Industrial automation engineers are increasingly prioritizing network health to ensure reliable operations. This is often achieved by monitoring network statistics and data through SCADA/HMIs to swiftly react to events and minimize downtime. Choosing Ethernet switches with a user-focused design can lower the total cost of ownership (TCO) of industrial control networks and increase productivity.

The SDS-3000/G3000 Series industrial smart switches are the perfect balance between simplicity and the essential functionality industrial automation engineers need to configure, monitor, and manage their networks. These smart switches support all commonly used automation protocols, including PROFINET, EtherNet/IP, and Modbus TCP, for seamless SCADA/HMI integration to enhance visibility and operational efficiency. The compact and rugged design makes the SDS-3000/G3000 Series suitable for confined spaces and harsh environments. Meanwhile, the intuitive web interface and smart PoE functionality make network configuration and diagnostics easier and more efficient, offering automation engineers a streamlined, hassle-free experience.

Featuring a broad portfolio of 34 models, the SDS-3000/G3000 Series switches offer exceptional value for diverse applications. Don’t let network complexity and space constraints get in the way of your transition to a digital future. Get things done faster with less effort with the SDS-3000/G3000 Series smart switches.

The Perfect Balance
Between Functionality and Simplicity

Superior Functions: Empower Your Digital Transition

Exceptional valueLarge selection of models with different port counts, PoE, and full Gigabit speedsSupports essential management features for industrial automation applications                                                                  Enhanced network reliabilitySolid redundancy with Rapid Spanning Tree Protocol (RSTP) and Media Redundancy Protocol (MRP)

Smart Integration: Less Worries, More Productivity

Compact and ruggedUltra-compact design and multiple installation options for more flexibility when installing in confined spacesIP40-rated rugged housing with a -40 to 75°C wide temperature range for harsh environments                                    Industrial versatilitySupports the EtherNet/IP, PROFINET, and Modbus TCP industrial protocols

Streamlined Simplicity: Hassle-free, User-friendly

Easy configurationOne-page dashboard for configuration without the need for specialized knowledgeSeamless SCADA/HMI integration with one-click pre-configured industrial protocol profiles or rotary DIP switch Easy monitoring and managementIntuitive interface that shows critical switch information at a glanceSmart PoE management function for remote diagnosis and recovery

A Smart Choice for Industrial Automation

As new, innovative technologies emerge to improve competitiveness in manufacturing, the SDS-3000/G3000 Series smart switches combine essential functions, streamlined integration, and simplicity to offer OT engineers the tools they need to maintain reliable operations. Learn More…	Surveillance systems play a vital role in enhancing security and operational efficiency in many industrial applications. The slim and rugged SDS-3000/G3000 Series smart switches offer a highly cost-effective means to ensure stable system operations with minimal effort. Learn More…

Features

Reliability5-year warrantyMoxa Industrial Linux with 10-year long-term supportDiverse industrial certifications (CID2/ATEX/CE/FCC/UL)Thermal-in design with dual wireless capabilitiesRedundant network and system design	SecurityIEC 62443-4-2 SL2 compliantChain-of-trust Secure Boot authentication during bootup and updatesSecurity Hardening Guide and tools available	Easy Development and ManagementMoxa Swift enables easy provisioning and rapid deployment for large-scale projectsMoxa Computer Interface Manager (MCIM) tool for unified cross-product I/O managementOne-step backup and recovery tool

The Power of Wireless Connectivity At the Edge

Wireless capabilities enable easy deployment of edge computers in various locations, eliminating wiring constraints and enhancing data-aggregation capabilities. By transitioning OT environments to modern wireless technologies, organizations can benefit from simplified integration and reduced installation costs. Additionally, remote-management capabilities can enhance the efficiency of industrial automation systems.

Wireless Computer As an Edge Gateway

Optimize OT Infrastructure With Reliable and Secure Wireless Computers

	Wireless Technologies Bring Efficiency to Data Transmission in Harsh EnvironmentsThe UC-3400A and UC-4400A Series computers feature dual wireless capabilities for 4G/5G and Wi-Fi 6/6E, ensuring reliable operations in harsh environments. Leveraging Qualcomm’s QXDM, Moxa offers advanced log analysis and troubleshooting support for enhancing wireless connection quality through log analysis, troubleshooting, and protocol decoding.
Moxa Connection Manager Automatic Network Failover Ensures Continuous ConnectivityMoxa Connection Manager (MCM) allows for the creation of multiple profiles for network interfaces. When a connection fails, MCM can automatically failover to a connection with the highest priority based on your profile settings and switch back when the connection is restored. The user-friendly GUI helps set up device connections in just a few clicks.
	Streamline Large-scale Deployment With Effortless ProvisioningMoxa Swift offers an intuitive web GUI for configuring and provision supported devices in batches. Use the tool to create a golden sample of the configuration on one computer and used this backed-up configuration settings to batch provision multiple industrial computers.

