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TSW101 PoE+ switch from Teltonika can reduce solution complexity and while RUT951 provides backup connectivity. Read to learn how. PoE+ Switch for a Hassle-Free Parcel Terminal Setup PDF PDF PDF PDF Highlights ✔ Parcel terminals are sophisticated IoT solutions that need Internet and power for a whole mix of devices — often in places, where wired Internet is unreliable or impossible to achieve. Plus, managing a large network of terminals can become a logistical puzzle. ✔ The TSW101 PoE+ switch is your go-to solution, transmitting both power and Internet to all devices through a single cable. This toughly built device handles any environment, while cutting down on clutter and complexity. ✔ Let’s mix in the RUT951 mobile router to ensure an uninterrupted Internet flow, and RMS for remote management of the entire solution. Now we’ve got a setup that’s efficient, reliable, and easy to control from anywhere. The Challenge – Setting Up Parcel Terminals Without Connectivity Chaos With online shopping booming, parcel terminals are popping up left, right, and centre, offering a super convenient way to grab packages on the go. But behind the scenes, setting up and managing these IoT solutions is no walk in the park, given the fact that they heavily rely on network connectivity for operational efficiency. Sure, wired Internet can empower such IoT solutions in some locations, but relying on it alone? That’s risky. One hiccup and boom — downtime. Here’s the catch: these terminals aren’t just simple parcel lockers. They’re complex IoT solutions loaded with tech: security cameras, payment systems, screens, scanners — you name it. All that gear needs both power and a reliable internet connection to keep things running smoothly. When it comes to parcel terminals, downtime is not an option. So, having 4G as the trusty backup makes sure the connection stays solid no matter what; even when wired connectivity does encounter these hiccups. Now, multiply that setup across a whole network of terminals, often in different locations, and you’ve got a real logistical challenge. Plus, these terminals need remote management, because no one wants to send a tech out every time a payment terminal throws a tantrum. Keeping everything powered, online, and easily manageable from afar? That’s the real challenge operators face. Topology The Solution – Teltonika’s Power Duo for Seamless Parcel Terminal Management Do these challenges sound all too familiar? This is where Teltonika’s TSW101 PoE+ switch comes to the rescue. Accompanied with the RUT951 mobile router, not only does it offer a seamless way to power up and connect parcel terminal equipment but also provide remote management capabilities without breaking a sweat. When it comes to powering and connecting your parcel terminals, the TSW101 PoE+ switch is the real MVP, making your setup as smooth as can be. Let’s explore why. The TSW101 isn’t just any network switch — it’s the multitasking hero your parcel terminals need. This PoE+ switch handles two jobs at once, delivering both power and Internet while keeping energy use low. No need to worry about power-hungry setups here. Yep, no more juggling between power outlets and network cables. With the TSW101 Gigabit Ethernet switch in charge, all your IoT devices — from cameras to payment terminals to screens — get what they need to keep running smoothly. Fewer cables, fewer problems, and a more efficient setup overall. But wait, there’s more! The TSW101 PoE+ switch doesn’t just simplify wiring — it features industrial-grade aluminium housing to handle whatever conditions your parcel terminals face. With its sturdy design and ability to thrive in a wide temperature range, this PoE+ switch is ready to power your setup in any location, whether it’s freezing cold or scorching hot. It’s like the ultimate toolkit for connectivity, always ready for whatever your terminals throw at it. Of course, no parcel terminal can run without a solid network connection, and that’s where the RUT951 4G router steps in. The RUT951 takes care of the whole connection, acting as your main source of Internet. If wired WAN is available, great — but if it drops out, no worries! The RUT951 cellular router has your back when your main connection drops, seamlessly switching to 4G to keep your terminals online. Still not impressed? How about its dual SIM slots and an automatic failover for that extra layer of connectivity peace of mind? Managing all this remotely is a breeze thanks to Teltonika’s Remote Management System . Need to reboot a device, check performance, or troubleshoot an issue? RMS gives you that power, without leaving your desk. Combining the power-and-Internet combo of the TSW101 PoE+ switch and the bullet-proof WAN backup of the RUT951 cellular router ensures your terminals are always up and running, even in the toughest environments. Plus, with support for key network protocols like SNMP and MQTT , your connectivity stays efficient and secure, all while being remotely managed. So, whether your terminals are in a bustling city or a remote location, the TSW101 PoE+ switch makes sure everything stays connected and powered without breaking a sweat. And with the RUT951 mobile router providing rock-solid connectivity, you’ve got a setup that’s as reliable as it is easy to manage. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Smart city FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Related products TSW100 RUT956 RMS View more View less Related accessories TSW1 REAR PANEL WITH DIN RAIL HOLDER RJ45 DUST COVERS View more View less

Read this use case to know how Teltonika Networks products provide essential connectivity for industry-changing metal bending machinery setup! Secure Internet Connectivity For Metal Bending Machinery PDF PDF SUMMARY Teltonika Networks partner, Factobotics, received a request from their client for a custom sheet metal bending machine solution. Soon the company discovered a new possible business niche as there were numerous similar requests from other clients. Many manufacturing facilities needed a customized sheet metal bending machine. So, Factobotics came up with an idea to make a standardized robot that clients could adjust without requiring a new one for each project. This is how RoboBend was established. CHALLENGE Bent-metal parts are needed everywhere, but the current manufacturing processes make it really expensive to produce them. The machinery is mainly single-purpose and cannot be adapted to change the parameters. As the demand increases for different bent metal parts and constructions, the factories cannot meet their supply. Usually, it is not a sound financial solution to order custom new machines as the return on investment gets comparatively low and takes a lot of time. Frequently in assembly lines and factories, many different types of machinery need to be interconnected. This means that old and new hardware need an all-encompassing solution, which can be expensive for custom mechanical interfaces. Moreover, the setup requires safe and reliable internet connectivity for gathering diagnostic data