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Read how Teltonika Networks industrial cellular router RUT956 provides connectivity for an interactive remotely controlled playground system IoT solution! Interactive Remotely Controlled Playground System SUMMARY The World Health Organization has reported that more than a quarter of the world’s population is insufficiently physically active. In fact, the levels of physical activity have not increased since 2001. These changes are driven by motorized transport, increasing screen time and a sedentary lifestyle. The WHO (World Health Organization) has even prepared an official plan to increase physical activity across communities. So, what can we do to achieve that? CHALLENGE One way to make outdoor activities more enticing is to integrate IoT technologies to bring more interactive elements. Some technological interactivity can be implemented to enhance the experience, as people naturally like to compete with each other and be entertained. However, each solution has some essential conditions that need to be met — power and connectivity. A playground with IoT elements needs to have access to the internet to have all the software updated and send data to keep things working in an orderly fashion as the environment in which it needs to operate can be pretty harsh. PARTNER PlayAlive is a Danish company that has been creating innovative play solutions since 2008. They focus on integrating smart technology for interactive playground systems, and their goal is to make the play areas more engaging and incite movement outside. PlayAlive’s products are already implemented worldwide in such regions as the USA, Australia, Asia and most of Europe. SOLUTION PlayAlive has designed a Running Light pacer system that helps increase physical activity in outdoor zones by introducing interactive elements. Their smart solution consists of LED lights, a display unit that acts as the game controller and sensors. You can choose between several different racing game types. The run timer starts and stops as sensors detect someone passing the finish and start lines. While running, depending on the game type, you have to follow the LED lights that move beside the running track. This solution gets its connectivity thanks to Teltonika Networks RUT956 industrial cellular router. RUT956 provides primary connectivity for the display screen while enabling Wi-Fi for any other elements not directly cabled to the central unit by a physical wired connection. All the other modules connect to the router through its I/O connections. Furthermore, RMS enables remote monitoring, gathering statistics and powering on or off various system components. Also, RUT956 gives remote access to the control units, which can then change the available games, volume, and other settings. TOPOLOGY BENEFITS Multiple RUT956 I/O connections enable remote powering up or down. The industrial cellular router can shrug off most extreme environmental factors like temperature and moisture. RUT956 features a dual SIM slot for alternate operator and failover. RMS allows to remotely update the software, firmware and collect analytical data. WHY TELTONIKA NETWORKS? PlayAlive chose Teltonika Networks device due to its robust design that could withstand harsh weather conditions, offering all the necessary connections needed to enable their IoT solution. They also made great use of Teltonika Networks RMS, which provided all of the essential functions with high-customization 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. 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 Related products View more View less Related accessories View more View less

Learn how Teltonika Networks' RUTX08 industrial router enables VoIP connectivity across branches and home offices — seamlessly connecting your workforce. Voip connectivity across branches and home offices SUMMARY More than 30% of all businesses use VoIP systems. The Global VoIP market share is expected to reach $55 billion by 2025. Although the biggest spurt in growth was up to 2012, it remains growing steadily to this day, and not without a reason. It is a cost-efficient and convenient way for a business to set up communication with other VoIP or landline users via the internet. It is expected that small to mid-size businesses will find VoIP especially attractive in the coming years due to smaller costs of implementation and remote work trends. CHALLENGE The use of VoIP technology is growing due to its’ many benefits. One of them is flexibility due to the variety of devices and platforms users can use to place calls from, like IP phones, handsets, desktop phones, mobile apps, and so on. It also gives more mobility, since this method does not