レスター Product Lineup

In the field of scientific simulation, particularly in large-scale analysis, high-performance interconnects are required to process vast amounts of data quickly and reliably. Complex computational processes and real-time data integration are essential, and even slight delays or connection failures can impact the accuracy and speed of analysis results. Our product, the "NVIDIA Recommended Mirror Mezz Pro Connector," addresses these challenges with a performance of 112Gbps and reliable data transfer speeds. 【Usage Scenarios】 - Large-scale scientific and technological calculations - Simulation of complex physical phenomena - Real-time data analysis 【Benefits of Implementation】 - Reduction in analysis time through high-speed data transfer - Improvement in analysis accuracy due to stable connections - Increased design flexibility of systems due to architectural adaptability

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In the VR/AR field, high-resolution visuals and real-time processing are required to provide a realistic immersive experience. In particular, smooth video transmission without latency and flexibility to accommodate complex system configurations are crucial. If these demands are not met, there may be a decline in user experience and constraints in development. The NVIDIA recommended Mirror Mezz Pro connector addresses these challenges by providing 112Gbps performance in an OCP-recommended form factor, supporting reliable high-speed data transfer and laying the foundation for an immersive VR/AR experience. 【Use Cases】 - Development of high-performance VR/AR devices - Applications requiring real-time rendering - VR/AR platforms that require high-density system design 【Benefits of Implementation】 - Achieving a smooth and low-latency video experience - Increased freedom in system design - Stable operation through reliable data transmission

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In the game development industry, particularly in rendering processes, fast and stable data transfer is essential. In complex graphic processing and real-time rendering, even slight delays or connection issues can significantly impact performance, potentially leading to decreased development efficiency and affecting the quality of the final product. Therefore, reliable interconnection technology is indispensable. The "Mirror Mezz Pro Connector" is a product that provides 112Gbps performance in an OCP-recommended form factor, addressing these challenges. 【Use Cases】 - Building high-performance rendering farms - Fast transfer of large-scale game assets - Stabilizing real-time graphic processing 【Benefits of Implementation】 - Reduced rendering time - Improved efficiency of development cycles - Provision of high-quality gaming experiences

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In the broadcasting and media industry, especially in video streaming, high bandwidth and reliable data transfer are essential. High-quality video delivery in real-time requires stable signal transmission with minimal latency. Additionally, flexibility and scalability in system construction are important to adapt to the rapidly changing media environment. Our product, the "NVIDIA Recommended Mirror Mezz Pro Connector," has been developed to meet these needs. 【Usage Scenarios】 - Real-time streaming of high-resolution video - Data transmission in large-scale broadcasting facilities - Support for future system expansions 【Benefits of Implementation】 - Maintenance of video quality through stable high-speed data transfer - Reduction in labor costs due to ease of assembly - Space-saving through high-density layout

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In the field of medical imaging, the ability to quickly and accurately process high-resolution image data is essential for improving diagnostic accuracy. This is especially important when dealing with large amounts of data or in situations that require real-time processing, where fast and stable data transfer becomes crucial. Insufficient data transfer capabilities can lead to processing delays and image degradation, increasing the risk of diagnostic delays and misdiagnoses. The NVIDIA recommended Mirror Mezz Pro connector addresses these challenges with its 112Gbps performance and robust contact interface, enabling reliable data transfer. 【Use Cases】 - Real-time processing of high-resolution medical image data - Building AI-based image analysis systems - Accelerating image diagnostic devices 【Benefits of Implementation】 - Reduction and efficiency of diagnostic time - Improvement in image analysis accuracy - Overall enhancement of system performance

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In the field of robotics, real-time control requires fast and stable data communication. Processing complex sensor data and actuator control signals without delay is directly linked to the precise operation and safety of robots. Communication delays and instability can lead to unexpected malfunctions and performance degradation. The NVIDIA recommended Mirror Mezz Pro connector achieves reliable high-speed data transfer with 112Gbps performance and a robust contact interface, meeting the demands of real-time control. 【Usage Scenarios】 - Precise motion control of robotic arms - Real-time collection and analysis of sensor data - Navigation systems for autonomous robots 【Benefits of Implementation】 - Improved response speed due to enhanced real-time capabilities - Reduced malfunctions through stabilized data transfer - Increased reliability of the entire system

