I/O modules for distributed application connections.

Daudin iO-GRID NEMO modules are a practical option for connecting small quantities of grouped I/O signals—ideal for applications like data centres, building automation, utility systems, and more—and integrating them with host systems using the leading industrial Ethernet communications protocols.

Dinkle International is now stocking and shipping these versatile iO-GRID NEMO industrial-grade remote I/O modules. This series provides several options for integrating discrete input/output (I/O) signals distributed throughout a site, and connecting them to microcontrollers, PLCs, or other host systems for smart digitalisation, monitoring, and control.

The iO-GRID NEMO series is available in versions supporting five leading industrial Ethernet protocols: PROFINET, EtherCAT, EtherNet/IP, Modbus TCP, and CC-Link IE Field Basic. Ethernet models include two RJ45 ports with an integrated two-port switch for easy daisy-chain expansion, while CC-Link models use terminal blocks for network connection and pass-through to the next station. LED indicators provide clear status information, and firmware can be updated via a standard USB Type-C connection.

Modules operate throughout a wide ambient temperature range of -10 to +60DegC using standard 24 VDC, and they mount securely to DIN rails with a reliable mechanical and grounding connection. Detachable terminal blocks facilitate installation and replacement. A push-in design and large wire entries require no tools and makes wiring completion fast and easy. All models are CE and UL certified.

A range of models cover common signaling needs, all in 24 VDC sinking or sourcing versions:

• 32-channel discrete input
• 32-channel discrete output
• 16-channel discrete input/output

Daudin remote I/O solutions, such as iO-GRID NEMO, provide a practical way to interface with distributed discrete I/O points, and to digitise them for use with most any host system. Remote I/O products like the iO-GRID NEMO are essential for digital transformation of many types of facilities and equipment. Standard products address most applications, and Daudin also offers customisation via extensive hardware, firmware, software, labeling, branding, and application-specific design capabilities. Daudin is committed to collaborating with end users to create innovative solutions for intelligent and connected power, networking, and communications designs.

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#DinkleInternational #Daudin #PAuto #Connectors

Enabling high-bit-rate mode.

The CAN in Automation association (CiA) has released the CiA 604-4 high-bit-rate mode specification for CAN FD light. CAN FD light is a commander/responder communication system specified in an annex of the ISO 11898-1:2024. Using CAN SIC (signal improvement capability) transceivers and the new mode, bit rates up to 8 Mbit/s are possible.

The commander node has always the communication initiative. Responder nodes only communicate on request. This means, no arbitration is necessary. Precise and expensive peripheral circuitry is not necessary. CAN FD light is intended to be used for price-sensitive applications, including LED (light emitting diode) rear lights in passenger cars. In general, CAN FD light is suitable for networks, comprising many simple sensors or actuators. The data link layer protocol frame format complies with normal CAN FD, featuring 64-byte data fields. In respect to the physical transmission, robustness and EMC (electromagnetic compatibility) performance are the same as in traditional CAN networks.

“CAN FD light will be also suitable for 48-V powered vehicles,” said Holger Zeltwanger, CiA Managing Director, “when related CAN transceivers are available.” Currently, CiA members work on a 48-V CAN transceiver specification.

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@CANopen  #Automotive #PAuto #Communications

Open and secure edge interoperability standards for industrial automation ecosystems.

Deep legacy of driving industry standards brought to open-standard initiative enables more flexible, scalable automation for customers

The Linux Foundation’s Margo, a new open-standard initiative designed to make edge applications, devices and orchestration software work together seamlessly across multi-vendor industrial automation environments, has been joind by Emerson.

Margo welcomed Emerson's expertese in automation technology and software which "will be instrumental in helping create a unified and cohesive edge management ecosystem."

As process and discrete manufacturers implement enhanced digitalisation, they encounter challenges at the edge due to multi-vendor and multi-technology devices, apps and orchestration environments that do not easily integrate. The Margo initiative addresses these challenges through the creation of practical reference implementation, open standards and testing toolkits.

This approach will help remove obstacles and simplify the process of building, deploying, scaling and operating complex, multi-vendor industrial edge environments, helping manufacturers of all sizes build new and better digital operations or modernise existing ones.

“The modern OT edge is the backbone of our next-generation automation architecture, enabling the availability of data and computing closest to where it is needed,” said Peter Zornio, Emerson's chief technology officer. “Successful implementation will require open edge standards that will enable scalable, simplified and seamless interoperability among applications, edge devices and orchestration software – no matter the vendor technology.

“Emerson is pleased to join the Margo initiative to help create a unified and cohesive edge management ecosystem. Our collective progress will make it easier, faster and less costly for our customers to develop digital transformation programmes that realise the full potential of AI, machine learning and analytics at the edge.”

The Margo initiative complements Emerson’s Boundless Automation™ vision for a next generation, modern automation architecture designed to break down data silos and enable computing power where it is best suited, whether that is in the field, edge or cloud.

Drawing its name from the Latin word for edge, Margo is supported by some of the largest automation providers globally. Emerson joins Margo as a steering member along with industry peers to develop open and secure edge interoperability standards for industrial automation ecosystems. 

The Margo project represents a significant industry collaboration to define mechanisms for interoperable orchestration of edge applications, workloads and devices. It will deliver the promise of interoperability through an open standard, reference implementation, and comprehensive compliance testing toolkit.

