addresses the increasing data transfer requirements in high-density applications such as telecommunications, networking, and Open Compute Project (OCP) compliant systems. The self-mating hermaphroditic design simplifies bill of materials (BOM) and inventory management, while also reducing tooling requirements. 【Features】 ■ Achieves high-speed data transfer rates for applications ■ Cost reduction through hermaphroditic design ■ Shortened lead times and simplified product matrix ■ Uses OCP recommended specifications with 15×11 column pins, enhancing design flexibility ■ Maximizes PCB mounting area and alleviates design challenges *For more details, please download the PDF or feel free to contact us.

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The "One-Touch Series" is a connector for Easy-on FFC/FPC that features an automatic locking nail mechanism capable of fitting with a single action and high holding power, achieving improved reliability of connections and work speed. With a wide opening, inserting FFC/FPC is easy. The automatic locking assembly line provides benefits to your manufacturing line. Additionally, it excels in operability and is suitable for use in various industries. 【Features】 ■ One-touch cable insertion ■ Locking nail system ■ Operating temperature up to 125°C ■ Easily visible release button ■ Signal terminals with partial gold plating ■ Ground terminal (optional) *For more details, please download the PDF or feel free to contact us.

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The "VersaBeam Extended Beam Connector" is a solution that uses lens technology to provide high-performance, low-maintenance, reliable, and highly scalable fiber connections for future data centers. The innovative extended beam connector option integrates 12, 16, or 144 fibers into a single connector, simplifying cable wiring and providing high fiber density. Please feel free to contact us when you need assistance. 【Features】 ■ Simplifies cleaning and inspection ■ Accelerates deployment and turn-up ■ Provides exceptional signal integrity for high-performance applications ■ Allows for flexible and scalable design ■ Increases fiber density ■ Reduces mating/cutting force, making assembly easier *For more details, please download the PDF or feel free to contact us.

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In the field of urban planning, traffic analysis requires the processing of vast amounts of traffic data in real-time to conduct accurate analyses. Particularly in advanced analyses utilizing AI, high-speed and stable data transfer performance is essential. Insufficient data processing capabilities can lead to delays in analysis and a decrease in accuracy, potentially impacting decision-making in urban planning. The NVIDIA recommended Mirror Mezz Enhanced connector addresses these challenges with a maximum data rate of 224Gbps PAM-4 for applications in an era where AI-driven usage is accelerating. 【Use Cases】 - Collection and analysis of traffic volume data in large cities - Real-time traffic flow prediction using AI - Simulations for infrastructure planning 【Benefits of Implementation】 - Improved accuracy and speed of traffic analysis - Support for data-driven decision-making in urban planning - Adaptation to future data processing capabilities

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In the field of education, particularly in personalized learning, there is a demand for fast and stable transmission of learning data. In AI-driven personalized learning systems, real-time data processing capability is directly linked to learning effectiveness, making a communication environment with minimal latency and noise essential. Insufficient data transfer performance can lead to a decline in the learning experience and delays in system response. The NVIDIA recommended Mirror Mezz Enhanced connector is a product that addresses these challenges with a maximum data rate of 224Gbps PAM-4 for applications, accelerating the utilization of AI in modern times. 【Usage Scenarios】 - AI-driven personalized learning platforms - High-speed delivery of online educational materials - Development of learning data analysis systems 【Benefits of Implementation】 - Improved learning experience - Enhanced system response speed - Increased accuracy of data analysis

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In the logistics industry, route optimization requires real-time data processing and fast information transmission. In particular, dynamic route calculations using AI and the management of numerous vehicle and cargo information necessitate reliable data transfer without delays. Insufficient data processing capabilities and chaotic routing can lead to reduced optimization accuracy and issues such as delivery delays. The NVIDIA recommended Mirror Mezz Enhanced connector addresses these challenges with a maximum data rate of 224Gbps PAM-4 for applications, accelerating the use of AI-driven solutions in modern times. 【Use Cases】 - Real-time route calculations using AI - Processing of large amounts of sensor data - Acceleration of vehicle and cargo management systems 【Benefits of Implementation】 - Improved accuracy of route calculations - Enhanced delivery efficiency - Increased overall system response speed

