SIMATIC IOT2040 - Siemens

1 SIMATIC IOT2040 The intelligent Gatewayfor Industrial IoT Siemens AG 2018 Unrestricted Siemens AG 2018 July 2018 Page 2 SIMATIC IOT2040 motivation for developmentIncreasing interconnection and data communication betweenautomation and IT require programmable gateway platformsIncreasing data volumesCapturing and monitoring datafrom the automation levelGrowing performanceIntelligence in the field required forpre-processing and data-handlingUsage of open standardsHigh-level languages andstandard interfaces requiredConnecting Automation and ITUsage of various physics and protocolsCloud based solutions Cloud based analysis requiresdata flow from and to the field Connecting brown-field applicationsto the cloud via retrofittingGrowing IT influenceRemote monitoring and analysisfunctionality requiredUnrestricted Siemens AG 2018 July 2018 Page 3 Portfolio overview SIMATIC IOT2040 is an intelligent data gatewayFree programmable boards/singleboard PCswithout housing and certifi-cations with focus on maker Learn.

2 Features comparedto standard maker boards Industrial robustness 24/7 operation Real time clock Standard interfaces Housing and DIN rail mountSIMATIC IOT2040 :Intelligent gateway for industrial IoTEnhancement capabilities:Expandable by ARDUINO and mPCIeAdditional features comparedto SIMATIC IOT2040 Windows support Performance and mass storage Industrial server functionality HMI applications SIMATIC Software controller TIA/PC diagnosis ExpandabilityMaker BoardsSIMATIC IOT2040 SIMATIC IPCU nrestricted Siemens AG 2018 July 2018 Page 4 SIMATIC IOT2040 Industrial ruggedness. Openness. and connectivityWith mPCIe, industrialized IO module and variousstandard interfaces and available protocol driversOpennessFree programmable in high-level languages( Java, C++) via various IDEs( Eclipse) and compilers for Yocto LinuxPerformance and DeterministicIntel Quark CPU and 1 GB RAM aswell as x86-deterministic and batterybuffered real time clockSIMATIC qualityDesigned for 24/7 operationin industrial connection to automation levelwith PROFINET1)

3 And openness tocloud based solutions1 PlannedUnrestricted Siemens AG 2018 July 2018 Page 5 Application example SIMATIC IOT2040 The intelligentgateway to connect the field level to the IT level/cloud1234 Collecting and concentratingrelevantproduction data of several sourcesFlexible connection to sensors/actors via serial communication,Ethernet or Arduino shields. Communicating with PLCs, drivesand motors with PROFINET1or OPC OA21 Protocol conversion/customer programmed controlData aggregation, conversion of different communication protocolsand pre-processing programmed in high-level language Java, C++2 Secure transferto connected companyIT systems or cloud applicationsConverted data can be transmitted to IT systems/cloud solutions using OPC UA, MQTT or AMQP23 Production monitoring, analysis and optimizationCloud based analytics to detect optimization potential41 Planned.

4 2 Application examples will be provided at IOT2000 forumUnrestricted Siemens AG 2018 July 2018 Page 6 Application example SIMATIC IOT2040 The intelligentgateway to connect the field level to the IT level/cloudData acquisitionand processingData extraction for legacy-and greenfield systems via SiemensS7-Connection w. Node-RedandC++ Library Snap7 OPC UA Client w. Node-Red Integrated I/O shield for easyretrofittingwith Node-RedandC++Success Stories Industrie gateway including protocolconversion, webserver visualization, cloudconnection and email notification Energy Metering with Sentron PAC2200 Controlling a 7 segment display forShift-KPI visualization in factory floor Printer server on IOT2000 Secure data transferto IT- and cloudsystemsProtocol conversion and mapping ofdata to IT-Infrastructures and clouds OPC UA Server using XMLM odelling for standardization Data Acquisition and Transferto Microsoft Azure Cloud Predictive Maintenanceusing IBM Bluemix Cloud Transferring data to 3rdparty cloudsvia open standards MQTT321 Data compressing, processing.

5 Visualization and storage on IOT2000 Datapoint Long-Time Storagewith SQL Database in C++ Connection to external Databasevia Node-Red and C++to storecollected data Visualize process- and systemdata withApache WebserverandWebserver Application14231 Unrestricted Siemens AG 2018 July 2018 Page 7 IOT2000 Application Example Overview In IOT2000 Online Forum!Protocol Conversion OPC UA Client with node-red S7 communication with node-red S7 communication withSnap7 C++ Library OPC UA server model via Nodeset XML Access input pins, user button andmulti-colour user LED from node-red Access I/O Shield withNode-Red on IOT2000 Database Applications SQL server creation andconnection on IOT2000 How to use SQlite3 in C++ in Eclipse How to setup and administratea databaseWebserver Applications Ready to use Webinterfacefor IOT2000 Watch the state of digital and analoginputs and userbutton, set ditigaloutputs and userled Get information about the RAM.