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@EmersonExchange @Emerson_News @EMR_Automation @margo_project  @HHC_Lewis  #PAuto

Compact bus coupler.

The new SX8R Bus Coupler module, which empowers users to easily deploy I/O modules throughout equipment and systems has just been announ ced by IDEC Corporation. This supports the industry design trend of using smaller, decentralized control panels to simplify installations and reduce wiring complexity, resulting in overall cost efficiency.

The IDEC SX8R Bus Coupler is an ideal way to design distributed remote I/O systems, or to expand the I/O count for controllers with limited base unit I/O points. For example, the SX8R works natively with IDEC PLC FC6A I/O modules, which are available in over 40 models encompassing a variety of discrete and analog signal types and counts. Each SX8R supports up to 7 I/O modules on the base unit, and up to 8 additional modules with the use of an expansion power supply, for a total of up to 15 I/O modules. A single SX8R can therefore support up to 480 discrete points (input and/or output), 120 analog inputs, and/or 60 analog outputs, depending on the configuration. The maximum number of SX8R nodes possible on a network is dependent on the host unit and the protocol—for instance, this means 255 nodes for Modbus TCP, 32 nodes for EtherNet/IP when using an IDEC FC6A Plus PLC, and 16 or 8 nodes for CC-Link when using specific Mitsubishi PLC models.

Universal compatibility.
Engineered for reliability and performance, the SX8R Bus Coupler Module supports major open networks, including EtherNet/IP, Modbus TCP, and CC-Link IE Field Basic, ensuring seamless integration with existing systems. This means the SX8R works well with a current setup without the need to replace other PLC makes/models, if the host device supports these major open networks. Whether upgrading existing systems or building new installations, the SX8R provides the connectivity and flexibility users need.

It features one Ethernet port for the uplink connection to the host network, and a second local Ethernet port for configuration purposes. Unlike some other bus couplers, the SX8R supports multiple protocols simultaneously.

Compact and convenient form factor.
A compact form factor and direct or DIN rail mounting ensures the SX8R consumes minimal installation space, and I/O modules and the expansion power supply simply click together to save installation time. The 24V DC power connector block is detachable, and users can choose a push-in or screw terminals. With a wide operating temperature range of -25 to +65 C, the SX8R is suitable for installation in the most challenging environments, and it is backed by a three-year warranty.

Free and easy-to-use PC-based SX8R Configurator software provides a convenient way for users to make operational settings, manage project files, perform system software updates, and monitor I/O and bus coupler status. User-friendly navigation and drag-and-drop functionality aids configuration, and settings can readily be copied and re-used on projects to reduce development time and effort. Status LEDs on the SX8R, and self-diagnostics available through the SX8R Configurator software, guides users so they can rapidly detect and correct any errors.

Reliability and performance.
Remote I/O systems enhance efficiency and reliability in factory automation design. For small- to medium-sized applications in industries such as food production, packaging, material handling, machine tools, agriculture, water treatment, oil and gas, and many more, the IDEC SX8R Bus Coupler offers a powerful way to integrate trusted I/O signaling hardware with host systems using standard industrial Ethernet.

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@IDECUSA #PAuto #Communications

Aquisition to drive intelligent device management innovation and standardisation.

The FieldComm Group has completed the acquisition of FDT Group's assets including the FDT/DTM technology standards*. This significant transaction underscores FieldComm Group's dedication to addressing industrial device management challenges across the entire industrial automation market, ultimately enhancing operational efficiency for vendors and end users.

With a comprehensive suite of technologies including Information Models, the Field Device Integration (FDI) standard, and well-established communication protocols like HART, HART-IP, WirelessHART, and Foundation Fieldbus, FieldComm Group's market offerings serve the entire process automation sector. The addition of FDT/DTM technology, a widely deployed device integration standard across process and factory automation markets, adds new technologies to the portfolio, completely addressing the industrial automation hierarchy.

“As digitalization transforms the automation industry by breaking down barriers between operation technology and information technology, the integration of factory and process automation devices becomes both more important and more difficult. Our aim as a standards organization is to add intelligence to the device integration process, with an ultimate goal of making it simpler,” stated Ted Masters, President and CEO of FIeldComm Group. “Ends users and suppliers will benefit greatly from this acquisition by having a single standards development organization responsible for the full spectrum of device integration from the simplest sensor to the most complex field instrument.”

Millions of already installed devices in the field use both FDI and FDT technology for intelligent device management. Leveraging combined resources and expertise, FieldComm Group is now better-positioned to address the industry's evolving needs, improve interoperability, and streamline integration and lifecycle management procedures for the future.

As part of the acquisition, FieldComm Group announces the formation of a Strategic Integration Committee (SIC), under the leadership of industry expert Steve Biegacki, former Managing Director of the FDT Group. The SIC will drive advancement of integration standards, including FDT/DTM and FDI, ensuring proactive management and maintenance of these technologies. The committee will initially be composed of FieldComm Group Board-level company representatives, with planned expansion to include representatives from other Standards Development Organizations (SDOs). The SIC aims to collaboratively work to preserve the existing installed base and chart a standardization roadmap for a unified device management platform, ensuring interoperability across existing protocols as well as future technology evolution, including OPC UA FX.

Our focus is on unified device configuration and a migration path to the future," said Steve Biegacki. "At FieldComm Group, we are committed to seamless integration and enhanced operational efficiency for the entire automation industry."

