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The first solution from ID Electronic SA took our router to the heights of 2500-3000m above sea level to provide connectivity for fully autonomous webcams monitoring the alpine cryosphere and melting of permafrost. More News 1/15/2026 TAP400: Wi-Fi 6 Access Point for Your SMB Network 1/7/2026 Empowering the Connected AV World with Teltonika at ISE 2026 1/7/2026 New PTCRB, FirstNet, and Carrier certifications for our 5G devices in North America REAL-LIFE SOLUTIONS FROM OUR PARTNERS! 1 April 2021 A little while ago, on LinkedIn, we asked our audience what kind of content they liked best and found the most useful. Use cases got the most votes at the time. It was not such a big surprise since we constantly got similar feedback from various clients. They were saying that reading about practical application scenarios was not only interesting but also gave them a better understanding of our products, their features, and benefits, and also helped them find even more new business opportunities. Soon after this, we started collecting not just success stories from our clients but also asked them to send us some photo and video footage of their solutions. We thought that if stories and topologies attracted so much interest, seeing the products in real-life action would be priceless! We are so thankful and delighted to have received so many creative life-changing submissions thus far! We shared most of them via our social media outlets, however, keeping in mind the dynamic nature of these platforms, we decided to put together a few of those solutions to our website to be easily found for a wider audience. We hope you will enjoy them as much as we do!  The first solution from ID Electronic SA took our router to the heights of 2500-3000m above sea level to provide connectivity for fully autonomous webcams monitoring the alpine cryosphere and melting of permafrost. This solution is used by the Institute of Geography of the University of Freiburg and Lausanne for monitoring global warming in the Valais Alps. Another submission - Remem'Bernières – comes from France. It is a remembrance project to honor WWII soldiers who landed in Bernières-Sur-Mer (Normandy) on June 6th, 1944. Here, Teltonika Networks RUT950 4G cellular router provides connectivity to a WIFI network available to the visitors to connect their smartphones and discover the beautiful history of this place. In the solution seen below, a German company Bender GmbH & Co. KG is using our best-selling RUT240 router in providing connectivity for insulation data transmission from hub work vehicles for overhead lines for streetcars. An insulating monitoring device isoHR1685 monitors the hub work and the data loggers from COM465IP collect information and send it via Teltonika Networks 4G router to the Bender Powerscourt Cloud, where staff can log in and see the ISO values for remote management. Now, let’s see another case from the far-away Sahara Desert, where our RUT950 dual SIM router with auto-failover provides connectivity for an ADS-B receiver for flight tracking service. It is powered by a solar system with 12 panels using battery storage for the night. The RUT950 can withstand temperatures -40 °C to 75 °C, so it suits perfectly Saharan weather even when used outside. The last submission we’d like to share today helps to solve the air pollution and traffic jam problem in Sarajevo. Did you know that these two problems are highly related? Our partner CET Energy d.o.o. implemented a smart parking system, smart lighting, and smart monitoring of air pollution, which resulted in numerous benefits: Reduction of air pollution; Improved traffic management; Predictive monitoring; Anticorruption (every driver is treated transparently and automatically); Lowered light pollution and significant savings; Increased public safety. This AI driven system uses 4G connectivity with RUT240 to connect smart devices, like IP cameras, to the cloud-based servers and a PoE switch TSW100 to connect the equipment in this plug and play solution. Watch the video for more details: We hope that you enjoyed this collection of real-life application examples of our connectivity products, and hopefully they’ll help you better understand the unlimited possibilities and areas where these devices can help solve various problems. If you have a solution you'd like to share with us, please feel free to do so within a few clicks. We'll be happy to share it with our audience and reward your submission with RMS credits! SHARE YOUR SOLUTION LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Teltonika Networks presents TRB256 – a NB-IoT gateway with 450 MHz support for diverse IoT solutions. Click to know more. More News 1/15/2026 TAP400: Wi-Fi 6 Access Point for Your SMB Network 1/7/2026 Empowering the Connected AV World with Teltonika at ISE 2026 1/7/2026 New PTCRB, FirstNet, and Carrier certifications for our 5G devices in North America THE TRB256 IOT GATEWAY: GREATER RANGE, BROADER APPLICATION 24 January 2024 Each year, January seems to be the month dedicated to Teltonika Networks’ IoT gateways, enriched with specialised features for use in new and exciting industrial sectors and settings. Last January, we introduced you to TRB143 – the gateway for telemetry . Now is no better time than to welcome the new TRB256 IoT gateway – with 450 MHz support! We know well that public networks support frequencies that range from 900 to 2600 MHz band. With the phasing out of 2G and 3G networks , current and emerging mobile technologies are leaning towards the concurrence of higher frequencies. So, this leaves a lot of room for repurposing lower frequencies for alternative applications. Our role here is to bring these opportunities to you. SHINE BRIGHT, 450 MHz The rays of 450 MHz, also known as B31, are relatively new but definitely exciting when considering the entire band spectrum. Previously (and most prominently) used by official authorities, the 450 MHz band has been recently approved for use by private organisations and sectors specialising in utilities or mission-critical IoT applications. The best part about it? Private networks in Industrial IoT, just like the 450 HMz band, provide greater security, reliability, and control over your network infrastructure and its performance compared to public networks. Additionally, the lower the frequency, the larger the area a particular band can cover, so 450 MHz is extremely beneficial to applications that require strong signal penetration and great connectivity coverage. And if your IoT solutions demand such requirements, feast your eyes on our TRB256 – the IoT gateway ready to serve you well! MEET THE TRB256 The TRB256 is a Teltonika Networks NB-IoT gateway that excels in versatility to provide reliable connectivity for a multitude of networking solutions. When we say a multitude, we really mean it. Equipped with dual SIM functionality for auto-failover and multiple interfaces, like RS232, RS485, and Ethernet, the TRB256 can be easily adapted to your IoT solutions without needing to adjust, change, or replace their existing components. Connectivity options that this IoT gateway supports contribute to its applicability. The TRB256 supports 4G LTE Cat M1 mobile connectivity, which is compounded by support of NB1 and NB2 and LTE-M IoT technologies. This array of connectivity options broadens the range of IoT applications the device can facilitate, particularly in areas such as smart metering, telemetry, and predictive maintenance. Moreover, these options expand connectivity coverage and provide a greater cost-to-efficiency ratio. The 450 MHz band support is particularly useful for networking solutions located in rural areas, those encumbered by physical obstructions, or systems operating on legacy machinery. Just make sure you install a compatible antenna that supports 450 MHz to obtain this level of robustness! This industrial-grade IoT gateway is encased in black aluminium housing with 83 x 25 x 74.2 mm dimensions for sleek and seamless integration into any system. ON THE TRB256’S SOFT SIDE Beneath the rugged design of this industrial gateway lies RutOS – an in-house software developed by Teltonika Networks R&D team. RutOS empowers you to tailor the TRB256 to meet your specific needs or preferences, further enhancing the cost-effectiveness and convenience of this device. This cellular gateway supports a range of protocols, including Modbus, DNP3, DLMS, OPC UA, and BACnet. These protocols are particularly advantageous for sectors such as manufacturing, utilities, and building automation for streamlining your IoT solution’s operations and enhancing system interoperability. And with RutOS’s recent update , device control is improved even further! It’d be a sin not to mention the TRB256’s compatibility with Teltonika Networks’ remote management system – RMS . Whether you want simple remote monitoring or advanced control over your device or fleets of devices, RMS