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Needless to say, 2020 will remain in our collective memory for a long time as one of the more challenging times of the 21st century for multiple reasons. As Teltonika Networks – our goals were as ambitious as ever to continue growing. Join our webinar to take a step back and review the most significant news and updates that you might have missed in 2020, and take a look at what the future holds for Teltonika Networks and our partners in 2021. 2020 - A year in review Thursday, 28 January 2021 at 7:00:00 UTC Register Needless to say, 2020 will remain in our collective memory for a long time as one of the more challenging times of the 21st century for multiple reasons. As Teltonika Networks – our goals were as ambitious as ever to continue growing. Join our webinar to take a step back and review the most significant news and updates that you might have missed in 2020, and take a look at what the future holds for Teltonika Networks and our partners in 2021. 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

Teltonika Networks' Wi-Fi Dual-Band SMA antenna elevates IoT solutions with enhanced wireless performance, suitable for a wide range of applications. WI-FI DUAL-BAND 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

An engineer's view on why to upgrade to 5G. Read about 3G sunset, 4G congestion, real-world 5G speeds, and why concerns about cost and coverage are fading. 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 it might be Time to Upgrade to 5G: A Radio Engineer’s Perspective 8 May 2025 Markets are adopting 5G at varying paces; while in some, 4G is still the best bet for most applications, others—like Australia, New Zealand, South Korea, the United States, and parts of Europe—are at a stage where upgrading to 5G in 2025 makes a lot of sense. For years, the conversation around 5G has been dominated by future promises—higher speeds, lower latency, and the transformation of industries. But today, the conversation has changed. We are no longer talking about what 5G will do—we are witnessing what it is doing. The time for upgrading from 4G to 5G is now, and here’s why. The 3G Shutdown and Network Congestion Around the world, mobile operators are shutting down 3G networks to repurpose spectrum for 4G and 5G. In countries like the US, Australia, New Zealand and across Europe, the 3G sunset is already well underway. This shift has two major consequences: More spectrum for 4G and 5G – Spectrum once used for 3G is being reallocated to enhance network performance, leading to better speeds and lower latency. 4G network congestion – With 3G disappearing, older devices are forced to rely on 4G, adding more strain to LTE networks. For businesses and individuals relying on cellular connectivity, staying on 4G is no longer just a matter of missing out on 5G’s benefits—it’s about risking declining performance as networks shift their priorities. Real-World Speeds vs. Theoretical Speeds: Why 5G is the Better Option While 5G’s theoretical speeds are impressive, real-world performance is influenced by network conditions, congestion, and carrier implementation. A device rated for gigabit speeds may not always reach those numbers in practical use, but having a 5G-capable device ensures better performance compared to 4G-only alternatives. The Role of LTE Categories in Performance Not all 4G connections are equal. LTE is divided into different categories that define its speed, bandwidth, and overall capability. Older LTE categories (such as CAT4 or CAT6) have lower speeds and fewer carrier aggregation capabilities, meaning they struggle more in congested networks. Most Teltonika 5G routers , such as the RUTX50 , offer LTE CAT20 fallback , which means that even in areas where 5G is unavailable, the device can achieve significantly higher speeds than lower LTE categories. CAT20 supports carrier aggregation across multiple bands, allowing it to optimise available spectrum and maintain a more stable, higher-speed connection even in congested areas. By upgrading to a 5G-capable device with LTE CAT20 fallback, businesses ensure they always get the best available performance, whether on 5G or advanced LTE networks. A Case Against Common Hesitations About 5G “5G is Too Expensive” Cost has often been a sticking point for 5G adoption. But today, affordable 5G routers like the Teltonika RUTM51 are bridging the gap. With rapid technological advancements, 5G hardware is now priced comparably to most 4G solutions out there . When you factor in the performance, reliability, and longevity of 5G routers, the return on investment far outweighs any short-term savings from sticking to 4G. “5G Coverage is Still Limited” Another common concern about 5G adoption is network coverage. While 5G is rapidly expanding, most 5G devices seamlessly fall back to 4G where needed . This means you get the best of both worlds—5G speeds where available and 4G coverage where necessary. Additionally, 5G technology is designed for longevity. Upgrading to 5G now means your infrastructure is prepared for: Further advancements in 5G networks – Including improved SA (Standalone) 5G deployments. New applications and use cases – As AI, edge computing, and private 5G networks evolve. Extended device lifecycles – Modern 5G routers and gateways, especially ours at Teltonika, are built to last through multiple technology cycles, meaning the investment pays you back by doubling the lifespan and relevance of your router. The Benefits of 5G Over 4G 5G isn’t just about faster speeds—it introduces network efficiency, lower latency, and improved reliability that make it ideal for a whole host of modern connectivity needs. The Benefit of Greater Capacity & Why Network Congestion Matters 5G can handle far more simultaneous connections than 4G, which is crucial in congested areas such as city centres, transport hubs, and industrial sites. When too many devices are connected to a 4G network, speeds drop, latency increases, and connections become unreliable (or fail completely). This isn’t just an issue for robots and self-driving cars, it’s an issue for all businesses that depend on reliable data transfer, payment systems, cloud-based applications and critical communications. By contrast, 5G’s ability to manage higher device density ensures that connections remain stable and efficient , even in high-traffic environments. Lower Latency 5G significantly reduces response times, making real-time applications like remote monitoring and industrial automation more effective. Better Energy Efficiency 5G networks are designed to use less power per bit of data transmitted, making them more sustainable for large-scale IoT deployments. Network Slicing Businesses can reserve dedicated portions of the 5G network for critical applications, ensuring stable performance even during peak usage. 5G RedCap: The Game Changer for IoT and Mid-Range Devices One of the biggest hesitations around 5G adoption has been the perceived need for high-performance (and high-cost) solutions. That changes with 5G RedCap (Reduced Capability) . RedCap brings a middle ground between 4G LTE and full-fledged 5G, offering lower power consumption and cost while still delivering key 5G benefits like lower latency and improved network efficiency. For industries like logistics, utilities, and industrial IoT—where 5G’s speeds aren’t always necessary—RedCap enables a practical path forward. 5G adoption is no longer just for high-end applications but for a broad range of connected systems. The RUT271 and RUT976 are ideal for mid-range applications that don’t need full-scale 5G speeds but still benefit from its reliability and efficiency. Final Thoughts: It’s Time to Consider an Upgrade With 3G networks shutting down, 4G networks becoming more congested, and 5G reaching affordability and maturity, the transition to 5G for many industries is no longer a question of if but when . From RedCap opening up new use cases, to affordable 5G routers with LTE CAT20 fallback in mass production , 5G is more than just faster speeds—it’s the foundation for your next era of connectivity. Whether you’re a business ensuring operational continuity, an IoT provider updating your deployments, upgrading to 5G now is an option worth seriously considering. Browse 5G Devices Here: LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

The 3G shutdown is accelerating worldwide—learn how industrial IoT operations can adapt with 5G RedCap and future-ready routers like the RUTM56. 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 The global 3G sunset and its effect on IoT connectivity 11 June 2025 As 3G networks are shutting down worldwide, industrial businesses face a pivotal moment. Whether operating smart infrastructure, remote device management systems, or basic M2M devices, transitioning from legacy IoT connectivity is imperative. This article delves into the global 3G cellular network shutdown timeline, its effects on industrial applications, and optimal adaptation strategies, including a search of the best 5G network router, emerging cost-effective alternatives like RedCap and future-ready routers like RUTM56 . 3G SHUTDOWN GLOBAL PERSPECTIVE Globally, 3G network discontinuity is moving forward and many countries have plans to shut it down by 2027, most major North American operators have already completed 3G shutdown. North America: AT&T 3G shutdown, Verizon and T-Mobile 3G connection have discontinued in February 2022. The Canadian Radio-television and Telecommunications Commission has also announced that the 3G shutdown process is underway across the country, starting in early 2025. Australia : Telsta and Optus shut down their 3G operations fully in 2022. Europe: Majority of European countries plans to completely shut down 3G networks by the end of 2025, nations like Germany, Hungary, Greece have already phased it out. Asia: India is steadily cutting back on services, with complete shutdowns anticipated by the end of 2025, while Japan's 3G shutdown happened in 2022 and