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Enhance your IoT solutions with Teltonika Networks Combo MIMO Mobile/GNSS/WiFi Roof SMA antenna, offering reliable connectivity for diverse applications. COMBO MIMO MOBILE/GNSS/WI-FI ROOF SMA ANTENNA Order code: DOWNLOAD DATASHEET 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

Parleremo dell’utilizzo della piattaforma RMS, le sue principali funzionalitá ed alcuni casi d’uso in cui RMS gioca un ruolo fondamentale. RMS Introduzione Generale e casi d’uso Wednesday, 7 July 2021 at 8:00:00 UTC Register Parleremo dell’utilizzo della piattaforma RMS, le sue principali funzionalitá ed alcuni casi d’uso in cui RMS gioca un ruolo fondamentale. SPEAKERS Questions & Answers WEBINAR RECORDINGS SWM28 - Switches Gestionables y RMS Name S. +1 Speakers es Meet Altos - Wi-Fi 7 Router for 5G Fixed Wireless Access. 5PM GMT+2 Name S. +1 Speakers en Meet Altos - Wi-Fi 7 Router for 5G Fixed Wireless Access. 11AM GMT+2 Name S. +1 Speakers en

Discover Teltonika Networks’ IoT gateways for your IoT solutions Gateways Modernize your infrastructure with Teltonika’s industrial gateways—compact devices that bridge protocols like Modbus with interfaces such as RS232, RS485, and Ethernet. Supporting cellular technologies including LTE-M, NB-IoT (NB1), and 5G, they’re ideal for both low-power deployments and high-speed industrial applications. Browse the catalogue to find the gateway that fits your case. Product catalogue text text text text

Learn more how Teltonika industrial routers allow for uninterrupted, robust IoT connectivity More News 1/28/2026 Meet Altos: The Wi-Fi 7 Router Invited to Your Living Room 1/21/2026 Managed vs unmanaged switches: choose the right fit 1/20/2026 Password Security Standards – Best Practices to Protect your Devices Why Teltonika Industrial Routers Aren’t Just for Industry 15 October 2025 When people hear the term industrial router , their minds often jump to images of factory floors, oil rigs, or remote power stations. But in today’s increasingly connected world, the need for robust, secure, and reliable connectivity extends far beyond traditional industrial settings. The word industrial refers to the durability, performance, and design of the device – it’s not a serving suggestion. At Teltonika, we build industrial-grade routers to handle the tough stuff – extreme temperatures, constant vibrations, dusty environments, and remote deployment. But that same engineering makes them an excellent choice for all kinds of applications, from retail shops and construction sites to event venues , cafés, campervans and even smart homes. Built for Tough Conditions, Great for Any Condition Consumer-grade routers might be fine for casual web browsing and occasional streaming, but they can struggle when placed under consistent or mission-critical loads. An industrial router, on the other hand, is built for uptime. Teltonika routers like the RUTC50 and RUTM series offer: Automatic failover to secondary SIMs, eSIMs, WAN ports or even the second on-board modem (in the case of the RUTM56, RUTM54 or RUTX12). Secure remote management via RMS – allowing remote configuration, troubleshooting, bulk updates, password changes, and an endless list of security and management tools from a single pane of glass. Robust casing and wide temperature range , so you don’t need to worry about where the router is placed or whether the environment is temperature controlled. You simply install it where the signal is best. Flexible I/O and protocol support , from Modbus to MQTT. Firewall and advanced VPN capabilities right out of the box – easy to configure, even at scale. These aren’t just nice-to-haves – they’re crucial for any setup where downtime isn’t an option, whether it's a pop-up store relying on 5G connectivity, a solar-powered weather station , or a remote office on the edge of town. Reliable Range, Flexible Deployment Industrial routers aren’t just built to survive – they’re built to perform. Teltonika routers feature high-quality radio modules and a wide selection of antenna options to maximise signal strength and maintain reliable connections even in low-coverage areas. Need to deploy a router in a metal cabinet, on a pole outside , under a desk, or inside a vehicle? No problem. With DIN rail, wall, pole and rack mounting options, industrial routers give you full freedom to install devices wherever they’re needed most – without compromising connectivity. Whether you're dealing with long-distance Wi-Fi bridging, cellular backup in fringe coverage areas, or multi-WAN load balancing for a busy café, an industrial router provides the consistency and flexibility a consumer-grade device can’t