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In the agricultural sector, there is a demand for fast and accurate processing of sensor data and image data to optimize harvests. In particular, the ability to transmit vast amounts of data without delay is essential for understanding the condition of extensive fields in real-time and determining the timing and methods of harvesting. Insufficient data processing capabilities can lead to lost harvesting opportunities and decreased quality. The NVIDIA recommended Mirror Mezz Enhanced connector is a product that addresses these challenges with a maximum data rate of 224Gbps PAM-4 for applications, accelerating the use of AI in modern times. 【Use Cases】 - Real-time data collection from field sensors - Fast processing of aerial images captured by drones - AI-driven predictions of harvest timing - Collaboration with automated harvesting robots 【Benefits of Implementation】 - Reduction of lost harvesting opportunities - Improvement in the quality of harvested products - Enhancement of work efficiency

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In the energy industry, real-time data collection and stable communication are essential for equipment monitoring. In particular, to efficiently process the vast amounts of data from extensive equipment and to enable early detection of anomalies and rapid responses, high-speed and reliable data transmission is required. Insufficient data transmission capacity can lead to monitoring delays and oversights, increasing the risk of equipment troubles and accidents. The NVIDIA recommended Mirror Mezz Enhanced connector addresses these challenges with a maximum data rate of 224Gbps PAM-4 for applications, accelerating the utilization of AI-driven solutions. 【Use Cases】 - Monitoring systems for large-scale power plants and substations - Remote monitoring of renewable energy facilities (solar, wind) - Real-time data collection for plant equipment 【Benefits of Implementation】 - High-speed and stable transmission of monitoring data - Realization of advanced equipment anomaly detection through AI - Improved overall system reliability and operational efficiency

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In the field of robotics, autonomous control requires high-speed and stable transmission of sensor data and control signals. Particularly, to achieve advanced decision-making and real-time actions utilizing AI, it is crucial to ensure low-latency data processing capabilities and signal paths that are less susceptible to noise. Insufficient data transmission performance can lead to decreased responsiveness and malfunctions in robots. The NVIDIA recommended Mirror Mezz Enhanced connector supports data rates of up to 224Gbps PAM-4, meeting the demands of applications driven by accelerated AI. 【Use Cases】 - Sensor data processing for autonomous robots - Real-time control of industrial robots - Data transmission for drones and autonomous driving systems 【Benefits of Implementation】 - Improved responsiveness of robots - Enhanced control accuracy - Increased reliability of the entire system

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In the entertainment industry, the use of AI technology for content generation is accelerating, requiring fast and stable data processing. Particularly in the generation of high-resolution video and complex CG, the ability to transmit vast amounts of data quickly is essential. Delays and instability in data transfer can become bottlenecks in the production process, potentially hindering creative work. Our product, the "Mirror Mezz Enhanced Connector," responds to the evolution of AI drives, addressing these challenges with a maximum data rate of 224Gbps PAM-4 for applications. 【Use Cases】 - Video editing and rendering utilizing AI - Real-time CG generation and simulation - High-speed processing of large datasets 【Benefits of Implementation】 - Acceleration of the content generation process - Improved efficiency of production workflows - Realization of more complex and high-quality content production

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In the financial industry, there is a demand for processing vast amounts of transaction data in real-time and quickly detecting fraudulent activities. Particularly in AI-driven fraud detection systems, high-speed and stable data transmission performance is essential. Delays or losses in data can increase the risk of overlooking fraud, leading to issues that affect the reliability of financial institutions. The NVIDIA recommended Mirror Mezz Enhanced connector addresses these challenges by supporting data rates of up to 224Gbps PAM-4 and accelerating AI drives. 【Use Cases】 - Real-time fraud transaction monitoring systems - High-speed processing of anomaly detection algorithms using AI - Analytical platforms handling large volumes of financial data 【Benefits of Implementation】 - Improved accuracy of fraud detection and response speed - Enhanced overall processing capacity of the system - Seamless adaptation to future data rates

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In the retail industry, improving the accuracy of demand forecasting leads to optimized inventory management and enhanced customer satisfaction. In particular, demand forecasting systems that utilize AI require the ability to process large amounts of data quickly and reliably. Insufficient data transfer performance can result in delays in forecasting and decreased accuracy, increasing the risk of lost opportunities and excess inventory. The NVIDIA recommended Mirror Mezz Enhanced connector is a product that addresses these challenges, offering a maximum data rate of 224Gbps PAM-4 for applications in today's world where AI-driven usage is accelerating. 【Use Cases】 - Building real-time demand forecasting systems using AI - Analyzing sales data from stores and e-commerce sites - Strengthening data collaboration across the entire supply chain 【Benefits of Implementation】 - Improved accuracy of demand forecasting and reduced lead times - Increased efficiency in inventory management and cost reduction - Support for rapid decision-making based on data