grants you such capabilities. In addition to remote management and control, you can safely connect to your third-party devices via RMS Connect or establish secure VPN tunnels between devices via RMS VPN. BROAD OR NICHE, THE TRB256 HAS YOU COVERED The energy and utility sectors are experiencing rapid operational changes. By improving current solutions and establishing new ones, the integration of IoT is inevitable. This is why the TRB256 IoT gateway exists. Whether it’s for connecting legacy machinery or smart grids, this cellular gateway provides robust network connectivity and cost-effectiveness. As the TRB256 supports NB-IoT and LTE-M bands, this cellular gateway can be a perfect substitute for maintaining robust connectivity in IoT solutions that include legacy machinery, systems, or components that rely on 2G and 3G networks. And since this industrial IoT gateway has interfaces, such as RS232 and RS485, compatibility between the physical connectivity of the gateway and legacy equipment is assured. Alternatively, this industrial IoT gateway is just as suitable and simple to integrate into more diverse and innovative IoT solutions focusing on cases, like metering infrastructures or predictive maintenance. With the TRB256’s support of the private 450 MHz band, this gateway ensures uninterrupted and increased data transmission rates while reducing the need for extensive infrastructure. Perfect for remote solutions! ASIDE THE 450 MHz BAND While we put a great emphasis on 450 MHz band support, the TRB256 cellular gateway is just as well-suited for cases that don’t necessitate this feature. By installing a regular antenna that supports 4G LTE mobile connectivity to the IoT gateway, you can use it universally. This can range from device integration in smart city applications to automation . The same amount of applications, just without the support of the private network. THE TRB256 IN ACTION Are you particularly interested in smart grid applications, where the TRB256 IoT gateway thrives? Then we have a use case for you! The IoT Gateway with 450 MHz Support for Energy Utility Network use case emphasises the sector’s need for high-quality connectivity. There, the TRB256 industrial gateway acts as a crucial link between residential electricity generators and distant head-end systems, ensuring reliable connectivity and rapid data exchange. If the TRB256, its compatibility with 450 MHz, or applications in IoT solutions spark your interest, we invite you to a webinar hosted by our Operational Marketing Project Manager, Evelina Sinkevičiūtė. On February 6 th , 11 AM GMT+2, Evelina will go over the details of this device and showcase its true potential. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Our newest RutOS firmware version was put to the Penetration Test by NTT Security, and the results are very pleasant. More News 1/15/2026 TAP400: Wi-Fi 6 Access Point for Your SMB Network 1/7/2026 Empowering the Connected AV World with Teltonika at ISE 2026 1/7/2026 New PTCRB, FirstNet, and Carrier certifications for our 5G devices in North America TICKING OFF THE CYBER-SECURITY AUDIT BOX 12 October 2022 With ever-growing cybercrime rates having caused over  $6 trillion  in damages in 2021 alone, we prioritize the security of our devices to keep our clients’ solutions off these statistics. That’s why our RutOS operating system was tested by NTT Security Holdings - a specialized security company that provides testing services for ensuring software security. The RutOS (RUT**_R_00.07.02.6) firmware version was put to the Penetration Test of Cellular Industrial Devices. This test allowed the people of NTT Security to examine our devices' operating system through the attackers' perspective, aiming to identify any weak spots or vulnerabilities that could threaten to our devices' security and our clients' solutions. WHAT’S THE VERDICT? NTT didn’t detect any vulnerabilities to immediate outside threats or malicious attacks in our RutOS operating system. Hooray! We’re delighted with the results and proud to have an additional guarantee of the security of our clients’ solutions. The two most recent RutOS versions – (RUT**_R_00.07.02.6) and (RUT**_R_00.07.02.7) are invulnerable to such cyber threats. So, if you haven’t already, you can (and should) update your devices’ firmware to the newest version, found here , and fear no sneaky hackers. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Well, it’s exactly what the name implies – a system of physical everyday objects that can send and receive data between each other over the Internet. Previously a data connection was mostly common in computers and smartphones (which are basically just smaller computers). More News 1/15/2026 TAP400: Wi-Fi 6 Access Point for Your SMB Network 1/7/2026 Empowering the Connected AV World with Teltonika at ISE 2026 1/7/2026 New PTCRB, FirstNet, and Carrier certifications for our 5G devices in North America WHAT IS IoT? 28 October 2019 Most of us know or at least some have basic insight into what the Internet is or what it does for us. But in the more recent years we started hearing a derived term: The Internet of Things, or more widely known by its acronym - IoT. While the concept itself has been around since 1999, at the time and for years after its conception the term was mostly known to engineers and people whose daily work directly related to it. However, in about 2014 the phrase IoT started becoming more well known to the general public as well. This rise in popularity is well evident in online searches for “IoT” as indicated by Google Trends. This just about corresponds with the time when smartphones and 4G cellular technology started becoming a common and inseparable tool in our daily lives. Not only that, but 100 Mbps Ethernet connections were becoming a household commodity and Wi-Fi Hotspots started covering all public gathering spots imaginable: from cafes and restaurants to airports and hotels and even streets and parks. This explosion of increased connectivity of people is what gave the rise to the connectivity of things. SO, WHAT IS IT? Well, it’s exactly what the name implies – a system of physical everyday objects that can send and receive data between each other over the Internet. Previously a data connection was mostly common in computers and smartphones (which are basically just smaller computers). Now, in the age of IoT almost anything can be enriched with access to the Internet. Ranging from household items like TVs, toasters, washing machines, smartwatches, garage doors to giant conveyors, robots and entire factories. The latter falls into subcategory of IoT called Industrial Internet of Things, or simply – IIoT. You can read more about this topic by clicking here . Furthermore, these smart devices can communicate without any human interaction, a feature that lays the foundation to advanced automation and smart home systems. So, one could say that IoT is not only a way to enhance the experience of interacting with our things but also to embed them with purpose in such a way that they would continue to operate and influence our lives even when we’re not around them. BUT WHAT DOES IT MEAN FOR ME? You may be thinking something like “So what? I don’t think I want my inanimate objects communicating with each other anyway. Why should I care?” Well, there are many answers to this question. In fact, there are too many to list in this short article. Nonetheless, let us take a look at some of the benefits of IoT that positively impact our daily lives. HOME SECURITY It is almost undeniable that most of us sleep better at night knowing our home and what is most precious to us is secure. IoT can help you stay aware of everything that’s going on inside and outside of your house no matter where you are. Even old sensors, cameras, smart locks and gates, alarms, smoke detectors and other security utilities can be upgraded with the help of IoT devices that can send informed alerts to your phone, email account or even directly to the authorities or your security firm. They can even lock the doors for you in case you accidentally forget. HEALTHCARE It has become common knowledge that with the help of smart devices people can record data about their sleep cycles, measure activity levels, track their daily physical and dietary challenges. But did you also know that IoT devices can help treat or even prevent certain health complications? With the aid of certain smart sensors, implants or just simple apps on your phone or watch it is now possible to improve treatment and management of inflammatory, metabolic and heart disorders. Some of these devices can even send relevant information to your doctor or even inform you if you should visit the hospital in critical cases. SMART CITY IoT systems are making your city smarter every day in ways that you may not even be aware of. Ever had to pick up a package from a self-service delivery terminal? Couldn’t have done this without IoT. Ever used a ticketing