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The latest RutOS version opens up tons of new implementation possibilities and greater management proficiency, which is exactly what we were aiming to enable for the upcoming year's projects and solutions! 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 GREETINGS FROM THE NEW RutOS 7.03! 20 December 2022 As RutOS plays a significant role in our success, our R&D people continue to strive and undertake the mission of making it even better than last time. And with the countdown to the end of 2022, we’re very excited to introduce you to the newest version of RutOS – 7.03! So let’s finish this year with a bang and take a glance at the new and improved operating system features we’ve prepared for you.  HIGH-LEVEL SECURITY CONTINUES TO THRIVE We want each of our clients to be entirely confident about the security of our devices. That’s why we’re always looking for ways to improve the system’s security and make it invulnerable to any external threats. With the latest RutOS version, you can continue to expect precisely that.  We’ve added many security upgrades, including brute force prevention support to MQTT and Post/Get services, SSH session timeout, and OpenSSH SFTP support. The password hashing algorithm was also updated from MD5 to SHA512. If you want to learn even more about the security of RutOS, check out this article about its base and public availability.  OPC UA, BACNET, AND NTRIP SERVICES Our R&D team has implemented three new and significant protocols in our RutOS: the OPC UA, BACnet, and NTRIP. OPC UA protocol enables widely-ranging industrial equipment to exchange data with systems like clouds. As most platforms support the OPC UA protocol, this addition to RutOS 7.03 gives you more flexibility, interconnectivity, and scalability. It also grants a uniform information exchange between your solution’s equipment, regardless of its size. The OPC UA protocol is especially relevant for those working in the industrial & automation and energy & utility industries. BACnet is a data communication protocol that enables different building automation devices to exchange data without having to switch to other operating or control systems. This is a major advancement, as previous to this protocol, devices for specific services weren’t interchangeable with one another, making data gathering more expensive and complex. This protocol is supported by our TRB142 , TRB145 , TRB2 series, RUT955 , and RUT956 devices.  We’re also happy to announce that the NTRIP protocol is now available with the new RutOS 7.03 version. Thanks to this protocol, streaming GNSS data can now be achieved with greater coordinate precision using our devices. This addition is particularly relevant for industries like the agriculture sector, which aims to achieve farm automation. With NTRIP protocol support, our devices with a GPS can enable remote monitoring and data transmission between equipment like autonomous tractors or seeding robots.  OUR RUTOS HAS BECOME MULTILINGUAL Previous RutOS versions were available only in English and German, but this is changing with the new 7.03 version.  We’re well aware of our ever-growing RutOS multilingual audience, so to make the system even more user-friendly, we’re happy to say Merhaba, Hola, and Olá to our Turkish, Spanish, and Portuguese speakers! That’s right, the newest RutOS version is enhanced with three new languages, and we’ve also revamped the German version.  Importantly, we’d like to announce that RutOS will also be available in Japanese in the near future! This huge achievement will undoubtedly enhance the experience of our Japanese-speaking clients and allow us to be closer to them on a new level.  DETAILS MAKING A BIG DIFFERENCE We pay attention to your needs, so from this update on, RutOS will include an email relay package! The package offers two functionalities: you can use it as your router’s email server, which is perfect for small office solutions, or as a proxy server. The latter can function as an intermediary between your network and the Internet. How so? By filtering incoming and outgoing email traffic and rejecting or forwarding each email based on preconfigured rules.  Another bonus point that comes with RutOS 7.03 is a new Hotspot page for registered user management. On this page, you’ll now be able to see all information about currently logged-in end users and, if needed, unregister them from the user list. This update is supported by devices with Wi-Fi functionality.  In other Hotspot-related news, with the latest RutOS version, RUT300 , RUTX08 , and RUTX09 acquired Hotspot functionality.  NOTABLE MENTIONS From this RutOS version forward, you can install on your fundamental Java applications into our devices! And while this update is still in its early stages, we feel it’s important to present our system’s ever-increasing customization opportunities.  We’ve got great news for developers and network enthusiasts: with the 7.03 update comes another upgrade – we’ve advanced our FTP server support’s security. With such improvement, we’ve felt the need to give it a new and appropriate name: Secure File Transfer Protocol, or SFTP for short!  