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In the medical industry, particularly in the field of imaging diagnostics, there is a demand for rapid processing of high-resolution data and the accompanying high-speed data transfer. The advancement of AI-driven image analysis has increased the necessity to handle larger amounts of data efficiently. Insufficient data transfer speeds and disruptions in routing can lead to delays in diagnosis and decreased accuracy in analysis. The NVIDIA recommended Mirror Mezz Enhanced connector supports data rates of up to 224Gbps PAM-4, addressing these challenges. 【Use Cases】 - Real-time analysis of high-definition medical images using AI - Imaging diagnostic devices that require high-speed data transfer - Medical equipment that requires improved system reliability 【Benefits of Implementation】 - Reduction in diagnosis time - Improvement in image analysis accuracy - Enhanced overall system reliability

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In the manufacturing industry, particularly in the field of quality inspection, high-precision and high-speed data processing is required. With the evolution of AI technology, it has become essential to support applications at higher data rates. Insufficient data transmission performance can lead to decreased inspection accuracy and delays in processing time. The NVIDIA recommended Mirror Mezz Enhanced connector supports data rates of up to 224Gbps PAM-4, addressing these challenges. 【Use Cases】 - Inspection equipment requiring high-speed data transfer - Image inspection systems utilizing AI - Design of high-density printed circuit boards 【Benefits of Implementation】 - Acceleration of the inspection process - Improvement in inspection accuracy - Increased efficiency in board design

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In the automotive industry, particularly in autonomous driving systems, there is a demand for high-speed and reliable data transmission to process vast amounts of data in real-time and ensure safe driving. The ability to transmit information from sensors and analysis results from AI without delay is a crucial factor directly related to the system's responsiveness and safety. Our product, the "Mirror Mezz Enhanced Connector," addresses these challenges with a maximum data rate of 224Gbps PAM-4 for applications, as the utilization of AI driving accelerates. 【Usage Scenarios】 - Sensor data processing for autonomous driving systems - High-speed data transfer for in-vehicle infotainment systems - Image recognition and decision-making processing by AI 【Benefits of Implementation】 - Ensured safety through improved real-time capabilities - Enhanced processing power of the entire system - Support for future data rates

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In the drone industry, lightweight construction and stable operation in harsh environments are essential. Particularly at external connection points, which are susceptible to vibrations, dust, and humidity, reliable signal transmission and durability are crucial. Inadequate protection can lead to communication failures and component malfunctions. Our "Micro-Lock Plus 1.25mm Pitch Straight Header Potting Type" addresses these challenges. 【Application Scenarios】 - External connection points of drones - Use in environments with high vibrations and dust - Use in high humidity environments 【Benefits of Implementation】 - Improved reliability through protection of contact and latch areas - Stable signal transmission by preventing whiskering - Reinforcement of terminal robustness and reliability

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In the field of robotics, as miniaturization progresses, there is a demand for component protection to maintain stable operation even in harsh environments. Particularly for robot arms and sensor components exposed to vibrations and temperature changes, protecting the connector contact areas and latch areas becomes crucial. Inadequate protection can lead to signal instability and failures, potentially affecting the robot's performance. Our "Micro-Lock Plus 1.25mm Pitch Straight Header Potting Type" is one of the smallest connectors in the industry, yet it supports potting treatment, addressing these challenges. 【Usage Scenarios】 - Sensor connection points for small robots - Internal components of industrial robot arms - Wiring for outdoor-installed robots 【Benefits of Implementation】 - Improved reliability in harsh environments - Contribution to the design of miniaturized products - Achievement of stable signal transmission

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In the lighting industry, particularly with LED products, stable operation and reliability over a long period are required. LEDs are susceptible to temperature changes and humidity, and these environmental factors can lead to deterioration of contact points and instability in signal transmission. This can result in issues such as flickering in lighting and reduced lifespan. Our "Micro-Lock Plus 1.25mm Pitch Straight Header Potting Type" addresses these challenges and contributes to maintaining LED performance. 【Usage Scenarios】 - Outdoor lighting equipment - Lighting in high humidity environments - LED lighting in areas with significant temperature fluctuations 【Benefits of Implementation】 - Protects the contact points of LEDs and improves reliability - Reduces flickering through stable signal transmission - Contributes to extending product lifespan

