ProfiNET in six weeks, EtherNet/IP in two days!

This case study shows how ELOTECH restored delivery capability and built a future-ready multiprotocol communication platform with Anybus CompactCom 40 from HMS Networks.

When a critical communication platform reached end-of-life, ELOTECH turned to HMS Networks to restore delivery capability fast and build a future-ready multiprotocol communication platform.

Founded in 1994 and headquartered in Hilden (D), ELOTECH develops temperature control solutions for plastics processing, extrusion, and industrial furnace systems. With more than 30 years of experience and over 5,000 product variants, the company is a leading provider of multi-zone temperature control solutions. The problem: a trusted platform reached its end of life.
ELOTECH's existing communication solution was approaching the end of its lifecycle, and the module it depended on was being discontinued, just as customer demand was increasing. The company needed a replacement quickly to maintain production and continue meeting customer expectations. “We were facing the risk of supply shortages. Our priority was to restore delivery capability as quickly as possible while establishing a stable foundation for future developments,” said Florian Black, Electronic Engineer, ELOTECH

Reliable, flexible, compact, and quick to implement answer required.
ELOTECH decided that replacing the aging platform was the better long-term option. The company needed a solution that was reliable, compact, capable of supporting multiple industrial protocols, and fast to implement. It also wanted a future-ready platform that could support long-term product development, including evolving cybersecurity requirements.

“Reliability was our top priority. We wanted a proven solution from an established supplier that we could rely on for many years. We also needed a highly compact solution, ideally in a stamp-sized form factor that could be hand soldered for quick prototyping as well as optimized for serial production costs. Support for multiple industrial protocols was also important, as it would minimize the number of product variants. And given the situation, immediate availability and the fastest possible integration were key elements,” outlines Florian.

Solution.

After evaluating available alternatives, ELOTECH selected the Anybus CompactCom 40 Brick as the foundation for its next-generation communication platform. Florian explains why. “We were already familiar with Anybus from a previous evaluation, so we had a good overview of the concept. What convinced us was the combination of technical capabilities and promised low implementation effort. That aligns very well with our product strategy and simplifies future developments.”

In six weeks.
The implementation project started the week after the initial discussion with a hands-on workshop, where HMS experts introduced ELOTECH's team to the key tools, processes, and development resources needed to get started quickly. This early guidance proved critical. Rather than spending time learning unfamiliar tools and processes, ELOTECH's engineers could focus on integrating communication functionality into their products and rapidly progressing towards a working prototype.

Throughout the project, HMS Networks provided starter kits, documentation, code examples, configuration tools, and technical support. Its API and host application code generator let ELOTECH's team focus on the functionality specific to their device rather than communication details, accelerating prototyping and testing.

“The result was remarkable. From the initial workshop to a customer-ready ProfiNET solution, the entire process took approximately six weeks, including both hardware and software development. Considering the time pressure we were facing, this was a significant achievement,” says Florian.

EtherNet/IP added in only two days.
The successful ProfiNET implementation solved ELOTECH's immediate delivery challenge, but it also demonstrated the value of a multiprotocol communication platform.

“Once the platform was established, expanding to additional protocols became much easier. Our immediate focus had been ProfiNET because it represented the highest volume requirements and the greatest business urgency. After successfully completing that implementation, we were able to add EtherNet/IP with very little additional effort. In fact, the implementation required only about two days of effective development work,” explains Florian.

For ELOTECH, this highlighted one of the key advantages of the Anybus approach. Instead of developing and maintaining separate communication solutions for different markets and customer requirements, the company could build on a common hardware platform and efficiently add support for new protocols as needed.

Delivery restored, effort reduced.
The first major benefit for ELOTECH was restoring its delivery capability. “We were able to respond to customer demand quickly and avoid the long-term risks associated with the previous solution. At the same time, we gained a significantly more flexible platform for future developments,” according to Florian.

Today, many configuration changes can be implemented through application software, reducing development effort and speeding response to new customer requirements. “Our customers also benefit. Firmware updates are easier to manage, maintenance becomes simpler, and multiple communication protocols can be supported on the same hardware platform. This reduces product variants and simplifies deployment across different markets and applications,” Florian added.

Building for the future.
For ELOTECH, the implementation was much more than a technical upgrade. It was a strategic step that helped secure short-term delivery capability while creating a future-proof communication platform.

“The biggest impact is clearly on time-to-market. In the past, communication implementations had taken more than a year before reaching production readiness. With the new platform, development cycles have been significantly shortened, while future protocol integrations and product adaptations can be completed with far less engineering effort,” says Florian.

By combining fast integration, strong technical support, and multiprotocol flexibility, ELOTECH transformed an urgent supply-risk challenge into a long-term competitive advantage. In the context of increasing cybersecurity regulation, the new platform also provides a communication foundation designed to support future CRA compliance efforts.

The results speak for themselves: ProfiNET in six weeks, EtherNet/IP in two days, and a communication platform ready for the next generation of industrial products.

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@hmsnetworks @HMSAnybus @mepaxIntPR #Elotech #PAuto #Connectivity #Germany

Layer 3 Ethernet switch.

The LMP-3228G-4X24S-bt-T, a 32-port managed Layer 3 Ethernet switch has been announced by Antaira Technologies. This switch brings fibre-dense aggregation, 10G backbone bandwidth, and 100W-per-port PoE++ together in one compact, extended-temperature platform. Designed for distribution points in utilities, water treatment, oil and gas, transportation, and surveillance networks, the switch lets engineers consolidate what typically requires a fibre switch, a PoE switch, and a router into a single ruggedised unit.

The switch is built around how many distribution sites work: most traffic arrives over fibre, while a few nearby devices need serious power over copper. Twenty-four Gigabit SFP slots aggregate noise-immune fibre runs from remote cabinets and enclosures, and four 1G/2.5G/10G SFP+ slots provide a 10G backbone that keeps uplinks from becoming a bottleneck as camera and sensor counts grow. Four IEEE 802.3bt PoE++ ports deliver up to 100W each, enough to power PTZ cameras with heaters, multi-radio access points, and thin clients without separate power supplies or electricians at the mounting point.

As networks are divided into segments for performance and security, Layer 3 intelligence keeps them connected and resilient: OSPF updates routes automatically as the network changes. VRRP fails over to a backup gateway, so a single hardware fault never blacks out a segment.

ITU-T G.8032 ERPS restores ring connectivity in under 50 ms, fast enough that video, SCADA polling, and control traffic continue uninterrupted. VLAN, QoS, and IGMP deliver deterministic performance for critical traffic. 802.1X, HTTPS, SSH, and SSL lock down access. SNMP, RMON, and Modbus TCP bring network health straight into existing management and SCADA tools, all configured through an intuitive web console.

The LMP-3228G-4X24S-bt-T operates from -40°C to 75°C without fans or climate-controlled enclosures, and its high EFT and ESD protection and redundant power inputs keep it running through electrical noise, surges, and power loss. The compact IP30 housing saves cabinet space, and front-facing connections let technicians see every port and LED at a glance.

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AC-Powered PoE injector.

Simple AC plug-in PoE++ injector supplies power over a single Ethernet cable to industrial automation, security, and transportation deployments.

Antaira Technologies' INJ-0201G-bt-AC-100-T has just been unveiled. This a high-power  Power over Ethernet (PoE) injector engineered to deliver the robust, reliable power today's mission-critical Powered Devices demand. Featuring an integrated AC power input, this injector delivers reliable, high-wattage performance in the toughest environments and stands up to wide temperature swings. Users can simply plug it into any 100-240VAC wall outlet to unlock up to 90W of 802.3bt power, 100W High PoE, or 100W four-pair (4PPoE) output from a single connection, seamlessly enabling PoE deployment in non-PoE environments.

Connects to existing networks
The Antaira INJ-0201G-bt-AC-100-T PoE Injector delivers both high-power PoE and Gigabit data to IP cameras, motorized PTZ cameras, Wi-Fi 6 and Wi-Fi 7 access points, and industrial sensors on existing networks. Simply connect the AC Injector between a standard non-PoE switch and the Powered Device (PD). The result: fewer cables, faster installs, and PoE capability added to legacy infrastructure using what's already installed.

Maximum power, maximum reliability.
With up to 100W of PoE++ power, the INJ-0201G-bt-AC-100-T is built for the field, powering automation equipment, IP security systems, and transportation infrastructure while performing reliably in extreme heat or bitter cold. The device gives integrators a simple, drop-in path to full PoE++ power without compromising ruggedness, compliance, or reliability.

• 10/100/1000TX Gigabit Support: Full-speed data and PoE output on a single port, ready for high bandwidth applications.
• IEEE 802.3af/at/bt PoE++ Compliant: Backward- and forward-compatible designed to meet a spectrum of PoE standards.
• Up to 100W Output: Delivers up to 100W on the PoE port, 90W bt, a.PoE 100W including 95W High PoE, and 4PPoE 100W, with an Enhanced PoE mode purpose-built for the industry's most power-hungry PDs.
• Integrated 100-240VAC Power Input: allows the PoE injector to be plugged directly into a standard wall outlet for full 100W PoE output.
• Fanless, IP30-Rated Design: Silent, dust-resistant operation with no moving parts.
• Extended Operating Temperature Range: -40°C to 75°C (-40°F to 167°F).

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Automotive ethernet product.

A new era of In-Vehicle Network Communication with seamless automotive Ethernet connectivity.

HMS Networks has introduced its first-ever Automotive Ethernet product under the PEAK brand, entering a new era of IVN communication: The PAE-Media Converter is a robust and compact device designed to connect Automotive Ethernet (100BASE-T1 or 1000BASE-T1) with standard Ethernet (100BASE-TX or 1000BASE-T) networks. As a media converter, it enables automotive engineers to simplify development, testing, and validation workflows within the 100 Mbit/s and 1,000 Mbit/s domains.

Unique Features for Automotive Testing.
The PAE-Media Converter addresses crucial market challenges in automotive development and validation with three core innovations. It enables realistic fault simulation by allowing physical interruption of the Automotive Ethernet link. This can be triggered directly on the device or via an API, supporting reproducible and controlled test scenarios.

“We empower engineers with simple and powerful tools. With our unique physical link interruption functionality, we enable them to create real fault conditions in test scenarios without unplugging the device – saving time and wear”, explains Kristofer Koch, Product Manager at HMS Networks (Pictured right). At the same time, the device combines H-MTD and MATEnet connector support in one unit, reducing hardware complexity, investment risks, and enabling faster setups.

“With only one device we cover the two de facto connection standards in the market – with no additional adapters needed”, says Koch. In terms of useability, the PAE-Media Converter provides what engineers enjoy: true plug-and-play operation with optional API control and a selectable (via DIP switch) dual-speed conversion (100/1000BASE-T1). The benefit of this hardware-only configuration is that engineers can start immediately without software, while still having the flexibility to integrate the device into automated test environments.

Designed for Practical Engineering Use.
The PAE-Media Converter comes with a robust aluminum housing (145 × 61 × 46 mm), and an extended operating temperature range from -40 °C to +85 °C that ensures reliable performance in testing environments. For intuitive on-device diagnostics, LED indicators provide direct feedback on link status, signal quality, and errors. This enables fast diagnostics without additional tools and supports efficient troubleshooting during development and testing.

The media converter easily integrates into existing Ethernet environments. It connects directly to standard tools, enabling immediate use in development and analysis workflows. An integrated frame generator supports link validation and wiring tests. Available accessories include H-MTD and MATEnet cables for Automotive Ethernet connections, as well as a DIN rail adapter for integration into test benches and industrial setups. These components enable quick adaptation to different environments and reduce setup effort.

“Automotive Ethernet - especially within the 100/1,000 Mbit/s domains - is a key technology for software-defined vehicles”, says Koch, highlighting PEAK’s strategic move into this emerging market. “With our strong background in CAN, PEAK has long been a proven expert in in-vehicle communication. With the addition of Automotive Ethernet, we are now extending this expertise to cover the full IVN landscape. For engineers, this means one reliable partner across both technologies. With the PAE-Media Converter, we provide a first simple yet powerful tool to bridge development and testing environments – with a lot more to come in the future.”

Key Technical Features. • Conversion between 100BASE-T1 / 1000BASE-T1 and 100BASE-TX / 1000BASE-T • Dual-speed support with hardware selection via DIP switches • Integrated support for H-MTD and MATEnet connectors • Power supply via USB-C (5V) or 6 to 36V DC • Robust aluminum housing with IP20 protection • Extended operating temperature range from -40 °C to +85 °C • Hardware-based configuration without software • LED diagnostics for link status, signal quality, and errors • Integrated frame generator for link validation • Controlled link interruption for testing scenarios • Optional USB API for automation and system integration • Compatibility with standard Ethernet tools and infrastructure

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@hmsnetworks @HMSAnybus @mepaxIntPR #Automotive #Communications

Ethernet switch platform for mission-critical operations.

Fast startup, rapid network recovery, and hardware-based precision timing—built for modern industrial networks where seconds matter.

Industrial networks are advancing. They’re getting faster, more complex, and more dependent on uptime than ever before. To meet these demands, HMS Networks has announced the launch of the N Tron® NT7000 Series, an advanced managed industrial Ethernet switch platform designed for real world industrial environments where failure is not an option.

