CAN-FD-to-Ethernet-Gateway.

The launch of Ixxat CAN@net Basic, a streamlined CAN-FD-to-Ethernet-Gateway developed to meet the growing demand for simple, scalable, and cost-efficient connectivity in industrial and automotive environments has been announced by HMS Networks.

Key Technical Features

• One CAN CC/CAN FD channel
• CAN data rates of up to 8 Mbit/s
• One Ethernet channel (RJ45)
• ASCII interface mode
• UDP/IP over Ethernet
• USB interface type C, USB 2.0 high-speed (480 Mbit/s)
• Removable Push-in connectors
• Galvanic Isolation (CAN: 2.5 kV 1 minute; Ethernet: 1.5 kV 1 minute)
• Operating Temperature from -25 °C to +85 °C
• Ingress Protection IP20
• DIN rail housing (108 x 149 x 27 mm)

Modern applications increasingly require seamless communication between distributed CAN networks and Ethernet-based systems. However, engineers often face a trade-off between performance, latency, and system cost. Existing solutions tend to be either over-engineered with unnecessary features or too limited to handle real-world CAN FD requirements. CAN@net Basic addresses these challenges by focusing on what matters most: efficient data exchange, low latency, and affordability.

Solving Engineering Challenge I: Balancing Latency and Jitter.
In many CAN-to-Ethernet systems, transmitting Ethernet frames for every CAN message creates excessive interrupts, leading to high jitter and unstable system performance. Conversely, aggregating data reduces jitter but increases delay. The CAN@net Basic uses UDP/IP communication, significantly reducing protocol overhead and minimizing interrupt load. This enables a balanced approach with low latency and controlled jitter, making it suitable for time-sensitive applications.

Solving Engineering Challenge II: Scaling Distributed Systems.
In applications where many devices (e. g. test setups or distributed machines) must exchange CAN FD data, physical CAN bus limitations become a bottleneck - especially regarding bus length and node count. CAN@net Basic enables flexible network expansion via Ethernet, allowing engineers to connect distributed systems without being constrained by classical CAN topology limits.

Solving Engineering Challenge III: Reducing Cost Without Compromise.
Many users only require a subset of advanced gateway functionality but are forced to pay for full-featured solutions. CAN@net Basic is specifically designed as a cost-optimized alternative, delivering essential functionality at a market-aligned list price of 270 Euros while maintaining industrial-grade performance and quality.

---

@hmsnetworks @HMSAnybus @mepaxIntPR #PAuto #Communications

Automotive testing and production.

The Mobilizer Series just launched by HMS Networks presents a state-of-the-art automotive gateway under its product brand Ixxat. Designed to meet the diverse and demanding requirements of automotive communication and testing, the Mobilizer combines unparalleled flexibility, robust hardware design, and user-friendly software tools to deliver a versatile, standalone solution.

Technical Features:

• Automotive Ethernet (100/1000-Base-T1)
• Up to 8 CAN/FD Channels (CAN 1 Mbit/s, CAN FD 8 Mbit/s)
• SIC Transceiver TCAN1462
• Galvanic CAN-Isolation up to 1kV DC for 1 second
• Two LIN Channels (up to 20 kBit/s)
• FlexRay Interface
• EtherCAT (slave)
• One RJ45 Ethernet Connector
• Up to 6 Digital I/Os
• Up to 4 Analog I/Os
• USB 2.0 host and USB 3.0 device (up to 5 Gbit/s)
• i.MX 8M Plus, 1.8 GHz Quad Core Cortex-A53 Processor with 1GB RAM
• Linux host OS
• Aluminum House 130 x 244 x 92 mm
• Operating Temp. -40 °C  to +70 °C
• Protection Class IP40

Equipped with the most high-performing communication standards such as CAN FD, Automotive Ethernet (100/1000-Base-T1), EtherCAT or FlexRay, the Ixxat Mobilizer caters for a wide range of applications such as data logging, gateway functionalities, rest bus simulation, firmware flashing or end-of-line testing. The new series has been developed especially for automotive test benches as well as end-of-line testing applications.

All Mobilizer models come with the Advanced Configuration Tool (ACT), a groundbreaking, intuitive drag-and-drop software. With it, users can configure the gateway behavior, data logging or rest bus simulation applications and visualisation without programming skills. This not only simplifies the initial setup effort but also significantly reduces time to deployment. Supporting Automotive Ethernet, CAN/FD, LIN and FlexRay, the Mobilizer series consolidates multiple network protocols into one single device. This versatility eliminates the need for multiple devices, streamlining workflows and reducing operational costs. “Once you have configured and parameterized your application via the ACT software, you just send the configuration onto Mobilizer and it works properly without any additional software”, explains Markus Demaria, Product Manager Automotive Solutions at HMS Networks.

CAN do!
With up to eight CAN/FD channels, each supporting signal improvement capabilities (sic), the Mobilizer guarantees exceptional signal stability and allows simultaneous operation of multiple components. This allows fast and reliable connection of in-vehicle networks. On the other end, the 100/1000Base-T1 Automotive Ethernet interface offers speeds up to 1,000 Mbit/s and low-latency communication to connect to the surrounding automation level. With additional EtherCAT and Generic Ethernet interfaces, the Mobilizer bridges IVN data to automation environments, ensuring synchronized system communication and device monitoring.

Additionally, a plugin-based encryption system ensures robust data security without the need for repetitive programming. Users can encrypt data once, and the Mobilizer manages encryption consistently across all applications, ensuring seamless transitions between projects.

Rest Bus Simulation (RBS)
The Mobilizer simplifies the setup and operation of a standalone rest bus simulation with integrated support for MATLAB models. Configuring RBS is as easy as dragging and dropping within the ACT tool, eliminating manual parameter setup. “While other tools on the market usually require a time-consuming programming effort until rest bus simulation applications are running properly, the Mobilizer series only needs to be configured”, says Markus Demaria. “Instead of several hours of programming, setting up a simple rest bus simulation with the Mobilizer is done within minutes.”

I/O Interface
Depending on the model, the Mobilizer supports up to six digital I/Os, two analog inputs, and four analog outputs, enabling the integration of multiple measurement devices in parallel. While primarily used as a desktop device by engineers, the Mobilizer is also suitable for DIN rail mounting in industrial environments such as test benches and control rooms.

