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Teltonika’s RUTC50 5G cellular router is perfect for enabling large-scale pop-up auto shows, featuring Wi-Fi 6 with multi-user MIMO. Click here to learn more. Multi-user MIMO 5G Router for Pop-up Auto Shows PDF PDF PDF Highlights ✔ The larger the event, the higher its network complexity. Such is the case of pop-up auto shows, where hundreds of end devices demand reliable connectivity with high throughput, low latency, and robust wireless capabilities supporting all devices at once. ✔ Delivering on all axes and more is the RUTC50 5G router, featuring a dual-band Wi-Fi 6 (802.11ax) with multi-user MIMO technology to support up to 512 users, and high processing power. ✔ This dual-SIM 5G cellular router is also equipped with cellular speeds of up to 3.4 Gbps, five Gigabit RJ45 ports, auto-failover and GNSS functionality, and a wide range of both VPN and industrial protocol support. The Challenge – Bigger, Better, More Complex A successful event is a cause for celebration, but also brings with it new challenges to the follow-up event. Success gives funds and incentives for the next event to be larger than before and make use of more advanced technology. Regional-level events can turn to national, and those can go international. As everything scales up, so does the complexity of establishing the event’s connectivity. Take a pop-up auto show, for example. The staff needs wireless connectivity for the devices they work on, such as laptops and tablets used for attendee test drive registration. POS systems in merchandise stands also need connectivity, as do the informational tablets near the cars. We’re not quite done yet. Digital signage and a people-counting sensor are needed for marketing and analytics, while CCTV cameras are needed for the event’s security – all of which require an Internet connection for real-time monitoring and remote management. If the event is international, robust guest Wi-Fi is essentially a requirement. If you’ve been keeping a tally of all connected devices, you must have long run out of fingers by now. The total number of connected devices demands the Internet source to not only be reliable and ensure fast data transfer, but also capable of wirelessly supporting this many devices at once. This isn’t merely a question of 5G vs. LTE, but of wireless capabilities. Fortunately, Teltonika has just the ideal 5G router for the job. Topology The Solution – the RUTC50 5G Cellular Router Perfect for this industrial IoT solution is Teltonika’s RUTC50 5G router – a true powerhouse of 5G Wi-Fi capabilities. A pair of RUTC50 devices are installed: one in the registration booth, where it is connected to digital signs via one of its five Gigabit RJ45 ports, and another is in the merchandise booth, where it is connected to the CCTV cameras and POS systems, also via RJ45. Both 5G routers are then wirelessly connected to all other end devices in the show, each to support up to 512 end users. These include staff laptops and tablets, informational tablets near each car showcased in the event, a people-counting sensor at the entrance, and all guest attendees. And, of course, a cloud data analytics server to boot – all without breaking a sweat! Encompassing this multi-user network, the RUTC50 features cellular speeds of up to 3.4 Gbps and dual-band Wi-Fi 6 capabilities, meaning it operates in the 2.4 GHz and 5 GHz bands. On top of that, its 5G Wi-Fi is equipped with multi-user MIMO technology, allowing for multipath wireless communication by leveraging multiple users as transmission resources. If this is somehow not quite enough for you, including a 5G antenna such as Teltonika’s combo MIMO 5G antenna , will only improve this recipe for wireless greatness. The RUTC50 is no one-trick pony, but a true powerhouse. Featuring a 1.3 GHz, dual-core ARM Cortex-A53 CPU, this device supports both SA and NSA 5G architectures and is backward compatible with 4G (Cat 20) and 3G, ensuring that throughput is high and latency low. The stellar connectivity provided by this dual-SIM 5G router is safeguarded by its network redundancy features, including auto-failover, backup WAN, and other switching scenarios. Beyond that, the RUTC50 5G router also safeguards the connection with a suite of cybersecurity features, including an integrated firewall , multiple authentication and encryption methods, and support of staple industrial VPNs such as ZeroTier , WireGuard, Stunnel, IPsec, and more. The 5G router also brings GNSS for precise location tracking to the table, as well as support of a wide range of key industrial protocols, including Modbus TCP, MQTT , SMNP, and many others. Of course, when your industrial IoT solution is comprised of so many devices, remote management and monitoring capabilities become paramount. The RUTC50 is fully compatible with Teltonika’s Remote Management System (RMS) , allowing for remote firmware updates and troubleshooting, configurable custom alerts and automation , and so, so much more! No matter how complex your multi-user network gets, the RUTC50 5G router is ready to keep things running smooth for all devices. All you have to do is ask. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Retail FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. 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スマート交通管理システム向けマネージドスイッチ LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Smart city FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Related products RUT956 RMS View more View less Related accessories POWER CABLE WITH 4-WAY SCREW TERMINAL MOBILE MAGNETIC SMA ANTENNA GNSS ADHESIVE SMA ANTENNA COMBO MIMO MOBILE ROOF SMA ANTENNA View more View less

