At present, the number of applications of embedded industrial computer far exceeds that of traditional industrial computer. Manufacturing industry, process control, network, communication, instrument, instrument, automobile, ship, aviation, aerospace, military equipment, etc. are all embedded industrial control. The field of application of the machine.
The development of embedded industrial computer has been rapid, and has replaced traditional industrial computer products in many fields, but industry experts believe that embedded industrial computer can not completely replace traditional industrial computer. First of all, the position of the embedded industrial computer in the whole measurement and control system is often at the front end. The upward connection of the embedded industrial computer is often a traditional industrial computer. The computing power, software resources and database support of the traditional industrial computer are embedded. The industrial computer is difficult to match; secondly, in the construction of large-scale systems, the system expansion capability and network communication capability of the traditional industrial computer are also difficult to replace with the embedded industrial computer; also, in the visual design, process monitoring, data statistics, scientific calculation Traditional prototypes have innate advantages in the field of prototype simulation design and in-loop simulation.
In general, the future development prospects of embedded industrial computer are very optimistic. In the era of big data, the potential of embedded industrial computer market is quite huge. The data acquisition work done by the embedded industrial computer is the most front-end application of the Internet of Things. However, most of the current users only use this information for small-scale monitoring and control without expanding their wider application. Nowadays, with the help of the Internet. Such a powerful basic platform can provide this information to a wider range of applications after being processed and optimized. This is the important role that IPC products can play in IoT and cloud computing applications.
The embedded industry is growing very fast and new platforms are launched every year. There are great advantages in terms of customization requirements, plasticity, and selectivity. With the continuous improvement of functions and performances such as frequency and peripherals, embedded industrial control opportunities gradually appear in the center and main control platforms, replacing the role of traditional industrial computers.