Amazon’s trying to launch a global satellite cellphone network in 2028
Amazon has filed an FCC application to deploy over 5,000 low Earth orbit satellites, partnering with Globalstar to offer direct-to-device connectivity.
Stock photo for illustration only, not from the actual event
- Amazon filed an FCC application for a new LEO constellation of 5,105 satellites
- Targeting a 2028 launch to provide voice, messaging, and data services
- Leveraging Globalstar's spectrum and continuing Apple-related satellite partnerships
- Satellites will process signals in orbit before relaying to improve performance
Amazon submitted an application to the Federal Communications Commission on Saturday, proposing a brand-new low Earth orbit satellite constellation designed to deliver direct-to-device satellite services for voice, messaging, data, and emergency communications. Pending approval, the company intends to begin launching the 5,105-satellite constellation in 2028. Amazon plans to collaborate with mobile network operators to deliver these direct services, mirroring Starlink's existing partnership model with T-Mobile.
Earlier this year, Amazon announced the acquisition of Globalstar's satellite network alongside taking over its agreement to supply direct-to-device satellite features for Apple devices. According to the company, the upcoming constellation will utilize Globalstar's spectrum while maintaining collaborative efforts with Apple for future satellite offerings on the expanded network. Furthermore, Advanced Television notes that the FCC filing requests authorization to utilize spectrum assigned to Iridium's satellite network outside the United States, amidst Rocket Lab's ongoing acquisition and expansion plans for Iridium.
Stock photo for illustration only, not from the actual event
This new constellation and direct-to-device connectivity are intended to complement the broader broadband services Amazon plans to roll out through its LEO platform. Beyond everyday consumer usage, the infrastructure will also support critical applications such as disaster response and emergency messaging services.
Amazon stated that the direct-to-device satellites will handle signal processing directly while still in orbit prior to relaying them, a method meant to enhance overall performance. This forthcoming constellation will boast nearly double the capacity of Amazon's original LEO network plan, which consists of roughly 3,200 satellites. As of July 2nd, Amazon reported that over 375 of those initial satellites have successfully launched into space.
Amazon's aggressive push into direct-to-device satellite communications highlights the intensifying space race to eliminate cellular dead zones worldwide. By leveraging Globalstar's existing spectrum and implementing in-orbit signal processing, Amazon aims to overcome traditional limitations of satellite connectivity such as high latency and low bandwidth. If successful, this ecosystem could fundamentally reshape how standard mobile devices interact with satellite infrastructure during emergencies or in remote areas.
Source: The Verge
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