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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Wireless bridge kit.

Turns multi-day wireless deployments into plug-and-play installs.

Antaira Technologies, a global leader in industrial networking and wireless connectivity solutions, today announced The Airolinx Go MAX, from Antaira, is a preconfigured point-to-point (PtP) wireless bridge kit engineered to eliminate the guesswork, configuration time, and truck rolls that typically bog down outdoor wireless backhaul projects. Purpose-built for Security and Intelligent Transportation Systems (ITS) applications, the Airolinx Go MAX pairs rugged, high-throughput hardware with Antaira's new Airolinx Go Studio software to compress what is normally a multi-hour commissioning process into minutes.

Security integrators and ITS engineers face a common problem: wireless links need to go up fast, perform predictably, and survive years of outdoor exposure without a service call. The Airolinx Go MAX kit is designed around that reality. Every kit ships as a matched pair of pre-paired radios. Once powered on, the link forms automatically, no controller, no IP scheme, and no on-site configuration is required to pass traffic.

Zero-touch bridging, video-grade throughput.
At the core of every Airolinx Go MAX kit is a transparent Layer 2 bridge architecture that requires no management IP to pass traffic — units simply extend the network as if a cable were run between sites. Each radio integrates a dual chain (2x2) 5GHz radio delivering wireless speeds up to 2400Mbps, paired with an integrated 19dBi panel antenna capable of reaching 6+ miles.

For camera and sensor backhaul specifically, the kit is tuned for video-grade performance across a 1.5–4 mile (2.4–6.5km) line-of-sight range, holding the higher, more consistent throughput that live video streams and time-sensitive ITS data demand.

Power comes via active 802.3at PoE input, simplifying cabling at both ends of the link, and the entire unit is housed in an IP67-rated enclosure rated for -40°C to 75°C (-40°F to 167°F) operation. The kit is engineered for permanent outdoor installation in the enclosures, gate posts, and roadside cabinets where Security and ITS hardware lives. 

Airolinx Go Studio commissioning software.
What sets the Airolinx Go MAX kit apart isn't just the radio hardware. It's the install experience engineered around it. Antaira's new Airolinx Go Studio software was built specifically to solve the problem of commissioning devices that ship without a management IP. Using Layer 2 discovery, Airolinx Go Studio finds and identifies units on the local segment before any IP addressing is configured, giving installers a guided workflow to:

• Discover and commission devices at Layer 2, even prior to IP assignment
• Set first-run security to lock down access before the link goes live
• Optimize RF channel selection to avoid interference and maximize throughput
• Align antennas in real time, using live signal feedback instead of guesswork
• Validate the link and generate a link test report on the spot — ready-made documentation for project close-out and client sign-off

For integrators, this turns antenna alignment and RF tuning from an experience-dependent art into a repeatable, verifiable process, and it hands over documentation that used to require a separate site visit or spreadsheet.

Scales from one link to a full network.
While the Airolinx Go MAX kit is preconfigured for point-to-point deployment out of the box, the architecture is built to grow:

• Add the optional AIROLINX-GOMAX-BASE-IP67-T high-speed base unit to convert a single link into a point-to-multipoint (PtMP) network
• Add additional AIROLINX-GOMAX-KIT-IP67-T preconfigured kits to expand coverage across more sites without re-engineering the network

This lets integrators start with a single camera or intersection link and scale up to a distributed Security or ITS network using the same hardware family and the same Airolinx Go Studio workflow.

Every Airolinx Go MAX kit is backed by a 5-year warranty, reinforcing Antaira's commitment to hardware that performs in the harshest outdoor environments, from roadside heat to winter cold, without the premature failures that drive up total cost of ownership.

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Protection from lightening, surges and voltage spikes.

The LSP Series is a new line of multi-port Power-over-Ethernet (PoE) surge protection devices from Antaira Technologies. Engineered to safeguard industrial networks, the LSP Series shields connected PoE devices from lightning strikes, electrical surges, and transient voltage spikes. The LSP Series is IP30-rated, DIN-rail or wall mountable, and built to perform from -40°F to 167°F (-40°C to 75°C). It delivers zero-compromise protection, even in the harshest industrial environments.