terminal or a Wi-Fi Hotspot on a bus? Also possible thanks to IoT. What about being stuck in traffic? Well, believe it or not IoT is also making improvements in that regard. This includes smart electric vehicles (EV) and charging stations, traffic light control and smart crosswalks, public lighting, etc. Make sure to take a look at the actual Use Cases for Smart City connectivity following links below: Self-Service Delivery terminals Public Transport Connectivity EV Charger Connectivity with Circontrol Intelligent Traffic Systems THE FUTURE OF IoT As we have already established, IoT is already at the heart of foundation in many industrial and consumer driven solutions with new ideas of implementation arising every day. Its popularity is even more evident when you take a look at worldwide spending - according to the International Data Corporation (IDC), the amount of money spent on IoT equipment in 2018 exceeded $646 billion. However, this number is expected to grow each year and climb over the $1 trillion mark in 2022, while the number of worldwide cellular connections is anticipated to reach 3.5 billion by the year 2023, as estimated by the Ericsson Mobility Report. While predictions and estimates do vary according to different sources, one thing remains the same: IoT is on the rise to becoming an integral part of our present and future. TELTONIKA NETWORKS AND IoT Teltonika Networks has been developing IoT devices for over twenty years now. As our motto “Easy key to IoT” suggests, we aim to not only provide reliable and secure solutions, but ones that are also quick to deploy, easy to use and convenient to manage. If you want to find out more about what Teltonika Networks has to offer in the realm of IoT, visit our Products page or check out our IoT Use Cases . If you cannot find what you are looking for, get in touch, as we might already have a solution. LIKE THIS STORY? Share it with friends! 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What are network switch layers, and when should you deploy each of them? Read this Teltonika Networks article to find out. More News 1/15/2026 TAP400: Wi-Fi 6 Access Point for Your SMB Network 1/7/2026 Empowering the Connected AV World with Teltonika at ISE 2026 1/7/2026 New PTCRB, FirstNet, and Carrier certifications for our 5G devices in North America UNRAVELLING THE ONION OF INDUSTRIAL NETWORK SWITCH LAYERS 5 December 2023 Network switches operate on different layers of the OSI model of networking, with each one representing a different scope of functionality suitable for different industrial applications. In this article, we’ll go over the different layers and associated functionalities, and help you identify the best network switch for your solution. Teltonika Networks recently announced that starting in January 2024, it will be cutting the average price of its network switches by an average of 30%. This represents our commitment to rapidly expand and grow in the global industrial network switch market. This initiative has many layers, which is very on-theme for network switches. You see, any given switch operates in one of the 7 layers of the Open Systems Interconnection (OSI) model of networking. A network switch operating in any of these 7 layers means it has functionality that falls under that layer. But as any seasoned network engineer can tell you, it’s not quite as clear-cut as just having 7 neat categories. Switches generally operate on 5 out of the 7 layers, with Layers 5 and 6 staying out of the picture. And there is even a secret layer somewhere in between! Indeed, switch layers are much like the layers of an onion: if you’re not careful, they might just make you cry. To ensure that doesn’t happen, let’s go over the different layers and associated functionalities, and learn when should you deploy a network switch operating in that layer. Note that as we go up the layers, factors such as device sophistication, price, and performance do scale. Higher-level switches are more expensive, consume more power, require more complex configuration, and typically provide slower performance when it comes to raw data forwarding. On the flip side, they offer greater security and intelligence that some solutions simply can’t do without. Layer 1: physical The most basic level of network switches, the physical layer, covers the basics. A switch in this layer is an unmanaged switch capable of transferring data, including encoding, signalling, transmitting, and receiving it, but cannot manage the traffic in any way. In other words, a Layer 1 network switch can be deployed when you need a hub without any filtering or processing capabilities. The simplicity of Layer 1 switches keeps them affordable and easy to deploy. Their data transmission happens at wire speed, but circuit switching configuration can help optimise this speed if needed. If simple data transference without network management is sufficient for your solution, a Layer 1 switch is perfectly good enough. Layer 2: data link Layer 2 switches are your typical network switches, as this is the most common layer. And fortunately, they have a bit more brains to them. Known as managed switches, these are capable of identifying end devices and use Ethernet frames and MAC addresses for correctly processing and forwarding data. They are also capable of VLAN tagging, traffic prioritisation, and MAC address filtering, and are able to efficiently manage the flow of data across a network by switching data frames from one LAN port to another. Importantly, each port on a Layer 2 switch is a separate collision domain . This significantly reduces the risk of network traffic collisions, resulting in smoother data flow. If you need a device for managing your network’s data quickly and without much granularity, Layer 2 is the layer for you. Layer 3: network Layer 3 managed switches begin to overlap with routers , as they boast both switching and routing capabilities, including support of IP routing between configured VLANs as well as advanced and dynamic support of other routing protocols, like RIP, OSPF and BGP, for exchanging route information between networks. Unlike routers, however, they can only support a single type of network. On top of better network segmentation and traffic management, Layer 3 switches also offer high throughput, low latency, Quality of Service (QoS), and robust security features, including ACLs, firewall capabilities , and deep packet inspection. If you need your network switch to have basic routing capabilities, but more than just static routing, Layer 3 is the way to go. Layer 4: transport Layer 4 network switches, known as multi-layer switches, offer complex network management capabilities. They can identify the application protocol included in each packet (HTTP, FTP, etc.) and use this information to decide which higher-level software is most appropriate for that packet. A Layer 4 switch is also capable of determining to which server any given query should be sent to (depending on server loads), identifying offline servers, and TCP/UDP session establishment and termination. Layer 4 switches are a good choice when you need more control over your network traffic than Layer 3 switches can provide, striking a balance between performance and functionality. Layer 7: application As Layers 5 and 6 aren’t relevant to the world of network switches, let’s skip straight to the final, ultimate layer. Layer 7 switches provide faster forwarding and routing decisions based on more granular information and are capable of intelligent inspection of data within each packet. For example, a Layer 7 network switch can recognise application-level transactions based on URLs and other installation or configuration-specific techniques. It can then use the information within cookies, HTTP headers, or URL strings to inform its own forwarding decisions. Other features of Layer 7 include enabling, disabling, mirroring, assignment, and aggregation of ports, VLAN configuration, SNMP monitoring, and many others. Layer 7 network switches are often used in complex environments requiring high-level data routing decisions, such as data centres, cloud services, and telecom services. On which layers do Teltonika Networks industrial switches operate? Presently, the TSW series of Teltonika Networks industrial switches operate on two different layers. Our 8 unmanaged switches operate on Layer 2, providing simple data transference. They aren’t all the same, of course – different products offer different value to any given networking solution, such as port number and type, the inclusion or exclusion of Power over Internet (PoE) functionality, and so on. We also have 2 managed switches operating on Layer 2, except their scope of features goes beyond that. These devices also feature a number of Layer 3 features, including static routing for basic traffic routing between different subnets or VLANs, port control capabilities, advanced VLAN support, and support of key protocols such as