64-bit Arm-based Computers With 5G/LTE/Wi-Fi 6 Connectivity

	UC-3400A Series	UC-4400A Series
	Industrial 4G and Wi-Fi 6 computers	Industrial 5G and Wi-Fi 6E computers
CPU	Armv8 Cortex-A53 quad-core 1.4 GHz	Armv8 Cortex-A53 quad-core 1.6 GHz
Memory	4GB DDR4	4GB DDR4
OS	Moxa Industrial Linux 3 (Debian 11, kernel 5.10) Moxa Industrial Linux 4 (Debian 13, kernel 6.1) in late 2025	Moxa Industrial Linux 3 (Debian 11, kernel 5.10) Moxa Industrial Linux 4 (Debian 13, kernel 6.1) in late 2025
Security Module	TPM 2.0 (built-in)	TPM 2.0 (built-in)
Storage Slots	eMMC (16 GB preinstalled) microSD	eMMC (16 GB preinstalled) microSD
Interface	2 LAN, 2 serial, and up to 2 CAN ports, USB 2.0 port	2 LAN, up to 4 serial (two with 2-Kv isolation), up to 2 CAN ports, 4 DIs and 4 DOs, USB 2.0 port
Wireless	LTE/4G , BT and Wi-Fi 6 support (model with built-in LTE and Wi-Fi 6)	LTE/5G and Wi-Fi 6E/BT support (model with built-in 5G)
Power InputWide Temperature Carrier Approval Safety/EMC/RF and Hazardous Location Certifications	9 to 48 VDC-40 to 70°C AT&T, Verizon* * Certified by Q2 2025CE, FCC, IC, UL, UKCA, NCC, RCM, RNZ, ATEX*, CID2* * Certified by Q1 2025	Dual power inputs, 9 to 48 VDC-40 to 75°C (Non-wireless) -40 to 70°C (with wireless)AT&T, Verizon* * Certified by Q2 2025CE, FCC, UL, BSMI, UKCA, RCM, KC, IC (Non-wireless models) CE, FCC, UL, UKCA, RCM, KC, IC (4G models) CE, FCC, UL, UKCA, RCM, R-NZ, NCC*, IC (5G models) * Certified by Q2 2025

64-bit Arm-based Computers With 5G/LTE/Wi-Fi 6 Connectivity

	Increase Industrial Productivity With Real-time Machine Health MonitoringReliable, low-power edge computers are essential for machine health monitoring in harsh environments, as they collect sensor data and transmit it to the cloud for remote monitoring. Learn More…
Efficient Monitoring for Semiconductor Manufacturing With 5G-ready Arm ComputersAn all-in-one solution with 5G connectivity and optional Wi-Fi for backup, reduces the need for multiple devices and saves cost and space. Learn More…

Streamline Your Edge-to-core Connectivity

Seamless data communication requires a confluence of networking technologies across network layers:

• The edge layer consolidates numerous connected devices.
• The distribution layer ensures reliable data transmission between layers.
• The core layer aggregates large-scale data and bridging between IT/OT systems.

Moxa’s Edge-to-core Ethernet Solutions

Our industrial Ethernet product portfolio covers edge-to-core networking features you need to streamline network connectivity. From unmanaged switches to managed switches, we provide a variety of features that allow easy connect of field devices for seamless, flexible system integration. Our Layer 2 and Layer 3 managed switches are designed with high reliability and performance to maximize network uptime for industrial-scale operations.

Industrial Cybersecurity Solutions

EDR-G9010 Series8 GbE copper + 2 GbE SFP multiport industrial secure router	EDR-G9004 Series2 Gigabit copper + 2 Gigabit copper/SFP combo port industrial secure routers
EDR-8010 Series8 FE copper and 2 GbE SFP multiport industrial secure routers	EDF-G1002-BP Series2-port Gigabit industrial next-generation LAN firewalls
MXsecurity SeriesIndustrial network security management software designed for OT networks	NAT-102 Series2-port industrial Network Address Translation (NAT) devices

IEC 62443-4-2 Certified Ethernet Switches

RKS-G4028 Series28G-port (with 802.3bt PoE option) full Gigabit modular managed Ethernet switches

EDS-G4012 Series12G-port full Gigabit managed Ethernet switches with an 8 802.3bt PoE port option

Rugged Panel Computers for Extreme Outdoor and Hazardous Environments

Harsh and hazardous environments, both indoor and outdoor, present numerous challenges, including extreme temperatures—from scorching heat to freezing cold—high levels of dust, water exposure, and even explosive atmospheres. To safely and effective control and monitor industrial applications in these environments, our new-generation MPC-3000 Series panel PCs offer robust, adaptable, and rugged solutions, specifically optimized for oil and gas, marine, and outdoor applications.

Powered by an Intel Atom® x6000E processor, the MPC-3000 panel computers are organized in six unique series with display sizes ranging from 7 to 15.6 inches, all engineered to excel in extreme conditions to enhance productivity and reliability. The panel PCs also come with an extensive range of industrial certifications, including CID2, IECEx Zone 2 and ATEX Zone 2 as well as for marine standards such as DNV, IEC 60945, and IACS E10.

Why Moxa

Industrial-grade Rugged Design for Reliable OperationsFeaturing a fanless design and glove-friendly multi-touch screens, our MPC-3000 panel PCs boast a IP66 metal housing and an operating temperature range -30 to 60°C perfect for outdoor and hazardous applications.	Industry Certifications for Performance and SafetyCID2, ATEX, IECEx, and DNV certifications ensure our MPC-3000 panel computers meet stringent requirements for a range of industrial applications.	Modular Design for Easy MaintenanceThe modular design with minimized cabling simplifies maintenance, offering a cableless approach on the front and rear panels that reduces downtime and enhances operational efficiency

Key Features

Wide TemperatureDesigned to work in the -30 to 60°C range	Sunlight Readable1000-nit display for use in outdoor applications	Advanced Touch ScreenGlove-friendly, multi-touch, G + G screen structure	Fanless DesignHeat sink for efficient heat dissipation
HMI Software SupportWorks with various PLCs and SCADA systems	Modular DesignParts are easy to replace, simplifying maintenance	Metal HousingRugged build suitable for industrial applications	WaterproofIP66-rated enclosure protects against water and dust

Applications

Our new-generation MPC-3000 panel computers are engineered to perform in some of the most rugged and challenging environments across various industries. The glove-friendly advanced touchscreen, wide operating temperature range, and IP66 enclosure enable their safe use in explosive atmospheres at drilling rigs for seamless monitoring and control in oil and gas applications. The MPC-3000 panel computers are DNV certified for safe operations of alarm and monitoring systems in engine rooms of marine vessels. For outdoor application, the MPC-3000 industrial-grade panel computers offer reliable performance for remote monitoring and data acquisition in solar power plants and EV charging stations, operating effectively across a wide temperature range with sunlight-readable displays.

Ensure Seamless Integration and Reliable Performance With Our CANbus Solutions

Modern industrial applications require robust and effective communication. Our complete range of CANbus products guarantees smooth integration and data transfers throughout your systems. We offer CAN protocol gateways for converting protocols, CAN-to-fiber converters for extended range and better signal quality, and CAN serial cards for versatile connectivity. Take a look at the case studies below to see how our products are practically applied and the benefits they offer. Explore these examples to understand how our solutions can support and enhance your CANbus communication needs, ensuring reliable performance in different industrial environments.

CAN Protocol Gateways

Ship Integrated Electric Propulsion System

System RequirementTo address environmental concerns, modern marine propulsion systems are incorporating batteries, requiring the connection of devices between the bridge and the propulsion system to the PLC for control.The devices are using various protocols, such as J1939 (battery), intelligent joysticks (CANopen), and PLC (PROFINET), which require protocol conversions.Because of limited space in the electrical cabinet, the protocol gateway must be smaller.Why MoxaThe MGate 5123 is flexible, supporting J1939 or CANopen for end devices and converting to PROFINET for PLC.Compact design to fit in limited installation spaces.Integration of heterogeneous systems is sped up with built-in protocol diagnostics, traffic monitoring, and event logging for efficient troubleshooting.

Series
Northbound Protocol	Modbus TCP SNMP	EtherNet/IP SNMP	PROFINET SNMP
Southbound Protocol	CANopen, SAE J1939, CAN 2.0A/B*	CANopen, SAE J1939, CAN 2.0A/B*	CANopen, SAE J1939, CAN 2.0A/B*
Operating Temperature	Standard: -10 to 60°C Wide: -40 to 75°C	Standard: -10 to 60°C Wide: -40 to 75°C	Standard: -10 to 60°C Wide: -40 to 75°C

Addressing Maritime Cybersecurity Challenges in a Digitalized World

The maritime industry depends on innovation to thrive. Advancements in efficient cargo tracking, decarbonizationa, and seamless operations are propelling the sector forward. As the maritime industry undergoes rapid digitalization the importance of prioritizing robust cybersecurity measures cannot be overstated in guaranteeing safety on the open seas. Global investments are increasingly directed towards addressing challenges such as fuel efficiency, port capacity, and delays. Yet, we must not overlook the constant danger of cyberattacks.

What Are Maritime Cyberattacks?

Maritime cyberattacks refer to malicious activities that target the digital systems and networks used in the maritime industry. These attacks exploit vulnerabilities in the technology infrastructure of ships, ports, and related logistics and communication systems. They aim to disrupt operations, steal sensitive information, or cause physical damage.

Cyberattacks on maritime systems can have devastating consequences, including:

• Operational disruptions hindering daily operations and damaging shipping operators’ reputation
• Unauthorized access to critical systems, compromising safety and security
• Theft of sensitive information causing financial losses
• Data manipulation leading to wrong decisions
• Physical damage to ships or cargo due to compromised systems

Why Maritime Cyberattacks Are a Growing Concern

The International Maritime Organization (IMO) defines cyber-risks as potential threats to technology assets that could lead to operational failures, safety breaches, or security vulnerabilities due to compromised information or systems. The surge in cyberattacks in the digital age has exposed the maritime industry to considerable risks. The reasons for the surge of cyberattacks are:

• Increased digitalization: The maritime industry is rapidly adopting digital technologies for improved efficiency and connectivity, which introduces more cyber vulnerabilities.
• Complex supply chains: Maritime operations involve many interconnected systems and stakeholders, increasing the potential points of entry for cyberattacks.
• High-value targets: Ships and ports often carry valuable cargo and sensitive information, making them attractive targets for cybercriminals and state-sponsored actors.
• Legacy systems: The lack of cybersecurity integration during the design phase has left many maritime systems highly vulnerable to cyberattacks.

Maritime cybersecurity includes a range of policies, best practices, and technologies to safeguard the entire maritime industry. As the maritime industry embraces digitalization, a balanced approach to converging Information technology (IT) and operational technology (OT) is crucial. OT focuses on monitoring and controlling industrial equipment through hardware and software, while IT pertains to information processing technologies.

Traditional IT security measures need to be integrated with specialized tools designed to meet the unique requirements of OT systems. To ensure comprehensive protection from evolving cyberthreats, the maritime industry must conduct thorough evaluations of all aspects of ship operations.

Navigating the Regulatory Landscape: Compliance Matters

In an increasingly connected world, the security, safety, and reliability of maritime systems are paramount. The maritime industry recognizes the critical importance of robust cybersecurity supervision in addressing and combatting emerging cyber-risks.

Compliance with global regulations—including IMO Resolution MSC.428(98), IEC 61162-460, ISO/IEC 27001, ISA/IEC 62443, IEC60945, and IACS Unified Requirements (URs) E26 and E27—is crucial for adhering to stringent cybersecurity standards. As data-driven strategies drive safety improvements and operational optimization in this dynamic environment , adopting certified solutions is essential to establish trusted and secure data flows.

Our Certified High-performance Solutions Enable Your Smart Ships

As the maritime sector undergoes a digital revolution—converging IT and OT—adherence to global regulations is paramount. Amidst these challenges, the significance of data is underscored by the emergence of smart ships. Moxa takes the lead by offering cutting-edge maritime-certified solutions, including ones certified by DNV, ABS, LR, NK, and BV. Our portfolio of high-performance cybersecurity solutions encompasses OT data devices, marine IPCs, networking solutions, and remote monitoring and management platforms. We ensure cybersecurity across data collection, storage, transfer, and processing—providing comprehensive support for your real-time data needs. Our solutions benefit the entire supply chain—serving owners, operators, and shipbuilders alike, reducing cyber-risks from single vessels to entire fleets.

Seamless Maritime Data ManagementFacilitates uninterrupted data flow with end-to-end solutions, ensuring seamless communication and accessibility across the maritime network	Comprehensive Cyber-resilienceSafeguards vessels’ cyber-resilience through secure real-time connections, compliance with regulations, and strengthened defenses with our IEC 62443 solutions that provide robust protection against evolving cyberthreats	Integrated OT Network SolutionsOur comprehensive networking solutions meet E27 requirements to establish secure data infrastructure and enable seamless process visualization both onboard and ashore, enhancing operational efficiency and safety across the maritime environment

Brochure    Industrial Communication and Computing Solutions for Mining Digitalization Download File

Key Considerations

Your Trusted Partner in Mining Automation and Digital Transformation

Reliable automation in mining hinges on the stability of the communication networks. As a leader in edge connectivity, industrial computing, and network infrastructure, Moxa brings more than 37 years of industry expertise to the table. Our pioneering technologies and durable solutions are globally recognized, with successful deployments at mine sites worldwide. Our scope covers a wide range of mining operations, including autonomous vehicles, fleet management, underground extraction, environmental monitoring, process control, and the integration of hybrid power management systems for renewable energy and battery energy storage systems (BESS).

Why Moxa:
Technologies That Support Your Critical Applications

Network AvailabilityEnsure optimal uptime and system resilience in mining automation with Moxa’s Turbo Ring and Turbo Chain topologies, which provide multicast packet handling with 20 ms recovery times for up to 250 devices and flexible expansion for system design.(*Note: 10G/1G Ethernet recovery time < 50 ms)Guaranteeing data integrity, PRP and HSR meet the rigorous standards of IEC 62439-3 to eliminate packet loss and recovery delays using packet duplication to achieve zero packet loss and zero recovery time.Turbo Roaming’s millisecond-level handoff times, coupled with 802.11n MIMO and 5 GHz DFS support, ensure seamless data transmission and live video streaming from the devices on the move.

Network SecurityProtect against evolving cyber threats with IEC 62443-4-2 compliant products.		Real-time VisibilityMitigate potential risks and enhance maintenance efficiency with Moxa network management software for real-time monitoring.
End-to-End SolutionsOne-stop shop of high-performance connectivity, communication and computing solutions with robust hardware to keep your business running without interruptions.		Industry RecognitionsA pioneer in reliability since 1987 with 300+ successful deployments in mine sites, globally recognized by mining groups and system integrators.

Best-in-Class SupportUnparalleled professional technical support including applications consulting, PoC, troubleshooting, skill training, as well as long-term driver and OS update service.

Grid integration of renewable energy, energy storage systems, and EV charging infrastructure is gradually shifting its focus towards adoption of smart automation for efficient and reliable operations. The rise in the integration of distributed energy resources (DER) into the grid presents new opportunities as well as challenges.

To accommodate the growth of distributed energy resources and efficiently manage them, edge gateways are needed to collect and transmit field data reliably to cloud-based energy management systems. Edge gateways play a very important role in energy management systems and hence need to be easy-to-use, secure, and reliable to optimize the total cost of ownership (TCO).

Moxa’s OnCell, UC, and AIG Series products come together to provide an edge-gateway solution that covers a variety of data-connectivity scenarios helping customers easily find the right cellular routers, IIoT gateways, and Arm-based computers to build a secure and reliable IIoT system.

Select a Best Fit for Your Needs

	OnCell Series Cellular Routers	AIG Series IIoT Gateways	UC Series Arm-based Computers
Reliability	GuaranLink for Cellular auto-recoveryWAN redundancy between Ethernet and cellular	Built-in Keep Alive function to ensure consistent connectivityStore-and-forward function to ensure data completeness	Automatic system recovery to maintain data integrity during failuresExtensive 10-year support that includes critical security patches
Simplicity	MRC service for remote monitoring and access to local devicesWeb UI for easy configuration, diagnostics, and maintenance	Low-code design to reduce programming effortsDevice Life-cycle Management to optimize operation efficiency	Unified command-line interface (CLI) to manage I/O interfaces on Moxa computersMoxa Swift utility for easy batch provisioning of devices
Security	Security features based on the IEC 62443-4-2 standardsFirewall, NAT, and VPN to establish secure data connections	Security features based on the IEC 62443-4-2 standardsSecurity dashboard for checking device security status	Security features based on IEC 62443-4-2, ready for SL2 certification*Secure Boot with Hardware Root of TrustSecurity hardening guide and diagnostic tools*UC-8210-T-LX and UC-8220-T-LX are ready for IEC 62443-4-2 SL2 certification
User Scenario