Barry Turner

“Industrial teams keep telling us they need performance they can trust—without added complexity. The N-Tron NT7000 is built for that reality: fast startup, rapid recovery, hardware-based precision timing, and tools that make it easier to deploy, maintain, and restore. It’s designed to keep critical operations running in the environments where uptime matters most,” said Barry Turner, N-Tron Product Manager.

Fast startup and rapid recovery.
When a production line comes back online, time matters and seconds count. N-Tron NT7000 is built to minimise downtime with fast boot that passes traffic in less than 7 seconds and N Ring redundancy with ~20 ms healing, helping operations return to service quickly after network faults.

Hardware based precision timing for time sensitive industrial applications As motion, robotics, and other time sensitive industrial applications become more common, deterministic timing is no longer optional. N-Tron NT7000 supports hardware based IEEE 1588 PTP for sub microsecond time synchronisation, moving timestamping into hardware to reduce variation versus software based implementations, supporting more consistent timing for demanding applications.

Built for lifecycle simplicity.
Deploy faster, replace easier, support smarter. N-Tron NT7000 is designed not just to perform but to simplify the day to day realities of industrial networking. N View 3 provides switch and topology discovery, network health monitoring, firmware management, and centralised IP addressing. A micro SD card in the switch supports configuration backup and restore, helping enable faster replacement and recovery. For EtherNet/IP environments, CIP messaging AOI and Faceplate help simplify controls integration.

A scalable platform for modern industrial networks.
The N-Tron NT7000 is a platform designed to support a wide range of industrial architectures and installation needs. It is offered in multiple configurations and connectivity options—including copper and fixed fiber variants to fit common compact and complex industrial designs.

Certified for industrial applications.
NT7000 is certified for rugged industrial applications that customers actually deploy in, including UL Ordinary and Hazardous locations as well as ATEX and IECEx certification in addition to IEEE 802.3 compliance and ODVA, marine, railway and rolling stock certifications. The switches are housed in rugged, DIN-mountable all-metal enclosures and offer high shock and vibration tolerance, along with surge protection, redundant power inputs and extreme operating temperatures.

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@hmsnetworks @HMSAnybus @mepaxIntPR #PAuto #N_Tron

Motor control and power connection capabilities in cabinet.

Integrates motor control components, improves diagnostics and simplifies control panel design.

New capabilities of Rockwell's EtherNet/IP™ In-cabinet Solution, expanding support for additional motor control and protection devices has been announced. The update enables manufacturers to connect more components inside the control panel, simplify wiring and gain deeper diagnostic insight, without redesigning their existing architecture.

As manufacturers work to increase productivity and reduce downtime, they often face challenges related to limited data access and complex panel installations. The EtherNet/IP In-cabinet Solution addresses these issues by streamlining communication between devices inside the panel, improving real-time data availability and making it easier to install, scale and maintain motor control systems over time.

The expanded release adds a supplemental power tap and extends EtherNet/IP connectivity to additional motor control components, including 140ME Motor Protective Switching Devices and E100 Electronic Overload Relays through a 100-E Contactor communication module. These enhancements help manufacturers build smarter, more connected control panels while improving diagnostics and overall system visibility.

"The EtherNet/IP In‑cabin­et Solution continues to transform how customers design and deploy control panels," said Kelly Passineau, product manager at Rockwell Automation. "With the addition of a supplemental power tap­ and connections for additional panel components, we're giving them even more ways to reduce installation time, improve diagnostics and build intelligent, data- driven systems with less complexity." 

Key benefits of this new release include:

• Supplemental power tap: Helps maintain stable performance as device counts increase, reducing the need for oversized power supplies or additional interposing relays and enabling scalable motor control architectures.
• Expanded smart motor control capabilities: Extends EtherNet/IP communication to 140ME Motor Protective Switching Devices and E100 Electronic Overload Relays using a 100-E Contactor communication module.
• Faster installation: In certain case studies, EtherNet/IP In-cabinet Solution has been shown to reduce wiring time by up to 80% compared to traditional hard-wired installations when implemented according to recommended standards.
• Optimized space: Compact components allow more devices to fit within the same footprint, helping reduce overall panel size.
• Improved data access: Real-time communication between devices boosts productivity and supports smarter decision making. With expanded connectivity across more components, users gain access to more data and meaningful insights.
• Scalability: Easily adapts to future networking needs without major redesigns or infrastructure changes.

"The EtherNet/IP In-cabinet Solution isn't just a product—it's a growing portfolio designed to evolve alongside your system," said Jimmy Alvarez, director of Portfolio and Business Management at Rockwell Automation. "This release is the next step on our roadmap that includes expanding support for additional panel components, deeper data access and richer diagnostic capabilities that enhance visibility and performance over time. As your operational needs change, the solution is built to scale with you, offering a flexible, long-term path toward smarter, connected in-cabinet architectures."

This release adds a supplemental power tap and expands connectivity to additional motor control and protection devices, including 140ME Motor Protective Switching Devices and E100 Electronic Overload Relays.

This portfolio is designed for panel builders, manufacturers and OEMs looking to streamline industrial networking, simplify in-panel wiring and gain better diagnostics from their control panels with more connected devices.

The EtherNet/IP In-cabinet Solution reduces wiring time and complexity, improves access to real‑time data and allows manufacturers to scale systems without major redesign.

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@ROKAutomation #PAuto #Ethernet

The right industrial Ethernet switch.

Antaira Technologies, a global leader in industrial networking solutions, presents this engineering guide to help plant managers, systems integrators, and OT engineers specify, deploy, and operate industrial Ethernet switches with confidence.

When a network failure means halted production or compromised safety, "good enough" connectivity is not an option. Industrial Ethernet switches keep critical networking infrastructure online across environments that would destroy commercial hardware in days.

Ten Capabilities that define an industrial Ethernet Switch.

01. Interconnectivity of Devices and Networks - At its core, an industrial Ethernet switch bridges every device on the plant floor — PLCs, sensors, cameras, HMIs — into a unified, communicating network. Multi-port architectures support simultaneous connections at scale, and managed variants enable remote configuration so operators can monitor and adjust without stepping foot on the floor.

02. Long-Distance Operation - Where commercial switches top out at 100 meters, fiber-optic-enabled industrial switches extend connectivity to several miles. Remote assets, outlying substations, and geographically distributed facilities can be unified into a single manageable network without signal degradation or repeater chains.

03. Noise Immunity and EMI Resistance - Variable-frequency drives, motors, and high-voltage lines generate electromagnetic interference that corrupts data on copper runs. Industrial switches feature hardened EMI shielding and support fiber optic cabling, an inherently immune medium, ensuring clean, error-free data transmission in the noisiest environments.

04. Extreme Temperature Operation - Standard commercial hardware fails below 0°C or above 50°C. Antaira industrial switches operate reliably across -10°C to 70°C standard ranges, with extended-temperature models rated from -40°C to 75°C, engineered for foundries, cold-storage logistics, outdoor substations, and arctic deployments alike.

05. Corrosion Protection - Chemical plants, wastewater treatment facilities, and marine installations expose equipment to corrosive agents that eat through standard enclosures. Antaira switches are available with IPC-A-610-compliant conformal coating, sealing internal circuitry against moisture, salt fog, and chemical exposure before corrosion can cause downtime.

06. Vibration and Shock Resistance - Heavy machinery, compressors, and transportation platforms generate constant mechanical stress. Antaira switches are designed to MIL-STD vibration and shock specifications, with DIN-rail mountings and solid-state construction that maintain secure connections and uninterrupted data flow in high-vibration environments.

07. IP-Rated Rugged Housing - Dust ingress and moisture infiltration destroy unprotected electronics. Industrial switches are housed in hardened metal enclosures rated to IP30, IP40, or IP67 depending on the application, keeping internal components clean and dry whether deployed in a dusty quarry, a humid greenhouse, or an outdoor junction box.

08. Power over Ethernet (PoE) Capability - PoE-capable switches deliver both data and power over a single Ethernet cable, eliminating separate power runs to IP cameras, wireless access points, VoIP phones, and smart sensors. The result: faster deployment, reduced cabling costs, and centralised power management with per-port control from the switch.

09. Unmanaged Switches: Plug-and-Play Simplicity - For straightforward point-to-point connectivity where traffic management is not required, unmanaged industrial switches offer immediate, zero-configuration operation. Cost-effective and field-proven, they are the right tool for isolated machine networks, legacy equipment integration, and budget-conscious deployments that still demand industrial-grade durability.

10. Managed Switches: Full Network Control - Managed industrial Ethernet switches deliver VLAN segmentation, QoS prioritisation, SNMP monitoring, RSTP/ring redundancy, and remote CLI or web-GUI configuration. Purpose-built for complex OT architectures, they allow engineers to isolate traffic, enforce security policies, and achieve sub-50ms network recovery, all from a central console.

Industrial Ethernet switches are not a commodity — they are load-bearing infrastructure.

Specifying the wrong switch for your environment means corrosion, thermal failure, signal loss, and unplanned downtime. Antaira Technologies engineers every product in its switching portfolio to exceed the demands of the world's harshest industrial environments, from oil refineries to offshore platforms to smart-factory automation cells.

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@AntairaTech @OConnell_PR #PAuto 

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.

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@hmsnetworks @HMSAnybus @mepaxIntPR #PAuto #Communications

Automotive Ethernet test.

Precise Automotive Ethernet physical layer compliance for next-generation vehicles.

A comprehensive automotive Ethernet test solution that delivers precise Media Dependent Interface (MDI) return loss and mode conversion measurements for validating 100BASE-T1 and 1000BASE-T1 compliance has been announced by Anritsu. By using the Anritsu ShockLine™ MS46524B vector network analyzer (VNA) with the Tektronix® 6 Series MSO oscilloscope, the solution enables engineers to conduct robust, standards-based verification of automotive Ethernet components, including cables, and connectors.

As vehicle networks evolve to support advanced driver assistance systems (ADAS), infotainment, and autonomous functionality, the need for high-speed, reliable data transmission continues to grow. The automotive industry’s transition to Ethernet-based in-vehicle networks demands strict conformance with IEEE 802.3bw, 802.3bp, and 802.3ch standards to ensure interoperability and signal integrity across multi-vendor systems. The solution Anritsu delivers addresses this challenge with a measurement system that combines precision frequency-domain analysis and automated compliance testing aligned with the OPEN Alliance PMA TC8 test suite.

“Automotive Ethernet has quickly become the backbone of modern vehicle architectures, and there is zero room for uncertainty in the physical layer,” said Javier Irazola, General Manager of Performance Instruments at Tektronix. “When engineers use our 6 Series MSO oscilloscope and TekExpress® automotive Ethernet compliance software alongside Anritsu’s ShockLine VNA, they can gain a clear, correlated view of time- and frequency-domain behavior. That helps teams move from debug to standards-based compliance testing with greater speed and confidence.”

Comprehensive and standards compliant validation.
Using the Anritsu ShockLine MS46524B 4-port VNA, engineers can perform high-accuracy S-parameter measurements to evaluate MDI return loss and mode conversion characteristics.

These tests confirm proper impedance matching and help ensure differential signal integrity, meeting IEEE compliance requirements. S-parameter data captured by the VNA is seamlessly transferred to a Tektronix 6 Series MSO oscilloscope, where TekExpress software for automotive Ethernet testing—based on the OPEN Alliance TC8 specification—validates results and generates detailed compliance reports.

A typical configuration to measure MDI return loss and mode conversion loss utilizes an Ethernet test fixture, an Automotive Ethernet DUT, a reliable common ground between the fixture and DUT, a VNA, phase-stable cables, and calibration kits. Fixture qualification according to OPEN Alliance specifications ensures accurate and repeatable measurements, providing dependable physical-layer validation for automotive Ethernet systems.

Anritsu’s MS46524B ShockLine VNA delivers excellent dynamic range, phase stability, and measurement accuracy for differential S-parameter testing up to 43.5 GHz. This instrument supports SCPI-based remote control enabling integration into automated validation and production test workflows. When used in combination with the 6 Series MSO and TekExpress software, the Anritsu system gives component and cable manufacturers a flexible, scalable approach for developing high-speed, Ethernet-based in-vehicle networks. This configuration helps engineers accelerate development and certification of next-generation automotive Ethernet systems.

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@Anritsu @AnritsuEMEA @tektronix @NapierPR #TandM #Automotive

Flat Ethernet switch.

Antaira Technologies has announced the launch of its new ultra-flat Ethernet switch, the FNP-0500G-T. Designed for modern control cabinets and space-constrained environments, the FNP-0500G-T offers robust, high-speed connectivity with an installation depth of only 1.24 inches (31.50mm).

The demand for compact yet powerful networking equipment in industrial settings is growing rapidly. The new FNP-0500G-T network switch addresses this need by providing a reliable and space-saving solution without compromising performance. Available in a 5-port configuration, this Unmanaged Industrial Ethernet Switch ensures seamless integration into existing network topologies and optimized control cabinets.

“Our new FNP-0500G-T switch mounts flat to a control panel or NEMA box, allowing a minimal depth requirement, with its distinctively flat, lightweight and compact form factor,” explained Joe Cook, General Manager, Antaira Technologies, LLC. “The FNP-0500G-T can be deployed in space-constrained environments to provide PoE+ power up to 30W per port to IP cameras, Lidar, industrial sensors, wireless radios and other PoE devices.”