Profinet , SNMP, LLDP, and Ethernet/IP. Not only that, but they run on a custom operating system developed specifically for our managed switches: WitchOS. The magic of WitchOS WitchOS (Switch without the S, in case you’re wondering) opens the door to a new world of value to networking solutions deploying managed switches. While Teltonika Networks only has managed switches operating in Layer 2 (plus!) at the moment, rest assured that WitchOS will be just as magical when products in higher layers do become available (we’re working on it!). So, what benefits does WitchOS actually bring to the networking table? Imagine your solution involves a complex network of end devices. PLCs, HMIs, panels, sensors – the whole package. Maintaining a clear understanding of your network’s topology is essential for efficient operations and troubleshooting. This necessitates support of the Link Layer Discovery Protocol (LLDP). WitchOS supports LLDP, allowing you to effortlessly integrate new end devices and identify them whenever any issues arise. If one end device malfunctions, LLDP lets you quickly pinpoint its exact location and relationships with other devices in your topology. Another key protocol supported by WitchOS is Profinet, which is used for high-speed, deterministic data exchange between controllers, such as PLCs, and other end devices. This is integral for industrial operations that rely on instantaneous M2M data exchange, such as complex and high-precision manufacturing lines . Apart from protocol support, WitchOS incorporates many beloved features from RutOS , the operating system of Teltonika Networks routers and gateways – so long as they’re relevant to network switch use. This includes excellent UI and specialised pages for a long list of network control functions and configurations that will assist you in efficiently staying on top of your network’s status, performance, and operations. The right layer for your solution Choosing the right switch layer for your networking solution depends on its needs. Consider the size and complexity of your network, as well as security and routing needs. If you’re unsure which layer is right for you, click the button below to have a chat with one of our sales representatives! LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

With an integrated M-Bus interface, the TRB143 industrial gateway was engineered explicitly for telemetry and utility-monitoring applications. More News 1/15/2026 TAP400: Wi-Fi 6 Access Point for Your SMB Network 1/7/2026 Empowering the Connected AV World with Teltonika at ISE 2026 1/7/2026 New PTCRB, FirstNet, and Carrier certifications for our 5G devices in North America THE NEW TRB143: ALL THINGS TELEMETRY 11 January 2023 With energy becoming an increasingly important topic in the world of IoT, a key element many energy and utility solutions definitely need is the remote transmission of telemetry data. This includes the input and output readings of water, gas, electricity, heating, and so on. Your average networking device may be compatible with a remote management platform, but lacks support for the interface used to transmit telemetry data. This interface is known as M-Bus , and demand for networking devices that support it is big – and grows even bigger with each day. So, what better way to start the new year of 2023 than with a specialized, M-Bus-supporting new member to our TRB series ? THE M-BUS REVOLUTION We’re excited to announce the new TRB143 industrial gateway! This gateway was engineered explicitly for telemetry and utility-monitoring applications and was designed with M-Bus support in mind. Cellular and wired LTE Cat 4 connectivity enhances the smart metering process by ensuring the data transfer of crucial meter readings. On top of that, the TRB143 can connect to up to 250 slave devices wirelessly, and use its M-Bus wired interface to power up to 6. According to our Head of Electronic and Mechanical Engineers, Lukas Žarovas, M-Bus is characterized by a “sophisticated schematic and physical layer communication implementation.” He goes on to say that “full immersion in research and simulation was required before a reliable physical implementation of the interface could be achieved. For the TRB143, we put great emphasis on keeping it compact and in the PCB (printed circuit board) format for dense and complex PCB tracing. Dense tracing, component layout, and step up voltage converters mean we had to be careful with the potential for overheating, which was addressed by increasing the area of the copper islands.” Apart from the M-Bus interface, this gateway also comes with a Gigabit Ethernet port and a pair of digital inputs/outputs. This makes it applicable to a myriad of environmental parameter-monitoring scenarios. Of course, all of this comes with the standard package of reliability, security, and durability you’ve come to expect from Teltonika Networks products. Data transfer with the TRB143 is just as steady and uninterrupted as with all of our other devices, the gateway is just as durable and sturdy in its familiar aluminum housing, and can withstand extreme temperatures ranging from -40 °C to 75 °C. Installable on either DIN rail or wall mounting, it’s hard to come up with an environment this compact gateway won’t be a perfect fit for. The TRB143 is also protected by a wide range of software security features, such as Open VPN, Firewall, and IPSE, and is compatible with our Remote Management System (RMS) for enhanced telemetry management. A NEW WORLD OF SMART METERING Now that you have a good understanding of what the TRB143 is all about, let’s get to some use cases that highlight its usefulness and applicability. Both use cases presented here involve the remote management of centralized energy and utility systems, and both help reduce costs while facilitating better energy efficiency. Despite the size of such systems, the solutions show that a small number of devices in a simple topology can achieve great things. The first use case showcases how district heating systems using thermal fluid can utilize smart metering to remotely and automatically monitor the heating usage data of all end clients. The second use case presents how the fairly complex premise of smart submetering for property utilities can be achieved by sending different telemetry data from different meters to the cloud server of different suppliers. LET’S GET METERING! On January 12th, 2023 at 11:00 A.M. (GMT+2), Operational Marketing Project Manager Pranas Aksamitauskas will be hosting a webinar all about the TRB143, its unique capabilities, and the crucial details you really don’t want to miss out on. He will also be answering your questions in a Q&A session, so make sure to register in advance. We’ll see you there! LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Teltonika Networks' TSW202 and TSW212 managed switches are designed for industrial use, supporting protocols like Profinet, MRP, and Ethernet IP. Learn more here. More News 1/15/2026 TAP400: Wi-Fi 6 Access Point for Your SMB Network 1/7/2026 Empowering the Connected AV World with Teltonika at ISE 2026 1/7/2026 New PTCRB, FirstNet, and Carrier certifications for our 5G devices in North America THE BEGINNING OF MANAGED SWITCHES – THE NEW TSW202 AND TSW212 25 October 2023 The secret’s out! We’re thrilled to announce what you’ve eagerly awaited: Teltonika Networks introduces its first product line of managed switches. But these aren’t just any switches; they come packed with features that are sure to pique your interest. Discover the TSW212 – a top-tier managed network switch, and the TSW202 – our managed PoE+ switch. While navigating the world of network switches, many find themselves puzzling over their exact needs and the nuances that come between unmanaged vs. managed switches. Unmanaged switches are ideal for when your networking solution requires a basic Internet distribution or doesn’t demand granular control over connectivity traffic. However, if you find yourself needing such control, a managed switch is the cornerstone of your solution. In the world we once knew, Teltonika Networks only offered unmanaged switches. But now the times have changed, and so has our portfolio lineup. Brace yourself for a transformative switch-up and the advanced control you’ve longed for! Development process and future prospects Mantas Čižauskas, the CTO of Teltonika Networks, emphasised the indispensable role of product portfolio expansion for the company’s future trajectory. He said: "to sustain our reputation as a pioneering force in the IoT landscape, resting on past laurels and expecting continuous growth only from them is not an option. In fact, right as we began the production of unmanaged switches, plans for managed switches were already in motion. “The path to the final version of the TSW202 and TSW212 managed switches required meticulous attention to every detail – from acquiring expertise in managed switches technology to the intricate process