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!

Have you ever stayed in a hotel and the Wi-Fi wasn't great? I'll bet the answer is an unqualified yes. I've travelled quite a lot for work, which has given me plenty of opportunity to sample the delights of hotel Wi-Fi. It can be a bit of an inconvenience when you're travelling and you can't access your email - when you need to work and have some[…]

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.

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[…]

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 are distinct phases for a Wi-Fi Deployment all of which are reliant on each other to help structure and form a dependable and high performing network that consumers can rely on. In this blog, we'll take a look at the lifecycle of a Wireless LAN (Wi-Fi) deployment.