 Features and Benefits Ready-to-deploy UC-8112-LX edge computer, with ThingsPro Gateway software pre-installed ThingsPro Gateway features:
OverviewThe IIoT Gateway Starter Kit combines the ThingsPro Gateway software package with the UC-8112-LX edge computer, providing you with a great tool to boost your Industrial IoT prototype development. With the IIoT Gateway Starter Kit, you can achieve a faster time to market, and develop IIoT applications better suited for your customers’ needs. ThingsPro Gateway Software Moxa’s ThingsPro Gateway is a groundbreaking software package designed for Industrial IoT applications. It bridges the gap between IT (Information Technology) and OT (Operational Technology) by offering an easy-to-use web UI for Modbus DAQ, LTE connectivity, and MQTT communications. With ThingsPro Gateway, you can focus on software application development for your Industrial IoT business. ThingsPro Gateway supports a number of useful software functions and provides a Modbus API and RESTful API for future software integration and enhancement. More information: https://www.moxa.com/doc/specs/ThingsPro_Gateway.pdf UC-8112-LX Edge Computer The UC-8112-LX industrial-grade RISC-based edge computer may be tiny, but it has everything you need for field-site deployment. It packs a 1 GHz ARM processor, 512 MB RAM, two LAN ports, and two serial ports into a compact, rugged, palm-sized box. It also supports a wide range of wireless accessories to add LTE or Wi-Fi connectivity if needed. Following the industry trend of implementing distributedgrid and smart-manufacturing designs, industrial-grade computers add essential field-site intelligence for RMAC (Remote Monitoring And Control), Intelligent Data Logger, Software-based RTU, and Protocol Converter applications. The UC-8112-LX’s open platform design supports Debian 8, and the Linux Kernel is based on Moxa’s SLTS (Superior Long Term Support) Linux Kernel v4.x to ensure that your software assets will be useful for longer than would otherwise be possible. More information: https://www.moxa.com/doc/specs/UC-8112-LX.pdf Package Content
NOTE: The starter kit does NOT include a cellular/WiFi module. See “Ordering Information” for a full list of the package contents. 
 Moxa is pleased to announce that its EDS-518E and EDS-G205-1GTXSFP DIN-rail Ethernet switches have received marine certifications including DNV.GL, LR, ABS, and NKK, which make them suitable for deployment around the world. These certifications further confirm the industrial ruggedness of Moxa’s products and provide their customers with a wider selection of switches for their marine applications.
With these new additions to their marine portfolio, Moxa is able to address demands within the marine industry for higher bandwidth, higher port-density, and cybersecurity. Moxa’s EDS-G205-1GTXSFP full Gigabit unmanaged switch is an economical solution for high-bandwidth applications, while the EDS-518E 14+4G-port Gigabit switch provides not just high-bandwidth capabilities, but also multiple ports and security enhancements, such as MAC address filtering, RADIUS authentication, and other security features that reference the IEC-62443 standard. "The ultimate goals within the marine industry are safety and efficiency. Therefore, the industry now requires solutions that include asset management, optimized decision support, remote operation, and even autonomous ship operations. In view of this, Moxa provides their marine customers with industrial-grade networking expertise that allow them to meet these industry requirements," said Jack Lin, Product Manager of Moxa Networking. Moxa has been expanding its marine-certified portfolio over the past few years to stay up to date with the latest industry requirements. Moxa’s marine-certified industrial Ethernet products now include the EDS-G205-1GTXSFP, EDS-G500E and EDS-510E/518E series of DIN-rail switches, IKS-6726A/6728A series of rackmount switches, and EDR-G902 industrial secure routers. Secure Connections Between |