Built for harsh conditions, the Mobilizer features a durable aluminum chassis with advanced cooling, supporting operation in temperatures from -40 °C to +70 °C. An integrated temperature monitoring system ensures reliable performance, even under heavy computational loads. All models of the Mobilizer series incorporate an embedded processing platform with a quad-core i.MX 8M Plus processor, 1 GB of RAM, and 4 GB of flash memory. This makes it a powerful and flexible solution for modern automotive testing scenarios.

---

@hmsnetworks @HMSAnybus @mepaxIntPR #Automotive #Communications

CAN/FD repeater.

HMS Networks has introduced the new CAN/FD Repeater Standard under its product brand Ixxat. As a crucial component for network infrastructures, the device solves several complex market challenges such as topology optimization, signal quality improvement, seamless integration in existing CAN networks, equipment protection by galvanic isolation and many more. The Ixxat CAN/FD Repeater Standard delivers an all-in-one solution for industrial communication. Easy to access, easy to understand and easy to use.

Their CAN/FD Repeater is tailored to meet the needs of system integrators and plant engineers around the world, offering unmatched performance, ease of use and sustainability in one compact product. It is designed to address diverse use cases with cost-efficiency. Unmatched handling and integration advantages.

Key Technical Features

• Two CAN/CAN FD interfaces supporting arbitration rates up to 1 Mbit/s and data rates up to 8 Mbit/s

• CAN/FD Transceiver TCAN1044

• CAN connection: Removable Push-In Connectors

• Externally Switchable CAN bus termination resistors

• Galvanic Isolation up to 5 kV

• Operating Temp. -25 °C to +70 °C

• Protection Class IP20

• Dimensions 108 x 149 x 27 mm

• Power-efficient design operating at less than 100 mA at 24 V DC

• Compliance with CE and FCC certifications

The termination resistors are easily adjustable from the outside via piano switches. This means that users don’t have to open the housing for adjustment and the current switching status can easily be seen from outside. This feature simplifies installation and maintenance, saving valuable time.

The repeater additionally features push-in connectors for CAN/FD connections, drastically reducing maintenance efforts. This innovation enables a secure, tool-free connection for a seamless setup and operation. With it, connecting the device to the CAN lines can be done within seconds. Another feature is the built-in cable tie hole, that offers a practical solution for tidy installations, further simplifying cabinet organization. “The CAN/FD Repeater Standard provides many useful integration and handling features, that are scarcely available on the market combined in one product”, explains Frank Iwanitz, Product Manager at HMS Networks. “With two CAN/FD channels it fulfills the most commonly needed CAN functionalities and on top unites several useability benefits at a competitive pricing.”

The CAN/FD Repeater Standard comes with a slim and compact housing, optimized for DIN-rail mounting, fits perfectly into control cabinets with limited space. Clear labeling and intuitive LED indicators make operation straightforward, even for first-time users.

EMI protection and easy termination.
The new Repeater provides a 5 kV galvanic isolation between CAN channels and the power supply, ensuring robust protection and system reliability, even in challenging industrial environments. “By using repeaters in CAN networks, connected equipment can be protected very easily”, says Product Manager Iwanitz. “It’s not only about the optimization of your network topology or optimizing your signal quality but about increasing and protecting the health of your whole CAN network. That’s a huge advantage users benefit from!”

Aligned with HMS Networks' commitment to sustainability, the Ixxat CAN/FD Repeater Standard comes in eco-friendly packaging and does away with printed manuals, offering digital resources instead. It also debuts HMS Networks' new modern design, marking a fresh era for Ixxat products. “With our new cardboard packaging, we’re heavily reducing packaging costs”, says Iwanitz. “Additionally omitting the printed manuals is not only a consequence of the market feedback we received, but also a logical consequence of the HMS sustainability policy.”

---

@hmsnetworks @HMSAnybus @mepaxIntPR #Pauto #Communications

Functional safety over EtherCAT.

A new version of the HMS Network Ixxat SafeT100 module allows users to implement safe I/Os for FSoE – Functional Safety over EtherCAT. Previously available for PROFIsafe and CIP Safety, the new version supports Functional Safety over EtherCAT according to ETG 5100 V1.2.0.

Ixxat® Safe T100 is an all-in-one safety solution which allows device manufacturers and machine builders to implement configurable, safe inputs and outputs in applications up to SIL 3 and PLe Cat.4.

The Safe T100 is designed to work hand in hand with Anybus® CompactCom, also from HMS Networks. While Anybus CompactCom handles the standard non-safe communication with the EtherCAT network, the Safe T100 handles the safe communication, in this case over FSoE. Thanks to the full implementation of the safe protocol and application layer in Ixxat Safe T100, device manufacturers and machine builders get a fast track to add functional safety capabilities to their equipment. A typical application for Ixxat Safe T100 is a safe emergency stop function for automation equipment such as drives, robots or process controllers.

Pre-certified and conformance tested solution.
The Ixxat Safe T100 solution is pre-certified by TÜV Rheinland, and its conformity to the FSoE standard ETG 5100 V1.2.0 has been confirmed in the ETG test lab. This enables users to benefit from significantly reduced development time, cost, and risk when realizing safe devices and systems.

Since the Ixxat T100 works together with Anybus CompactCom, the end user will benefit from a device or machine that provides both safe and non-safe functions via just one communication interface. This significantly simplifies configuration and project planning of the overall industrial automation system.

Key technical highlights.
The Ixxat Safe T100 module features three two-channel inputs which can detect external wiring errors, and one two-channel output. The inputs and outputs all operate with 24 V signals.
All service and process data interfaces required for FSoE in the EtherCAT layer are available in the Anybus CompactCom module, such as control of the network and status LED, or transmission of the safe configuration data.
As an additional safety feature, the interface between the Anybus CompactCom module and the Ixxat Safe T100/FSoE is galvanically isolated. Other internal safety features include integrated temperature monitoring and shutdown to a safe state as well as channel-granular error signaling and error handling.

A scalable concept for FSoE, PROFIsafe and CIP Safety.
The internal communication between the non-safe Anybus CompactCom and the safe Ixxat Safe T100 module is done according to the "black-channel" principle. Thanks to this clean separation between the safe and non-safe communication layers, it is possible for customers to support all the three major safety protocols – FSoE, PROFIsafe and CIP Safety – with just one hardware design, adding further to the scalability and efficiency of the solution.

