Vehicle-mounted edge computing Kvaser Edge 4×CAN
Contributing to the efficiency of automobile development! In-vehicle edge computing, compliant with CRA.
Edge computing that protects data with high security features and a robust structure. Kvaser Edge is a robust and highly secure ARM-based Linux computer designed for real-time data collection in harsh environments, data analysis at the edge, and seamless integration with the cloud through a flexible interface. In recent automotive development, quickly sharing data from experimental vehicles in the cloud has increased development efficiency. As a result, the demands for security have become higher. Kvaser Edge has been developed as an edge device that can meet such needs. In addition to compliance with European CRA standards for cybersecurity features, it is a high-performance computer equipped with robustness for edge use and a 4-channel CAN/CAN FD interface.
basic information
● A design that facilitates data logging and processing at the edge Optimized for smooth execution of data logging and real-time processing on the edge. ● Robust embedded ARM-based Linux computer Equipped with a powerful ARM-based Linux computer and built-in Secure Element to support software applications compliant with CRA. ● Advanced multi-channel CAN/CAN-FD support 4-channel fully functional, time-synchronized, individually galvanically isolated CAN/CAN-FD. ● High-performance connectivity Supports Wi-Fi 6 and Gigabit Ethernet, enabling reliable high-speed remote communication and system access. ● Robust housing with IP67 dust and water resistance Durable housing design that can be safely used in harsh environments. ● Flexible and reliable connections via wired interfaces Provides stable physical connections suitable for long-term operation. ● Integration of multi-GNSS positioning unit and Inertial Measurement System (IMS) unit Capable of high-precision location information and motion detection.
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Delivery Time
Model number/Brand name
Kvaser Edge 4×CAN, Type WL400S
Applications/Examples of results
■ Optimal utilization of data for product development: Rapid feedback from fleet (edge) data ■ Fleet management: Optimization of operational efficiency and safety ■ Predictive maintenance: Minimization of downtime through maintenance alarms ■ Rapid software deployment: Bulk software updates across the entire fleet ■ Advanced data collection: Optimal processing of data at the fleet (edge) ■ Rapid prototyping: Direct execution of software on actual machines for validation.
Detailed information
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Product development that optimally utilizes data ● Directly linking information obtained on-site to design ● Collecting data directly at the source (edge)
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Fleet Management ● Optimization of operational efficiency and safety ● Utilizing local and connected data for monitoring and tracking operational status ● Management that maximizes operational efficiency while ensuring the safety of the entire fleet
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Predictive Maintenance ● Minimize downtime ● Monitor and verify operational data in real-time to detect signs of failure early ● Send maintenance alarms to achieve preventive maintenance
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Rapid software deployment ● Bulk software updates across the entire fleet ● Always maintain the latest and optimal system state
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Advanced data collection ● Data optimization processing at the edge ● Performing primary data processing at the edge and compressing communication data by sending it ● Keeping raw data at the edge and sending only the necessary valuable data
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Rapid Prototyping ● Shortening the development cycle ● Directly executing software on the target (edge) for rapid testing ● Performing simulation, verification, and refinement on the actual device
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Accurate Technologies Inc. (ATI) has been a leading independent supplier of high-performance measurement and control system tools and software solutions since 1991. Today, we provide cutting-edge development tools that help our customers bring high-quality products to market. ATI's product line has expanded to cover the entire vehicle development cycle, including software rapid prototyping, ECU calibration, data acquisition, and bus analysis. Our long-standing experience and deep understanding of customer needs form the foundation and strength of ATI. At our headquarters in Novi, Michigan, and our Japan branch established in 2006, ATI's skilled engineers and experts continue to strive to first understand our customers' needs and then provide uncompromising, tailored solutions that meet those needs.