"We are thrilled to welcome FDT/DTM technology into the FieldComm family," continued Ted Masters, "This acquisition marks a significant leap towards a unified integration standard for the industry. With Steve Biegacki leading the SIC, we are ready to steer the industry towards a more integrated and efficient future."

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* See also Significant co-operation announcement by standards-based entities. (23/4/2024)

@FieldCommGroup @FDTGroup #PAuto #Standards

Digitising in the field.

KROHNE made Ethernet-APL demo devices available to selected customers at the end of last year (2023). This step marks an important milestone in the company's own Ethernet APL development project for various sensor types.

Ethernet-APL technology is a revolution in the process industry: for the first time, a high data rate (10 Mbit/s) is combined with intrinsic safety for the field level. In addition, the technology enables a two-wire operation including power supply. KROHNE was a founding member of the Ethernet-APL consortium in 2018 and has thus actively promoted the technical design of the standard.

Customer interest in Ethernet-APL has been growing steadily for several years, particularly in the chemical industry, but also beyond. 

"With Ethernet-APL, we are fully digitalizing the field level," explained Dr Christoph Spiegel, Head of Strategic Product Management in the Electronics Division at KROHNE. "Our demonstrators already have most of the functions that are possible with this technology. They provide the implementation of PROFINET according to the PA (Process Automation) profile 4.0 with generic or alternatively manufacturer-specific GSD file. There is also an FDI package for use with all modern asset management systems and an integrated web server with a convenient user interface for simple commissioning and diagnostics."

“We hope that we can obtain early feedback and test results via the demonstrators, including interoperability test results with various host systems," he continued. "We want to strengthen our customers' trust in KROHNE as a reliable partner that brings the latest technology into practice at an early stage. Ethernet-APL is still a very young technology, which is why we are working particularly closely with users here. Looking at the progress of the project, I am confident that KROHNE will be able to present the first Ethernet-APL devices by the end of the fourth quarter of 2024."

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• Krohne products are marketed in Ireland through DWN Instrumentation.

@KROHNE_USA #PAuto #DWN #PAuto #Ethernet

Wi-Fi I/O module.

The WISE-4250 dual band industrial WiFi I/O module, from Advantech, features interchangeable I/O and sensors integrated with IoT data acquisition, processing and publishing. Data can be sent directly from Edge to Cloud with higher security and no loss functions. All Wi-Fi channels can be flexibly connected with a smart roaming function. Users can directly configure products with devices via a HTML5 based web page user interface. Products support RESTful API in JSON format for any IoT integration.

It supports 2.4/5GHz dual band concurrently, enabling leverage of both frequencies at the same time, reducing wireless interference against device data transmission delay. Diverse I/O modules support a wide range of data acquisition. WISE-4250 provides a number of embedded drivers which can easily plug-and-play with wireless modules. The data logger provides data resume functions ensuring zero data loss during on-line, off-line and power off situations. Users can easily find real data with RTC time stamps.

Secure Edge-to-Cloud AES encrypted security is built-in with 802.1x, up to WPA3 Personal and Enterprise, and effortlessly configurable via P2P (peer to peer) functions with mobile devices. Push data to SCADA, the cloud, or private servers while integrating IoT through RESTful web APIs or diverse protocols.

The WISE-4250 features and industrial-Grade design suitable for use in harsh environments. The device will operate over wide temperature and humidity ranges and provides voltage endurance. Diverse mounting methods and fast roaming simplify implementation in a wide variety of applications.

Elevate system connectivity with WISE-4250 - key features include:

• Wi-Fi IoT Wireless I/O Module.
• Wi-Fi Dual band 2.4/5 GHz up to 802.11 a/b/g/n/ac.
• Support interchangeable I/O and Sensor module and easily configured with web UI MQTT, Modbus/TCP, SNMP, SNTP, TCP/IP, HTTP, HTTPS, UDP, and DHCP protocols supported.
• Supports smart roaming function.
• Supports X.509 and up to WPA3 /TLS1.3.
• UDP based AES-128 encrypted wireless P2P (Peer to Peer) function for multiple modules.
• 10000+ data logger with SNTP/RTC time sync and WDT auto connection recovery. Reduces installation wiring costs.

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@Advantech_IIoT @AdvantechIA @proactivefleet #PAuto

Gateways enable digital transformation of smart grids.

Digital transformation is converting outdated utility infrastructure into smart grids as the race to achieve net zero carbon emissions picks up speed says Kuru Kuruvilla, Industry Marketing Manager, Moxa . This model aims to improve energy management by collecting and analyzing data in real-time. However, maintaining a smart grid's smooth operation is no easy feat, which has engineers scrambling for ways to enable timely notifications, data analysis, and acquisition among complex subsystems*.

Smart grids are highly complex systems made up of multiple subsystems with unique requirements

Challenges and Solutions.
A smart grid is a vast system comprising multiple subsystems, ranging from traditional power generation, renewable energy sources, and transmission and distribution networks to digital substations, microgrids, and energy storage systems. Each subsystem has its own characteristics and requirements, including power distribution control, power monitoring, energy storage management, and more.

The challenge arises from the diverse communication protocols used among these subsystems. For instance, feeder lines commonly use IEC 61850, DNP3, or IEC 101/104, while meters rely on Modbus, renewable energy systems utilize CANbus, and backup power employs J1939. Unifying all this data poses a complex problem.