and enabling remote control of the apparatus. PARTNER Robobend is a Danish company with quarters in Lithuania. They offer high-tech mobile robot cells for sheet metal bending. Robobend has designed a robot compatible with any existing press brakes on the market and solves the problem of finding qualified machine operators. The robot provides higher capacity for the company's machines and lowers production costs while consistently delivering high quality. SOLUTION The essentials that Robobend was looking for in their IoT solution were reliable connectivity and security. They found all that covered by Teltonika Networks products — RUT241 industrial cellular router and TSW100 industrial PoE+ switch. RUT241 provides internet connectivity for the entire solution. Robobend uses remote connection through VPN to safely reach the main robot cell. It also lets the company connect to factory setups and gather diagnostic data from the devices. In this solution, the main robot, RBMI coupler and main cell coupler are connected via the TSW100 industrial PoE+ switch. As stated by the client, the TSW100 switch is a perfect fit because it is a breeze to set up and use, which is essential for Factobotics. It has five LAN ports that can accommodate multiple connected devices and then power them thanks to PoE+ functionality. TOPOLOGY BENEFITS TSW100 can accommodate multiple connected devices, making it a perfect choice for an IoT solution with numerous devices. TSW100 has an easy and fast setup and PoE+ functionality, eliminating the need for additional powered connections. RUT241 devices come with Wi-Fi and wired connections that accommodate local devices used for monitoring and on-site control. RUT241 has a failover function essential to maintaining the internet connection in industrial solutions. RutOS offers several different VPN protocols, ensuring that your connection will be safe. WHY TELTONIKA NETWORKS? According to Robobend ApS and Factobotics CEO, "Teltonika Networks is the biggest manufacturer in Lithuania. They have leading-edge manufacturing facilities, which allows them to supply the best quality products, crucial for us. Also, they have been on the market for a long time, so they know their customers very well. We have been enjoying outstanding customer service and support." LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Industrial & automation FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Related products TSW210 TSW200 TSW101 TSW100 View more View less Related accessories WI-FI SMA ANTENNA WI-FI MAGNETIC SMA ANTENNA SURFACE MOUNTING KIT POWER CABLE WITH 4-WAY SCREW TERMINAL MOBILE SMA ANTENNA MOBILE MAGNETIC SMA ANTENNA DIN RAIL KIT COMBO SISO MOBILE/GNSS/WI-FI ROOF SMA ANTENNA View more View less

A 5G gateway is essential for remote connectivity, enabling sustainable solutions that decrease CO2 emissions. Click here to know more. Industrial 5G gateway for iC7 drive remote management PDF PDF PDF Highlights ✔ Danfoss is a Danish technology manufacturer on a mission to decarbonise the world. Their goal is to increase energy efficiency and reduce CO2 emissions. ✔ The iC7 series is an industrial IoT drive created by Danfoss, helping our partner to achieve its sustainability goals. Continuous and undisrupted connectivity is vital for this device to operate successfully in an IIoT context. ✔ Danfoss used the TRB500 5G gateway by Teltonika Networks, allowing for remote monitoring and management via RMS. The challenge – carbon dioxide emissions Did you know CO2 stays in the atmosphere from 300 to 1000 years ? It means that as we change the atmosphere by emitting CO2, those alterations will endure on the timescale of many human lives. According to the International Energy Agency , global CO2 emissions from energy combustion and industrial processes grew by 0.9% (321 Mt) in 2022, reaching a new, all-time high of 36.8 Gt. Can we lower CO2 levels by ourselves? Yes, by enabling decarbonisation in an intelligent, cost-optimal manner and ensuring carbon neutrality in our operations. This concept was explored by our Danish partners at Danfoss . Their vision is getting more benefits out of less energy by rethinking its systems and using it smarter. This vision resulted in the integration of iC7 drive into the solution, enabling it to prevent more CO2 emissions. This device is a high performance IoT drive for multiple demanding applications, as a key component allowing the integration of different communication protocols. The iC7 series gives you a whole new way to optimise your system with a modular control platform that allows you to expand functionality to meet your every need. During the solution testing phase, one of the iC7 drives was deployed on an island. Due to its remote location, regular travel would have consumed time, energy, and created unnecessary CO2 emissions. That is why remote monitoring and remote management were needed. This required a connectivity device that would not only allow remote management and monitoring but also be resilient to the harsh conditions of industrial environment. Additionally, our partner needed a fast connection, direct monitoring ability, collection of larger amounts of data, and a high bandwidth. All these needs meant that the connectivity device would need more than what 4G has to offer. That is where the 5G generation came into consideration. 5G offers several advantages, such as faster data transfer rates, which are crucial for maintaining seamless connectivity in remote locations. 5G networks have lower latency than 4G networks, meaning there is less delay in data transmission. This reduced latency is particularly important for real-time applications, such as remote control of machinery or equipment in remote locations. Topology The solution – industrial 5G gateway Our partner, Danfoss, wanted to create a time and energy-saving sustainable solution. To implement it, it chose the TRB500 industrial 5G gateway by Teltonika Networks. The Danfoss iC7 drive connects to the 5G gateway via an Ethernet port, using a point-to-point connection. This solution is part of an EU-funded development project, where one of our partner’s iC7 drives was installed on Bornholm Island for field testing. Travel time to the island is around 6-8 hours, meaning that remote management and monitoring capabilities were needed. Such capabilities prevent unnecessary CO2 emissions associated with travelling to and from the island. The TRB500 5G gateway enables our partner to establish a secure remote connection via VPN from its office to the Danfoss iC7 drive, located in an island or a factory. This connection allows MyDrive® Insight, Danfoss’ remote management tool, to provide easy access to its drives and power converters. Most importantly, establishing a VPN connection is easily achieved using our very own Remote Management System ( RMS ). Another important benefit of RMS is making both command-line interface (CLI) and configuration interface available. The iC7 drive has three Ethernet ports available: two for fieldbus connectivity and one acting as a service port. The service port allows our partner to manage the drive, keeping our partner’s operations totally separate from those of the end user. The TRB500 industrial gateway is packed with all kinds of great features, with one of them being VPN support. This 5G gateway supports VPN services, including OpenVPN, ZeroTier , IPsec, Stunnel and many more. Thanks to this array of VPN protocols supported, the Danfoss team can rest assured that cybersecurity threats from malicious hackers are kept to the very minimum. Moreover, this 5G gateway has cellular speeds of up to 1 Gbps and supports both NA & NSA architectures. It’s very compact for an industrial gateway, making it easier to include in the solution’s setup. It’s also backward compatible with 4G (LTE Cat 20) and 3G, meaning that it can still be used in areas where 5G isn’t supported. Another great thing is that this 5G gateway is protected with an aluminium housing, so it could withstand harsh industrial environment and stay unaffected by temperatures ranging from -40 °C to 75 °C. This Danfoss' solution was not only easy to implement but also provided undisrupted connectivity, allowing to reduce CO2 emissions using remote management instead of travelling to the site. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Industrial & automation FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Related products TRB140 RUT260 RMS View more View less Related accessories SURFACE MOUNTING KIT POWER CABLE WITH 4-WAY SCREW TERMINAL ETHERNET CABLE 1.5M DIN RAIL POWER SUPPLY, 20W, 12V DIN RAIL KIT ADAPTER DIN RAIL KIT COMPACT DIN RAIL KIT BAT120 – UNINTERRUPTIBLE POWER SUPPLY View more View less

Discover how Teltonika's RUTX50 5G router enabled seamless connectivity and improved operational efficiency in an egg farm. 5G Router for Egg Farm Automation PDF PDF PDF Highlights ✔ Debug Nomad SLU , a Spanish engineering company, automated an egg production line with Teltonika's RUTX50 5G router. This enabled seamless connectivity and improved operational efficiency. ✔ The RUTX50 5G router’s reliability, low latency, automatic failover, and wide operating temperature range ensure optimal performance in demanding industrial environments like egg farms. ✔ Features such as 5G capability, Rj45, and a secure ZeroTier VPN service ensure fast setup, remote monitoring, and long-term scalability. The Challenge – Cracking the Code for Precision & Automation Imagine a farm where chickens wake to the soothing sounds of classical music, enjoy clean water, and feast on healthy feed. Sounds idyllic, right? This is the reality at Huevos Redondo , a company committed to ecological egg farming. But there's more to their success than happy hens. Egg farms also require precision and efficiency—after all, when dealing with eggs, cracking under pressure isn’t an option! Huevos Redondo partnered with Debug Nomad SLU to optimise its processes by integrating automated systems for real-time monitoring and data analysis, boosting efficiency and minimizing waste. To achieve this, it needed robust industrial router to link critical devices, including cameras, the reComputer J4012 EDGE AI device for data processing, and the reTerminal DM, a Raspberry Pi HMI that serves as the operations control panel. These devices must work seamlessly to automate monitoring, data collection, and daily reporting. Maintaining strict temperature and humidity control is essential in egg farming, so its connectivity solution also needed to perform reliably within these conditions. Yet another key requirement was preconfiguring the system at its office, enabling a quick, hassle-free installation on-site. Without robust 5G router, achieving this level of industrial automation would have been challenging and potentially risked scalability and operational goals. Topology The Solution – The Perfect Recipe for Automation The RUTX50 5G industrial router lies at the heart of Debug Nomad SLU’s automated egg production system, providing robust and secure 5G connectivity. It connects the cameras, the EDGE AI computer, which processes real-time data and generates daily reports, and the reTerminal DM, a Raspberry Pi HMI that acts as the system’s control panel. These devices communicate via Rj45, ensuring seamless transfer across the setup. By utilising the RUTX50 5G router’s capabilities, Debug Nomad SLU ensures ultra-fast data transfer of up to 3.3 Gbps, dual-SIM powered uninterrupted connectivity, low latency and backward compatibility with 4G and 3G, meeting the connectivity needs of today and tomorrow. This setup enables high-definition video streams from IP cameras and real-time monitoring of the production line, ensuring complete operational visibility. The integration with the ZeroTier VPN service enhances remote monitoring, debugging, and software updates, offering Debug Nomad SLU unparalleled control over its automated system. Technicians can access and manage the system securely from anywhere in the world, reducing the need for costly and time-consuming on-site interventions. This capability ensures quick responses to potential issues, minimising downtime and maintaining optimal operational performance. Additionally, the secure and encrypted connection provided by ZeroTier guarantees data integrity and privacy, making it a reliable choice for a demanding, high-precision environment like an egg farm. The industrial router’s rugged design, capable of withstanding the tightly controlled environmental conditions of an egg farm, ensures continuous operation. Its five Rj45 ports provide ample connectivity for the Edge AI device, HMI, and IP cameras, while allowing room for future expansion if another device should be added. Preconfigured at Debug Nomad SLU’s office, the system is deployed on-site with minimal effort—plug and play at its finest. This streamlined installation doesn’t just simplify the setup – it paves the way for a seamless transition to fully automated operations. With the RUTX50 5G router, Debug Nomad SLU has cracked the code for efficiency, unlocking new levels of optimisation, scalability, and productivity. If you’re ready to excel your IoT projects, feel free to discuss the right connectivity options by contacting us via the link below. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Industrial & automation FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Related products RUTM54 RUTM51 RUTM50 RUTM50 View more View less Related accessories SIM ADAPTER KIT ETHERNET CABLE 1.5M COMPACT DIN RAIL KIT EU POWER SUPPLY, 18 W 5G MOBILE MAGNETIC SMA ANTENNA 5G COMBO MIMO MOBILE/GNSS/WI-FI ROOF SMA ANTENNA View more View less

