There’s lot of security products on the market – and plenty of scare stories about how you need to secure your network. If you use Cisco or Meraki, Cisco has an excellent set of products in the security space – and one of the major ones is Cisco Umbrella.

You may not be aware, but the Perpetual POE feature allows a switch to continue to power devices connected to the switch, during a reboot. This is to ensure your network is back online as soon as possible after a rebook, as all your end devices are still up.

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!

As a CIO you’ll need to decide not only the technology direction your organisation will take, but more importantly when you will decide to deploy. Wi-Fi is a fundamental networking technology for any business. If you haven't yet upgraded to Wi-Fi 6, here's our CIOs guide for when you should do this.

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.

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.

Wi-Fi 6 has been around for a little while now. It's a mature technology with quite a lot left on the roadmap (Wi-Fi 6E for example). If you've not upgraded yet, here are some compelling reasons why it is the time is right to do so.

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..

Many years ago, there was a “new kid on the block” called SD-WAN. It was the buzz-word that everyone was talking about; the ability to break the chains that kept us bound to a “legacy” WAN.

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!