Starlink 5G Mobile Chip for Phones: SpaceX Leverages Dish Spectrum

Key Takeaways

1. SpaceX will launch V3 Starlink satellites next year, offering 10 times the throughput of the current V2 generation with a capacity of 1 Tbps.
2. Dedicated equipment, such as the expensive Performance kit, is needed to access gigabit speeds, though improvements to the Starlink Standard dish may be forthcoming.
3. The new V3 satellite constellation aims to create a 5G Starlink network that can connect directly to smartphones, with some models already compatible with an additional solution.
4. SpaceX is developing custom connectivity chips with mobile processor manufacturers to allow smartphones to connect directly to Starlink’s 5G service, with testing beginning in 2026.
5. Strategic partnerships with major mobile chipset manufacturers are in progress to integrate Starlink connectivity directly into smartphones, moving away from reliance on carrier partnerships.


SpaceX is set to initiate the launch of its V3 satellites next year, kicking off its gigabit network. The new Starlink satellites are comparable in size to a Boeing 737 and will offer 10 times the throughput of the current V2 generation, with a staggering capacity of 1 Tbps. Users can expect peak Starlink speeds to surpass 1 Gbps for downloads and 160 Gbps for uploads, with the uplink being 24 times faster than what’s currently available on the Starlink network.

Dedicated Gear Needed

To fully experience the gigabit Starlink speeds, dedicated equipment is essential. The only dish that can currently support these speeds is the expensive Performance kit, which is aimed at enterprise clients. There is a possibility that Starlink may enhance the Starlink Standard dish, which is presently on sale at Amazon, to accommodate gigabit speeds, at least theoretically. Additionally, the company intends to provide fast satellite Internet access directly to cell phones.

Future of Connectivity

The forthcoming launch of its direct-to-cell V3 satellite constellation will enable SpaceX to establish a 5G Starlink network that transmits data from space. The company is already considering ways to connect every phone to Starlink. Currently, smartphones in the new Pixel 10 series and the Galaxy Z Fold 7 and Z Flip 7 can connect to the Starlink direct-to-cell satellites with an additional solution. However, after acquiring $17 billion worth of Dish spectrum, SpaceX is contemplating a more integrated solution.

Custom Chips in Development

SpaceX is reportedly in discussions with leading mobile processor manufacturers to incorporate a custom Starlink satellite connectivity chip into their devices. These new chipsets would allow iPhones, Pixels, Samsung Galaxies, and others to connect directly to the future Starlink 5G service, eliminating the need for the current dish kit.

Testing for the first phones equipped with these Starlink chips is expected to begin in 2026, with Starlink aiming to complete its V3 direct-to-cell satellite constellation by 2027. By that time, most smartphones should have the capability to access fast satellite Internet data directly. However, it’s important to note that while SpaceX’s Starlink service will comply with the 5G network standard, due to its space-based nature, it may reach speeds closer to LTE Advanced, around 100 Mbps.

Despite these advancements, this remains a significant upgrade compared to current carrier satellite connectivity services, like the T-Satellite collaboration with T-Mobile, which primarily supports messaging and image sharing, with only a select number of apps such as Google Maps optimized for Starlink direct-to-cell satellite data.

Strategic Partnerships

Gwynne Shotwell, SpaceX’s President, mentioned that the company is currently working on a custom Starlink connectivity modem for major mobile chipset manufacturers like Qualcomm, Apple, or MediaTek. The aim is to ensure that the appropriate Starlink chip is integrated into all phones, rather than depending on carrier partnerships such as T-Satellite. Shotwell noted, “Now it’s our spectrum, but we want to collaborate with them, essentially providing capacity and wholesaling it to their customers.”

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