FCC's New 5G Rules Favor Fast Setup Over Federal Reviews (cnet.com)

In a 3-2, party-line vote Thursday, FCC commissioners passed a measure that exempts small cell radio deployments from federal environmental and historical preservation reviews originally meant for large cell phone towers. The vote didn't affect reviews from towns and cities, but the agency may consider exemptions for those reviews later this year. CNET reports: Republican FCC Commissioner Brendan Carr has been leading the agency's charge in promoting 5G. He said the exemptions are sorely needed because reviews have been costing wireless operators too much and have slowed deployments. In 2017, these federal reviews cost providers $36 million. He anticipates that as 5G deployments increase in the coming year they could cost providers as much as $241 million. Meanwhile, he said FCC records show that less than 1 percent of cases reviewed resulted in any changes to planned deployments.

"The disproportionate fees are the product of a broken and outdated system," Carr said. "This threatens to hold us back in the race to 5G or limit the business case to densely populated or affluent areas." He added that with Thursday's rule change, the FCC "can flip the business case for thousands of communities." Democratic Commissioner Jessica Rosenworcel, however, said that though the current reviews process does involve red tape, Thursday's change "misses the mark" and also runs afoul of key environmental and historic preservation values.

Comments

Re:Aren't they deploying on existing towers?

[mi]

Is there something fundamentally different about 5G that they can't deploy on all the existing towers?

Yes, there is. The higher frequency (15GHz!!) affords higher bandwidth, but requires many more towers because of the shorter range:

As far as frequency, the 5G test network used a 15 GHz frequency band, which is higher and shorter range than current 3G/4G cellular frequencies that top out at around 2.6 GHz, i.e. 2600 MHz LTE Band 7. The choice of short-range would make deployments of this technology suitable for densely populated urban areas, where many base stations could be deployed to offer super-fast speeds over a small area.

I'd also wager, that tracking your device's location will also become more precise...