Singapore phased out 3G in 2024 of July . Africa: South Africa has been progressively planning on shutting down 3G by the start of July 2025, in a meantime, other African countries regions are trying to slow down the “sunset” . South America: Local providers such as Telefonica, Entel and Claro in some of the regions have already shut down 3G in 2022 and 2023. Middle East: Oman has been shutting down 3G networks since July 2024, while Zain Bahrain service provider switched off its 3G network in 4Q 2022 in countries like Kuwait, Iran and Jordan. Because of its wide coverage and durability, 3G network is still used by many industrial networks in spite of these developments. Numerous IoT connectivity devices, including telemetry units and data loggers, are using 3G cellular networks in industries like energy, utilities, and transportation. But problems like more downtime, inconsistent performance, and higher security risks are appearing as carriers cut maintenance and 3G networks shutting down. THE ROLE OF 2G: STILL A FUNCTIONAL SOLUTION 2G networks frequently continue to function even when 3G is being phased out, particularly in locations where rural or underdeveloped areas have not yet been completely impacted by newer technology. It is appropriate for IoT connectivity such as smart meters, pipeline monitors, and vending machines due to their ease of use and minimal bandwidth needs. The vast majority of European nations, as well as those in South America, the Middle East, and Thailand, intend to shut down 2G starting from 2025 all the way to 2030. North America, much of Asia, and a few regions of South America, Africa, and the Caribbean are all scheduled to have partial shutdowns. Australia has already fully shut down its 2G connection. While Africa is still heavily reliant on 2G and has no concrete plans to shut it down. For example, mobile payment systems in parts of Africa still rely on 2G and shutting it off too soon could disrupt banking services. Early-generation vehicle telematics and emergency call (eCall) systems in cars were designed for 2G, so some networks remain operational to support those safety features. However, as demand for the 5G network grows and LTE becomes more widespread, 2G shutting down is inevitable. Thus, relying on 2G network is a short-term fix rather than a sustainable strategy. THE PATH FORWARD: ADAPTABILITY IS KEY Adopting sustainable and future-proof solutions is essential as legacy networks deteriorate. Even though the best 5G network routers promise notable performance improvements, many industrial applications don't need all of their features. 5G RedCap, or Reduced Capability, is designed for mid-tier IoT connectivity use cases. Teltonika’s RUT271 and RUT976 routers offer data speeds from a few Mbps up to 223 Mbps. Their streamlined design supports wireless connections for up to 50 devices for RUT21 and up to 100 devices for RUT976, delivers low latency. RedCap 5G connection is especially well-suited for uses like asset tracking, industrial automation, and smart city sensors. A FUTURE-READY OPTION: TELTONIKA'S RUTM56 The RUTM56 router provides unmatched adaptability for individuals who value flexibility. As earlier technologies are phased out, its support for 2G, 3G, 4G, and 5G guarantees future-proof IoT connectivity, ensuring seamless deployment across diverse applications. Important characteristics include: Automatically switching between technologies to keep connected is known as seamless fallback. Advanced security includes firewall capabilities and a wide range of VPN choices. Remote device management system: Teltonika’s Remote Management System (RMS) is compatible not only with Teltonika's devices but also with third-party equipment connected to them, enabling centralised and effective supervision. Industrial-grade dependability: Made to survive challenging conditions. Businesses can manage their infrastructure's critical moments by upgrading with the RUTM56 . It is a single gadget dual modem router designed to bridge the gap between legacy and next-generation networks. ACCEPTING THE CHANGES Industrial processes that depend on 3G are at risk of becoming obsolete as the global 3G shutdown picks up speed. Proactive adaptation is crucial when using multi-network devices like the RUTM56, investigating the best 5G networks, or switching to 4G. Get your network ready for the changing terrain of the future, not just for the here and now. Make sure your operations stay resilient and connected using Teltonika's solutions by clicking on "Contact us" button and discussing your options. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Discover Teltonika Networks' 18W US power supply for your IoT solutions and needs. Compact design and seamless integration. Learn more now. US POWER SUPPLY, 18 W 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