Explore how the SWM280 PoE+ switch, equipped with 12 PoE+ and 12 Ethernet ports, simplifies EV charging connectivity by powering multiple devices. The SWM280 PoE+ switch for simplified EV charging PDF PDF PDF Highlights ✔ The rapidly growing EV charging market demands fully connected infrastructure capable of supporting diverse devices such as cameras, POS terminals, and digital signage – all while ensuring efficient, space-saving operation. ✔ Teltonika’s SWM280 Gigabit PoE+ switch simplifies connectivity with 12 PoE+ and 12 Ethernet ports, powering multiple devices through a single unit. ✔ Paired with the RUTC50 5G router and Teltonika’s Remote Management System (RMS), this IoT solution offers ultra-fast connectivity, real-time remote monitoring, and network redundancy. The challenge – supporting a wide range of connections efficiently The global EV charging station market was valued at USD 22.46 billion in 2024 and is projected to reach USD 257.33 billion by 2032 , growing at a CAGR of 35.5%. This rapid growth reflects a global shift toward electrification and a pressing need for scalable charging infrastructure. Meeting this demand requires more than simply adding charging stations – it calls for robust, connected, and adaptable infrastructure able to support a diverse range of devices and services. From payment terminals and surveillance to digital signage and network connectivity, today’s EV charging sites must operate as intelligent, self-sustaining ecosystems. However, reaching this level of integration depends on a resilient network backbone capable of powering and interconnecting every component reliably, securely, and even in harsh outdoor environments. This type of IoT solution needs more than a powerful 5G router with ultra-high speeds. It also requires a switch that connects and powers up multiple devices simultaneously, saving both space and cost. Topology The solution – SWM280 PoE+ switch built for simplified network The answer lies within Teltonika’s SWM280 PoE+ switch, designed for industrial and enterprise sectors, capable of connecting up to 24 devices via 12 PoE+ ports and 12 Ethernet ports. This ability eliminates the need for separate power supplies for each device, significantly reducing installation complexity, cost, and demands for physical space. When it comes to powering EV charging station, 12 EV chargers are connected to the SWM280 Gigabit PoE+ switch via Ethernet ports, forming a stable and organized network backbone that enables high-speed data exchange and control. The 12 PoE+ ports, supplying up to 30 W per port with a total power budget of 300 W allow power and data to be delivered over a single cable. These PoE+ ports are used to connect a range of essential equipment, including CCTV cameras, IP speakers, digital signage displays, and POS terminals. Enabling configuration and control of the SWM280 is Teltonika’s operating system for managed switches, TswOS. This intuitive platform empowers users to tailor their switch settings for a wide range of applications, ensuring maximum flexibility and control. For fast and stable Internet, the SWM280 is connected to the RUTC50 5G router . Equipped with ability to reach the ultra-high cellular speeds of up to 3.4 Gbps, this 5G router delivers high-speed, low-latency communication, enabling real-time data transmission. Another key player in this IoT solution is Teltonika’s  Remote Management System  (RMS) which enables device status monitoring, diagnostics, and updates remotely – minimising the need for on-site intervention and operational downtime. You can try it out yourself, since every SWM280 comes with 24 months of complimentary RMS credits! If you're looking for a device that suits your infrastructure – look no further. Contact us today to request your sample! LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Smart city FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Related products SWM282 View more View less Related accessories ETHERNET CABLE 1.5M 1.25 Gb/s SR SFP TX TRANSCEIVER 1.25 Gb/s COPPER RJ45 SFP TRANSCEIVER 1.25 Gb/s 20 KM BIDI SFP TRANSCEIVER View more View less

Check out how Teltonika Networks fast Ethernet router RUT300 can ensure Secure Remote Accessibility for Manufacturing Machinery and optimize performance while collecting big data. Secure remote accessibility for manufacturing machinery PDF PDF SUMMARY Industry 4.0 is revolutionizing the manufacturing sector. The use of automation and AI enables reaching efficiency levels like never before. Integrating previously separate systems and processes lead to increased operational performance, data-driven decisions, and an optimized supply chain. Utilizing big data and analytics eliminate a big portion of required human intervention, while increasing competitiveness, profitability, and productivity. CHALLENGE In manufacturing facilities, usually, various complicated specialized machinery and equipment are present that require trained engineers to be configured and looked after. Often, they are supplied by various vendors and if one part stops functioning as it should it may cause troubles for the whole production line and consequently - delays and losses. Besides, the recent worldwide pandemic showed that in no time a big number of employees might become temporarily unavailable due to isolation requirements and the site may lose the necessary workforce required to resolve unforeseen challenges. In such situations, secure remote accessibility and management become essential. Therefore, professional industrial networking equipment is a must to connect these machines and provide remote management, while ensuring the security and reliability of the internet connection. TOPOLOGY SOLUTION One of the biggest benefits of connecting the manufacturing machinery to the network is the ability to collect data. RUT300 industrial Ethernet router has five Ethernet ports, two configurable digital Inputs/Outputs, and a USB to easily connect the various equipment and computers to the internet. Preconfigured Firewall ensures the security of the solution from the very start and multiple top-rated VPNs provide data encryption. Besides, a broad interval of supported power voltages makes this product suitable for a wide range of electronic equipment. Its rugged industrial design with a wide range of tolerated temperatures and vibration resistance makes this device durable and easily applicable in various settings. One of the biggest benefits of this solution lies in the Remote Management System (RMS). While RMS Management allows to remotely access RUT300 for updates and maintenance, RMS Connect enables to do the same with the machinery behind the router. This means that an engineer does not have to be present in a manufacturing facility to be able to configure, troubleshoot and manage the equipment. It’s also possible to set-up Events Reporting when an email is sent out after a specific event occurs listed in pre-configured rules. BENEFITS Remote Accessibility – RMS Connect allows to reach, configure and provide maintenance for a complete solution. Security – preconfigured Firewall for immediate use and multiple VPN protocols to choose from. Industrial design – the device supports multiple industrial protocols, is made of a rugged aluminium housing, I/ Os, supports wide range of power supply voltages. Event reporting – notifies whenever anything goes out of ordinary as per pre-set rules to resolve issues as fast as possible and reduce the possible harm to the ecosystem. Data collection – for monitoring, analytics, optimization and event prediction. WHY TELTONIKA NETWORKS? Teltonika Networks have many years of experience in the development of industrial devices. Working with various projects through trial and error we managed to create a portfolio of networking devices required by the various sectors in the market. Continuous communication with clients allows us to get valuable feedback and make the necessary improvements in our hardware and firmware to stay at the top of the game among professional networking equipment manufacturers. This is also how we created and developed our Remote Management System which eased up the lives of many of our partners. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Enterprise FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Enterprise Add a Title Enterprise Add a Title Enterprise Add a Title Enterprise Add a Title Enterprise Add a Title Enterprise Add a Title Enterprise Add a Title Enterprise Related products RUTX10 RUTX08 RUT301 RUT200 View more View less Related accessories SURFACE MOUNTING KIT POWER CABLE WITH 4-WAY SCREW TERMINAL DIN RAIL POWER SUPPLY, 20W, 12V DIN RAIL KIT COMPACT DIN RAIL KIT 4-PIN TO BARREL SOCKET ADAPTER UNIVERSAL POWER SUPPLY, 9 W View more View less

