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Месяц назад мы провели наш первый вебинар о бизнес кейсах - июльский выпуск. Мы обещали Вам, что будем делать их каждый месяц, поэтому приглашаем присоединиться к нашему вебинару по бизнес кейсам - августовский выпуск! Вы услышите 12 новых вариантов использования из 6 различных отраслей! Бизнес кейсы - Августовский выпуск Thursday, 27 August 2020 at 4:30:00 UTC Register Месяц назад мы провели наш первый вебинар о бизнес кейсах - июльский выпуск. Мы обещали Вам, что будем делать их каждый месяц, поэтому приглашаем присоединиться к нашему вебинару по бизнес кейсам - августовский выпуск! Вы услышите 12 новых вариантов использования из 6 различных отраслей! SPEAKERS Questions & Answers WEBINAR RECORDINGS SWM28 - Switches Gestionables y RMS Name S. +1 Speakers es Meet Altos - Wi-Fi 7 Router for 5G Fixed Wireless Access. 5PM GMT+2 Name S. +1 Speakers en Meet Altos - Wi-Fi 7 Router for 5G Fixed Wireless Access. 11AM GMT+2 Name S. +1 Speakers en

Discover Teltonika Networks’ industrial Internet modems for your IoT solutions. Modems Deliver secure internet connectivity with Teltonika’s industrial modems. Supporting LTE Cat 1, Cat M1, NB-IoT, and 2G–5G technologies, they offer reliable cellular access for a wide range of devices. With rugged designs and USB interfaces for easy integration, these modems are ideal for industrial environments. See our catalogue to find the best fit for your setup. Product catalogue text text text text

The TSW101 is a compact (115 x 32 x 95 mm), plug-n-play device with DIN rail and surface mounting, making it user-friendly and easy to install. More News 1/28/2026 Meet Altos: The Wi-Fi 7 Router Invited to Your Living Room 1/21/2026 Managed vs unmanaged switches: choose the right fit 1/20/2026 Password Security Standards – Best Practices to Protect your Devices TSW101: MOBILIZE YOUR CONNECTIVITY 27 July 2022 The potential of connectivity-enhanced IoT solutions in vehicles is immense. From smart public transport systems able to track and match real demand to public service vehicles like police cars, ambulances, and fire trucks – connectivity translates to optimization. This manifests as better use of resources and an overall better experience for both the people working with the vehicles and the end client. But there’s a catch. Automotive IoT solutions often involve many devices in a very limited space. Computers, cameras, sensors, and many others. More devices mean more cables, and since the power output of vehicles isn’t always compatible with every device, adapters also join the hardware pile. And on top of all that, managing connectivity among all of these devices calls for an industrial switch (or several), which means EVEN MORE cables and adapters. What a mess. DETHRONING THE DC ADAPTER That was the catch. That was a mess. But not anymore! To ensure your in-vehicle solution won’t have to deal with a messy bundle of cables and adapters, we designed the TSW101 industrial switch – the perfect companion for any and all automotive connectivity needs. Its power supply voltage range was designed to match your vehicle’s output, enabling your vehicle to power it directly and without additional adapters. On the other end of things, this switch’s PoE+ capabilities allow this device to power your other devices, removing the need for extra adapters for them too. In other words, the TSW101 comes with all the value of managing your connectivity with simplicity and easy scalability, while minimizing the specific type of complexity in-vehicle solutions deal with! SWITCHING TO IN-VEHICLE POWER This unmanaged switch has 5 Gigabit Ethernet ports, four of which support IEEE802.3af and IEEE802.3at PoE+ standards with which it powers the other devices in your solution. It is powered via a 2-pin DC socket and a VDC range of 9-30, hitting the 12V and 24V sweet spots, which are the standard for vehicle power outputs. The TSW101 is a compact (115 x 32 x 95 mm), plug-n-play device with DIN rail and surface mounting, making it user-friendly and easy to install. Like our other connectivity devices, this switch was designed for tough environments and conditions. Vibration resistance, the ability to withstand temperatures from -40°C to 75°C, and our personal favorite – rugged aluminum housing, all boost the reliability of this device. EAGER FOR MORE? As always, we’ve written a couple of use cases to illustrate practical implementations of the TSW101. One involves managing connectivity in fire trucks – and we promise it is significantly more complex than you think. The other involves connectivity in a food truck, which has just as many technological and networking needs, if not more, as any other food-based business. The TSW101 is our new standard for vehicles and all things automotive. If your solutions have a home in the transport sector, no doubt you’ll want to know all there is about it, so we invite you to join the TSW101 webinar on July 28th at 11:00 a.m. (GMT+3). Our Project Manager, Evelina Sinkevičiūtė, will get into the nitty-gritty of this exciting new IoT champion of mobility. See you there! LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Our 5G devices have attained RCM certification, allowing us to provide our clients with great connectivity in Australia, accelerating toward widespread 5G adoption. More