Globalization has grown dramatically in recent decades, driving growth in healthcare, hospitality, and office businesses. COVID-19 has caused business leaders to find new and safer ways to provide services, while also trying to attract customers and make them feel safe. Autonomous delivery robots enhance safety and productivity PDF PDF PDF SUMMARY The dramatic growth of globalization over the last decades has led to equally dramatic growth in healthcare, hospitality, and office businesses and facilities. For example, according to the World Travel and Tourism Council (WTTC), hospitality now drives around one-tenth of the world’s total GDP. However, recent times have not been easy in these sectors. For example, COVID-19 pandemic led business leaders to look for new improved and safer ways to provide their services. Companies are now considering new and creative solutions to not only comply with distancing requirements but also attract customers, guests, and patients to visit and feel safe in their businesses. CHALLENGE Our partner Savioke has introduced an innovative product to help the staff, be they guest service in hotels, nurses in hospitals, or logistics personnel in large offices, to handle delivery tasks. The Relay robot, while being able to fulfill the job quickly, reliably, and especially importantly – safely - also remarkably improves the guest experience and productivity of the personnel, as now they may save time for more important assignments. The robot is unique in its ability to operate in crowded public environments in hotels, hospitals, or enterprise facilities, safely navigating across their large and complex footprints. Relay robot must seamlessly operate across the floor plans, call and ride elevators, and pass through automatic doors - all without human input. To accomplish such challenging navigation, we worked together to find which of Teltonika Networks products fits best to help the robot communicate with the Relay Control center and various controllers in the building. PARTNER Savioke’s mission is to measurably improve people’s lives by creating and deploying innovative, helpful, and friendly delivery robots that work safely and reliably in dynamic public environments. Savioke was found in 2013 by a team of leading robotics innovators from the ground-breaking research incubator Willow Garage and is staffed with some of the best and brightest engineers, designers, and business people in Silicon Valley, if not the world. As a global company, Savioke has employees, partners, and customers throughout the world. TOPOLOGY SOLUTION Savioke’s project required a router, that is small in size, has a reliable LTE connection, and certifications. The robot works 24/7 and needs to be reachable any time, so any random shutting down or restarting would not be acceptable and cause a lot of problems. The Teltonika Networks RUT241 router proved to be the perfect fit as it is compact but powerful, has over 20 various certifications and approvals, and offers advanced security features for mission-critical IoT. As Savioke Relay robot autonomously navigates through doors or uses an elevator, a specific set of commands are transmitted to the router connected to the Cloud (e.g. “Relay approaching – open door”), which in turn signals for a particular action to take place. Relay robot and Savioke’s on-site system use 4G LTE RUT241 router to communicate with one another. This smooth and seamless interaction enables Relay to proceed with its travels and complete its assignments successfully. BENEFITS Compact size – RUT241 measurements (83 x 74 x 25) are minimal compared to other products with similar capabilities, so it fits into solutions that are limited by space requirements. Certification – this model has the broadest variety of internationally recognized certificates of all Teltonika Networks routers. Connection stability – RUT241 cellular router offers a stable LTE Cat 4 connectivity and Ethernet port. Customizability for internal applications – no need to change existing programs saves the implementation costs and time. Excellent support – live communication with Teltonika Networks engineers allowed to find the best possible solution and reach set goals. WHY TELTONIKA NETWORKS? Teltonika Networks offered the full package: not just the product itself but also all the necessary support along the way. The RUT241 router provided the right balance of international certifications, stable LTE connectivity and was easily customized for Savioke’s in-house applications. 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In this use case, we present how mobile vaccination units with cellular connectivity provided by Teltonika Networks dual SIM RUTX11 router can speed up the vaccination and help reach people in remote locations. Mobile vaccination units PDF PDF SUMMARY The invention of not even one but several vaccines against Covid-19 was among the greatest highlights of 2020. The vaccine is the safest and most effective measure of controlling the virus and ending the pandemic. Around 70% of the population needs to become immunized to reach the desired effect. However, although it took less than 12 months to develop the vaccine, it may take longer to complete the vaccination. The process is not progressing as quickly as desired. The challenges are many, including factors like high numbers of patients requiring hospitalization, lack of infrastructure needed to start the vaccination quickly and efficiently, and limited access to people living in remote or rural areas. CHALLENGE Since vaccinating in the hospitals is not an option at this moment, the governments are looking for efficient ways to establish temporary vaccination sites. However, the setting up process is challenging because of a few reasons. Usually, these locations are not suited for similar purposes and take quite a while to get up and running. Also, their availability is limited and it is hard to reach them for non-city residents, especially elderly people. Due to troubled accessibility, the vaccination is slowed down and the planning becomes inefficient, which sometimes results in discarded unused vaccines. TOPOLOGY SOLUTION Setting up mobile vaccination units is an efficient method, helping to speed up the overall process by enhancing accessibility to the public. The principle is very similar to the drive-through testing posts. The unit can be quickly set up almost anywhere, even in rural areas, and it requires very low resources on staff. The mobile vaccination unit includes thermal access control for measuring the temperature of patients and granting or denying access based on the result. Automating this step lowers the risk for the employees as it reduces contact with potentially infected people. The data from the control unit