of chip selection and testing. After nearly a year of diligent effort, we’re very proud to be presenting two great devices that, paired with essential protocols for M2M communication in IIoT, bolster our evolution as a manufacturing company. “Listening carefully to partner feedback and market research, we’re already envisioning the design of future Teltonika Networks managed switches, considering their speed, number of ports, and mounting options. We encourage our clients to share their insights and feedback with us and let us know which technologies, features, or functions they seek when considering a managed switch for their solutions.” Advanced network management begins Leveraging the power from within, the TSW202 and TSW212 managed switches stand as the backbone for a solution’s network distribution. These switches were created to meet your expectations by providing advanced network control capabilities while guaranteeing the utmost connectivity support. Seamlessly integrating both L2 and L3 features, these network switches are a testament to versatility and performance. From the foundational L2 capabilities like loop protection and VLAN support to advanced L3 functionalities such as static IPv4 and IPv6 routing, they truly got every base covered. At their core, L2 features empower the TSW202 and TSW212 to adeptly segment network traffic, guaranteeing robust data transmissions vital for cases like real-time monitoring. Meanwhile, the L3 features pave the way for network scalability. The combination of both L2 and L3 features really highlights the cost-effectiveness of these managed switches. Introducing the new TSWOS! Since it’s quite self-explanatory that the TSW202 and TSW212 must be managed somehow, we’ve created a new Teltonika Networks operating system that’s specifically dedicated to managed switches: TSWOS! TSWOS features UI/UX web modifications tailored for more efficient switch management with seamlessly integrated additional switch functionalities. This essentially means that this OS is designed with intuitiveness in mind for high customisation and control capabilities. Additionally, the TSW202 and TSW212 managed switches are compatible with our Remote Management System ( RMS ), giving you remote monitoring and management capabilities. This provides you with thorough device performance analytics as well as full control over your switches’ status and configuration. Ports management takes centre stage When it comes to ports, the TSW202 and TSW212 managed switches are truly impressive. Each switch boasts 8 Gigabit Ethernet ports and 2 SFP ports. This rich array of ports not only amplifies the switches' adaptability but also ensures robust network connectivity to end devices situated farther away. This is because the SFP ports support fibre optic communication, which is designed to maintain long-distance connections without compromising speed or quality. Importantly, the TSW202 doesn’t just stop at offering Gigabit Ethernet ports; each of these ports is empowered with PoE+ technology. This allows the device to deliver up to 30 W of power to every port, with a total power budget of 240 W, which is definitely enough to power most end devices, so you don’t have to worry about additional cabling. PoE+ technology support is especially advantageous for extensive deployments or solutions where devices are situated in challenging, hard-to-reach locations. So, in a nutshell, your search for the ideal 8-port PoE+ switch ends here! Now, port configuration is where the greatest deal lies. Both managed switches provide port management and Quality of Service (QoS) capabilities, which are vital for when you seek a more granular control. With port management, you can adjust link speed settings, implement port isolation, and handle PoE and Energy Efficient Ethernet (EEE) (802.3az) controls. Additionally, you can set up port mirroring to route network data from one switch port to another and can enable or disable ports as needed. QoS provides you with the ability to set port, DSCP, and 802.1p priorities. It also lets you manage your network’s bandwidth and determine how the operational processes of your managed switches are organised, controlled, and optimised by utilising the Scheduling function. A symphony of protocols The TSW202 and TSW212 managed switches support the Profinet protocol, an anchor of M2M data communication. This not only enables seamless automated data processing in your setup but also offers in-depth network diagnostic insights, pivotal for monitoring the performance of the entire network. Yet, our vision wasn’t limited to just Profinet. We’ve enriched both managed switches with compatibility with other vital protocols, including EtherNet/IP for improving response time and data throughput and MRP for ring topologies. This ensures they stand resilient and versatile, ready to cater to the diverse and specific needs of industrial automation and control landscapes. Durable design for extreme conditions Similar in design to the TSW200 and TSW210 models, the TSW202 and TSW212 managed switches are encased in rugged, black aluminium housing, designed to resist severe vibrations and withstand extreme environmental temperatures from -40 °C to 75 °C. Both network switches come with integrated DIN rail mounts for easy installation in multiple settings and share identical dimensions of 132 x 44.2 x 122 mm. Any of your space-limited solutions can be easily addressed with either of these models. If that wasn’t enough… While this article is already quite comprehensive, we’re sure you’re eager to see in what environments these managed switches truly shine their superiority. The managed PoE+ switch for smart logistics warehouse use case underscores the significance of a managed switch where system components have varying network connectivity priorities. Here, the managed switch ensures uninterrupted operation, even in cases of device failures, without compromising the overall infrastructure’s integrity. We’ve put a lot of emphasis on the role of industrial protocols supported by these switches and how they help enhance precision and efficiency. A prime example is their application in car manufacturing, and the managed switch for superior car manufacturing precision use case is here to prove it. Dive into this use case to discover how the Profinet and MRP protocols ensure the myriad of endpoints work in synchrony and provide ultimate precision. If you have any questions about the TSW202 and TSW212 managed switches or want to know even more about them, mark November 7th on your calendar as the day for the webinar “ A Managed Switch World: TSW202 & TSW212 ”. There, our Head of Project Management, Andrius Unikas, and Project Manager, Marija Chomenko, will present the switches in their true light. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Teltonika Networks is launching their newest Gigabit Ethernet switch - TSW200. Find out its' technical details, core benefits, and possible… More News 1/15/2026 TAP400: Wi-Fi 6 Access Point for Your SMB Network 1/7/2026 Empowering the Connected AV World with Teltonika at ISE 2026 1/7/2026 New PTCRB, FirstNet, and Carrier certifications for our 5G devices in North America SCALE YOUR SOLUTIONS INDEFINITELY WITH TSW200! 18 February 2022 A leading market intelligence researcher 650 Group report points that the Ethernet switch market has reached a new all-time high in the third quarter of 2021. The 5% year-over-year growth equated to almost $9.0B. Although Teltonika Networks debuted in the networking business as a manufacturer of professional cellular routers, we later realized the enormous potential of non-mobile networking devices. Last year we also rolled out a new Ethernet & Wireless product division to afford us a higher focus on non-cellular products and apply our market know-how from the mobile arena to less explored Ethernet and Wi-Fi devices. THE GROWING PORTFOLIO OF ETHERNET SWITCHES A switch can be a crucial element in a network that significantly impacts efficiency and quality. Switches can vary by size, number and type of ports, setup complexity, level of control, power options, and other criteria. We entered the switch market just a couple of years back with TSW100 , followed by TSW110 last year. With these pioneer devices in our portfolio, we focused on creating tiny devices that easily fit into space-limited environments and offer Gigabit Ethernet with PoE+ standard. These products quickly found their place in various networking solutions due to their plug-and-play setup simplicity, compact size, durability, and their overall economy. With the newest switch in the family, we wanted to go a couple of steps further and create a device with an advanced combination of features that enables even more specific application scenarios. TSW200 TO OVERCOME LONG-RANGE COMMUNICATION CHALLENGES TSW200 is the first switch in the Teltonika Networks portfolio with eight Gigabit Ethernet ports that support IEEE802.3af and