Verizon and Amazon Partner for Satellite Internet Access

Expanding Rural Broadband with Amazon's Satellite Network

Amazon’s satellite infrastructure is poised to play a key role in extending broadband access to underserved rural communities. According to reports from CNBC, Verizon is collaborating with Amazon to enhance fixed wireless internet capabilities within the United States’ rural regions.

This partnership will initially focus on augmenting Verizon’s existing LTE and 5G networks. Amazon’s Project Kuiper will be utilized as a “backhaul” solution, effectively increasing coverage in locations currently lacking sufficient high-speed data connectivity.

Future Applications and Technical Development

Looking ahead, Amazon and Verizon envision a future where they can deliver integrated internet solutions for a diverse range of global industries. This includes sectors like smart agriculture and transportation.

Currently, the companies are concentrating on defining the necessary technical specifications for rural broadband deployment. They are leveraging the antenna technology already under development for Project Kuiper.

Project Kuiper Deployment Timeline

A specific launch date for this satellite-enhanced service has not yet been disclosed. While Amazon has secured launch agreements for Project Kuiper satellites, the company anticipates having only half of its planned constellation in low Earth orbit by 2026.

The complete deployment of the satellite network is projected to be finalized by July 2029.

Competitive Landscape and Benefits

This collaboration also reflects a competitive dynamic within the satellite internet market. Amazon and Verizon are actively working to challenge SpaceX’s Starlink service, mitigating the risk of customer attrition – including significant corporate accounts such as Google.

Ultimately, the expansion of fast internet access to more areas of the country is a positive outcome for American consumers. Despite substantial investments by the FCC in 5G infrastructure, rural internet coverage remains incomplete.

This satellite-based approach could potentially bridge the remaining gaps in connectivity without requiring extensive and costly physical cabling throughout rural areas.

Note: This article was originally published on Engadget.