is sent to the medical database and shared with the reception desk and the medical staff. All of these devices get connected to the network by the RUTX11 - LTE Cat 6 cellular router providing wired and wireless connectivity and ensuring network redundancy with dual SIM functionality. Since the vaccines are highly sensitive to changes in temperature, BLE sensors are installed in the freezer and communicate with the router through Bluetooth. The router sends the data to the Medical IoT platform via the MQTT protocol. An alert is set up to notify the staff whenever there are any changes in the temperature metrics. This way the chances are minimized that such changes could affect the quality of the vaccine. BENEFITS Quick deployment using a single device - RUTX11, which suffices all the connectivity needs. Mobility of this solution allows to relocate it within a matter of hours. Reliability ensured by dual SIM with auto-failover and backup WAN. Security of data provided by Firewall, multiple VPN options, Web Filter, and Access Control. Easy setup ensured by a small ecosystem of the solution, using wired and wireless connectivity for devices, and the Bluetooth to connect the sensors straight to the router. Scalability allows to quickly set up multiple mobile vaccination sites in locations where they are needed the most, especially remote areas with people having limited accessibility. WHY TELTONIKA NETWORKS? Teltonika Networks has been developing professional networking equipment for over decades now and has long-standing experience in a variety of sectors, including medical. Understanding the nature of the solution, we can offer a product that meets the essential requirements of this solution, like top-level data security, quick deployment, easy set-up, and mobility. Such a setting would not have an IT professional present; therefore, it is essential that it would be simple to use for every member of the staff and would not require any special training. However, if any IT issues would occur, they could be conveniently resolved remotely by using Teltonika Networks Remote Management System (RMS). Interested in more use cases like this? Download our use case catalog! DOWNLOAD CATALOG! LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Smart city FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. 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Explore how Teltonika TRB501 5G gateway enhances remote construction work for efficient operations. 5G Gateway for Remote Construction Work PDF PDF PDF HIGHLIGHTS ✔ The throughput provided by 4G is not enough for construction workers to operate heavy machinery remotely and with the comfort other professions have come to enjoy. ✔ The TRB501 industrial 5G gateway offers lower latency, better spectrum use, and 5G carrier aggregation with its 3GPP Release 16 modem, making it possible for the machine and its remote operator to remain synchronized using VR technology. ✔ The TRB501 features a high-speed 2.5 Gbps Ethernet port for high-bandwidth backhaul, and its compact, durable design makes it a versatile, reliable, secure, and sturdy option. THE CHALLENGE – A DREAM OF COMFORT As the march of innovation moves ever forward, our lives become easier and more comfortable. However, while many of us have the luxury of working from home in our slippers, or even from a beach resort with a good Internet connection, not all jobs enjoy the luxuries of remote work. Imagine a construction worker operating heavy machinery, like an excavator or a backhoe loader. The nature of their job not only means they have to be on-site but also that their work environment is far from comfortable. Icy cold, scorching heat, dust, mud, rugged terrain, and the list goes on and on. And that’s without even mentioning work that needs to be done in hazardous environments. Not exactly the peak of comfort technology always promises, is it? They probably would work from home if they could, but building an entire paved road from scratch isn’t a task a makeshift home office can help with. However, this didn’t stop innovators from coming up with remote solutions in which the operator can utilize virtual reality (VR) technologies to operate heavy machinery from a remote station that comes with all the comforts we’ve come to enjoy. The problem is – the bandwidth such a solution would require is beyond the capabilities of a 4G network. Like hoverbikes and teleporters, the technology just isn’t there yet. Or is it? TOPOLOGY THE SOLUTION – 5G PAVES THE FUTURE 4G is not enough, but what about 5G? While this technology has already been around for a few years, it’s only now starting to gain momentum as the infrastructure is finally catching up. It’s a good time to start enabling remote capabilities for a wider range of professions, and what connectivity device is better suited for this than our TRB501 industrial 5G gateway? The TRB501 provides a significant performance boost, delivering end-to-end latency of single-digit milliseconds. This, along with its 3GPP Release 16 modem, which offers better spectrum use and 5G carrier aggregation, enables the remote operation of such machinery using VR. This makes it so the remote operator and on-site machine work in seamless synchronicity. And if you think this sounds like science fiction, we’re pleased to inform you that we’ve reached the point where it really is just science. Importantly, none of the staple features of 4G Teltonika connectivity devices had to be sacrificed to accommodate this 5G support. The TRB501 comes with a high-speed 2.5 Gbps Ethernet port, making it ideal for high-bandwidth backhaul. Its sturdy design is perfect for industrial environments. It is also just as versatile and compact, making it easy to slot into your setup. Not too long ago, working from home was a logistical challenge for most people. With our TRB501 5G gateway, even construction workers could start working remotely today. It’s hard to say where’s the limit of 5G technology, but rest assured that when we do reach that limit – we’ll do it remotely, while wearing slippers. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Industrial & automation FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. 