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Syslogic’s embedded computers are the hardware base for making tomorrow’s trends reality. Yes, to tackle fundamental challenges of our time.
Embedded Systems operating in harsh environments must withstand dust, humidity, extreme temperatures, shock, and vibration. Conventional embedded systems fail quickly under these conditions. Off-highway applications demand rugged embedded systems engineered for maximum reliability and durability.
Embedded Systems from Syslogic are built on NVIDIA® and Intel® modules. As an official partner, Syslogic specializes in designing and manufacturing high-performance embedded systems for demanding and harsh environmental conditions.
Embedded Systems are purpose-built computing platforms designed to perform dedicated functions within larger machines or devices. Unlike general-purpose PCs, embedded systems are optimized for specific tasks, delivering predictable performance, high efficiency, and long-term reliability. At Syslogic, embedded systems are engineered to operate directly at the point of use – powering industrial equipment, vehicles, machines, and intelligent edge applications.
By integrating processing, memory, I/O interfaces, and software into compact, application-specific designs, Syslogic embedded systems ensure deterministic real-time performance and seamless system integration. This makes them ideal for automation, transportation, off-highway vehicles, railway systems, medical technology, and AI-driven industrial solutions.
As embedded deployments move into harsh and demanding environments, robustness becomes critical. Syslogic’s rugged embedded systems are designed for extended temperature ranges, resistance to shock and vibration, and long product lifecycles. Built exclusively with industrial-grade components, they ensure long-term availability and “form, fit, and function” continuity for long-term industrial deployments.
From industrial automation and smart infrastructure to agriculture and transportation, Syslogic embedded systems deliver the reliability, durability, and performance required for next-generation technologies.
Syslogic’s embedded systems feature a fanless architecture, a robust enclosure, and carefully selected industrial-grade components. Engineered for reliability, they are designed to perform consistently in harsh and demanding industrial environments.
Embedded systems from Syslogic range from compact x86-based controllers with CAN connectivity to high-performance AI platforms powered by NVIDIA® Jetson. This broad portfolio supports diverse industrial and embedded application requirements.
Syslogic embedded systems support wireless technologies such as Wi-Fi, 4G LTE, 5G, and Bluetooth, as well as GPS/GNSS positioning. These connectivity options enable reliable data transmission, precise location tracking, and seamless integration into IoT and edge computing infrastructures.
If you cannot find the embedded systems platform that meets your requirements, our technical sales team is ready to assist. Depending on project scope and volume, Syslogic also develops customized embedded systems tailored to your specific application.
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Choosing the right embedded systems platform is critical for long-term performance, reliability, and system integration. With decades of experience in industrial computing, Syslogic answers the most common questions about embedded systems for demanding applications.
Embedded systems are dedicated computing systems designed to perform specific functions within a larger machine or device. Unlike general-purpose computers, embedded systems are optimized for defined tasks, deterministic performance, and efficient resource usage.
Syslogic embedded systems combine industrial-grade processors, memory, storage, and I/O interfaces into compact, rugged platforms built for continuous operation. They are typically used in transportation, industrial automation, off-highway vehicles, railway systems, and AI-driven edge applications.
Embedded systems differ from traditional PCs because they are purpose-built for integration into equipment rather than for general computing tasks. They prioritize long-term availability, predictable performance, and environmental durability.
Syslogic embedded systems feature fanless designs, fixed Bills of Materials (BOM), and extended product lifecycles. This ensures consistent hardware configurations, simplified maintenance, and reliable operation even in harsh industrial environments.
Embedded systems are found in a wide range of industries where reliable, real-time computing is required. Common applications include railway technology, construction and agricultural machinery, traffic systems, industrial automation, medical devices, and autonomous mobile equipment.
Syslogic embedded systems are specifically engineered for demanding environmental conditions, including shock, vibration, dust, humidity, and extreme temperatures. Many platforms also meet industry-specific certifications such as EN50155 for railway deployments.
Embedded systems designed for industrial use must operate reliably under extreme environmental conditions. Key characteristics include fanless cooling, sealed housings, solid-state storage, and resistance to shock and vibration.
Syslogic embedded systems are built exclusively with industrial-grade components and support extended temperature ranges. Their rugged mechanical design and passive cooling architecture minimize maintenance while maximizing operational stability in mobile and outdoor applications.
Yes, embedded systems can be tailored to meet specific technical and environmental requirements. Customization may include processor selection, memory size, storage configuration, I/O interfaces, wireless connectivity, operating systems, and mechanical adaptations.
Syslogic develops application-specific embedded systems based on project scope and production volume. With long-term availability strategies and “form, fit, and function” continuity, customers benefit from scalable solutions designed for sustainable industrial deployments.
