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This 1200mm cable features a C13 plug and a Type G plug, designed for a maximum current of 10 A and voltage of 250 VAC. RoHS compliant. UK POWER CORD 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 solution with Teltonika Networks' 5G Mobile Magnetic SMA antenna, offering improved signal and versatile connectivity design. 5G MOBILE 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

Power up your IoT solution systems with Teltonika Networks' 62.4 W UK 2-pin power supply. Explore more now. UK 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

Teltonika's Platform C addresses the growing demands of 5G connectivity, dense device environments, and the increasing need for secure, high-speed remote management. 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 Platform C: Reinventing Industrial Network Technology 13 May 2025 At Teltonika, innovation is measured not by promises but by real-world performance. Platform C is the latest evolution of our network technology – a new generation System on Chip (SoC) design that delivers enhanced processing power, advanced wireless capabilities, and improved security for modern industrial applications. It addresses the growing demands of 5G connectivity, dense device environments, and the increasing need for secure, high-speed remote management. Next-level processing power At the heart of Platform C lies a high-frequency 2 x ARM cortex-A53 cores , offering significantly improved computational capabilities. This processing power enables the smooth operation of containerised applications such as Docker and supports a wide range of custom services without lowering performance. Industrial networks today often require routers to handle multiple VPN tunnels, heavy firewall processing, and real-time data exchange simultaneously – our network technology is designed precisely for this! The ability to maintain high throughput while managing multiple processes simultaneously marks a major advantage over previous hardware platforms. It allows companies to future-proof their network deployments, ensuring that their infrastructure can handle more complex tasks as operational demands increase. Advanced wireless performance Connectivity is no longer just about having access to the Internet – it is about maintaining high-speed, stable communication for hundreds of devices at once. Teltonika's next-generation network technology – platform C – introduces Wi-Fi 6 capabilities, operating across both 2.4 GHz and 5 GHz frequencies. This results in faster speeds, lower latency, and greater efficiency, even in crowded network environments. The inclusion of a 3x3 MU-MIMO antenna setup on the 5 GHz band allows devices such as Teltonika’s RUTC50 5G router to manage up to 512 concurrent users. This is particularly valuable in deployment scenarios where many users must maintain a reliable and uninterrupted wireless connection, such as public events, logistics centres, or large manufacturing floors. Thanks to Wi-Fi 6 enhancements, devices based on our cutting-edge network technology can allocate bandwidth more efficiently among connected devices, significantly reducing network congestion and improving user experience. Higher throughput, lower packet loss, and increased efficiency translate into tangible benefits – from smoother point-of-sale transactions to faster access to cloud-based operational systems. Reinforced security & VPN capabilities Industrial networks require strong security to protect against both internal vulnerabilities and external threats. Platform C devices incorporate a hardware crypto engine that significantly boosts VPN performance. Secure tunnelling protocols such as IPsec can now operate up to five times faster compared to earlier platforms, without introducing noticeable latency. This level of performance allows companies to run encrypted data streams over 5G or wired networks without sacrificing speed. It also ensures that firewall can operate at full efficiency, maintaining high data transfer rates even when processing complex traffic filtering rules. The combination of improved CPU and hardware acceleration capabilities also means that network administrators can scale up their security frameworks without overburdening the router’s resources. Whether managing remote offices, industrial IoT deployments, or public access networks, the security backbone provided by our innovative network technology is built to handle future cybersecurity challenges. Futureproofing industrial connectivity Platform C represents more than an incremental improvement – it is a strategic leap towards futureproofing network infrastructure . Ethernet ports on devices such as RUTC50 5G router support Gigabit speeds, ensuring that wired connections remain just as fast and stable as their wireless counterparts. Dual SIM support with auto-failover guarantees that 5G connectivity remains available, even in the event of a mobile network failure. Moreover, the integration of GNSS location functionality opens up new opportunities for mobile deployments, such as fleet management or temporary site connectivity. The ability to maintain real-time tracking data while supporting complex networking tasks ensures that devices built on Teltonika’s latest network technology remain versatile tools for a wide range of industries. Designed for demanding applications Platform C addresses specific challenges faced by industrial users. The ability to host containerised applications on-device enables more efficient data processing and lowers reliance on external servers. The high client capacity makes it suitable for dense environments like warehouses, transportation hubs, and smart city projects. Network security features such as IPsec, WireGuard, OpenVPN, and many more, are complemented by an intelligent firewall system capable of managing complex traffic rules without bottlenecks. With the support of RutOS, users have access to an intuitive management interface, remote scripting capabilities, and detailed diagnostic tools – essential for optimising and securing critical networks. Validated by real-world deployments The capabilities of our advanced network technology are not limited to technical specifications – they are validated by practical deployments. One excellent example is the use of RUTC50 5G routers at pop-up auto shows , where the challenge is not only to provide connectivity but to do so at a scale that would overwhelm conventional solutions. At these events, a massive number of devices – registration tablets, merchandise point-of-sale systems, digital signage, informational kiosks, people-counting sensors, CCTV cameras, and guest Wi-Fi devices – must be supported simultaneously. Each device demands fast, stable Internet access, often over both wired and wireless interfaces. By deploying RUTC50 5G routers built on Platform C, organisers were able to support up to 512 concurrent users via dual-band Wi-Fi 6. The routers’ 5G mobile connectivity, delivering high speed 5G communication, ensured that high-bandwidth applications such as real-time video surveillance and cloud data analytics operated without interruption. The use of Remote Management System (RMS) allowed for continuous monitoring of device health and performance. Remote troubleshooting minimised downtime, while proactive alerting systems provided complete operational visibility across the network. The end result was a seamless experience for staff, vendors, and guests alike – a perfect demonstration of how high-performance hardware translates into real operational success. C for yourself! At Teltonika, every technological advancement is driven by a clear purpose – to enable our clients to deploy faster, smarter, and more secure network solutions. Our freshly deployed network technology, Platform C, embodies this vision through enhanced processing, superior wireless performance, robust security, and unmatched scalability, delivering real value across industrial, transportation, and public sector applications. If you’re curious to learn more or would like to discuss your upcoming IoT project, don’t hesitate to reach out. We’re here to answer all of your questions! LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