match. Not Just Hardware, A Whole Ecosystem One of the most underrated advantages of choosing an industrial router is the long-term management capability. With Teltonika RMS (Remote Management System) , you can configure, monitor, update, and troubleshoot your entire fleet of routers from anywhere in the world. Whether you have one router or a thousand, this kind of visibility and control is a game changer – especially for businesses with multiple branches, temporary deployments, or remote sites. A Smarter Long-Term Investment While a consumer router might cost less upfront, it can cost more in the long run – whether that’s in lost productivity during outages, costly technician callouts, or data breaches due to weak security. Industrial routers are designed for longevity, with firmware that stays up to date and hardware that keeps up with evolving network demands. From small businesses to service providers, schools to fleet operators, the message is clear: industrial routers aren’t just for “industrial” use – they’re for anyone who takes their connectivity seriously. In Summary If you're weighing up your network equipment options, don't overlook industrial routers because of their name. The same qualities that make them ideal for harsh environments also make them exceptionally dependable in everyday ones. At Teltonika, we believe robust connectivity should be the standard, not the exception. And that’s exactly what our routers deliver. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Access Teltonika Networks' diverse product support options, including VIP Helpdesk, Community Forum, and Wiki Knowledge Base, for comprehensive assistance. Product support IoT isn’t always easy or simple. Don’t worry, we’re here to help. Reach out to our support team and get your questions answered and problems solved! TELTONIKA HOTLINE support service Our expert team is just a call* away - ready to get you back on track in no time! +1 640 650 2356 +370 37 211202 +44 20 3869 2377 +65 3158 1242 +49 89 62828927 Work Hours: 08:00 - 00:00 (GMT+2), Monday - Friday *Support is provided in English and Lithuanian MULTIPLE CHANNELS, DEDICATED SUPPORT We’re here to provide you with reliable and comprehensive support – even after our products have left the warehouse! Below you’ll find 3 support channels to choose from. The VIP Helpdesk is available for clients who purchased directly from us, and for those who didn't – the Community Support forum and Wiki Knowledge Base are excellent information and help resources for our products. Head of Technical Support VILMANTAS SIMPUKAS Wiki Knowledge Base Extensive directory of user manuals, configuration guides, and more helpful resources about using our products. DISCOVER Helpdesk Direct channel to our dedicated support team for clients who have purchased directly from us. GET HELP Community Support Join our ever-growing support community to learn and receive help from other community members. JOIN WE VALUE YOUR FEEDBACK! We're constantly looking for new tools and ways to improve our services. Help us get better by dropping a few lines. LEAVE FEEDBACK HOW TO VIDEOS

The NIS2 Directive requires EU companies to adopt numerous cybersecurity measures. Check if it applies to you and what actions are necessary. More News 1/28/2026 Meet Altos: The Wi-Fi 7 Router Invited to Your Living Room 1/21/2026 Managed vs unmanaged switches: choose the right fit 1/20/2026 Password Security Standards – Best Practices to Protect your Devices NIS2 Directive & Your Networking Solutions Cybersecurity 17 July 2024 The European Union  has mandated compliance with the NIS2 Directive by October 2024 for numerous companies in both the private and public sectors. This new cybersecurity regulation encompasses many aspects focusing on a company’s security policies. Learn about the requirements and how Teltonika can help you meet the NIS2 Directive standards. We said it once and will say it again: cybersecurity is not to be taken for granted. Unfortunately, cyberattacks in both the private and public sectors continue to thrive and expand, as evidenced by the 57% increase in such attacks in Europe in 2023. This isn’t a good sign, but if there’s a silver lining, it’s that these incidents highlight the need for companies to reassess and improve their IoT security measures. Now, the growing concern about IoT security, and cybersecurity in all its forms, extends beyond the private and public sectors and includes governmental bodies as well. The European Union is just as invested in taking great cybersecurity measures to protect companies from any unwanted exposures, especially those working with critical infrastructure. With new EU cybersecurity