PresseBox
Press release BoxID: 151421 (Siemens AG Industry Sector / Industry Automation Division)
  • Siemens AG Industry Sector / Industry Automation Division
  • Gleiwitzer Str. 555
  • 90475 Nürnberg
  • http://www.siemens.de/pc-based-automation
  • Contact person
  • Till Moor
  • +49 (911) 895-7950

High-performance PC communication for Industrial Ethernet and Profibus

(PresseBox) (Fürth, ) The Siemens Industry Automation Division has developed two new PC communication boards. The CP 1623 is used to connect a PC to Industrial Ethernet and the CP 5621 is used to connect a PC to Profibus. Each of these boards has its own processor. This ensures stable, uninterrupted and high-performance communication even when the computer capacity is operating at peak load, for example when processing an application such as visualization or PC-based control. With a transmission rate of up to 1 gigabyte per second and two RJ45 terminals, the CP 1623 has an integrated 2-port switch, which enables simple continuation of the cables for communication. As additional protection for the switch function – if the PC fails or is switched off – the integrated switch can also be supplied with power from an external source. The CP 5621 enables a PC or a programming device to be connected to Profibus or to the multiple-point interface (MPI) for purposes of Simatic S7 communication.

For use in the latest PCs, the two boards are equipped with current PCI Express Bus x1 technology. The user interfaces have been designed to be functionally compatible with the respective predecessor board. This facilitates integration in existing applications and thus protects the investment of the user.

Further information on the Internet at: www.siemens.com/simatic-net

The Siemens Industry Automation Division has developed two new PC communication boards (see picture). The CP 1623 is used to connect a PC to Industrial Ethernet and the CP 5621 is used to connect a PC to Profibus. Each of these boards has its own processor. This ensures stable, uninterrupted and high-performance communication even when the computer is operating at peak load, for example when processing an application such as visualization or PC-based control.