Wireless Internet

For 5G, rather than relying on the huge cellular towers that already loom over industrial parks and shopping centers, carriers are counting on "small cell" antennas placed only hundreds of feet apart. About the size of a backpack, a small cell is typically installed atop an existing utility pole or streetlight, sometimes with other equipment closer to the ground. The small antennas are less powerful than cell towers, covering an area of up to 1,000 feet rather than a few miles. So carriers need more of them to blanket a neighborhood.

It’s time for the Federal Communications Commission to take a fresh look at the 5.9 GHz band. After two decades and millions of dollars in wasted government subsidies, the Dedicated Short Range Communications (DSRC) experiment in the 5.9 GHz band has clearly failed. The growth of Wi-Fi over the last two decades and the potential of this spectrum to deliver better Wi-Fi only amplify this failure in policy.

During Senate Commerce’s field hearing in South Dakota on 5G wireless technology, Sioux Falls Mayor Paul TenHaken raised what he called “the wet blanket” of the coming wide-scale deployment: “I feel we also need to address ... what health impacts micro millimeter waves have because it’s so new,” TenHaken told Senate Commerce Chairman John Thune (R-SD). “I’m going to get asked this 20 times yet this evening about the health ramifications of 5G ...

The Federal Communications Commission is about to take spectrum away from rural providers.  Public Knowledge sent a letter to FCC Chairman Ajit Pai asking him to change the draft Order altering the rules for the “Citizen’s Broadband Radio Service” (CBRS) to keep several of the old rules in place. Specifically, we want the FCC to keep at least some license areas at census tract size, rather than making them bigger and therefore unaffordable for small providers like wireless ISPs (WISPs).

The whole multitrillion dollar promise of 5G — millions of jobs and new businesses — is just a pipe dream without infrastructure. Unlike 4G, which can be delivered through a relatively small number of tall towers, 5G wireless service relies on lots and lots of small receivers placed fairly close together. And installing all those little 5G cells is turning into a big fight. Pete Holmes is Seattle's city attorney.

The next generation of wireless technology, 5G, could be a huge deal. The speed — and the number of devices that can be connected — could spawn new businesses we haven't even thought of yet. It could mean $12 trillion in economic output across the world by 2035. And add some 22 million jobs. A  whiff  of that potential is why there's a race to get to 5G first between companies and countries. 

Erie's (PA) status as a smart city is poised to take on new meaning thanks to the National League of Cities, the Erie Innovation District and Velocity Network. The Innovation District, which now provides free Wi-Fi in Perry Square, is expected to develop a plan during 2019 to roll out free wireless internet that could eventually blanket the city of Erie, said Karl Sanchack, the organization's CEO.

Whether they are Wi-Fi kiosks, urban sensors, fiber networks, or built-from-scratch “smart” neighborhoods, new urban technology deployments are under the microscope. Despite the potential of these projects to drive innovation and economic growth, they are often met with mixed reception and a myriad of justifiable questions. Take the Quayside project in Toronto led by Sidewalk Labs.