Key features of the FNP-0500G-T switch include:
• Ultra-Compact Design: Optimized installation depth and height for efficient DIN-rail or surface mounting
• Industrial Reliability: Extended temperature range of -40°F to +167°F (-40°C to +75°C) ensures reliable operation in demanding environments
• PoE power budget of up to 100W at 48VDC input, or up to 120W at 56VDC input
• IEEE 802.3af/at Power over Ethernet (PoE+), supplying up to 30W per port to 4 ports
• High Performance: Provides Gigabit bandwidth for connected devices
• UL 60950-1, CE and FCC
• EMC, EMI and EMS standards
• EN 60068-2-6, 27, 32 for vibration, shock and free fall
• NDAA and TAA Compliant
• 5-Year Warranty

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@AntairaTech @OConnell_PR #PAuto #Comms

Industrial remote I/O system.

Article by Henry Martel, Field Applications Engineer, Antaira Technologies, LLC

In industrial automation, input/output (I/O) refers to the connectivity that lets control systems interact with physical equipment. "Input" is the data flowing from a field device to the controller for processing, while "output" are the commands from the controller to perform actions. An I/O module manages these communications, acting as a bridge between the controller and the devices.

There are two primary types of I/O: local and remote. When it comes to industrial settings, the latter is the more common. This article aims to help you gain a better understanding of the basics of industrial remote I/O.

What is remote I/O.
Also known as distributed I/O, remote I/O is a system where an I/O module and multiple field devices operate in a decentralized location far away from a main controller, often because the harsh industrial environment may damage the controller. More often than not, this controller is a programmable logic controller (PLC), but can also be a DCS, RTU or industrial PC.

Sensors or other field input devices are connected to the remote I/O module, sharing information such as temperature, pressure, vibration, chemical properties, light intensity, and flow rates. These data signals are transmitted back to the I/O module and the PLC. Once processed by the PLC, output data is transmitted to valves, motors and other final actuators, essentially telling them what to do in response to the input data. Signals are sent on high-speed twisted pair wires and fiber optics using Ethernet/IP, Modbus TCP, Profibus or other transmission protocols. To enable communication between remote I/O modules and the PLC, an adapter module is installed in the local PLC rack that serves as the gateway between the PLC's backplane/protocol and the remote I/O network.

Benefits of remote I/O.
Remote I/O has been the industry standard for 20+ years for very good reasons. Here are the real, practical advantages of using industrial remote I/O systems instead of traditional centralized home-run wiring:

• Lower wiring costs: Remote I/O systems substantially reduce the amount of wiring that needs to be run. Instead of running hundreds of individual wires from field devices back to the central PLC cabinet, a single network cable is run from the PLC to the I/O modules, alon g with running short local wires from the field devices to nearby I/O modules. To expand, the company simply adds another I/O module and plugs it into the existing network. Plus, a faulty module can be hot-swapped in minutes without rewiring dozens of field cables.
• Diverse Configuration Options: Due to the flexibility that a remote I/O setup provides, a greater variety of hardware configurations can be created. For instance, I/O can be mounted directly on the machine, eliminating local junction boxes entirely. Different topologies are also possible depending on the factory's layout.
• Facilitating Communication in Harsh Environments: In many industrial plants, a PLC can’t be deployed close to field devices due to harsh environmental conditions. In instances of extreme temperatures, strong vibration, or moisture, the PLC must be installed in a safe space—often in or near a control room—while the I/O system is located near the instrumentation.
• Integrated diagnostics: Diagnostics are built-in down to the channel level meaning that issues like wire breaks, short circuits, and under/over voltage is reported into PLC tags or HMI. Instead of spending hours using a multimeter, technicians identify issues quickly.

Potential disadvantages of remote I/O.
While remote I/O systems offer noteworthy benefits, they also pose a few disadvantages that you should be aware of compared to traditional point-to-point wiring. Drawbacks include:

• Vulnerability: All of the signals being communicated in a remote I/O system rely on a single point of communication between the PLC and the remote I/O portion of the hardware. If this point becomes interrupted or lost, all of the data being received could get lost. In addition, you would likely also lose the ability to control the hardware. To minimize this risk, it is important to implement redundant communication channels within a remote I/O system.
• Hidden costs: While remote I/O systems save a considerable amount of money by reducing wiring needs, certain hidden costs can emerge if you aren’t careful. For example, users should know that when implementing remote I/O in a system, they will need to configure all of the additional I/O modules. This can take a considerable amount of time in a large system when even one module in the system is changed.
• Cybersecurity risks: If not appropriately segmented by VLANs or firewalls, IP-based remote I/O (EtherNet/IP, PROFINET, OPC UA) exposes the control system to the plant network and potentially to external attacks.
• Latency: EtherCAT, PROFINET IRT, Sercos III and other real-time industrial Ethernet protocols are very fast; however, standard Ethernet-based remote I/O like EtherNet/IP or Modbus TCP can introduce jitter and non-deterministic scan times that are problematic for fast motion control or safety applications.

Ethernet switches in remote I/O.
Managed Ethernet switches play a critical and often under-appreciated role in remote I/O systems, especially when the remote I/O is based on protocols like EtherCAT, PROFINET IRT, EtherNet/IP, SERCOS III, and Modbus TCP. Without switches, remote I/O systems can be slow, unreliable, or impossible to build over longer distances. 

Switches provide from Antaira remote I/O systems with traffic segmentation and bandwidth management, QoS, IGMP snooping, diagnostics, security and redundancy.They are the high-speed, reliable “highway” carrying the real-time I/O data packets between the PLC and the remote I/O modules. Many of these switches also deliver IEEE-compliant Power over Ethernet (PoE) technology, combining data and power transmission through a single Ethernet cable to streamline installation, reduce infrastructure costs, and simplify ongoing network maintenance.

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Ethernet switches for harsh industrial environments.

Support mission-critical operations in rugged environments

The launch of the N-Tron NT110-FX2, an unmanaged Ethernet switch with 2 fibre ports, the NT111-FX3, an unmanaged Ethernet switch with 3 fibre ports has been announced by HMS Networks. They have also announced the NT112- FX4, an unmanaged Ethernet switch with 4 fibre port. Both are designed for industrial applications needing dependable performance for mission-critical applications under harsh conditions. This NT110 new unmanaged series offers exceptional reliability and performance for data acquisition, Ethernet I/O and process control.

“For decades, N-Tron has stood for ruggedness, reliability and ease of use. The NT100 series continues that tradition, delivering durable switches that thrive in extreme environments, maintain rock-solid uptime, and are simple to deploy. Designed with the needs of machine builders and OEMs in mind—while serving the broader demands of industrial applications—the NT100 series is ready to keep critical operations running in any environment,” said Barry Turner, N-Tron Product Manager.