Due to high demand from our clients, we’ve improved our Firewall DMZ page, which will help our clients establish port forwarding more easily than ever.  Previous RutOS versions contained three Modbus protocols: TCP, Serial Master, and TCP Slave. We’re excited to announce a new addition to this list: the Modbus RTU Slave protocol. This protocol will allow your master devices to collect data from slave devices with greater speeds and enhanced efficiency.  The latest RutOS version opens up tons of new implementation possibilities and greater management proficiency, which is exactly what we were aiming to enable for the upcoming year's projects and solutions!  If you want to know the entire list of changes and access a full changelog, choose Firmware Downloads under a respective product name in our Wiki Knowledge Base , and if you have any questions, feel free to contact us.  LET’S HAVE A CONVERSATION LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

TSW210 comes with 2 SFP ports for long-range fiberoptic communication and 8 Gigabit Ethernet ports for up to 1000 Mbps… 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 TSW210: THE LITTLE INDUSTRIAL SWITCH THAT COULD 26 May 2022 The water we drink, the electricity that keeps our homes lit, and nearly all of the everyday objects we use and interact with daily all have one thing in common: they all rely on industrial switches in one some way. The industrial switch is a staple of IoT that provides connectivity to different devices within a system to facilitate a network of communication, data transmission, and greater device control. It’s applicable in just about any industry you can think of and helps keep complex systems cohesive and interconnected by centralizing their network. SWITCH ON YOUR PREFERENCES Part of what makes switches so valuable is their scalability. As your business grows, so too does the number of devices it needs to operate, generate revenue, or deliver the service it aims to provide. More devices increase overall complexity, so keeping things simple is a much-appreciated boon. The switches already in our portfolio, including the TSW100 , TSW110 , and TSW200 , benefit scalability by giving you flexibility in choosing which features are essential for you and your connectivity solutions, be it in terms of supported interfaces, power budget, and so on. Each of them is chosen for one feature preference or another to play a critical role in connectivity setups worldwide. To further add to this customizability, we’ve been working on a brand new switch to join the TSW family, and its day has finally come! THE NEW SWITCH ON THE BLOCK Joining the catalog is an unmanaged industrial switch named the TSW210. It comes with 2 SFP ports for long-range fiberoptic communication and 8 Gigabit Ethernet ports for up to 1000 Mbps of download/upload speed. On top of being a reliable and secure interface, SFP also future-proofs your network for potential bandwidth upgrades later down the line. The TSW210 excels in optimizing your resource management. As an unmanaged switch, it’s designed for plug and play and doesn’t require any configuration to start using it. This makes it ideal for rapid growth and crunch periods – when time is a valuable resource and devices need to join a network quickly and without too much of a hassle.This model also comes with the standard package of high quality and industrial environment suitability, including compact design, rugged aluminum housing, DIN rail and other mounting options, and the capability to withstand vibrations and extreme temperatures from -40°C to +75°C. If no other Teltonika Networks device has failed you so far, don’t expect this one to break the tradition! REAL SOLUTION TO REAL PROBLEMS Now that you have a better idea about its specs, let’s talk about what it can do for you and your solutions. And since your preference plays such a significant role in our catalog, how about you choose how you want to learn about it as well? We wrote a couple of in-depth use cases you can read, summarizing how the TSW210 centralizes massive fleets of devices into simple networks for both solar farms and manufacturing lines. But if a bite-size video is your jam, you can also watch this quick video. WANT TO LEARN MORE? Announcing a new device is always exciting for us, as we get to share the fruits of our labor with you and see in what interesting new ways you’ll use it in your connectivity solutions. If you’re excited about this new switch (and let’s be honest, why wouldn’t you?), we’re happy to tell you that the TSW210 is getting its own webinar. It will take place on June 2nd at 11:00 a.m. (GMT+3) and hosted by project manager Andrius Unikas. Click the image to the side to register, and 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