News 1/28/2026 Meet Altos: The Wi-Fi 7 Router Invited to Your Living Room 1/21/2026 Managed vs unmanaged switches: choose the right fit 1/20/2026 Password Security Standards – Best Practices to Protect your Devices GET READY, AUSTRALIA. RUTX50 JOINS TRB500 IN ATTAINING RCM CERTIFICATION 13 June 2023 Attaining certificates for Teltonika Networks devices is one of the most significant steps that ensure device expansion to new markets. Prepare for the 5G future of Australia, as RUTX50 is ready to pave this road! ENABLING TOMORROW’S MOBILE NORM From the moment we launched our first 5G devices in the autumn of 2022, we’ve been continuously working on their certification processes around the globe. So we’re very excited to announce that our RUTX50 cellular router has now joined its cousin, the TRB500 gateway, and is now certified by RCM , confirming that both of our 5G networking devices are safe for distribution in the Australian market. What makes both the RUTX50 and TRB500 excel is their strategic development of backward compatibility with 4G LTE (Cat 20) and 3G network technologies. This feature is key when considering the reliability, flexibility, and robustness of network connectivity for a solution with zero tolerance for interruptions or loss of connectivity. Aside from taking care of the past, RUX50 provides an array of other benefits: top-notch network speeds of up to 3.3 Gbps and ultra-low latency, which are irreplaceable for data-heavy applications, just like live-streaming children’s football practices for their parents . NOT JUST ANOTHER CERTIFICATION Much like all things in life, change is inevitable, and 3G mobile technology is soon to be shut down worldwide, including in Australia . This shift aims to provide a larger spectrum for its more advanced counterparts – 4G and 5G. That’s why our excitement is not only from our 5G devices achieving this recognition but also the prospects we can now help our clients with in Australia. Especially when this continent is moving at increasingly high speeds towards 5G technology implementation around living areas, with some ISPs like Telstra planning to reach 95% 5G coverage by 2025. FUTURE-PROOFING IS INEVITABLE While it’s true that 4G isn’t going anywhere anytime soon, it’s crucial to future-proof projects and solutions, especially ones intended to withstand the demands of upcoming decades. Why? Because you don’t really want to make the same mistake people did when they relied too much on 3G-only devices. When demand for greater speeds and increased data traffic became the new norm across all industries, all fleets of 3G networking devices had to be replaced with 4G-compatible ones, which resulted in immense costs and a huge loss of operational efficiency. Additionally, network capacity experiences around 60% of annual growth in traffic, leaving less connectivity space for devices. To avoid the mistake made with 3G devices and connectivity limitations and get all the greatest perks of 4G and 5G technologies, equipping yourself with devices that are future-ready yet still compatible with the past is the way to go. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Electric transportation plays a considerable role in reducing the effects of greenhouse gasses. A single passenger vehicle emits approximately 4.6 metric tons of carbon dioxide each year. Now imagine how huge that number gets when we factor in the 1.4 billion vehicles present on Earth. That is why the shift from regular fuel to electricity can make such a huge and lasting impact. More News 1/28/2026 Meet Altos: The Wi-Fi 7 Router Invited to Your Living Room 1/21/2026 Managed vs unmanaged switches: choose the right fit 1/20/2026 Password Security Standards – Best Practices to Protect your Devices THE FUTURE OF ELECTRIC TRANSPORTATION 18 November 2021 Now, more than ever, governments and companies are investing in a greener future. The world is mobilizing to lower CO2 emissions and fight pollution. Many technological advancements are based on finding new green technology, be it nuclear fission, solar panels, LED lighting, green city spaces, or electric vehicles. Electric transportation plays a considerable role in reducing the effects of greenhouse gasses. A single passenger vehicle emits approximately 4.6 metric tons of carbon dioxide each year. Now imagine how huge that number gets when we factor in the 1.4 billion vehicles present on Earth. That is why the shift from regular fuel to electricity can make such a huge and lasting impact. A large part of investments into reducing CO2 goes towards developing new and more efficient electric vehicles and improving their supporting infrastructure. Slowly, we are making change and that change is steadily gaining momentum. According to International Energy Agency, in 2020, consumers spent $120 billion purchasing electric vehicles, which is a 50% increase compared to 2019 statistics. Right now, the world’s roads are populated with 7.2 million electric vehicles such as cars, buses, vans and trucks. Naturally, they need a supporting infrastructure. It was estimated that there are over 7 million EV chargers worldwide. However, about 6.5 million of them are private light-duty home chargers. This creates a disparity between publicly available EV charging stations and vehicles. As the EV adoption rate accelerates globally, Teltonika