FCC OKs Anterix, Lynk Global Testing of Satellite D2D at 900 MHz

Why It Matters

Demonstrating low‑band satellite D2D on existing 900 MHz private networks could give utilities resilient broadband and open a new revenue stream for both Anterix and Lynk, reshaping rural connectivity strategies.

Key Takeaways

• FCC grants experimental license for 900 MHz satellite D2D tests
• Tests will use unmodified smartphones, LMR, routers, and laptops
• Anterix targets utility customers; Lynk aims at broadband services
• One‑year license, but testing expected to finish in months
• Success could spawn joint or separate satellite‑terrestrial products

Pulse Analysis

The Federal Communications Commission’s approval of an experimental license for 900 MHz satellite‑direct‑to‑device (D2D) testing marks a pivotal step for low‑band spectrum utilization. Historically reserved for private utility networks, the 900 MHz band offers superior propagation through foliage and buildings, making it attractive for mission‑critical communications. By pairing this band with Lynk Global’s agile multi‑spectrum satellite platform, the partnership aims to prove that unmodified consumer and enterprise devices can achieve reliable two‑way connectivity without costly hardware modifications.

Anterix, a spectrum holder serving roughly a dozen utilities, and Lynk Global will conduct trials in diverse settings, from dense woodlands to isolated islands. The tests will involve a range of devices—LMR radios, smartphones, Toughbooks, and intelligent routers—to assess uplink and downlink performance under real‑world conditions. For utilities like Benton PUD, which recently signed with Anterix, the ability to overlay satellite coverage onto their private 900 MHz networks could enhance grid resilience, safety monitoring, and remote asset management, especially in hard‑to‑reach areas.

If the experiments validate the concept, the market could see a new class of hybrid connectivity solutions that blend satellite reach with terrestrial spectrum efficiency. This would position Anterix and Lynk alongside incumbents such as AT&T, T‑Mobile and Verizon, which are exploring similar D2D ventures. Moreover, the success of low‑band satellite D2D could accelerate broadband deployment in underserved rural regions, offering a cost‑effective alternative to fiber and prompting further regulatory interest in repurposing legacy spectrum for modern connectivity needs.