Learn more about the OTD144, and all-in-one outdoor Wi-Fi router and TRM142 industrial 4G modem with RS232 serial 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 Latest in IIoT and Outdoor Connectivity: OTD144 & TRM142 24 September 2025 In the rapidly evolving technology-centred world, businesses require solutions that are not only powerful but also adaptable and cost-effective. Whether you need to extend your Wi-Fi beyond indoor spaces, or modernize legacy equipment, Teltonika’s new devices are making it easier to future-proof your network infrastructure. In today’s launch, we present two distinct products engineered to meet these unique challenges. OTD144: An All-in-One Outdoor Wi-Fi Router In a market crowded with solutions that force you to choose between performance and practicality, the OTD144 offers a superior, all-in-one approach. This outdoor Wi-Fi router is designed for straightforward, reliable connectivity in exposed environments, delivering Wi-Fi where it matters. With its integrated LTE Cat 4 and Wi-Fi modules, it eliminates the hassle of combining a cellular router with a separate access point. The result is a single, IP55-rated unit that simplifies your setup and delivers robust connectivity to your projects. The OTD144 is a practical and cost-effective fit for a variety of applications, from public Wi-Fi hotspots and smart city projects to remote monitoring stations or factory yards where AGV robots and sensors require stable wireless access. Engineered for the Elements Harsh conditions are no obstacle for the OTD144. Housed in a durable IP55 enclosure, it is designed to resist dust and rain while withstanding extreme temperatures from –40 °C to 70 °C. This rugged build ensures flawless performance and uptime whether it’s mounted on a city street, at a construction site, or in an industrial yard. Uninterrupted Connectivity For business-critical applications, the OTD144 ensures you're always connected. It features dual SIM with auto-failover, a robust redundancy mechanism that provides a seamless, always-on connection and eliminates service downtime. This capability is essential for outdoor deployments, ensuring mission-critical operations such as remote monitoring or public Wi-Fi hotspots are never interrupted. Fast And Simplified Deployment The OTD144 is designed for quick and flexible deployment. Its Power-over-Ethernet (PoE) functionality allows the router to be powered through a single network cable, which drastically cuts down on complexity and installation costs. With PoE-out, the device can even power nearby cameras or sensors, further simplifying installation. Universal pole and wall mounting make installation straightforward, so operators can get it online in minutes, not hours. Flexible Management and High-Level Security The OTD144 comes with the full power of our versatile RutOS operating system. RutOS provides advanced security and management tools, including VPN and firewall support, which make the device compatible with professional systems and protect your data. It also offers functions like a Wi-Fi Hotspot with a captive portal, making Wi-Fi access simple for public users while allowing you to control and manage users with reports and diagnostics. For scalable and effortless remote management, the OTD144 is fully compatible with our RMS . It allows you to remotely monitor Wi-Fi clients and manage endpoints with features like scheduled reboots and firmware updates. This powerful combination ensures a reliable outdoor router that’s easy to deploy, secure to run, and effortless to maintain at scale. TRM142: A Smooth Path to 4G Modernization With the global 3G sunset already underway, businesses face a critical challenge: how to keep legacy equipment connected. The new TRM142 industrial 4G modem provides the answer. Compact, reliable, and designed with integrators in mind, it offers a smooth path to modernisation without costly hardware replacements. Legacy-ready with RS232 serial connectivity A key feature of the TRM142 modem is the RS232 interface with a DB9 connector. Many industrial controllers, alarm systems, and automation devices still depend on this serial standard, which makes transitioning to 4G networks a challenge. With TRM142 4G modem, these devices gain a direct line to modern LTE networks, extending their operational life well beyond the 3G shutdowns. On top of that, 4G LTE Cat 4 support ensures stable, modern communication for critical applications, making integration straightforward for system installers and retrofit projects. Designed for flexible & versatile integration Designed for versatile deployment, the TRM142 supports multiple power and data interfaces. It can be powered either through Micro USB or via a 4-pin connector supporting 9-30VDC, giving installers freedom to match different setups. For data transfer, the modem offers both RS232 and USB connections, making it equally suitable for legacy equipment and modern endpoints. Cost-effective retrofit built for reliability Replacing entire systems just to gain 4G LTE connectivity can be quite expensive and disruptive. This cost-effective retrofit offers a smarter path by preserving already existing network