18W power supply for EU (Type C) outlets. Delivers 12VDC, 1.5A from 100-240VAC. Complies with EU safety and EMC standards. EU 2-PIN 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

Discover Teltonika’s outdoor 4G Wi-Fi antenna, designed to be a perfect match for RUT2-series cellular routers. Click here to learn more. OUTDOOR LTE/WI-FI ANTENNA FOR RUT2-SERIES ROUTERS 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

Simplify your IoT solution’s powering with Teltonika’s 24 W passive PoE injector for the EU. Click here to learn more. EU SINGLE PORT GIGABIT PASSIVE POE INJECTOR, 24 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

UK POWER SUPPLY, 130W UK POWER SUPPLY, 130 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

For reliable IoT device powering, the Teltonika Networks 9W EU power supply works wonders. Click to know more. EU POWER SUPPLY, 9 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

На сегодняшний день Teltonika Networks предлагает 21 устройство для IoT и M2M проектов. Количество различных сценариев использования для них действительно неограниченно. Мы хотим пригласить Вас послушать про новые решения от Teltonika Networks по всем сегментам рынка, где необходимо безопасное и надёжное интернет соединение. Присоединяйтесь к нам, чтобы узнать больше об этом в первом выпуске серии Вебинаров по Бизнес Кейсам! Бизнес кейсы - Июльский выпуск Thursday, 16 July 2020 at 4:30:00 UTC Register На сегодняшний день Teltonika Networks предлагает 21 устройство для IoT и M2M проектов. Количество различных сценариев использования для них действительно неограниченно. Мы хотим пригласить Вас послушать про новые решения от Teltonika Networks по всем сегментам рынка, где необходимо безопасное и надёжное интернет соединение. Присоединяйтесь к нам, чтобы узнать больше об этом в первом выпуске серии Вебинаров по Бизнес Кейсам! SPEAKERS Questions & Answers Как использовать RUT в лифте, если в лифтовой шахте сотовый сигнал почти всегда равен = 0? Использовать антенны и решения для усиления сигнала. Технология MIMO поддерживается маршрутизаторами? Да, маршрутизаторы поддерживают данную технологию. Есть ли у wireless mbus у ваших маршрутизаторах? В данный момент в устройствах нет поддержки протокола M-Bus. RUTX12, планируется ли внедрении функции агрегации каналов? В данном устройстве внедрение такого функционала не планируется. Комплектация RUTX12? RUTX12 4 x антенны LTE (поворотные, SMA штекер) 2 x WiFi антенны (магнитное крепление, RP-SMA, кабель 1.5 м) 1 x GNSS антенна (крепление наклейкой, SMA штекер, кабель 3 м) 1 x Bluetooth антенна (магнитное крепление, RP-SMA, кабель 1.5 м) Игла для SIM Блок питания 24 Вт Euro Ethernet кабель (1.5 м) QSG (Краткое руководство по началу работы) Упаковочная коробка На маршрутизаторе OpenWRt стоит? Да, маршрутизатор работает с ПО RutOS, которое создано на базе OpenWRT. Есть ли решения для школ и образования ? Да, на нашем сайте вы можете найти многие варианты применения, в том числе и для школ: https://teltonika-networks.com/ru/industries/use-cases/secure-connectivity-for-remote-education/ 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' Surface Mounting kit: a sleek, simple solution for securing your IoT solutions. Ideal for efficient mounting. Discover now. TSW1 REAR PANEL WITH DIN RAIL HOLDER 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