TCR100 offers industrial-grade networking standards in a home router. Click here to learn how. HIGHLY CUSTOMIZED SECURE HOME NETWORK WITH TCR100 SUMMARY Cyber-attacks on networks continue to grow over the years as developers rush to fix any vulnerabilities that might compromise security. This includes not only company-level IoT setups but also household networks. There are increasingly more safety risks as time goes on. New malware is being developed and new devices provide more loopholes that malicious parties can exploit. Even our phones aren't safe, as mobile malware is becoming one of the leading sources of data breaches. CHALLENGE Securing a home network is essential for everyone accessing the internet. Users must make sure that their network is safe from the internet's side and any device that might try to access it locally. The network owner must be in control of any incoming and outgoing traffic. As any new device that is already infected can spread the malware further, users need an option to partition and separate the home network to increase its security. Enthusiasts might want to take one step further and set custom permission concerning who can access each device or content within that network. This leads them to look for hardware featuring such functionality. Furthermore, enthusiasts generally do not tolerate any downtime for their network. Despite having high speed wired network, they usually opt to use an LTE connection as a failover option. Usually, consumer routers do not have LTE connectivity or have low cellular speeds. SOLUTION Most enthusiasts have more technical know-how than run-off-the-mill users and like to have more complex setups in their homes. They know the possible risks that unauthorized and untrustworthy devices connecting to a network might bring and, because of that, perform various Network Hardening actions. In this use case, we feature our latest product – the TCR100 cellular home router. It allows connecting to the internet with a wired connection and mobile WAN. Furthermore, with a Dynamic DNS service including more than 70 provider configuration templates, users can easily configure a custom domain and ensure that they can still reach their home network after a failover or a change of dynamic IP address. Here we can see a closed-off guest Wi-Fi network, where connected devices will be separate from the home network. On top of that, clients will not see each other. Such separation ensures that no one from the outside has any access to hardware and even if a device infected by malware will not infect the network. Next, we have an OpenVPN server that allows reaching the home network while being away. The goal here is to ensure the home network safety, as port forwarding creates vulnerabilities in the Firewall. However, when using OpenVPN, it runs a single server that users can reach only with the proper client configuration and certification to access it from the internet's side. This way, the owner of the VPN can have strict control over the network reach. Lastly, we have the home network, where with the help of the TSW110 unmanaged switch, we have connected a PLEX server, gaming console, NAS (Network Attached Storage) and PC, making use of the five available LAN ports. The TV and network printer are connected wirelessly within the same network. This setup allows full control on who can access each device and set custom permissions while being closed off to unwanted devices trying to connect to the network. Users can even control which network component can interact with another, making sure that one infected device will not spread the malware. TOPOLOGY BENEFITS TCR100 supports multiple VPN protocols, allowing the creation of a safe tunnel to and from their home network. With DDNS, users can set a static domain name instead of a dynamic IP that might change after a failover. Firewall enables creating exceptions on who can access specific networks, websites and which ports can be used by different devices. Right out of the box, TCR100 supports many different VPN protocols, allowing users to choose which one they want to use. WHY TELTONIKA NETWORKS? Teltonika Networks has many years of experience with industrial IoT solutions where customization and security are crucial elements. Today, we have used what we learned to present a home router that offers safety and flexibility, rivaling industrial products. We strive to provide only the best quality to all of our customers! Interested in more use cases like this? Download our use case catalog! DOWNLOAD CATALOG! 