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.

When any business embarks on a wireless LAN (Wi-Fi) upgrade, it opens up a great many possibilities for supporting new services, as well as adopting a much more mobile approach to the workforce. The grade at which your Wireless LAN has been designed, will dictate the services it can support.

The term Full Stack Observability and more specifically Application Dependency Monitoring is a recent concept all around taking your monitoring and analytics to the next level. Some companies have invested in their monitoring capabilities to this level; however, most don't have the resource availability, skills or knowledge available.

Stadiums are tricky places to design and deploy Wi-Fi. Seating arrangements change, densities of the crowd and the use of the space all have to be accommodated in the design. Add to this the difficulty of where to actually put and AP and you need to have some handy tricks up your sleeve - enter the Cisco Catalyst 9104 reconfigurable antenna.

At IPTel we've been working on the deployed of Cisco SD Access. This is pretty new technology for most people and so has a bit of mystery to how this is deployed. In this blog, we'll take a look at how a real world deployment of Cisco SD Access looks.

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.

Cisco Meraki Switching brings the simplicity of cloud based configuration to the LAN, allowing configuration in the cloud and download to the switch when it connects - not a console cable in sight. Ease of use is at the centre of the Meraki experience and the Meraki Switching doe not disappoint.

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

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.

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.