Failover is the transition to a redundant or standby computer server, system, hardware component, or network following a failure or abnormal termination of the previously active application, server, system, hardware component, or network in a computer network.
Tag: Hardware
Virtual Router Redundancy Protocol (VRRP) is a computer network protocol that provides automatic failover functionality when one or more interfaces on a router, or the entire router, fails.
The Siemens SIMATIC S7 is a programmable logic controller (PLC) and successor to SIMATIC S5. This device, in the form of a digital computer, is used, among other things, to automate machines or production lines in factories. Siemens PLCs, including the SIMATIC S7, are the most used in the industry. The S7 works the same as all other PLCs, but has more options. The device has a compact modular design and features strong diagnostic capabilities and versatile components.
As remote IoT solutions become more and more relevant day by day, a good remote management platform needs to stay up-to-date and meet the dynamic needs of its customers. That is why Teltonika Networks’ Remote Management System (RMS) received an important update last week: version 4.0. The update doesn’t change RMS in any drastic way, … Lees meer The new RMS 4.0 update
As remote IoT solutions become more and more relevant day by day, a good remote management platform needs to stay up-to-date and meet the dynamic needs of its customers. That is why Teltonika Networks’ Remote Management System (RMS) received an important update last week: version 4.0. The update doesn’t change RMS in any drastic way, … Lees meer The new RMS 4.0 update
Imagine the chaos that would ensue if dozens of different manufacturers and organizations decided to launch different competing protocols and systems for managing IoT security. Not only would the lack of integration be a problem, but it could also be used as an excuse for little or no security of systems and data. The fact is that it is comparable to what is happening in the IoT market right now. Many IoT hardware manufacturers have their own methods of implementing and updating security.
Imagine the chaos that would ensue if dozens of different manufacturers and organizations decided to launch different competing protocols and systems for managing IoT security. Not only would the lack of integration be a problem, but it could also be used as an excuse for little or no security of systems and data. The fact is that it is comparable to what is happening in the IoT market right now. Many IoT hardware manufacturers have their own methods of implementing and updating security.
The Signal Analyzer is a handheld device intended to be used to identify the optimal installation location. A Signal Analyzer contains an independently tested and approved 4G/3G/2G radio module that meets the requirements of European radio communication standards. The Signal Analyzer allows you to accurately analyze essential data to ensure the best installation every time. The Signal Analyzer, analyzes all local cell towers to give you an accurate reading of the major networks available, measuring and displaying radio technology, signal quality and radio signal strength.
The Robustel EG5100-4L is an industrial 4G edge computing gateway with a very high reliability. The EG5100-4L has a robust metal housing and is suitable for use in IoT applications where a cellular router and embedded PC are both necessary (best of both worlds).
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.