Customized implementation or OEM solutions.
Thanks to the comprehensive implementation guidelines and user documentation, the Safe T100 module can be implemented by device manufacturers and machine builders themselves. However, HMS also supports customers with implementation services, as well as porting and certification services.

For specific requirements regarding e.g., form factor, plugs or number of I/Os, customer-specific versions of the Ixxat Safe T100 can be developed by HMS.

For applications where it is not possible to integrate the Safe T100 – e.g. due to limited space within safety encoders, or when already existing safety hardware limits the design flexibility – HMS also offers protocol stacks for Functional Safety over EtherCAT (FSoE), CIP Safety over EtherNet/IP and CIP Safety over Sercos, all pre-certified by TÜV.

@HMSIxxat @hmsnetworks @mepaxIntPR #PAuto #Safety

Communication solutions for BESS.

HMS Networks is now presenting several communication solutions for the rapidly expanding battery market. Battery Energy Storage Systems (BESS) require communication capabilities to connect to batteries and peripheral components, communicate with the power grid, monitor systems remotely and much more.

“We see a rapidly growing demand for communication solutions in Battery Energy Storage Systems as society as a whole is turning to more sustainable energy sources such as wind and solar,” says Alexander Hess, General Manager at HMS Business Unit Ixxat. “Communication is needed to get BESS systems to work and HMS offers an extensive portfolio of industrial communication solutions to solve the communication issues at hand in these systems.”

Battery Energy Storage Systems (BESS) may be one of the keys to solve the energy crisis and make the world more sustainable. Since green energy sources such as wind and solar are not always available, large battery parks can make it possible to store the energy to use when there is less sun or wind.

BESS need to communicate
Battery Energy Storage Systems are made up of battery cells which are combined into battery packs which can then be combined into containers which in turn can make up battery parks the size of several football fields. The systems can use new or recycled batteries and combine many different components. However, these large battery parks need a lot of communication capabilities in order to work. HMS now presents a comprehensive package of communication solutions catered for this application area.

Error prevention and networking of CAN-based devices
Since the battery market has been spearheaded by the car industry, CAN is the com-munication standard of choice in many systems. Here, HMS offers an extensive portfolio of communication solutions via the Ixxat brand – for PC connection, networking, line extension, galvanic isolation and more.

In networking, the protection of components is crucial, both from external sources (like lightning strikes) and from system-related issues (AC/DC noise). Device protection is a must to avoid damage.

Networking gateways
Battery Energy Storage Systems often combine a variety of different equipment from different industries within a single application – batteries, BMS, PLCs, fire detection units or air conditioning. To combine different equipment, it is necessary to interconnect various protocols and network standards. CAN, Modbus, BACnet, KNX and other proto-cols can be easily linked via intelligent gateways from HMS, which handle the all-important data exchange while also enabling centralized control.

In addition, these gateways can selectively filter, map and, if necessary, manipulate the data in order to realize the best possible data exchange.

Cloud/SCADA connectivity and remote access

Intelligent networking is also required in order to connect to cloud solutions or SCADA systems. This connection can be made by using SG (Smart Grid) gateways from HMS that support both energy and industrial fieldbus protocols, as well as protocols required for cloud connection.

The SG gateways enable centralized control as well as remote access for predictive maintenance, logging or data visualization using the i4SCADA® solution from the HMS-owned company WEBfactory®. The SG gateways also provide robust cybersecurity fea-tures, such as firewall, OpenVPN®, TLS encryption and user management. These pro-tective measures are indispensable to protect against cyber-attacks.

@HMSIxxat @hmsnetworks @mepaxIntPR #PAuto #Battery

Connecting IO and Wi-Fi sensors to energy networks.

HMS Networks is now expanding its Ixxat® SG-gateway series for networking of energy components. Two new multi-IO versions allow traditional IO-sensors as well as sensors or devices in Wi-Fi networks to be connected to energy systems using IEC 61850 and IEC 60870. Users benefit from direct and seamless access to sensor data from the control room, as well as IIoT capabilities for monitoring, maintenance and forecasting purposes.

Enabling digital energy control

Digitalization of energy technology is important for mastering the future challenges of sustainable energy supply. With Ixxat SG-gateways, device manufacturers, system integrators, energy suppliers and network operators get instant status information into the control room through direct access to plant data from various sources. This enables efficient system operation, fast reactions to network disturbances, as well as remote monitoring and maintenance of devices and systems. The compact Ixxat SG-gateways are especially suitable for retrofitting plants and digitalization of substations, and are used in many areas of energy automation, e.g. in power plants and at large energy consumers.

All-in-one solution with all the needed connectivity
Thanks to the wide range of interfaces and protocols supported, Ixxat SG-gateways remove the need for installing several separate gateways, such as fieldbus gateways, sensor gateways, IoT gateways and firewalls. Adding to the existing support for IEC 61850, IEC 60870, EtherNet/IP, PROFINET, MQTT and 4G, the two new SG-gateways feature Multi-IO and Wi-Fi capabilities (WLAN according to IEEE 802.11 a/b/g/n). With this, traditional as well as wireless sensors can be easily connected to control rooms and cloud systems. Besides RS232/485 and Ethernet, eight digital inputs/outputs (24 V DC) and eight analog inputs (0-20 mA or 0-10 V) are available for direct sensor connection, all switchable via software.

Example applications are temperature monitoring of high-voltage lines via Wi-Fi using Modbus TCP, pressure and density measurement of cooling liquids using Modbus RTU, and room temperature or humidity measurement in buildings using analog or digital IO.

Efficient and secure access to all data
The acquired data from sensors, fieldbuses and energy protocols is made available by the SG-gateway in control room applications, SCADA and can also be integrated into the user’s cloud system of choice. For direct use in a targeted system and protocol, the data can be pre-processed by the SG-gateway using the integrated WEBPLC. Data security is ensured via a local firewall, access management and via encrypted data transmission. Depending on the used protocol, this is done either with openVPN or TLS 1.3.

@HMSIxxat @hmsnetworks @mepaxIntPR #PAuto 

Swiss army knife for CAN.