Recycling machines with Teltonika’s mobile routers reach peak efficiency through 4G LTE support and additional features. Click here to know more. Mobile Routers Enable 4G Connectivity for Recycling Machines PDF PDF PDF Highlights ✔ B:bot is a manufacturer, developer, and producer of recycling machines installed in supermarkets across France, Germany, and other countries. ✔ These machines require a networking device capable of providing reliable 4G LTE connectivity, ensuring that each of their component is connected to the company’s remote monitoring station for maintenance and real-time data streaming. ✔ It selected Teltonika’s RUTX12 and RUT200 mobile routers for their ability to provide high Internet speeds, support multiple VPNs, and facilitate secure, fast data transfers using industrial communication protocols like SSH. The challenge – beep boop, B:bot needs connectivity Plastic pollution is a devastating global crisis predominantly fuelled by single-use plastics, such as bottles. Shockingly, there are 66 times more plastic bottles than humans on Earth. Do we really need this many polluting our surroundings? We all know the answer to this question is no. So, we must remove the environmental damage of plastic bottles by recycling them. Fortunately, many bright minds walk on this Earth – creating effective solutions to address this widespread issue. Our partner, B:bot, has developed a recycling machine named after the company, that sorts and shreds plastic bottles into fine flakes and rewards people with money! Now, what initially appears simple is frequently laden with intricate details. The B:bot machine comes in several size options and is equipped with barcode reading scanners, optical and plastic detection sensors, and metal and weight control detectors to accurately detect and sort plastic bottles for further distribution. Additionally, it features a touchscreen that allows people to interact with the machine. Already, this sounds like a lot. Well, we can’t forget that B:bot’s performance highly depends on its ability to measure the volume of plastic bottle shreds and when it needs emptying. Also, consider the scale of its deployment: B:bot has installed numerous of its machines across France and other countries, making secure connections for remote monitoring and maintenance essential to its success. Without robust network connectivity, no B:bot machine could achieve its intended purpose. And with many tasks and responsibilities on the line, this is the perfect challenge for Teltonika’s RUTX12 and RUT200 mobile routers. Topology The solution – boop beep, mobile routers got me covered To enable remote monitoring and management capabilities of recycling machines, B:bot chose Teltonika’s RUTX12 and RUT200 mobile routers to handle all connectivity requirements with ease. Connected to the larger recycling machines’ controllers via an RJ45 port, the RUTX12 stands as a powerhouse of robust network connectivity support. Featuring two SIM card slots, this mobile router accesses connectivity from two different sources simultaneously. The router also has two Cat 6 modems, which provides exceptional 4G LTE connectivity with speeds of up to 600 Mbps for the entire machine and its components. This level of Internet speeds is particularly relevant for larger recycling machines, which have double the amount of devices requiring connectivity. With higher data throughput, delivering delayed data becomes impossible. The RUT200 mobile router represents an affordable option in our portfolio. Connected to smaller B:bots via RJ45 ports, the RUT200 provides excellent 4G LTE Cat 4 connectivity support while easily fitting into space-limited applications. Both mobile routers feature auto- failover , load balancing and multiple WAN switching options to maintain superb connectivity. But connectivity is only half a virtue if it’s not secure and reliable. And this brings us to the greatest benefit of the RUTX12 and RUT200 mobile routers: their support of multiple VPNs, like ZeroTier and IPsec VPN, and a myriad of industrial communication protocols, like MQTT and SSH, for secure connections and seamless real-time data streaming. The IPsec VPN establishes a VPN tunnel between each recycling machine and B:bot’s remote monitoring station to guarantee data security. Additionally, the VPN tunnel enables assigned personnel to perform remote monitoring and maintenance check-ups, establish real-time alerts, and securely extract data. The SSH protocol is used for quick data transmission regarding each machine’s health and storage capacity. This data, when analysed in conjunction with our partner’s AI and machine learning techniques, shows which machines are working efficiently and which might require troubleshooting or bin emptying. This is a perfect example of what IoT can accomplish – addressing prevalent global issues with smart solutions. And with the right connectivity equipment, ensuring optimal outcomes is effortless. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Smart city FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. 