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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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 is cutting the average price of its industrial network switches by an average of 30%. Read this this news article to learn 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 TELTONIKA NETWORKS INDUSTRIAL NETWORK SWITCH REVOLUTION 22 November 2023 Teltonika Networks is cutting the average price of its industrial network switches by an average of 30% and will continue to take steps to ensure the most affordable pricing available for industrial-grade network switches moving forward. Read on to learn why it’s doing so, and what this revolution means to you and your networking solutions. “Revolution” is a strong word, but we definitely believe it is the right word for our exciting new approach to the industrial switch market. When Teltonika Networks launched its first network switches in 2020, it entered a large market with established competitors and expected price points. Since then, each new addition to our industrial switch product line offered new value to networking solutions worldwide . At the same time, we’ve been keeping a very close eye on the market and our competitors, reviewing the costs of manufacturing our network switches, and looking for opportunities to not simply remain part of the market, but become its once and future leader. Today, Teltonika Networks takes its first big step towards market leadership, and we’re very excited to tell you all about it. The most affordable industrial network switches on the market. Full stop. Starting in January 2024, Teltonika Networks is cutting the average price of its network switches by an average of 30%. That’s right. 30%. Our goal with this price reduction is clear and simple: to provide our partners and networking solutions in the market with the best value for money possible by offering industrial-grade network switches for the most affordable pricing available. Following the recent launch of our first-ever managed switches, the TSW202 and TSW212, Teltonika Networks now believes its switch portfolio to be of sufficient size for rapid expansion and growth in this product segment, which we plan to achieve by implementing more assertive pricing while maintaining the products’ ease of use and integration and top-quality and reliability, adhering to the highest European standards. Teltonika Networks Head of Sales, Vytautas Sventickas, is very excited about this change, saying that “as demand for our industrial network switches is rapidly growing, we know that it’s crucial to make them scalable to all our existing and future partners. Therefore, this new pricing strategy is being implemented to make our devices affordable to all Teltonika Networks partners and clients and guarantee the best value in the market, hands down.” Maximising value: the TSW industrial network switch series The TSW series currently has 8 unmanaged network switches, consisting of 3 industrial PoE+ switches and 5 industrial Ethernet switches. It also has 2 managed switches. Many great features are shared among all of them, and features unique to individual devices offer different value to your networking solutions. Creating your IoT network can be a complex task, so ensuring our industrial switches are simple to slot in and get going is paramount. As such, all Teltonika Networks switches are plug and play products, meaning that no additional configuration is needed to use them. Like all of our products, the TSW series was designed with easy installation in mind. They all feature extra compact size, DIN rail mounting options, a wide input voltage range, and plenty of RJ45 Ethernet ports for high-bandwidth data throughput. Of course, these network switches are industrial and were engineered for fitting environments. Sturdy aluminium housing and resistance to vibrations, humidity ranging from 10% to 90% (non-condensing), and extreme temperatures from -40 °C to 75 °C are the baseline standard. If you can imagine an industrial environment worth deploying a network switch in, any TSW device can take it on without breaking a sweat. A brave, managed new world Just last month, Teltonika Networks launched its two, first-ever managed switches: the TSW202 and TSW212 . These managed switches support key industrial protocols such as Profinet, EtherNet/IP, and MRP, and run on our own custom operating system tailored for switches: WitchOS. Both devices do so by integrating both Layer 2 and Layer 3 features, including loop protection, VLAN support, and static IPv4 and IPv6 routing. They feature 8 Gigabit Ethernet ports, 2 SFP ports, and up to 20 Gbps of total bandwidth. That’s right – 20! The difference between these managed switches is that the TSW202 has PoE+ capabilities, with each of its 8 Ethernet ports providing 30 W of power. Whether you need an 8-port PoE+ switch or not, either device would provide your solution with advanced network control capabilities and guarantee seamless connectivity support. Absolute power (over Ethernet) When creating your networking solution, the fewer cables needed – the better. The TSW portfolio has 3 different unmanaged PoE+ switches that centralise the power supply of your solution and enhance the efficiency of its installation. These PoE+ switches also differ in their PoE+ power budget. As power source equipment, the TSW101 provides up to 60 W total, the TSW100 provides up to 120 W total, and the TSW200 provides up to 240 W total. The aforementioned managed PoE switch, the TSW202, also provides up to 240 W total. As you can probably tell, the TSW200 is the one built for higher performance. This 