Explore how Teltonika Networks' 4G LTE routers drive student innovation in Formula Student racing, enhancing connectivity and performance. 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 DRIVING STUDENT INNOVATION WITH TELTONIKA NETWORKS' 4G LTE ROUTERS 15 August 2023 At Teltonika Networks, we strongly believe in fostering innovation and supporting universities as well as their students in IoT projects. We’re very excited to share that our collaborations with higher education institutions have resulted in impressive achievements in the competitive field of Formula Student racing! Individual preferences may differ, but there’s one thing the majority of us can agree on: the thrill and joy of watching race car sports are undeniable. Especially when high speeds, extraordinary strategies, and unexpected surprises come into play. For many enthusiasts, it provides an exhilarating dose of adrenaline. Now, consider the immense elation experienced by those who actively contributed to the development process of this very thrill. In the past, we’ve sponsored StarkStrom Augsburg, a non-profit organization, by providing them with our RUTX11 AC Wi-Fi router to manufacture an autonomous racing car . And recently, we had the pleasure of sponsoring two Formula student teams, equipping them with our RUT951 and RUTX11 4G LTE routers to implement connectivity in the competitions. With this in mind, let’s take a closer look at how existing technologies are blended and driven to the extreme in Formula! MEET THE FORMULA ELECTRIC BELGIUM TEAM The Formula student group Formula Electric Belgium from KU Leuven University and Thomas More University College universities began their racing season of 2023 with Titan – their latest electric race car. They participated in multiple events, including the largest engineering design competition in the world – the Formula Student Competition . When the team was presented with the challenge of developing and building a brand-new race car in just nine months, they understood the need for a meticulous construction strategy to bring Titan to life. During the vehicle development process, many questions arose regarding the car's construction. Questions like the monocoque’s weight and the aerodynamic package. However, one crucial challenge emerged during the planning phase – providing uninterrupted network connectivity to the entire solution. This was essential, as a myriad of data and commands from multiple pieces of equipment needed to be flawlessly transmitted between Titan and the team's pit crew throughout the race. IN SEARCH OF A ROBUST 4G LTE ROUTER The team outlined specific requirements for selecting a networking device, bearing in mind the unique challenges of Formula Racing, which are many. Formula racing involves high speeds and a demanding environment filled with vibrations and temperature variations. Consequently, the device must maintain total efficiency even under these extreme conditions. It doesn’t help that Race cars are equipped with numerous connectivity-driven devices that require data transmission. This means that the networking device must therefore act as a switch, enabling the pit crew to connect to components. These include a driverless computer to process the data, an electronic control unit (ECU) to control the car, a Raspberry Pi to provide statistics, and a GPS to establish real time kinematics (RTK) and acquire accurate vehicle location data. All of this necessitated a minimum of 4 Ethernet ports to achieve optimal solution efficiency. Since the team would compete in multiple events across different countries, the networking device must feature dual SIM and 4G LTE router capabilities to ensure redundancy and seamless connectivity regardless of location. And beyond these requirements, the device must also function as a portable Wi-Fi router, which would enable wireless network configurations and add an extra layer of flexibility as well as convenience. Having previously experienced the performance of Teltonika Networks routers, the Formula Electric Belgium team had no doubts about where to turn to for a 4G LTE router that perfectly matched their requirements: our RUT951 . Guillaume Degroote, the Chief Engineer from the Formula Electric Belgium team, adds: “Having had experience with Teltonika Networks devices, we were confident that their device would fit our requirements when looking for a high-quality solution.” IMPLEMENTING RACING CONNECTIVITY SOLUTION At Teltonika Networks, the most common material for device housing is aluminum , a widely-used material known for its resilience. This makes our RUT951 industrial Wi-Fi router durable and resistant to factors such as shocks and drops. Additionally, the