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Data-driven outdoor advertising by JCDecaux relies on the RUT241 cellular router. Click here to learn more. Connected outdoor ads: Real-time control via wireless router PDF PDF PDF HIGHLIGHTS ✔️ JCDecaux Lithuania , a leader in out of home advertising, needed a cutting-edge solution to modernize their network of outdoor ads. With thousands of units spread across cities and highways, they aimed to capture real-time data on audience interaction, while maintaining low operational costs and ensuring system reliability. ✔️ In collaboration with AllUnite , they adopted Teltonika’s RUT241 —a compact yet powerful wireless router with built-in Wi-Fi scanning and cellular connectivity. ✔️JCDecaux can now track when, where, and how many people engage with their ads—enabling smarter decisions and more dynamic campaign optimization. THE CHALLENGE – NO EYES ON THE GROUND For years, JCDecaux has deployed static billboards and transit media across Lithuania, relying on estimated impressions and visibility reports. However, as digital marketing advanced, so did clients’ expectations for precision and accountability. Measuring engagement for outdoor ads without real-time data means relying on assumptions. JCDecaux needed accurate insights into foot traffic patterns—hour by hour, location by location. How many people passed by? Did they linger? Did ad positioning affect visibility? But scaling smart technologies in public spaces isn’t easy. Many locations lack reliable infrastructure—there’s often no fixed internet, no stable power. That’s where cellular connectivity becomes essential. Connectivity has to be continuous and stable. Manual inspections were costly and time-consuming. In short, they needed a remote, automated solution with built-in remote management—powered by a rugged, scalable industrial router that could be deployed across many sites and trusted to deliver results. And let’s not forget the outdoors. From heatwaves to snowstorms, any deployed tech had to handle extreme weather conditions without missing a beat. TOPOLOGY THE SOLUTION – ONE WIRELESS ROUTER, FULL CONTROL For a project of this scale, JCDecaux needed full confidence that their connected infrastructure would last. That’s why the RUT241M2M router became the backbone of their transformation. It empowered them to shift from static displays to interactive, measurable platforms—resulting in improved accountability, campaign flexibility, and greater client satisfaction. To digitize their out of home advertising infrastructure, JCDecaux partnered with AllUnite to deploy a sensor-driven system powered by Wi-Fi scanning. At the heart of this innovation is Teltonika’s RUT241— a compact wireless router with 4G LTE capability built for industrial and remote environments. This smart device emits a Wi-Fi signal and picks up pings from nearby mobile devices, anonymously estimating the number of passersby. With its 4G LTE uplink, the router forwards data directly to AllUnite’s platform for real-time analysis. JCDecaux now has access to granular foot traffic data, helping them validate campaign effectiveness and tailor placements based on performance. Beyond its compact footprint and smart scanning functionality, the RUT241 supports global deployments with flexible connectivity. Its eSIM router capabilities enable seamless provisioning, while rugged hardware ensures it operates as a reliable industrial grade device, resistant to moisture, dust, and wide temperature ranges. The RUT241 industrial cellular router is engineered for extreme temperatures, unstable power environments, and outdoor durability. And it doesn’t stop there. With Teltonika’s Remote Management System (RMS) , JCDecaux can manage every deployed router—from firmware updates to security monitoring—all from a centralized dashboard. That means fewer truck rolls, faster rollouts, and significantly lower maintenance costs. In short, the Teltonika wireless router delivered not just connectivity, but total control—and made every outdoor ad work harder through intelligent, data-driven insight. Need a smart connectivity solution for your advertising infrastructure? Contact us today to test the RUT241 and discover how it can help you monitor, manage, and measure performance—without stepping outside. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Smart city FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. 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Discover how SunStore Australia uses Teltonika’s RUTX10 router and Starlink satellite connectivity for ultra-secure, off-grid wind scouting trailers in remote Australia. Starlink and Teltonika enable Remote Monitoring for Australian Wind Energy Projects PDF PDF PDF Highlights ✔ SunStore Australia has created off-grid scouting stations to meet the wind energy sector’s need for accurate site evaluation in remote Australian locations. ✔ Teltonika’s RUTX10 router was chosen for its reliability, security features, and seamless integration with Starlink satellite connectivity, ensuring remote operation. ✔ The RUTX10 supports firewall protection, Modbus integration, MQTT data transmission, and remote access through ZeroTier, creating a robust monitoring system. ✔ Outcome: A highly secure and reliable solution enabling wind data collection and remote trailer management in some of Australia’s most remote regions. The Challenge SunStore Australia works with leading wind energy companies to scout and monitor remote sites for potential wind farm installations. These scouting stations are deployed in off-grid trailers, often in areas far beyond the reach of traditional cellular networks. The trailers must collect wind data over extended periods while ensuring data security and enabling remote monitoring. SunStore needed an ultra-secure solution capable of supporting real-time data acquisition, secure communication, and remote management without requiring costly site visits. The challenge was to create a reliable and scalable connectivity setup that could operate autonomously in the extreme conditions of Australia’s outback. Topology The Solution To address the challenges faced by SunStore Australia, the company implemented a combined solution using Starlink satellite services and Teltonika’s RUTX10 router. Together, these technologies ensure reliable connectivity, secure data transmission, and remote management capabilities for the off-grid scouting trailers. Starlink was selected for its ability to provide consistent, high-speed internet in remote areas with no cellular coverage. Its dependable satellite connectivity serves as the backbone of the system, ensuring that data from the trailers can always reach centralised servers for analysis. The Teltonika RUTX10 router enhances this system by serving as the key networking device within the trailers. It connects the Modbus wind sensors installed in the trailers to the internet, ensuring the collected data is securely transmitted to a central server via MQTT. This seamless data integration enables real-time monitoring of wind conditions at prospective wind farm locations. Security is a top priority for SunStore, and the RUTX10 delivers robust protection through advanced firewall capabilities, ensuring all data transmissions remain secure. The router also provides remote access via ZeroTier, enabling SunStore’s team to manage and troubleshoot the trailers without needing to visit these remote sites physically. This functionality significantly reduces operational costs and downtime. In addition, the RUTX10 offers Wi-Fi hotspot capabilities, ensuring on-site technicians have connectivity for any maintenance work. Its stability, powered by the OpenWRT-based firmware, ensures uninterrupted operation even in harsh and remote conditions, minimising downtime and increasing efficiency for SunStore and its clients. This innovative solution allows wind energy companies to conduct essential scouting activities in areas previously deemed inaccessible, empowering them to expand the reach of renewable energy projects. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Energy & utilities FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Energy & utilities Add a Title Energy & utilities Add a Title Energy & utilities Add a Title Energy & utilities Add a Title Energy & utilities Add a Title Energy & utilities Add a Title Energy & utilities Add a Title Energy & utilities Related products RUTX11 RUTM10 RUT956 View more View less Related accessories WI-FI DUAL-BAND SMA ANTENNA WI-FI DUAL-BAND MAGNETIC SMA ANTENNA ETHERNET CABLE 1.5M DIN RAIL KIT COMPACT DIN RAIL KIT COMBO MIMO MOBILE/GNSS/WI-FI ROOF SMA ANTENNA AU POWER SUPPLY, 18 W View more View less