The Ixxat® CANnector, a flexible solution for logging, bridging and extending CAN networks has been introduced by HMS Networks. Complementing the existing CAN@net NT and CANbridge NT series, CANnector offers additional interfaces and functions, as well as data logging functionality. Since it is compatible with CAN@net NT and CANbridge NT, CANnector enables easy expansion of existing installations.

Like CAN@net and CANbridge NT, CANnector is a stand-alone device, which means that no PC is needed. In addition to a generic CANnector, three preconfigured versions are offered:

• CANnector Range – For simple CAN(FD) range extension via Ethernet or as a CAN interface connected to the PC via Ethernet.
• CANnector Bridge – CAN(FD) bridge/gateway, frame or signal based and with func-tions, like e.g. online floating-point data manipulation for all bus systems.
• CANnector Log – Data logger with trigger and ring buffer as well as low-power sleep mode with wake-up on CAN(FD), for logging frame or signal based CAN(FD) data.

After unpacking and connecting, all three versions can be used directly. As the base hardware is the same, and the different functions of CANnector are provided by loadable configurations, all CANnectors can be reconfigured to include the functionality of choice.

A powerful Linux platform allows CANnector to execute complex applications and data manipulations directly on the device. The support of bus description files also enables operation on signal level.

By using "Wake-up on CAN" and the possibility to switch off the TX function on the CAN buses, the device can be used in applications which are sensitive to power and safety.

CANnector is available in different hardware versions, which differ only in the number of supported interfaces. The maximum number of interfaces is eight CAN(FD), two LIN, two Digital IO and one EtherCAT slave interface as well as Ethernet and USB. The EtherCAT slave interface is implemented using an Anybus® CompactCom technology from HMS, allowing future support of other industrial Ethernet protocols as well. USB extensions like Wi-Fi and Bluetooth are available as an option.

Ixxat CANnector offers numerous additional functions which enable for example live data visualization and simulation using mobile devices (smartphone or tablet) via Wi-Fi, or cloud connectivity via OPC-UA, MQTT or via HMS Hub™ - HMS’ own solution for industrial data connectivity.Using the EtherCAT slave interface, CANnector enables a direct connection of CAN(FD)-based networks to industrial Ethernet networks or a PLC. All functions can be executed in parallel on the CANnector device, so that e.g. logging of data can be executed in parallel to CAN(FD) bridging and data visualization on mobile devices.

HMS provides a free Windows tool which enables easy configuration of CANnector, in which the "connections" between source and target are established using a Drag and Drop concept. CAN(FD) bus descriptions can optionally be imported for configuration. The standard range of functions can be extended using the integrated development and debug environment and own C-user code or Matlab/Simulink models, which can be executed directly on the device.

@HMSIxxat @hmsnetworks @mepaxIntPR @CANopen #Pauto

Communication between industrial automation devices and energy networks.

Ixxat® SG-gateways enable communication between industrial automation devices and energy networks. HMS Networks is now extending the Ixxat SG-gateway line with new versions including a 4G/LTE modem for cellular connectivity as well as 4-port Ethernet switching capabilities, giving users additional energy networking options for substations and power plants.

Ixxat SG-gateways are used in many areas of energy automation, e.g. in modern pow-er plants and in large-scale energy consumer installations for retrofitting systems and digitalizing substations. The SG-gateways are used for different purposes: They con-nect energy control networks with industrial automation devices, enable remote access, act as gateways between different protocols and thus enable the development of state-of-the-art IIoT applications.

With the new, integrated 4G modem and the extensive protocol support, the Ixxat SG-gateways are ideal for easy digitalization of small, outlying energy distribution stations. The 4G CAT1 connection offers 10 Mbps downstream and 5 Mbps upstream commu-nication with low latency, high network coverage and a universal data channel – inde-pendent of wired Ethernet, DSL or fiber optics. 4G can be used as either the main or backup communication channel. All supported IP-based protocols – including IEC 61850, IEC 60870-5-104, MQTT and OPC-UA – can be transmitted over the wireless link. The 4G modem can also be used as an independent communication channel for e.g. device maintenance and alarm messages (SMS or MQTT), enables straight-forward implementation of predictive and remote maintenance applications.

In addition to the 4G option, new multi-port versions of the Ixxat SG gateways are now available, able to securely connect networks through several independent interfaces on data level. This simplifies data exchange between energy automation networks and industrial Ethernet systems (such as PROFINET or EtherNet/IP) as well as connection to IoT-systems and cloud applications. Each network segment is connected separately and can still exchange data with all other segments. Thanks to integrated security func-tions, including a firewall, the overall system is easy to design and maintain, as well as being considerably more robust and secure against unauthorized access, compared to the use of conventional gateway and switch combinations.

@HMSIxxat @hmsnetworks @mepaxIntPR #PAuto 

Multi-channel interface communications.

HMS Networks has extended its Ixxat® PC-interface portfolio with the multi-channel interface CAN-IB 640/PCIe that offers four channels each for CAN-FD/CAN and LIN connectivity.

Modern automotive systems and complex industrial applications often include several parallel CAN and CAN-FD networks which must be connected to test, monitoring, and/or control systems at the same time. With the multi-channel Ixxat® CAN-IB 640/PCIe interface, HMS makes network connectivity and integration straight-forward and cost-efficient for users. Featuring four channels for CAN-FD/CAN and LIN connectivity respectively, the CAN-IB 640/PCIe covers the needs of most applications with only one card. And, if even more connectivity is required, several CAN-IB640/PCIe cards can be operated in parallel – a feature supported by all Ixxat CAN interfaces, enabling smart and scalable networking for users.

The CAN-IB 640/PCIe is an active PC-interface with a powerful onboard microcontroller system, which is able to read, timestamp and filter large amounts of data in real-time. The network connection is done via two D-Sub 9 connectors, which are galvanically isolated to protect the interface card and the connected PC system.

All Ixxat CAN interfaces come with extensive driver packages for Windows and Linux, including SocketCAN. The drivers allow easy and fast development of customer-specific applications, most notably since all Ixxat PCI-cards can be interfaced from the application in the same way. This enables very flexible and versatile switching between different types of Ixxat PC-interfaces, e.g. USB, PCIe, PCIe Mini, and Ethernet, without needing to adapt the customer application software each time. A simple monitoring tool for Windows is included in the scope of delivery, but HMS also offers numerous additional analysis and configuration tools for different purposes and use cases.
In addition to the proprietary driver packages, standardized APIs such as the J2534-Passthru or D-PDU API, are available as options, simplifying connectivity to 3rd party tools which use these standardized APIs.

