Tuesday, May 28, 2024

Wi-Fi 6 Embedded PCs Enable Industry 4.0 With Lower Latency

As the world becomes more digitally connected by the day, it is essential for businesses to have the right technology solutions and configurations to complete their processes successfully. One such aspect is keeping their latency as low as possible.

Latency, which describes the length of time it takes for data to be sent from one place to another, is a key deciding factor in the effectiveness of various applications. If latency is low, this can ensure everything runs seamlessly without any delay or issues. A high latency, however, can be disruptive and even catastrophic in certain situations, particularly if this slow latency causes a system to disconnect.

This is why next-generation technology that can lower latency is becoming increasingly vital for businesses. In that regard, the use of Wi-Fi 6 for embedded PCs can make a notable difference.

Photo by Praveen kumar Mathivanan on Unsplash

Wi-Fi 6 Capabilities for Embedded PCs

If you get a bespoke embedded PC designed by a specialist like things-embedded.com, it will contain a range of modern, industrial-grade components that are built for current industrial settings. Every aspect must deliver quality, high performance, and dependability. One such component, certainly in this day and age, is Wi-Fi 6.

The latest Wi-Fi release has been done to fall in line with the modern standards set by the Internet of Things (IoT) and Industry 4.0. With Wi-Fi 6 (which has a range of advanced features), it is able to meet the varying demands of existing IoT applications – and even those that are still emerging. This includes the likes of automated guided vehicles, augmented reality, and autonomous mobile robots.

How Wi-Fi 6 Helps With Latency

While Wi-Fi 6 has a number of advanced features – all of which are covered by resources set out by the Wireless Broadband Alliance – it is notable for its ability to assist with low latency rates. Wi-Fi 6 does this with trigger-based uplink orthogonal frequency domain multiple access. With this in place, it is possible to reduce or even completely eliminate bound latency and contention.

This type of dependability is necessary with the way that IoT and real-time applications operate. When it comes to low latency, 90% of business leaders believe they have to achieve a latency of 10 ms (milliseconds) or less for their applications to succeed as expected.

To a normal person, the difference between 10 ms and, say, 15 ms would be seen as negligible. In fact, you could take that 10 ms all the way to 100 ms and they wouldn’t experience any difference. Yet this isn’t the situation when it comes to how machines and systems operate. With high latency, efficiency and performance levels can drop dramatically.

This is why organisations, particularly those in the industrial world, are utilising every advantage they can to minimise latency as much as possible. Embedded PCs include many different components that help with achieving that goal, and one of the most important for transferring data from A to B in a business is Wi-Fi 6.

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