See how Teltonika Networks's RUT956 cellular router elevates industrial automation, ensuring optimal air compressor performance and connectivity. Data Collection For Air Compressor Optimization PDF PDF PDF SUMMARY Air is expensive. Yes, that's right, compressed air used in industrial machinery is quite costly. The technology that produces it has plateaued and one of the ways to increase production efficiency is to monitor the process closely and then optimize accordingly. That is what Kompresory PEMA is doing. The first step of improving any process is gathering diagnostic data. Optimization can occur only after sensors have collected the data and sent it to be analyzed. And for that, uninterrupted connectivity is a must. CHALLENGE Due to the technological limits of air compressors, they are not the most efficient for transforming electrical energy into work results. However, all the costs of production, transportation and consumption add up. This makes compressed air very expensive. Yet, it is still widely used in modern industry and production. To lower the cost of compressed air, efficiency needs to be increased across the board. Metrics like pressure dew point, electricity used, solid particles and oil in the compressed air have to be closely monitored at all times. So, the system needs multiple sensors to gather data and then send it all to the monitoring station. This solution requires a device that would gather all the data from numerous different sensors placed within the setup. Then the collected data needs to be forwarded to a monitoring center for processing. All of these parts need reliable and fast internet connectivity, as any unexpected changes within the system might be a sign of a malfunction and present inaccurate data. PARTNER Kompresory PEMA focuses on reducing economic demands and achieving the most efficient operation of its customers' compressor stations. They also offer sales, services and rental of compressor equipment. Due to many years of experience in the field and a team of experts, they can provide customers with the most efficient and cost-effective solution for compression station design, operation and maintenance. SOLUTION In this case, Kompresory PEMA installed two 110kW compressors in a biomass power plant. The two air dryers keep a stable pressure dew point in two lines, one at -40°C and the other at +3°C. Each line has separate monitoring. The system also has drying units and the airflow for each line has individual monitoring. Several sensors track all of the minute changes in this setup. Based on the collected data, the air compression can be optimized. Machinery running at maximum efficiency prevents wasting electricity and materials. Kompresory PEMA used Teltonika Networks RUT956 industrial cellular router to provide 4G connectivity for this monitoring solution. RUT956 connects to the sensors through an RS485 serial communication interface and LAN ports. After gathering diagnostic data via Modbus from the sensors, RUT956 relays it further to the monitoring center using the MQTT protocol. The data is analyzed and used to optimize the system and achieve the best result. Multiple digital I/O connections allow for remote sensor control connected to the RUT956. Users can also safely connect to the router via a web interface using a VPN. Furthermore, the engineer can use Wi-Fi to access the system, perform checks, and change settings when on-site service is needed. TOPOLOGY BENEFITS RUT956 provides stable dual SIM 4G LTE connectivity for industrial setups. RUT956 has a wide variety of digital and analog interfaces, perfect for industrial applications with many different components. Modbus (RTU and TCP/IP) and MQTT protocols allow efficient data collection and transfer to the analytical server. RUT956 has multiple VPN services to choose from for encrypted data transfer. WHY TELTONIKA NETWORKS? Kompresory PEMA explains the functionality of this IoT setup: "The solution, which relies on the Teltonika Networks device, is based on the collection of data from the entire compressed air system, their processing, sending to the server, the data is analyzed on the server and presented within several interfaces. The system operator thus has thorough information on the economics of production, transport, and consumption of compressed air, for decisions leading to better energy efficiency." And so, they were pleased by the connectivity provided by Teltonika Networks devices: "The most important for us is the reliability of communication and related to this is a reliable internet connection (4G). We also like the extensive options for setting up the router via the web interface from VPN to Modbus and several digital inputs." LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! 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Learn how Teltonika's RUT956 router helps automate border control with stable connectivity in remote areas. Read the full use case. Simplifying Border Control With a Cellular Router PDF PDF PDF HIGHLIGHTS ✔ Adaptive Recognition is a Hungarian developer and manufacturer of AI-based image processing technologies. Their technologies enable identity and traffic recognition for ensuring security, used by governments and businesses worldwide. ✔ Border control points must reliably identify vehicles and alert personnel of risks in real time, but remote locations, limit of human recourses, time and unstable connectivity make traditional setups challenging to deploy and maintain. ✔ Mounted on a vehicle and positioned at the border checkpoint, the M402 camera, RUT956 cellular router, and TSW100 industrial switch. Enabling fast, simple, and efficient automated vehicle inspections and remote monitoring. RUT956 cellular router and TSW100 ethernet switch was the final combination to solve the challenge. THE CHALLENGE – INEFFICIENT BORDER CHECKS Some border checkpoints currently rely on manual number plate input to verify a vehicle’s crossing history and identify potential alerts in the database. This process must be repeated each time a vehicle crosses the border. A 2019 report by the European Court of Auditors found that manual border checks in the EU often face serious limitations, including incomplete or delayed data in systems like SIS II, and frequent false positives during identity verification. Manual verification is time-consuming, increases operational costs, and carries the risk of human error. Even a small data entry mistake can result in the misidentification of a vehicle, leading to security issues. The higher the volume of vehicles, the greater the risk becomes. Implementing