IEE802.3at Power-over-Ethernet standards. Now you may connect more devices and power them up simultaneously with a power budget of 240W. This unmanaged switch does not require configuration, so the time and resources needed to install the solution are entirely minimal. The plug-and-play design of this switch will enable connecting multiple IP cameras, point of sale (POS) systems, Access Points, or any other PoE+ compatible devices to the internet within minutes and reduce any excessive cabling. The newest addition to our product range includes another essential feature - SFP support. Ethernet is a perfect choice to establish communication where the devices are relatively close to one another - up to 100m, to be precise. Anything beyond this requires fiber optic transmission to maintain the same speed and reduce latency. Besides, SFP is considered a more secure and reliable option to Ethernet. On top of that, it is deemed future-proof due to the possibility of switching to higher bandwidth should the need arise. Like the rest of our industrial device portfolio, this product features a rugged and durable design, with resistance to unfavorable conditions and harsh temperature ranges. It comes with wall and DIN rail mounting options for easy installation. So, this switch will fit in virtually any enterprise, retail or industrial scenario with high-bandwidth far apart applications that require a reliable data connection and power supply. TSW200 APPLICATION SCENARIOS So, we covered the most prominent technical characteristics of TSW200 . However, we found that the best way to illustrate the benefits of our products (except for trying them out yourself) is by delivering easy-to-understand real-life use cases. This time we invite you to explore how TSW200 enables large-scale video surveillance systems with remote management capabilities. In another usage scenario, we will walk you through long-distance parking ticket machine connectivity challenges. And guess what?! TSW200 is there to save the day too! TSW200 WEBINAR We hope you enjoyed all the materials we prepared to help you get to know our newest product – TSW200 . Each time we aim to provide a well-rounded view of devices' technical characteristics, benefits, possible usage scenarios in an easy-to-digest form, including thorough explanations and visual aids, like topologies and videos. Yet we have another great resource available to anyone who wishes to hear more about our newly launched TSW200 - a live online webinar. Feel free to join us for a thorough introduction, where we will go over the core information. Do not miss this opportunity to get all your questions answered straight away by one of our experienced colleagues! Please make sure to register to reserve your seat via the link on the right. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

The TSW304 is our first-ever device with a built-in DIN rail mount! This feature elevates the TSW304 switch to a whole new level of easy .. More News 1/15/2026 TAP400: Wi-Fi 6 Access Point for Your SMB Network 1/7/2026 Empowering the Connected AV World with Teltonika at ISE 2026 1/7/2026 New PTCRB, FirstNet, and Carrier certifications for our 5G devices in North America OVERCOME SPACE LIMITATIONS WITH TSW304 13 July 2022 Reliable network connectivity can be considered the backbone of the IoT industry, but it’s no secret that its support devices can face obstacles related to limited installation options in non-standard spaces or surfaces. While these difficulties can be solved by adding additional accessories to the solution, wouldn’t it be nicer to have a device that was explicitly built with easy installation in mind? Similar to cats seamlessly squeezing into tiny spaces, our new TSW304 switch is the perfect match for any solution that requires reliable network connectivity support but is limited by constrained space. ANY-SURFACE-FRIENDLY The TSW304 is our smallest unmanaged switch yet, opening up a ton of possibilities for switch applications. Its dimensions (102 x 25 x 81.5 mm) make it compact and easily integrable in environments that lack additional space. In addition, its front-facing ports allow plugging all wires from a single side, so if your solution needs more than four Ethernet ports, you can easily place a few switches next to each other. You’ve probably already noticed that silver detail on the opposite side of the ports, and to be fair, we did keep the best design feature of the TSW304 for last. Like a cherry on top of the cake! The TSW304 is our first-ever device with a built-in DIN rail mount! This feature elevates the TSW304 switch to a whole new level of easy installation, even in the most intricate of places. The TSW304’s reliable network support and unique design features, like its tiny size, front-facing ports, and integrated DIN rail mount mean that both device installation and network support will be guaranteed. GRACEFUL SIMPLICITY Like our other current switches, the TSW304 is what you could call a plug-n-play solution. It doesn’t require any manual configuration or particular know-how to do its job. Therefore, its installation process won’t get confusing or complicated. Since the TSW304 switch has four Gigabit Ethernet ports, all of which guarantee heavy data throughput, the device can be a highly reliable choice for network support, providing a strong network connection to all connected devices at once. THE PROBLEM-SOLVING TSW304 SWITCH IN ACTION As a professor of law, Harold Anthony Lloyd once said: “theory without practice is empty; practice without theory is blind.” We agree with this statement entirely, so presented here are the two use cases showcasing how this TSW304 solves the network connectivity support question in not-so-usual scenarios: an ice cream factory and a 3D printing system. Both manufacturing systems required network connectivity support, but shared the same issue – having very limited space for a device that would provide it. WANT TO LEARN MORE? On July 14th at 11 a.m. (GMT+3), our project manager, Evelina Sinkevičiūtė, will host the “Introducing the TSW304” webinar, so we encourage you to register and dive into more specifics about the TSW304 switch. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Without a doubt, increased productivity is a common goal across all horizontal markets where IIoT concepts are applied. However, we must look into more depth to understand the actual value of improved connectivity, efficiency, scalability, time savings, and cost savings for industrial organizations who engage in implementing concepts of IIoT. More News 1/15/2026 TAP400: Wi-Fi 6 Access Point for Your SMB Network 1/7/2026 Empowering the Connected AV World with Teltonika at ISE 2026 1/7/2026 New PTCRB, FirstNet, and Carrier certifications for our 5G devices in North America THE IMPACT OF THE IIoT ON THE GLOBAL CONNECTIVITY MARKET 18 October 2019 Nowadays, the term Industrial Internet of Things has become a synonym of not only manufacturing process modernization but also efficiency & control in every aspect of industry digitization. With thousands of articles written on the topic, an infinite amount of information available online we look to break up this term to better understand what is IIoT precisely and what it can do for the businesses of Teltonika Networks partners. Let us begin by stating, that IIoT refers to a subcategory of the broader Internet of Things (IoT). Regardless of an industry, you are in, IIoT has the same definition – it is a network of intelligent devices, computers, and objects that collect, communicate, and share vast amounts of data. Such data is sent and processed in central cloud-based systems and translated into an understandable human interface for monitoring and control. This is also often referred to as Industry 4.0 because the 4th Industrial revolution is defined by providing information transparency amongst different stakeholders along with interconnection between machines, sensors, and people. MAIN BENEFITS OF IIoT Without a doubt, increased productivity is a common goal across all horizontal markets where IIoT concepts are applied. However, we must look into more depth to understand the actual value of improved connectivity, efficiency, scalability, time savings, and cost savings for industrial organizations who engage in implementing concepts of IIoT. Connecting machines and devices with robust cloud analytics platforms offer unmatched transparency for operators and decision-makers across the organization. This allows them to make better decisions from multiple perspectives: technical support and procurement teams get early predictive maintenance notifications to ensure machine productivity remains unaffected by replacing parts and ordering new components on time. Stakeholders responsible for productivity can monitor the efficiency of the operations live – allowing them to react to any arising problems instead of looking for reasons for low performance after the fact. In