@HMSIxxat #TandM 

Functionality extended.

HMS Networks has extended the functionality of the Ixxat® CAN@net NT and CANbridge NT series with the new Service Pack 2. Users can now add smart, event-controlled network actions and versatile bi-directional MQTT-messaging to cloud applications. The new hardware CAN@net NT 100 complements the CAN@net NT range with new network connectivity.

The Ixxat® CAN@net NT and CANbridge NT product families enable smart and seamless CAN-based networking on-site and remotely. The CANbridge NT enables easy coupling of up to four CAN and CAN-FD networks using filter and translation rules. Network wiring can be simplified through tree and star topologies, and all connected segments are protected thanks to electrically isolated bus interfaces. All CAN@net NT products come with an additional Ethernet interface, allowing very distributed networks by coupling up to four CAN@net NT devices using Ethernet. CAN@net NT products also allow remote access to CAN and CAN-FD networks via Ethernet and PC.

New SP2 functionality powers up the CAN@net NT and CANbridge series
The new Service Pack 2 introduces enhanced "Action Rules" programming for flexible definition and execution of events and actions for all CAN@net NT and CANbridge products. Based on LUA script processing, these user-defined actions can be triggered upon e.g. pre-defined message content or status information.

The Ethernet interface of the CAN@net NT series enables direct cloud connectivity via the implemented MQTT protocol. In SP2, bi-directional MQTT messaging is introduced. In addition to transmitting e.g. alarms and status information to mobile devices, messages can now also be received from the cloud for LUA script-based pre-processing, plausibility checking and transmission to the CAN bus.

CAN@net NT 100 – new connectivity
HMS also introduces a new hardware – CAN@net NT 100 – that offers a D-Sub 9 network connector for CAN/CAN-FD network connectivity, complementing the existing CAN@net NT 200 and 420 products that both feature screw terminals. The CAN@net NT 100 is a direct successor of the older CAN@net II which means that existing customers can exchange installed CAN@net II units in existing systems with CANnet 100 NT and benefit from all the new functionality provided in SP2.

 #PAuto #Communications #CAN #MEPAX @hmsnetworks

Advanced connectivity with maximum security.

Ixxat SG-gateways enable data exchange between IEC61850 or IEC60870-5-104 based energy networks and common fieldbus and Industrial Ethernet systems. HMS Networks now introduces new functions, including Mediabreaker functionality and support for IEC60870-5-101, DNP3, OPC-UA and MQTT. The user management has also been improved and a version with Ethernet switch is available.

The energy sector is developing fast, driven by the transformation to renewable energies, electromobility and the move from pure energy consumers to prosumers (producer and consumer). The changes result in high demands on communication within the energy distribution networks. Highly flexible and secure solutions are required to adapt the existing infrastructure to the new conditions, including mitigation of the increasing risk of cyber-attacks. The new, extended Ixxat® SG-gateways from HMS meet both the need for more flexibility and for more security.

Media break in line with TSO security requirements
Ixxat SG-gateways already support secure data transmission via VPN and the IEC60870-5-104 protocol. However, according to the TSO (Transmission System Operators) specifications, the transmission medium must also be changed to add a further security layer and thus prevent malicious code from being passed on to the terminal device. The integration of the IEC60870-5-101 protocol enables the user to connect his 101-compatible devices to the control rooms of the respective operators in accordance with the TSO specifications. Ixxat SG-gateways enable the easy "break" between Ethernet-based (IEC60870-5-104) and serial (IEC60870-5-101) communication. With only one Ethernet port and one serial interface, the specific MediaBreaker version is optimally adapted to this application.

Due to the media break integration, the IEC60870-5-101 protocol is now also available via the serial interface. This enables connection of old devices to modern control rooms and controllers without having to replace them by new ones.

Ready for the future with OPC-UA and MQTT
Ixxat SG-gateways now also offer functions for data aggregation and simple controlling tasks. Thanks to the new support for the popular OPC-UA and MQTT standards, SG-gateways can be used to feed data from various energy and industrial networks to established services from Microsoft, Google and other providers, where the data can be evaluated and reacted upon via a secure bidirectional connection. OPC-UA and MQTT are now available for all SG-gateway versions at no extra cost.

Integrated Ethernet switch
With the new SG-gateway switch version, it is possible to connect up to 4 devices directly to a second Ethernet port and to distribute the communication (i.e. energy protocols, OPC-UA, MQTT or Modbus-TCP) in a flexible way over two separate networks. This eliminates the need for external switches.

Prepared for easy worldwide use
The SG-gateways now also support the DNP3 protocol which is widely used by companies in the energy sector in Britain, Australia, the USA and other countries. Furthermore, users can also benefit from an updated user interface for even easier configuration and management of connected devices.

#PAuto @HMSIxxat @mepaxIntPR

Interface portfolio now supported by CODESYS.

CODESYS* Control Win SL from 3S-Smart Software Solutions GmbH now supports the Ixxat® PC/CAN interfaces from HMS.

The Ixxat PC/CAN interface portfolio from HMS Networks is available for all common PC interface standards, such as USB, Ethernet, Bluetooth, PCIe, PCIe Mini and PCIe 104. Now, this comprehensive range of interfaces is directly supported by CODESYS.

The library required for operation is included within CODESYS version 3.5.14.0 or newer. In addition to the CODESYS installation, only a VCI-V4 driver installation is required to use all Ixxat PC/CAN interfaces under CODESYS. The VCI-V4 driver can be downloaded for free from the Ixxat website.

Using the integrated library, it becomes very easy to access the CAN bus via CODESYS Control Win SL controller applications. For accessing the CAN network, the user can choose between different Ixxat hardware solutions, e.g. a compact Ixxat PCIe Mini CAN interface, which is integrated directly in the controller application, or an external Ixxat CAN interface, which is accessed via USB or Ethernet.

In addition, the Ixxat PC/CAN interfaces can be used with the CODESYS CANopen Master and CODESYS CANopen Slave application, or with any other CAN RAW application on the CODESYS Control Win SL controller.

* CODESYS is a hardware-independent IEC 61131-3 automation software for developing and engineering controller applications.

 #CODESYS @hmsnetworks #PAuto 

Testing in vehicles and test benches.