Networks is happy to take part in helping with these efforts. We have been approached by Elinta Charge, an EV charging station manufacturer in Lithuania, regarding a connectivity solution for their project. EV CHARGING STATION USE CASE At the start of 2021, Elinta charge started working on a new improved design of the EV charging station. It took them only a year to present a fully functioning design and start implementing it all across the country. Teltonika Networks is proud to have provided their IoT solution with connectivity component with our RUT240 industrial cellular router. In fact, you might have already encountered the EV charging station yourself if you drive an electric car. We are happy to present the details and topology of EV charging station solution to you! Our contribution enabled Elinta Charge to have an easily deployable charging station. Thanks to the connectivity provided by RUT240 they can access the EV charging stations, gather data, and even manage them remotely with wireless connectivity. Read the complete use case about the plug-and-play connectivity for EV charging stations if you want to hear the whole story and learn more about this IoT solution. ELINTA CHARGE CEO INTERVIEW Elinta Charge has presented its new smart EV charging station design to the world and we are happy to share more about the inner workings of their creative processes. Teltonika Networks has interviewed the CEO of Elinta Charge, Ignas Mikutis, about the new product and his feedback on collaborating with Teltonika Networks. Be sure to watch the interview yourselves and hear about another great success story that will improve the world of today and tomorrow! We are delighted to have had the fantastic opportunity to work with Elinta Charge and are looking forward to more cooperation in the future. And for those interested in a brighter and greener future, you can check out more Teltonika Networks use cases. If you are curious about how IoT solutions work with other infrastructures, proceed to our Smart City use case catalogue. And if you support renewable and clean power, read about Energy and Utility solutions that Teltonika Networks has been a part of! LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

The PUCK-5 consists of a 5-in-1 antenna system within a single housing, featuring 2X2 MIMO LTE, 2X2 MIMO Wi-Fi (Dual-band 2.4 GHz & 5 GHz) and GPS/GLONASS.Features and specifications are subject to change without notice. PUCK-5 ANTENNA Order code: DOWNLOAD DATASHEET features downloads ordering support features downloads ordering support Title Spec title Spec text Spec title Spec text Title Spec title Spec text Spec title Spec text All Features Less features Compatible products Less products More products compatible ACCESSORIES Less products More products

The Remote Management System by Teltonika Networks is one of the most useful tools when it comes to remote monitoring and management of our gateways, routers and devices connected to them. \nIn this upcoming webinar we want to showcase main RMS functionalities and key advantages that significantly save time and operational costs for hundreds of Teltonika Networks partners who use RMS already. Teltonika Remote Management System - an extensive introduction Wednesday, 1 April 2020 at 13:00:00 UTC Register The Remote Management System by Teltonika Networks is one of the most useful tools when it comes to remote monitoring and management of our gateways, routers and devices connected to them.In this upcoming webinar we want to showcase main RMS functionalities and key advantages that significantly save time and operational costs for hundreds of Teltonika Networks partners who use RMS already. SPEAKERS Questions & Answers Can we also set some max communication MB per device that we receive an alert when the limit is reached? Through RMS you can currently set an alert to be sent when certain data usage is reached, although you cannot currently set a mobile data limit. This feature will be added in the future once Multi-config functionality is expanded. Can RMS be used for TRM devices? No, RMS cannot be used with TRM devices. Does RMS support another devices apart from Teltonika to manage? Which ports we will have to open on the firewall so that RMS would able to reach the device? To access a non-Teltonika device you will only need to have an accessible web interface port (for most devices it is 80). What others brand can connect to RMS? You can currently only connect Teltonika devices to RMS, though using the RMS access functionality you can remotely reach the WebUI of non-Teltonika devices that are connected to Teltonika devices. What happens when internet connection interrupts when firmware update is in progress? If your connection gets interrupted while the firmware is being uploaded to the device, the upload will continue the next time the device connects to RMS. If it gets interrupted while the firmware is installing, the firmware will get installed without any issue. When will approximately the RMS connect be available? Q3 or Q4. How can you connect your own device to the RMS? Please check How to Add a New Device to RMS video. Configuration, rules about using the backup SIM. Report about the consumption, let say SIM1 has a credit limit for 10GB and SIM2 has a limit or 5 GB. Currently, using the Multi-config