Every second, millions of sensors, cameras, and connected devices generate data across factories, vehicles, power grids, and entire cities. For years, the standard practice was to ship all of it to the cloud for processing. It was convenient, but it’s becoming less sustainable by the day. Data volumes are outpacing available bandwidth, and some decisions, like an autonomous vehicle braking or a...
When someone in IT proposes upgrading the wireless network, the standard reaction is: "But our Wi-Fi is already fast". Understandable most users measure network quality by a quick speed test. Yet, the move to Wi-Fi 7 is not just about chasing a bigger number on a screen. It's about latency, stability, scalability, and how the wireless network fits into an increasingly wireless-first strategy....
In complex mine scenarios, where machinery roars, dust rises and darkness reigns, communications become essential tool to shine light on safety and efficiency. Not only that, but they support coordination, decision-making and the well-being of workers. For instance, inside a mine, communications are used to connect construction vehicles and set up an information exchange network. When...
Smartphone, tablet, and PC manufacturers have already started positioning themselves in relation to Wi-Fi 6. The first cell phone with this support was released in 2019, and since then, numerous manufacturers have joined this trend. Sooner or later the technology will replace previous versions in the terminal market and company head offices will have to adapt to this technological shift to...
Train communication systems are key to enhancing passenger experience and operator competitiveness, so it makes sense to use the best technologies available – and within the carriages, that includes access points that can deliver Wi-Fi 6 for passengers.
The Wi-Fi 6 technology set out in the 802.11ax High Efficiency (HE) standard is the natural successor of the wireless Wi-Fi 5 technology or 802.11ac standard, known as Very High Throughput (VHT). This new implementation has been designed to work in high user density environments (for instance, a stadium, an airport, or branch offices with many Wi-Fi devices). Other characteristics are latency...
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