VRRP, short for Virtual Router Redundancy Protocol, is a network protocol used to ensure the availability of a gateway. It allows another router to automatically take over if the primary router fails.
In networks where continuity is important, VRRP prevents devices from losing connectivity when a gateway becomes unavailable.
In 2007, Teltonika introduced the first router based on mobile technology, the RUT100, which marked the beginning of the Teltonika brand. The RUT100 devices are still being successfully used in some industrial sectors. However, a lot has happened since 2007. Today we want to focus on devices from the RUT2** and RUT9** series. Let’s take a look at how these devices became so successful.
When talking about networking, you often hear many different terms: routers, gateways, modems. It becomes even more confusing when these terms are used in very comparable subjects. This article aims to discuss functionality and will highlight the key differences between routers, gateways, and modems.
Just as the previous update unlocked the full potential of RutOS for the RUT9**, RUTX**, RUT3** and TRB** series, it now does for the RUT240. Having all devices on the same platform allows for more streamlined firmware updates and more available functionalities. That also means that the devices will receive OpenWRT and Kernel updates at the same time, just like all other products using RutOS.
The LTE-M network has been specially developed for Internet of Things applications and is based on the reliable and secure 4G networks of the providers. The coverage of LTE M is stronger than a 2G network and has the advantage of a deeper penetration rate, which means that the coverage in mainly buildings is many times better.
The Internet of Things is still in its early years. Jochem Koppes, Director of Sales at Thingsdata, predicts that in 5 to 10 years there will be an increasing demand for an integrated solution. “Thanks to the collaboration with Delmation, we are already pre-sorting for this. We offer each other new insights and reinforce each other extremely well. And the customers also benefit from this. They know where to find us better and better; our joint business has now tripled.”
A fast and stable internet connection is indispensable for any organization. When the internet connection does not function properly or even drops out once, then this can be very bothersome. Outages can lead to damage or even loss of reputation. Thingsdata offers secured multi-network 4G simcards for this to guarantee continuity of internet access and to prevent failure (failover).
With download speeds of 150 Mb per second, the introduction of 4G has changed the way we communicate with each other. In many verticals, organizations can reap the benefits of these industrial 4G routers for independent internet access. We list the advantages.
A 4G router can offer a wired or WiFi internet connection in a location where no fixed internet connection is possible. PLCs, cameras, PCs or sensors can be connected to the 4G router.
In locations where there is a fixed internet connection, the 4G router can be set up in such a way that in the event of a malfunction, it switches to the 4G network (secured multi-network M2M simcard with 4G).
In 2007, Teltonika introduced the first router based on mobile technology, the RUT100, which marked the beginning of the Teltonika brand. The RUT100 devices are still being successfully used in some industrial sectors. However, a lot has happened since 2007. Today we want to focus on devices from the RUT2** and RUT9** series. Let’s take a look at how these devices became so successful.
When talking about networking, you often hear many different terms: routers, gateways, modems. It becomes even more confusing when these terms are used in very comparable subjects. This article aims to discuss functionality and will highlight the key differences between routers, gateways, and modems.
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