functionality, you can set SIM switching rules for both SIM cards. Also using the Alerts system you can set up a warning when a certain data limit is reached. Though at the moment, you cannot set a data limit, but this will be implemented in the future when we expand the Multi-config functionality. It is possible have multiple RMS Accounts managing the same Routers? Yes. One RMS company can have an unlimited amount of users. There are also multiple different roles, which can limit certain features. Do you plan to release a virtual VPN service on top of RMS to access all devices connected to router LAN not only for HTTP/HTTPS traffic? If so, when is it scheduled? This type of functionality will be introduced with RMS Connect, which is planned to release Q3-Q4 2020. How can I access a non Teltonika device via the RMS like showed in the demo? Please check this link . What kind of features will the RMS API contain after the first release? It will contain accessibility to all data collected from devices, as well as all exports available from RMS (backup configuration, event logs, troubleshoot). How much data/megabytes logs generate per day? Also, can offline-logs be uploaded after an outage? How much data is generated and how often, is configurable through RMS, you are able to choose which parameters are sent to RMS. RMS does not gather data from offline devices. Even though RMS doesn't need public IP of Teltonika for registration, but I think if we need port forward for a Teltonika device, internet provider will need to provide sim card's public IP address, right? Devices connect to a public network and only need to have an internet connection to connect to RMS. No public IP is needed. Is there an API to interface RMS with other solutions? RMS API functionality will be introduced in April. How much data does one router take (per month), when it communicates with RMS servers - roughly? By default, without changing how often information gets updated, RMS uses ~3.54 MB down / 8.44 MB up There is the device map. Why don't I see all devices (in my case all of them RUT950), which are online in the device map. I can only see a subset of them - 11 of 14 online. Your carrier GSM towers may have not yet updated your device location. If the devices in question still do not show up on the map, you can individually set each device location. Will there be a Teltonika MQTT protocol description available anytime soon? Contact your sales manager from Teltonika and we will send a protocol description. If a PLC it is connected to a Teltonika router, it is possible to access it? Or it can access only other routers? If the PLC in question has a web interface, you can access it using RMS. You mentioned that there is no need for public IP address. How? Devices connect to a public network and only need to have an internet connection to connect to RMS. Any devices will work with RMS? Only Teltonika routers and gateways can be managed by RMS solution. How do we configure non-Teltonika devices to appear in RMS web interface? At the moment you cannot configure non-Teltonika devices to appear in RMS device list. Is it possible to run the RMS on a separate server? We plan to operate many Teltonika devices with our own APN without access to the Internet. Yes, RMS has a local version which can be run on a separate server. How is the WebUI redirect configured? Is there an automatic detection of the local WebUI? Teltonika device WebUI is detected automatically, while non-Teltonika device web interfaces are found by the given port while setting up the RMS access rules. Can we set RMS access link time limit to 'unlimited'? Yes When using multi-config, and devices are offline, will the selected actions be performed, when devices come back online? If yes, what is the timeout period? At the moment you cannot use multi-config on offline devices, though this will be implemented in the future. Can you set a hard data cap (Eg. 200MB download per day)? In the future, you will be able to use Multi-config to set a mobile data cap for each device. Is there any kind of automatic rollback in case you make a configuration mistake? Example - if you make a change that results in losing a connection between RMS and the device, will the device recognize that and load previous settings after some time? RMS does not currently have this functionality. Devices will keep trying to connect to RMS, though if the device does not have an internet connection, it will not connect to RMS. Is it possible to set a permanent link in RMS to a non-Teltonika device? Yes. For the devices Map, if the RUT does not have GPS or cannot get a location, does the Map locate using Cellular Location Technologies, CELLID, RSSI, Timings etc.? Yes. What will happen if I am updating firmware of 100 devices and suddenly there is no power or no internet for 2-5 units? All offline devices will be updated when they connect again to the server. Firmware update means to configure all devices from the beginning? So, if FW update will reset the devices to default? By default, if you update to a newer firmware version, all settings will remain unchanged, though updating to an older version will reset all settings. Is there an API for RMS, to be able to configure/monitor the devices from external systems? In April we will introduce RMS API functionality. The password