regulations set to be implemented by October 2024, you should familiarise yourself with the NIS2 Directive, its purpose, regulations, and the potential consequences of non-compliance. WHAT MAKES NIS2 DIFFERENT FROM NIS? The NIS Directive was the first piece of EU-wide legislation ordering companies operating within the scope of the European Union to achieve certain cybersecurity standards. These standards included measures to control and prevent risks and the obligation to report incidents while cooperating with authorities. This directive was mostly relevant to companies working in critical infrastructure and key digital service providers in the transportation , energy, and financial sectors. The original NIS Directive was introduced nearly 7 years ago, in 2017 . Much has changed in the digital world since then. So, it was inevitable that the European Union would update the NIS Directive to ensure IoT security. And indeed, it did. This second iteration of the NIS introduced by the EU is bigger, stronger, and stricter, aiming to establish higher cybersecurity standards for enhanced network infrastructure protection that companies must comply with by October 2024. NIS2 DIRECTIVE REGULATIONS COMPANIES MUST COMPLY WITH There are four overarching types of requirements in the NIS2 Directive that are most crucial for a company to comply with: 1) Risk management – companies must mitigate risks by focusing on strengthening its network infrastructure protection, supply chain security, and networking solutions’ access control and data encryption methods. 2) Corporate accountability – corporate management must oversee and instruct its employees to implement security measures in their daily tasks and address any cybersecurity risks they identify. 3) Reporting obligations – essential and important entities must promptly report any security incidents they experience, complying with specific deadlines for incident reporting, like the 24-hour early warning . 4) Business continuity – companies must plan in advance their actions taken in the event of a major cyber incident, including conducting system recoveries, implementing emergency procedures, and assigning a dedicated team, responsible for crisis management. Teltonika’s Head of IT Infrastructure and Security, Artūras Golyšenko, advises: “It’s likely that companies will involve only their IT staff in the preparation for the NIS2 Directive, seeing it as just another technological conundrum. However, to enhance the resilience of the whole organisation against cyber threats, the team should include not only technical experts but also heads of multiple departments, lawyers, employees responsible for the company’s services, and even managers. “As the scope of cyber-attacks also includes human error, the IT department alone won’t be enough to help prepare. It’s important to foster a cyber security culture in companies by providing employees with basic and specialised knowledge on dealing with certain situations. “By doing so, all stakeholders in the company will have the information they need and be able to identify problem areas and address them. This guarantees continuity in the development of the cybersecurity process.” For more information, check out this comprehensive overview of the NIS2 Directive’s contents. This leads us to the next question… HOW DOES THIS AFFECT YOU? Consider this question carefully, as the original NIS Directive had a narrower impact, affecting fewer critical infrastructure companies that specialise in sectors such as energy , health, transport, finance, water supply, and digital infrastructure. Now, the NIS2 Directive not only continues to focus on these six sectors but also expands to include nine additional sectors, such as waste management , manufacturing, research, digital providers, and more. So, the list is far larger than it previously was. It’s also crucial to consider your company’s size when determining compliance with the NIS2 Directive. Essential entities, defined as companies with around 250 employees and a €50 million annual turnover, must comply. Similarly, important entities with about 50 employees and a €10 million turnover are also required to adhere to the Directive. However, it’s important to note that companies that don’t fit these categories may still need to comply if they provide critical services vital to societal or economic activities in a member state. If companies subject to the NIS2 Directive won’t comply with the requirements, they will become prone to penalties . These penalties can manifest as non-monetary remedies, administrative fines, or even criminal sanctions. And despite all this, your company’s sector not being in