Here is why AT&T and Verizon are limiting 5G service

AT&T Inc. (NYSE: T) and Verizon Communications Inc. (NYSE: VZ) has announced that they will limit their 5^th generation wireless service for at least six months as regulators evaluate the effect of the signals on aircraft sensors, as they seek to solve the conflict that both industries have faced.

Mobile companies reveal limits on next-generation 5G service

In a letter to the Federal Communications Commission on Wednesday, the mobile companies revealed the proposed limits. According to a copy acquired by The Wall Street Journal, the telecommunication companies claimed they would cut the cell-tower power levels nationally and apply stricter power limitations near helipads and airports.

The companies told FCC chairwoman Jessica Rosenworcel:

According to persons familiar with the situation, wireless industry executives have regularly met with FAA and FCC experts to examine interference concerns and potential solutions. Rosenworcel said:

An FAA spokesperson labeled the proposal "an important and encouraging step, and we are committed to continued constructive dialogue with all of the stakeholders.” He said that the FAA believes the 5G service in the band telecommunication companies are using can coexist safely with aviation.

Another source familiar with the situation claimed that wireless sector executives do not anticipate these temporary limits to significantly impact the bandwidth they supply consumers since networks route signals away from airport tarmacs and planes.

FAA concerned that 5G could mislead radar altimeters

Following concerns made by FAA leaders about the anticipated 5G service, the carriers postponed their launch plans until early January. Officials with the Federal Aviation Administration were concerned that the new transmissions would mislead some radar altimeters, which airplanes use to determine their distance from the ground.

According to FAA Administrator Steve Dickson, both safe flight operations and spectrum exploitation for 5G services are possible. He explained: