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Tailored embedded computers for your industrial needs
Embedded computers are specialised systems designed to perform dedicated tasks inside machines, devices or automated processes. Instead of functioning as standalone desktop PCs, they are built to be integrated into equipment such as production machinery, medical devices or transport systems. Their design focuses on reliability: stable operation during continuous use, predictable performance and compatibility with the technical requirements of the machine they support.
Embedded platforms are available in many shapes, from Box PCs to Computer-on-Modules and Single-Board Computers. Depending on the model, they may offer features such as extended temperature support, ruggedised components and fanless cooling. These characteristics make them suitable for environments where consumer hardware would fail, for example due to vibration, dust or limited airflow.
At Intemo, we help you select and configure an embedded computer that matches your specific application. This ensures you start with a platform that fits the functional requirements of your system and remains dependable throughout its lifecycle.
Why choose Intemo?
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Reliable embedded computers built for long-term industrial and automotive use.
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Flexible configurations assembled in-house when your project requires specific adjustments.
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Support from specialists who help you select the right system for your application.
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Over 35 years of experience serving a wide range of customers across Europe.
“The more predictable and stable the technology, the better you can do your job.”
Embedded computer features and performance capabilities
Embedded computers deliver stable processing power for dedicated tasks within machines and automated systems. They are commonly used in environments where standard IT hardware falls short, such as applications with limited installation space, restricted airflow or continuous operational loads.
Depending on the platform, embedded computers are compact in size and designed for energy-efficient operation. Many systems support expanded I/O configurations, wide temperature ranges and fanless designs, enabling reliable performance in environments affected by vibration, dust or temperature fluctuations. The exact capabilities vary by series and manufacturer.
Across sectors such as logistics, manufacturing and medical technology, embedded computers are used for real-time data processing, control and system communication. In warehouse and logistics environments, for example, they provide reliable processing for scanners, conveyors and vision systems, even under challenging environmental conditions, helping to prevent data loss, unplanned downtime and disruptions in automated workflows.
Designed for durability and long-term lifecycle support
A key characteristic of embedded computers, particularly industrial embedded computers, is their predictability during long-term operation. Many platforms are built using components with extended availability, allowing identical configurations to be maintained across multiple installations or future system rollouts. This helps minimise the impact of hardware changes during maintenance, certification or system expansion.
Depending on the design, embedded computers may incorporate fanless cooling, solid-state components and rugged enclosures to reduce mechanical wear. Industrial-grade electronics increase resistance to shock, dust and rapid temperature changes, providing a reliable and low-maintenance foundation for both new equipment and long-running industrial installations.
FAQ
Frequently Asked Questions
An embedded PC is designed to perform a specific task inside a machine, device or industrial process. Unlike a regular desktop computer, it is built to be integrated into equipment and to run reliably for long periods of continuous operation. Embedded PCs come in many forms, such as Box PCs, Computer-On-Modules or Single-Board Computers, and may include features like industrial components, extended temperature support and fanless cooling, depending on the model.
For manufacturing and machine building, we supply embedded PC solutions that support long-term operation inside machines, cabinets and control systems. They can handle tasks such as motion control, data processing, vision inspection, HMI applications, safety modules and communication with PLCs or field devices. Depending on the needs of your application, we offer compact systems, models suitable for harsh environments or high-performance platforms for demanding automation. We can also tailor I/O, mounting options and temperature support so the system fits seamlessly into your machine design.
An industrial Panel PC combines the computing unit and display in a single device, saving space and simplifying installation. It reduces cabling, minimises the number of separate components and makes mounting or replacement much easier. Because everything is housed in one rugged enclosure, a Panel PC provides higher reliability in environments with vibration, dust or restricted airflow. This gives machine builders and operators a stable, consistent interface with faster commissioning.
Yes. Many of our embedded computers are designed for industrial environments where standard hardware would struggle. Depending on the model, they may support extended temperature ranges, fanless operation or vibration-resistant construction. Rugged housings help protect against dust and limited airflow. Together, these features contribute to stable long-term performance in challenging conditions.
Yes. We can tailor embedded computers to your technical and environmental requirements. This includes choosing the right I/O, memory, storage, mounting options and temperature capabilities. When needed, our specialists assemble and configure systems in-house so they integrate smoothly into your machine or automation setup.
Lead times vary depending on the specific model and the level of customisation required. Standard systems follow the manufacturer’s availability. Configurations that require assembly or adjustments may take longer, as we prepare them in-house to ensure correct installation. For customers with recurring demand, we can maintain stock of systems or components to reduce delivery times.
The lifespan of an embedded computer typically ranges from five to ten years, depending on the model, operating environment and workload. Many platforms use industrial components that remain available for extended periods, helping you maintain the same configuration across multiple systems. This reduces redesigns and supports long-term consistency within your production environment.
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Get in touch with our experts for all your embedded computer questions
R&D
Research & Development: in-house development driven by technology
Seamless integration and optimisation within your automation environment
Embedded computers deliver the most value when they integrate smoothly into your machine or industrial setup. Selecting the right hardware is only one part of the process. The system also needs to align with your software environment, communication protocols and operational workflow. When these elements fit together, the embedded platform performs predictably and supports your process from day one.
To achieve this, we help prepare the system for your application. With our experience with various embedded computer manufacturers, we ensure that the selected platform aligns with your hardware and software requirements. This may include choosing the correct interfaces, configuring I/O, preparing custom software images, adjusting BIOS settings and validating communication with PLCs or field devices.