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In autonomous driving systems, it is essential to process data from numerous sensors quickly and reliably. Particularly in sensor integration, high-density board-to-board connections are crucial, as reliable data transfer significantly impacts system performance. Inadequate connections can lead to data loss or delays, potentially hindering the realization of safe autonomous driving. The NVIDIA recommended Mirror Mezz Pro connector addresses these challenges by providing 112Gbps performance in the OCP recommended form factor. 【Use Cases】 - Sensor fusion systems for autonomous vehicles - ECUs for Advanced Driver Assistance Systems (ADAS) - In-vehicle network devices 【Benefits of Implementation】 - Stable processing of sensor data through reliable high-speed data transfer - Space-saving system design due to high-density layout - Reduced development and manufacturing costs due to ease of assembly

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In the field of HPC, high-performance data transfer and flexibility in system construction are required for computational acceleration. Particularly in server systems that support large-scale computational processing, reliable interconnectivity and designs that can accommodate future scalability are crucial. Insufficient connectivity can become a bottleneck for data transfer, potentially leading to a decrease in computational performance. The NVIDIA recommended Mirror Mezz Pro connector addresses these challenges and supports the maximization of computational capabilities. 【Use Cases】 - Building high-performance computing (HPC) clusters - High-speed data transfer between servers in data centers - Processing infrastructure for AI/machine learning workloads 【Benefits of Implementation】 - Acceleration of computational processing through 112Gbps high-speed data transfer - Improved flexibility in system design due to OCP recommended form factor - Increased efficiency in assembly work through blind mating functionality

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In AI development, the acceleration and stability of GPU collaboration are crucial for maximizing processing power. Particularly in processing large datasets and training complex models, the data transfer speed between GPUs can become a bottleneck. Additionally, flexibility in system configuration is required to meet diverse development needs. Our product, the "NVIDIA Recommended Mirror Mezz Pro Connector," addresses these challenges with 112Gbps performance and flexible cable links, streamlining GPU collaboration in AI development. 【Usage Scenarios】 - Building GPU clusters - High-performance computing environments - AI infrastructure in data centers 【Benefits of Implementation】 - Reduced processing time through fast data transfer - Improved flexibility in system configuration - Achieving stable GPU collaboration

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In data centers, high-speed and stable data transfer is required to cope with increasing data traffic. In particular, reliable interconnect solutions are essential for high-bandwidth connections between servers. Insufficient connectivity increases the risk of performance degradation and system downtime. The NVIDIA recommended Mirror Mezz Pro connector addresses these challenges with 112Gbps performance and an OCP recommended form factor, supporting the stable operation of data centers. 【Use Cases】 - High-speed data transfer between servers - Interconnection of network devices - High-density computing environments 【Benefits of Implementation】 - Reliable high-speed data transfer - Improved flexibility in system construction - Ensured compatibility with OCP standard systems

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The "Mirror Mezz Pro Connector" is a product that provides 112Gbps performance with the OCP recommended form factor. It features a robust stab-less contact interface and blind mating capability, making assembly easier and allowing for three stack height options with up to 270 differential pairs in a high-density layout. Recommended by OCP for 15x11 mezzanine board-to-board interconnect applications, it ensures interoperability within OCP standard systems. 【Features】 ■ Achieves reliable high-speed data transfer rates ■ Improves design flexibility with 15x11 OCP-compliant design ■ Provides relaxed tolerances and architectural flexibility through flexible cable links *For more details, please download the PDF or feel free to contact us.