In this scenario, effective protocol conversion and data integration become crucial. This is typically done with programmable logic controllers (PLCs), but it is more costly and complex because PLCs require extensive programming. Industrial computers are another option, but such a solution demands expertise in numerous communication protocols. Even after the system has been operating for a while, potential problems can still occur, so installing diagnostics and troubleshooting tools on location is required. Furthermore, the solution must comply with cybersecurity requirements and the hardware robust enough across various environmental conditions.

Protocol gateways have proven to be an effective solution. They facilitate protocol conversion through simple configuration, eliminating the need for complex programming. Therefore, it is possible to accomplish data integration and system communication even without extensive programming knowledge. Here are a few features to look for:

Remote troubleshooting.
In a smart grid, many devices are in remote locations. Remote access and troubleshooting are crucial to minimize the time spent sending out staff to resolve issues on-site. Protocol gateways provide built-in tools for troubleshooting, significantly reducing the time needed for fault diagnosis while also cutting the cost of external debugging tools.

The importance of security.
Because remote connections to protocol gateways are possible, security becomes paramount. Protocol gateways need to provide secure connection features, including HTTPS and SSH connections, strict account and password management, and event log recordings. These features can mitigate potential risks of hacker attacks and ensure system security.

Reliability in harsh environments.
Equipment in smart grids typically operates in harsh environments. Therefore, protocol gateways need to be designed for ruggedness. This includes resistance to wide temperature ranges and electromagnetic interference to ensure the overall reliability of the system. You can consider adding something about fiber options as well as dual redundant power inputs and relay outputs provide added flexibility in challenging applications.

Easy configuration via web console.

Moxa MGate 5119 industrial Ethernet gateway.

Quick setup guides make configuration faster and more cost efficient. With Quick Setup, like that featured on the Moxa MGate Series of Ethernet Gateways, you can easily access protocol conversion modes and finish the configuration in a few steps. These gateways also support Auto Detection for DNP3 serial outstations, allowing the protocol gateway to automatically acquire all outstation objects when configured as a DNP3 master.

Modbus and DNP3 Protocol Traffic Monitor.
Troubleshooting, especially during the installation stage, is crucial to minimizing downtime. Communication issues are frequently caused by incorrect software parameters such as slave ID and register address or incorrect command configuration. If your gateway supports Modbus/DNP3 Protocol Traffic Monitor, you can check the captured data and easily identify the root cause.

Remote maintenance functions.
Protocol gateways should provide a web and Telnet console for remote maintenance. Support for encryption communication functions, including HTTPS and SSH, ensure better network security. In addition, look for gateways with firmware log functions that can record connection events and Modbus maintenance events.

Conclusion.
In the era of smart grids, protocol gateways play a pivotal role in facilitating smooth data flow between different systems. Because of the various communication protocols used among the different subsystems that make up the electrical grid, effective protocol conversion and seamless data communication are essential to fully realizing smart grid potential.

Protocol gateways allow for easy protocol conversion through simple configuration, remote troubleshooting, and system security. The application of this technology will contribute to achieving smarter, more efficient energy management, transforming the way electricity is delivered around the world

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* Streamline Protocol Communications in Your Substation Automation Systems.

@Moxa_Europe @OConnellPR #Environment #PAuto #Energy

E-book for components in automotive design.

Mouser Electronics has announced a new eBook in collaboration with Qorvo, highlighting the technology innovations reshaping automotive design. In The Future of Automotive, subject matter experts from Qorvo and Mouser offer rich, practical analyses of technologies including vehicle-to-everything (V2X) architectures, ultra-wideband (UWB) communications, and on-board chargers (OBC) for electric vehicles.

The automotive industry is currently experiencing a broad range of technological innovations. As automotive manufacturers invest in electric vehicle design, the way in which we power our vehicles is changing. At the same time, new technologies and components are enabling the design of the connected vehicle. These advanced automobiles contain more safety features than their predecessors, while also supporting a variety of new entertainment and information possibilities for those traveling as passengers. The Future of Automotive, the new eBook from Mouser and Qorvo, offers a detailed collection of articles exploring the products and solutions underpinning these innovations.

The eBook highlights product information for six specific Qorvo solutions, connecting automotive designers to the components that will enable the next generation of automobile designs. The QPF1002Q Automotive Front End Module is optimised for cellular V2X systems, supporting real-time monitoring through low-latency direct transmission in the 5.9 GHz Intelligent Transportation System (ITS) band. Qorvo’s QPF1003Q Wi-Fi® Front End Module is designed for multi-standard systems, supporting Wi-Fi infotainment in connected vehicles.

The eBook also features information on the QPQ2200Q 5855-5925 MHz RF BAW Filter. The QPQ2200Q filter enables the coexistence of Wi-Fi and LTE signals with a connected vehicle’s C-V2X/DSRC signals, supporting the array of simultaneous functions required for a next-generation automotive experience.

@MouserElecEU @QorvoInc @Publitek #Automotive #Communications #WiFi

Long reach Ethernet extenders.

Advantech’s IMC-150LPC series hardened PoE long-reach Ethernet extenders are available for order now. This innovative device uses extant coaxial cables to deliver both power and data to locations up to 300m away. These capabilities are buttressed by an LFPT mechanism that augments transmission quality. This combination of attributes and features make the IMC-150LPC an excellent choice for industrial and rail network infrastructure upgrade projects with limited power and network resources.