the list doesn’t mean you’re off the hook, as there’s a high chance your services or products could be utilised in one of the affected sectors. In other words, your company must comply with the NIS2 Directive regulations, too. WHAT IF YOUR COMPANY FAILS TO COMPLY WITH NIS2? As mentioned before, companies subject to NIS2 will require their vendors and partners to comply with its regulations to ensure a secure supply chain and to avoid fines. Failure to comply could result in your potential or current clients not renewing contracts, adversely affecting your business. Another important concern lies within your company’s reputation. If your company doesn’t comply with the NIS2, it might be considered untrustworthy or incompetent in maintaining a high level of cybersecurity. So, ignoring the NIS2 Directive regulations will put your company at a disadvantage, surely affecting its relationship with clients and overall business. YOUR COMPANY WILL COMPLY WITH TELTONIKA Teltonika invests a significant amount of time and effort into not only enhancing the security of our networking devices and IoT security, but also our cybersecurity policies. As our headquarters are located in Lithuania, we must comply with all EU regulations, including the NIS2 Directive. The EU NIS2 Directive has yet to be transposed into Lithuanian law. The specific regulations from the Lithuanian National Cybersecurity Centre are expected to be announced in Q4 2024. In the interim, we adhere to the best cybersecurity practices, utilising state-of-the-art technologies and managing our systems in accordance with ISO27001 and ISO9001. Teltonika’s networking device unit has recently become an official member of the CVE programme community . This membership enables us to ensure quick incident reporting by allowing us to establish, register, and publish CVEs ourselves. It’s also important to highlight a huge benefit of our Remote Management System (RMS), as with it, our clients can attain secure remote management capabilities of their entire networking solution and oversee each component’s health and status. RMS can be used to monitor whether all involved IoT devices are continuously working as they should. If not, RMS can effectively alert the client about any incidents or potential risks based on pre-configured rules. TELTONIKA’S TAKE ON SSDL When developing software systems for our networking devices, our R&D and cybersecurity engineers follow a Secure Software Development Lifecycle (SSDL) process. This is to ensure our networking devices are secure from the start, even before any additional security measures are added to them. We approach our SSDL with six phases that help us meticulously identify and mitigate any potential cybersecurity risks: 1) our cybersecurity engineers train and test software development teams, covering security topics and best practices to ensure secure working efficiency; 2) we establish baseline security and privacy requirements for upcoming software updates or releases; 3) the R&D team continually reviews and analyses how devices should perform with upcoming software releases while searching for potential security threats; 4) we consistently perform static code analysis to maintain, review, and optimise the code within our networking devices; 5) we conduct multiple tests, including comprehensive fuzzing and penetration, to finalise the verdicts; 6) once these rigorous tests are complete, the documentation is finalised, archived, and used as a reference when the new cycle begins. ENSURE YOUR CRITICAL INFRASTRUCTURE HAS NIS2-COMPLIANT IoT DEVICES Securing your critical infrastructure, especially within networking solutions, can seem daunting at first. However, choosing Teltonika devices in your critical infrastructure solutions can put your worries to rest. And we’re confident about that. Want to know even more details on how we comply with the NIS2 Directive and the extra cybersecurity steps we take to elevate our IoT devices above the competitors? Don’t hesitate to contact us. We’ll tell you how our commitment to security makes us the ideal partner for your journey into a safer digital future. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Boost your edge applications with RUTC50 5G router. Unlock ultra-fast 5G, Wi-Fi 6, 1GB RAM, 8GB flash, and global eSIM for mission-critical operations Pricing varies by distributor and region. Contact us for a quote. RUTC70 5G POWERHOUSE WITH WI-FI 6 Unleash the full potential of your edge applications with the RUTC50 5G router. This compact powerhouse combines ultra-fast 5G (up to 3.4 Gbps), dual-band Wi-Fi 6, and enhanced processing power with 1GB RAM and 8GB flash memory. Featuring dual SIM and eSIM for global, touch-free deployments, the RUTC50 delivers lightning-fast, low-latency communication for mission-critical operations. Rugged, powerful, and future-ready. INQUIRE NOW End of ordering: date End of production: date End of support: date Replacement: Shop Now , EOL list 5G Ultra-high cellular speeds of up to 3.4 Gbps Wi-Fi 6 Dual-band multi-user MIMO for superior wireless performance ENHANCED PROCESSING 1GB RAM and 8GB flash for edge computing applications eSIM Global, touch-free deployments 3d model click to load 3d full screen PRODUCT GALLERY introduction video qsg video MORE PHOTOS features downloads ordering support features Certifications 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

Having outsourced professionals bring many challenges not just due to such force majeure circumstances as the Coronavirus pandemic. It also means that without implementing specific systems and IoT tools, the scaling of such solutions becomes incredibly expensive and not flexible. More News 1/21/2026 Managed vs unmanaged switches: choose the right fit 1/20/2026 Password Security Standards – Best Practices to Protect your Devices 1/15/2026 TAP400: Wi-Fi 6 Access Point for Your SMB Network RMS CONNECT SOLVING REAL-LIFE PROBLEMS 11 November 2021 Recently we shared an article and hosted a couple of webinars explaining how different users can leverage Teltonika Networks Remote Management System (RMS) to serve the needs of their unique IoT solutions. Over years of development, we created a flexible enough system to adjust to the requirements of most complex projects. However, the system will be as valuable as you make it by utilizing the available functionalities to your benefit. Therefore, if you missed a chance to attend a live webinar, we made a recording available to watch at any convenient time. We also recommend reading the article below to learn how to get the most of the RMS and eliminate any redundant features. So, last time we reviewed why and how to complete various customizations of RMS. Today, we invite you to see how RMS can bring considerable benefits in real-life scenarios. Check out how our partners use RMS functionalities to achieve different tasks that result in similar and substantial gains, including significant financial savings, optimized staff resources and prevented downtime among the main ones. REMOTE CALIBRATION AND CONTROL OF SMART TRAFFIC LIGHTS In the first use case, our partner in Cyprus, M.K. Traffic Technical Solutions Ltd, ran into a challenge while installing the first isolated smart traffic light in the country. Having an expert engineer from abroad to calibrate the traffic light worked fine until the Covid-19 outbreak and the restrictions that came along with it. Having outsourced professionals bring many challenges not just due to such force majeure circumstances as the Coronavirus pandemic. It also means that without implementing specific systems and IoT tools, the scaling of such solutions becomes incredibly expensive and not flexible. Imagine the scope of the required qualified workforce and expenses for expanding smart traffic light infrastructure across the country. Remote management in such projects becomes inevitable. Read the full story to learn how RMS Connect helped the company overcome this challenge and offered additional advantages to the solution. CENTRALIZED REMOTE VENDING MACHINE POS SYSTEM MANAGEMENT Our second use case is related to POS systems in vending machines. The vending machine industry is on a rising trend again after a short pitfall due to Coronavirus restrictions. It is considered one of the most convenient ways to grab a snack or drink on the go, and the scope of offered goods is ever-expanding (in some countries, you may find some pretty unconventional stuff, like gold, live bugs, or ties!). Adapting to customers' needs also means that machine operators have to make the buying process easier and more convenient. Accepting card payments is an absolute must nowadays since a large part of buyers are 'cashless.' However, adding a third-party payment gateway provider, such as Ingenico, Nayax, Verifone, or Nexi, means that the vending machine operator will need to ensure specific requirements and complete constant firmware updates for security reasons. Considering that a company usually oversees hundreds or thousands of machines across the country (or even internationally), this may become quite a hefty commitment. Learn how RMS Connect can help with it by reading our customer’s story. We hope these examples of familiar experiences will help you better picture how RMS Connect can benefit in various situations. Shortly, we will be hosting another webinar that will delve deeper into one of the essential RMS tools - Task Manager. If you are interested in getting more in-depth information and usage examples of RMS, feel free to register via the link below and get all your questions answered in a live Q&A. WEBINAR REGISTRATION RMS CONNECT FLYER LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