8-port PoE+ switch also features 2 SFP ports for long-range fibre optic communication, speeds of up to 1000 Mbps, and up to 20 Gbps of total bandwidth. If your networking solution needs an industrial PoE+ switch but has no use for this high performance, both the TSW101 and TSW100 feature 5 RJ45 Ethernet ports with speeds of up to 1000 Mbps and offer up to 10 Gbps of total bandwidth. But the TSW101 PoE+ switch has one additional trick up its aluminium sleeve: its power supply voltage range of 9-30 VDC was designed to match automotive output, making it a perfect choice for in-vehicle connectivity . All the Ethernet, without the power over part Many networking solutions don’t need power over Ethernet, and the TSW series has 5 unmanaged Ethernet switches to choose from in this category. Let’s start small. The smallest, in fact, with the TSW304 Ethernet switch. Measuring 102 x 25 x 81.5 mm and weighing only 210 grammes, this unmanaged switch was designed to fit in just about any industrial setup imaginable and is both the tiniest switch in the TSW series and the tiniest product in the entire Teltonika Networks portfolio. It also comes with 4 RJ45 ports with speeds of up to 1000 Mbps and offers up to 8 Gbps of total bandwidth. Another way to save up space is to enhance scalability. The TSW114 Ethernet switch achieves this by having front-facing ports, meaning all wires can be plugged into one side of the device. This unmanaged switch features 5 RJ45 ports with speeds of up to 1000 Mbps and offers up to 10 Gbps of total bandwidth. Sometimes, space isn’t the most important issue – budget is. When your networking solution requires just the basics an industrial switch needs to offer, the TSW010 Ethernet switch is the most affordable way to extend industrial network connectivity. This unmanaged switch has 5 RJ45 ports with speeds of up to 100 Mbps and offers up to 1 Gbps of total bandwidth. When your solution needs a higher-performance switch, the TSW210 offers the same interfaces, speed, and bandwidth as the TSW200 8-port PoE+ switch – just without PoE capabilities. Similarly, the TSW110 is like the TSW100 in those same aspects and without PoE. The revolution begins The best network switches. The most affordable industrial network switches. The most value for our partners and networking solutions worldwide. When it comes to maximising value in creating your IoT networks, there is no better choice than Teltonika Networks industrial network switches. Slot one into your set-up. We’ll take it from there. For more detailed information on the pricing of any individual industrial switch product or any other questions you may have, click the button below to have a chat with 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

Introducing RUTXR1. SFP Port and Dual SIM for Uninterrupted Connection The unique combination of features makes this router unbeatable when ... 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 INTRODUCING RUTXR1 19 November 2020 We are Teltonika Networks: an ambitious company with a focus to provide secure, reliable, and easy to use networking equipment. Over two decades, we have launched a variety of new products, including cellular routers with an array of different features, cellular modems for easy but reliable connectivity, cellular gateways to support industrial applications, and even Remote Management System (RMS) to access the devices from anywhere in the world. But today, we are introducing something completely different. Please give a warm welcome to our first-ever rack mountable cellular enterprise router with SFP port - RUTXR1! SPECIAL RACK MOUNTING CASE Enterprise series products are used as a backbone of overall networking infrastructure in offices, shopping malls, and other settings to connect a variety of different devices. Usually, internet equipment is stored in a server room using 19' rack cabinets. For this reason, all equipment must be easily mountable. With our RUTXR1 it a matter of minutes and four screws to easily place it into any usual server cabinet or a 19” mounting rack. However, having various settings and application scenarios in mind, we made RUTXR1 compact and easily storable anywhere, may it be a café, retail outlet or small to medium office environment, one may even simply put it on their desk. SFP PORT AND DUAL SIM FOR UNINTERRUPTED CONNECTION The unique combination of features makes this router unbeatable when it comes to connectivity among others. You may choose from Gigabit Ethernet and Wi-Fi that are quite common in the enterprise router range but what makes it really special are the SFP port and 4G LTE Cat 6 with Dual SIM to guarantee connection continuity at all times. The SFP allows connecting a fiber-optic cable directly without any additional converters and reaching high speeds. This option is perfect for enterprise setting where a speedy connection with high data throughput is a must. In case of any unexpected internet connectivity issues, Dual SIM functionality ensures you stay online using LTE Cat 6 4G network. A lot of you