The IMC-150LPC series enables users to increase performance over earlier 100m Ethernet transmission ranges and deliver power and data, via a single coaxial cable, to distances as far as 300m away at speeds of 100Mbps. This empowers peripheral devices, such as IP cameras, while saving cabling costs, reducing installation complexity, and expanding power coverage and network services.

Upgrading network infrastructure usually necessitates costly rewiring and reconstruction. The IMC-150LPC supports both Ethernet and coaxial transmission, enabling network communication via extant underground coaxial cables. These features help users avoid downtime in manufacturing and surveillance when upgrading network infrastructure.

Link Fault Pass Through (LFPT), a troubleshooting feature designed for media converters, is used on both the local and remote IMC-150LPC extenders when they are used as a pair. When enabled, this feature will pass a link fault through the device at each segment. LFPT serves to prevent data loss by taking action during link failure incidents. For, example if the link fails on one IMC-150PLC, the other IMC-150LPC will force the link down on its link partner and avoid data loss.

The IMC-150LPC series is EN50121-4 EMC certified and designed with an industrial grade housing that supports broad temperature operation from -40 to 75oC. This advanced durability makes IMC-150LPC suitable for applications in harsh environments such as trackside surveillance.

Key specifications of the EKI-150LPC-M (master) and EKI-150LPC-R (remote) include, transmits data up to 300 m (984 ft) at 100Mbps via power over coaxial cable, extends power >15.4Watt power with 300m-long coaxial cable, railway Trackside EN 50121-4 EMC certified, features Link Fault Pass Through (LFPT), supports remote PD power ON/OFF by disabling/enabling port via management switch.

@AdvantechEurope  @proactivefleet #Pauto #Communications

Industry-first, all-in-one solution for 5G testing.

A new modular RF hardware upgrade 0.4-7.125GHz Enhanced RF Module MT8000A-033 option for the Radio Communication Test Station MT8000A has been launched by Anritsu. It leverages the modular architecture to facilitate extended all-in-one 5G NR test coverage. The functionality of existing MT8000A units can be upgraded using this new RF module.

With its built-in RF transceiver (up to 16 Tx and 8 Rx), it supports carrier aggregation over four bands for 5G 4x4 MIMO SA and New Radio Dual Connectivity (NR-DC), which combines FR1 and FR2 component carriers to achieve higher bandwidth. In addition, as an industry first, one measurement instrument now supports the various required R&D testing, including increasingly complex uplink tests.

As well as covering the FR1 band, the MT8000A platform with this new RF module also covers future NR-U and licensed 6-GHz bands for flexible testing of various frequency-band combinations to improve test efficiency and optimize R&D capital investment.

Radio Communication Test Station MT8000A Outline
The all-in-one MT8000A platform supports RF tests, protocol tests, application tests, and beam verification and characterization tests. In addition to supporting the NSA and SA base station simulation functions required for development of 5G chipsets and user equipment, it supports all frequency bands operated for 5G services, from the FR1 frequencies (600 MHz, 2.5 GHz, 3.5 GHz, 4.5 GHz, and the unlicensed 6-GHz band) to the FR2 frequencies (24, 28, 39, and 43 GHz).

Moreover, it also supports the latest 3GPP Release 16 technology, as well as features such as 4x4 MIMO in FR1, and 8CC and 256QAM in FR2, which are in high demand for high-speed broadband communication.

In addition, the MT8000A has a user interface with excellent operability, including software for setting various test parameters. The many versatile measurement-module configurations support a flexible and efficient test environment that can be tailored to customers’ future testing needs.

@AnritsuEMEA @Anritsu @NapierPR #TandM #5G Communications

Broadband vector network analyser.

The VectorStar™ ME7838AX/EX series, the first vector network analyzer (VNA) broadband systems to offer single-sweep coverage up to 125 GHz/110 GHz with guaranteed and typical specifications has been introduced by Anritsu. The unique capabilities of the VectorStar ME7838AX/EX systems to sweep and provide characterized data through 125 GHz provide design engineers with the ability to significantly and confidently improve their device models for dramatic improvements in first time yields and performance.

Four broadband VectorStar-based VNA models from 10 MHz (optional 70 kHz) to 125 GHz with guaranteed specifications are available. With the additional 5 GHz guaranteed frequency sweep compared to previous VectorStar systems, the ME7838AX, ME7838A4X, ME7838EX and ME7838E4X meet the market need for accurate verification of components and broadband applications operating at 122 GHz.

125 GHz Calibration/Verification Kits
To support measurements to 125 GHz, Anritsu also introduces the 3656C Series calibration and verification kits that are characterized to 125 GHz. Four versions are available to meet customer requirements and needs.

Calibration kits are available with cal. coefficients (.ccf) only and with or without a verification kit. Anritsu also offers .s1p database definitions (and .ccf) calibration kits with or without verification kits.

Best-in-class Performance
The VectorStar ME7838AX/EX continue to provide the best-in-class performance of existing VectorStar ME7838 series broadband systems, including superior time domain analysis utilizing the most points available in a single channel with the widest broadband frequency and best resolution. Other performance benefits of VectorStar broadband systems are industry-best millimeter wave (mmWave) noise floor and dynamic range at 120/125 GHz, calibration and measurement stability of 0.05° over 24 hours, and broadband measurement speed of 1 second at 1601 points, 10 kHz IFBW.

