Connectivity Technology Blog

Deutsche Telekom has been actively promoting Campus Networks for a while and their website defines Campus networks as exclusive mobile networks for a defined local campus, a university or individual buildings, such as an office building. They are tailored to the individual needs of users and meet future requirements in the area of Industry 4.0. This introductory video from them is a good place to understand the basics as well. If you are not very familiar with private networks (or non-public networks as 3GPP calls them), then my old tutorial is a good place to start. I also cover the basics of Campus Networks in that. 5G Private Networks and Responsibilities from The 3G4G blog post '5G Private and Non-Public Network (NPN)' - https://t.co/hicWpkmpJr via @3g4gUK #Free5GTraining #3G4G5G #PrivateLTE #PrivateNetworks #NPN #Private5G #Enterprise5G #Industrie40 #Industrial5G pic.twitter.com/3UBq5Iq0c7 — Free 5G Training (@5Gtraining) February 7, 2021 At the P rivate Networ

Back in 2019 when Vodafone UK launched 5G , they demonstrated it with a remote rugby tackle where Wasps Rugby player Juan de Jongh felt the impact of a tackle made 100 miles away by team mate Will Rowlands while wearing a haptic Teslasuit connected over 5G (and Wi-Fi).   Since then Vodafone UK have use the haptics for some other use cases too. One recent use case was to allow deaf and hard-of-hearing music fans to experience live music like never before. Vodafone unveiled some innovative 5G-enabled haptic suits that allowed people to feel the music through vibrations.  Vodafone used #5G -enabled haptic suits to allow deaf and hard-of-hearing fans to experience live music like never before. 🎵💃 Here's how it works: https://t.co/fUqYoykFE0 pic.twitter.com/faObMUHxi0 — Vodafone Business (@VodafoneBiz) July 1, 2022 These vibrations were delivered across 24 touchpoints on the wrists, ankles and torso to provide a full multi-sensory experience. You can read all about that here and wa