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 | Should You Consider Fog Computing for Your IIoT?In the next couple of years, billions of IoT devices are slated to go online, creating an enormous data pipeline. Can the cloud-based computational models in today's IIoT systems effectively handle the deluge of data generated by these IoT devices? We look at two alternatives to the cloud-based model—fog computing and edge computing, and discuss why companies are investing in solutions based on these models. Learn More |
 | Why Device Connectivity Boosts OEEFor factories to enjoy peak overall efficiency effectiveness (OEE), device connectivity is essential to collect precise data. To improve the availability and performance rates of equipment as well as the quality of their output—the three factors that constitute OEE—factories can now take advantage of a number of connectivity solutions to capture valuable data in order to boost production. Learn More |
Moxa | Uninterrupted Wireless for Factories, Simplifying Troubleshooting of Protocol Gateways
10/11/2017
 | Uninterrupted Wireless Connectivity Ensures Smooth Operations in Factories Increasingly, wireless technology is helping boost efficiency in applications involving the use of automatic material handling systems (AMH), such as automatic storage and retrieval systems (AS/RS) in factories and warehouses. In order to derive maximum benefit from such AMH systems while ensuring safe operations, operators need a fail-proof way to closely monitor and control these systems, with uninterrupted wireless connectivity to the control center. Learn More |
 | Taking the Trouble out of Troubleshooting Protocol Gateways Troubleshooting protocol gateways is often a nightmare for engineers. The more protocols are involved, the greater the headache. What's more, the lack of efficient tools to help them pinpoint the root cause of a network failure only makes matters worse. Find out how built-in tools in modern protocol gateways are making troubleshooting a breeze. Learn More |
Features and Benefits
Introduction
The AWK-1137C is an ideal client solution for industrial wireless mobile applications. It enables WLAN connections for both Ethernet and serial devices, and is compliant with industrial standards and approvals covering operating temperature, power input voltage, surge, ESD, and vibration. The AWK-1137C can operate on either the 2.4 or 5 GHz bands, and is backwards-compatible with existing 802.11a/b/g deployments to future-proof your wireless investments.
Industrial Ruggedness
• Integrated antenna and power isolation designed to provide 500 V insulation protection against external electrical interference
• -40 to 75°C wide operating temperature models (-T) available for smooth wireless communication in harsh environments
Mobility-Oriented Design
• Client-based Turbo Roaming for < 150 ms roaming recovery time between APs
• MIMO technology to ensure transmitting and receiving capability while on the move
• Anti-vibration performance (with reference to IEC 60068-2-6)
Easy Integration
• Semi-automatically configurable to reduce deployment cost
• Use AeroMag for error-free setup of your industrial applications’ fundamental WLAN settings
• Various communication interfaces for connecting to different types of devices
• One-to-many NAT to simplify your machine setup
- IEEE 802.11a/b/g/n compliant client
- Comprehensive interfaces with one serial port and two Ethernet LAN ports
- Client-based millisecond-level Turbo Roaming
- 2x2 MIMO future-proof technology
- Integrated robust antenna and power isolation
- Anti-vibration design
- Compact size for your industrial applications
- Easy setup, easy deployment with AeroMag
Introduction
The AWK-1137C is an ideal client solution for industrial wireless mobile applications. It enables WLAN connections for both Ethernet and serial devices, and is compliant with industrial standards and approvals covering operating temperature, power input voltage, surge, ESD, and vibration. The AWK-1137C can operate on either the 2.4 or 5 GHz bands, and is backwards-compatible with existing 802.11a/b/g deployments to future-proof your wireless investments.