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Zeppelin NT is a much more innovative and technically ambitious airship than its ancestor. Ensuring safety is of central importance when it comes to carrying passengers, hence a variety of fly-by-wire controls had to be implemented, including modern avionics and glass cockpit. Modern connectivity solution for zeppelin sightseeing flights PDF PDF PDF SUMMARY The history of Zeppelin airship dates back to 1900. Originally designed by Ferdinand Graf von Zeppelin in Germany, the airship became most popular after World War I in the 1920s with the round-the-world-flight and other missions. However, after the crash of airship LZ 129 Hindenburg during landing in 1937, the production of the Zeppelin aircraft has been discontinued and did not resume until the nineties. In 1993 Zeppelin Luftschifftechnik GmbH launched the Zeppelin NT, which was a new improved version of its ancestor. It became much smaller and gained a completely different purpose. For the last couple of decades, the Zeppelin has mainly been used for sightseeing. CHALLENGE Zeppelin NT is a much more innovative and technically ambitious airship than its ancestor. Ensuring safety is of central importance when it comes to carrying passengers, hence a variety of fly-by-wire controls had to be implemented, including modern avionics and glass cockpit. During ground operation, the airship is monitored and supervised by the EEPS-IID stand-alone computer. For the system to function properly, it needed a router to connect all the pieces and exchange information. The tough part was that this was not a standard industrial application, but a portable system designed for rugged outdoor conditions and limited by space because of its size. PARTNER Zeppelin Luftschifftechnik GmbH was founded as a descendant company of Luftschiffsbau-Zeppelin, the original creator of the historical Zeppelin. The company combined the values of historical experience with modern technology to create a new design principle based on a rigid internal structure and innovative drive concept. The highest level of safety, together with maximum comfort, has been the basis for the successful commercial operation of the Zeppelin NT for over 20 years. TOPOLOGY SOLUTION Some systems of the Zeppelin NT airship need to be controlled and monitored on the ground when it is in a parking position. This is achieved by employing the EEPS-IID stand-alone computer system with an integrated RUT241 router to connect to the control and support center, on-site management systems, and the Teltonika Networks Remote Management System (RMS). If the airship is in the parking position without the supervision of the ground crew, the Teltonika Networks RUT241 is responsible for sending SMS alerts in a case of a detected malfunction or alarm triggered by the computer system. Additionally, for history recording, the RUT241 synchronizes captured internal operational data of the computer system to an external FTP server cyclically. BENEFITS Compact size – the portable computer was limited by space and weight requirements, so RUT241 was a perfect fit because of its small measurements and lightness. Connectivity – 4G /LTE & WiFi cellular router with Ethernet port allows connecting the router to the EEPS-IID and provides a wireless connection to remote systems and RMS. LTE connectivity allows sending SMS in case of any problems. Global certificates – The Zeppelin NT airships operate in the EU and the US, hence the Global version of RUT241 was the most appropriate. Robust and resistant – RUT241 with the metallic casing is suitable for rigorous conditions. WHY TELTONIKA NETWORKS? Teltonika Networks listens to customers’ needs and helps select the product(s) that serve their needs. Zeppelin NT needed a product that was easily deployed, small in size, and offered a complete set of networking features. RUT241 was a perfect choice in this case as it also had a Global version suitable for operation across different continents. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Transportation FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. 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The RUT951 cellular router enables connectivity in remote image control solutions for armoured trucks. Click here to learn how. Remote Image Control Solution for Armored Trucks PDF PDF PDF SUMMARY Transportation of valuables like cash, jewelry, documents, and similar items, is a critical mission that requires specialized equipment, trained staff, and precautionary safety measures. Thankfully, emerging technology enables a much higher level of protection for both: the staff members and the assets that are being delivered. IoT solutions allow monitoring the fleet of armored trucks in real-time so the headquarters may know what is happening with each of them at any given time and place. CHALLENGE Remote image control significantly increases the security of armored fleets with a critical mission to bring all the valuables to the set destination. However, the solution requires a certain level of automation because the cameras and DVR need to start working before the vehicle leaves the parking area. So, the connectivity device should first be able to integrate the hardware and offer enough firmware flexibility to set up automation rules. Besides, having a stable, reliable connection is crucial for real-time remote monitoring in such missions. Even minutes of lost access could be game-changing in the sense of safety of staff and consignment. And network security is just as vital because a breached connection could result in real-life peril too. PARTNER AdvanTech is a system integrator in IoT, M2M, Smart Solution field based in Tirana, Albania. They serve various clients and projects ranging from small construction companies to international enterprises. Together with Teltonika Networks, they completed projects providing connectivity for TV stations, FM Radio towers, VMS for highways, and remote image control for armored trucks. SOLUTION In this solution, multiple cameras are placed outside and inside the vehicle. Using a wired connection, they connect to a DVR (Digital Video Recorder), which in turn connects to a RUT951 cellular router, providing connectivity for all