vast majority of our devices are engineered to endure harsh temperatures as low as -40 °C or as high as 75 °C, electromagnetic interferences, humidity, and, most importantly – vigorous vibrations that are particularly frequent in Formula racing. This makes our RUT951’s physical endurance the perfect option for the team’s solution. By employing Teltonika Networks' industrial Wi-Fi router, the RUT951, the students applied real time kinematics to their solution. This application takes data from the inertial measurement unit installed in the race car and showcases more precise and accurate location data than a normal GNSS would. The 4G LTE router also enabled the formula student team to implement a telemetry system to see the current and past racing car data and remotely update parameters if needed using an MQTT server. However, all of this wouldn’t be possible without two crucial elements: cellular and Wi-Fi WAN interfaces. Because RUT951 is a portable Wi-Fi router with dual SIM, the students could easily install the router inside the race vehicle and then remotely carry out all the necessary tracking tasks to ensure the success of the solution. MEET THE BOLOGNA UNIVERSITY TEAM Every year, around 250 engineering students from Bologna University participate in the UniBo Motorsport racing team project to design and manufacture three types of vehicles: an electric motorcycle, an electric car, and an internal combustion engine car. The Bologna students also participate in multiple racing vehicle events, like the Formula SAE Competition and Formula Student organized by SAE International . Throughout their years of participating in such events, the student team has acquired the title of the main prize winner, won by the team’s enthusiasm and passion. In the 2023 race car season, the Bologna University student team put great emphasis on bringing innovation to their vehicles. This involved the development of a live and wireless telemetry system powered by reliable 4G connectivity. However, for it to work, the team needed a networking device that’s just as reliable: our RUTX11 4G LTE router. TELEMETRY AND MAXIMIZED PERFORMANCE WITH 4G Telemetry is very crucial for racing. In fact, so much so that we would describe it as the driving force behind maximizing vehicle performance. But how so? It’s what enables you to collect and analyze real-time data continuously, equipping the team with insights on the race vehicle’s status, which helps make adjustments to optimize its performance. The RUTX11 industrial Wi-Fi router plays a critical role in the realization of the student team’s telemetry system for a number of reasons. First, RUTX11 equips the team with dual-band Wi-Fi and 4G connectivity with speeds of up to 300Mbps. RUTX11 also functions as a data transmitter, bridging the vehicle's ECU and the engineering team's roadside computer. The connection is made possible by a router installed in the vehicle, directly plugged into the ECU via an Ethernet cable. Data is then transmitted to the roadside computer through a wireless WAN interface. DEVELOPING THE TELEMETRY SYSTEM With these RUTX11 AC Wi-Fi router features on the table, the students developed a telemetry system based on relay communication between the ECU and the roadside computer that runs through a secure OpenVPN -based VPN tunnel. This connection is facilitated by a Linux -based cloud server, which enables the team to manage the VPN server and relay user datagram protocol (UDP) to all devices connected to the router. To make the best out of this telemetry system, the student team employed a UDP protocol to establish a faster live stream of logged data between the two endpoints. The team stated that this system is much more efficient than a point-to-point connection would be. Excitingly, the Bologna University student team is also developing a driverless electric vehicle that requires advanced remote controlling systems attainable using a wireless connection. The RUTX11 4G LTE router would be a fantastic candidate for such a mission, as it is future-proof and provides reliable network connectivity and wireless access to other equipment. WORD-OF-MOUTH LEADS TO WONDERS Both student teams have had past experience with Teltonika Networks and were confident our devices would satisfy their requirement. As Massimo Pisani, the C-Electronics Division Manager from the Bologna team, says: “We chose Teltonika Networks as our partner, motivated by their collaboration with a like-minded Formula SAE team. We found them to be a robust company known for innovative networking devices that combine remarkable reliability and security with user-friendly functionality.” LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US