NetC@P
ads-tec has developed a remote protocol for real-time operation of interlinked production line systems and processes, which can be used to remotely control applications via mobile interfaces or via fixed thin clients.
Remote operation via the Ethernet
NetC@P was originally developed to replace remote display solutions, which are very limited in terms of distance from the computer, using intelligent software. NetC@P has become a powerful software tool used in numerous applications. Thin clients are used for operation regardless of the application. Screen and input responses are transmitted through the Ethernet without delay. The possible means of communication include Ethernet, Modem/ISDN/DSL or WLAN. NetC@P provides screen information, keyboard and mouse in the network based on a master/slave principle. A configuration tool allows for convenient administration of operating rights. The F2 key is used to switch operating rights. All functions continuously guarantee a secure and defined machine status regardless of how many masters or slaves are connected. Operating rights are controlled using token passing, which helps prevent faulty operation of the production line system.
• Operating rights switchable
• High performance
• Minimum memory consumption
• Config. files for security
Handheld systems, for example, can only be integrated in an existing infrastructure inexpensively by installing NetC@P.
Independent of screen size
Contrary to remote display solutions, the stations of linked machine systems can be operated with ease via a mobile unit using Ethernet or WLAN. NetC@P provides functions such as full-screen display, zoom and an overview image for mobile devices with different display sizes, color depths and resolutions. In full-screen or Windows mode, the application is adjusted to fit the individual screen size.
Cross communication
NetC@P can be used to operate a master computer from various different slave computers. Conversely, it is also possible to operate and monitor several masters from a single slave. This provides the option of using several different operating concepts simultaneously in an existing system architecture - mobile operating platforms can be subsequently integrated with ease. The integrated API supports intelligent inclusion of applications in the operating architecture. The application is notified via an API of which operating station is active. Therefore the screen can be changed to suit the machine function. Application access can be restricted for the user of the mobile device. It is also possible to only allow selected masters to be reached, e.g. in order to avoid incorrect operation.
- Screen sizing
- Flying master
- Autoscan
- Multi-master and multi-slave