turn, business owners and boards of directors can make informed decisions and act instantly upon live productivity metrics available and closely track KPIs such as ROE1 & OEE2 thanks to the data provided by the connected machine system. MAIN TECHNOLOGIES ENABLING IIoT We can distinguish primary technology areas crucial for the emergence of IIoT: the sensors, the network, and the analytics. The latest technology advancements in hardware development and manufacturing have made sensor technology more affordable and applicable to a broader range of industry challenges. Moreover, the availability of cost-effective communication technologies, such as Bluetooth and Wi-Fi, has made sensor communication dependable and easy to scale. However, the biggest challenge is to connect the legacy infrastructure to state-of-the art sensor technology, advanced automation controllers, PLCs and to ensure secure and reliable two-way communication with IIoT analytics platforms. This requires connectivity technologies and hardware which offer high degree of availability, cost-efficient and easy to scale. Global expansion of 4G LTE and its LPWAN subcategories, such as NB-IoT and LTE Cat 1 satisfies all requirements on the communication technology part, but in order for IIoT deployments to be dependable – connectivity devices used are equally important. Eventually, if all parts of IIoT deployment are done correctly, but the connectivity between infrastructure and the IIoT platform fails – the whole solution becomes pointless. Secure, reliable and easy to use connectivity equipment have been the focus of Teltonika Networks product development for more than a decade. During this time we have produced almost a million of routers and gateways providing connectivity in even the most complex IIoT projects within Industry and Energy markets, you can see full portfolio here . Overall, faster worldwide network and technology advancements in computation infrastructure gave birth to sophisticated customizable cloud platforms for human interface applications and Artificial Intelligence & Big Data analytics. IIoT deployments generate large amounts of data that needs to be interpreted. The value of analytics platforms is two-fold; they can serve self-sustaining functions when the software controls infrastructure according to preset criteria without any human interaction or they simply provide insights for users and administrators to make changes on the go according to available data metrics. Finally, one of the main challenges for the global adoption of IIoT was protocol compatibility. Historically, different manufacturers of devices have implemented different protocols to send and receive data between devices. This created substantial compatibility issues slowing down the adoption of connected machines & infrastructure. Nowadays, regardless of numerous different communication protocols available, industry-leading companies move towards Message Queueing Telemetry Transport (MQTT) as it is quickly emerging as the standard for IIoT due to its bidirectional capabilities, lightweight overhead & publish/subscribe model. MQTT is also fully supported by the cellular and enterprise equipment by Teltonika Networks. MAIN CHALLENGES Even though spending on Industrial Internet of Things reached $646 billion in 2018 according to IDC analysts, the industry is still facing some challenges that need to be solved for IIoT to reach its full potential. Without a doubt, uninterrupted connectivity is a must for any IIoT solution. Unfortunately, regardless of increasing network speeds, new technologies, and advanced Internet infrastructure, ensuring 100% Internet availability is still very challenging. Because of this, the importance of LTE solutions with Dual SIM functionality is increasing as even the best wired Internet infrastructure needs an option for connection redundancy. Teltonika Networks recognize this and offer a complete portfolio of LTE-enabled routers and gateways . The real ROI value of IIoT project can be achieved through action made using the insights provided by the analytics platform processing the raw data into consistent feedback. IIoT cloud platforms must be robust and highly functional with the ability to scale and adapt to changing amounts of data and variables that stakeholders are interested in. On the network side, device management platforms are also essential to keep tabs on connectivity state and make sure everything is running smoothly. You can check out our Remote Management System , which is designed to keep system operators in control of their network infrastructure with minimal time investment needed. Finally, data is the new oil, and we can see analogies between the two, not only in terms of value but also in terms of its attractiveness for theft and interception. According to numerous security experts, cybercrimes in 2018 have generated upwards of 1.5 trillion USD. Cybersecurity threats will inevitably become more relevant and dangerous as the number of connected IIoT devices increases. You can read more of our thoughts on this topic here. FUTURE OF IIoT Even today, the market for Industrial Internet of things is highly lucrative and competitive. Hundreds of businesses around the world are investing in development of sensors, network devices, and sophisticated IIoT platforms. According to IDC analysts – manufacturing market segment alone will spend more than $197 billion on IIoT projects, transport and utility companies are forecasted to add additional $132 billion. Future of Industrial Internet of Things is bright and exciting. However, collectively we must innovate and work towards better integration and resistance to cyber security threats. Teltonika Networks makes devices to overcome connectivity challenges of even the most complex IIoT projects. You can check our portfolio here . 1 - Return on Investment 2 - Overall Equipment Effectiveness LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Having many options seems excellent in almost any situation, yet with the freedom of choice comes the responsibility of taking the right path. And with over 200 cellular router and gateway manufacturers, your choice truly matters. More News 1/15/2026 TAP400: Wi-Fi 6 Access Point for Your SMB Network 1/7/2026 Empowering the Connected AV World with Teltonika at ISE 2026 1/7/2026 New PTCRB, FirstNet, and Carrier certifications for our 5G devices in North America THINGS TO CONSIDER WHEN CHOOSING CONNECTIVITY FOR YOUR IoT PROJECT 15 December 2021 Having many options seems excellent in almost any situation, yet with the freedom of choice comes the responsibility of taking the right path. And with over 200 cellular router and gateway manufacturers, your choice truly matters. Naturally, to choose the best option for your IoT solution, you must be sufficiently informed on various aspects of available hardware and software and all of the other supporting factors. Let's start with the big picture and narrow in on the best individual device choices. First of all, decide what scale will your solution span: Hobbyist — various DIY solutions, mainly small-scale projects that do not require a lot of investment. Consumer Electronics — smart home solutions, wearable tech, low to medium scale solutions. Industrial IoT — smart factories, automated tracking and regulating systems, remote maintenance for industrial-scale projects. Industry driven — encompassing a whole industry infrastructure like logistics, smart city, agriculture, very large-scale solutions. Once your niche is selected, it will be easier to plan your solution and calculate all the needed costs and labor. The next step is to look at the crucial factors that can influence your project. RELIABILITY Reliability means more than just knowing that your supplier has an excellent track record with other clients. It would help if you considered the technical side of things. Can you trust the hardware to have all the necessary safeguards in place, so your IoT project would properly function even if something unexpected happens? Now let's take a look at some of the essential features that increase the reliability of the product you plan on purchasing. AUTO-REBOOT You might have heard that 'turning it off and on again' is a great way to fix many problems that a device might encounter. However, you can't always be there in person to press the reboot button. A regular restart of the device is a great preventative measure for any minor hiccups that it might encounter. An auto-reboot function does just that. Ping Reboot performs periodic device reboots or re-establishes the connection to the internet. Be sure to look for this function if you want to ensure that your solution will minimize system downtime and the need for maintenance. THE WATCHDOG Another great tool that increases solution reliability is The Watchdog. It can be an electronic component or a software timer that monitors the work of software and hardware. If an error occurs and the watchdog timer