are familiar with our RUT9 series, which is a well-known predecessor featuring two SIM card slots, allowing the use of two different operators to ensure an ultra-reliable backup. Nowadays, having a cellular backup option in a server room is crucial. Dual SIM is irreplaceable as you want to be as immune to any connectivity downtime as possible. Having a router with a reliable cellular backup, just as RUTXR1 offers, can help avoid a lot of problems and ensure smooth operation at all times. Having an option to use cellular network has another benefit in case of lost connectivity. It allows reaching the devices remotely and complete debugging process. So, in essence it ensures backup for the whole infrastructure. ONE XR1 TO RULE THEM ALL! Imagine you have a small store, and you are using a switch, an access point for the wi-fi, a router, SFP converter and additional cellular modem for the backup of the internet. What if we say you only need one router to achieve all of these things? What makes this device so special, is not one technology, but a cohesive combination of fiber, Ethernet, wi-fi and cellular connectivity options, all in one versatile package. Paired with advanced RutOS networking and security features and powerful Remote Management System to control your infrastructure with ease from anywhere in the world, this option becomes really hard to compete with. PRACTICAL APPLICATION SCENARIOS We have prepared two use cases to illustrate the benefits of RUTXR1. In the first one, we talk about office connectivity challenges, especially during the setting-up process, and how RUTXR1 can help solve a lot of them and grow together with your establishment. In the second one, we discuss how connectivity issues can have long-term effects on customer experience and loyalty and how RUTXR1 helps to avoid these problems. CHECK OUT RUTXR1 LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

RUTM50 is a cost-effective and FCC and PTCRB-certified 5G router by Teltonika Networks for the North American market. Read this article to learn 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 RUTM50: THE NEW 5G ROUTER FOR NORTH AMERICA 11 October 2023 The future of the North American IoT market is 5G. As the adoption of this technology continues to grow from millions of connections to billions, engineers creating networking solutions with future-proofing in mind cannot afford to stay behind once the twilight of the 4G era finally arrives. When we speak of 5G IoT, we speak of speed and power. Speed is counted as multiple Gbps and power in the form of single-digit latency. In other words, feats that no LTE category can achieve, but that new and emerging technologies do require. In essence, it all comes down to the choice of networking device, like a cellular router. A wise investment in a 5G router secures lasting utility and relevancy into the future of your IoT solution. This isn’t to say that 4G devices have no place in the market – they certainly do, but their lifespan is limited and the clock is ever-ticking. Today, Teltonika Networks is proud to introduce the latest addition to its product portfolio and its first 5G cellular router certified by both the Federal Communications Commission (FCC) and PCS Type Certification Review Board (PTCRB), competitively-priced for the North American market: the RUTM50. Under the 5G router hood The RUTM50 is a prime example of why the 5G vs. LTE debate is one where there is no doubt about the winner. This 5G router brings with it ultra-high cellular speeds of up to 3.4 Gbps with single-digit latency. For comparison, the popular choice of LTE Cat 4 caps at 150 Mbps and the high-performance choice of Cat 6 caps at 300 Mbps. When your networking solution requires utmost precision, those simply don’t cut it. This high throughput is transmitted with the Wi-Fi 5 standard (802.11b, g, n, ac Wave 2). This is important for networking solutions involving M2M communication that cannot afford delays, such as remote-controlled equipment like drones or construction vehicles , or solutions installed in outdoor or remote environments where any connectivity is a challenge in and of itself. However, speed is irrelevant if the connection itself is unreliable, which is why ensuring uninterrupted connectivity is always a high priority. The RUTM50 5G router comes with dual SIM slots, an auto-failover feature, backup WAN, and multiple other switching scenarios. These help prevent connection loss by automatically switching to an alternative connection if need be. The signal itself can be enhanced by using a dedicated 5G antenna, such as our 5G MIMO antenna . And on the off-chance that a 5G signal becomes unavailable, this cellular router is backward-compatible with LTE Cat 19. This will maintain your network’s high speed and throughput even in the absence of 5G coverage. In terms of protocol support, the RUTM50 5G cellular router prides itself on versatility. Supported industrial protocols include MQTT, Modbus, DNP3, OPC UA, Bacnet, and many others. This 5G router also supports NTRIP, which