require to have a landline and works with an internet connection that is much more widespread. This becomes especially relevant now with the rising demand for remote work. It would be difficult to provide a landline to each employee working from home, whereas the internet connection is usually present in every household. However, there are certain challenges to consider regarding the VoIP system. VoIP requires a broadband connection with high-data throughput, otherwise, the call quality may suffer. Outdated equipment might also have negative effects. The right networking products are essential to achieve maximum results and ensure security. VPN data encryption and Firewall are a must-have to keep the business conversations private and confidential information safe. TOPOLOGY SOLUTION In this solution, remote offices and employees working from home can use the same Call Server, connected to the internet using a RUTX08 Gigabit Ethernet router. RUTX08 offers enough data throughput for a bandwidth-demanding VoIP system and ensures reliable internet connectivity. In the headquarters, TSW100 is used to connect the multiple IP phones in the office to the internet and powers them up at the same time, making the setup process very simple and quick. TSW100 switch can power up other devices as well, like IP cameras and Access Control System, as you may notice in the Branch connectivity bit. RUTX08 comes with built-in RutOS software, offering advanced security features, such as multiple supported VPN services, Firewall, making this device a superb performer for such solutions. Firewall and VPN encryption ensures that the communication is taking place securely, even when the employees are working from their homes. Remote Management System (RMS) allows to configure all routers remotely and even reach the devices behind them, like the IP phones, cameras via RMS Connect. BENEFITS Gigabit Ethernet – RUTX08 offers enough bandwidth to ensure good call quality. Easy and economical setup – using TSW100 reduces the number of wires and the setup time. Security – provided by Firewall and VPN data encryption. Remote Management – with RMS Connect IT administrators can reach the routers and devices behind them for updates, maintenance and configuration. A single vendor to connect everything – TSW100 allows to connect the IP phones, cameras, Access Control, making the maintenance process easier. WHY TELTONIKA NETWORKS? To ensure high-quality calls, reliability, and top-level security, companies must invest in their network infrastructure. Using outdated equipment will not deliver the desire results, and at the same time, with the constantly evolving nature of technology, timely updates and maintenance must be carried out to keep the systems up to highest standard. Teltonika Networks products receive periodical firmware updates to maximize performance and they can be efficiently implemented remotely via RMS, without high time resources and much disruption to daily activities. 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 Enterprise 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 Related products View more View less Related accessories View more View less

Discover how Teltonika Networks' TRB140 IoT gateway revolutionises water quality monitoring: compact and reliable connectivity for continuous analysis. Continuous Water Quality Monitoring & Analysis SUMMARY Human ingenuity and innovation seem to have no limits. We went to the moon, took the first photo of a black hole, and invented the cupcake. But none of these would be possible if it weren’t for a basic resource many of us often take for granted: clean, drinkable water. When you think about it, it isn’t obvious that the water coming out of your kitchen’s tap is safe to drink. Our ingenuity has the significant byproduct of pollution, and the difference between quenching your thirst and low- key developing cancer is one a lot of research and quality management is done to keep separate. How do you know your water is safe to drink? CHALLENGE Generally speaking, determining the drinkability of any water source involves testing its chemical composition, such as its pH (acidity), whether it contains toxins such as microplastics, and other variables such as temperature. A qualified scientist takes a sample from a water source every so often, analyzes it, and compares it with the recommended standards of a reputable organization, such as the WHO or the USEPA. If any variable deviates from the standard, the water is deemed undrinkable. If none of them do, you can go ahead and hydrate to your heart’s desire. Easy peasy. Well, not so fast. How often is “every so often”? If pH was low yesterday, for example, can we really be sure it’s still low