FCC Greenlights Satellite Tests
In a significant development for telecommunications, Lynk Global has received the green light from the Federal Communications Commission (FCC) to embark
on crucial tests. These trials will explore the potential of Lynk's direct-to-device (D2D) satellite capabilities to expand the reach of private utility networks. The collaboration involves leveraging Anterix's terrestrial spectrum, specifically the 900 megahertz band, within the United States. This one-year license from the FCC permits Lynk to conduct tests across seven designated areas nationwide. During these tests, Lynk will utilize its existing fleet of seven low Earth orbit satellites, effectively acting as orbiting cell towers. These tests are designed to assess the performance of satellite links with a variety of devices, including standard smartphones, personal computers, and advanced communication routers, promising to bridge coverage gaps for critical infrastructure.
Satellite as Cell Towers
The core of this innovative testing lies in a novel approach: using satellites as mobile network towers in the sky. Lynk plans to integrate Anterix's equipment, operating on its licensed 900 MHz spectrum, with Lynk's satellites. This allows for the extension of communication services into areas where traditional terrestrial networks fall short. Previously, Lynk has demonstrated its ability to provide intermittent messaging and alert services in remote island nations by utilizing spectrum from partner mobile network operators. This new venture with Anterix signifies a move towards more robust and widespread connectivity solutions for essential services. The company is also in the process of finalizing its merger with Omnispace, which holds satellite S-band spectrum, further enhancing its capacity to deliver comprehensive D2D services, including messaging, voice, and data.
Enhancing Critical Infrastructure
This partnership holds immense promise for critical infrastructure enterprises, including utility companies like Xcel Energy and Oncor, who are flagship customers of Anterix. By testing the integration of 900 MHz-enabled devices with Lynk's satellite technology, insights will be gained into developing new categories of private, secure, and resilient network services. This advancement could lead to a future where mission-critical communications are universally accessible, bolstering safety, reliability, and overall resilience, irrespective of environmental conditions. Anterix has brought together over 50 commercial mobile network operators who are contributing their terrestrial spectrum to address coverage deficiencies. Lynk has already achieved network integration with more than 30 of these operators globally, who are actively testing the service in anticipation of its full launch. The tests are scheduled to commence on May 31st in North Dakota, Hawaii, Oklahoma, Iowa, Arkansas, Oregon, and Texas.
