Wi-Fi data rates, coverage and interference are all interlinked topics. It's a simple rule in Wi-Fi that you can't "have it all". If you use high power, you have big cells and typically more interference. Lower power means more APs are needed. Let's take a look at these interlinked concepts.

There’s a bunch of tools on the market for Wi-Fi designs and different ones are suited for different purposes. Ekahau Site Survey (ESS) Pro is the key tool we use for RF Design.

Wi-Fi is littered with acronyms! If you want to understand a bit more on what each of these mean, we've put together this simple to understand guide.

Today's businesses are becoming increasingly reliant on reliable voice over Wi-Fi services. Correct AP placement and RF design are of utmost importance.

Wi-Fi 7 is on the way, and while we have yet to fully deploy Wi-Fi 6E, with the advantages of the 6GHz spectrum, the next standard is not too far away.

Wi-Fi continues to evolve at a considerable pace. Few innovations in the Wi-Fi space have been quite as ground-breaking though as the introduction of the 6GHz spectrum in Wi-Fi 6E. Wi-Fi 6E is game changing – but there are some considerations and things you need to know in deploying 6E.

Retail has always been a difficult business, with customers quick to vote with their feet. Retailers are always looking for innovation to help improve their business outlook and customer experience.

One of the most common issues we see when fixing up poor performing Wi-Fi networks, is lack of APs. Sufficient AP density and placement are the basics of proper Wi-Fi RF Design.

There is no doubt that for the average CIO of a University that there are some major challenges to take a look at. Concentrating your time and effort to where its most needed is of course sensible and brings the most reward. The question is – what are those challenges?

It sounds like a bit of a stretch for most people that Wi-Fi would have an issue with Radar. Microwave ovens are a pretty well known interferer with Wi-Fi in the 2.4GHz spectrum (they generate alerts for interferers, so we know they're there!)