today? Is this a risk we can afford to take? Water quality data is too important to be periodically tested. It needs to be monitored continuously. This means our scientist’s task must instead be carried out by machines, which don’t experience work-disrupting needs such as “feeling tired” How complicated would it be to implement such an automated system, and just how costly would it be? SOLUTION The simple answer is: not that much. The continuous sampling and calculation can be done by a sensor equipped with a measurement processing unit. That sensor would need an internet connection to send the data to a server for storage and send alerts to personnel whenever the analysis finds a critical deviation from the acceptable standards. When the water source is a relatively urban area with good cell reception, that internet connection is easy to establish. When it’s in the middle of nowhere, where only wild animals tread – not so much. This is when an industrial gateway, such as our TRB140, must be included in the setup. This gateway is very small and boasts an OpenWRT-based operating system, making it a highly customizable and easy-to-install Swiss army knife of a connectivity device. Compatibility with our Remote Management System (RMS) enables the TRB140 to be managed remotely, a crucial feature for use in remote water sources that would otherwise require a substantial amount of traveling and related costs to operate. TOPOLOGY BENEFITS The TRB140 provides a stable and reliable cellular internet connection at an affordable cost without adding setup complexity. Designed with flexibility and compatibility in mind, this device is small in size and includes an OpenWRT-based operating system, allowing it to fit perfectly in a variety of solutions that struggle with applying more conventional, less flexible devices. RMS compatibility makes this gateway shine even brighter in IoT solutions in remote locations while including extra security features such as SMS control, firewall, VPN, and IPsec. WHY TELTONIKA NETWORKS? It’s easy to take certain aspects of modern life for granted. It’s a sign that things are working seamlessly behind the curtain, so much so that we simply get used to it. But it isn’t obvious – it’s the result of a seamless IoT solution working perfectly. This seamlessness is a feature of our device portfolio and one we keep in mind from the very beginning of design to the last measure of quality assurance. When you choose Teltonika Networks, you choose that seamlessness. 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 Energy & utilities 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 Related products View more View less Related accessories View more View less

EU Gigabit PoE injector, 30 W, 56 VDC active PoE, IEEE 802.3 af/at, 10/100/1000 Mbps via Mode B. Safety and EMC certified for reliable performance EU SINGLE PORT GIGABIT POE INJECTOR, 30 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

RUT723/725/735/738 Pricing varies by distributor and region. Contact us for a quote. RUT723/725/735/738 INQUIRE NOW End of ordering: 2018 January 01 End of production: 2018 December 01 End of support: 2019 June 01 Replacement: Shop Now , EOL list 3d model click to load 3d full screen PRODUCT GALLERY introduction video qsg video MORE PHOTOS features downloads ordering support features Certifications downloads ordering support Title Spec title Spec text Spec title Spec text Title Spec title Spec text Spec title Spec text All Features Less features remote management system LEARN ABOUT RMS USE CASE // ALL USE CASES LOAD MORE USE CASES See how Teltonika Networks products empower IoT solutions across multiple industries! ALL USE CASES LOAD MORE WIKI knowledge base In our extensive Wiki knowledge base you can find everything from the latest firmware, usage scenarios and changelogs to certificates and first start guides. Access wiki compatible ACCESSORIES Less accessories More accessories you mAY also like ALL PRODUCTS rms all use cases newsroom

Learn how to fix Wi-Fi dead spots using Wi-Fi mesh technology with Teltonika Networks cellular routers, enhancing signal for optimal connectivity. More News 12/3/2025 RutOS 7.19 firmware update: the latest enhancements 12/3/2025 Teltonika Apps : convenience at your fingertips 11/26/2025 Top IoT Security Risk or Why You Must Update Router Firmware HOW TO FIX Wi-Fi DEAD SPOTS WITH Wi-Fi MESH TECHNOLOGY 4 July 2023 One of the most common concerns people have when figuring out Wi-Fi coverage in their solutions is dead spots that emerge due to weak or no wireless network signal at all. The name might sound ominous, but fear not, as these connectivity voids are far from fatal. In fact, they can be easily fixed with the right networking