Revolutionizing the Future of Transportation

Intelligent Transportation Systems (ITS) represent advanced applications designed to provide innovative services across various modes of transport and traffic management, enabling users to make safer, more coordinated, and smarter use of transport networks. Incorporating state-of-the-art wireless, electronic, and automated technologies, ITS aims to enhance the safety, efficiency, and convenience of surface transportation.

According to MarketsandMarkets, the global ITS market is projected to reach approximately USD 68 billion by 2028, with a CAGR of 7.1% during the forecast period. This growth is fueled by the need to alleviate traffic congestion, government initiatives to improve road and public safety, and policies aimed at enhancing traffic management efficiency.

The ITS market is rapidly evolving, driven by advancements in AI, data analytics, and connectivity. At the heart of this transformation is the Vision Zero strategy, which seeks to eliminate traffic-related fatalities and severe injuries while ensuring safe, healthy, and equitable mobility. These factors collectively foster a shift towards data-driven transportation management, promising a future of improved safety, efficiency, and sustainability.

A central component of ITS applications is the Advanced Traffic Management System (ATMS), which is crucial for optimizing traffic flow and ensuring safer journeys for all road users. As we continue to advance in this field, focusing on ITS and ATMS is essential to achieving smarter, more efficient, and safer transportation networks.

Overcoming Hurdles in ATMS Integration and Modernization

Despite the potential of ITS, particularly within ATMS, several challenges remain. Outdated traffic devices struggle to integrate with modern technology, limiting their effectiveness. A shortage of skilled manpower and expertise hinders ITS infrastructure modernization. Additionally, integrating new technologies introduces cybersecurity vulnerabilities, posing risks to the safety and reliability of transportation networks. Addressing these challenges is crucial for the successful implementation and operation of advanced traffic management systems.

Addressing Outdated Infrastructure	Tackling Slow Adoption	Addressing Cyberthreats

Driving the Future: Unlock, Manage, and Secure Traffic Infrastructure with Moxa

At the core of Moxa’s ATMS solutions is our unwavering commitment to ensuring the reliable transmission of traffic data. We achieve this by incorporating redundancy measures across both network and hardware infrastructures to ensure uninterrupted data flow. Additionally, our advanced network management system enhances operational efficiency by providing unparalleled visibility into system performance. This visibility allows for swift identification and response to incidents, reducing response times and minimizing disruptions to traffic flow.

High Accessibilityto unlock the potential of aging traffic devices for smart infrastructure	High Visibilityto remote manage multiple sites to minimize downtime and bridge the expertise gap	High Cybersecurityto provide security management ensuring cybersecurity in connected traffic systems

Empowering Industrial Applications
With Wireless Connectivity

Driven by the growing adoption of the Industrial Internet of Things (IIoT), the demand for wireless connectivity in industrial applications has surged. Wireless technology is now becoming an integral part of networks in many industries, ranging from factory automation, to medical care, all the way to mining. To help you take full advantage of wireless technology, Moxa has developed a complete lineup of industrial wireless LAN products with support for the latest Wi-Fi 6 standard.

Why Choose Us

Better Network PerformanceOur AWK 802.11ax Wi-Fi 6 solutions offer speeds of up to 1,201 Mbps and 160 MHz channels to empower demanding IIoT applications. The Wi-Fi 6 OFDMA (orthogonal frequency-division multiple access) technology revolutionizes wireless data transmissions by optimizing spectrum efficiency, ensuring high-speed, low-latency wireless operations in crowded network environments.
	More Reliable Wireless CommunicationMoxa’s AWK Series features Turbo Roaming, capable of millisecond-level handovers for reliable wireless connectivity while its sturdy design is built to withstand extreme temperatures to ensure solid reliability in challenging environments. Furthermore, our AWK 802.11ac AP devices support AeroMesh* to create a self-healing mesh to optimize radio coverage and resilience.
Robust Network Security ProtectionOur security-hardened AWK Series integrates security features based on the IEC 62443-4-2 industrial cybersecurity standard. Support for the latest WPA3 data encryption and Network Address Translation (NAT) helps our customers meet the compliance requirements of secure network design and simplify outbound connections.
	Seamless Machine IntegrationThe compact design of Moxa’s AWK Series allows for easy installation into machines. Our latest Wi-Fi 6 solutions are the smallest standalone industrial Wi-Fi 6 AP/Clients, designed to fit in confined machine cabinets. Moreover, the AWK-1165A/C Series with 5 embedded switch ports further simplifies machine integration and reduces installation footprint.
Effortless Network ManagementYou can’t manage what you can’t see. Moxa’s MXview One Wireless add-on visualizes the real-time dynamic wireless connections and link changes for more efficient monitoring and troubleshooting. Meanwhile, AeroMesh* technology enables AWK Series 802.11ac APs to create even more resilient Wi-Fi networks with ease.

