SpaceX aims to become a giant in integrated communications operations, with plans to partner with Charter Communications to expand the Starlink satellite network.

Media reports, citing informed sources, have revealed that executives from the American super tech giant SpaceX (SPCX.US), founded by Musk and the American communications infrastructure giant Charter Communications (CHTR.US) have held high-level discussions and are planning to establish a partnership, with a focus on launching mobile communication services for consumers in the United States. The strategic significance of this potential partnership is not only to add a mobile phone product to SpaceX's Starlink under the satellite broadband service, but also to transition SpaceX from a "satellite broadband service provider" to an "integrated space-earth communication operator". The term "integrated space-earth communication operator" refers to Starlink integrating the low-orbit satellite network in the sky, ground broadband/fiber/core network, mobile terminals, spectrum resources, billing systems, and consumer channels into an operable mobile communication network. If SpaceX acquires ground broadband infrastructure and customer channels like Charter, SpaceX will not only sell "satellite broadband", but may also integrate satellite coverage, ground feedback, mobile numbers/plans, consumer operations, and future data services to position itself as a "US integrated space-earth mobile communication service provider". Informed sources stated that a potential deal would pave the way for Musk's rocket launch and AI tech company to transmit some of its mobile phone traffic through a ground-based internet infrastructure provided by the telecommunications company. As private negotiation details have not been disclosed, these sources have requested anonymity. Most of SpaceX's profits and cash flow come from its Starlink home and enterprise-level satellite internet service. Starlink Mobile, under the SpaceX Starlink umbrella, currently provides satellite-based mobile internet services through one of the three major US telecom giants, T-Mobile (TMUS.US), at a monthly price of $10 for messaging and global coverage calls and internet traffic services. If a final agreement is reached with the largest American home internet company Charter, it will enable SpaceX, a leader in space exploration and AI, to operate more efficiently as a giant telecom service provider directly targeting global consumer segments with mobile phone and communication, internet traffic comprehensive telecommunications services. Charter refused to comment on the latest collaboration news leaked to the media, while SpaceX did not immediately respond to requests for comment. SpaceX's communication landscape is approaching the three major carriers: if the Charter negotiations are successful, Starlink will upgrade from home broadband to a global connectivity platform. Driven by this development, Charter Communications' stock price rose by more than 26% in pre-market trading on Monday, leading its competitor Liberty Broadband to show a rare and strong approximate rise. SpaceX has already provided direct mobile services in the US through T-Mobile, supplementing ground network coverage with satellites, with the goal of extending connectivity to remote areas and traditional cellular dead spots. For the future prospects of Starlink's operations, the value of the telecommunications company lies in ground-side access, broadband feedback, home customer channels, and mobile business experience: as of the first quarter of 2026, Charter had 29.6 million internet customers, 12.1 million Spectrum Mobile lines, and 31.7 million customer relationships, all of which could complement Starlink's transition from "sky coverage" to "ground distribution and billing operation". For SpaceX's future growth prospects, this means that Starlink, a "super cash cow", has the opportunity to expand from home broadband as a single main axis to a multi-layer revenue platform covering home broadband, mobile communication, enterprise connectivity, and future AI edge networks. SpaceX had a revenue of about $18.7 billion in 2025, with the Starlink-driven connectivity business contributing $11.4 billion, accounting for about 61% of total revenue; as of the end of March 2026, Starlink had reached 10.3 million users. In its IPO filing last month, SpaceX clearly outlined the company's future core growth directions towards Starlink Mobile, consumer AI platform monetization, orbital AI computing infrastructure, and estimated its total addressable market at as high as $28.5 trillion, with the connectivity market at $1.6 trillion and the AI market at $26.5 trillion. This to a certain extent indicates that if the cooperation in mobile communication and telephone business is successful, it will not only be "selling another package", but will help SpaceX transform its satellite network into a broad-based connection base serving consumers, industrial equipment, vehicles, drones, fully autonomous driving systems, humanoid robots, space orbital AI data centers, and future AI intelligent entities. Starlink-led satellite internet is leading the rise of the "new king"! Targeting traditional network territories The future wave of satellite internet led by Starlink is likely to continue to erode the territory of traditional telecom operators like AT&T in low-density broadband, edge wired networks, some FWA substitutes, enterprise backup links, and direct mobile phone incremental markets, but at least they will not completely replace traditional broadband/fiber and wireless communications, cellular main networks in the short term.. Traditional US telecom giants such as AT&T have both vast traditional wired network assets and are accelerating their bets on 5G and fiber optic technologies. However, recent reports from Wall Street institutions like Oppenheimer suggest that these telecom giants are increasingly impacted by low-orbit satellite broadband such as Starlink, and that low-orbit satellite systems will become a new infrastructure layer for global connectivity maps, forcing a re-evaluation of the fundamental moats of traditional telecom operators. Technologically, the revolutionary aspect of low-orbit satellites is that they shift satellites from traditional high-orbit, high-delay, low-capacity modes to near-earth orbit, large-scale constellations, frequent reuse, low latency, and rapidly iterative network architectures. Starlink is currently one of the absolute dominators in the low-orbit internet market, with reports indicating that its user base has exceeded the 9 to 10 million level; and regarding the next-generation V3 satellite, media reports have claimed significantly higher network capacity, with data suggesting that a single launch can bring far higher capacity range than the V2 Mini and support a higher bandwidth experience. The direct mobile satellite communication market is predicted by institutions to grow from $3.56 billion in 2026 to $26.57 billion in 2034, with a compound annual growth rate of approximately 28.54%; this indicates that in the future, satellites will not only be substitutes for home broadband, but may also become a supplementary layer for mobile communication networks, covering emergency communication, wilderness communication, maritime, aviation, IoT, and weak coverage areas. Traditional operators can choose to cooperate with satellite companies to extend their networks, or they may be directly bypassed by new players like Starlink and AST SpaceMobile, who target high-value users, international roaming, enterprise connectivity, and IoT scenarios.