Industrial Ruggedness
• Integrated antenna and power isolation designed to provide 500 V insulation protection against external electrical interference
• -40 to 75°C wide operating temperature models (-T) available for smooth wireless communication in harsh environments
Mobility-Oriented Design
• Client-based Turbo Roaming for < 150 ms roaming recovery time between APs
• MIMO technology to ensure transmitting and receiving capability while on the move
• Anti-vibration performance (with reference to IEC 60068-2-6)
Easy Integration
• Semi-automatically configurable to reduce deployment cost
• Use AeroMag for error-free setup of your industrial applications’ fundamental WLAN settings
• Various communication interfaces for connecting to different types of devices
• One-to-many NAT to simplify your machine setup
| Datasheet |
Three Questions that Network Operators Need to Answer When Managing the Security of Industrial Networks
 | As the Industrial Internet of Things (IIoT) trend continues to gather pace, industrial networks are continuing to connect more devices. This increased connectivity creates many possibilities, but also creates potential risks. Therefore, network operators cannot afford to overlook cybersecurity. Read on to learn more about the problems network operators can experience when managing their industrial networks. |
Four Techniques to Ace the Challenge of Wi-Fi Network Deployment
 | Wi-Fi® is now a ubiquitous network connectivity technology that enables robust connectivity and mobility in devices. However, planning and deploying a Wi-Fi network is a challenge that most business operators are unwilling to take on. We discuss some key best practices and techniques that can help you develop a Wi-Fi deployment strategy that best fits your organization’s operational environment and requirements. |
 | Three Aspects to Consider When Securing Industrial Automation Control System NetworkFor many years, cybersecurity was not a primary concern for system operators as industrial networks were relatively secure due to their isolation from other networks. However, as this is no longer the case, system operators must not use out of date security practices if they want to keep their networks secure. This article will focus on the three main factors that need to be considered in order to ramp up the security of industrial networks. Learn More |
 | New Technology Saves Time and Money Configuring Modbus GatewaysMonitoring and controlling a large number of Modbus devices requires a lot of planning from engineers with regard to device topology, including segmenting them into subgroups. Engineers are also weighed down by the mundane task of keying in hundreds of Modbus slave IDs to set up each Modbus gateway’s Modbus slave ID routing table. Thus, engineers are constantly on the lookout for solutions that address this pain point when setting up multiple Modbus devices. Learn More |
The data packets that are sent in Ethernet-based communication can be categorized into unicast, broadcast, and multicast. There are numerous redundancy protocols available that can help network operators build a reliable network for unicast and broadcast communication. A good indicator of the reliability of a network is how fast it can recover from an error when transmitting data. For many years, RSTP (Rapid Spanning Tree Protocol) has been widely used across the networking industry to prevent loops on Ethernet networks. When an error occurs on the network, RSTP may require around 10 seconds to rectify the cause of disruption. In comparison, Moxa’s network recovery technologies, Turbo Ring and Turbo Chain, can redirect to the backup path in less than 50 ms. For mission-critical applications, Moxa’s technologies are extremely beneficial because they help avoid downtime and allow data to be continually passed along the network even when there is an interruption. Posing a more difficult challenge to network operators is how to ensure reliable communication on multicast networks. Learn More
 | In today's industrial facilities and warehouses, hundreds of forklifts work side-by-side with people. How can we improve forklift operations while ensuring safe movement of people and machines in the facility? Read on to find out how a forklift manufacturer has taken advantage of wireless connectivity to help its customers efficiently manage hundreds of forklifts in their warehouses, thereby simplifying the arduous task of managing industrial traffic and ensuring operational safety. |
 | Data mining is transforming the face of factory automation, with the most striking change being the evolution of machine-to-machine (M2M) communication into system-to-system communication. Establishing connections between subsystems in network architectures adds new communications paths and network platforms, bringing new complexities and challenges. This month, we explore the solutions that address these challenges, especially with regard to protocol interoperability. |
| With more and more “things” on the edge being connected to the Internet, cellular communication has become an invaluable resource for connecting those things to the cloud. Cellular, however, is likely to cause unstable connectivity, costly data transmission, and unreliable control. To overcome these problems, the ioLogik 2500 series features dual SIM failover, 3-step cellular reconnection, dynamic IP access, active tags, local data logging, and Click&Go Plus. Take advantage of Moxa’s smart cellular connectivity, smart data acquisition, and smart control logic to make your industrial IoT system smarter than ever. |  |
Make Your OT, IT, IIoT Protocol Interoperability Easier for Industry 4.0
A central consideration and challenge in achieving a connected smart factory is protocol division. Depending on the specific operation, system integrators may encounter numerous disparate automation protocols that must be connected to achieve the operational goals or optimization goals. The OT world encompasses MES (manufacturing execution systems), SCADA (supervisory control and data acquisition), PLCs, meters, valves, sensors and motors, etc. The most common protocols are PROFINET, PROFIBUS, EtherNet/IP, and Modbus. IT systems include an ERP (Enterprise Resource Planning) system that mostly uses SNMP, HTTP, SOAP, XML protocols. The IIoT and industry 4.0 application requires the connection of many devices and systems to collect and share the vast amount of high-quality data across OT and IT platforms. The mainstream protocols for the adoption of the IIoT or Industry 4.0 are MQTT, AMQP, and CoAP. Moxa is one of the few product manufacturers and solution providers that offer a comprehensive product portfolio that makes the interoperability of OT, IT, and IIoT protocols straightforward.