"Our new LSP Series safeguards PoE devices up to 100W, ensuring operational continuity for the critical systems that depend on them," said Joe Cook, General Manager, Antaira Technologies. "As PoE power budgets continue to grow and network speeds of up to 10GbE become increasingly common, that level of protection isn't optional anymore — it's foundational."

Protection scales with the network.
The series is available in two configurations: a dual-port model LSP-0200X-bt-100-T for two data lines and a four-port model LSP-0400X-bt-100-T for four data lines. Both models deliver 100W 802.3bt PoE++ pass-through per data line and support data speeds from 10/100M up to 10GbE.

Compared to single-port units, the LSP-0200X-bt-100-T and LSP-0400X-bt-100-T offer integrators and IT teams a lower cost-per-port and simpler installation through their multi-port design. This makes the Antaira LSP Series a compelling option for large-scale deployments across utility sites, large warehouses, transportation hubs, and industrial plants.

Target applications.
Modern industrial PoE infrastructures sit exposed on the front lines, where a single transient surge current can shutdown critical communication systems in an instant. The Antaira LSP Series stands guard against that threat, engineered to absorb and redirect up to 10kA of surge energy away from sensitive PoE-powered devices before damage happens, not after. Built for the environments where failure isn't an option, the LSP Series keeps your network running when it matters most:

• Security and surveillance: IP cameras at building perimeters, parking lots, traffic intersections, campuses, and other outdoor installations.
• Intelligent transportation systems (ITS): Traffic cameras, license plate recognition (LPR) systems, roadside communication devices, and digital message signs.
• Wireless networking: Outdoor Wi-Fi access points, wireless bridges, mesh network nodes, and small-cell infrastructure.
• Industrial automation: Outdoor Ethernet switches, remote I/O cabinets, process monitoring equipment, and SCADA networks.
• Smart city infrastructure: Environmental sensors, smart lighting controllers, emergency call boxes, public Wi-Fi, and IoT gateways.
• Building automation: PoE-powered access control systems, intercoms, IP speakers, and outdoor building management devices.
• Energy and utilities: Substation communications, solar monitoring systems, EV charging communications, and remote telemetry equipment.
• Transportation hubs: Airports, seaports, rail stations, and transit facilities with mission-critical PoE-connected devices.

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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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Designed for the edge, engineered for the outdoors.

All-in-one NEMA 4X outdoor network enclosure.

The LANOBOX Series of pre-built, IP68-rated NEMA 4X network enclosures is now available from Antaira Technologies. Each LANOBOX unit is a combined solution of a ruggedized cabinet enclosure, an Antaira PoE switch, an industrial power supply, and a 20kA surge protector.

“The LANOBOX has been designed as an easy to install enclosure for use in deploying network infrastructure outdoors with protection against moisture and extreme temperatures,” said Joe Cook, General Manager of Antaira Technologies. “And because it’s all-in-one, the LANOBOX minimizes procurement complexity and total cost of ownership.”

Integrated design.
The Series has two distinct models to serve different outdoor industrial networking demands. Both models share the same IP68/NEMA 4X enclosure, 20kA surge protection, and wide-temperature rating (-30° to 75°C / -22° to 167°F).

LANOBOX 105-T

The LANOBOX-105-T is designed for straightforward PoE connectivity. Inside its enclosure is an Antaira FNP-0500G-T unmanaged five-port Gigabit flat switch with four PoE+ outputs at up to 30W per port and a 120W total budget, backed by a 200W power supply. The system is ready to support IP cameras, access points, and sensors at the network edge.