equipment and technologies like Wi-Fi mesh. As the name suggests, Wi-Fi dead spots are nothing more than areas where a wireless network signal is absent. These areas prevent you from web browsing or sending and uploading data files to another destination. Although Wi-Fi dead spots are generally associated with smart homes and offices, they’re equally prevalent in industrial applications. There, they present a significant challenge when Wi-Fi is needed for data transmission between machinery. In all their diversity, IoT solutions can deal with unique and nuanced troubles that might cause Wi-Fi dead spots. Interestingly enough, both home and industrial IoT sectors tend to face similar obstacles when it comes to Wi-Fi dead spots. WHAT CAUSES Wi-Fi DEAD SPOTS? Among the common issues causing Wi-Fi dead spots, the conditions surrounding the router are generally the most significant. This includes the router’s location and the presence of physical objects that could interrupt or even completely absorb the Wi-Fi signal. Brick or metal materials are notorious for disrupting Wi-Fi spread. This is unfortunate, as those are widely used as reinforcement in building constructions for walls and structural integrity. This factor strongly affects the strategic placement of a router within a building. A poorly-considered location could result in an almost nonexistent wireless signal, owing to problems with signal distribution and interference of physical objects. Much like individuals, networking devices are all different, with each having limitations on how many devices it can support simultaneously and what type of network performance it can manage effectively. So, if you want to avoid Wi-Fi dead spots , it’s crucial to consider the capacity of your networking device to manage network traffic, handle device congestion, and ensure equal distribution of the network among connected devices. HOW TO OVERCOME Wi-Fi DEAD SPOTS? While we aren’t in the position to offer advice on permanently altering your building’s structure, trust us – there’s absolutely no need to resort to such measures. The technology of Wi-Fi mesh and compatible networking devices can distribute Wi-Fi signals throughout your entire building just as efficiently. In conjunction with networking routers or access points , Wi-Fi mesh technology creates internal communication between network endpoints and enables an even network coverage throughout the entire building. However, this internal communication holds a multitude of additional functionalities behind it. WHY SHOULD I USE Wi-Fi MESH? With devices like the Teltonika Networks RUTX10 industrial router , the Wi-Fi mesh technology allows you to configure Wi-Fi nodes and use backup configuration to apply the same settings across multiple connected devices within the mesh network. This not only ensures uniform settings across different nodes, but also simplifies the overall management process. It also enables you to have greater control over your network’s continuous performance by establishing a network architecture that facilitates alternative traffic rerouting in cases where one or more devices go down. At the same time, Wi-Fi mesh allows devices to automatically select the most optimal channel for each endpoint to operate, minimizing the chances of interference and congestion. HOW TO CONFIGURE Wi-Fi MESH ON TELTONIKA NETWORKS ROUTERS? First and foremost, nearly all Teltonika Networks routers feature Wi-Fi mesh technology, with the exception of RUT300, RUTX08, and RUTX09, which don’t support this technology. Our Wiki Knowledge Base provides a comprehensive example of Wi-Fi mesh configuration . Complete with step-by-step instructions, this guide showcases how you can enable this technology using RutOS , our in-house operating system that powers all our gateways and routers. This example covers a configuration for both mesh gateway, a primary node that acts as a DHCP server and bridge between WAN and LAN networks , responsible for managing and routing traffic between the two networks, and the rest of the routers involved in the mesh, acting as regular nodes. The configuration is then followed with a couple of examples of how you can test whether you did the configuration correctly. First is “ping testing”, where an ICMP echo request is sent from the mesh gateway to a device connected to one of the nodes. The second is the tried-and-trusted stroll around the coverage area with a connected device, checking for consistent and robust Internet signal strength. Wi-Fi MESH IN ACTION If you want to envision how Wi-Fi mesh technology works in practice, we have two great use cases covering smart offices and industrial sectors. The first use case presents how this technology empowers a sustainable office and ensures all network-dependent equipment is supplied with robust and uninterrupted network connectivity. The second use case presents how Wi-Fi mesh technology helps automize industrial and remote warehouses while sustaining each machinery’s flawless performance. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