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The full potential of many serial devices is still very much untapped. In the age of the Industrial Internet of Things (IIoT), however, the time has never been more opportune for network managers to get more value from their serial devices. One way to do this is to connect the devices to the Internet to extract untapped and potentially valuable information from existing processes. Many applications are already reaping the benefits of integrating their serial devices to IP-based networks, as previously untapped information is unlocked to help streamline and optimize operations.
There are numerous advantages to connecting serial devices to the Internet, but you should plan ahead. In this article, we emphasize three features that are important when implementing complex serial-to-Ethernet applications.
There are numerous advantages to connecting serial devices to the Internet, but you should plan ahead. In this article, we emphasize three features that are important when implementing complex serial-to-Ethernet applications.
Getting Connected
Serial device servers (also referred to as serial-to-Ethernet converters) can be used to connect legacy serial devices to Ethernet-based networks. Serial device servers have two interfaces: a serial interface on one side and an Ethernet interface on the other side. Serial device servers use the virtual COM port concept to allow data from legacy serial devices to be transmitted over a network to an existing SCADA system. Furthermore, serial device servers also support raw socket mode, which packages serial data into TCP or UDP packets transparently. Most SCADA systems and OPC servers support Ethernet encapsulation drivers, which work with serial device servers to receive proprietary protocols. You still have to handle the protocol manually as before, but the serial device server helps you transmit data to an Ethernet network with little effort.
Three key points need to be considered when using serial device servers to support IoT cloud applications: (1) multiple polling, (2) proprietary protocols, and (3) bandwidth.
Three key points need to be considered when using serial device servers to support IoT cloud applications: (1) multiple polling, (2) proprietary protocols, and (3) bandwidth.
1. Multiple polling
SCADA systems and remote cloud applications may send several commands, seemingly at the same time, to the same serial device server. For this reason, the serial device server needs to support a FIFO (first in, first out) queue to handle all the queries. The first query in the queue will be sent to the serial device first, while the rest wait in the FIFO queue inside the device server. Once the serial device server receives the response from a serial device, it will send the response to the relevant SCADA system or cloud application and process the next query in the FIFO queue. This kind of command-by-command handling is very important in IoT multiple polling applications due to the large number of serial devices supporting proprietary protocols. Without this design, an extra IoT gateway that supports multiple polling would be required.
Image Courtesy of Moxa.com
2. Proprietary protocols
As many serial devices use proprietary protocols, the device server must be able to convert serial data into Ethernet packets properly. Many serial device servers support raw socket and TCP server modes, which can handle these types of conversions. The problem, however, is a serial device server may not know the best way to divide serial data into separate TCP packets. Serial device servers do not understand proprietary serial data formats, so they may break up a single response from a serial device into two or more TCP packets. When the packets are unpacked by the SCADA system or a cloud application, they will be rejected since the serial data presented by a single packet does not follow the expected format. The SCADA system or cloud application will generally expect a single serial device server response to be packed into a single TCP packet. To ensure that this is handled properly, serial device servers need to support flexible data packing options because different proprietary protocols have different data formats. For example, fixed data lengths or special delimiter characters can be used to identify single serial device responses. In this case, the serial device server will keep receiving data from the serial device until it receives the expected amount of data or a preconfigured delimiter, and only then transmit the data over the Ethernet network. If your serial device server does not support data packing options, you would have to develop complex SCADA software applications to handle the TCP packets properly. Developing this kind of special-purpose software wastes valuable time and money, and may also create bugs in your system.
Image Courtesy of Moxa.com
3. Bandwidth
The serial device servers used to send serial device data back to a control room or a cloud application need to open a remote connection before they can transfer the serial data. If a large number of serial devices are connected to the same network, the connection will require many resources in the control room or cloud application. To handle these large numbers of remote connections properly, serial device servers should support flexible connection control. The best way to do this is to open a connection only when serial data is received from a device. When the transmission is completed, the serial device server should immediately close the connection. Without support for flexible connection control, you would need to spend extra time handling connections at the central site or cloud application.