6 CPUand disk usage Installing Apache web serverwith Perl support from sourcesCloud Connection Collect data via OPC UA andtransfer to Microsoft Azure Connection to IBM Bluemix IoT Platform Predictive maintenanceexample with IBM Bluemix Connect with Node-REDto Cloud/IT via MQTTO ther Applications How to create shared libraries (.so files) Example to control remotesockets with IOT2000 Using the SIMATIC IOT2000I/O Module in several languages IOT2040 in private BuildingAutomation - FHEMU nrestricted Siemens AG 2018 July 2018 Page 8 Target applications Focus on brown-field applicationsIOT2040 for production data processing, conversion &transferConnecting IT/cloudand automation Secure communication betweenERP/IT systems or cloudapplications and production Production optimization withvertical data integration fromshop floor to cloudPredictive maintenance Capturing and analyzing pro-duction data like speed oroperation hours in order to identifythe best maintenance interval Optimize machine downtimesOptimized shop floormanagement Data transfer in case of under-cut of minimum stock levelsof consumables Automated alarming in shop floormanagement system in order toavoid production downtimesIOT2000 as open platform to connect legacy systems.

7 Additional sensors and IT levelUnrestricted Siemens AG 2018 July 2018 Page 9 SIMATIC IOT2000 forum Managed forum withgetting started, application support and FAQsSIMATIC IOT2000 Online ForumInitial content provided by SiemensGetting StartedGetting started and setting upto start with IOT2000 applicationdevelopment Hardware setup System console anddriver for debugging Development environment (Arduino IDE or YoctoLinux Eclipse IDE)Base image as download SD Card base imagefor download Usage of all onboardinterfaces possibleFurther content provided byIOT2000 community and SiemensApplication examples Cloud connect use case Sensor connection.

8 Q&AFAQs ( sampling rate analoginputs using Arduino shield,max. current feed GPIOs usingarduino shield) Siemens AG 2018 July 2018 Page 10 Openness to realize modern solutions Efficient programming Programmable in various High-levellanguages like C/C++ or Java Arduino IDE or Eclipse for Open-source application examplesand libraries Efficient programming withhigh-level languages Using community know how andopen-source code for fast successFeature/functionBenefitsYocto LinuxArduino IDEJavaEclipseC/C++PokyOpennessUnrestric ted Siemens AG 2018 July 2018 Page 11 SIMATIC IOT2000 Benefit from open-source Node-RED Introduction1 Source.

9 On mini computers (IOT2000,Raspberry Pi) or cloud based (IBM Bluemix,Amazon Web Services, Microsoft Azure)Web browser based editing Based on is a tool for wiringtogether hardware devices, APIsand online services in new andinteresting ways. 1 Unrestricted Siemens AG 2018 July 2018 Page 12 SIMATIC IOT2000 Node-RED IntroductionNode-RED is included in our IOT2000 example imageAvailable nodes MQTT Twitter Modbus GPIO OPC UA S7 IBM Watson IOT Microsoft Azure IOT2000 ..Unrestricted Siemens AG 2018 July 2018 Page 13 Expandability to realize cost-efficient solutions Flexibility to connect various data sources Expandable with certified SiemensIO module or with Arduino shieldsfor IO/sensor connection mPCIe slot suited for radio com-munication like WLAN or LTE 2 independent Ethernet ports 2 serial interfaces (RS232/422/485)

10 Benefitting from the variety ofexpansion possibilities of Arduino Realizing mobile commu-nication concepts Various possibilities to connectto legacy systems, sensors anddifferent communication networksFeature/functionBenefitsSIMATICI OT2000IO moduleIntel Quark boardmPCIeextensionArduinoextensionHousi ngConnectivityUnrestricted Siemens AG 2018 July 2018 Page 14 Deterministic and performance for industrial IoTgateway applications Designed for industrial use Intel Quark X1020 CPUand 1 GB RAM Security features, secure boot Battery buffered real time clock Industrial design andrugged components Performance optimized fordata aggregation, conversionand communication tasks Protecting the data and application Time stamp vital for data analytics Designed for 24/7 operationin industrial environmentFeature/functionBenefitsPerfo rmance anddeterministicBattery bufferedreal time clockLow power con-sumption anddeterministicIndustrial gradeUnrestricted Siemens AG 2018 July 2018 Page 15 SIMATIC IOT2040 Product data overviewSIMATIC IOT2040 CPU technologyIntel Quark x1020 (x86 400 MHz)