Lynk Global has received regulatory approval to test it, as its satellites of direct communication with devices (D2D) can expand private networks of utility companies, using terrestrial spectrum from Anterix. Thanks to a wide network of MNO partners (mobile operators), Lynk provides periodic messaging and notification services out there through space, where there is no terrestrial network coverage (in particular in several island states).
For reference: Lynk Global is an American company, which develops and deploys a network of satellites to provide direct cellular communications to conventional, unmodified smartphones.
Anterix (NASDAQ ticker: ATEX) is an American telecommunications company, which specializes in the deployment of Private LTE networks (private wireless communication) for critical infrastructure, mainly for energy and transport enterprises.
One-year license from the Federal Communications Commission (FCC) allows Lynk to test satellite connections in range 900 megahertz with smartphones, computers, advanced routers and other communication devices in seven territories of the country. Amy Mehlman, the company's executive vice president and director of global affairs, said, that these connections can be tested using seven satellites, which Lynk already has in low Earth orbit. She also added, that the company plans to deploy a flexible satellite network with a multi-orbital architecture, multi-spectral and multi-beam design.
At the same time, Anterix joins more than 50 commercial partners-MNO, which will provide terrestrial spectrum to close their coverage gaps. Anterix, among its flagship clients are utility companies Xcel Energy and Oncor, She said, which aims to test the capabilities of satellite D2D communication for all critical infrastructure enterprises. Anterix Chief Regulatory Affairs and Corporate Communications Director Christopher Guttman-McCabe noted, that testing devices with frequency support 900 MHz in the Lynk satellite network will help clearly define the parameters of future products. This could usher in a whole new category of private, secure and fault-tolerant network services. Company management emphasizes, that this step lays the groundwork for a ubiquitous communications infrastructure. The new solution will guarantee the safety and continuity of critical communications in any situation.
Source: https://spacenews.com