Image Courtesy of Moxa.com
Conclusion
Moxa’s NPort serial devices servers support a variety of advanced functions as part of each operation mode to assist users in streamlining operations and maximizing the benefits of serial-to-Ethernet connectivity. Source Moxa.com
Learn why, when, and how to connect industrial sensors and devices over 4G LTE wireless networks.
In a world moving towards an internet connected everything, we are figuring out the best ways to enable this connectivity for a wide range of devices, applications and environments.
4G LTE offers many advantages as an easily deployed method to connect a large number of industrial devices and sensors to the internet. However, there are situations and considerations to be aware of so you can avoid issues with industrial protocols, data plan overages, private IP addresses, and more.
Whether you're researching wireless solutions for your operations, or are ready to establish 4G LTE connectivity with your sensors and devices, this E-Book covers what you need to know.
4G LTE offers many advantages as an easily deployed method to connect a large number of industrial devices and sensors to the internet. However, there are situations and considerations to be aware of so you can avoid issues with industrial protocols, data plan overages, private IP addresses, and more.
Whether you're researching wireless solutions for your operations, or are ready to establish 4G LTE connectivity with your sensors and devices, this E-Book covers what you need to know.
In this E-Book, you will learn about:
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Connect and Monitor J1939 EnginesSAE J1939 is a standardized protocol that operates in CAN (Controller Area Network) bus networks. It is widely used in industrial diesel engines designed for the heavy-duty vehicle industry, including on-highway trucks, off-highway equipment, agricultural equipment, construction equipment, and other vehicles. Ordinarily, engine control units (ECUs) are used to control these kinds of devices, and more and more applications are employing PLCs for process automation to monitor the status of J1939-supported devices connected to an ECU. |  |
Moxa’s J1939 Gateway Makes Deployment EasierDuring a project’s deployment, system integrators (SIs) must overcome several challenges, ranging from dealing with the complexity of different protocols and interfaces to spending too much time on pre-configuration and troubleshooting. With regard to these challenges, Moxa’s J1939 protocol converter is very easy to use and is equipped with a variety of maintenance functions to monitor the status of all connected CAN devices.
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 | MGate™ 5118 Series1-port CAN-J1939 to Modbus/PROFINET/EtherNet/IP gateways
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The Best Remote I/O is Getting Even BetterThe ioLogik E1200 series supports multiple communication protocols to simplify your system architecture. In addition to Modbus and SNMP, the ioLogik E1200 series now supports EtherNet/IP™, making it more powerful and better able to support more devices anywhere in the world. With the ioLogik E1200, you do not need to build two separate systems for IT and IA engineers. Installing ioLogik E1200 devices in the field allows both IA and IT engineers to collect all the data they need, automatically. | ioLogik E1200 seriesIndustrial-grade remote I/O with 2-port Ethernet switch
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Free Registration: Three easy steps to activate EtherNet/IP I/OEtherNet/IP is one of the most popular industrial communication protocols in the world. The latest ioLogik E1200 firmware supports the EtherNet/IP protocol, and only three easy steps are needed to register and activate EtherNet/IP on your device! |  |
About Moxa Smart I/O |  |
As an innovative solution provider of industrial automation applications, Moxa provides a wide range of I/O products for industrial automation. In 2006, Moxa was the first company to introduce the Smart I/O methodology in the industrial automation market. Now, Moxa is applying its innovative technical expertise to transform remote I/O into something even better. The Smart I/O concept has three major features: push function with retransmit capabilities, configurable control logic, and an all-in-one design. A Smart I/O solution merges IT and IA technologies to create more possibilities for the automation world. With over 10 years of experience in industrial automation, Moxa’s solutions are now widely used in factory automation, security, telecom, ITS, oil and gas, and renewable energy. For more information, visit www.moxa.com/Remote_Automation.