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In the field of security, particularly in access control, it is essential to prevent erroneous operations and ensure reliable functionality. Additionally, depending on the installation location, high visibility is also important. Unauthorized operations and misrecognition can increase security risks. Our PEDOT touch foil is an HMI solution that employs a flexible transparent conductive sensor, enabling touch functionality while maintaining the transparency of the display, making it suitable for building secure access control interfaces that achieve clear and excellent visibility. 【Usage Scenarios】 - Access control management systems - Surveillance camera operation panels - Operation screens for secure terminals 【Benefits of Implementation】 - Intuitive and reliable operability - Reduced erroneous operations due to high visibility - Achievement of a sophisticated and modern interface

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In ticket vending machines for public transportation, an interface that is intuitive for users and highly visible is required. In particular, the ability to see the screen clearly in bright sunlight or dark places, as well as the capability for accurate touch operations, contributes to a smooth ticket purchasing experience. Our PEDOT touch foil addresses these challenges by providing touch functionality while maintaining the transparency of the display, achieving clear and excellent visibility. 【Usage Scenarios】 - Ticket vending machines - Information guidance terminals - Touch panels for other public facilities 【Benefits of Implementation】 - Improved operability - Ensured visibility - Realization of a sophisticated interface

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In the field of aerospace cockpit control, accurate information display from instruments and intuitive, reliable operability are required. In particular, to display a large amount of information in a limited space and enable pilots to make quick and accurate judgments, it is essential to balance display visibility and operability. Misoperations and reduced visibility can potentially affect safe operations. Our PEDOT touch foil addresses these challenges by adding touch functionality without compromising display transparency. 【Usage Scenarios】 - Touch operation of cockpit instruments - Interface for multifunction displays - Aircraft system control panels 【Benefits of Implementation】 - Reduced pilot workload through improved operability - Realization of a sophisticated, modern interface - Provision of touch functionality while maintaining display visibility

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In the field of wearable devices, as miniaturization and thinness progress, intuitive and smooth operability, along with high visibility, are required. In particular, high-precision touch input is essential to achieve advanced interactions such as gesture recognition. However, conventional touch panels have sometimes compromised the design and visibility of devices. Our PEDOT touch foil is an innovative HMI solution that employs a flexible transparent conductive sensor, enabling touch functionality while maintaining the transparency of the display. 【Application Scenes】 - Displays for smartwatches and fitness trackers - Operating interfaces for AR/VR devices - Touch sensors for smart textiles 【Benefits of Implementation】 - Achieving a sophisticated modern design - Intuitive and smooth gesture operation - Comfortable user experience due to excellent visibility

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In the smart home sector, intuitive and user-friendly operability is essential. Particularly in home automation involving appliances, lighting, and security systems, a high-visibility display and smooth touch operation are crucial for enhancing the user experience. Insufficient touch sensitivity and visibility can lead to misoperation and difficulty in use. Our PEDOT touch foil can add touch functionality while maintaining the transparency of the display, supporting the realization of a modern and sophisticated interface without compromising the design of existing devices. 【Usage Scenarios】 - Control panel for smart lighting - Display for smart appliances - Interface for home security systems - Touch operation section for smart speakers 【Benefits of Implementation】 - Achieving intuitive and easy-to-understand operability - Integration that does not compromise device design - Improvement of user experience - Creation of a modern and sophisticated home environment

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In the entertainment industry, particularly in gaming experiences, intuitive and immersive operability is essential. Features that allow players to interact directly with the game world by touching the screen significantly affect the quality of the gaming experience. Especially in visually rich games, it is crucial that touch input does not compromise screen visibility. Insufficient touch sensitivity or screen fogging can lead to player errors and a decrease in immersion. Our PEDOT touch foil is an innovative HMI solution that employs flexible transparent conductive sensors, enabling touch functionality while maintaining display transparency, addressing these challenges. 【Use Cases】 - Touch panels on gaming consoles - Touch interfaces on game controllers - Interactive game content 【Benefits of Implementation】 - Intuitive and smooth game controls - Clear visibility that does not compromise the game's atmosphere - Realization of a sophisticated, modern interface design

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In interactive learning environments, it is essential for children and students to have clear visibility that allows for intuitive operation without hindering their focus on the learning content. Particularly, to smoothly utilize a variety of teaching materials and applications, the accuracy of touch operations and the clarity of the screen are indispensable. Insufficient touch sensitivity and screen reflections can hinder learning. Our PEDOT touch foil is an HMI solution that employs a flexible transparent conductive sensor, enabling touch functionality while maintaining display transparency, addressing these challenges. 【Usage Scenarios】 - Classes using tablets or large displays - Programming learning and operation of digital teaching materials - Collaborative learning in group work 【Benefits of Implementation】 - Increased motivation for learning among children and students - Intuitive and easy-to-understand operability - Compatibility with diverse educational content