infrastructure while bringing it up to today’s standards. In line with the rest of the TRM device family, the TRM142 features an industrial-grade aluminium housing and is designed to perform in demanding environments, with an operating temperature range of -40 °C to 75 °C. It's compact form factor standing at only 75.9 x 25 x 74.5 mm and simplicity to deploy allows you to scale your IIoT solutions with confidence! Ready for What's Next By addressing unique demands, these devices offer a strategic path forward. They are designed to deliver reliable performance, simplify deployment, and provide the tools needed for secure, scalable management. With products that cater to different stages of network modernization, you can ensure your operations remain connected, efficient, and ready for what's next. If you would like to discuss your specific use case or order samples, please contact via the button below. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Cellular modems are important IoT devices, distinguished by longevity and low power consumption. Click here to read more. 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 UNLOCKING CONNECTIVITY: THE HIDDEN GEMS OF CELLULAR MODEMS 21 February 2024 In the age of connectivity, network devices stand strong facilitating seamless communication. From personal Internet access to industrial IoT applications, they play a crucial role in enabling data transmission over diverse networks. The world of connectivity devices Many connected devices have one thing in common: the function of facilitating communication between different appliances or networks, which enables the exchange of data, information, or signals. That being said, it’s important to determine the differences between connected devices that might seem alike but are nevertheless different. For instance, although gateways, routers and modems share many same characteristics, they have some significant differences as well. Usually, gateways are designed to have one interface, meaning that they can connect only one end device to the Internet. For instance, our TRB143 cellular gateway, which comes with the M-Bus interface, is a great fit for district heating systems . Only a single device per heating system allows end clients to remotely and automatically collect data, opening the door for enhanced energy efficiency while keeping integration easy and saving costs. Another great example is our TRB142 industrial gateway. Equipped with the RS232 serial interface, it’s the perfect choice for smart grid communication and offers efficient monitoring and management of energy grid operations. Routers, on the other hand, provide Internet connectivity to multiple end devices through multiple interfaces. If you’re upgrading out-of-band management a cellular router like our RUT956 is exactly what you need. It tackles the challenge of slow connection speeds with LTE Cat 4 connectivity enhanced by a myriad of network reliability features and remote management. All about cellular modems Unlike routers and gateways, modems have only one function – to facilitate an Internet connection. The term "modem" is an abbreviation for "modulator-demodulator." These devices perform modulation by converting digital signals from a computer into analogue signals suitable for transmission over analogue communication lines. They also perform demodulation via a reversing process: converting incoming analogue signals back into digital signals that can be understood by the receiving device. Furthermore, calling a router or gateway a “modem” would be incorrect. Commonly-used term of "modem router combo", referring to the fact that each router and gateway includes a modem inside of them, is an old bad habit that refuses to die out. Really, every router is a "modem router combo". At the same time, some routers are designed to have more than one LTE modem inside of them. For instance, our RUTX12 contains two modems for dual, simultaneous LTE Cat 6 connections with instant failover switching. Modems don’t have data protection software or a firewall. Additionally, they are controlled by AT commands, a set of instructions that consists of short text strings which can be combined to produce commands for operations. These operations consist of dialling, managing SMS functions, and changing the parameters of the connection. Moreover, they have only one task: to send data from point A to point B without changing it. They cannot create a connection without the help of the device they are connected to, meaning that they are devices for connectivity without network control capabilities. Their largest advantages are longevity and low power consumption. When should you use a modem? Knowing when to deploy a modem over a router or gateway is a great way to save costs. Teltonika Networks presently has two modems in its product portfolio: TRM240 and TRM250 . Other benefits of our TRM240 and TRM250 4G LTE modems are their compact sizing, easy installation, and a USB interface. In addition to this, our cellular