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 | MGate 5105-MB-EIP Series 1-port Modbus RTU/ASCII/TCP-to-EtherNet/IP gateways
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 | Technical NoteThe purpose of this note is to provide a step-by-step example of how to connect the ioLogik E1200 series device with an Allen-Bradley PLC by EtherNet/IP protocol. In this example, the Allen-Bradley PLC is the EtherNeT/IP Scanner and the ioLogik E1200 is the adapter. There are two sections in this document. The first section explains how to install the ioLogik E1200 series’ EDS files in the RSLogix 5000, and the second section explains how to connect the ioLogik E1200 with the Allen-Bradley PLC. |
1080P, day-and-night, rugged box IP cameras
 Image Courtesy of Moxa | Feature and Benefits
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Introduction
The VPort 36-2L rugged 1080P (1920 x 1080) box IP camerasare specially designed for mission-critical and extreme weatherenvironments. The cameras have two kinds of built-in P-iris zoom lenses, 3 to 9 mm and 10 to 23 mm. They support remote zoom and focus control via an IP network, providing convenience and simplicity for camera operation, and feature a wide -40 to 75°C operating temperature range (-T models) and industrial-grade EMC (EMI/ Surge Level 3) protection.
The VPort 36-2L cameras are suitable for the kind of industrial and outdoor environments found with oil & gas, rail, and ITS applications. In addition, the VPort 36-2L supports a light sensor and ICR (IR-cut filter removable) for day & night viewing, advanced WDR (wide dynamic range), and DNR (digital noise reduction), allowing the VPort 36-2L to produce good quality images even in extreme sunlight conditions.
The VPort 36-2L cameras are suitable for the kind of industrial and outdoor environments found with oil & gas, rail, and ITS applications. In addition, the VPort 36-2L supports a light sensor and ICR (IR-cut filter removable) for day & night viewing, advanced WDR (wide dynamic range), and DNR (digital noise reduction), allowing the VPort 36-2L to produce good quality images even in extreme sunlight conditions.
 Introducing the EDS-405AWhen selecting an Ethernet switch to connect to operational devices and equipment, engineers and plant managers need to consider the time and effort for configuration, maintenance, troubleshooting, and service. Our EDS-405A not only matches or surpasses the specs on similarly priced switches, it also includes an impressive level of software and service support at no extra charge, greatly reducing your ongoing ownership costs. | |
Here's how you'll save
 Easy Network ManagementMXstudio is a powerful and easy-to-use suite of network management and configuration software that makes it a lot easier to keep your network running smoothly. Best of all, it's free, interoperable with other manufacturer switches, and includes free version updates for life. |  Industry Leading ReliabilityWe believe in keeping our products up to date with the latest features and security updates. Unlike other manufacturers, we don’t charge for firmware upgrades or require maintenance contracts for access. All users have free access to the latest firmware updates for security and feature enhancements. |  Free Expert Tech SupportMany manufacturers charge additional fees and require service plans for technical support. Moxa’s networking experts provide online and phone support, guidance with product specifications and installation, access to driver and firmware libraries, and RMA service, all for no extra charge. |
Ready to get the switch that saves you money?
 | With this level of included software, reliability, and support, the EDS-405A significantly reduces the time and money you spend on ongoing costs compared to similar switches. From now until January 31, 2017, take advantage of special promotional pricing on the EDS-405A and other Moxa switches in the EDS-200, 300, and 400 series. Contact us for pricing and availability. |
Reliable Industrial-Grade IP Cameras for Tough Environments
The demand for a reliable CCTV system for industrial applications is becoming a necessity. Implementing and installing video surveillance solutions outdoors or in harsh industrial environments is much more complicated than installing in indoor environments, where conditions are controllable, and system components are easily accessible. Moxa is leading the way with a complete portfolio of industrial-grade IP cameras that function reliably in harsh industrial environments, where security and safety are top priorities. Moxa’s industrial IP cameras offer extremely low RMA (Return Merchandise Authorization) rates of below 0.5%, as well as industry-leading MTBF values, which significantly reduces users’ total cost of ownership due to the high reliability and lower maintenance efforts required for Moxa’s industrial-grade IP cameras.