With RMS Connect and VPN, a horizon of remote IoT accessing is at your fingertips. Learn to get the most out of RMS for third-party devices. Beyond the Platform: Accessing Third-Party Devices with ease Thursday, 30 March 2023 at 4:00:00 UTC Register The limits of the RMS platform do not end with remotely managing your Teltonika Networks routers and gateways. With RMS Connect and VPN, a horizon of remote IoT accessing is at your fingertips. Join RMS Product Owner, Tomas Mikolaitis, as he goes beyond the platform and shows how you can get the most out of RMS by easily and securely accessing your third-party devices remotely. SPEAKERS Questions & Answers Is there a list of RMS VPN-compatible 3rd Party Devices? RMS VPN works with any 3rd party device which supports OpenVPN and has an integrated OpenVPN client. What about licensing VPN HUB and Quick Connect compares? Quick Connect and RMS VPN use data to license service. The user has to pay for services when using it. Is there are plans for the Linux version of the RMS VPN client? Currently, there are no plans for the Linux RMS VPN client application. However, users can use RMS VPN with any other compatible OpenVPN client software. I have logged in to RMS, but 3rd party devices are not showing. How do I get my devices on my RMS portal? Direct accessing of 3rd party devices is supported only with RMS Connect. To list your devices, you must add them manually to your RMS Connect -> Remote access list. For instructions on how to add a new connection, check our wiki page . Please explain On Demand Usage. RMS Connect and RMS VPN allow users to decide when open communication to a selected end device and only pay for service when in use. What are the main differences between the standard RMS and the RMS VPN? RMS VPN is a part of the Teltonika Networks RMS. It allows users to easily and quickly establish access to or between remote networks. Can I purchase only RMS VPN? Yes, RMS VPN can work as a standalone service. Just remember without RMS Management, some functionality, like automatic client configuration for Teltonika Networks devices, will be missing. I have RUTX11 with active free 30 days trial. Can I pause it? If RMS Management free 30 days trial is active is not possible to pause it. Do you require only one license for all devices or a license per device? RMS Connect and RMS VPN licensing depends on the user-selected approach. If flexibility is the priority, select credits for data. This data is shared with all devices in the RMS account. If long-term or high data usage is a priority, then the Data package is a better option. It assigns to the specific Teltonika Networks device. WEBINAR RECORDINGS Presentamos Teltonika Calyx, nuestro HAT+ celular para Raspberry Pi Rubén Z. +1 Speakers es RECORDING Elevate Network Control with the SWM28-series Managed Switches and RMS (Americas) Name S. +1 Speakers en RECORDING Elevate Network Control with the SWM28-series Managed Switches and RMS (EMEA) Name S. +1 Speakers en RECORDING

US POWER SUPPLY, 24 W US POWER SUPPLY, 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

Australia has less than a year until the 3G network shutdown. Explore device recommendations for your hardware upgrade and expert advice for businesses yet to make the crucial transition to 4G or 5G. More News 12/3/2025 RutOS 7.19 firmware update: the latest enhancements 12/3/2025 Teltonika Apps : convenience at your fingertips 11/26/2025 Top IoT Security Risk or Why You Must Update Router Firmware AUSTRALIAN 3G NETWORK SHUTDOWN – CHOOSING YOUR REPLACEMENT HARDWARE 14 September 2023 Australia's 3G network will be shutting down in less than a year. Between December 2023 and September 2024, companies must replace 3G modems, routers, and telematics devices with 4G and 5G devices. As with any change, come new opportunities. The 3G shutdown will push providers to strengthen our cellular network and empower industries to modernize and upgrade their solutions. While most large businesses have completed their transition to 4G, millions of devices in Australia, like transport and agriculture equipment, alarms, and sensors, still use 3G networks. Australian businesses that still haven’t replaced all of their 3G hardware need to choose the right replacement hardware quickly to keep their systems online and up-to-date. Choosing the right replacement hardware When evaluating hardware, it is