automated number plate recognition (ANPR) technology addresses these challenges. While the technology to capture and identify number plates exists, it must be integrated with the database for real-time verification. Due to the remote location of many border checkpoints, establishing stable communication between ANPR systems and backend databases is a significant challenge that needs to be addressed for full process automation. TOPOLOGY THE SOLUTION – AUTOMATED BORDER CHECKS To automate the vehicle inspection process, Adaptive Recognition deployed a mobile number plate recognition (ALPR) system at the checkpoint. Its M402 camera identifies vehicle number plates and sends the data to a central server for verification in real time. However, ensuring continuous communication between the mobile system and backend databases requires a robust and stable network connection. To achieve this, the solution integrates Teltonika’s RUT956 industrial cellular router, delivering high-performance connectivity with GNSS antenna tracking and dual SIM failover to maintain uptime even in challenging conditions. Thanks to the easy integration capabilities of the RUT956 cellular router, recognizing license plates at the border is made simpler. This cellular router is designed to work seamlessly with various ANPR systems and backend infrastructure, allowing quick deployment without complicated setup. Its support for industrial protocols and flexible I/O ensures smooth communication between components, minimizing integration time and technical complexity. Powering the system was a key challenge, since standard wiring isn’t practical in a mobile border control vehicle. To solve this, the setup uses Teltonika’s TSW100 industrial switch with PoE+ support. It delivers power to both the camera and the RUT956 4G LTE router using the vehicle’s onboard power, converted to the right voltage. This makes installation easier and keeps the system running reliably without the need for complex infrastructure. For additional resilience and control, the setup is integrated with Teltonika’s Remote Management System (RMS) , allowing remote monitoring, maintenance, and security management even in isolated locations. If you're ready to unlock new possibilities for your next project, click the "Contact Us" button below — let's make your work more efficient. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Transportation FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. 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An IoT gateway with port forwarding can enable SCADA systems that include APN SIM cards. Click here to learn more. IoT Gateway for Utilities SCADA System in Sharjah, the UAE PDF PDF PDF Highlights ✔ Avanceon is an automation and control engineering solution provider operating from Dubai and Abu Dhabi to service 16 industrial and manufacturing market segments, including energy and utilities, critical infrastructure, and transportation. ✔ Its client, the Sharjah Electricity, Water & Gas Authority, has a SCADA system that includes APN SIM cards. These bolster the system’s security but present some M2M communication challenges, necessitating an IoT gateway that supports the DNP3 protocol and is capable of port forwarding. ✔ The device chosen is our TRB246 IoT gateway, enabling this remote management solution by providing robust serial communication support and reliable LTE Cat 4 connectivity. The challenge – the complexities of SCADA communication Supervisory control and data acquisition ( SCADA ) systems are an integral part of the telemetry and utilities sector. SCADA systems enable both private companies and governmental authorities to remotely manage and control PLCs, collect usage data of utilities such as electricity, water, and gas, and perform tasks such as pump activation or valve closing. Our partner, Avanceon, was helping the Sharjah Electricity, Water & Gas Authority (SEWA) in the UAE to establish smooth connectivity and implement a SCADA system for the energy and utilities critical infrastructure in the city of Sharjah. When it came to choosing the networking device, however, this solution’s criteria presented a challenge. SEWA needed the chosen networking device to include private Access Point Name (APN) SIM cards. This inclusion would bypass the security risk of using a regular SIM card and have its data transmitted publicly over the cloud. However, private APN SIM cards make remote management and control of the PLCs difficult. They demand port forwarding to be used, directing M2M communication to a designated TCP port number supported by the SCADA system. In other words, an IoT gateway that could enable this redirection was needed. Topology The solution – port forwarding IoT gateway Avanceon chose the Teltonika Networks TRB246 industrial IoT gateway to facilitate redirected M2M communication in SEWA’s SCADA system. On one end of the system, the device is connected to the SCADA computer system in SEWA’s headquarters in Sharjah. On the other end, for every PLC distributed in Sharjah and connected to this SCADA system, a TRB246 IoT gateway is installed as well. The connection on both ends is done via the IoT gateway’s RJ45 port. The complexity of this solution is not in its physical setup – it’s in the architecture of its M2M communication. The PLC monitors the myriad of telemetry data, such as water pressure in pipes, gas flow, and electricity usage, and transmits it wirelessly to the remote SCADA system. This transmission is carried out via port forwarding : redirecting and forwarding the communication request from the PLC to a designated port number supported by the SCADA system: the TCP port 20000. This facilitates secure and effective communication via the DNP3 protocol. The SCADA system then analyses the telemetry data and can perform remote troubleshooting of any end equipment connected to the PLC. This minimises downtime and eliminates the need for engineers to travel for manual troubleshooting – resulting in an impeccably-automated remote system without sacrificing security. Port forwarding and support of the DNP3 protocol are the main features needed in this case, but the TRB246 has plenty more to offer. This industrial IoT gateway provides reliable LTE Cat 4 connectivity with dual SIM functionality, auto-failover, backup WAN, and more switching scenarios for maximum connection reliability. Apart from the DNP3 protocol, the TRB246 also supports Modbus TCP, Modbus RTU, DLMS, and many other communication protocols. In terms of interfaces, it is equipped with the aforementioned RJ45 port, as well as I/Os and 16-pin terminal block RS232 port and RS485 port. Housed in durable aluminium housing with DIN rail mountain options and capable of withstanding temperatures ranging from -40 °C to 75 °C, this IoT gateway can handle any industrial environment the PLCs are installed in. When it comes to connection reliability and architecture versatility, the TRB246 is the perfect choice for SCADA systems managing critical infrastructure and telemetry. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! 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