modems provide LTE Cat 1 connectivity, resulting in affordable pricing while maintaining high quality. It’s safe to say that cellular modems have fewer features than other networking devices, namely gateways and routers. However, they also boast cost efficiency with lower pricing, so knowing when you could deploy a modem instead of network devices is really beneficial. Network control is not necessary in some simple industrial settings. For instance – operating a coffee machine. In this case, the coffee machine is connected to a modem, like our TRM250 cellular modem, via a wired data connection. The modem is wirelessly connected via 4G LTE, allowing a service centre to access the data. These types of settings don’t require network control, allowing you to solve the networking challenge by using a cellular modem. Another great example is using our TRM250, to connect payment terminals to the Internet. In this case, the payment terminal is connected to the cellular modem via a wired data connection while the modem is connected to the Internet via wireless data, providing connectivity to the payment terminal. Moreover, modems are also used by people counter systems that count the number of people passing through a certain area, such as people entering or exiting a shopping mall. To make these systems usable, continuous connectivity is a must. That’s where our TRM240 trusted cellular modem comes in handy, connected to the people counter via a wired connection and to the Internet wirelessly. Although both TRM-series networking devices are very similar to one another, they do have a key difference. The TRM240 cellular modem is great for upgrading legacy IoT equipment with cost-efficient connectivity, and the TRM250 cellular modem works wonders in providing cost-efficient Internet connectivity in remote monitoring applications. This is because of a difference in their backward compatibility: the TRM240 supports 3G, while the TRM250 supports 2G and NB-IoT. Finally, if you need the best modem for your industrial solution – you cannot go wrong with our TRM-series devices. They will make your IoT dreams come true! 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' 62.4 W AU power supply ensures high-performance IoT connectivity, featuring a wide input voltage range, and a 4-pin connector. Read more. AU POWER SUPPLY, 62.4 W 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

Enhance your IoT solutions with Teltonika Networks' USB 2.0 A to Micro-USB B cable, offering reliable, high-speed connections in a robust 800mm length. USB 2.0 TYPE A TO MICRO-USB TYPE B CABLE 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

The RutOS Package Manager lets you download additional features to your Teltonika networking devices. Click here to learn more. 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 Enrich Your IoT Solutions with the RutOS Package Manager 17 September 2024 Teltonika’s operating system, RutOS, offers a wide range of additional features available via the Package Manager service that you can download to Teltonika networking devices. This article explores some of the most popular and noteworthy packages you can download to enrich your IoT solutions! Teltonika’s networking devices are defined by two key aspects: their hardware and their operating system – RutOS. However, while most features we incorporate into RutOS are compatible with the vast majority of Teltonika networking devices , storage limitations sometimes mean that not all features can be accommodated. So, it comes as no surprise there’s a lot for you to discover in the realm of RutOS, including a hidden gem that opens up a world of possibilities – the Package Manager service! A BOX OF CHOCOLATES, OR FEATURES The Package Manager service functions like a buffet: you get to choose what you want. It offers a selection of additional system extentions without requiring you to download everything that’s available. So, want to enhance your mobile connections, enable M2M communication, or install additional VPNs like Tailscale or ZeroTier? Package Manager is the place to go. UNBOXING THE PACKAGE MANAGER The Package Manager service offers an array of extensions revolving around application, mobile connection, system, and industrial packages. Installing any of these packages lets you configure the feature on RutOS and take advantage of its benefits. With over fifty different packages for you to pick from, we chose to list the most popular ones among our clients, presented below. SNMP  SNMP, short for Simple Network Management Protocol , is an Internet standard protocol used for monitoring network devices connected over an IP address and detecting any network faults. With less demand for resources and simplicity, SNMP helps extract data from endpoints with minimal overhead, easy implementation , and scalability. So, if your IoT solutions require continuous check-ups or quick data transmission without specialised expertise, SNMP is the protocol to opt for. SIM Idle Protection  Teltonika’s networking