There are several main reasons for choosing fanless industrial computers:
Silent performance: In some industrial environments with high silence requirements, the use of fanless industrial computers can greatly reduce noise pollution and ensure a quiet and comfortable working environment.
High reliability: The fan is one of the easily damaged parts of the computer, and its failure may lead to the instability of the whole system or even unable to work normally. Fanless industrial computers can effectively improve the reliability of the equipment and reduce the risk of failure through a very efficient heat dissipation design.
Anti-vibration performance: industrial environments usually have large vibration or shock, the use of fanless industrial computers can reduce the use of mechanical
moving parts (such as fans), thus improving the machine's anti-vibration ability, to protect the equipment from external shock or vibration.
Dust resistance: industrial environments usually have a large amount of dust or fine particulate matter, these particulate matter is easy to block the fan and radiator, affecting the cooling effect of the equipment, or even lead to equipment overheating damage. By adopting fanless design, the fanless industrial computer reduces the openings of air inlet and heat sink, thus reducing the possibility of dust entering the interior of the equipment.
Energy saving and environmental protection: Fanless industrial computers reduce energy consumption while reducing the number of mechanical parts. Compared to computers that use fans, fanless industrial computers have better energy efficiency, which reduces power consumption and energy consumption.
Choosing a fanless industrial computer can provide advantages such as silence, high reliability, vibration and dust resistance, as well as energy saving and environmental protection, which makes it more suitable for application in special environments in the industrial field.
Embedded fanless industrial computers are a type of computer equipment specifically designed for use in industrial environments and are characterized by silent operation and high reliability without the need for a fan to dissipate heat. Here are a few key features of this type of computer:
Fanless Design: Embedded fanless industrial computers feature a highly efficient cooling system that allows them to operate without the use of fans for cooling, thus reducing noise and the risk of mechanical failure.
Powerful performance: These computers are equipped with high-performance processors, large memory and high-speed storage to meet the demands of handling complex tasks and running large applications.
Durable and Reliable: Embedded fanless industrial computers are usually designed with durable materials and processes that can withstand harsh operating environments such as high temperatures, high humidity, dust and vibration, and are able to maintain stable performance and reliable operation.
Expandability: These computers usually provide a wealth of expansion interfaces, such as multiple serial ports, USB ports, network ports, etc., able to connect a variety of external devices and support a variety of communication protocols.
Compact size: Embedded fanless industrial computers are usually compact in size and can be easily installed in small spaces for a variety of industrial automation control systems and equipment.
Long-term supply: Since the service life of industrial computers is much longer than that of ordinary consumer-grade computers, embedded fanless industrial computers usually provide long-term supply and support to ensure the stability and maintainability of the equipment. In short, embedded fanless industrial computer is a high-performance and highly reliable computer equipment for industrial field, which can be widely used in industrial automation control, machine vision, embedded system and other fields.
