The time has come for a new paradigm, and Ekahau is answering the call with their freshly announced Sidekick. We also deal with inconsistencies across survey adapters, mismatched MIMO between survey adapters and WLAN hardware, and battery drain that comes with powering an adapter for long hours during survey and analysis projects. Now, we’re at a place where wireless professionals struggle to find the right adapters for survey and analysis work in an age where WLAN can run faster than USB adapters or even native built-into-the-laptop WLAN network radios. Fast forward many years and versions of ESS, and the software (and company behind it) have only gotten better. This was Harry Potter stuff, long before there was Harry Potter, and it has become the absolute design and survey tool of choice for many a WLAN professional. It was a curiosity at first- but I’ll never forget the first time I used it for real and discovered how tremendously accurate it could be. I had a year or two of pen and paper manually-recorded WLAN surveys, and then I discovered Ekahau Site Survey (ESS). Want to know more about Ekahau? Schedule a demo today.Some 15 years ago, I got my start in wireless networking. That’s it! By following these steps, you can accurately determine device offsets using an Ekahau Sidekick and Ekahau AI Pro. The visualization will then apply the offset so you can accurately see the signal strength for your device. To visualize the offsets, go to your signal strength visualization and change from “view as measured” to “view as my iPhone 11” or whichever device you’ve created a profile for. Now, you have a device profile set up in Ekahau AI Pro. Configure the offsets based on the difference in signal strength you identified and hit close. Go to Project device profiles, click add, and create a profile with the technology and maximum supported bandwidth of your device. Once you’ve identified the difference in signal strength, you can then create a device profile in Ekahau AI Pro. Compare the RSSI readings between your Sidekick 2 and your device to see how they hear the wireless network. Set up a test access point or have your access point in range that you know you’re going to be testing from, then set up your Sidekick 2 right next to the device you’re planning to do the testing against. The first step is to understand the differences between the device you’re designing or validating for and your Sidekick 2. In this video, you’ll learn how to determine device offsets using an Ekahau Sidekick 2. Submit support requests & view documentationĭetermining Device Offsets with Sidekick 2 and Viewing them in AI Pro Request access to the Ekahau Partner Portal Learn more about the Ekahau Partner Program Register for upcoming webinars and watch recordings Understand potential issues and ways to resolve them Take a deeper dive into the more complex aspects of Wi-Fi Refresh your knowledge and extend your certification Learn the fundamentals of Wi-Fi and how to use Ekahau solutions World-renowned ECSE Training and Certification programs Private 5G, 4G and LTE network planning software. Seamless collaboration between central office and field sites. Wi-Fi performance analytics with automatic issue identification.Ĭollect data to analyze tough to diagnose Wi-Fi problems. Pro-grade Wi-Fi health validation & troubleshooting for mobile. Pro-grade Wi-Fi site survey tool for iOS & Android. Powerful 6 GHz Wi-Fi planning and AI wireless network design. The all-in-one product suite for high performing Wi-FiĢ.4, 5 & 6 GHz diagnostic and measurement device.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |