レスター Product Lineup

Molex offers BiPass cable technology using low insertion loss copper Twinax cables. This is an efficient and reliable alternative to conventional PCBs for the implementation of high-speed 224, 112, and 56 Gbps PAM-4 protocols, providing complete flexibility and customization. By dramatically reducing insertion loss between ASICs (Application-Specific Integrated Circuits) and front panel I/O, it expands channel margins and improves overall system reliability. The need for high-power and heat-generating retimers is eliminated, reducing the necessity for heat dissipation and lowering overall system costs. 【Features】 ■ Improved signal integrity performance compared to PCB traces ■ Fully customizable to meet specific solution requirements ■ Overall cost reduction through passive solutions ■ Reliable performance and consistent data transfer ■ Optimization of cage density ■ All cables are subject to 100% inspection and traceability *For more details, please feel free to contact us.

The "MicroBeam Connector and Cable Assembly" is an ASIC proximity connector solution compatible with 112G in BiPass cable technology. It provides a powerful solution by allowing designers to route signals directly using high-speed Twinax cables instead of PCB materials. Insertion loss between the ASIC and front panel I/O is dramatically reduced, expanding channel margin. It supports efficient thermal management and high-quality, low-loss channels, which are crucial for high-performance 112Gbps systems. 【Supported Assemblies (Partial)】 ■ BiPass OSFP-uBeam Cable Assembly - Closed top for modules with IHS - Open top for modules with RHS - Berry-to-berry compatible / 16DP solution ■ BiPass SFP-uBeam Cable Assembly - Supports 56G and 112G - Available in custom lengths *For more details, please feel free to contact us.

The "CX2 and CX2 Dual Speed Connector and Cable Assembly" is a product that provides near-chip wired connector solutions. It supports customers responding to the demand for faster speeds and greater capacity arising from AI applications, facilitating high-speed signal routing from near the chip to other locations within the system via Twinax cables. It enables direct chip-to-chip system architecture at new data rates. Equipped with flexible 30 or 31 AWG high-performance Twinax cables and high-density connector interfaces, it contributes to improved system performance, reliability, and design flexibility. 【Features】 ■ Supports new data rates of up to 224Gbps PAM-4 ■ Enhanced SI performance and reduced signal degradation ■ Robust and durable design for reliable operation ■ Minimizes the risk of pin damage with a thumb-proof mating interface ■ Reduced crosstalk and improved signal integrity *For more details, please feel free to contact us.

The "NextStream Connector System" is a connector system that provides a new maximum data rate of 64Gbps PAM-4. It upgrades data centers to meet the demands of data-intensive applications such as AI, NVMe-EDSFF storage, CXL, UPI systems, and high-performance computing. Defined by the SFF committee as the SFF-TA-1035 standard for new high-speed transmission cable connector systems, it also offers backward compatibility with PCIe generations 4 and 5, as well as the SAS-4 standard. 【Features】 ■ Provides a maximum data transfer speed of 64Gbps PAM-4 ■ Defined as the SFF-TA-1035 standard ■ Excellent signal integrity performance ■ Scalability to accommodate diverse configurations ■ Equipped with anti-tilt, anti-reversal, and accidental misconnection prevention features ■ Optimized mating height of just 11.90mm *For more details, please feel free to contact us.

The "Impel/Impel Plus Backplane Connector" is a backplane connector that achieves signal integrity and density. With a compact compliant pin design, it is compatible with various high-end architectures and minimizes impedance discontinuity with a nominal impedance of 90 Ohms. It provides a footprint and interface that allows for migration to data rates of up to 40Gbps (Impel) or up to 56Gbps (Impel Plus) without the need to completely redesign the architecture or replace hardware already installed in data centers. It also manufactures cable assemblies as a one-source solution. 【Features】 ■ Impel: Supports 25–40Gbps, Impel Plus: Supports 56Gbps ■ Nominal impedance of 90 Ohms ■ Multiple pitch options available ■ Crosstalk reduction through ground tail aligners close to daughter cards *For more details, please feel free to contact us.

The "Impulse Backplane Connector" is a connector system that provides high-speed, scalable, modular solutions for cable, traditional, and orthogonal board-to-board connections with a maximum speed of 112G. It improves airflow, enhances signal integrity, and is suitable for supporting cable backplane and cable midplane solutions for data center architecture. By using low-loss biaxial cables, it reduces insertion loss and eliminates the need for power-hungry retimers. The innovative cantilever signal beam interface also accommodates resonances in interfaces well beyond 35GHz. 【Features】 ■ Achieves 112Gbps PAM-4 data rates ■ High-density design maximizes PCB space ■ Cable solutions with low-loss biaxial cables ■ Orthogonal solutions support 90-degree and 270-degree orientations ■ Error-free mating supported by integrated guide pins ■ Scalability through a modular connector system *For more details, please feel free to contact us.

The "Inception Backplane Connector and Cable System" is a backplane system that enables data center upgrades to a 224G data rate in line with the expanding use of AI. It features a male-female co-design of connectors and Twinax cable assemblies that achieve excellent signal integrity and robust reliability, offering a variety of connector configurations, pitch densities, and cable options. This system simplifies design work, streamlines integration, and maximizes density in compact board layouts. 【Features】 ■ Supports data rates up to 224Gbps ■ Surface mount interface compatible with berry-to-berry configurations ■ Finger-proof mating interface to prevent pin damage ■ Shielding and noise reduction with dual drain Twinax cables ■ Improved signal routing through daughter card design ■ Support for mezzanine connections with straight headers *For more details, please feel free to contact us.

We would like to introduce the "NearStack HD Connector" that we handle. It is a slim and high-density cable solution that enables high-speed data transfer of 64 Gbps, compatible with PCIe 5th generation. Designed for internal wiring, it supports artificial intelligence (AI) and machine learning applications. 【Features】 ■ Data Rate: PCIe 5th Generation (64 Gbps PAM-4) ■ Impedance: 85 Ohms ■ Number of Circuits: 56 (18 differential pairs) ■ Wire: 34 AWG Twinax ■ Cable Length: 110mm to 1.0m *For more details, please download the PDF or feel free to contact us.

The "KickStart Connector System" creates an all-in-one cable-based connection system for boot drives with cables, combining power and signal circuits into a single cable that is flexible and easy to implement. It complies with the SFF-TA-1036 standard. The Open Compute Project (OCP) recommends this system with M-PIC specifications for boot peripheral connectors optimized for cables. The KickStart cable assembly and connectors reduce the need to manage multiple cables by integrating power and signal circuits into a single, easily installed cable assembly. 【Features and Benefits】 ■ Standardized server boot drive connection ■ Power and signal circuits in a single cable assembly ■ Slim, robust design *For more details, please download the PDF or feel free to contact us.

The "NearStack PCIe Connector" is a specially designed cable solution to support PCIe 5th generation requirements from both signal integrity (SI) and pin count perspectives. It provides a high-density and slim solution for interconnecting your PCIe 5th generation system components with top-level SI performance. Please feel free to contact us when you need assistance. 【Features】 ■ Speed: PCIe 5th generation (32Gbps), roadmap to 6th generation ■ x8: 18 differential pairs (30 AWG) and 16 single-ended lines (34 AWG) ■ Cable exit direction: right angle, angle, vertical ■ Metal shroud on the plug and positive latch on the cable *For more details, please download the PDF or feel free to contact us.

In data centers, reliable internal connections are essential to achieve stable server operation and high-speed data transfer. Particularly in environments with numerous servers, efficient cable management and secure connections are crucial for reducing operational costs and preventing downtime. Improper cable connections can lead to signal instability and failures, potentially impacting the overall performance of the data center. The OCP-compliant KickStart connector system addresses these challenges by integrating power and signal circuits into a single cable, balancing ease of implementation with robustness. 【Usage Scenarios】 - Connection of server boot drives - Internal I/O connections within the data center - System construction in OCP environments 【Benefits of Implementation】 - Simplification of cable management - Increased efficiency in implementation tasks - Achievement of reliable connections

In the telecommunications industry, high reliability is required for the stable operation of infrastructure and the continuous provision of services. In particular, reliable power supply and signal transmission are essential for server boot drive connections, and the complexity of cable management can hinder maintainability and prompt responses during failures. The OCP-compliant KickStart connector system addresses these challenges by integrating power and signal circuits into a single cable, contributing to improved reliability of telecommunications infrastructure while ensuring ease of implementation and robustness. 【Usage Scenarios】 - Server boot drive connections - Infrastructure construction within data centers - Maintenance of network equipment 【Benefits of Implementation】 - Improved work efficiency through simplified cable management - Enhanced system stability due to increased connection reliability - Improved equipment installation efficiency through space-saving design

In a cloud computing environment, frequent server expansions and configuration changes make ensuring scalability crucial. Particularly in the connection of boot drives, rapid and reliable connections are required, and the complexity of cable management can lead to decreased operational efficiency. Our OCP-compliant KickStart connector system is designed specifically for boot drive applications as an OCP-recommended internal I/O connector solution to address these challenges. 【Use Cases】 - Server expansions and configuration changes in data centers - Expansion of cloud infrastructure - Streamlining cable management in high-density server environments 【Benefits of Implementation】 - Simplification and acceleration of boot drive connections - Improved operational efficiency through reduced cable management burden - Easier system design through standardized connections

Improving computational efficiency in the AI/ML field is an extremely important factor in today's world, where large-scale data processing and high-speed computing capabilities are required. In particular, in server boot drive applications, rapid startup and stable data access affect the processing start time and overall throughput. Managing multiple cables can lead to wiring complexity and hinder airflow, potentially impacting the overall performance of the system. Our OCP-compliant KickStart connector system provides an all-in-one solution that is flexible, easy to implement, and integrates power and signal circuits into a single cable to address these challenges. 【Use Cases】 - Boot drive connections for AI/ML processing servers - Server construction and maintenance in data centers - Simplifying wiring in high-density server environments 【Benefits of Implementation】 - Accelerated processing due to reduced server startup time - Improved work efficiency through simplified cable management - Contribution to stable operation by enhancing airflow within the system

In the field of HPC and parallel processing, a large number of servers work together to efficiently perform vast computational tasks, requiring stable system operation and ease of management. Particularly, the connection of boot drives is directly linked to system startup and data access, making reliability and ease of implementation crucial. Improper cable management and connections can lead to decreased performance and potential issues for the entire system. The OCP-compliant KickStart connector system addresses these challenges by integrating power and signal circuits into a single cable and providing standardized connections, simplifying and enhancing the efficiency of boot drive connections in HPC environments. 【Use Cases】 - Building large-scale parallel computing clusters - Server maintenance in high-performance computing environments - Expansion and replacement of boot drives in data centers 【Benefits of Implementation】 - Reduction of management workload through simplified cable wiring - Increased efficiency and reduced time for implementation tasks - Improved overall system reliability and stable operation

In the field of edge computing, real-time processing is required, making the system's response speed, or low latency, extremely important. Edge devices that collect, analyze, and process data on-site must have rapid startup and stable operation, and a reliable and efficient connection to the boot drive directly impacts system performance. Insufficient connections can lead to delays and a decrease in overall system responsiveness. The OCP-compliant KickStart connector system is an OCP-recommended internal I/O connector solution designed specifically for boot drive applications, addressing this challenge. 【Use Cases】 - Rapid startup of edge servers - Acceleration of data processing - Improvement of real-time analysis accuracy 【Benefits of Implementation】 - Enhanced overall system response speed - Assurance of real-time capability through reduced latency - Increased reliability through stable boot drive connections

In the field of IoT device management, stable operation and efficient management of numerous devices are required. In particular, the reliable connection of server boot drives is a crucial factor that affects the overall reliability of the system. Uncertain connections can increase the risk of data loss and system downtime, potentially leading to higher management costs. The OCP-compliant KickStart connector system provides a standardized connection solution to address these challenges, contributing to the efficiency and reliability of device management. 【Use Cases】 - Boot drive connection for IoT gateways - Power and signal supply for edge computing devices - Installation and maintenance of IoT devices within data centers 【Benefits of Implementation】 - Space-saving through simplified cable management - Increased efficiency in implementation work and reduced labor costs - Improved overall system reliability

In autonomous driving systems, it is essential to process vast amounts of real-time data quickly and reliably. In particular, reliable connections are crucial for data collection from sensors and communication between ECUs. Delays or interruptions in data can directly lead to system malfunctions or decreased safety. The OCP-compliant KickStart connector system is an OCP-recommended internal I/O connector solution designed specifically for boot drive applications to address these challenges. 【Use Cases】 - Boot drive connections for autonomous driving ECUs - Connections to sensor data processing units - Stabilization of in-vehicle networks 【Benefits of Implementation】 - Space-saving through simplified management of multiple cables - Streamlined wiring work by consolidating power and signals into a single cable - Easier system design through standardized connections

In the infrastructure integration of smart cities, stable data communication and power supply between diverse devices are required. In particular, reliable connections are crucial for sensor networks and control systems that are essential for maintaining and improving urban functions. Inadequate connections can lead to a decline in overall system performance and unexpected downtime. The OCP-compliant KickStart connector system offers a flexible and easy-to-implement all-in-one connection solution to address these challenges. 【Use Cases】 - Urban infrastructure monitoring systems - Traffic management systems - Energy management systems - Public facility management systems 【Benefits of Implementation】 - Simplification of multiple cable management - Increased efficiency of installation work - Improved overall system reliability - Enhanced flexibility in equipment placement due to space-saving design

High availability of systems in the financial industry is extremely important from the perspective of business continuity. Unexpected system outages can lead not only to operational interruptions but also to a loss of trust from customers. In particular, the server's boot drive is a core component responsible for system startup, and its connection requires stability and reliability. Our "OCP-compliant KickStart Connector System" is an OCP-recommended internal I/O connector solution designed to support high availability in such financial systems. 【Use Cases】 - Boot drive connections in core servers of financial institutions - Ensuring high reliability in mission-critical systems - Improving server maintenance efficiency in data centers 【Benefits of Implementation】 - Reduced risk of system downtime through stabilization of boot drive connections - Increased efficiency in installation and maintenance tasks through simplified cable management - Easier system design and procurement through standardized connections

In the healthcare industry, the accurate and rapid sharing of patient data is essential for improving the quality of diagnosis and treatment. Particularly in the data integration between medical devices, reliable connections and the reduction of the complexity of managing multiple cables are required. To maintain data integrity and enhance the operational efficiency of the entire system, simple and robust connection solutions are necessary. The OCP-compliant KickStart connector system provides an all-in-one cable-based connection system that meets the needs of medical settings. 【Use Cases】 - Data transfer between medical devices - Server boot drive connections - Building data sharing systems 【Benefits of Implementation】 - Reduction of multiple cable management - Ease of implementation - Reliable data transfer

In the manufacturing industry, there is a demand for increased efficiency and stable operation of production lines. Particularly in the construction of servers and storage systems, the complexity of cable management can lead to decreased work efficiency and potential issues. In response to these challenges, our OCP-compliant KickStart connector system simplifies cable management by integrating power circuits and signal circuits into a single cable, contributing to improved efficiency and reliability in implementation tasks. 【Usage Scenarios】 - Construction and maintenance of servers and storage systems - Automation and labor-saving of production lines - Equipment enhancement and upgrades in data centers 【Benefits of Implementation】 - Reduction in work time due to simplified cable management - Decreased risk of wiring errors and contact failures - Improved overall system reliability and reduced downtime

In the acceleration of data centers, maintaining signal integrity (SI) between system components and high-density implementation in limited space are required. Especially with high-speed interfaces from PCIe Generation 5 onwards, a decline in signal quality can impact the overall performance of the system. Our "NearStack PCIe Connector" is a specially designed cable solution that supports PCIe Generation 5 requirements to address these challenges. 【Use Cases】 - High-speed data transfer between servers, storage, and networking equipment - Data center environments requiring high-density implementation - System expansion to PCIe Generation 5 and 6 【Benefits of Implementation】 - Stable high-speed communication with top-level SI performance - Space-saving design due to high density and slim profile - Roadmap support for future generations

In the field of AI/ML, computational processing requires fast and stable data transfer. In particular, data communication between computational units such as GPUs is crucial for maximizing processing capabilities. Insufficient interconnections can become a bottleneck, potentially leading to a decline in computational performance. Our OCP-compliant NearStack PCIe connector supports the requirements of PCIe Gen 5 and provides a high-density, thin solution for interconnecting system components with top-level signal integrity performance. 【Use Cases】 - GPU interconnection in AI/ML servers - High-performance computing systems - Interconnection between computational nodes in data centers 【Benefits of Implementation】 - High-speed data transfer supporting PCIe Gen 5 (32Gbps) - Space-saving through high-density implementation - Maintenance of computational performance through stable signal integrity

In the field of HPC (High-Performance Computing), high-speed and stable data transfer among numerous components is essential for parallel processing. Particularly in PCIe Generation 5 systems, high signal integrity (SI) and a large number of pin connections are required; if these are not met, it can lead to reduced processing speeds and overall system instability. Our "OCP Compliant NearStack PCIe Connector" is a cable solution designed to meet the requirements of PCIe Generation 5 to address these challenges. It provides a high-density and slim solution for interconnecting your HPC system components with top-level SI performance. 【Use Cases】 - High-speed data transfer between servers in HPC clusters - Maximizing bandwidth in GPU computing environments - Stabilizing data transfer in large-scale simulations 【Benefits of Implementation】 - Maximizes the performance of PCIe Generation 5, improving processing speeds - Achieves space-saving through high-density implementation - Enhances overall system reliability with stable SI performance

In the telecommunications industry, it is important to minimize data transmission delays in services that require real-time capabilities. Particularly in systems that demand high-speed data processing and response times, even slight delays can impact the quality of service. Our OCP-compliant NearStack PCIe connector supports the requirements of PCIe Generation 5 and contributes to low latency by interconnecting system components with top-level SI performance. 【Use Cases】 - High-speed networking equipment - Data center infrastructure - Real-time processing systems 【Benefits of Implementation】 - Reduction of data transmission delays - Improvement of overall system response times - Space-saving through high-density implementation

In the field of edge computing, particularly in distributed processing, it is essential for numerous components to work together to achieve fast and stable data communication. Maintaining signal integrity (SI) between each component and high-density implementation in limited space are crucial. Inadequate SI performance can lead to data errors and communication delays, potentially decreasing the reliability of distributed systems. The OCP-compliant NearStack PCIe connector supports the requirements of PCIe Generation 5 and addresses these challenges with top-level SI performance and a high-density, slim design. 【Usage Scenarios】 - Interconnection between components of edge servers - Distributed data processing nodes - IoT gateways 【Benefits of Implementation】 - Improved processing capability through high-speed data transfer - Increased flexibility in system design due to space-saving - Assurance of system reliability through stable communication

In autonomous driving systems, real-time processing of sensor data and control signals is essential. In particular, to transmit vast amounts of data quickly and accurately, high signal integrity (SI) and reliable interconnections are required. Inadequate connections can lead to data delays or errors, potentially affecting the safety of the system. Our OCP-compliant NearStack PCIe connector provides a high-density and slim solution to interconnect your autonomous driving system components with top-level SI performance, thanks to its design that meets the requirements of PCIe Generation 5. 【Use Cases】 - High-speed data transmission between in-vehicle computers and sensors - Building real-time control systems - In-vehicle ECUs that require high-density implementation 【Benefits of Implementation】 - Improved real-time performance - Enhanced overall system reliability - Contribution to space-saving design

