Updated:MediaTek also explained its collaboration with SpaceX, enabling its M90 data chip, which integrates satellite communication technology, to allow mobile device users to receive critical notifications from the Commercial Mobile Alert System (CMAS), Emergency Wireless Alert (WEA), and Earthquake and Tsunami Warning System (ETWS) via low-Earth orbit satellites even in the absence of terrestrial mobile network coverage. This ensures that critical information remains uninterrupted during natural disasters or other life-threatening emergencies. Meanwhile, the WEA service has been successfully launched in the United States, Canada, and Japan, allowing over 440 million mobile device users to communicate via Starlink Mobile service in emergency situations.
At MWC 2026 this year, SpaceX's satellite communications service Starlink officially unveiled its development roadmap for its next-generation "V2" satellite constellation. Starlink executives stated that the goal of the new satellite network is to provide download speeds of up to 150 Mbps, giving users a smooth experience comparable to connecting to a traditional terrestrial 5G network. At the same time, Starlink also announced a strategic partnership with Deutsche Telekom to further eliminate communication dead zones in Europe.
100 times the data density: Aiming to create a "terrestrial 5G-like" connectivity experience
"Starlink Mobile's goal is to provide the same connection quality as a terrestrial network when you connect to a satellite system," Michael Nicolls, Senior Vice President of Engineering for SpaceX Starlink, stated clearly in his keynote address at MWC 2026. "Under ideal conditions, its performance and actual experience should be like connecting to a high-performance 5G terrestrial network."
Michael Nicolls further explained that the next-generation V2 satellite constellation will bring unprecedented transmission power, with a data density 100 times that of the existing V1 satellites. This means that under ideal conditions, the V2 network will be able to provide download speeds of up to 150 Mbps, which will not only significantly improve the smoothness of web browsing and high-definition video streaming, but also ensure the ultimate stability of voice calls.
Starlink Mobile's next-gen satellites will deliver 5G speeds from space with 100x the data density of the current V1 generation satellites
V2 satellites will seamlessly enable streaming, internet browsing, high-speed apps and voice calls, just like being connected to a… pic.twitter.com/ObPjtv0eEC
— Starlink (@Starlink) March 2, 2026
To enhance polar coverage, a "six-month troop building" launch plan will be launched in mid-2027.
In addition to the increased speed, expanding coverage is also a key focus for the V2 galaxy. Michael Nicolls emphasized that the V2 satellites will provide superior signal coverage for Earth's "polar regions," solving the blind spots that traditional communication networks have long struggled to reach.
Regarding the launch timeline, SpaceX plans to begin large-scale deployment of V2 satellites starting in mid-2027. Leveraging SpaceX's powerful launch vehicles, each launch mission is expected to send more than 50 V2 satellites into orbit. Even more impressively, Starlink aims to complete the initial V2 constellation setup in just six months.
Partnering with Deutsche Telekom to enter the European market in 2028 and fill the gap.
It's worth noting that Starlink doesn't intend to eliminate all traditional telecom operators single-handedly. During MWC 2026, Starlink also announced a major cross-industry collaboration: an alliance with European telecom giant Deutsche Telekom.
This collaboration, expected to officially launch in 2028, aims to leverage Starlink's extensive satellite constellation coverage to help Deutsche Telekom fill its network coverage gaps in Europe, achieving true seamless connectivity across the entire continent.
Analysis of viewpoints
This year's MWC can be described as a showcase of the power of "satellite communications". On one side, Taiwan Mobile partnered with AST SpaceMobile to promote "standard mobile phone direct connection", while on the other side, Starlink unveiled the V2 satellite constellation, a performance monster.
Michael Nicolls's speech revealed that Starlink is undergoing a significant market positioning transformation. Speeds of 150 Mbps and a 5G-level experience mean that Starlink will no longer be limited to disaster recovery or maritime/aviation applications; it will be able to directly compete with fixed-line broadband for general home and commercial customers in suburban areas and even some urban fringe areas.
A smarter move was the alliance with Deutsche Telekom. Starlink understood that instead of fighting tooth and nail with established local telecom giants over regulations and spectrum, it was better to partner with them as an "infrastructure provider" (B2B2C model), as it had done previously with Deutsche Telekom.T-Mobile partnershipExpanding communications within the United States. With telecom operators handling local regulation and customer service, and Starlink providing seamless signal coverage in space, this may be the best formula for the low-Earth orbit satellite industry to quickly achieve large-scale global monetization.
