Wi-Fi Troubleshooting is a specialist networking discipline all of its own. Over the years we have dealt with a large amount of bugs in controller code, old drivers on devices, chipsets that can’t roam properly, interference, rogue APs causing interference, incorrectly configured equipment and so on – the list of possible reasons for faults is a long[…]

Elastic Wi-Fi. It’s probably not a term you’ve heard before in relation to wireless and Wi-Fi. I’m going to run through some principles I’ve learnt over a few years in the business to help you improve Wi-Fi performance, but first, I’ll digress...

Wireless designs are best done in two phases - the predictive RF design and the onsite pre-deployment (or APoS) survey. In this blog, we'll run you through what to expect when our team comes to site!

Real Time Location Services (or RTLS for short) describes a range of technologies used to track and locate people and equipment. Often there is a task / messaging engine overlaid, in order to bring the technology to life and integrate it into the operational processes. In this blog, we'll take a look at the Call Assist use case.

The Cisco 9124AXE is a versatile access point that supports a variety of antenna configurations to suit different deployment scenarios. However, the official documentation isn’t clear about how the antennas should be cabled. In this blog, we’ll break this down and explore further.

In this short blog, we’ll take a look at the requirements for using a power injector with the Cisco 9124AXE AP.

Different Wi-Fi Access Points (APs) have been designed for various use cases, it’s no surprise they also have different coverage patterns. In this blog, we’ll take a look at some of the more common Cisco APs and how their coverage varies. The perfect access point doesn’t exist – the size, shape, mounting options and coverage patterns are all things we[…]

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.