allows for higher precision of location tracking data using its GNSS support, including GPS, GLONASS, BeiDou, Galileo, and QZSS. The RUTM50 also has quite a few interfaces. Included among them are 5 Ethernet (RJ45) ports, 1 digital input, 1 digital output on a 4-pin power connector, and 1 USB-A port. The device itself is very compact, measuring 132 x 44.2 x 95.1 mm. It can be easily installed on a DIN rail that can be mounted on either side of the 5G router. The RUTM50 is housed in a sturdy aluminium casing capable of withstanding rough industrial environments, as well as extreme temperatures ranging from -40 °C to 75 °C and humidity levels from 10% to 90%, non-condensing. Deploying the RUTM50 5G router Now that we have a better understanding of what the RUTM50 is capable of, let’s take a look at a few use cases that really put its features to use. Smart farming The application of IoT, AI, and automation in the agriculture sector yielded a market size of $13.06 billion in 2022 and is expected to grow to $14.69 billion in 2023, at a CAGR of 12.5%. Behind these numbers are both the growing adoption of 5G IoT technology and the very real demand for networking solutions that provide higher efficiency and greater output. Enter: the RUTM50 5G cellular router, capable of connecting a multitude of smart devices housed in autonomous farming tractors to create a secure network of seamless connectivity. The device allows full system automation on one hand, enabling the farming tractors to act autonomously, and effective remote control when needed on the other hand. This networking solution also takes full advantage of a 5G antenna and the RUTM50’s GNSS capabilities, including its NTRIP support for greater accuracy of GNSS data. Pop-up shops Another area where a 5G router shines is pop-up events and shops . These generate up to $80 billion in annual revenue, despite 44% of pop-up events costing less than $5000 to open. However, their blink-and-you-miss-it nature does present some challenges when it comes to connectivity – ones which restrict what a pop-up shop can do and accomplish. The RUTM50 is a cost-effective way to ensure high throughput video streaming and virtual technologies, and equally high client engagement to get the most out of your pop-up ventures. RV Internet with 5G router Lastly, let’s have a look at how utilising this 5G router can immensely improve your RV Internet experience. Being on the road or in the wild outdoors doesn’t mean you can’t also enjoy and make use of a robust and reliable mobile RV Internet connection. This allows you to freely work remotely, stream movies, and play online as though you were at home – from anywhere. Smooth connectivity is hard to come by on the go, however. Especially if you’re planning on crossing any borders. While the RUTX50 5G router has been excellent in solving this issue, the RUTM50 can perform just as well, if not better. Staying ahead in the 5G era These are only a few examples of real-life industries with a growing demand for 5G IoT technology. To learn more about the RUTM50 and its competitive price and get the most out of this PTCRB and FCC-certified 5G router, we invite you to click below and 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

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Outdoor LTE/Wi-Fi/GPS/Bluetooth antenna for RUTX12 and RUTX14 routers Outdoor LTE/Wi-Fi/GPS/Bluetooth antenna for RUTX12 and RUTX14 routers Order code: Order code: PR1ICH70 features downloads ordering support features downloads ordering support Title Spec title Spec text Spec title Spec text Title Spec title Spec text Spec title Spec text All Features Less features Compatible products Less products More products compatible ACCESSORIES Less products More products

TRB245 is a Teltonika Networks dual SIM IoT gateway with LTE Cat 4, RS232, RS485, Ethernet, and I/Os. Click here to learn more. TRB245 INDUSTRIAL M2M LTE GATEWAY INQUIRE NOW End of ordering: date End of production: date End of support: date Replacement: Shop Now , EOL list CONNECTIVITY 4G/LTE (Cat 4), 3G, 2G DUAL SIM With auto failover, backup WAN and other switching scenarios SERIAL PORTS RS232/RS485 serial communication interfaces I/O Multiple Inputs and Outputs for remote monitoring and control 3d model click to load 3d full screen PRODUCT GALLERY introduction video qsg video MORE PHOTOS features downloads ordering support features downloads ordering support Title Spec title Spec text Spec title Spec text Title Spec title Spec text Spec title Spec text All Features Less features remote management system LEARN ABOUT RMS USE CASE // ALL USE CASES LOAD MORE USE CASES See how Teltonika Networks products empower IoT solutions across multiple industries! ALL USE CASES LOAD MORE WIKI knowledge base In our extensive Wiki knowledge base you can find everything from the latest firmware, usage scenarios and changelogs to certificates and first start guides. Access wiki compatible ACCESSORIES Less accessories More accessories you mAY also like ALL PRODUCTS rms all use cases newsroom