HMS Industrial Networks has introduced version 5 of the IXXAT® Automotive Configuration Tool (ACT) for the IXXAT FRC platform, targeting automotive testing applications.

Together with the IXXAT hardware platforms FRC-EP 190 and FRC-EP 170, the new version 5 of IXXAT Automotive Configuration Tool form a sophisticated solution for testing automotive bus systems and devices. Logging and visualization are supported, and complex Residual Bus Simulation (RBS) and gateway applications using Matlab/Simulink can be achieved. User specific code can also be easily implemented. On the hardware-side, the FRC-EP’s include a stand-alone, high-performance microcontroller system and a variety of interfaces for CAN, CAN FD, FlexRay, LIN, EtherCAT, and Automotive Ethernet.

In addition to the data logger functionality, CAN/CAN FD gateways can now be implemented with the new freeware version and powerful functions for data visualization on HTML5-capable devices (tablet, smartphone) are available. Furthermore, customer specific functions can be implemented using C user code elements and the generic Ethernet interface of the hardware platforms is supported. A Generic Ethernet protocol interface enables e.g. transmission of CAN data via Ethernet, which for example can be used to link automotive test benches with cloud-based simulation environments. To use the freeware version, users need one of the two FRC hardware platforms. This enables customers to set up a low-cost and high-performance test system that already has a wide range of functions.

Besides the freeware version, the ACT tool is offered in a Lite version with Matlab/Simulink and EtherCAT support, and in a Standard version with full functionality. The standard version includes a powerful RBS functionality which provides an easy-to-configure simulation environment for testing of single or multiple ECUs independent of other network participants. In addition, extensive functions for signal manipulation via e.g. XCPonEthernet are included. Version 5 also supports Fibex 3.x, 4.x and AutosarXML and has full PDU support. Signal manipulation is now possible on all connected bus systems and is no longer limited to buses under the control of the RBS.

@HMSIxxat #Automotive #Pauto

Smallest PC-interface for Industrial Ethernet and Profibus.

With the new IXXAT INpact M.2 interfaces, users can implement PROFINET, EtherNet/IP, EtherCAT, Modbus-TCP, Powerlink and PROFIBUS slave connectivity with the smallest footprint ever. The compact form factor M.2 2260 (Key B-M) makes INpact M.2 suitable for small and mobile devices, typically used for service, configuration, data analysis or process data visualization purposes. INpact M.2 also fits well in modern embedded computer-based controllers, where it enables direct and easy connectivity to desired industrial networks.

Like all IXXAT INpact cards, the INpact M.2 comes with a comprehensive driver package for Windows, Linux, INtime and QNX, offering an easy and fast development process. A uniform programming interface allows customers to switch seamlessly between different INpact cards and protocols without changing the software. The effect is increased flexibility and a significant reduction of development costs.

The multi-network capability of the INpact is based on the proven Anybus® CompactCom™ technology, in which the FPGA-based Anybus NP40 network processor provides all functionality required to handle communication between the Industrial Ethernet or fieldbus network and the customer application. The solution features real-time performance, making it ideal for demanding industrial applications.

INpact M.2 is available as finalized product with pre-installed network protocol, but it also features a flexible, multi-protocol Common Ethernet version which enables users to save storage cost. Economy of scale is achieved since users can simply select and upload the desired Industrial Ethernet protocol to the INpact by themselves depending on end customer networking needs.

The connection of INpact M.2 to the fieldbus or Industrial Ethernet network is done through a special bus interface board, connected via cable to the IXXAT INpact M.2. The INpact M.2, bus interface board, cable and mini bracket comes in a ready-made kit, but can also be purchased separately, if desired.

@HMSAnybus #PAuto

Connect to CIP Safety .

The IXXAT Safe T100 safety module from HMS now supports the CIP Safety protocol according to CIP Volume 5 V2.14. Previously available for PROFIsafe, the new IXXAT Safe T100/CS, enables easy, module-based implementation of secure IOs for CIP Safety.

IXXAT Safe T100 is an all-in-one safety solution allowing users to implement configurable, safe inputs and outputs in applications up to SIL 3 and PLe Cat.4. The Safe T100 module is integrated into an industrial device used together with the Anybus CompactCom multi-network communication products. CompactCom handles communication between the host device and an industrial network (such as PROFINET or EtherNet/IP), while the Safe T100 handles the safe signals.

By using the new IXXAT SafeT100/CS, users can implement safety standards faster and easier compared to in-house development.

The new IXXAT Safe T100/CS
The module has three inputs (dual-channel) – with a detection functionality for external cabling errors – as well as one output (also dual-channel). All inputs and outputs operate with 24 V signals.

The IXXAT Safe T100 can be used to, for example, implement a safe emergency stop function for drives or process controls (within applications for welding, gluing, riveting, etc.). Hereby, the end user gets a device which handles secure and non-secure communication via one single communication interface. This simplifies both the configuration and the development of the entire system.

Pre-certified and conformance tested
The combination of IXXAT Safe T100 safety hardware and software as well as the pre-certification by TÜV Rheinland makes the development of secure devices and systems faster and easier resulting in reduced development time, costs and risks. The CIP Volume 5 compliance of the IXXAT Safe T100 has been tested and confirmed in the ODVA test laboratory.

Modular concept for CIP Safety and PROFIsafe
The CIP Safety version of the module (IXXAT Safe T100/CS) is used together with the well-known Anybus CompactCom products from HMS. CompactCom handles the communication with the non-secure EtherNet/IP network and the secure communication is handled by Safe T100 according to the "black-channel" principle. Switching between the two supported protocols (CIP Safety and PROFIsafe) can be done on the same IXXAT Safe T100 hardware using the firmware upload option.

All modifications of the EtherNet/IP layer – necessary for CIP Safety operation – are already implemented within the Anybus CompactCom module, like e.g. control of the network and status LEDs, transmission of the secure configuration data, and more.

As an additional safety feature, the interface between the Anybus CompactCom module and the IXXAT Safe T100/CS is galvanically isolated.

Other internal safety features include integrated temperature monitoring and switch-off to a safe state, channel-based error signaling and error handling as well as optional automatic or manual reset of channel errors.

The IXXAT Safe T100 stores the configuration data within a non-volatile memory, which results in very short start-up times. The module also supports a manual and DHCP-based IP address setting.


