• Driven by premium devices from OEMs such as Apple, Samsung, Google and Huawei, satellite connectivity will reach 46% of the smartphones shipped globally in 2030.
• Proprietary solutions will drive the market in the near term as 3GPP NTN faces challenges around ecosystem readiness.
• The lack of killer use cases is limiting the growth of the 3GPP Release 17-based satellite smartphone market. Release 19 will likely enable broader mid-tier adoption.
• North America leads in global adoption, driven by early investment from telecom operators, satellite operators and smartphone OEMs.
• Qualcomm leads among satellite Android chipset vendors, while MediaTek, Samsung, Google and HiSilicon are increasing competition and accelerating mass adoption.              

Satellite connectivity in smartphones is entering a critical growth phase, with NTN-capable devices projected to account for 46% of global smartphone shipments by 2030, according to Counterpoint Research’s latest Smartphone Satellite Connection Report. 

Proprietary solutions will drive the market in the near term as 3GPP NTN faces challenges around chipset readiness, operator certification and service maturity.

Apple was the first mainstream smartphone brand to offer satellite connectivity by partnering with Globalstar for the iPhone 14 in 2022.

The recent acquisition of Globalstar by Amazon provides immediate scale and opens up a new revenue stream for Amazon around connectivity-as-a-service.

Huawei was the second player to bring satellite connectivity to smartphones in 2023, and now more than 10 brands are offering it in smartphones.

Commenting on the smartphone OEM dynamics, Soumen Mandal, principal analyst said,

“Apple remains the leading smartphone OEM in terms of NTN-capable smartphone shipments, while Samsung leads the Android ecosystem. Similar to Apple, Huawei and Google follow the proprietary NTN approach. Other Android players, including Samsung, Xiaomi, OPPO, HONOR and vivo, have aligned with 3GPP NTN to enable broader scalability and interoperability.”

The satellite smartphone market is mostly driven by the premium segment, but the lack of killer use cases is limiting mass adoption. 3GPP Release 17-based use cases are limited to SOS and messaging. While 3GPP Release 18 will help further adoption across brands in the premium segment, mass adoption in the mid-price segment is expected only with Release 19.

Commenting on the satellite smartphone SoC market competitive landscape, Shivani Parashar, senior analyst said,

“Qualcomm has been at the forefront among Android chipset players in enabling satellite connectivity through its Snapdragon X80 and X85 modems, followed by Huawei, Google and Samsung. MediaTek is also advancing NTN integration through its MT6825 5G SoC. More participation from chipset players will increase competition while potentially helping scalability.”

The partnerships entered into by North American telecom players, such as T-Mobile with SpaceX, AT&T with AST Mobile and Rogers with SpaceX, along with Apple’s tie-up with Globalstar, have helped bring satellite connectivity to smartphones, making North America an early leader in the field. Though telecom operators in other regions, like Europe and China, are not rushing to offer satellite connectivity, satellite operators are increasing capacity to cater to the mass market.

Commenting on the satellite smartphone market outlook, Peter Richardson, research vice President said,

“Nearly one in two smartphones is expected to support satellite connectivity by 2030. Apple, Google and Samsung will lead in terms of overall penetration, but Android brands targeting the entry and mid-price segments will see less penetration. Satellite offerings by more Android players and telecom operators beyond developed markets will play a key role in accelerating global adoption.”

The satellite smartphone connectivity space is expected to create opportunities across the entire ecosystem, including smartphone OEMs, SoC vendors, component players, telecom operators and satellite operators.

Beyond this, it will also unlock new service models and bundled offerings, where companies like Amazon could integrate satellite connectivity into platforms such as Amazon Prime to enhance the overall consumer experience.

However, the pace of growth will depend on the collaboration of ecosystem players to solve issues such as design and cost constraints, limited use cases, regulatory complexities and network immaturity.

Step outside cities into rural or remote areas and the difference is obvious, with slower speeds, unstable connections, or no service at all.

In 2026, that situation is starting to change and a new wave of smartphones is bringing satellite communication into the mainstream, providing connectivity in places where traditional cell towers simply don’t exist.

Manufacturers are rolling out these features across more devices and price ranges, but can satellite-enabled phones actually replace cellular networks?

The Phones Driving the Satellite Shift

What sets this moment apart goes beyond the technology, the devices are pushing it forward.

One of the more surprising entries is the Infinix Note 60 Pro, launched at CES 2026. Unlike earlier satellite phones that were limited to emergency use, this device supports two-way communication, including voice calls and text messages, via low-Earth orbit satellites.

That makes it especially relevant for markets like Africa, where coverage gaps are still a worrisome issue.

At the premium end, Samsung is taking a more structured approach with the Galaxy S26 series, building satellite connectivity around partnerships with telecom operators.

This allows users to switch to satellite networks when cellular service drops, particularly useful in remote locations or during emergencies. More importantly, it goes beyond SOS features, enabling basic messaging and limited data use.

Huawei is also advancing its satellite capabilities through China’s Beidou system, and this has become a trend of region-specific solutions.

Taken together, these developments show that satellite communication is moving out of the experimental phase and into everyday use.

Why It’s Important, Especially in Rural Areas

In countries like Nigeria, mobile coverage in rural areas is limited. Expanding traditional infrastructure is expensive and, in some locations, impractical.

Satellite connectivity provides a different approach. Instead of relying on ground-based towers, users can stay connected almost anywhere.

This can make a huge difference by allowing people to communicate during network outages, reach remote communities, and stay connected without depending on nearby infrastructure.

For many users outside urban centres, that could be a huge relief.

Satellite vs Cellular: Not a Straight Fight

It’s easy to assume satellite technology is here to replace mobile networks, but that’s not what’s happening, at least not yet.

When it comes to speed, cost, and everyday usability, cellular networks still have the edge, especially in cities. High-speed 4G and 5G are far better suited for streaming, gaming, and heavy internet use.

Satellite connectivity is solving a different problem. It’s about extending coverage to places where networks don’t reach, rather than competing directly with them. In that sense, it complements existing infrastructure instead of replacing it.

That’s why most satellite-enabled smartphones still rely on cellular networks as their primary connection, switching to satellites only when needed. This hybrid model is quickly becoming the standard.

Satellite smartphones are not ready to replace traditional cellular networks. They still face limits in speed, affordability, and daily usability.

But they don’t have to compete head-on to be important. In areas where mobile networks are unreliable or unavailable, satellite connectivity could become the main way people stay connected.

So, the technology is expected to improve and become more affordable. Rather than replacing cellular networks, satellite communication is likely to expand their reach, bringing connectivity to places that have long been out.