iPush® Embedded Overview | |
Why iPush® Embedded Conventionally, the industrial I/O devices are built over a relatively closed environment (such as Modbus/RS232/422/485). However, with the prevalence of TCP/IP network technologies (such as ADSL/GPRS), the automation industry has come to a stage of integration with the technologies. To begin with, a common platform is needed to manage the I/O devices more easily. Secondly, the fact that remote automation still cannot fulfill the real-time requirement, a more efficient message-delivering mechanism is thus required. A solution to achieve the goal of remote automation as real-time as local connection is now available. iPush® Embedded introduces a messaging platform over TCP/IP, which can locally collect and transmit data to remote applications in real time. As a result, it greatly accelerates the integration of industrial automation and network technologies. | |
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What is iPush® Embedded iPush® Embedded is an industrial edition of ICE iPush® Communication Server (iPush® Server), which is the first leading platform of MOM (Message-oriented Middleware) developed by ICE Technology Corp. iPush® Embedded is featured with the properties described below:
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-- Channel/Subject Addressing -- HTTPS Tunneling -- Large Size Message Transmission |
-- User Authentication and Authorization -- Logging System -- SDK Support - Windows DLL, ActiveX Control, Java Class, Linux C Library, and ActiveX Control for Windows CE.NET |
How iPush® Embedded Work
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iPush® Embedded integrates WinCon-8000 SDK to control I-8000, I-87K and I-7000 I/O modules easily. The data collected from the I/O modules is actively pushed to the subscribers or remote applications for post processing.
Regarding the remote application, developers can make use of the supported SDK by iPush® Embedded, including Windows DLL, ActiveX Control and Java Class, to build the applications of bi-directional monitoring and control. In the case of many WinCon-8000s working as a group, iPush® Server may be needed for more efficient management. This situation can be best illustrated by the application of Distributed Collection & Centralized Control. For example, WinCon-8000 with iPush® Embedded can be installed at an unmanned remote station to collect relevant data including meters, status and alarms. On receiving the data, iPush® Embedded will immediately send it to the remote center with iPush® Server for advanced real-time monitoring and control. | |
Benefits of iPush® Embedded
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iPushR Embedded aims to increase the benefits in different aspects as follow.
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Applications
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