subject: Building Telecommunication Components Using Embedded Motherboards And Single Board Computers [print this page] Building Telecommunication Components Using Embedded Motherboards And Single Board Computers
Building Telecommunication Components Using Embedded Motherboards And Single Board Com
Telecommunications components are always changing. They are always adapting to meet the needs of customers and commercial businesses alike. And while the specific needs of a business may vary, there are a number of things that are consistent across all segments of the industry including the need for both reliable performance and tailored, scalable features. Thanks to the ever-evolving world of digital communications, the need for robust server options and reliable networks with solid backup choices has grown to a greater level than ever. It is one that necessitates the use of dedicated, formfitting solutions that companies can rely on. Two of the most popular of these are embedded motherboard and single board computers, both of which offer a host of features in order to allow companies to make the most of their IT dollars.
No system can function without a motherboard, and embedded motherboards are a great way to ensure that both programming and cost objectives are met for a company. This also affirms the company in knowing that they have a reliable and tailored solution for their business. Many newer embedded motherboards on the market have longevity of up to seven years. This gives companies ample time to create a system that is to their liking and get it running just as they want it to.
Single board computers are also a great option for those companies looking for both small form and big function. SMBs are intended to be a fully integrated computer on one board that need no outside assistance to function, and they are divided into two categories: those with slot support and those without. Those without are often used in the telecommunications industry and are called embedded single board computers. These embedded SMBs have no option for other cards or boards to be connected but do not need it as all of the necessary components for the computer to operate are located on the single, tailored board.
Embedded motherboards along with embedded single board computers are gaining popularity among telecommunications companies for their great performance, reliability, and overall ease of function.