these devices. A dual-SIM 4G router offers stable and reliable internet access in a moving vehicle with automatic failover, ensuring network continuity even if the primary connection is lost. Having a backup connectivity option with a different operator is essential for the security of this solution, as any minute of lost communication poses an increased threat level. One of the essential features available in RUT951 for this solution was the scheduling feature that automatically activates the DVR power supply using a digital output. It enables turning on the cameras before the staff arrives at the area and ensures the camera system is active without any human interaction. As a result, the control center in the HQ can have visibility of the vehicle and its' surroundings. The HQ connects to the router using a secure VPN connection. The RutOS offers a variety of VPN services to choose from to fit the requirements of different solutions. An encrypted connection protects the data from viewing or altering by third parties for malicious purposes, so the live camera footage and the recordings can safely reach the remote monitoring center and servers. TOPOLOGY BENEFITS RUT951 offers a 4G connectivity with automatic dual-SIM failover that is perfect for providing connectivity with a backup in a moving vehicle. The rugged and durable design of RUT951 can sustain the truck's vibration and wide temperature ranges. The scheduling feature available in RUT951 allows to turn on the solution without any human interaction before the staff arrives at the parking area. Using one of the multiple available VPN services in RutOS afford encrypted secure remote access from the HQ to the solution. WHY TELTONIKA NETWORKS? Teltonika Networks has been producing industrial connectivity devices to meet the challenges of various scenarios. Our routers can sustain vibrations, extreme temperatures and offer advanced security options. Lately, Teltonika Networks devices have gained popularity among multiple racers for their connectivity needs. Hence, they have been tested in the most rigorous conditions on the road and proven to be very successful in various vehicle applications. Besides, our devices offer advanced software functionalities, like automation features and remote management capabilities, that help save time and, in this case - increase the security of the solution. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! 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Electricity-powered aircraft are emerging, and Teltonika’s RUTX50 5G router can ensure their success with robust network connectivity support. Here’s how. Data Transmission of Electric Aircraft with a 5G Router PDF PDF PDF Highlights ✔ Cellsius is a Swiss student team from ETH Zurich that has created a four-seater electric aircraft with a modular battery system as one of their projects: the e-Sling. ✔ With the aircraft’s design finalised, the team needed a dependable mobile router to transmit real-time data to their ground station for remote monitoring and analysis of the aircraft’s health. ✔ They selected Teltonika’s RUTX50 5G router, which has been instrumental in the project’s success. Offering ultra-fast cellular speeds and low latency, the router ensures seamless real-time data streaming to the ground station. The challenge – no data must be sacrificed Introducing new innovations to the world, like electric aircrafts, is both exciting and extraordinary. However, it’s also incredibly time-consuming and challenging, as it involves extensive testing, evaluation, and continuous performance monitoring before it can be deemed safe for use. After all, the sky is unforgiving of any oversight or mistake. Cellsius, an exceptionally talented student team at ETH Zurich , recently introduced the world to a pioneering four-seater electric aircraft with a modular battery system named e-Sling. But while Cellsius had the plane’s physical attributes all set up, one crucial element was yet to be completed. The students needed to implement a communication system to provide them with real-time powertrain data readings travelling from the aircraft straight to the ground station for remote monitoring and analysis. This data that Cellsius must obtain travels from multiple components, such as battery management systems, electronic control units, and drivetrain and DC/DC power electronics. Given the multitude of sources, not just any kind of networking device could ensure robust and uninterrupted transmission while e-Slings turns and whirls in the sky. Given Cellsius’s need for reliable data transmission and remote monitoring, a mobile router is the ideal choice for efficiently connecting the aircraft to the ground station. However, you can’t plug an arbitrary router and call it a day. No, it has to have a plethora of robust features to meet the connectivity and robustness needs of such an environment. The mobile router in question must be simple to configure, sturdy enough to withstand physical adversities like vibrations, and adapt to environmental changes, such as temperature, air pressure, and humidity. It must also balance high efficiency and low power consumption. Ultimately, the electricity powering the aircraft is mainly there to keep it flying, not just to keep its components charged. So, luckily, Lithuanian winds graciously visited Switzerland and let the Cellsius team know about Teltonika’s RUTX50 5G router, making their challenge our opportunity. Topology The solution – the winds of 5G connectivity The RUTX50 5G router enhances Cellsius’s aircraft with abundant features and functions essential for the student team’s e-Sling project, all while looking at us from a bird’s eye view. Connected to the aircraft’s HMI and data controller via an RJ45 port, the RUTX50 provides this solution with robust network connectivity sourced from mobile signals. This mobile router offers 5G speeds of up to 3.3 Gbps at low latency, essential for real-time data streaming to the ground station. This enables Cellsius to perform remote monitoring and detailed analysis of the aircraft’s status and component health. Another critical aspect of this 5G wireless router is its backward compatibility with 4G LTE (Cat 20) and 3G. This is particularly