Similar to other VectorStar broadband systems, the ME7838AX/EX are compatible with compact, lightweight mmWave modules for easy, precise, and economical positioning on the wafer probe station. They are the only mmWave modules compact enough to provide direct connection to on-wafer probes for maximum dynamic range and measurement stability. Included in the series is the first mmWave module with electronic power leveling to offer the widest power level control of up to 50 dB.

Anritsu provides an efficient upgrade path to existing VectorStar ME7838 broadband system customers. The ME7838AX/EX systems are available in 2- and 4-port configurations.

Applications
The ME7838AX/EX have been developed for communication design engineers designing systems for on-wafer applications, as well as on-wafer production facilities where a combination of RF, microwave, and mmWave devices, components, and subsystems need to be measured on the same wafer. They are also well suited for research institutes exploring new technologies and system designs, manufacturers, institutes, and universities designing and developing silicon photonic solutions, and universities investigating emerging communications technologies.

@Anritsu @NapierPR #TandM #Communications, 

Power grid and smart meters communication.

Schaffner has announced the introduction of the world’s first Active Line Impedance Stabilizer (ALIS).  The ALIS is designed to improve the signal-to-noise ratio (SNR) for power line communication between the public power grid and smart meters. It introduces an impedance “barrier” between the smart meter and the household without affecting the smart meter’s communication.

There is a world-wide trend for city-developers to transform their infrastructure into smart grids. In smart cities power distribution will be more flexible. Traditionally energy distribution was linear; with large power stations producing energy transferred over a power grid to consumers. With the introduction of solar power and other renewable sources a consumer can become a producer and sell electricity back to energy companies. To keep up with such new developments, smart energy grids can help to organise this new model for distribution of electrical energy.

 

The new Schaffner ALIS brings benefits to every part of smart meter roll out. Key features for systems developers include no losses at main frequency, no reactive power losses, no galvanic connection in power line, no contact reliability risk which assures safe use and fail proof operation protecting the system, and very low extra energy costs providing cost saving compared to passive solutions. ALIS is small and lightweight compared to passive solutions, may be DIN-Rail mounted and is safe for service engineers to work on.

 

Programme managers and buyers will appreciate the reductions in meter reading costs, increased KPI with 24hr availability, and increased meter availability with15-minute snapshots of consumption transmitted once per 24 hours to network planners providing information of how the network is performing. Extensive support from Schaffner, the market leader in EMC solutions, flexible supply with audits and product tracing are available.

 

Holger Urban, Head of Product Management at Schaffner, comments, “The new Schaffner ALIS is set to become electricity companies first choice to clean the G3-PLC networks after smart meter roll-out and is ideal for troubleshooting in PLC networks. In the event of communication being influenced by load side machines with low impedances for example solar inverters or lifts, the Schaffner Line Impedance Stabilizer can help to re-establish communication. The ALIS can optionally also help in noisy situations, caused by defective or not EMC compliant products connected on the load side”

 

ALIS are typically used by grid operators to improve PLC after a smart meter roll-out. If the smart meter cannot be reached and the reason is low impedance problem on the customer side, the ALIS is the device of choice. The ALIS will introduce up to several tens of Ohm of impedance in the frequency range enhancing the signal-to-noise-ratio (SNRE) for more reliable power line communication. It supports G3, as well as other CENELEC A band standards.

@proactivefleet #Shaffner #Power #PAuto #Communications

Possibilities of data integration.

The new version V5.10 of Softing's dataFEED OPC Suite Extended offers MQTT subscriber functionality and extensive options for data preprocessing.

With the help of the new MQTT Subscriber, data can be received from an MQTT Broker and transmitted to other applications via OPC UA or written to a controller. This allows, for example, a recipe manager to be implemented in the cloud. In addition, extensive and flexible data preprocessing features now permit the execution of mathematical and logical calculations.  Use cases include converting a temperature value from Celsius to Fahrenheit or filtering out a specific bit of a word.

“The dataFEED OPC Suite Extended makes the provision of production data for IoT cloud applications simple and secure,” says Andreas Roeck, product manager at Softing Industrial. “With each update, we are working to further expand the possibilities of data integration and make them even more flexible. This way, we offer our customers and partners a future-proof solution.”

dataFEED OPC Suite Extended is a complete package for OPC communication and cloud connectivity in a single product. The suite can be used to access the controllers of leading suppliers and to connect to IoT devices.

@SoftingIDI @mepaxIntPR #PAuto #OPC

CAN gateway standardised!

CAN in Automation (CiA) association has released the CiA 463 series standardizing the gateway between CANopen resp. CANopen FD networks and I/O-Link.

Holger Zeltwanger

“After first implementation experiences, CiA will review the profile specification and make it available also to CiA 400 series subscribers,” explained Holger Zeltwanger, CiA Managing Director.

Gateways compliant to this interface profile specification may host multiple IO-Link connections. The process data can be transmitted bidirectional from CANopen (FD) networks to the IO-Link connections and vice versa. On the CANopen (FD) network the process data is mapped to PDOs (process data objects).

The CiA 463 series is applicable for gateways, extendable bus coupler with an internal backbone (e.g. sliced I/Os), multi-axis servo drives (physical modules) with each axis having independent operation modes (logic modules), etc. CiA 463-B specifies the object dictionary. CiA 463-C standardizes the mapping to Classic CANopen and CiA 463-F describes the mapping to CANopen FD. The documents are available only for CiA members.

@CANopen #Automation

4-Port Serial Communication Module.