essential to consider both the expected lifespan and the necessary speed for system upgrades. Some 3G systems have been running for over 10 years without an update. If the goal is to modernize and replicate this deployment time, investing in 5G could be a good idea. Regardless of use, prioritize networking devices that offer the most robust connectivity. Features like dual-sim, failover, and load balancing are never unwelcome. The choice between 4G and 5G will depend heavily on the solution’s tolerance for latency. Regardless of 5G or LTE, device resilience and remote management ease are important for all modern applications. Remember, the right replacement hardware isn't just about replacing outdated systems; it's also about preparing for the connectivity demands of tomorrow. Businesses should take time to test different devices to find a good balance between cost, future readiness, and value for their 3G replacement hardware. Should you go straight to 5G? Anyone who has experience using a reliable industrial 5G router such as the RUTX50 is aware of the remarkable capabilities of 5G technology . It boasts impressive speed, reliability, and energy efficiency, and enables significant IoT advancements. When a network ceases operation, there is a natural perception that businesses should upgrade to the latest technology. While this is true and completely logical, it’s not yet necessary. Most IoT applications don't yet need the high speed and low latency capabilities for 5G. However, there are exceptions, such as solutions requiring automation, video streaming, and the involvement of robotics. 4G LTE connections are still the backbone of connectivity for most industries across Australia. It’s likely that we won’t see a 4G shutdown for at least another 10 years. If you anticipate requiring 5G in the near future, we suggest upgrading now. Our TRB500 and RUTX50 devices give you access to LTE Cat 20, providing the fastest 4G speeds even without 5G coverage. These devices are an ideal choice as either your main or backup Internet source. As the saying goes, it's better to have than to need. Hardware recommendations by industry Australian businesses are now working with a project timeframe of 3-12 months, depending on their carrier. Vodafone will shut down their 3G networks in December 2023, Telstra will shut down in August 2024, and Optus will follow suit in September 2024. To assist Australian businesses with their project timelines, we’ve compiled a list of recommended products that are available now from our Sydney technology hub . All of the products we recommend in this list are industrial grade, have advanced security features as standard, and have the ability to failover to satellite connections . They also come with access to our powerful remote management software, RMS . Devices to test for the agriculture industry In the Australian agriculture industry, for common applications like collecting data from farm equipment , we generally recommend the testing of the RUT956 . For more data-heavy uses like smart farming and primary or backup Internet sources, look at the RUTX11 router. They both offer robust 4G/ LTE connectivity, multiple serial ports, GNSS, and dual sim, ensuring that farmers can monitor and optimise their operations in real-time. If your agricultural area has 5G, or will have 5G in the near future, it’s worth considering the RUTX50 for primary or failover connections and anything involving automated or precision smart farming equipment . Devices to test for smart city & transportation For infrastructure or smart city projects like parking meters, billboards, and providing connectivity to sensors, the RUT241 router is the standout device. Its compact design and reliable 4G connectivity allow for easy deployments into systems that are still completely on 3G . For transport use cases like connectivity for public and tourism transport, we recommend the RUTX50 . For passenger counting systems , ticket machines, fare collection systems, and vehicle tracking, the RUT956 router is the ideal choice. Before the 3G sun sets With less than a year until Australia's 3G shutdown, the moment to act is now. If your sector or use case wasn’t listed above, or you remain unsure of which device to test for your solution, book a free meeting with one of our local connectivity experts to discuss the needs of your 3G shutdown project. Teltonika Networks has a reliable network of distributors across Australia, plus a direct local presence in Sydney, so you can buy locally and get support locally for your 3G shutdown project. Speak with our team today. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