relevant when the aircraft flies to areas where 5G signals range from weak to non-existent. Furthermore, the RUTX50 5G router supports carrier aggregation and failover, which can further enhance the robustness of network connectivity. So, Cellsius doesn’t need to worry about loss of connectivity at all. When the Cellsius team configured the RUTX50 5G router for their e-Sling project, everything became as clear as sky. Teltonika’s networking devices provide some of the best UX in the world of IoT devices, as the 5G wireless router operates on RutOS – an OpenWRT-based operating system. This intuitive software offers engineers advanced customisability and efficient workflow, granting Cellsius to quickly set up the 5G router without any hassles or requiring specific know-how of the software. The physical attributes of this 5G router are equally impressive. In fact, it can withstand some of the harshest environmental challenges. Whether the temperatures are -40 °C or 75 °C, this 5G wireless router remains unphased thanks to its aluminium industrial-grade housing . The RUTX50 also withstands non-condensing humidity levels ranging from 10% to 90% and can achieve peak efficiency with just 18 W of power. Not even the sky is the limit for Teltonika’s RUTX50 5G router, as the device feels free like a bird flying over the fields of Switzerland. It effortlessly equips the e-Sling with some of the best and most robust connectivity on the market. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Transportation FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. 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Teltonika’s RUT241 cellular router is an ideal choice for EV Charging stations due to its 4G connectivity, security features, and compact size. Learn more. Cellular router for EV charging stations PDF PDF PDF Highlights ✔ Elinta Charge is a Lithuanian company specialising in next-generation EV charging stations, high-tech electronics and automated control systems. ✔ To successfully deploy EV charging stations, integrate them with a charger management system, and enable NFC payments, a reliable connectivity device was essential. ✔ The ideal choice for this was Teltonika’s RUT241 cellular router, offering uninterrupted wireless connectivity, a compact design, and a robust set of security features. The challenge – tackling connectivity hurdles in EV charging The rise of EVs is no longer a future prediction – it’s happening now. With global EV sales expected to exceed 20 million in 2025 , the shift towards cleaner transportation is accelerating at an unprecedented pace. As EVs continue their upward trajectory, the demand for widespread and accessible charging stations is becoming a necessity. Recognising this challenge our Lithuanian partner, Elinta Charge, began developing a next-generation EV charging station. As it turned out, deploying new EV charging stations requires much more than a power supply. It also demands seamless connectivity for payment procedures, remote monitoring, troubleshooting, and data reports. However, wired Internet is not always available, and installing dedicated infrastructure solely for a charging station is often overly complex. This creates a demand for flexible, wireless connectivity to ensure seamless operation – enabling NFC payments, real-time monitoring, and smooth integration with their Elios.cloud charger management system. To address this challenge, our partner needed a reliable connectivity device. Topology The solution – compact cellular router to the rescue To complete this IoT solution, the RUT241 cellular router was a perfect choice! It enables Internet access through cellular 4G LTE connectivity without the need for any wired connection, allowing lower installation costs and greater flexibility in station placement. This 4G router also made possible to collect real-time data from its EV charging stations and manage it remotely via the Elios.cloud remote management system. With instant access to key metrics such as energy consumption, charging session status, and device health, our partner was able to proactively identify and resolve issues, minimising downtime and maintenance costs. It also allowed users to check real-time charging station availability and reserve a station in advance, improving user experience, convenience, and operational efficiency. The RUT241 cellular router features a built-in wireless access point, enabling NFC payments directly at the charging station. This allowed end-clients to pay effortlessly using smart wallets or credit cards for their EV charging services. With its compact size, standing at only 83 x 25 x 74 mm and plug-and-play functionality, the RUT241 cellular router fits seamlessly into EV chargers without requiring any additional modifications. Despite its size, the 4G router delivers industrial-grade reliability, capable of withstanding harsh outdoor conditions and continuous operation. It’s aluminium housing protects the networking device from environmental factors such as extreme temperatures, dust, vibrations, and physical damage. You can never be too secure! This cellular router features a built-in firewall and supports a range of VPN services, including OpenVPN, IPsec, ZeroTier , Stunnel, and more. With these robust security features, you can be confident that all aspects of your connectivity solution, from payments to sensitive data, are fully protected. As the CEO of Elinta Charge says, "I am proud to say we are from the same country, Lithuania, as Teltonika. Proximity plays a huge role, especially in these turbulent times when supply chains face many challenges. We are familiar with the company and their impressive progress in development and innovation, which aligns perfectly with our philosophy." So, don’t miss out! Unlock seamless connectivity and robust security for your IoT solutions with Teltonika networking devices. Contact us to explore the possibilities! LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Smart city FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. 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The Teltonika DAP140 and DAP142 wireless access points enable automation in smart factories. Click here to find out how. Wireless Access Points for Smart Factory Wi-Fi Mesh Network PDF PDF Highlights ✔ In order to leverage automation, smart factories require equipment interconnectivity and network centralisation, which can be costly and complex to implement. ✔ A Wi-Fi mesh network enabled via a fleet of DAP140 and DAP142 wireless access points is the ideal solution—enhancing wireless coverage while supporting up to 50 end devices per access point. ✔ An integrated DIN rail bracket, two RJ45 connectors, and 3-pin power input all make these Wi-Fi mesh access points extra-suitable for industrial applications, while the DAP142’s RS232 port allows it to directly connect to key equipment. The challenge – ready, mesh, go! Industrial automation has never been as widespread and sophisticated as it is today. The global smart factory market size, for example, accounted for $155.62 billion in 2024 and is estimated to surpass $386.36 billion by 2034, growing at a CAGR of 9.52%. A smart factory leverages myriad automation technologies to eliminate human errors, maximise efficiency and productivity, minimise costs, and produce invaluable data with which future optimisation is built upon. The lifeblood of such smart factories is, of course, the interconnectivity of machines. Without it, the moving parts of this innovative orchestra cannot communicate with one another, and automation without communication is, as we all know, no automation at all. As such, robust and reliable connectivity and network centralisation are priority number one. In the context of factories—industrial spaces spanning thousands of sqm—every inch of the facility and the machines therein must be connected. Such a feat cannot be achieved by a single mobile router, but a large fleet of routers would be costly to deploy. Luckily, there is a simpler, more affordable solution: a Wi-Fi mesh network enabled by wireless access points tailor-made for industrial environments. Topology The solution – the mesh magic of wireless access points Kickstarting this industrial IoT solution is Teltonika’s RUT361 mobile router , providing our smart factory network with a source of LTE Cat 6 connectivity, capable of cellular speeds of up to 300Mbps with carrier aggregation. The RUT361 is then connected to a Teltonika DAP140 wireless access point via one of the latter’s 10/100 RJ45 connectors. From there, the access point relays a wireless signal to a fleet of wireless access points deployed strategically across the facility. Specifically, DAP140 and DAP142 industrial access points. The fleet creates a mesh-formation area of wider total coverage that is larger than the sum of its parts. Both of these rugged Wi-Fi access points share myriad features designed for industrial applications, such as Wi-Fi 4, Wi-Fi mesh, and Fast Roaming support. The key difference between them, however, is the DAP142’s RS232 port—enabling it to directly connect to staple equipment such as robotic arms and HMIs. With each Wi-Fi access point supporting up to 50 end devices, the result is a robust network covering the entire smart factory, leaving no piece of equipment behind. And with network centralisation taken care of, automation is now free to perform its Industry 4.0 magic. In addition, these wireless access points feature an integrated DIN rail bracket for easy mounting, a 3-pin power input, and industrial-grade aluminium housing engineered for the most challenging of industrial environments. In summary, the DAP140 and DAP142 Wi-Fi mesh access points enable a low-cost and low-complexity Wi-Fi mesh network. This network enhances wireless coverage and encompasses all equipment within a smart factory, thus enabling full-fledged automation. When it comes to industrial Wi-Fi mesh networks, the DAP140 and DAP142 are among the best wireless access points for the job. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Industrial & automation FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Related products View more View less Related accessories WI-FI SMA ANTENNA WI-FI MAGNETIC SMA ANTENNA ETHERNET CABLE 1.5M DIN RAIL KIT ADAPTER EU 2-PIN POWER SUPPLY, 9 W View more View less

The RUTX12 dual Cat 6 cellular router provides connectivity to the Live2Go Streaming Backpack by Capestone and Tradecast. Click here to learn how. Uninterrupted Connectivity for the Live2Go Streaming Backpack PDF PDF PDF HIGHLIGHTS ✔ Capestone is the specialized distributor for 4G/5G mobile Internet solutions, IoT networks, and critical communications, making mobile Internet available anywhere in the world. ✔ Tradecast is a video solutions software provider enabling users to easily manage and grow their entire video strategy from a single browser tab of its video management platform. ✔ To help content creators meet the demand for live video content, they designed an all-in-one, mobile live-streaming solution: the Live2Go Streaming Backpack. ✔ Providing connectivity to this product is our RUTX12, boasting speeds of up to 600 Mbps with load balancing, Dual SIM functionality, and thanks to Bondix S.A.NE client release – bonding bandwidth aggregation for seamless, uninterrupted connectivity. THE CHALLENGE – CREATING FOR THE CREATOR ECONOMY At an estimated market size of $104.2 billion , the Creator Economy is a force you shouldn’t underestimate. Independent content creators play a key role in emerging marketing trends, with 52% of marketers adopting them as a channel to strengthen their social community. Growing as part of this economy is the demand for live video content, and in particular for live-streaming from remote or challenging locations where traditional streaming setups aren’t always feasible. Two of our partners, Capestone and Tradecast, wanted to meet the needs of this increasingly video-oriented world and designed an all-in-one, mobile live-streaming solution: the Live2Go Streaming Backpack. This product provides a compact and portable plug-and-play solution for establishing a self-controlled, online video environment. This helps content creators, journalists, and event organizers stream live events, interviews, or on-the-go footage in real-time, without needing a crew or extensive infrastructure. The problem was – the backpack needed a reliable connectivity device to ensure creators can