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In the retail industry, digital signage requires interactive features that attract customer interest and facilitate smooth information delivery. In particular, providing intuitive and easy-to-understand operability without compromising the store's atmosphere contributes to an enhanced customer experience. Traditional signage often faced challenges where the addition of touch functionality could reduce display visibility or complicate installation. Our PEDOT touch foil can add touch functionality while maintaining display transparency, thus addressing these issues and supporting the realization of a sophisticated, modern interface. 【Usage Scenarios】 - Displaying and interacting with product information within the store - Guidance displays at event venues - Product demonstrations in showrooms 【Benefits of Implementation】 - Increased customer engagement - Streamlined information delivery - Harmony with store design

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In remote control of industrial equipment, it is essential to accurately grasp the on-site situation and perform operations quickly and accurately. Especially in scenarios where complex equipment needs to be operated or multiple pieces of information must be checked simultaneously, an intuitive and easy-to-understand interface becomes crucial. Insufficient operability and visibility can lead to misoperations and decreased work efficiency. Our PEDOT touch foil addresses these challenges by providing touch functionality while maintaining display transparency, achieving clear and excellent visibility. 【Usage Scenarios】 - Operation panels in remote monitoring systems - Teaching pendants for industrial robots - Touch interfaces for plant control panels 【Benefits of Implementation】 - Realization of intuitive and easy-to-understand operability - Improvement of work efficiency and reduction of misoperations - Construction of a sophisticated and modern interface

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In medical settings, hygiene management is particularly emphasized, and maintaining cleanliness during equipment operation is required. Traditional physical buttons can pose risks of contamination through contact and complicate cleaning processes. In such situations, the PEDOT touch foil, which enables touch operation without compromising display transparency, contributes to the realization of a hygienic interface. 【Usage Scenarios】 - Control panels for medical devices - Reception terminals and information displays - Equipment operation in clean rooms 【Benefits of Implementation】 - Easier cleaning, reducing the burden of hygiene management - Achieving non-contact or easily wipeable operation surfaces - Enhanced design, improving the quality of medical spaces

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In automotive infotainment systems, an intuitive and easy-to-understand interface is required to balance driver operability and safety. In particular, achieving smooth touch operation without compromising visibility while driving is essential for a comfortable driving experience. Decreased visibility and delayed responses can lead to driver distraction. Our PEDOT touch foil addresses these challenges by adding touch functionality while maintaining display transparency. 【Use Cases】 - Touch panels for in-vehicle infotainment systems - Operation screens for navigation systems - Air conditioning control panels 【Benefits of Implementation】 - Improved operability due to clear visibility - Realization of a sophisticated, modern interface - Enhanced driver comfort

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In home appliances, an intuitive interface that allows users to operate without confusion is essential. Particularly, to balance design and functionality, it is important to achieve touch operation without compromising both operability and visibility. Insufficient touch sensitivity and decreased visibility can potentially diminish the user experience. Our PEDOT touch foil is suitable for developing interfaces for sophisticated modern home appliances, as it can add touch functionality while maintaining display transparency. 【Usage Scenarios】 - Control panels for smart appliances - Digital signage - Various home appliances requiring touch operation 【Benefits of Implementation】 - Realization of user-friendly operability - Increased design freedom for products - Comfortable user experience due to clear and excellent visibility

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The "PEDOT Touch Foil" is an innovative HMI solution that employs a flexible transparent conductive sensor, enabling touch functionality while maintaining the transparency of the display. These foils are suitable for creating sophisticated modern interfaces that achieve touch functionality along with clear and excellent visibility. Please feel free to contact us for inquiries. 【Features】 ■ An innovative HMI solution that employs a flexible transparent conductive sensor, enabling touch functionality while maintaining the transparency of the display. ■ Suitable for creating sophisticated modern interfaces that achieve touch functionality along with clear and excellent visibility. *For more details, please feel free to contact us.

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