There are several types of industrial mainboard available in today’s market. They come in the form of ATX system boards, micro ATX systems, and other forms. These models are more durable than their commercially available counterparts, and are designed for harsh environments. In addition, they often have extended life cycles, which are beneficial in reliability-critical industrial applications. To find out more about the advantages of industrial mainboards, read on.
In terms of durability, industrial motherboards are a better choice than commercial mainboards. Most of these boards are rated for a five-year service life. They are also available for up to 15 years, unlike commercial mainboards which will be obsolete within two or three years. Manufacturers of industrial mainboards are also flexible when it comes to customization and offer samples for testing. Additionally, they can support legacy interfaces.
Industrial mainboards are often designed to support specialized software or hardware. They may be unique in their form factors and design. PICMG 1.3 industrial boards are a popular choice for applications where space is at a premium. Meanwhile, PCISA processor boards, which support dual bus interfaces, are designed for applications where space is limited. They’re also perfect for POS and vending machines, digital signage, and healthcare.
Industrial mainboards are available in many different forms and sizes, with different features. They are ideal for vending machines, kiosks, processing industries, and other similar applications. In addition to this, they are also available in smaller sizes that can be easily accommodated. Despite their small size, these industrial boards can be built to last. So, while they may be bulkier than the commercial ones, they can still perform the job effectively.
When it comes to performance, industrial mainboards offer a higher level of precision and reliability. With higher standards of precision and reliability, these boards are built to withstand the harsh conditions of industrial environments. They use as much as 100 Watts of power in their normal functioning, whereas commercial mainboards will become obsolete in two or three years. In addition to this, most industrial mainboards can still support legacy interfaces.
In addition to its high durability, industrial mainboards can be upgraded to a more modern form factor. Most of these boards are designed for industrial applications, and they can support older applications and legacy devices. In addition to these benefits, these boards can be configured to be compatible with multiple legacy systems. For example, they can be used in kiosks, vending machines, and gaming machines. These products can be customized to meet specific needs, as well as provide additional functionality.
Apart from providing great performance, industrial mainboards are also available in smaller form factors. For example, the 3.5-inch SBC is an example of an industrial mainboard. Besides being low-powered and space-constrained, these rugged systems can be designed for IoT deployments. They can be highly customizable, and can also be configured to integrate with existing hardware. They are compatible with various operating systems. In addition to being highly functional, they are cost-efficient and require minimal maintenance.