PresseBox
Pressemitteilung BoxID: 937484 (port Gesellschaft für computergestützte Automation mbH)
  • port Gesellschaft für computergestützte Automation mbH
  • Regensburger Str. 7b
  • 06132 Halle
  • http://www.port.de
  • Ansprechpartner
  • Dietmar R. Franke
  • +49 (345) 77755-0

PORT introduce a new SoM (System on Module) industrial real time comminication board

(PresseBox) (Halle, ) Based on a RIN32M3EC CPU in combination with GOAL technology from PORT, this SoM offers PROFINET, EtherNetIP, EtherCAT and CANopen on board. Simply connect via the SPI of your host controller - and your applications are already multi-protocol capable. One Hardware, many real time solutions.

The SoM - RIN32M3 module offers you a cost effective and easy to integrate communication solution. With just one module you have the for market leading real-time communication systems. The open interfaces allow you to react flexibly in the connector area. RJ45, M12, M8 or Mini I/O - no problem. An extensive tool offer for management and integration makes the design very efficient. With the integrated update service, you are always up to date.

The SoM product is also interesting for small and medium lots, as it eliminates the significant investment in stacks and their integration effort.

The SoM RIN32M3 is a ready to use, pre-certified (with example application) dual port Ethernet module solution currently available for PROFINET RT, EtherNet/IP,  EtherCAT and CANopen real-time protocols, including an embedded 2-port Ethernet switch with a 3rd internal port for bus and ring network topologies. In the SoM – RIN32M3 module a Renesas microcontroller is integrated running a protocol library which supports various kinds of real-time industrial Ethernet communication protocols. With a well-documented generic API (Application Programming Interface), the protocol library can be simply accessed from an application processor in order to exchange real-time network data with the user application via a lean SPI module interface.

The generic API is an abstraction platform for real-time communication offering scalable multi-protocol solutions such as PROFINET RT, EtherNet/IP, EtherCAT and CANopen. The external application processor has full control of the protocol stacks running on the module CPU without interfering the modules’ real-time communication or wasting the CPU performance on the host processor.

The currently available industrial Ethernet protocols PROFINET RT, EtherNet/IP, EtherCAT and the common Fieldbus CANopen implementations are complying with the latest specification releases. An extensive tool chain covering evaluation boards (module and application processor), API source code and host application examples including extensive documentation makes the integration into your target application environment quite easy. All this enables the users for a lean and independent connection to existing or new applications, products and networks while accelerating time to market.

The SoM module has been designed for use in industrial applications.

Evaluation-Kits (for example in combination with [Arrow] ARIS Boards, [RENESAS] Synergy S7 Board or [ST Micro] STM32F4 or STM32F7) are also available.

Port´s Support team offer also a lot of services to help customers in hardware design in, SPI interfaces and integration in customers application.

More information you will find here: https://www.port-automation.com/en/products/som-module-embedded/som-iot-based-on-renesas-rin32m3.html

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port Gesellschaft für computergestützte Automation mbH

port is a leading supplier of industrial communication technologies such as CAN/CANopen and Industrial Ethernet including the PROFINET, EtherNet/IP, EtherCAT and POWERLINK protocols. port GmbH has been located in Halle/Saale since 1990. For more than five years port has successfully provided Industrial Ethernet Technology such as PROFINET, EtherCAT, POWERLINK and EtherNet/IP. port offers stacks, tools, workshops and integration support as well as custom hardware and software development, including manufacturing of electronic devices and systems.