maintain a stable internet connection. In some environments, such as rural areas, connectivity is hard to come by. There was no room for compromises on that front, so of course – they came to Teltonika Networks for help. TOPOLOGY THE SOLUTION – LIVESTREAM ANYWHERE, ANYTIME Providing connectivity to the Live2Go Streaming Backpack is the RUTX12 industrial cellular router by Teltonika Networks. The router is connected via an RJ45 ethernet cable to an HD version of the AWS Elemental Link – a compact video transcoder built by AWS Elemental specifically for its MediaLive video streaming service. A camera is then connected to the transcoder via either the SDI or HDMI ports, and the stream is created using the Tradecast Live Streaming Engine platform. RUTX12 features dual LTE Cat 6 modems, each of them simultaneously providing speeds of up to 300 Mbps for a total of 600 Mbps. Apart from speed, this device also boasts a number of key features that make it go above and beyond for this solution. A load balancing function allows using multiple WAN sources to increase throughput, and Dual SIM functionality ensures instant failover switching. Importantly, this opens up the possibility of utilizing bonding bandwidth aggregation by having each modem house a SIM card from a different operator. This was achieved with the help of our trusty partner, Bondix Intelligence , who help bond the two WAN networks together to yield optimal performance. This is paramount for the Live2Go Streaming Backpack. It means the connection remains seamless for HD video streaming even in remote areas and remains uninterrupted by creating redundancy. If the connection of one of the modems is disrupted for any reason, the second modem instantly takes over without issues, and the stream continues as normal. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Smart city FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Related products RUTX50 RMS View more View less Related accessories SIM ADAPTER KIT ETHERNET CABLE 1.5M BAT120 – UNINTERRUPTIBLE POWER SUPPLY ANGLED COMPACT MOBILE SMA ANTENNA View more View less

The TRB245 and TRB141 IoT gateways enable connectivity for remote water supply systems. Click here to learn how. Multileveled Water Supply Connectivity Solution PDF PDF SUMMARY When water comes out of your faucet, it isn’t magically generated behind your bathroom wall. Instead, it’s connected to a network of pipes leading to a water tank that stores water reserves. But as the tank has a finite amount of space, it can only contain a limited volume of water. A pump station controls water going into the tank and must be activated only when the tank is low on water. Otherwise, the tank will overflow, and too much water will be wasted. When your local water company has dozens of these tanks, how often does it need to check each one to ensure not a single one ever runs of water? CHALLENGE The answer is – too frequently. Each tank delivers water to places with varying usage habits, so the amount of time it takes for the total amount of water to be used naturally varies from tank to tank and from one month to another. Given that, the water company can treat each tank as its own little ecosystem and have an approximate idea of when it would need refilling. But this is water we’re talking about. Without water, we can’t quench our thirst, take a shower, do the dishes, or flush the toilets. An ‘approximate idea’ simply isn’t good enough, but regularly checking each tank is far from the ideal use of human resources. Fortunately, this problem is solvable with the help of telemetry-focused machines. The only problem is – water tanks have a thick exterior and a wet interior. How do you facilitate effective data communication in such conditions? PARTNER Eneldat is a Kosovar innovator and provider of smart solutions in the fields of automation and energy. From design, development, and delivery of equipment to the installation and integration of energy management systems, Eneldat takes care of the entire process on both the software and hardware ends. SOLUTION When approached by the water supply company of the Gjakova region in Southwest Kosovo to solve this issue with its 39 sets of water tanks and pump stations, Eneldat put a couple of our cellular gateways to great use. The first one, the TRB245, was installed in an IP66 panel in the water tank. This gateway is connected to a switch that turns on whenever the water level goes below a certain threshold, and wirelessly alerts the pump station by sending an SMS message. On the pump station side of things, a TRB141 receives the message and activates the pumps until the right amount of water is delivered to the tank, at which point the gateway deactivates them. In addition, an SMS request can be sent to the TRB141 at any time to receive a status report. Both the TRB245 and TRB141 are an excellent fit for this solution, as they support a wide array of different I/Os, including a 230VAC power relay, and allow for remote management at low power consumption. TOPOLOGY BENEFITS Low power consumption and support of a wide range of I/Os make the TRB245 and TRB141 perfect for solutions in remote unmanned sites. Compatibility with Teltonika Networks’ Remote Management System (RMS) allows these cellular gateways to perform entirely remotely and with a secure, custom VPN safeguarding their communication. Industrially designed with rugged aluminum housing and DIN rail mounting options, there’s no risk in utilizing these devices in such a damp environment where every inch of space matters. WHY TELTONIKA NETWORKS? Before Eneldat implemented this solution, the Gjakova water supply company was operating with a nonzero amount of inaccuracy and speculation. Our products helped replace these with accuracy and telemetric certainty, as they often do. Every industry must continuously up its game to dynamic technological standards fitting for our times, making connectivity increasingly integral over time. Our growing portfolio of connectivity devices is sure to help them meet those high standards with ease. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Smart city FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. 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