自動車、ロボット、農業用機械などの「移動体」にコネクティビティを構築するのには、確かな技術と高機能な接続デバイスが求められます。今回は、そんな車載ネットワーク用の接続デバイス（産業用ルーター/ゲートウェイ）を選ぶ際のヒントについて深堀りしました！ More News 12/3/2025 RutOS 7.19 firmware update: the latest enhancements 12/3/2025 Teltonika Apps : convenience at your fingertips 11/26/2025 Top IoT Security Risk or Why You Must Update Router Firmware 車載ネットワークに最適な産業用ルーター/ゲートウェイの選び方 10 October 2023 すべてのモノがインターネットにつながるIoT時代。とくに自動車、ロボット、農業用機械などの「移動体」にコネクティビティを構築するのには、確かな技術と高機能な接続デバイスが求められます。今回は、そんな車載ネットワーク用の接続デバイス（産業用ルーター/ゲートウェイ）を選ぶ際のヒントについて深堀りしました！ 移動体の代表といえば、やはり自動車でしょう。ICT機能を搭載した「コネクテッドカー」市場は年々拡大の一途をたどっています。日本の民間調査会社「富士経済」によると、2035年に コネクテッドカーの世界新車販売台数は 9,480万台 になると予想されています 。 また日本では同年に新車販売台数のうち 86.4% がコネクテッドカーになると分析されており、市場はますますこれから盛り上がりをみせることでしょう。しかしIoT化の波が来ているのは、自動車に対してだけではありません。 バスや電車などの 公共交通機関 、農薬散布機などの 農業用機械 、工場内の 搬送ロボット など様々な移動体車両のIoT化が進んでいます。また、一言で「IoT化」といってもその目的は様々です。セキュリティ強化のための場合もあれば、自動運転を可能にするための場合もあり、 それぞれのケースにて求められる機能も異なってくるでしょう。 移動体の車載ネットワーク構築用のデバイスを選定するにあたって、押さえておくべき共通のポイントはあるのでしょうか？ 車載ネットワーク通信の構築に必要な機能 「移動体」＝「動くもの」に安定的なネットワーク通信を搭載するにあたり、接続デバイス（産業用ルーター、産業用ゲートウェイ、IoTルーター等）に必要とされる共通の機能として下記のようなものがあります。 ●筐体の強度： 移動体は基本的に動き回るものです。よって、車載ネットワークの構築に使用するデバイスは、振動や揺れへの耐性が強いものでなければいけません。また、移動体はさまざまな場所を走行することが想定されるため、高温から低温までの幅広い温度にさらされる可能性があります。高/低温に耐久性のあるネットワークデバイスが求められます。 ●コンパクトなデバイス： 移動体には様々な形や大きさのもがありますが、基本的に新しいデバイスを設置するスペースがたっぷりあるとは限りません。よって車載ネットワークの構築に使用するルーターやゲートウェイのサイズは、コンパクトで設置しやすいものを選ぶ必要があります。 ●DINレール等の取付けオプション： デバイスの取付け方法に幅があることも重要です。前項にもある通り、移動体には新しいデバイスを設置するスペースがあまりないことが多いため、DINレール等でフレキシブルにデバイスの設置ができれば大変便利です。 ●リモート管理システム： 車載ネットワークを構築する際、対象物は動き回ることが前提なので、遠隔からリモートでの監視/管理ができることが必須条件となる場合が多いでしょう。使いやすいリモート管理システムとの互換性が重要になってきます。 ●GNSS（GPS）： バスや自動車、ドローンなど広範囲を移動する移動体にはGNSS（GPS）で位置確認ができることが必須でしょう。機体がどこに位置しているのかを瞬時に把握でき、見失ってしまうリスクを軽減することができます。 ●デュアルSIM自動フェイルオーバー： 何らかの問題でプライマリ接続ができなくなった場合に、自動でセカンダリのSIMでの通信に切り替えることができる機能です。車載ネットワークを組み込んだ移動体は広範囲を移動することが前提となりますが、さまざまな場所にいくためインターネット接続が不安定になりがちです。このデュアルSIM自動フェイルオーバー機能をもった接続デバイスを使用することで、コネクティビティの中断リスクに備えることができます。 このように「移動体」にネットワーク通信を装備するには特有かつ共通の課題があり、これらのニーズを満たすネットワークデバイスの選定が重要です。ただし車載ネットワークを構築において、それぞれの「移動体」に必要なコネクティビティは要件ごとに違ってくるでしょう。 例えば「公共バス」と「ロボット」と「農業用機械」はどれも移動体ですが、必要なネットワーク通信機器は異なります。ではそれぞれの個別のケースにどのような産業用ルーター（産業用ゲートウェイ）を使用し、最適なコネクティビティを構築できるのでしょうか？ 車載ネットワークに最適な産業用接続デバイス（事例） テルトニカ・ネットワークスでは、車載ネットワークの構築において各々のニーズを満たす、様々な産業用ルーター（産業用ゲートウェイ）をご用意しております。それぞれのデバイスを用いた事例をご紹介しましょう。 1) 工場内の無人搬送車（AGV）のケース 日本は今、「物流の2024年問題」を抱えており、倉庫内業務の自動化は喫緊（きっきん）の課題となっています。倉庫内作業の人材不足、およびヒューマンエラー解消のために、 自律型のパレットAGV（商品をA地点からB地点へと移動させるために設計されたロボットシステム ― 無人搬送車）の導入が増えています。  この車載ネットワーク構築事例での課題は、下記のようなものでした。 · 遠隔監視／制御をするために、ワイヤレスM2M通信と信頼できる管理システムが必要 · 一般的な倉庫に設置されている、インターネットの電波を吸収しやすい金属棚に対する対策 この課題を解決するために、当社の産業用ルーター「 RUTX10 」を複数個使用することになりました。「RUTX10」に搭載されたさまざまな機能により、下記の通りこのケースにぴったりな 車載ネットワーク構築 を実現することができたのです。 o ギガビット・イーサネット・ルーターで高速通信が実現 o ワイヤレスのWi-Fiメッシュ機能で、倉庫内のインターネットの電波が届きづらいWi-Fiデッドゾーンを削減 o 高速ローミング機能で、最も強いネットシグナルを自らキャッチし、パレットAGVが倉庫内をランダムに移動しても安定したコネクティビティを保持 o テルトニカ・ネットワークスの「RMS（リモート・マネジメント・システム）」と互換性ありで、リモート管理/制御が可能 この自律型のパレットAGVで倉庫の自動化を実現したコネクティビティの事例についての詳細は こちら または、下記画像右側のトポロジをクリックしてご覧ください。 2) IoTで警護輸送車のセキュリティ向上を実現したケース 現金、宝石類、書類等の警護輸送には、安全を守るための高度なセキュリティ機能が必要です。 IoTソリューションによる自動化やリモート操作等によって、警備対象品、および警備担当者のさらなる安全確保が可能になった事例をご紹介いたします。 この車載ネットワーク構築事例での課題は、下記のようなものでした。 · 警備対象品、および警備担当者のセキュリティ確保のための中断することのない安定したコネクティビティの確保 · 車載カメラ等を自動的にオンにできるような自動化ルールのためのファームウェアの柔軟性 · ハードウェアと（カメラやビデオ・レコーダー）との互換性 この課題を解決するために、当社の産業用ルーター「 RUT950（＊1） 」を2台設置することになりました。「RUT950」に搭載された下記のような機能で、このソリューションに最適な 車載ネットワークを 構築することができました。 o デュアルSIM自動フェイルオーバー機能で、万が一プライマリ接続が途切れても、セカンダリ接続で中断なきコネクティビティを維持可能 o スケジュール機能により、自動で車載カメラやビデオ・レコーダーをONにすることがでセキュリティの強化が可能 o イーサネットポートが４つあり、車載カメラやビデオ・レコーダーなど複数のハードウェアとの有線接続が可能 o 当社独自のOS（RutOS）で複数のVPNサービスを利用し、監視センターへの安全なリモートアクセスを実現 IoTで警護輸送車のセキュリティ向上を実現した事例の詳細は こちら または、下記画像右側のトポロジをクリックしてご覧ください。 （＊1）「RUT950」の注文は2023年7月31日にて終了致しました。後継機として「 RUT951 」がございます。 3）無人で可動式農業機械の運用をするIoTソリューション 「食料のインフレ」や「少子高齢化に起因する労働力不足」に悩む日本にとって、農業の自動化は「必須」の課題です。広大な土地に無人で農薬その他を散布する可動式農業機械に、最適なIoTソリューションを導入した事例をご紹介いたします。 この車載ネットワーク構築事例での課題は、下記のようなものでした。 · 何もない広大な農耕地に安定的なコネクティビティを供給すること · 様々な気候に耐えうる頑丈で温度耐性の高いルーターの必要性 この課題を解決するために、当社の産業用ルーター「 RUT955（＊2） 」を設置することになりました。「RUT955」に搭載されたさまざまな機能により、下記の通りこのケースにぴったりな 車載ネットワークを構築することができました。 o デュアルSIM自動フェイルオーバー機能で、万が一プライマリ接続が途切れても、セカンダリ接続で中断なきコネクティビティを維持 o GNSS（GPS）機能によって可動式農業機械の位置を正確に把握 o FOTA機能により、ワイヤレス通信で可動式農業機械に搭載したファームウェアをアップデート o 温度耐性―40℃～75℃の頑丈な筐体で、農地におけるどんな気候条件でも安定稼働を実現 無人で可動式農業機械の運用をするIoTソリューション事例についての詳細は こちら 、または下記画像右側のトポロジをクリックしてご覧ください。（＊2）「RUT955」の注文は2023年7月31日にて終了致しました。後継機として「 RUT956 」がございます。 4）次世代の高速輸送「ハイパーループ」を実現するIoTソリューション 「ハイパーループ」は、イーロン・マスクが構想した「真空チューブ鉄道」で、最大1000㎞の速度を出せるといわれている「移動体」です。現在、様々な国で開発/実験が行われ、将来的には世界の輸送問題を大幅に解決する「次世代の交通手段」なると期待されています。 現在スイスで実施されているハイパーループ運用実験にも、当社の通信ネットワーク・デバイスが使用されています。 この車載ネットワーク構築事例での課題は、下記のようなものでした。 · 信頼性が高く低遅延を実現できるゲートウェイの必要性 · 直径12cmの長さ90cmの円筒内に収まるコンパクトサイズな接続デバイスの必要性 · エネルギー消費量が少なく高温環境への耐性のあるデバイスの必要性 この課題を解決するために、当社の産業用ゲートウェイ「 TRB500（＊3） 」を設置することになりました。