manager, is it like password access management? Using the Password management functionality you can change passwords for selected devices to either a single password you type in or individually randomly generated passwords. You can also set password for all your devices using a CSV file. Will the routers be able to get the unique/true MAC address of the device even if MAC address randomization is enabled? Yes How do I buy a license for RMS? More information about license purchaces you can find in RMS where to buy section. Alert on e-mail? Yes, you can get email alerts. SMS/Email alert will come from SIM card of the router or from RMS web? SMS alerts will be sent from the router SIM card, Email alerts will be sent from RMS. Device configuration: can we configure the SSID / Hotspot / LAN / or only 'MOBILE, SIM Management, SMS Limit'? In the future we will be expanding the Multi-config functionality to include your mentioned features, though at the moment you can only configure mobile settings. For how many days license will be valid? Now it is called a credit, but validation will be the same – 30 days. Is it possible to get remote access to the shell of the non Teltonika unit? Not at the moment, though this functionality will be available with RMS Connect. Can reports be automated and sent to a specific e-mail? Yes. Can we download system logs out of Teltonika devices (which work with RMS) by using RMS? Yes. Let’s say I have PLC connected to one of the routers. And PLC is receiving some data from sensors. Can I see that data on RMS? Yes, if the data in question is sent via MQTT. RMS requires credits for managing devices. Can I move credits applied on a device to another? No, once a credit is used it cannot be moved to another device. In other words, one credit is strictly for one device for one month Can RMS check reports/logs for a specified time/day range e.g Monday thru Friday? Yes you can do that with RMS. Any plan to support Teltonika's modems with RMS? We currently do not have this feature planned. Can we collect some user data on RMS? We do not collect user data in RMS. Can you forward any other protocols such as SSH or VNC viewer to access other devices behind the router? In the future will introduce the RMS connect functionality which will let you access SSH, VNC, RDP protocols. Any plan to offer CoAP based protocol as alternative to MQTT? It is planned in the future. Is the out of band management only available on Cisco ISR? It is available for other routers, not just Cisco. Do you have plans for VPN in RMS? VPN functionality will be introduced with RMS Connect. Will you have an option to see GPIO data from RUT955 or TRB141 in the future? You can already see GPIO data in RMS for all supported devices. Can login screen be also “white labeled”? If by “white labeled” you mean re-branded to your company, then yes, you can purchase a re-branded RMS version. So we can request RMS to use our company name as well as our client name, yes? Yes. Can I write for example python script and use RS485 to work with my program, for example query for our device status and send server? You can do that with the RMS sensor functionality which will be introduced in the future. Is the data accessible for different Business Intelligence systems, like Microsoft PowerBI? It is possible to send data from router to Microsoft IoT Hub. If it is possible to access Microsoft IoT Hub data from Microsoft PowerBI, you can access it that way. Are the safety certificates available on your website? You can get a copy of our safety certificates by contacting your Teltonika sales manager. Is the RMS local hardware also running on Azure? Yes. How many devices can we connect to RMS? There is no limit to the amount of devices you can add to RMS. WEBINAR RECORDINGS SWM28 - Switches Gestionables y RMS Name S. +1 Speakers es Meet Altos - Wi-Fi 7 Router for 5G Fixed Wireless Access. 5PM GMT+2 Name S. +1 Speakers en Meet Altos - Wi-Fi 7 Router for 5G Fixed Wireless Access. 11AM GMT+2 Name S. +1 Speakers en

Teltonika's BAT120 ensures continuous power for IoT solutions with a 2600 mAh battery, 22W output, and robust aluminum housing. Read more here. BAT120 – UNINTERRUPTIBLE POWER SUPPLY 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

5G vulnerabilities were recently identified in a chipset manufacturer, affecting Teltonika Networks 5G devices. Read this article to learn more. More News 1/28/2026 Meet Altos: The Wi-Fi 7 Router Invited to Your Living Room 1/21/2026 Managed vs unmanaged switches: choose the right fit 1/20/2026 Password Security Standards – Best Practices to Protect your Devices Security Notification for Teltonika Networks 5G Devices 15 January 2024 A number of implementation-level 5G vulnerabilities were recently identified in a chipset manufacturer, resulting in three denial-of-service vulnerabilities affecting Teltonika Networks 5G devices in terms of device availability, but not integrity or confidentiality. We recently became aware of implementation-level 5G vulnerabilities found in a manufacturer of chipsets used in some of our products. As our 5G devices – the RUTX50 , RUTM50 , and TRB500 – contain these chipsets, the following vulnerabilities were identified in those devices: CVE-2023-33042 – Transient DOS in Modem after RRC Setup message is received. CVE-2023-33043 – Transient DOS in