fails to restart the ongoing monitoring loop, the Watchdog can perform many corrective actions. Such a mechanism further automates problem-solving steps and lessens the need for human interaction. So be sure to check if the device has a Watchdog already installed or is compatible with such a failsafe mechanism. FAILOVER Failover is a vital function that can ensure uninterrupted connectivity. If your primary connection goes down, then the device will automatically switch to another available option. This way, your setup will have uninterrupted connectivity and stable speed. You can also set up failover so that the change happens when one connection starts to slow down. Teltonika Networks has a selection of professional routers with up to three failover options depending on the model. So be sure to check the available features that IoT device has to offer and choose based on your needs. If you would like to delve deeper and find out about reliability options in more detail, be sure to check out the Teltonika Networks article on RutOS reliability . EASE OF USE Ease of use is another crucial factor to consider. Once again, depending on the scale of your solution, you might need a way to monitor and control the IoT equipment efficiently. Look into options that would let you troubleshoot and change the settings of your IoT solution remotely, cutting down on expenses significantly. If you do not need to travel every time you need to reconfigure the settings physically, that will substantially reduce the cost over time of your IoT solution. Also, look for easy installation options, make sure that all of the necessary connections are there. Teltonika Networks can offer you products with many various connection types. Our hardware offers legacy connections, making even intricate IoT solutions easy to install right away without the need to use adapters and additional cables. AVAILABLE INFORMATION You should be able to access all the available information easily. Sure, you can find most of the questions answered online in user forums all over the internet. However, an official wiki or knowledge base for that specific piece of equipment is the way to go. Your supplier should offer installation manuals, configuration examples and use case scenarios. Also, look at the compatibility information because many assembly lines can have older components integrated into the overall solution. Teltonika Networks can offer you an extensive knowledge base with almost 3,000 articles when it comes to ease of use. You can find anything from installation manuals and configuration examples to real-life use cases that will help you make your choice and implement it without much hassle. All of the information Teltonika Networks offers is updated regularly. Moreover, you can also find not only text but video material in our YouTube channel containing tutorials and various product tests. PRICING Naturally, everyone wants to cut down the cost as much as possible when implementing their solution. However, some manufacturers might at first present you with a lower price. Only after that will you notice that some crucial components are missing from the initial deal, like antennas, cables, mounting options, or a remote management system. So, make sure in advance that the offer you get includes all the required hardware and software for your project. Teltonika Networks includes all the accessories required to set up your IoT solution right away. This contains components like antennas, chargers, mounting brackets and the like. Thanks to this practice, you won't need to look for missing components yourself and save a lot of time and additional expenses. SECURITY Security options can make or break the company. In 2021 data breaches cost companies approximately $4.24 million. It is crucial that you make sure that all parts of your smart solution are secured. If malicious parties breach a switch or a router, it might start a chain reaction and sabotage the entire system. Such options as a Firewall, VPN and various certificates are crucial components in any IoT solution. Of course, there are measures that only you can take, but a baseline level of security is a must from your provider. SECURE PASSWORDS Arguably the first line of defense is a secure password. However, this might be a little too obvious, so much so that some people tend to forget it. A great deal of breaches happens because of generic passwords. Teltonika Networks has addressed this issue by making password change mandatory before deploying our devices into your IoT solution. With a required password change before even enabling the system, your security is vastly increased. FIREWALL AND VPN Two of the most prominent security features are a Firewall and a VPN. A Virtual Private Network establishes safe access between remote private networks, encrypts data and provides anonymity while browsing the internet. It also has many security protocols in place that further increase the security of your network. Next is the Firewall, which can have a set of custom rules on who can access your network and devices. You can set who can access the data within your network and who gets rejected and basically, it acts as a barrier between secured and unsecured networks. Teltonika Networks has a fantastic array of security measures already prepared for you. We offer preconfigured firewall settings, multiple VPNs, web filter, TCP dump and many more, so your data safety is ensured right from the get-go. If you would like to find out what else we have to offer in more detail, be sure to check Teltonika Networks webinar on RutOS Security . To wrap things up, let's take one more quick overview of what you should focus on when looking for a suitable device for your IoT project. First, you must decide what scale IoT project you are taking on, which lets you plan how much you wish to invest and what additional hardware you might need to solve all the connectivity issues. After that, you must plan out your solution carefully. Planning will let you answer the question of what exact functionality you are looking for in your devices. Remember to take into consideration the reliability of the supplier and the product. Will you access all the additional information you might need and support if you encounter a problem? Also, look for easy-to-implement devices to cut down on unnecessary expenses like hiring new staff and experts to implement the device into your solution. Lastly, look for highly secure options. This will ensure that your investment will remain safe and uncompromised. Be sure to take a look at the extensive inventory of Teltonika Networks devices , which can be just the right choice for you, now that you know how to pick out the suitable hardware and software combination! LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Our newest catalog features home & industrial LTE, Ethernet and Wi-Fi routers, gateways, modems, switches, and RMS platform to manage them… More News 1/15/2026 TAP400: Wi-Fi 6 Access Point for Your SMB Network 1/7/2026 Empowering the Connected AV World with Teltonika at ISE 2026 1/7/2026 New PTCRB, FirstNet, and Carrier certifications for our 5G devices in North America NEW PRODUCT CATALOG 2022 3 February 2022 Traditionally, with the new year comes the updated product catalog of Teltonika Networks. 2020 greatly affected the technology sector with the global component crisis and made a lot of companies slow down with their growth ambitions. However, 2021 kept us busy looking for alternative solutions to overcome these challenges and reinstate the movement in our supply chains. We are happy to say that these efforts turned out to be a success, and while we added five new products to our portfolio in 2021, we already have another three that joined them through this January! In the newest edition of our catalog, you will find 27 Teltonika Networks devices offering various types of connectivity and functionalities, including industrial routers, modems, gateways, switches, and our first-ever 4G router for the home user. You will also discover an enriched introduction to our IoT platform for secure remote management of your solutions - RMS . We prepared some easy-to-understand information on its four different services and the benefits of choosing each for diverse scenarios. This time we have included use cases dedicated just for RMS to help our clients grasp how much value it can add to various businesses. Besides, we have updated our company information with new infographics and presence maps and included a selection of our latest use cases for each product group. We have also slightly tweaked the feature comparison table to separate them by product division. But as they say, “better see something once than hear about it a thousand times.” We are excited to introduce the Teltonika Networks catalog for 2022, and we hope you will enjoy the new refreshed design! DOWNLOAD CATALOG LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US