devices with dual SIM card slots are typically set up to receive network connectivity from mobile connections. So, offering convenient control over it is a no-brainer. To enhance this, we’ve introduced the SIM Idle Protection package, designed to work in conjunction with the SIM switch function. The SIM Idle Protection allows mobile routers to periodically switch to the secondary SIM card and establish a connection with a mobile network intermittently. This prevents idleness and your SIM cards from getting blocked, ensuring your IoT solutions maintain uninterrupted connectivity from either SIM cards at all times. Azure IoT Hub  Azure IoT Hub serves as a central message hub, facilitating communication between IoT applications and connected devices via the Microsoft Azure cloud platform. Azure IoT Hub is used to achieve real-time data collection , remote monitoring, and secure communication between endpoints and the cloud. This makes the Azure IoT Hub package a particularly relevant asset to IoT solutions that specialise in industries like healthcare, supply chain, automation , and smart cities. The most exciting aspect of this is that the latest RutOS version, version 7.08, has undergone some major upgrades focused on enhancing remote monitoring and control capabilities for your IoT solutions, and you can learn more about it in this article ! TravelMate  TravelMate is a package specifically designed for Teltonika routers to facilitate connections to Wi-Fi hotspots, particularly useful when dealing with captive portals. It enables a mobile router to access the Internet via hotspot and allows subsequent connection sharing with multiple devices on its network. Only one LAN device needs to handle hotspot authentication , which greatly simplifies access to the Internet across your network infrastructure. Tailscale VPN  Tailscale VPN was introduced to RutOS in version 7.06 and has since been tremendously successful among our clients. This protocol is praised for its ease of use in managing networks securely, which is highly relevant to those working in the Enterprise sector. After the initial download from the Package Manager service, Tailscale VPN requires no specialised expertise in VPNs and only minimal setup to get it running. Most importantly, it’s a highly secure VPN with end-to-end data encryption and a zero-trust security model, ensuring that no unfortunate surprises occur at any given time. PAM  A handy tool for security enthusiasts, Privileged Access Management (PAM), allows you to connect to a networking device’s WebUI and SSH using RADIUS or TACACS+. This integration enhances the security of your IoT solutions by improving auditing, centralising device access control, and granting device access to authorised users only. BACnet  The BACnet package has garnered significant interest from our clients because of the way it revolutionises data transmission among different automation devices. BACnet is an acronym for Building Automation and Control Networks. It’s an M2M communication protocol designed to enable interaction among different IoT devices across distinct networks, regardless of their manufacturer. Using this protocol, Teltonika’s networking devices can serve as BACnet routers, facilitating communication between multiple networks. They can also operate as BBMDs ( BACnet Broadcast Management Devices ), which manage the routing of BACnet broadcast messages across different IP subnets. Additionally, BACnet also reduces operating costs and enhances the safety of connected systems and devices using features, like encryption and device authentication. So, what’s not to love about this protocol, especially when its configuration on RutOS is super easy? NTRIP  Just like the BACnet protocol, NTRIP has arrived at the RutOS doorsteps with version 7.03, focusing on location services. NTRIP stands for Networked Transport of RTCM via Internet Protocol and it enables Teltonika networking devices to relay RTK correction data between an RTK-compatible receiver and the NTRIP server. This protocol package is relevant for IoT solutions in industries where location precision means everything. Just like in like agriculture, where automation and precision are taking their turn to enhance operational efficiency. A prime example of this is the Smart Farming with a 5G Router for Farming Tractors use case, in which Teltonika’s RUTM50 5G router is used to provide connectivity for autonomous farming tractors and transmit RTK corrections data between the main controller with built-in RTK receiver and the NTRIP server. DNP3  DNP3 stands for Distributed Network Protocol 3 . It’s a set of communication protocols used between data acquisition and control equipment in process automation systems. Widely employed in IoT solutions, particularly in the utilities sector, DNP3 supports a broad range of data types for convenient data exchange. Teltonika’s networking devices can act as DNP3 station and outstation entities. With a DNP3 station role, the device is responsible for