T-Mobile and starlink expand satellite internet for smartphones; See compatible models

Global connectivity is undergoing a significant transformation with the partnership between T-Mobile and Starlink, SpaceX’s satellite internet project. This collaboration aims to provide internet coverage in remote areas where traditional infrastructure is either nonexistent or insufficient. Using low-orbit satellites, the service promises stable and accessible connections for a large number of users, eliminating the well-known “dead zones” of mobile coverage. This technological advancement marks a milestone in digital inclusion, enabling access to essential services such as communication, distance education, and remote medical care.

Since December 2024, a testing phase has allowed users of major U.S. carriers, including Verizon and AT&T, to experience the technology for free until July 2025. After this period, T-Mobile customers will continue to access the service at no additional cost if they are on the Go5G Next plan. Those on other plans can subscribe for $15 per month, while customers of competing carriers can access it for $20 per month. The expectation is that expansion will continue, covering new markets and compatible devices.

To use the technology, smartphones must meet specific compatibility requirements. The list of supported devices includes models from leading manufacturers, all equipped with advanced technology to support satellite connections.

How Starlink Satellite Internet Works on Smartphones

Satellite internet technology uses low-orbit satellites to provide connectivity without relying on land-based infrastructure such as antennas and telecom towers. Starlink, which operates a network of thousands of satellites, enables users to access the internet from virtually any location, provided they have a compatible device. This allows access in rural, maritime, and even geographically challenging regions.

This technological innovation promises to revolutionize how the internet is distributed, reducing dependence on traditional infrastructure and significantly expanding global coverage. With the increasing demand for connectivity in isolated locations, Starlink’s technology emerges as an efficient solution to ensure reliable and fast internet access.

List of Smartphones Compatible with the Technology

Device compatibility is crucial to ensure the proper functioning of satellite connections. Supported models include the latest releases from leading manufacturers:

• Apple: iPhone 14, iPhone 15, iPhone 16
• Google: Pixel 9 series
• Motorola: Razr (2024), Razr Plus (2024), Moto Edge, Moto G Power 5G (2024)
• Samsung: Galaxy A14 to A54, Galaxy S21 to S25, Galaxy Z Flip 3 to Z Flip 6
• T-Mobile: REVVL 7 5G and 5G Pro

Software updates are essential for devices to fully utilize satellite connectivity. Starlink and T-Mobile continue testing new models and updating compatibility lists to expand coverage to more users.

Benefits of Satellite Internet for Global Connectivity

Expanding satellite connectivity represents a significant advancement for various regions worldwide, particularly those with limited access to conventional internet. Some key benefits include:

• Expanded coverage: Enables internet access in locations where traditional mobile networks do not reach.
• More stable connection: Reduces signal drops and fluctuations common in areas with poor coverage.
• Digital inclusion: Allows rural and isolated communities to access essential services such as telemedicine and distance learning.
• Reduced dependence on land-based infrastructure: Eliminates the need for telecom towers to provide internet.

The partnership between T-Mobile and Starlink strengthens this trend, ensuring that more people have access to reliable connections regardless of location.

The Economic Impact of Satellite Internet

Expanding internet access through Starlink has a direct impact on the economic and social development of the regions it serves. Reliable connectivity enables:

• Growth of digital commerce: Small businesses can sell products and services online.
• Attracting investments: Increased connectivity makes remote areas more attractive for businesses and startups.
• Expansion of remote work: Professionals can work from anywhere with quality internet access.
• Advancements in telemedicine: Improves access to remote consultations and medical exams.

Technology’s evolution promises a significant transformation in the digital market, creating new opportunities for millions of people.

Global Adoption of the Technology and Future Expectations

Starlink has already initiated similar collaborations in other countries to expand global connectivity. One of the most recent examples occurred in New Zealand, where the operator One NZ launched a nationwide satellite messaging service in partnership with SpaceX. The service is initially available for specific models, with plans to expand to voice calls and data services in the future.

Over the coming years, more telecom providers worldwide are expected to partner with Starlink to offer satellite connectivity to their customers. The ongoing development of the technology may result in the elimination of “dead zones,” ensuring that anyone can access the internet from anywhere in the world.

Challenges and Limitations of Satellite Internet Technology

Although satellite internet represents an important advancement in connectivity, some challenges still need to be addressed:

• Data limits: Some plans may have monthly usage restrictions, affecting continuous use.
• Adoption cost: Compatible devices and plans can be expensive, limiting access for some users.
• Weather interference: In extreme weather conditions, the connection may experience temporary fluctuations.
• Latency: Although lower than traditional satellites, latency can still be higher than land-based connections.

Starlink continuously works to mitigate these limitations by investing in new technologies that enhance connection stability and accessibility.

Technology Expansion and SpaceX’s Role in the Future of Connectivity

SpaceX, the company behind Starlink, plans to continue expanding its satellite network to further improve the service. Currently, the constellation consists of thousands of satellites in orbit, with new launches occurring regularly to enhance coverage and network capacity.

In the coming years, technology may become even more accessible, allowing an increasing number of users worldwide to enjoy high-quality connections. The trend points toward increasingly efficient global connectivity, reducing the digital divide and promoting technological and economic development on a broad scale.