Ride A Wave of Unlimited Wi-Fi in Diverse Industrial Applications

AGVs and AMRs rely on real-time data to make split-second decisions, optimize routes, and perform tasks with precision. To accommodate a larger fleet to manage growing volumes of goods, a high-bandwidth, low-latency wireless network is key to making sure autonomous vehicles keep moving without a hitch.	See how Moxa’s AWK Series enables seamless transmission of high-quality X-ray images and patient data. Featuring medical-grade EMC compliance, the AWK Series APs serve as the wireless interface for diagnostic tablets to send and receive patients’ medical images.	Driverless, remote-controlled mining trucks need a stable wireless connection to precisely navigate the rough mining terrain towards their intended destination. AWK AP devices with Moxa’s AeroMesh technology extend radio coverage and facilitate fast recovery in case of an AP failure.

Video surveillance becomes more important in the public transportation for passenger and drivers’ safety. Moxa AWK series ensures reliable wireless connectivity or efficient, seamless offloading of large, high-resolution video recordings.	Continuous eBus charging during passenger operations is important. Moxa AWK Series helps ensuring robust, secure, and ISO 15118 compliant wireless communication to make sure eBus has adequate charging during stops.

Find the Right WLAN for You

Wi-Fi 6 Portfolio

Moxa Solutions	AWK-1161A	AWK-1165A	AWK-1161C	AWK-1165C
Operation Mode	AP	AP	Client	Client
Wi-Fi Standards	802.11ax	802.11ax	802.11ax	802.11ax
Data Rates	574 Mbps (2.4 GHz) / 1,201 Mbps (5 GHz)	574 Mbps (2.4 GHz) / 1,201 Mbps (5 GHz)	574 Mbps (2.4 GHz) / 1,201 Mbps (5 GHz)	574 Mbps (2.4 GHz) / 1,201 Mbps (5 GHz)
Wireless Security	WPA3, Security features based on IEC 62443-4-2 standard	WPA3, Security features based on IEC 62443-4-2 standard	WPA3, Security features based on IEC 62443-4-2 standard	WPA3, Security features based on IEC 62443-4-2 standard
InterfacesOperating Temperature	1 x Ethernet-25 to 60°C / -40 to 75°C (-T models)	5 x Ethernet-25 to 60°C / -40 to 75°C (-T models)	1 x Ethernet-25 to 60°C / -40 to 75°C (-T models)	5 x Ethernet-25 to 60°C / -40 to 75°C (-T models)

Wi-Fi 5 Portfolio

Moxa Solutions	AWK-1151C	AWK-3252A	AWK-4252A
Operation Mode	Client	AP/Client	AP/Client
Wi-Fi Standards	802.11a/b/g/n/ac Wave 2	802.11a/b/g/n/ac Wave 2	802.11a/b/g/n/ac Wave 2
Data Rates	400 Mbps (2.4 GHz) / 867 Mbps (5 GHz)	400 Mbps (2.4 GHz) / 867 Mbps (5 GHz)	400 Mbps (2.4 GHz) / 867 Mbps (5 GHz)
Wireless Security	WPA3, IEC 62443-4-2 (certified)	WPA3, IEC 62443-4-2 (certified)	WPA3, IEC 62443-4-2 (certified)
Interfaces	1 x Ethernet	2 x Ethernet (1 x PoE+)	2 x Ethernet (1 x PoE+)
Operating Temperature	-25 to 60°C / -40 to 75°C (-T models)	-25 to 60°C / -40 to 75°C (-T models)	-40 to 75°C