Embedded Computers and AI Edge Devices for Industrial Applications

Embedded computers are designed for industrial environments, where high standards for robustness, longevity, and long-term availability are essential. Genuine industrial manufacturers focus on these requirements from the very beginning of development, ensuring that their embedded computers can operate reliably 24/7 for many years, even under challenging environmental conditions.

You’ve evaluated an embedded system that seems to meet your requirements on paper – but can the manufacturer really deliver on their promises? In such cases, it helps to check whether other companies in a similar sector are already using the manufacturer’s embedded computers. Application reports often provide useful insights. To get a clearer picture of a manufacturer, consider visiting the production facility in person or viewing it via video. This usually allows you to quickly assess whether the manufacturer operates reliably and delivers on their commitments.

Syslogic offers embedded computers for a wide range of applications. In general, these industrial computers are ideal wherever environmental requirements are particularly demanding. Common use cases include traffic technology, railway systems, construction machinery, and agricultural equipment. Syslogic devices from the Rugged Computer line meet protection standards IP67/IP69 and rank among the most robust box computers on the market.

An embedded computer is suitable for harsh environments when it is designed to operate reliably under extreme conditions such as vibration, shock, dust, humidity, and temperature fluctuations. Syslogic embedded computers are engineered for demanding industrial applications and feature fanless cooling, solid-state storage, and sealed housings for maximum durability. The systems use industrial-grade components and are built to ensure long-term stability in outdoor or mobile use. Syslogic also takes industry-specific certifications into account, such as EN50155 for railway applications, to meet the requirements of sectors like transportation, agriculture, construction machinery, and autonomous systems.

Yes, embedded computers can be tailored to meet the specific needs of your application. Syslogic offers flexible configurations, including CPU performance, memory, storage options, I/O interfaces, and wireless connectivity. Customization can also extend to pre-installed operating systems, software packages, and mechanical adaptations such as mounting options. Additionally, devices can be branded with a customer logo or shipped in customized packaging to fit specific requirements. Syslogic also supports industry-specific certifications, ensuring that customized systems comply with standards required for sectors like railway technology, agriculture, construction machinery, and mobile robotics. This allows businesses to deploy reliable, high-performance embedded systems perfectly suited to their unique industrial environments.

Syslogic embedded computers are exclusively fanless, ensuring silent operation, minimal maintenance, and maximum reliability in harsh or dusty environments. The passive cooling design eliminates mechanical failure risks and allows the devices to operate across a wide temperature range, making them ideal for industrial applications such as railway technology, construction machinery, agriculture, smart cities, and mobile robotics.

Syslogic embedded computers are designed for long-term industrial use, with a focus on consistent availability and reliability. Each system follows a Fixed Bill of Materials (BOM), ensuring that components remain identical throughout the product lifecycle. This guarantees compatibility and reduces maintenance risks for long-term projects. In addition, Syslogic offers retrofit devices that provide a one-to-one replacement for older embedded computers, allowing seamless upgrades or replacements without redesigning the application. With decades of experience and a company strategy dedicated to long-term industrial solutions, Syslogic ensures that its embedded systems remain available and supported for years, even in demanding environments such as railway technology, agriculture, construction machinery, and mobile robotics.