Efficient Embedded PCs for Industrial Applications and IoT Solutions

Embedded PCs are compact, high-performance computer systems designed specifically for embedded applications and industrial environments. Darveen embedded PCs combine advanced technology with robust construction: they offer fanless designs, numerous interfaces, and flexible mounting options — ideal for automation, vehicle, or IoT applications. Whether used as a space-saving solution in control cabinets or as a highly integrated system in the field, our embedded PCs are built for efficiency, reliability, and long service life.

Compact Embedded PCs

Intel Celeron/Core I processor
Compact fanless computer
Extensive I/O for LAN, USB, COM, VGA, HDMI
Supports Wi-Fi, Bluetooth, LTE and CAN

FAQ about Embedded PCs

An Embedded PC is a specially designed computer system intended for integration into devices or machinery. It differs from a conventional desktop PC through its compact design, typically fanless cooling, high environmental and operational durability, and integrated interfaces. Embedded PCs are used where space, reliability, and continuous operation are essential.

Embedded PCs are used in many fields — for example, in automation, vehicle engineering, logistics, or IoT environments. They function as control or visualization units, handle data acquisition, or perform edge computing directly on the device or system. Due to their compact design, they are ideal for tight installation spaces or mobile applications.

Embedded PCs offer high robustness, low noise (usually fanless), compact construction, and flexible interfaces. They are built for harsh environments, continuous operation, and low maintenance, making them especially suitable for industrial requirements where standard PCs quickly reach their limits.

Key factors include processor performance, available interfaces, cooling (e.g., fanless), mounting method, and protection class. Important features include Intel or ARM processors, sufficient RAM/SSD, multiple I/O ports (LAN, USB, COM, HDMI), wireless communication (WiFi, BT, LTE), and robust construction to withstand vibration, temperature changes, and humidity.

Yes — many Embedded PCs are designed without fans, offering the advantage of quieter operation and reduced maintenance. This is particularly beneficial in dusty or vibration-heavy environments. Passive cooling increases reliability and longevity compared to systems with active fans.

Embedded PCs can be mounted on DIN rails, installed in control cabinets, or integrated as compact box systems on walls or machinery. Depending on the model, they can be placed directly in the control room, inside machines, or in mobile applications — flexible and space-saving.

Embedded PCs typically support operating systems such as Windows (e.g., Windows 10 IoT), Linux, or specialized real-time operating systems. Compatibility with existing automation or control systems, SCADA platforms, and data or cloud connectivity is essential.

Embedded PCs are designed for long-term operation, and manufacturers often provide spare parts and long-term support. Thanks to robust components, efficient cooling, and industrial construction, they remain reliable and low-maintenance for many years — an important advantage for investments in industrial systems.

Yes, Embedded PCs can often be customized in terms of processor performance, memory size, interfaces, housing design, or communication modules. This allows the system to be precisely tailored to the application — for example with LTE modules, CAN integration, or specific mounting options.