As we launched the first 5G devices during the live stream, we felt capturing every vital event detail was crucial. That's what this article is all about! 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 TELTONIKA NETWORKS IS STEPPING INTO THE 5G ERA 6 September 2022 If you haven’t heard by now, we’ve recently launched our first-ever 5G devices! We want to thank each audience member for being with us during this exciting launch and making us feel more than proud of our creation! The most salient launch, by far, is now behind us, but in case you missed the chance to take part in the live event, there’s no need to worry! You can still find the recording on our  YouTube channel . However, if reading a quick recap is your cup of tea, let’s begin! THE PROSPECTS OF 5G One of the biggest highlights of our live stream event (besides the new devices, of course!) was the appearance of an expert guest from Ericsson - IoT Solutions Strategic Product Manager, Graziano Ponzo. During the event, our guest gave us a concise view of the prospects and potential of 5G technology. As pointed out by Graziano, the traffic of current network capacity grows by about 60% per year, making Internet access very crowded for all connected devices. With 5G technology, we'll have higher network speed, faster data throughput, and increased capacity. These will help progress and solidify technologies like autonomous vehicles, drones, AI, IoT, and robotics.  Another important aspect of 5G is its power consumption. Graziano assured that 5G won't consume more power than current network technologies, and due to the built-in power processor, the network itself will be able to perform some of the processing tasks. In fact, with a higher range of frequencies, power management schemes, and data packet-compression algorithm, 5G and its supporting devices will save energy and power!  THE SALES POTENTIAL OF 5G Our event hosts also got to interview our Head of Sales, Mindaugas Navickas, who shared his insights regarding the market drivers of 5G. Specifically, he distinguished three crucial drivers.  The first two – speed and latency, are no-brainers because they are the most prominent features of 5G. Importantly, they will reduce the costs of solutions by requiring fewer devices to be installed and open the doors for markets where ultra-fast data throughput is vital, like critical infrastructure and autonomous vehicles. With 5G, the sky's the limit!  The third and biggest driver is the future-proofing of solutions. Investing in 5G devices is the smartest move long-term, as the technology will soon establish its dominance and business shouldn't repeat their mistake of relying too much on 3G, which ended up costing them immense sums when 4G took over and entire fleets had to be replaced quickly.  THE PROCESS OF DEVELOPING THE RUTX50 AND TRB500 Everything up to this point culminated in announcing what we've been working on for the past year and a half, our first 5G devices: the RUTX50 cellular router and the TRB500 gateway. During the event, our Head of Hardware Department, Lukas Žarovas, talked about the journey of these two devices, what challenges our R&D teams faced along the way, and what goals they had in mind while designing these pioneering devices.  Lukas opened up about two main challenges: chip shortage and a lookout for suitable antennas. Our R&D teams had to plan the creation strategy four steps ahead to ensure that component deficiency wouldn't affect device production progress and thus postpone release dates. It was also tricky to find perfect antennas as they had to be small, powerful, and look fitting.  HUNGRY FOR MORE? Even if you missed a chance to see the launch of our first 5G devices, you can still catch us up in the upcoming Q&A session!  To get your RUTX50 and TRB500-related answers personally and in-depth, join the live Q&A session we'll be hosting on September 7th, 11 a.m. (GMT+3). Teltonika Networks experts in marketing, sales, R&D Division, and our RMS product will answer all your questions and dive deep into the nitty-gritty of both devices. Make sure to register for the webinar here ! You can also subscribe to our  newsletter  to get notified about the exciting 5G content and much more!  LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

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