Modem when a Beam switch request is made with a non-configured BWP. CVE-2023-33044 – Transient DOS in Data modem while handling TLB control messages from the Network. These three vulnerabilities are denial-of-service vulnerabilities, affecting device availability but not integrity or confidentiality. In other words, they allow outside attackers to continuously reboot the devices, thereby disrupting the network, but do not pose any risk of data leaks or theft in any way. As these vulnerabilities stem from a third-party vendor with proprietary software for 5G modules – Teltonika Networks does not currently have patched firmware or workaround available. We have requested both and will notify our clients as soon as a workaround and/or patched firmware becomes available. Transparency regarding such issues is, as always, of utmost importance to Teltonika Networks. For further assistance or advice on updating the firmware, please reach out to our technical support Helpdesk. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Our company, philosophy, and product portfolio are all about connectivity, but there is one aspect of connectivity we don't talk about often ... More News 1/28/2026 Meet Altos: The Wi-Fi 7 Router Invited to Your Living Room 1/21/2026 Managed vs unmanaged switches: choose the right fit 1/20/2026 Password Security Standards – Best Practices to Protect your Devices POYNTING’S ANTENNAS ARE PART OF OUR CONNECTIVITY 11 May 2022 Our company, philosophy, and product portfolio are all about connectivity, but there is one aspect of connectivity we don’t talk about often enough: antennas. Antennas are a lot like extra-long branches of a tree trying to get as much light as it can. In some cases, branches of any length are more than enough, but where sunny days are hard to come by and every ray of sunlight counts, the extra reach of a skyward-facing branch can make a difference. Similarly, antennas give a connectivity device such as a router extra reach, so that its ever-so-precious cellular signal gets where it needs to. From complex orchestras of inter-connected machinery to watching a cat video while on your bathroom break, antennas play an essential role in the IoT ecosystem. A LONG-REACHING PARTNERSHIP When it comes to the antennas you get with our devices, some are the fruit of our partnership with Poynting , a South African manufacturer of quality antennas. Those compatible with our devices are endorsed on our website . Our partnership with Poynting began about six months ago, after we kept getting it recommended to us by our clients. Since then, we’ve implemented several successful projects together, and we’re confident in calling it one of the best antenna manufacturers and one we fully trust. CONNECTED FOR A VICTORY One joint project was for X Rally Team, a Brazilian rally team that needed internet connectivity for their support vehicles, manned with professionals ready to provide immediate assistance whenever a call for aid was sent. The problem was that their upcoming race was the Sertões Rally, a 5000km rally that goes through a myriad of remote areas with different weather and terrain. Not exactly ideal conditions for secure communication between racers and support. X Rally Team chose to install our RUT955 cellular router on its team chief’s support vehicle, in tandem with Poynting’s MIMO-3-15 antenna. The team chief himself stated that he “was never so well-connected in a race before.” The Team went on to win first, second, and third place, and we’d like to believe this IoT solution played some role in that victory! Without a router, the antenna wouldn’t do anything. Without an antenna, the router wouldn’t quite have the reach to provide the Team with connectivity in such remote locales. This partnership between equipment, and between companies, is how the solution came to be. You can read more about it here . THE DUTCH ANGLE Another project we joined forces on was for EBO van Weel, a Dutch traffic and safety innovator. To make the work environment of employees of the Dutch Ministry of Infrastructure and Water Management safer, EBO was developing a vehicle management system named Autodrip 2.0. The basic premise of this system is a full-color display that’s mounted on the back of a road work vehicle and is visible from half a kilometer away. The display alerts incoming traffic to divert it from the lane where work is being done, either in construction or as a result of an accident, and by doing so, keeps the workers safe from incoming traffic. It’s a great system, really. The problem EBO had with it was that whenever changes to the contents of the display had to be changed, the workers would have to do so manually, thereby putting themselves at risk by being so close to incoming traffic. A way to control Autodrip 2.0 remotely was needed. EBO chose our RUT955 cellular router to facilitate connectivity between the system and a mobile device the workers could carry and access the system with. Poynting’s PUCK-5 antenna was chosen to go alongside it, and together they provided a stable internet connection even when the workers were at a long distance from the vehicle. EBO was very happy with the result, saying that they’re always very critical when it comes to connectivity, since “everything stands or falls with the connection. If we have no connection, the system isn’t online.” You can read more about this project here . FAST FORWARD TO TOMORROW So what’s in store for our partnership with Poynting? Lots and lots of joint projects, innovative IoT solutions, and satisfied clients. We’re also excited to announce an upcoming webinar where, alongside Poynting, we’ll present additional joint projects and have an in-depth Q&A session to answer your questions. The webinar will take place on Tuesday, May 24th, at 11:00 a.m. (GMT+3). We look forward to seeing you there! LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Can’t decide between a wired or wireless network for your network solution? Click here and get your answer. More News 1/28/2026 Meet Altos: The Wi-Fi 7 Router Invited to Your Living Room 1/21/2026 Managed vs unmanaged switches: choose the right fit 1/20/2026 Password Security Standards – Best Practices to Protect your Devices Which one to choose: wired or wireless network 4 June 2024 To be or not to be? Wired or wireless? These questions might keep one awake at night. Although the first is a bit out of our reach, we’re here to help you understand the options regarding the second one, so you could decide for yourself! What is a wired network? To put it simply – it’s a type of network where devices are connected to each other and the Internet using physical cables through which data is being transmitted. These cables can take the form of cabling systems such as Ethernet cables or fibre-optic cables . A couple of wired networks Ethernet An Ethernet is a technology that allows the connection of multiple devices in a LAN or WAN. Additionally, an Ethernet has protocols that are responsible for effective communication between the devices in the wired network. One of them is RJ45 , which stands for Register Jack and is the most used connector in wired networks. An Ethernet network is the most common type of network used for creating LANs or WANs. They employ Ethernet cables, which are usually made of copper, to connect devices like computers, routers, and switches. This type of wired network offers data transfer speed rates from 10 to 10,000 Mbps , and is best-suited for applications that require short-distance transmission up to 100 m , perfect for small businesses or at-home use. A great advantage of Ethernet is its reliability. This type of wired networks can be easily expanded by using Ethernet switches allowing multiple devices to be connected to the same network and communicate with each other. This can be seen in self-service kiosks and terminals , with the help of Teltonika’s TSF010 flat Ethernet switch. In this case, the PC/HMI, payment terminal, scanner, and ticket printer are all connected to the TSF010 via Ethernet. The Ethernet switch is connected to the TRB140 IoT gateway , resulting in an interconnected network including all devices in the self-service terminal and allowing them to communicate with each other effectively. Fibre-optic A fibre-optic network uses fibre-optic cables, which are thin, flexible strands of glass or plastic used to transmit data through pulses of light. This technology offers data transfer speed up to 100Gps over long distances with minimal signal degradation. Fibre-optic networks are renowned for their reliability, security, and immunity to electromagnetic interference, making them ideal for telecommunications, Internet infrastructure, and cloud computing. The capability to transfer data over long distances is useful in a solar farms and solar energy solutions . In this case, solar panels are distributed over a large area, which makes connecting them with an Ethernet cable practically impossible. Luckily, the TSW210 industrial Ethernet switch has two SFP ports for long range fibre-optic communication. The TSW210 is a plug-and-play Ethernet switch, meaning that no additional configuration is needed for its deployment, so a fleet of TSW210 managed switches, connecting them among each other and the TRB256 industrial NB-IoT gateway is an easy and not complicated network solution. What is a wireless network? While wired networks rely on physical connections, wireless networks allow devices to connect and communicate without the need for cables. These networks leverage radio waves or infrared signals to transmit data, offering a degree of freedom and flexibility that wired networks can’t match. There are three main types of wireless networks: Wi-Fi, Bluetooth, and cellular network. A few wireless technologies Cellular connectivity Cellular networks are high-speed, high-capacity data communication networks with enhanced multimedia and seamless roaming capabilities for supporting cellular devices . In cellular networks, the service area is divided into small regions called cells, that enable widespread and efficient mobile phone connectivity by allowing devices to connect to the nearest cell tower, which then routes calls and data through the network. Wi-Fi Wi-Fi stands for wireless fidelity , which is a wireless communication technology. Currently, there are three Wi-Fi bands: 2.4 GHz, 5 GHz, and 6 GHz . The 2.4 GHz band has a maximum theoretical speed of 100 Mbps, 5 GHz has 1 Gbps, and 6 GHz has 2 Gbps. There are many different Wi-Fi technologies , each with different standard set by the Institute of Electrical and Electronics Engineers (IEEE). The IEEE establishes technical specifications