The groov serial I/O module, GRV-CSERI-4 has been announced by Opto 22 . This module plugs into a groov EPIC® chassis alongside Opto 22’s new groov Edge Programmable Industrial Controller (EPIC) and discrete and analog I/O modules, to provide the mix of analog, discrete, and serial signals you need at any location.

Many industrial automation applications require communication between the controller and multiple serial devices. This new module provides four independent and isolated serial ports for this purpose, communicating with RS-232 or RS-485 serial devices. Up to 4 modules can be installed in one groov EPIC chassis, providing a total of 16 serial ports to support these communication requirements.

Each port is selectable for RS-232 or RS-485 mode, with programmable termination and bias as well as half- or full-duplex options in RS-485 mode. Baud rates of up to 1 Mbps are supported.

For serial devices communicating via standard protocols, the included PAC Control flowchart-based programming software offers communication handles to serial devices. Or use groov EPIC’s Ignition Edge® from Inductive Automation®, which provides support for hundreds of communication drivers. For serial devices requiring the development of custom drivers, groov EPIC supports secure shell access, SDKs and a cross-compiler for custom user-written applications.

Once communication is established with serial devices, multiple programming options are available with groov EPIC to link devices. PAC Control provides English-language commands, and the included Node-RED, a flow-based development environment and runtime for edge data processing, handling, and communications, offers serial nodes you can download.

The rugged module operates in temperatures from-20 to 70 °C (-40 to 85 °F) and relative humidity(non-condensing) of 5-95%. Agency approvals include UL/cUL (Class 1 Div. 2); CE, ATEX (Category 3, Zone 2), RoHS; DFARS; and CB Scheme.

The GRV-CSERI-4 plugs into a groov EPIC I/O chassis. The module pivots into a slot on the chassis and is held securely in place by a captive retention screw. Wiring is simplified with a top-mounted connector and spring-clamp terminals for easy connection to all types of RS-232 and RS-485 devices. The connector is held in place by a single, captive retention screw—but can be removed with field wiring intact for wiring in advance or easier module field replacement.

A swinging, two-position cover protects wiring from inadvertent contact, as does the dead-front design. The two positions of the cover offer the option of more space to accommodate wire sizes from 28-14 AWG. The module cover provides a touch-sensitive pad; simply touch the pad and the groov EPIC processor displays information about the module, including specifications and wiring diagrams. The module cover also provides a large LED to indicate module health at a glance, plus a transmit and receive LED on each port.

The GRV-CSERI-4 I/O modules are hot swappable—which means they can be installed or removed without turning off the unit or stopping control—and self-identifying; as soon as you mount the module on the chassis, it communicates to the processor and identifies itself.

@opto22 #PAuto #I/O

Signal routing!

Pickering Interfaces has introduced version 6 of their signal routing software, Switch Path Manager™ (SPM), with a range of new capabilities as well as a new “lite” version.

This signal routing software simplifies signal routing through complex switching systems and speeds up the development of switching system software.

The latest version, Switch Path Manager 6, offers two major updates.
• The software evaluation period is now 14 days, but the time is based on the number of days the software is actually used rather than a fixed period of time; users are now able to fully evaluate the software as their schedule allows.
• The addition of Switch Path Manager Lite, a low-cost solution that is fully functional but with an operational limitation of two active switching modules in the configuration. Larger configurations with more than two modules can be created, loaded and edited—but not executed. In contrast to the SPM full license, SPM Lite is not connected to a dedicated computer, once purchased it can be used as a site license.

In addition to the major updates above, there is also a range of new capabilities including:
• The software evaluation period is now 14 days, but the time is based on the number of days the software is actually used rather than a fixed period of time; users are now able to fully evaluate the software as their schedule allows.
• The addition of Switch Path Manager Lite, a low-cost solution that is fully functional but with an operational limitation of two active switching modules in the configuration. Larger configurations with more than two modules can be created, loaded and edited—but not executed. In contrast to the SPM full license, SPM Lite is not connected to a dedicated computer, once purchased it can be used as a site license. An enhanced System Configurator Editor which gives the user the ability to apply standard functionality like copy, paste, delete, find, replace and cell manipulation. It also offers better filtering technology to filter dedicated pins, and it now has added display options, so the user can decide what will be displayed in the configurator.
• Introduction of Multipoint Routes—in the past, if a user wanted to create fixed routes for multipoints (e.g., A connect to B & C), two single routes (A-B, B-C) had to be created and combined into groups—this is now possible in one step.
• A new and very effective API function has been added: IsConnectedStatus (EndpointA, EndpointB). With only one simple function call, a user can find out whether given endpoints have been connected by SPM. This functionality is important when a route uses multiple relays, and on that route, there are more endpoints connected to each other than a user is thinking of. Example: A and B have been connected, but C is on the route and connected as well. It is not obvious the user would know about the route A-C-B unless you call IsConnectedStatus()

@Pickeringtest  #PAuto #TandM

Cloud-based secure remote access.

To better serve the needs of OEMs and machine builders, Moxa has launched a new Remote Connect Suite that provides an easier and more secure way to connect to remote machines and equipment for the performance of critical troubleshooting, maintenance, data acquisition, and device management, resulting in faster and smarter support.