Compact in size with eight high performance copper ports (10/100BaseTX RJ45) and 2, 3 or 4 100BaseFX fibre ports, the switches are housed in rugged industrial metal enclosures. The new switches offer high shock and vibration tolerance. The RJ45 ports have built in ESD and surge protection. fibre ports are available with SC or ST connectors in multimode or singlemode configurations. Users benefit from an exceptional 1.2M hour MTBF rating, in slim, space-saving designs that operate in temperatures from -40°C to 85°C.

For robust network support, the NT110-FX2, NT111-FX3 and NT112-FX4 unmanaged switches support full wire speed communication. Each model employs store-and-forward technology with support for full and half duplex operation. Two 10-49 VDC power inputs are provided for redundancy.

Along with the flagship16-port copper unmanaged NT116 switch released in 2024, the NT100 series is the next evolution in N-Tron’s unmanaged industrial Ethernet switch. The new switches carry UL Ordinary and Hazardous locations as well as ATEX and IECEx certification in addition to IEEE 802.3 compliance and marine, railway and rolling stock certifications.

Easier data gathering.
The N-Tron NT100 series makes critical performance data easier to gather. Their rugged and hardened designs provide the durability and reliability needed to withstand the extreme conditions found on factory floor control networks and in oil and gas, utilities, water/wastewater treatment, alternative energy, rail, intelligent traffic control and transportation applications.

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Permanent OT network monitoring.

A new industrial Ethernet monitoring solution with predictive diagnostics, multi-protocol support, and intuitive visualisation has been introduced by HMS Networks. This is helping OT network engineers reduce downtime and improve efficiency.

As industrial networks grow increasingly complex—spanning multiple protocols and countless connected devices—keeping them running smoothly has never been more important. Anybus Atlas2 Plus delivers 24/7 visibility into network health, predictive diagnostics, and clear visualisations of industrial Ethernet networks that help OT teams detect and resolve issues before they cause downtime.

Simplifying complex industrial networks is possible. With multi-protocol support and predictive insights, the Anybus Atlas2 Plus helps teams detect issues early, respond faster, and safeguard uptime with confidence.

Multi-protocol support with advanced insights.
The Anybus Atlas2 Plus supports multiple industrial Ethernet protocols, including PROFINET and EtherNet/IP, in one device. With it, industrial networks engineers can: Deliver topology maps and dynamic network displays Provide predictive insights that flag vulnerabilities before they disrupt production Enjoy guided troubleshooting and an intuitive interface, accessible to all skill levels

Empowering teams at every skill level.
To complement Atlas2 Plus, HMS Networks offers PI Certified and technology trainings to give teams the skills and confidence they need to manage and optimise networks — even without deep protocol expertise. Delivered through HMS’ global training centers, these courses cover PROFIBUS, PROFINET, EtherNet/IP, and more, delivering hands-on practice and expert-led instruction.

“At HMS, we believe empowering industrial teams is the key to reliable operations,” said Elco Docter, Product Manager for Anybus Diagnostics at HMS Networks. “The new Atlas2 Plus doesn’t just simplify network monitoring — it transforms it by identifying issues even before they occur. By cutting unplanned downtime, speeding up troubleshooting, and giving teams actionable insights, the Atlas2 Plus helps OT teams work more efficiently than ever.”

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New I/O modules monitor remote equipment activity and detect power faults.

Acromag has added a new discrete AC input module, the Model NT2140, to their BusWorks® NT Ethernet I/O family. This new discrete I/O module provides six 120V or 240V AC optocoupler inputs for sensing sensing the presence or absence of voltage plus two DC logic I/O channels to monitor/control TTL or 0-32V logic levels. Applications include monitoring on/off levels of pumps, motors, switches (e.g. proximity, limit, float, toggle), push buttons, thermostats, contact closures, and AC voltage power supply levels on a wide variety of equipment. A network interface supports Modbus TCP/IP, EtherNet/IP, or PROFINET protocols to communicate with programmable controllers (PLCs/PACs) or other networked devices. An OPC UA server, MQTT client, and RESTful API support Industrial Internet of Things (IIoT) applications.

NTE Ethernet models provide dual RJ45 ports for network communication plus the discrete I/O channels. NTX expansion modules add extra I/O channels to monitor more devices. Up to three NTX modules can link to the NTE communication module through an integrated DIN rail bus interfacing up to 64 I/O over a single network IP address. Other NT Series analog and discrete I/O modules offering a variety of signal processing functions can also be combined to monitor or control voltage, current, and temperature signals. Remote I/O modules are commonly used in chemical processing, oil/gas production, water/power utility, and manufacturing operations.

“With these discrete AC input modules, you can confidently monitor the on/off power status of remote pumps, motors, and other switched devices,” states Robert Greenfield, Acromag’s Director of Business Development. “The NT2140 will sense the presence or absence of AC voltage levels for communication to your control system using a wide variety of industrial Ethernet protocols.”

The BusWorks NT2000 Series offers a broad variety of I/O signal processing options. Sixteen I/O configurations are available as either NTE Ethernet I/O or NTX expansion I/O models. Analog I/O models feature up to sixteen inputs or eight outputs for monitoring and controlling current or voltage signals. Discrete I/O models provide sixteen tandem input/output channels or six mechanical relays to sense or switch on/off and high/low logic levels. For temperature measurement, thermocouple and RTD input models support many sensor types and ranges.

Each module supports three industrial protocols (Modbus/TCP, EtherNet/IP, PROFINET) which are selectable using any web browser to configure the network settings and I/O operation. OPC UA, MQTT, and RESTful API support facilitate IIoT applications. The modules typically function as a network server, but also offer Acromag’s i2o® peer-to-peer communication technology to transfer data between modules directly or multicast without a host or master in between. Conditional logic capabilities let users control operations with IF/THEN/ELSE statements.

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Ethernet Switch for harsh industrial conditions.

An 18-port managed Gigabit Ethernet switch has been introduced by Antaira which caters to the high-reliability requirements of harsh industrial settings. Housed in an IP67 metal enclosure with ultra-secure M12 connectors, the LMP-1802G-M12-10G-SFP-67-110-T light layer 3 switch elevates network performance through its large port count, 802.3at/af PoE, and Gigabit transmission speed, while ensuring uninterrupted operations critical to data-intensive processing operations.

The LMP-1802G-M12-10G-SFP-67-110-T supports flexibility and future-proof scalability with its mix of sixteen 10/100/1000 Base-T(X) Ethernet ports capable of delivering up to 30W PoE+ per port, along with two 1G/10G SFP fiber slots for long distance connectivity. Unlike standard switches with RJ45 ports, it is hardened by M12 X-coded vibration-resistant ports, ensuring robust data and power transmission in environments subject to dust, water, mechanical stress, and extreme temperatures.

