How 5G antennas will get built near you without you knowing
5G is here, but it won't really flourish on and until the network is built out. That physical network will be more vast and dense than that which powers current networks. It'll also cost as much as $750 billion worldwide over the next five years. Yet it comes at a time of unparalleled economic challenges that put every major project under harsh scrutiny. Now what? The reason 5G needs so many cellular antennas, or "small cells", is because it often uses higher frequency radio waves that have vast data capacity, but short range. Those high-frequency waves are also less likely to bend around buildings and obstacles than 4G signals, adding to the number of small cells needed to cover dense cities.
The other hurdle is what's behind those thousands of antennas. "The biggest piece is power and fiber, and it's not like one solution fits all," Shahini says, describing the challenge of pulling electrical wiring and high-speed fiber to thousands of cells. 5G technology also tends to use a mini data center at cell sites, capitalizing on 5G's low latency rather than sending all packets to remote servers.Once the cell is technically planned, it must also pass visual muster in the community. "A typical 5G antenna would be 2.5 feet tall and about 1.5 feet wide," says Shahini. "After a while people get used to what they look like or they are just very hard to see." That may be wishful thinking if a city is receiving 20,000 antennas the size of a movie poster at a time when .