Apple and SpaceX Reportedly in Talks to Bring Satellite Calling to iPhone 18 Pro
Apple is in active discussions with SpaceX to integrate Starlink’s Direct to Cell satellite technology into the upcoming iPhone 18 Pro, according to Alertify. If these talks lead to a deal, iPhone users could see satellite connectivity move from emergency-only scenarios to full-fledged communication capabilities in areas without mobile network coverage.
Apple Explores Satellite Technology Beyond Emergency Use
Currently, Apple’s foray into satellite communications is limited to its Emergency SOS feature, launched in 2022. This service, enabled by a partnership with Globalstar, allows users to send text messages in emergencies when cellular or Wi-Fi coverage is unavailable. However, the feature is limited to short messages and framed as a last-resort tool rather than a holistic solution.
Starlink’s Direct to Cell system, however, offers a much broader scope. The low Earth orbit (LEO) satellites treat devices as though they’re connected to traditional cell towers. Phones use their standard LTE configurations to connect without the need for additional hardware or external terminals. This breakthrough could pave the way for not just emergency messaging, but regular calls, texts, and even mobile data sessions in underserved and remote areas.
For Apple, the integration of SpaceX’s satellite technology would also be a strategic departure. Rather than relying solely on terrestrial networks managed by mobile carriers, Apple could take greater control over the connectivity experience. Coverage dead zones—whether in deserts, oceans, or mountainous regions—could become far less relevant.
The Industry Race Toward Satellite Connectivity
The reported talks highlight broader industry trends as manufacturers and network providers increasingly prioritize satellite connectivity. Samsung and Huawei have already explored limited satellite features in their respective devices, with Huawei enabling phone calls in China’s tightly integrated ecosystem. Meanwhile, Qualcomm is driving Snapdragon Satellite as a platform-level solution for Android manufacturers.
Unlike competitors, Apple’s vertically integrated model—encompassing hardware, software, and services—positions it to deliver a seamless satellite experience. For instance, Starlink’s previous carrier-specific agreements with companies like T-Mobile focused on enhancing network coverage. Apple, however, appears to be exploring satellite connectivity as a cornerstone feature for the iPhone, rather than a peripheral add-on.
Beyond the manufacturing race, this development also puts pressure on telecom providers. If basic connectivity is achievable via satellite, the demand (and justification) for expensive roaming charges could diminish, particularly for text and voice features. Although hurdles like satellite bandwidth limitations and high latency persist, the overall shift toward ubiquitous connectivity is clear.
What’s Next for Apple and the Industry?
So far, Apple has explored multiple paths to satellite integration, including partnerships with Globalstar and potentially leveraging existing mobile carrier infrastructure. However, active discussions with SpaceX suggest that Starlink’s Direct to Cell system may be the most scalable option. By adapting satellite signals to existing smartphone antennas, the approach dramatically simplifies adoption compared to legacy satellite phones.
Still, numerous questions remain unanswered. Will Apple blend partnerships across providers such as Globalstar and SpaceX? Will future iPhones offer tiered plans that incorporate satellite access? What technical compromises might arise in terms of battery life, antenna efficiency, or subscription pricing?
One thing is certain: Apple’s moves indicate that satellite connectivity is shifting from niche to necessity. The expectation for connectivity “everywhere” could soon redefine consumer expectations, pressuring the telecom industry to deliver better experiences in remote or underserved areas. For travelers, remote professionals, and outdoor adventurers, this shift could be transformational—eclipsing even headline features like upgraded cameras or advanced processors.
As the satellite race accelerates, the million-dollar question looms: When might “no signal” become a thing of the past?