Among its industrial-grade features, the LMP-1802G-M12-10G-SFP-67-110-T ensures continuous operation through its dual input power redundancy, and by incorporating the G.8032 ERPS v2 protocol providing >50ms  recovery time to the network if a link or node fails. Bypass functionality prevents a single point of failure from breaking the communication chain. It can also operate under an extended temperature range from -40°C to 70°C, making it suitable for material processing, energy production, chemical manufacturing or other applications with adverse temperatures.

The LMP-1802G-M12-10G-SFP-67-110-T places an emphasis on establishing the most manageable, secure network environment. Enterprises benefit from an innovative and robust feature set including: multi-user accounts with different levels of access privileges, IGMP multicast protocol, GVRP VLAN management protocol, QoS, SNMP network management protocol, RADIUS and TACACS+ authentication, SSH and SSL cryptographic protocols, and IP source guard.

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New I/O module controls stepper motors with Multi-Protocol Communication.

Stepper Motor Controller added to Family of Ethernet Remote I/O Modules with Modbus/TCP, Ethernet/IP, or PROFINET interface to host PC, PLC or PAC.

A stepper motor controller is now available in the Acromag BusWorks® NT Series of Ethernet I/O modules. The new NT2710 module provides six pulse train/logic outputs, six encoder inputs, and four general-purpose digital I/O for motion control applications with stepper motor drivers. A wide variety of commands are supported to precisely control the stepper motor position, speed and direction. Linear, triangular, and trapezoidal S-Curve acceleration/deceleration profiling reduces mechanical stress for smoother movements.

Programmable controllers (PLCs/PACs) interface with the NT2710 module using Modbus TCP/IP, EtherNet/IP, or PROFINET network protocols. An OPC UA server, MQTT client, and RESTful API are also provided to support Industrial Internet of Things (IIoT) applications.

NTE Ethernet models provide dual RJ45 ports for network communication plus the stepper I/O control channels. NTX expansion modules add extra I/O channels to control more motors or axes. Three NTX modules can link to the NTE communication module through an integrated DIN rail bus interfacing up to 64 channels over a single Ethernet IP address. Other NT Series analog and discrete I/O modules offering a variety of signal processing functions can also be combined to monitor or control voltage, current, and temperature signals. Applications include machining, packaging, positioning, dispensing, printing, and many other industrial manufacturing operations. Motion control functions can now be integrated with data acquisition, status monitoring, on/off control, predictive maintenance, energy management, and many other requirements.

“Now you can control stepper motor operations remotely through your PC, PLC or PAC,” explains Robert Greenfield, Acromag’s Director of Business Development. “The NT2710 will execute commands sent over Ethernet using Modbus/TCP, Ethernet/IP, or PROFINET.”

The BusWorks NT2000 Series offers a broad variety of I/O signal processing options. Sixteen I/O configurations are available as either NTE Ethernet I/O or NTX expansion I/O models. Analog I/O models feature up to sixteen inputs or eight outputs for monitoring and controlling current or voltage signals. Discrete I/O models provide sixteen tandem input/output channels or six mechanical relays to sense or switch on/off and high/low logic levels. For temperature measurement, thermocouple and RTD input models support many sensor types and ranges.

Each module supports three industrial protocols (Modbus/TCP, EtherNet/IP, PROFINET) which are selectable using any web browser to configure the network settings and I/O operation. OPC UA, MQTT, and RESTful API support facilitate IIoT applications. The modules typically function as a network server, but also offer Acromag’s i2o® peer-to-peer communication technology to transfer data between modules directly or multicast without a host or master in between. Conditional logic capabilities let users control operations with IF/THEN/ELSE statements.

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Industrial Ethernet switch.

Provides a compact solution for network reliability, stability, and security.

The Allen‑Bradley® Stratix® 2100 Unmanaged Industrial Ethernet Switch from Rockwell Automation, reduces the complexity of network deployments and delivery with its simple dip-switch settings and easy-to-install functionality.

This small form-factor device improves network reliability that best meets overall network system design and application requirements. End users will also benefit from reduced training needs, improved first time fix rates, and lower maintenance costs from the Stratix® 2100.

The Stratix® 2100 helps protect against unwanted network traffic, prioritizing data as needed, while providing increased reliability and network security through offering gigabit speeds, Quality of Service, Energy-Efficient Ethernet, industrial-grade enclosure, and an extended temperature rating as standard.

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Industrial Ethernet switch an I/O & Networking winner.

Industrial enterprises are increasingly digitizing operations by connecting and automating critical network infrastructure. This shift aims to streamline processing, improve efficiency, and enhance data-driven decision-making. Managed Ethernet switches are the cornerstones of these initiatives, acting as a central hub, connecting multiple devices to form a LAN or connect to a broader network infrastructure.

The Antaira LMP-0702G-SFP-24-T-V2 Managed Gigabit PoE Industrial Switch is designed for this task. As a fully manageable Light Layer 3 switch, it streamlines connectivity through four Gigabit RJ45 ports with PoE+ (30W) power delivery, two dual-rate SFP fibre slots for long-distance communication, and a single non-PoE Gigabit port. A low-voltage internal booster enables it to supply full PoE+ to critical devices, such as IP cameras, WAPs and sensors, in environments where power input ranges from 12 to 55VDC, including cabinets where 24VDC is common.

Antaira’s emphasis on providing its customers with the most secure, reliable solutions is demonstrated in the LMP-0702G-SFP-24-T-V2. It offers highly configurable features for network optimization and redundancy with support for ITU-T G.8032 Ethernet Ring Protection Switch (ERPS) protocol that has a <50ms 802.1x="" access="" activity.="" administrators="" allowing="" and="" authentication="" control="" elevate="" for="" leverages="" monitor="" network="" p="" port="" protection="" qos="" recovery="" restrict="" security="" segment="" switch="" the="" time.="" to="" unauthorized="" vlans=""> NAT has been added to the V6.2 firmware. NAT is used for communications between networks by translating IP addresses and port numbers from one network to IP addresses and port numbers in another network by modifying the IP packet header as it transits the inside local VLAN interface to the outside global VLAN interface. NAT Options on Firmware Version 6.2 include; Static NAT: 1-to-1 address translation, Overloading (PAT): 1-to-many port address translation, Port-Forwarding: Allows remote hosts with global IP addresses to connect directly with hosts on the private network.

Built for industrial application settings with an IP30 DIN-Rail mountable metal housing, the LMP-0702G-SFP-24-T-V2 withstands extreme temperatures (-40° to 75° C), as well as high exposure to high EFT/ESD.

Bronze Award Winner.
This industrial switch recently earned a bronze award in the I/O & Networking category of the Control Engineering 2025 Product of the Year program. Being recognized by an audience of engineers and automation professionals solidifies the LMP-0702G-SFP-24-T-V2 as a key PoE network switch for automation applications. This award demonstrates Antaira's commitment to advancing networking solutions that transform industrial operations, enhancing productivity, reliability, and security, while laying a foundation for the Industrial IoT.

"We are deeply honored to be recognized by the renowned Control Engineering 2025 Product of the Year awards for our groundbreaking LMP-0702G-SFP-24-T-V2. This award recognition reinforces Antaira's commitment to offering a comprehensive portfolio of industrial-grade solutions that maximize customers' investments by solving their most pressing network needs,’" said Joe Cook, General Manager America’s at Antaira Technologies.

The Control Engineering Product of the Year program highlights the best new control, instrumentation, and automation products as chosen by Control Engineering’s print and online subscribers. It is widely recognized as a benchmark for excellence in the controls and automation industry.

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Arbitrary Waveform Generators with Ethernet control.

Spectrum Instrumentation has introduced four new Arbitrary Waveform Generators (AWGs) in its DN2.63x NETBOX series, delivering output rates up to 10 GS/s with 16-bit resolution. With easy control via Ethernet, these high-speed instruments connect directly to PCs, laptops or even the company network. Designed for automated and remote testing, they are ideal for wideband signal generation from DC to 2.5 GHz.

The compact and lightweight AWGs just use a standard Ethernet/LXI cable to connect to any PC or network. High-resolution 16-bit DAC technology delivers waveforms with excellent purity and low-noise, making these AWGs ideal for use in stimulus-response or closed-loop type testing situations. Each AWG channel features its own DAC and can be used in single-ended or differential output modes with fully programmable output ranges. In single-ended mode, waveform amplitudes go up to ±500 mV into 50Ω, in differential mode they go up to ±1 V into 100Ω. With high impedance termination, the output levels are doubled, offering up to ±2 V.

Available in single- or dual-channel configurations, the DN2.63x models include 2 GSamples (4 GB) of standard memory, expandable to 8 GSamples (16 GB). This enables long waveform playback - up to 800 ms at 10 GS/s - without interruption. Users can select between several smart trigger functions and generation modes, including single-shot, repeated, multiple replay and FIFO streaming. The FIFO mode enables new data to be uploaded to the AWG while replaying a stored waveform.

Each unit comes with Spectrum’s SBench 6 software for waveform creation, control, and analysis. Customers can define waveforms from equations, use the built-in function generator, or import data from digitizers, oscilloscopes, or simulation tools. For custom development, SDKs are included for C++, Python, MATLAB, LabVIEW, and more.

Integration into automated systems is seamless with front panel connectors for external clock and trigger signals, as well as multi-purpose I/O lines serving as marker outputs, for status flags, or synchronous/asynchronous signaling. A digital pulse generator option is also available. Weighing under 7 kg and with optional rack-mount kits, these units are ideal for mobile, benchtop and rack-based setups.

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Rugged switches to drive network reliability.

Antaira Technologies is unveiling several new Ethernet switches engineered to maximize the performance of data-driven automation networks across a diverse range of industries.

"Automate is the perfect backdrop to debut our groundbreaking new switches including low-voltage input models supplying up to 30W per port of PoE to connected devices and control systems without needing 48VDC like standard PoE switches," said Joe Cook, General Manager, Antaira Technologies. "We encourage attendees to witness firsthand how Antaira is helping organizations meet the escalating demands to automate their processes and complex tasks."

Since 2005, Antaira has been a pioneer in automation networking for harsh environments, setting the benchmark for reliability with its hardened Ethernet switches, wireless products, media converters, and PoE injectors, all backed by technical services, software and support. Antaira devices withstand extreme environments in industries such as oil & gas, wastewater treatment, agriculture, and transportation, delivering unmatched dependability, while helping manufacturers meet stringent security requirements and high production demands.

There are four new switches, focusing on low voltage solutions:

• 
  LNX-0800-M12-67-T (pictured right): An industrial-grade unmanaged Ethernet switch ruggedized for harsh duty, the LNX-0800-M12-67-T offers a combination of eight M12 (D-Coded) vibration-proof ports, an extended operating range of -40°F to 167°F (-40°C to 75°C), redundant power, and an IP67 weatherproof enclosure. To accommodate different power inputs, it operates on voltages from 12 to 48VDC. It is an affordable, simple to deploy connectivity solution for areas subject to high vibration containing dust, liquid, or laden with gas.
• LMP-1802G-M12-10G-SFP-67-24-T: The LMP-1802G-M12-10G-SFP-67-24-T is an extremely robust yet compact light layer 3 managed switch featuring sixteen Gigabit M12 ports (X-coded) supplying 30W PoE+ per port, along with two 10G SFP slots for long distance connectivity. Although it operates on voltages as low as 24VDC, the switch supports a PoE power budget of 240W. Comprehensive network security and management capability is coupled with network redundancy support leveraging G.8032 ERPS v2, providing <50ms br="" network.="" recovery="" the="" time="" to="">LMP-2804G-4XS-24-T: Designed for high port density requirements, the LMP-2804G-4XS-24-T light layer 3 Ethernet managed switch brings the versatility of 24 Gigabit PoE+ 30W ports, plus an additional four 10G SFP fiber slots for high-speed data transmission over longer distances. In a standard PoE switch, 48VDC is needed to supply power to devices. However, the LMP-2804G-4XS-24-T can operate on power inputs as low as 12VDC, offering a PoE power budget of 150W at 12VDC or 300W at 24VDC. Adding to its versatility, the switch is upgradable to Layer 3 to support Static Route, RIP V2, RIPNG, OSPF V2, OSFP V3, VRRP V2 and VRRP V3.
• <50ms br="" network.="" recovery="" the="" time="" to=""> LMP-1604G-4XS-bt-T: Automation increasingly relies on devices requiring higher wattages, such as GigE Vision and machine vision cameras, LED lighting, high power access points, and HD monitors. The LMP-1604G-4XS-bt-T managed switch satisfies that need with 12 Gigabit ports supplying PoE++ for 90W per port and a total power budget of 360W. Along with the 12 PoE++ ports, the switch has four 10G SFP+ fiber ports to ensure reliable high speeds over extended cable runs. Like the LMP-2804G-4XS-24-T, it is upgradeable from Light Layer 3 to Layer 3, plus features network redundancy support.
• <50ms br="" network.="" recovery="" the="" time="" to=""> LMP-1604G-4XS-bt-T: Automation increasingly relies on devices requiring higher wattages, such as GigE Vision and machine vision cameras, LED lighting, high power access points, and HD monitors. The LMP-1604G-4XS-bt-T managed switch satisfies that need with 12 Gigabit ports supplying PoE++ for 90W per port and a total power budget of 360W. Along with the 12 PoE++ ports, the switch has four 10G SFP+ fiber ports to ensure reliable high speeds over extended cable runs. Like the LMP-2804G-4XS-24-T, it is upgradeable from Light Layer 3 to Layer 3, plus features network redundancy support.

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