In the field of medical imaging, rapid acquisition and processing of high-resolution data are essential. In particular, high-speed and stable data transfer is crucial for improving diagnostic accuracy and real-time analysis. Insufficient data transfer capability can lead to delays in diagnosis and reduced processing power, potentially compromising the efficiency of medical settings. Our "OCP-Compatible NearStack PCIe Connector" supports high-speed data transfer of PCIe Generation 5, contributing to the performance enhancement of medical imaging processing systems. 【Use Cases】 - Real-time processing of high-resolution medical images (CT, MRI, etc.) - Development of AI-assisted image diagnostic support systems - Medical devices requiring high-speed data logging 【Benefits of Implementation】 - Reduction in diagnosis time and increased efficiency - Improved diagnostic accuracy through more detailed image analysis - Enhanced overall processing capability of the system

In the financial industry, transaction systems require high-speed and stable data communication. Particularly in high-frequency trading and real-time analysis, even slight delays are unacceptable, and the ability to process vast amounts of data instantaneously is essential. Ensuring signal integrity (SI) between components is crucial for maintaining system reliability and performance. Our "NearStack PCIe Connector" offers a high-density and thin solution that interconnects your financial system components with top-level SI performance, designed to meet the requirements of PCIe Generation 5. [Use Cases] - Interconnection between servers in high-frequency trading systems - Building a real-time data analysis infrastructure - Establishing high-speed networks within financial data centers [Benefits of Implementation] - Improved transaction processing speed - Stable operation of the entire system - Enhanced data center efficiency through space-saving design

In manufacturing sites, real-time monitoring is required to ensure stable operation of equipment and improve production efficiency. Particularly in monitoring systems that handle high-resolution video data and sensor information, fast and stable data transmission is essential. Delays or losses in data can hinder early detection of anomalies, potentially leading to production line stoppages or quality degradation. The OCP-compliant NearStack PCIe connector supports high-speed communication of PCIe Generation 5, enabling reliable data transmission and strongly supporting monitoring systems in manufacturing environments. 【Use Cases】 - Surveillance camera systems within factories - Real-time data collection on production lines - Integration with IoT devices 【Benefits of Implementation】 - Reduction of monitoring data delays - Improved overall system reliability - Promotion of data utilization

In the gaming industry, the demand for high-performance graphics cards is essential to support high resolution and complex graphics processing. Particularly, to fully leverage the high-speed data transfer of PCIe Gen 5, maintaining signal quality and efficiently connecting numerous signal lines is crucial. Inadequate connections can lead to decreased graphics performance and unexpected system errors. Our OCP-compliant NearStack PCIe connectors are designed to meet the requirements of PCIe Gen 5, interconnecting system components with top-level signal integrity performance. 【Usage Scenarios】 - Connecting graphics cards in high-end gaming PCs - Graphics processing in high-performance workstations - Building systems for VR/AR devices 【Benefits of Implementation】 - Stabilization and enhancement of graphics performance - Improved overall system reliability - Contribution to space-saving solutions

In the VR/AR field, high-resolution images and real-time processing are essential for creating immersive experiences. To achieve this, high-speed and stable data transmission is indispensable, and maintaining signal integrity (SI) between components of VR/AR systems is particularly important. Inadequate connections can lead to video delays, noise, and reduced processing capabilities, potentially compromising the user's immersion. The OCP-compliant NearStack PCIe connector supports the requirements of PCIe Generation 5 and provides a high-density, thin solution for interconnecting system components with top-level SI performance. 【Usage Scenarios】 - Internal connections of high-performance VR/AR headsets - PCs or workstations performing real-time rendering - Devices requiring high-definition image processing 【Benefits of Implementation】 - Achieving a smooth video experience that does not compromise user immersion - Enhanced real-time processing capabilities through high-speed data transfer - Contribution to the miniaturization and thinning of devices through space-saving design