Customized implementation or OEM solutions
Thanks to the comprehensive implementation guidelines and user, the module can be implemented by the device manufacturers themselves. However, HMS also supports customers with implementation, porting and certification services. As an alternative, parts of the development or the entire project can be performed by the HMS Safety Development Team on behalf of the customer.
For specific requirements regarding form factor, plugs or number of IOs, customer-specific versions of the IXXAT Safe T100 can also be customized by HMS.

IXXAT Safe is more...
For applications where the integration of the IXXAT Safe T100 is not possible (e.g. due to limited space within safety decoders or a limited flexibility due to already existing safety hardware) HMS also offers pre-certified protocol stacks for Functional Safety over EtherCAT (FSoE), CIP Safety over EtherNet/IP and CIP Safety over Sercos.

@HMSIxxat #PAuto

Smart Grid connectivity made easy.

New IXXAT SG-gateways from HMS Industrial Networks enable data exchange between infrastructure and energy networks based on IEC61850 or IEC60870-5-104, and common fieldbus and industrial Ethernet systems.

While industrial communication between devices and systems is typically done with fieldbus and industrial Ethernet, modern infrastructure and energy networks are based upon other protocol standards such as IEC61850 and IEC60870-5-104. The new IXXAT SG-gateways from HMS address the increasing need for data exchange between these two worlds, offering a wide protocol coverage and easy integration. The SG-gateways focus on applications requiring a connection between the IEC61850 or IEC60870-5-104 protocols, and popular industrial, building and metering standards such as Modbus RTU (master/slave), Modbus-TCP (client/server), PROFIBUS, PROFINET, EtherNet/IP, M-Bus, along with digital I/O’s.

In addition to data transmission via Ethernet, the SG-gateways also optionally offer data transmission via 3G modem, enabling wireless connection to e.g. control rooms.

Flexible use in a wide range of emerging applications
The SG-gateways are ideal for all applications using the IEC61850 or IEC60870-5-104 protocol, and where users want to achieve straight-forward remote control, efficient electrical system management or easy access to application and power consumption data. The SG-gateways can be used to connect SCADA systems with industrial devices and machines in the field, serve as gateways between individual power producers and energy management software in Virtual Power Plants (VPP) and demand-response applications, or as means to enable a connection from IEDs (Intelligent Electrical Devices) to PLC systems from various automation vendors. Furthermore, the SG-gateways are fitting for water/wastewater management, within district heating and gas networks, or within rail network systems.

Special focus on easy integration and configuration
The SG-gateways are easily configured and programmed using the WEB-PLC-Tool, a PLC software with a web-based programming interface. With the graphical editor of the WEB-PLC, function diagrams can be processed intuitively and quickly – similar to the well-known CFCs (Continuous Function Charts). Thanks to a powerful 32-bit processor platform, the SG-gateway can process up to 8192 variables. As a result, the gateway can be used without restrictions in complex systems with a multiplicity of signals and messages as well as a high data throughput.

@HMSAnybus #PAuto 

Interfaces for CAN.

HMS has extended its CAN FD product portfolio by introducing several new IXXAT® CAN FD products, including new PC interfaces, bridges/routers, gateways and analysis tools.

The IXXAT PC interfaces for CAN FD and CAN are typically used for control, monitoring, analysis or configuration purposes. HMS now introduces the IXXAT USB-to-CAN FD — a new USB-connected version which is ideal for mobile analysis and configuration. More interface standards will soon be supported, as IXXAT CAN FD versions for Mini PCIe, PCIe 104, XMC and PMC are currently being developed (CAN FD on PCIe is already supported by the existing IXXAT CAN-IB 500/PCIe and CAN-IB 600/PCIe).

Thanks to the wide range of form factors, IXXAT CAN FD interfaces can be easily adapted to various applications. Depending on the version, the CAN FD interfaces offer up to two CAN FD and up to four CAN channels. Customers can also optionally choose galvanic decoupling or add other available interfaces, for example for LIN network connectivity. All CAN FD interfaces come with free-of-charge driver packages – VCI for Windows as well as ECI for Linux and real-time operating systems (VxWorks and RTX for CAN FD and CAN, INtime and QNX for CAN). The driver packages support all IXXAT PC interfaces with a uniform programming interface. Thanks to this, CAN-users can easily change the card type without changing the customer application.

IXXAT bridges and routers enable flexible CAN FD networking
With the new IXXAT CANbridge NT 420, HMS is introducing the world's first bridge/router with CAN and CAN FD support within one DIN rail mounted product. Using the CANbridge NT 420, system integrators can increase the length of their systems, apply filter and translation rules for the message transmission, as well as to de-couple CAN FD and CAN systems.

HMS now also launches the IXXAT CAN@net NT 420 Ethernet-to-CAN FD gateway, which can be used to enable network coupling over large distances via Ethernet (operating as a bridge), as well as to connect PCs or embedded controllers to CAN FD systems via Ethernet.

The IXXAT CANbridge NT and CAN@net NT are configured and managed through an easy-to-use Windows application. By using IXXAT repeaters and bridges, customers can benefit from increased system reliability and versatile networking. Both star and tree network topologies are allowed, as well as galvanic protection of network segments.

IXXAT canAnalyser now also for CAN FD
The IXXAT canAnalyser is a Windows-based analysis tool for CAN – and now also CAN FD. It targets developers and service technicians who are developing or commissioning CAN FD devices and systems. Besides online display and analysis of CAN FD raw data or interpreted signals, the canAnalyser offers flexible message transmission as it can send messages once, cyclically or as command-controlled sequences. Furthermore, messages can be recorded to hard disk, which enables offline analysis of the message traffic. Customer-specific functions can be achieved via a .NET interface to the product.

A free, basic version of the tool, the "canAnalyser Mini", is included with all IXXAT PC interfaces and available for download on the IXXAT webpage.

@HMSIxxat #PAuto @HMSAnybus

Enabling PCs communicate with fibre-optics.

HMS Industrial Networks has expanded the IXXAT INpact multi-protocol card series with a PCIe mini variant for PROFINET IRT Fibre Optic.