The LANOBOX-212-T is ideal for installs involving high-power devices such as PTZ cameras, smart LED lighting, and wireless radios. It combines Antaira’s managed LMP-1204G-SFP-bt-T 12-port PoE++ switch with 240W PoE budget and a 350W power supply. Four of the PoE ports deliver 802.3bt PoE++ up to 100W per port, four ports with 802.3af/at support for 30W per port, plus four SFP fiber slots.The LMP-1204G-SFP-bt-T offers network redundancy with Spanning Tree and ERPS, as well as user-friendly configuration via Web Console, Telnet or CLI Command.

Weather & environmental protection.

• The LANOBOX Series was engineered to serve demanding applications such as:
• Outdoor perimeter security and video surveillance
• Construction site communications
• Pipeline monitoring
• Environmental and weather sensing stations
• Smart irrigation and precision agriculture
• Intelligent transportation systems

The integrated 20kA surge suppressor helps protect connected devices against an unexpected power surge in open-field uses, while wall and pole mounting options (pole mount kit LANOBOX-PMK sold separately) give installers the flexibility to place the enclosure on poles where needed.

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Serial-to-Wireless Devices for industrial networks.

Single- and dual-port wireless serial servers let system integrators connect, configure, and remotely manage.

STW-611C

The STW-611C and STW-612C serial-to-wireless devices have been unveiled by Antaira. They are engineered to give system integrators a fast, reliable way to bring legacy and modern serial equipment onto today's wireless networks. Both eliminate the need to run new Ethernet cable, unlocking serial connectivity in locations where a wired network drop simply isn't practical. The result is a dramatic drop in installation time, labor and cost, plus adaptability for technicians to deploy serial connectivity anywhere a network can't easily reach, from remote equipment closets to hard-to-reach industrial floors.

Versatile 3-way communication.
At the core of the STW-611C (one port) and STW-612C (two port) is a "bridge" mode that links any serial device and any Ethernet device to the same wireless network simultaneously. This is a true 3-way communication solution that gives integrators flexibility to mix legacy serial equipment with modern IP-based systems on a single wireless backbone.

For streamlined point-to-point deployments, both models are engineered with built-in Wi-Fi Direct technology — delivering instant, secure device-to-device connectivity with a single button press. Zero software configuration. Zero IT overhead. Zero downtime.

Built for industrial environments.
Antaira designed the STW-611C and STW-612C to survive in the industrial environments where they're deployed. Each unit ships in a compact, IP30-rated rugged aluminum case built to withstand dust and the everyday bumps of operations, and is rated to operate across a wide temperature range of -10° to 60° C for dependable performance in demanding environments. Power input is designed for 9~48VDC with reverse polarity protection to guard against wiring errors during installation, and both models mount via standard DIN-rail hardware, with optional wall-mount support for added installation flexibility.

Wireless serial connectivity matters.
Both models operate on the IEEE 802.11b/g/n standard in the 2.4GHz band, a near-universal wireless standard chosen for its long range and strong penetration through the walls, metal structures, and machinery typical of industrial facilities. For integrators, that translates into real operational advantages: legacy serial equipment — PLCs, sensors, meters, and older machine controllers — can join a modern IP-based network without being replaced or rewired, remote or hard-to-reach installations can be connected without the cost and labor of pulling new cable, and once online, that equipment can be configured, monitored, and troubleshot remotely rather than requiring a technician on-site.

Comprehensive feature set.
The STW-611C and STW-612C deliver true 3-way communication, linking any serial or Ethernet device to a wireless network, and both support Wi-Fi Direct technology for simple point-to-point setup. Wireless connectivity is IEEE 802.11b/g/n compliant, with WPA, WPA2, and 802.1x security to keep industrial networks protected. Each unit provides a software-selectable RS232/422/485 serial port alongside a 10/100Tx RJ45 Ethernet port, with a serial data throughput rate of 110~921.6Kbps.

For network integration, the devices support Virtual COM, TCP/UDP Server/Client, and Tunneling modes, and can be configured through a built-in web console or Antaira's Windows utilities, giving integrators a straightforward path to deployment regardless of their existing network architecture.

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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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High-power for Industrial artificial intelligence ready networks.