collecting data, storing it in its memory, and sending it out to cloud servers or other devices based on predefined time intervals. An DNP3 outstation role makes the device give out information about itself, including its status, connections, etc. With DNP3’s widespread adoption, incorporating it into our RutOS infrastructure is an obvious choice that allows you use what you already know and love. WANT TO DOWNLOAD PACKAGES? Before showcasing the path to the Package Manager service, note that the exact number of packages available depends on the networking device you’re using. For example, the number and selection of packages for the RUTM50 5G router may differ from those for the RUT241 mobile router. Package Manager can be found in the System menu section of RutOS. The main page of Package Manager displays a list of packages, each with a description and an option to install it. You can also search for a specific package by typing its name into the search bar located in the top right corner. You can download one or multiple packages, depending on the memory capacity of each networking device or your preference. If you install a package and a newer version of it becomes available with the latest RutOS update, you can upgrade the package directly from this page. A neat feature to note is the ability to install packages offline. You can do this by manually uploading packages by pressing the Upload Package button in the top right corner. Packages specific to each device, such as packages for the RUTX11 mobile router, can be found on Teltonika’s Wiki knowledge base or in the package repository. These can be accessed by clicking on Upload package or View packages repository in the Package Manager window. Additionally, you can restore packages. This will ensure that all packages installed on each Teltonika device in your IoT solutions are re-downloaded after each firmware upgrade while retaining all previous settings. BECOME THE PACKAGE EXPERT You can find even more information about Package Manager in Teltonika’s Wiki knowledge base , including configuration examples for a wide range of networking devices and packages. So, suit up and enhance your devices with the best packages available! 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' 18W AU power supply provides 12VDC output with a robust 4-pin connector for reliable performance of your IoT solutions. Read more AU POWER SUPPLY, 18 W 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

Teltonika Networks launched a mobile application for simple diagnostics, configuration and updates of compatible devices. 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 NEW RUTOS MOBILE APPLICATION 2 March 2022 The operating system RutOS is one of the many reasons why our clients choose Teltonika Networks devices. Industrial-grade networking equipment requires top-level security and advanced software features for professional applications. We developed this unified OpenWRT-based operating system with multiple industrial scenarios in mind. However, another major goal for us was to make sure it was still user-friendly. Our developers continuously implement new functionalities and upgrades to enhance the RutOS effectiveness, reliability, and security. The newly launched RutOS mobile application marks another milestone in our commitment to offering products that are easy to use. The RutOS application enables users to perform basic tasks on compatible Teltonika Networks devices and monitor their performance. This simple application allows accessing the router's configuration straight from your cellphone to find information about your connected devices at your fingertips. A short overview of the essential data is available on a visual dashboard, where you may see your device model, status, uptime, RutOS firmware version, CPU, RAM, and flash memory usage or upload/download speeds. Besides, the device and Wi-Fi lists allow for simple management of your connected clients and represent various metrics of your wireless network. There you may also edit your Access Points' details, like name and password, or disable it altogether. Another useful feature found in the RutOS is the speed test. Users are frequently concerned about their internet performance, and we provide an option to check your download and upload speeds right inside the app. You may also monitor your traffic distribution in a dedicated traffic tab, where the inbound and outbound data is visually represented in diagrams over specific timeframes. The mobile application also allows conveniently rebooting your connected networking devices. Firmware updates can be downloaded and completed via the RutOS app too. However, the application itself will work only on devices running a RutOS v.07.01 or higher. In essence, this new app will meet the basic diagnostics and setup needs of the users, although, for more advanced configurations, we recommend using WebUI or Remote Management System - RMS. DOWNLOAD RUTOS APP LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US