FREE eBook Download: Top 8 Secrets to Great Wi-Fi We all love Wi-Fi these days – whether at work, travelling or just at home with Netflix. Wi-Fi has become both ubiquitous and something we truly rely on for our day-to-day work; it’s become business critical for many companies.

In this blog, we’ll explore some of the equipment we use for a pre-deployment survey. This is typically the second stage of an RF design - the predictive survey first and the pre-deployment survey second.

Wi-Fi in all its forms relies on good signal propagation. Signals are attenuated by various objects - it's not that well known, but trees are a particularly attenuating object - let's take a look!

Wouldn't it be nice to turn up at a new location and your mobile phone seamlessly connects to the local Wi-Fi Hotspot? What if you could have a mobile-phone-like roaming experience, but with your Wi-Fi devices? There's been a lot of work to enable just this functionality - enter the Wireless Broadband Alliance (WBA) OpenRoaming standard.

There are three main components to a Wi-Fi Access Point, each of which are critical to its function: Radio Antenna The CPU There are many different ways to split the three components above, but every Wi-Fi solution has all three components.

We all love Wi-Fi, but you've got to install your access points somewhere. Typically they're installed on the T-Bar of a suspended ceiling - sometimes though you have to secure the AP, or hide it for aesthetics reasons. In this blog, we'll look at some options.

What is Cisco Ultra-Reliable Wireless Backhaul (CURWB) — and why do we need it when traditional wireless already exists? If you’ve ever worked in environments where machines are constantly moving — ports, mines, factories, terminals — you know one thing for sure: The biggest issue is that when a client roams between access points, it can cause brief[…]

Cisco Private 5G gives business the opportunity to run their own mobile network. This isn’t a simple undertaking of course, but it does offer some valuable benefits for businesses that have the right use cases.

Wi-Fi works with radio waves. These are similar in nature to sound you can hear (not exactly, but let me have a little artistic licence). Why do you need to have Wi-Fi that works within reasonable RF power bounds? I've come up with a little story to help. Let's translate Wi-Fi in to audio. So here's the story..

When designing a new wireless network, RF power levels are often overlooked or misunderstood. Depending on the type of deployment, power levels can have a great impact on client performance and reliability. And here's the catch - not all Wi-Fi channels run at the same power!