Henry Martel, Field Application Engineer, Antaira Technologies, discusses how High-Power PoE solutions help ensure that industrial networks remain reliable, scalable, and ready for the next generation of edge intelligence.

High-Power PoE (IEEE 802.3bt) is the power infrastructure the intelligent edge has been waiting for. As factories automate, smart cities scale, and mission-critical networks push compute closer to the action, a single cable now needs to do it all: deliver the bandwidth and the wattage to keep pace with multi-sensor fusion, advanced imaging, and real-time analytics. IEEE 802.3bt rises to meet that demand, purpose-built for an era where edge devices don't just connect, they compute.

Earlier PoE standards, IEEE 802.3af (15.4W) and 802.3at (30W), were not designed for this new generation of Ai-enabled edge devices. Today’s 4K/8K security cameras, Wi-Fi 6/7 APs, and IIoT sensors frequently exceed 30 to 60W of power consumption, creating the need for a new standard supporting the next decade of power-hungry edge equipment.

IEEE 802.3bt meets this demand head-on. It delivers up to 90W-100W per port at the PSE, enough to power AI-enhanced vision and inference modules. Industrial analytics systems run with the stable, uninterrupted power they need for real-time operation, while the standard's backward compatibility makes scaling Ai and IIoT deployments straightforward and future-ready. In short, High-Power PoE has become a foundational element for Industrial AI-Ready Networks.

Built for the AI-Driven Industrial Edge.
Prior PoE standards were limited by available power, leaving them unable to meet the requirements of PTZ cameras, robotics, LED lighting, RFID readers, or HD/4K displays. Power dissipation further constrained deployments. For instance, while an 802.3af PSE can supply 15.4W, the PD receives only 12.95W.

This table shows the effective power a PD receives under different PoE standards.

Defining Power Across Classes.
The IEEE 802.3 framework defines PoE power levels across Classes 0 to 8, giving engineers precise power budgeting and interoperability between PSEs and PDs. IEEE 802.3bt (Type 3/4) extends that range with Class 5–8 support while maintaining full backward compatibility with 802.3at/af. This way, mixed-generation devices coexist on the same network without compromise.

Optimised Power Management Through PD Type Recognition. IEEE 802.3bt introduces several enhancements that improve PoE predictability and efficiency:

• Single- vs. Dual-Signature PDs: Single-signature PDs use one classification circuit, while dual-signature PDs separate power to functional modules such as heaters and PTZ motors.
• Connection Check: bt PoE can distinguish between these PD types. This is something af/at could not do.
• Autoclass: Enables the PSE to measure a PD’s actual power draw for more accurate budgeting in multi-port deployments.

Together, these enhancements improve system stability and enable more efficient use of available power resources.

Key Applications for High-Power PoE.
With up to 90W per port, High-Power PoE supports edge devices that previously required local power sources:

• PTZ & AI-Enhanced IP Cameras: Motors, IR, heaters, and onboard Ai modules often exceed 30 to 60W. High Power PoE ensures full functionality via a single cable.
• LED Lighting & Smart Buildings: High-Power PoE can power advanced luminaires and control modules, while reducing standby consumption for greater energy efficiency.
• Wi-Fi 6/7 Access Points: Multi-radio APs often require 60W+ for sustained throughput. The bt PoE supports stable operation without external power.
• Next-Generation IIoT Sensors: Sensors with local processing, wireless modules, or multi-function capabilities now rely on bt PoE for stable, centralised power delivery.

Choosing an 802.3bt Industrial PoE Switch.
Deploying bt PoE requires careful evaluation of PD power requirements and overall switch power budget. Both the PSE and PD must be compliant with IEEE 802.3bt to ensure safe and predictable operation.

Although many vendors advertise 802.3bt compatibility, some only support Type 3 (60W). Antaira provides full Type 3 and true Type 4 (90W) power across industrial managed switches, unmanaged switches, injectors, and media converters. Flagship examples include the LMP-1204G-SFP-bt-T (pictured), a 12-port Gigabit Layer 3 Lite managed switch capable of delivering Type 4 power across multiple ports.

Across its portfolio, Antaira’s high-power PoE solutions offer:
• Robust industrial performance
• Full IEEE 802.3bt compliance
• Up to 100W per port for high-power PDs and future-proof deployments
• Support for high-density, multi-device deployments
• Over 200 models across nine product lines for diverse industrial environments

To address practical challenges in field deployments, Antaira incorporates several patented mechanisms throughout the system lifecycle to improve operational robustness. These include long-distance remote recovery, automatic adjustment of power budgets when input voltage varies, uninterrupted PoE during firmware upgrades, and controlled power-off to prevent electrical arcing during cable removal.

The Edge Just Got More Powerful.
High-Power bt PoE delivering up to 90W dramatically expands what's deployable at the network edge. With 4-pair powering, improved efficiency, and seamless backward compatibility, IEEE 802.3bt Type 4 has become a core enabler for modern industrial, smart building, and IIoT infrastructures.

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Stringent security requirements confirmed.

The SEMI E187 certification has been received by Antaira Technologies. This certification confirms that Antaira’s industrial network switch solutions meet the stringent security requirements of modern manufacturing.

LtoR: Kelvin Yen, IT Director of SGS Cybersecurity Lab
& Frank Hou, Global CEO of Antaira.

Kelvin Yen, IT Director of SGS Cybersecurity Lab and General Management Office, stated: "As the semiconductor industry’s cybersecurity requirements for equipment continue to escalate, SEMI E187 is emerging as a pivotal security benchmark for the global supply chain. Through third-party verification mechanisms, manufacturers can not only establish cybersecurity capabilities that earn market trust but also contribute to the security maturity of the entire industrial chain. SGS is honored to have assisted Antaira in completing this verification, as we work together to drive the implementation of these critical industry standards."

"Achieving SEMI E187 compliance is a testament to our ‘Resilience-first' engineering philosophy," said Frank Hou, CEO at Antaira Technologies. "We understand that in the semiconductor world, a single hour of downtime can cost millions. By securing the network layer, we are providing our partners with the hardened infrastructure they need to build with confidence."

In the fast-evolving world of semiconductor manufacturing, cybersecurity is a necessity for operational success. SEMI E187 is widely recognized as a key industry benchmark for equipment security, specifically focusing on how devices connect and communicate safely. By meeting these demanding requirements, Antaira provides a powerful defense for modern fabrication facilities through its certified industrial networking solutions. For fab operators, selecting SEMI E187-certified network devices represents a commitment to a secure networking backbone that safeguards sensitive data and maintains uninterrupted production.

Antaira’s SEMI E187-certified industrial Ethernet switches embed security at the architectural level and not as an add-on layer. By integrating SEMI E187 compliance directly into its core firmware development and lifecycle management processes, Antaira delivers a high-trust network environment where cybersecurity is intrinsic to every deployment within a semiconductor manufacturing facility.

Certified Antaira solutions feature:

• Validated Endpoint Protection — Every connection point across the facility is authenticated and hardened against unauthorized access.
• Secure-by-Default Configurations — Factory-default security postures eliminate misconfiguration vulnerabilities from initial deployment.
• Proactive Vulnerability Management & Long-Term Support Roadmap — Structured security patching cycles ensure network defenses evolve in step with the threat landscape.

As the global semiconductor supply chain faces increasing scrutiny over cybersecurity posture and vendor accountability, Antaira’s adherence to this standard, as it is phased in across switch models, establishes a transparent, verifiable security baseline across the manufacturing ecosystem. For system integrators, OEM partners, and fab operators alike, Antaira-certified infrastructure is the foundation upon which resilient, future-proof semiconductor production is built.

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Industrial connectivity.

In industrial wireless deployments, one technology sits at the center of every high-performance network: the Wireless Distribution System (WDS) bridge. It is the fundamental building block that transforms isolated access points into a unified, scalable network fabric yet it remains one of the most misunderstood components in the field.

Whether connecting data across a sprawling manufacturing floor, linking multiple buildings on a corporate campus, or extending coverage across remote field sites, every WDS application demands one thing: reliable, intelligent network bridging.

WDS bridges eliminate the cost, complexity, and downtime risk of deploying wired Ethernet backbones in environments where cable is impractical or impossible.

Why industrial environments demand WDS.
For plant managers and network engineers alike, the challenge is familiar: industrial environments make traditional wired Ethernet backbones impractical, cost-prohibitive, or outright impossible. Moving cables through active production facilities, bridging across open yards, or connecting distributed sites on a campus introduces enormous installation costs and operational disruption.

Since the early days of IEEE 802.11 networking, engineers have solved this problem with WDS — the wireless interconnection of access points that replaces the wired backbone with a seamless, high-performance wireless bridge. The result is faster deployment, lower costs, and the flexibility to extend network coverage exactly where it is needed, without touching a conduit.

How WDS bridge configuration works.
A WDS deployment designates one device as the main access point — the main base station — which anchors the connection to the wired network. Additional access points, known as relay stations or remote base stations, connect wirelessly to the main base station and forward traffic between the core network and all downstream users and devices.

APs are configured in one of two bridge modes depending on deployment requirements:

• Point-to-Point: Two APs communicate via high-gain directional antennas, wirelessly joining two discrete LAN segments across distances that would be impossible or cost-prohibitive to cable.
• Point-to-Multipoint: A single main AP anchors connections to multiple remote APs simultaneously, enabling centralized network distribution across a large facility or multi-site campus.

In a point-to-multipoint configuration, all APs must share the same SSID, wireless channel, authentication mode, security settings, and LAN IP subnet range. Both the 2.4 GHz and 5 GHz bands support WDS bridging, however, the two bands cannot be bridged together within the same link.

Critical design considerations.
AP Placement & Signal Strength: Every WDS hop introduces latency and reduces potential throughput. Placing APs too far apart compounds this effect, degrading link speed across the entire network. Strategic AP placement, optimized for signal strength and line of sight, is essential to maximizing WDS link performance.

Security & Access Control: Industrial networks are high-value targets. Restricting WDS access to authorized personnel requires strong wireless encryption. While WEP remains an option for legacy compatibility, WPA and WPA2 are the protocols of choice for modern deployments, delivering the authentication strength and encryption depth needed to protect critical infrastructure from unauthorized access.

Antaira delivers purpose-built WDS bridge hardware designed for the demands of real-world industrial environments from bridge-only devices to full-featured multifunction platforms.

• AMY-5133-AC-PD: A compact, cost-effective 802.11 5 GHz wireless AP/Client Bridge engineered for straightforward WDS deployments. Purpose-built, reliable, and ready to deploy.
• ARX-7235-AC-PD-T: A multifunction industrial powerhouse combining 802.11a/b/g/n/ac Wireless Access Point, Client, Bridge, Repeater, Router, NAT, and VPN all in a single PoE PD device. One platform. Every function. (Pictured right)

Both platforms deliver secure, stable wireless bridging with the performance margins that industrial operations require. And they are joined by Antaira’s full portfolio of industrial wireless routers, IoT gateways, access points, clients, and repeaters, all engineered to the same exacting standard. Every Antaira wireless device is hardened to endure the conditions that would destroy standard network equipment: extreme temperatures, high humidity, vibration, shock, and industrial-grade electromagnetic interference.

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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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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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Managed Switch for industrial networks.

LMP-1204G-SFP-bt 12-port PoE Gigabit Ethernet managed switches from Antaira,  are a strategic choice for industrial organizations needing robust, efficient, and flexible networking solutions.

By supplying up to 90W (PoE 802.3bt Type 4) from four of its ports, the LMP-1204G-SFP-bt can handle a broader range of Powered Devices than switches that only furnish PoE 802.3af/at 30W output. High-power industrial devices, such as PTZ cameras, LED lighting, Wireless APs, IoT sensors or controllers, and PLCs, benefit by receiving both power and data over a single Ethernet cable from the LMP-1204G-SFP-bt. Besides reducing cabling complexity and eliminating the need for additional power outlets, PoE 802.3bt lowers overall installation costs, especially in hard-to-reach or remote locations like warehouses, factories, or transportation systems.

Although it features a highly compact footprint, the LMP-1204G-SFP-bt supports multiple industrial devices via its four PoE 802.3bt (90W) Ethernet ports, four PoE 802.3at (30W) Ethernet ports, and four dual-rate SFP slots, facilitating centralized network management and communication in complex industrial setups. Industrial networks can be expanded easily by accommodating new devices and system upgrades without replacing the LMP-1204G-SFP-bt switch. Additionally, redundant network configurations are made possible by its high port count, guaranteeing uninterrupted operation in the event that one path fails.

The LMP-1204G-SFP-bt-24 is a fully manageable Light Layer 3 Ethernet switch pre-loaded with a web management console design. It supports the ring network redundancy function using the open standard ITU-T G.8032 ERPS protocol boasting <50ms --="" 802.1x="" advanced="" and="" as="" control="" determinism="" filtering="" for="" functions="" igmp="" improve="" increase="" management="" modbus="" network="" networks.="" or="" p="" qos="" recovery="" remote="" rmon="" scada="" security="" snmp="" such="" systems="" tcp="" time.="" vlan=""> Securely housed in an IP30-rated metal DIN-Rail mountable enclosure, the LMP-1204G-SFP-bt-24 safely operates in a temperature range of -10°C to 65°C. It also withstands a high degree of vibration, electrostatic noise, and shock common in industrial environments, plus is reverse polarity protected.

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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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Control awards.

Two of Antaira products have been recognised as winners in Control Engineering's 2025 Product of the Year awards:

• DTD-480-0953-T Industrial 480W DC-to-DC Power Converter with Low Voltage 9~53VDC Input has been named the Silver Award winner in the Power category.
• LMP-0702G-SFP-24-T-V2 Managed 7-Port Gigabit PoE+ Industrial Switch with Low Voltage 12~55VDC Input earned a Bronze Award in the I/O & Networking category.

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 recognised as a benchmark for excellence in the controls and automation industry.

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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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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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Keeping up with growing bandwidth and power requirements.

The escalating need for bandwidth by data-driven industries is driving the widespread adoption of 10 Gigabit (10G) Ethernet. Near-instantaneous data transfer is made possible by 10G, which is vital for time-sensitive industrial IoT applications including predictive maintenance, process monitoring, and machine control.

Antaira Technologies is helping industrial enterprises build the 10G network of the future by launching its new LMP-2804G-4XS and LMP-2812G-4X83 managed gigabit switches. These new high-density 1U rackmount switches are embedded with four 10G SFP+ fiber slots for connecting to an industrial backbone or high-capacity servers, along with the scalability of either 16 or 24 1G RJ45 Ethernet ports equipped with PoE+ supplying 30W per port to connected cameras, sensors, WAPs and other devices.

Addressing the requirements of modern network infrastructures, Antaira LMP-2804G-4XS and LMP-2812G-4X83 switches come with upgraded capabilities including G.8032 ERPS with <50ms recovery, IGMP snooping, VLAN, QoS, DI/DO relay support, and 802.1X authentication. As a result, their deployments are more secure, robust, and cost-effective, maximizing return on investment in transportation, security, data center, and automation use cases.