Designed for Industrial IoT environments, the Moxa Remote Connect (MRC) is a remote connection management platform that includes server and client software along with a hardware gateway to seamlessly bridge the gap between field devices, engineers, and application servers for greater visability and support. Hosted on Amazon EC2, MRC connects Ethernet-based edge devices to the server portal with the security needed in today's networks. Client software connects the engineer's laptop to the server portal so that they can manage all devices in realtime through a HTTPS web console.

"With an easy to use design, secure connections, and flexible connectivity, the Moxa Remote Connect allows OEMs to access their remote machines effortlessly and streamline their maintenance efforts" stated Li Peng, a product manager in Moxa's Industrial Ethernet Infrastructure business unit.

The MRC Auto Configuration function makes installation "plug-and-play" simple with no need for extensive IT knowledge and no requirement to configure VPNs, perform complex firewall settings or reconfigure IP Addresses. MRC provides Smart IP Mapping to avoid IP conflicts and is firewall friendly to comply with existing IT security policies, allowing companies that need secure remote access to minimize the amount of time and effort spent on deployment.

In order to combat the numerous security risks that present themselves when data is collected through the Internet, MRC is equipped with security features including end-to-end encryption to prevent man-in-the-middle attacks. The Smart Protection function includes an embedded firewall that permits remote access under whitelist control without disrupting local networks. In order to provide an on-demand maintenance service, access to machines is fully controlled by machine operators.

MRC delivers greater flexibility by supporting a variety of connections including 1-to-1, multiple-to-multiple, and site-to-site. It empowers companies to remotely manage numerous machines and users at different locations, which makes it an ideal solution as businesses scale to satisfy growing demand.

@MoxaInc #PAuto 

Linux, Ethernet, Wi-Fi and Bluetooth Connectivity.

BCD-Atlantik are to host workshops in Duxford* near Cambridge (GB) to help designers get the best performance from two key embedded module lines.

The first workshop on May 8th is based around the latest DIGI ConnectCore 6UL IoT development kit and YOCTO Operating System - The Industry’s smallest wireless low-power NXP i.MX6UL UltraLite System-on-Module platform. The workshop will be a hands on event intended to assist in developing customised Linux distribution for the NXP i.MX6(UL) based ARM Cortex-A7 and Cortex-A9 Multi Core System on Modules (SoM) and SBCs.

Starting with an overview of the Digi ConnectCore i.MX6UL and i.MX6 embedded product benefits the workshop will cover an introduction to the Yocto Operating System, Digi TrustFence Security Framework Overview, ConnectCore for i.MX6UL SBC Express and Yocto Hands-on Training.

Delegates will learn about the development environment setup and first steps, U-Boot Bootloader, application development using Eclipse or QT Creator, creating a custom Yocto layer and adding a custom application to a project, OS Customization and Device Tree Introduction and Kernel configuration

On May 9th the second workshop will cover designing Embedded Wi-Fi on the Lantronix – xPico 200 Series. The goal of the workshop is to assist designers to deliver seamless and secure Ethernet, Wi-Fi and Bluetooth connectivity. The Lantronix xPico 200 series allows OEMS to build and deploy their smart connected products with reduced complexity and lower risk.

The workshop will commence with an introduction to Lantronix and their products oxPico 240/250 and the MACH10 IoT application development and deployment platform. Two hands-on sessions will take place during the day.
Session 1 will cover, oLab1: FW upload + secure boot, oLab2-4: Tunnel (Serial to Ethernet, serial to WLAN0, serial to AP0), oLab5: Ethernet to WLAN0 bridge, oLab 6-8: Web manager, customise web page and multi user settings, demo MACH10 (OEM, portal, end user view), FW upload, remote reboot.
Hands-on session 2 will demonstrate Lab9: MACH10 end user view and Lab 10: SDK (Hello world, TCPtunnel)

Both workshops open at 9:00am for registration with a 9:30am start, Q and A sessions will follow each session at around 4:30pm.

*The IWM Duxford , is located at Duxford, Cambridgeshire, GB, CB22 4QR

Digital communication.

Parker Software is releasing a book about the future of business to customer communication. The book is titled, The Conversation Engine: A Shop Assistant of the Smart Age, and explores the next frontier of digital communication.

To be released on Wednesday 22 Nov 2017

The book centres around technology and how technology advances are changing the way we interact. Chatbots, artificial intelligence and automation are taking the digital communication landscape by storm. The Conversation Engine examines the practicalities of these emergent technologies and explores potential future applications of artificial intelligence in a customer services environment.

The Conversation Engine also addresses the issue of how we can blend technology with a much-needed human touch in customer services. The book emphasises the importance of businesses implementing new technology without losing sight of the customer.

“The ‘conversation engine’ concept came about from considering that, in the future, communication technologies will converge to provide customers with the ultimate collaboration — technological efficiency and human understanding,” said Stephen Parker, CEO of Parker Software and author of The Conversation Engine.

As well as insights from Stephen Parker, The Conversation Engine features contributions from thought leaders across the tech world. Throughout its nine chapters, the book explores key themes such as big data, sentiment analysis, smart customer service and the evolution of user experience. Participating businesses include The Institute of Customer Service, Buzz Radar, IFB, Snowflake, COPA-DATA, Trust Company of America and Ocado.

“Customer service is changing, and businesses must prepare,” said Parker. “Even modern methods of customer communication like SMS, telephone and email are beginning to decline like their forerunners. We’ve written The Conversation Engine to investigate what comes next, and to help companies prepare for the next era of communication.”

@ParkerSoftware @StoneJunctionPR