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In the semiconductor industry, stable operation under harsh environments is required to enhance product reliability. Particularly when heat dissipation is a critical factor, protecting the connector area can impact the stability of signal transmission and the product's lifespan. Inadequate protection may lead to degradation due to heat or failures caused by external influences. The strong lock potting type has been developed to address these challenges. 【Usage Scenarios】 - Semiconductor mounting in high-temperature environments - Use in environments with vibrations or shocks - Areas prone to dust and humidity 【Benefits of Implementation】 - Improved reliability through protection of contact and latch areas - Maintenance of stable signal transmission - Extension of product lifespan

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In the energy industry, especially in applications requiring high voltage insulation, reliable connections and long-term stability are essential. Use in harsh environments can lead to deterioration of contacts and latching parts, potentially destabilizing signal transmission. To address these challenges, products that minimize external influences and maintain secure connections are needed. Our "Micro-Lock Plus 1.25mm Pitch Straight Header Potting Type" is a connector that meets these needs. [Usage Scenarios] - Internal wiring of high voltage equipment - Outdoor energy-related installations - Environments with significant temperature changes and vibrations [Benefits of Implementation] - Improved reliability through protection of contact and latch areas - Stable signal transmission due to whisker prevention - Reinforcement of terminal robustness and reliability

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In the telecommunications industry, stable signal transmission and the maintenance of equipment reliability are essential. Particularly in environments susceptible to vibrations, temperature changes, and humidity, protecting the connector parts becomes crucial. Inadequate protection can lead to signal degradation, disconnections, and equipment failures. Our "Micro-Lock Plus 1.25mm Pitch Straight Header Potting Type" addresses these challenges and protects the contact and latch areas even in harsh environments. 【Usage Scenarios】 - Connection points for outdoor-installed equipment - Industrial equipment with high vibrations - Environments with significant temperature changes 【Benefits of Implementation】 - Maintenance of signal integrity - Improved equipment reliability - Reduction in maintenance costs

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In the field of industrial equipment, stable operation under harsh conditions is required to enhance product reliability. Particularly in environments exposed to vibration and shock, protecting the connector's contact area and latch area is crucial. Inadequate protection can lead to signal instability and failures. Our product, the "Micro-Lock Plus 1.25mm Pitch Straight Header Potting Type," has been developed to address these challenges. 【Usage Scenarios】 - Manufacturing lines with high vibration - Outdoor installed equipment - Environments with drastic temperature changes 【Benefits of Implementation】 - Protection of contact and latch areas - Stable signal transmission due to whisker prevention - Improved robustness and reliability of terminals

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In home appliances, it is essential to prevent the intrusion of water and dust to maintain product reliability. Especially for products used in high-humidity environments such as kitchens and bathrooms, waterproof and dustproof performance becomes a crucial factor affecting product lifespan and safety. Inadequate protection can lead to corrosion or short circuits in internal circuits, potentially causing failures. Our "Micro-Lock Plus 1.25mm Pitch Straight Header Potting Type" is one of the smallest connectors in the industry, yet it contributes to improved waterproof and dustproof performance by protecting the contact and latch areas through potting treatment. 【Usage Scenarios】 - Kitchen appliances (blenders, coffee makers, etc.) - Bathroom-related devices (shavers, hair dryers, etc.) - Appliances that may be used outdoors - Products expected to be used in environments with water exposure or high dust levels 【Benefits of Implementation】 - Enhanced waterproof and dustproof performance of products - Ensured reliability in harsh environments - Extended product lifespan - Reduced risk of failure

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In the medical device industry, high reliability and safety are required, making the selection of components that can withstand harsh environments, such as sterilization processes, particularly important. Temperature changes and exposure to chemicals during the sterilization process can affect the performance of connectors. In response to these challenges, our "Micro-Lock Plus 1.25mm Pitch Straight Header Potting Type" protects the contact and latch areas, contributing to the improvement of medical device reliability by ensuring stable signal transmission. [Usage Scenarios] - Medical devices requiring sterilization - Medical sensors requiring high reliability - Internal connections of medical devices used in harsh environments [Effects of Implementation] - Protection of components during the sterilization process - Assurance of long-term reliability - Maintenance of device performance through stable signal transmission