Configuration of LMP-2804G-4XS and LMP-2812G-4X83 models are:

• LMP-2804G-4XS: 24 x 1G RJ45 Ports with PoE+ (720W PoE Budget), 4 x 10G SFP+ Fiber Ports, and an operating temperature: 14°F to 149°F.
• LMP-2804G-4XS-T: 24 x 1G RJ45 Ports with PoE+ (720W PoE Budget)), 4 x 10G SFP+ Fiber Ports, and an expanded operating temperature: -40°F to 167°F.
• LMP-2812G-4X8S: 16 x 1G RJ45 Ports with PoE+ (480W PoE Budget)), 4 x 10G SFP+ Fiber Ports, 8 x 1G SFP fiber ports, and an operating temperature: 14°F to 149°F.
• LMP-2812G-4X8S: 16 x 1G RJ45 Ports with PoE+ (480W PoE Budget)), 4 x 10G SFP+ Fiber Ports, 8 x 1G SFP fiber ports, and an expanded operating temperature: -40°F to 167°F.

All four LMP-2804G-4XS and LMP-2812G-4X83 models are built to withstand extreme conditions and are hardened against vibration, shock, and electrical noise common on plant floors. Enclosed in a rugged IP30 metal housing, the switches offer extended durability thanks to no moving parts and a fanless, convection-cooled design. Dual power input enhances system reliability and uptime.

Certification for NEC Class I, Division 2 and IEC 61850-3 are pending for Antaira LMP-2804G-4XS and LMP-2812G-4X83 switches, which will open up opportunities in substation automation and hazardous locations.

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Network Management Suite.

Antaira Technologies has launched a.NMS™, an advanced network management software suite designed to streamline, optimize, and enhance large-scale deployments of Antaira industrial switches. The a.NMS™ software delivers a centralized, web-based platform that simplifies critical network administration tasks, improves visibility, and ensures seamless device management.

As industrial networks expand and evolve, businesses need efficient solutions to maintain peak performance and reliability. Built on the ISO FCAPS framework, a.NMS™ offers a structured approach to fault, configuration, accounting, performance, and security management. With real-time monitoring, automated firmware updates, configuration backups, and topology mapping, a.NMS™ provides administrators with actionable insights to assist with keeping operations running smoothly and efficiently.

a.NMS™ provides powerful tools to simplify network administration:

• Dashboard: Real-time insights into network health, SNMP traps, and Syslog data.
• Device List Management: Auto-detects all SNMP-enabled devices for broad network visibility.
• Topology View: Interactive network mapping with LLDP link status monitoring.
• Firmware Management: Effortless mass firmware updates for seamless network upgrades.
• Configuration Management: Automated backups and restores.
• File Management & Comparison: Organized firmware and configuration file management with easy-to-use comparison tools.
• Alarm & Notifications: Proactive real-time alerts for quick issue resolution.
• Troubleshooting Tools: Ping and Traceroute for fast connectivity diagnostics.

Designed for growing industrial networks, a.NMS™ maximizes efficiency across both physical and digital assets. By delivering real-time, reliable, and comprehensive network performance data, administrators can proactively address potential challenges that impact operations. 

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Device safety in vibration.

A new patented DIN-Rail clip introduced by Antaira Technologies has reimagined traditional mount designs, resulting in a more secure attachment for its Ethernet switches and routers onto any 35mm metal rail.

The DIN-Rail clips, now available, replace the standard clips that come with most Antaira devices. Once installed, the clip's coil spring-loaded latch enables easy snap-on attachment of the Antaira device to a rail, plus allows it to be removed rail just by lifting and releasing the clasp.

The new clips not only make it hassle-free to mount and remove Antaira switches and routers but also significantly improve the security of connections to the rail. Stability is critical in environments that expose network devices to the stresses of prolonged or extreme vibrations, such as those experienced in off-road vehicles, mining operations, and on factory floors when a device is located nearby pumps, motor drives, conveyors or other heavy machinery. If severe enough, vibration can knock a network device out of service and halt plant production.

The company offers two convenient packages to upgrade existing DIN-Rail clips: the DIN-RAIL-KIT-2, an ultra-secure solution that fits all LNX, LMX, LNP, and LMP switch families, and the tool-free "press-and-click" DIN-RAIL-KIT-3. Both are constructed of rugged stainless-steel and ship with the necessary hardware for attaching to Antaira switches and routers.

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