and numerical values for Wi-Fi standards. For instance, Wi-Fi 4 is standard 802.11n, Wi-Fi 5 is standard 802.11ac, and Wi-Fi 6th is standard 802.11ax! Let’s not forget Wi-Fi mesh technology ! It's used to fix dead spots in the Wi-Fi coverage emerging due to weak or no wireless network signal at all. The technology of Wi-Fi mesh and compatible networking devices can distribute Wi-Fi signals throughout your entire building by creating internal communication between network endpoints. A great example of Wi-Fi technology in action is demonstrated while digitalising laundromat services with the RUT241 Wi-Fi router. Our partner has created a mobile app that can be accessed via Wi-Fi, through which clients can pay conveniently, book washing machines online, and check the time left for their laundry to be done. Wi-Fi networks use radio waves to provide wireless high-speed Internet and network connections to devices within a specific coverage area. The RUT241 router, acts as a hub that broadcast its Internet signal to all Wi-Fi enabled devices. With integrated hotspot functionality, the router creates a wireless Internet access point for up to 50 simultaneous connections, helping clients to enjoy their struggle-free laundry day. Bluetooth There are different types of Bluetooth technologies, including Classic Bluetooth and BLE. Classic Bluetooth is a short-range wireless LAN technology for connecting small devices and gadgets together and facilitating data transfer among themselves in the 2.4 GHz bandwidth, standardised by IEEE 802.15. BLE is similar to Classic Bluetooth. It is a short-range wireless LAN communication technology, standardised as IEEE 802.15 and operating in the 2.4 GHz bandwidth. The major distinguishing feature of BLE is its low power consumption while maintaining the same communication range as Classic Bluetooth BLE was used by our Chilean partner, Mantys.app, in its cold chain temperature monitoring system. Our partner provides an SaaS application for its clients, allowing them to remotely monitor their cold chain equipment in real-time from any location and on any device. The star of this network solution is the Teltonika’s RUTX11 industrial cellular router. A single router is deployed to the premises of each client and facilitates communication with up to 200 BLE-enabled sensors. The RUTX11 then collects the data from the temperature and humidity monitoring sensors installed in those premises and transmits it via the MQTT protocol to Mantys’s cloud server, where it is stored for end-user management and visualisation. Wired strengths One of the main benefits of a wired network is speed. Wired connections typically offer faster data transfer speeds than wireless connections , since cables are capable of transmitting more data at faster speeds than most of the wireless technology. Wired networks aren’t accessible for devices external to those networks, making it less likely for users outside your network to connect. Resultantly, when properly installed, these networks are highly reliable. Wireless strengths One of the main advantages of wireless networks are mobility and ease of access. Users can access the network from anywhere in the network reach. For instance, employees can access company equipment while also having wireless internet connection to their private devices. The cost of setting up a wireless network is significantly lower compared to installing a wired network . The hardware is typically much cheaper, and you avoid much of the labour costs associated with complex cabling jobs. Moreover, wireless hardware typically isn’t exposed to the wear and tear of cabling, so it tends to last far longer. Also, wireless connectivity such as wide-area applications can connect computers and networks across large geographical distances, often spanning cities, countries, or even continents. WANs utilise technologies like leased lines, satellite links, and the Internet to facilitate communication and data exchange between remote locations, making them essential for large businesses and global connectivity. So… which one is better? Well, there is no right or wrong answer to this question. It all depends on your networking solution, needs, and wishes. We hope that you now have a better understanding about wired and wireless network. And if you’re still confused, conflicted, and all wired up – contact us and let’s solve it together! LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

En este seminario web, exploraremos Teltonika Networks como una marca de excelencia, analizaremos las especificaciones y los beneficios de nuestros productos estelares RUTX10 y RMS, y responderemos cómo juntos proporcionan el paquete de conectividad completo. El Paquete de Conectividad Completo Tuesday, 19 July 2022 at 7:00:00 UTC Register En este seminario web, exploraremos Teltonika Networks como una marca de excelencia, analizaremos las especificaciones y los beneficios de nuestros productos estelares RUTX10 y RMS, y responderemos cómo juntos proporcionan el paquete de conectividad completo. SPEAKERS Questions & Answers WEBINAR RECORDINGS SWM28 - Switches Gestionables y RMS Name S. +1 Speakers es Meet Altos - Wi-Fi 7 Router for 5G Fixed Wireless Access. 5PM GMT+2 Name S. +1 Speakers en Meet Altos - Wi-Fi 7 Router for 5G Fixed Wireless Access. 11AM GMT+2 Name S. +1 Speakers en