Designed for secure data transmission in harsh environments
The IXXAT INpact enables easy implementation of a PROFINET IRT Fiber Optic Slave interface and can be used in compact industrial PCs as well as in mobile devices. Typical use cases are coupling of subsystems with superordinate networks, visualization of process data on human machine interfaces (HMIs) as well as data acquisition in PC-based process devices. IXXAT INpact is fully compliant with the requirements of the AIDA (Automation initiative of German automobile manufacturers) for a PROFINET interface.

PROFINET IRT via fiber optic meets the highest requirements for interference immunity and data transmission. It is often used in critical areas in the automotive field, e.g. in robotic cells for car body construction, in automated welding systems and other areas with high electromagnetic interferences.

Hardware concept of the IXXAT INpact multi-protocol card series
The new PROFINET IRT Fiber Optic card is the newest member of the IXXAT INpact series which supports a variety of Industrial Ethernet and fieldbus protocols, such as PROFINET, EtherCAT, EtherNet/IP, Powerlink, Modbus-TCP and PROFIBUS. The multi-network capability of INpact is based on the proven Anybus CompactCom technology from HMS – used within millions of devices globally.

The FPGA-based Anybus NP40 network processor includes all functions required to handle the communication between the Industrial Ethernet or fieldbus network and the PC-based customer application. The FPGA has a low latency and a deterministic real-time behavior, making it ideal for demanding industrial applications. The PROFINET IRT FO connection is made via SC-RJ connectors. Other network standards are supported by corresponding Sub-D9 or RJ45 Ethernet interfaces.

The IXXAT INpact is offered as a dedicated version for each network with pre-installed network protocol. Furthermore, INpact is also available as a Common Ethernet version, a highly flexible and open version in which the desired industrial Ethernet protocol can be flashed by the user.

Connection to the customer application
The IXXAT INpact is supplied with a comprehensive driver package for Windows and Linux, which allows a fast and easy development of customer-specific applications, regardless of the used card type or protocol. Thanks to a universal programming interface, users can change between INpact cards and protocols without changing the customer software, which leads to increased flexibility and a significant reduction of the development costs. Support for real-time operating systems such as RTX, Intime, VxWorks and QNX is available on request.

@hmsnetworks #PAuto #ProfiNet

Mini card enables PCs to communicate.

HMS Industrial Networks has expanded the IXXAT INpact multi-protocol card series with a PCIe mini variant for PROFINET IRT Fiber Optic.

Designed for secure data transmission in harsh environments

The IXXAT INpact enables easy implementation of a PROFINET IRT Fiber Optic Slave interface and can be used in compact industrial PCs as well as in mobile devices. Typical use cases are coupling of subsystems with superordinate networks, visualization of process data on human machine interfaces (HMIs) as well as data acquisition in PC-based process devices. IXXAT INpact is fully compliant with the requirements of the AIDA (Automation initiative of German automobile manufacturers) for a PROFINET interface.

PROFINET IRT via fiber optic meets the highest requirements for interference immunity and data transmission. It is often used in critical areas in the automotive field, e.g. in robotic cells for car body construction, in automated welding systems and other areas with high electromagnetic interferences.

Hardware concept of the IXXAT INpact multi-protocol card series
The new PROFINET IRT Fiber Optic card is the newest member of the IXXAT INpact series which supports a variety of Industrial Ethernet and fieldbus protocols, such as PROFINET, EtherCAT, EtherNet/IP, Powerlink, Modbus-TCP and PROFIBUS. The multi-network capability of INpact is based on the proven Anybus CompactCom technology from HMS – used within millions of devices globally.

The FPGA-based Anybus NP40 network processor includes all functions required to handle the communication between the Industrial Ethernet or fieldbus network and the PC-based customer application. The FPGA has a low latency and a deterministic real-time behavior, making it ideal for demanding industrial applications. The PROFINET IRT FO connection is made via SC-RJ connectors. Other network standards are supported by corresponding Sub-D9 or RJ45 Ethernet interfaces.

The IXXAT INpact is offered as a dedicated version for each network with pre-installed network protocol. Furthermore, INpact is also available as a Common Ethernet version, a highly flexible and open version in which the desired industrial Ethernet protocol can be flashed by the user.

Connection to the customer application
The IXXAT INpact is supplied with a comprehensive driver package for Windows and Linux, which allows a fast and easy development of customer-specific applications, regardless of the used card type or protocol. Thanks to a universal programming interface, users can change between INpact cards and protocols without changing the customer software, which leads to increased flexibility and a significant reduction of the development costs. Support for real-time operating systems such as RTX, Intime, VxWorks and QNX is available on request.

@HMSIxxat #PAuto #Fieldbus

Multi-functional CAN-to-Ethernet gateway.

The new IXXAT CAN@net NT 200 is a CAN-to-Ethernet gateway which allows users to connect CAN and Ethernet. Thanks to its two operating modes, CAN@net NT can be used as CAN-Ethernet-CAN bridge and as CAN-to-Ethernet gateway. Equipped with two CAN interfaces, it supports an even wider range of use cases compared to the well-known CAN@net II.

The CAN@net NT (now in new black housing)
allows users to connect CAN and Ethernet

Linking of CAN networks
One of the key features of the CAN@net NT – which is especially useful in e.g. building automation – is the ability to separate CAN networks that are distributed over large areas. CAN@net NT couples the CAN networks via a backbone Ethernet system, allowing existing infrastructures to be used. This segmentation also increases the reliability and stability of the overall system.

Enables remote access
Designed for high performance in harsh environments, another common application for CAN@net NT is remote access to CAN networks via Ethernet – e.g. in wind power plants or in the manufacturing sector. CAN@net NT enables service staff to get access to plants all around the world, simplifying control, service and monitoring of CAN-based plants, reducing costs and downtime significantly.

Besides the bridge operation, linking two CAN networks via Ethernet, the CAN@net NT 200 can also be directly accessed from Windows, Linux, VxWorks or QNX based systems as well as from embedded systems, by using a simple ASCII protocol over a standard TCP/IP socket.

CAN@net NT supports all CAN baud rates from 5 kBit/s to 1 Mbit/s, as well as simultaneous use of 11 and 29 bit identifiers. The TCP/IP-based protocol ensures that no CAN messages are lost when transmitted over Ethernet. The device configuration is easily made by using a Windows configuration tool.

More variants of the CAN@net NT, with PC interface operation mode, 4 CAN channels and CAN FD support will soon be released.

@HMSIxxat #PAuto #Ethernet