「TRB500」に搭載されたさまざまな機能により、下記の通りこのケースにぴったりな 車載ネットワークを構築 することができたのです。 o 5G SAアーキテクチャにより、 最大時速1000Kmという高速移動体にも最大1Gbpsの安定した接続を実現 o 重量はわずか241g、最大容量時の消費電力は最大6Wで、省エネルギーの車載ネットワーク構築を実現 o 100 x 30 x 93.4mmのコンパクトな筐体で、小さな円筒であるポット（ 磁気浮上式 列車）内に設置可能 次世代の高速輸送「ハイパーループ」を実現するIoTソリューション事例についての詳細は こちら 、または下記画像トポロジをクリックしてご覧ください。（＊3）「TRB500」は現在日本の技適認証の手続き中です。販売開始時にはお知らせいたします。 「移動体」への 車載ネットワーク を構築するにあたっては、それぞれのケースに必要な機能に着目しながら、接続デバイス（産業用ルーター、産業用ゲートウェイ）を選定する必要があります。テルトニカ・ネットワークスは、IoT接続デバイス業界世界第二位の実績で、どのようなニーズにも対応できる様々な通信ネットワーク機器をご提供しております。 詳しくは、こちらの 製品一覧リスト をご覧ください。また様々な事例も こちら からご紹介しております。ご質問やご不明点がございましたら、お問い合わせボタンからいつでもご連絡ください。 LIKE THIS STORY? 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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

Discover RMS Connect by Teltonika Networks, the ultimate tool for remote management and monitoring of your IoT devices. More News 12/3/2025 RutOS 7.19 firmware update: the latest enhancements 12/3/2025 Teltonika Apps : convenience at your fingertips 11/26/2025 Top IoT Security Risk or Why You Must Update Router Firmware RMS Connect: Your Expert Remote Management Tool 10 July 2023 RMS Connect is a unified remote management tool for your fleet of IoT devices. Using supported protocols, access to your smart devices anywhere in the world is only a few clicks away. If you’re not using it right now, you’re missing out on the value! In the era of interconnected devices, managing and accessing remote end devices in the IoT landscape has become crucial. With the help of advanced remote management tools and software, you can streamline operations, enhance efficiency, and ensure seamless workflow across your network of IoT devices. In this article, we’ll explore the need for IoT remote device access and control, and the best solution for this need: RMS Connect. RMS Connect is one of the key services of the Teltonika Networks Remote Management System (RMS) – itself a comprehensive remote management tool for IoT devices. In a nutshell, RMS Connect is a centralized hub for engineers and IT administrators to remotely access, manage, and control end devices connected to their fleet of remote IoT devices. By leveraging such a remote device management system, accessing and controlling your fleet of devices and performing IoT device remote tasks is simple and easy. Regardless of the physical location of the devices, you can work on its interface as though you were right there next to it. HOW DOES RMS CONNECT WORK? Similar to a remote management software, RMS Connect acts as a gateway between you and your fleet of end devices wherever they may be. It creates time-limited proxy links that you can enter in a browser, making the interface of the corresponding protocol return to you via RMS Connect. For example: WebUI with HTTP(S), the command line interface with SSH and Telnet, file access with SFTP, and the desktop screen with RDP and VNC. The default expiration time of those links is 45 minutes, but you can select a different option if needed. This feature is implemented for added security to this remote management tool and goes alongside the added encryption of an SSH tunnel. BENEFITS & FEATURES OF RMS CONNECT RMS Connect has many benefits and features to offer. Firstly, using RMS Connect does not require a public IP address , additional Firewall configurations for Teltonika Networks IoT devices, or port forwarding. Automatic configuration for the remote connection to the end device is available for streamlined use. This remote management tool supports the following protocols: HTTP(S), SSH, Telnet, RDP, VNC, and SFTP protocols. Using any of these protocols, you can directly access and control end devices connected to your remote IoT devices using a web browser. RMS Connect also automatically scans your IoT devices and informs you of available default communication ports (22, 23, 80, 443, 3389, 5900). Best of all – you only pay for this service when you use it, and only for the amount of data used! EXAMPLES OF RMS CONNECT IN ACTION If you’re interested in what using RMS Connect looks like in practice, we have a couple of use cases featuring its capabilities that you should definitely check out. One example is a centralized vending machine POS system use case , where RMS Connect and the SSH protocol were used to establish secure remote management with a banking card terminal for IT firmware updates in a remote POS system. Another example is the remote calibration and control of smart traffic lights , in which RMS Connect and the Teltonika Networks RUT240 router were used for providing secure remote management and control capabilities to the traffic lights. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US