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In the aerospace field, ensuring the reliability of equipment under harsh conditions such as extreme temperature changes, vibrations, and humidity is essential. In particular, connector areas are susceptible to these influences, which can directly affect signal transmission stability and lead to equipment malfunctions. Therefore, reliable protection of the contact and latch areas is crucial. Our "Micro-Lock Plus 1.25mm Pitch Straight Header Potting Type" has been developed to meet these stringent requirements. 【Application Scenes】 - Electronic devices inside and outside aircraft - Spacecraft - Ground support equipment 【Benefits of Implementation】 - Protection of contact and latch areas under harsh conditions - Stable signal transmission due to whisker prevention - Improved robustness and reliability of terminals

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In the automotive industry, the accurate operation of sensors is essential for vehicle safety and functionality. Particularly for sensors exposed to harsh environments such as the engine compartment and the exterior of the vehicle, where they face temperature changes, vibrations, and humidity, protecting the connector parts is crucial. Inadequate protection can lead to unstable signal transmission and failures, potentially affecting the overall reliability of the vehicle. Our "Micro-Lock Plus 1.25mm Pitch Straight Header Potting Type" addresses these challenges and ensures the protection of the sensor's contact and latch areas. 【Usage Scenarios】 - Sensor connection points in the engine compartment - Sensor connection points on the vehicle exterior - Areas with significant vibrations and temperature changes 【Benefits of Implementation】 - Improved reliability through protection of contact and latch areas - Stable signal transmission due to whisker prevention - Connector protection in harsh environments

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The "Mirror Mezz Enhanced Connector" is a product that meets challenges with a maximum data rate of 224Gbps PAM-4 for applications, as the use of AI drives accelerates. It features high signal integrity (SI), a robust structure, and pharmaceutical design, supporting design flexibility and system reliability. The precise arrangement of wide grounding pins and electrically adjusted signal contacts improves SI and helps balance the electric field. 【Features】 ■ Provides high-speed data transfer rates for applications ■ Maximizes high-speed transmission performance and clean routing away from the connector's footprint ■ Seamless upgrade to 224Gbps is possible ■ Optimizes PCB real estate with higher differential pair (DP) density *For more details, please download the PDF or feel free to contact us.

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The "Micro-Lock Plus 1.25mm Pitch Straight Header Potting Type" is a connector for wire-to-board applications that is among the smallest in the industry. Single-row products can be treated with potting up to a maximum of 3.00mm, while double-row products can be treated up to a maximum of 6.00mm. It protects the contact and latch areas even in harsh environments. It prevents whiskering and achieves clean and stable signal transmission. It reinforces the robustness and reliability of the terminals. 【Features】 ■ Heat resistance up to 105°C ■ Terminals made of tin-bismuth material ■ Sturdy metal fitting nails ■ High walls that protect the positive lock from potting material ■ Positive lock immersed in potting material *For more details, please download the PDF or feel free to contact us.

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In manufacturing quality inspection, high-precision and stable data transfer is required. Particularly, with the increasing complexity of inspection equipment and the growing volume of data, reliable interconnection technology is essential. Inadequate connections can lead to missing inspection data or false detections, increasing the risk of product quality degradation and production line stoppages. The NVIDIA recommended Mirror Mezz Pro connector addresses these challenges with 112Gbps performance and a robust contact interface, enabling stable quality inspections. 【Use Cases】 - Inspection equipment requiring high-density mounting - Image inspection systems needing high-speed data transfer - Measurement instruments where reliable signal transmission is essential 【Benefits of Implementation】 - Improved reliability of inspection data - Increased design flexibility of inspection equipment - Enhanced efficiency of assembly work

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In the financial industry, particularly in the field of high-frequency trading, delays measured in milliseconds can significantly impact revenue, necessitating extremely fast and stable data transmission. Even slight signal disturbances or connection failures can lead to missed trading opportunities or erroneous transactions. Therefore, high-density and highly reliable interconnection technology is essential. The "Mirror Mezz Pro Connector" enhances the reliability of data transmission in high-frequency trading systems with its 112Gbps performance and robust stabless contact interface. [Usage Scenarios] - Interconnection between servers in high-frequency trading systems - High-density computing environments within data centers - Financial infrastructure requiring low latency [Benefits of Implementation] - Maximization of trading opportunities through improved data transfer speeds - Ensured stable operation and reliability of the entire system - Space-saving due to high-density layout

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