In a surveillance system, high-speed and stable data transfer is essential for real-time analysis of large amounts of video data. Particularly when processing data from high-resolution cameras and numerous sensors, the performance of the PCIe interface can become a bottleneck for the system. Insufficient SI performance can lead to data errors and processing delays, potentially affecting analysis accuracy and real-time capabilities. The OCP-compliant NearStack PCIe connector supports the requirements of PCIe Generation 5 and provides a high-density, thin solution for interconnecting system components with top-level SI performance. 【Use Cases】 - Real-time analysis of high-resolution camera footage - Integrated processing of data from numerous sensors - AI-powered anomaly detection systems 【Benefits of Implementation】 - Increased speed and stability of data transfer - Reduced delays in analysis processing - Overall improvement in system performance

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

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

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

In the field of edge computing, real-time data processing and low latency are essential. In particular, to maximize the performance of artificial intelligence (AI) and machine learning applications, fast and stable data transfer is crucial. High-latency communication can become a bottleneck in processing and may reduce the responsiveness of applications. Our "OCP Compliant NearStack HD Connector" addresses these challenges by providing a thin, high-density cable solution designed for internal wiring, achieving high-speed data transfer of 64 Gbps compatible with PCIe 5th generation, thus contributing to reduced latency. 【Use Cases】 - High-speed data transmission within edge servers - Acceleration of AI/machine learning inference processing - Real-time data analysis 【Benefits of Implementation】 - Improved application responsiveness - Enhanced processing capabilities - Overall system performance improvement

In autonomous driving systems, it is essential to process the vast amounts of real-time data from sensors without delay. In particular, advanced decision-making using AI and machine learning requires fast and stable data transfer. Insufficient data transfer capability can lead to system response delays and misjudgments. Our "OCP-Compatible NearStack HD Connector" achieves high-speed data transfer of 64 Gbps compliant with PCIe 5th generation, designed for internal wiring, enabling support for AI and machine learning applications. [Use Cases] - Inside the onboard computer of autonomous vehicles - Data supply to AI/ML processing units - Aggregation and processing of sensor data [Benefits of Implementation] - High-speed processing of real-time data - Improved performance of AI/ML applications - Enhanced responsiveness of the entire system

In the field of robotics, stable and high-speed signal transmission is required for controlling complex mechanisms and transmitting information from sensors. In particular, for control signals that require real-time performance, delays and noise can directly lead to system malfunctions and performance degradation. Our "OCP-Compatible NearStack HD Connector" is designed for internal wiring to address these challenges and achieve high-speed data transfer. 【Use Cases】 - Precise motion control of robotic arms - Integrated transmission of sensor data and control signals - Real-time communication in automation lines 【Benefits of Implementation】 - Reduction of malfunctions through stabilization of control signals - Improved responsiveness through high-speed data transfer - Enhanced overall system reliability

In the medical device industry, high-speed and stable data transfer is essential for advanced image processing and real-time data analysis. Particularly in diagnostic support systems utilizing AI and machine learning, as well as high-resolution imaging devices, the ability to rapidly process vast amounts of data directly impacts diagnostic accuracy and treatment effectiveness. To meet these demands, high-bandwidth communication in internal wiring is indispensable. Our OCP-compliant NearStack HD connector addresses these needs and supports the performance enhancement of medical devices. 【Application Scenarios】 - Image diagnostic support systems using AI/machine learning - Internal connections for high-resolution imaging devices - Medical devices requiring real-time data processing 【Benefits of Implementation】 - Improved processing capabilities through high-speed data transfer - Support for stable operation of AI/machine learning functions - Contribution to miniaturization and high-density design of devices

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

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

In the game and VR/AR industry, high-resolution images and fast processing of complex 3D data are required to provide a realistic immersive experience. In particular, smooth rendering with minimal latency is a crucial factor that greatly affects the user experience. Insufficient data transfer speeds can lead to choppy visuals and delays in response to user actions, potentially undermining the sense of immersion. Our "OCP-Compatible NearStack HD Connector" achieves high-speed data transfer of 64 Gbps compatible with PCIe 5th generation, addressing these challenges. 【Use Cases】 - Real-time rendering of high-resolution VR content - eSports platforms requiring low latency - Fast loading of complex 3D models 【Benefits of Implementation】 - Smoother and more realistic visual representation - Improved responsiveness to user actions - Provision of highly immersive gaming and VR/AR experiences

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