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JUST IN: SpaceX picked Qualcomm to power Starlink Mobile's nationwide U.S. 5G network. Starlink Mobile is building one network of satellites plus ground 5G towers, so your phone stays connected anywhere in America. • Qualcomm Dragonwing QRU100 and QDU100 chips in the base stations
• 64T64R Massive MIMO radios
• Tens of thousands of cell sites over a multiyear deal
• Rollout starts in 2027 Qualcomm calls it its largest 5G initiative to date. Starlink Mobile is lining up against Verizon, AT&T and T-Mobile. Source:

Breaking News: SpaceX $SPCX and Qualcomm just announced a multi-year deal to build Starlink Mobile’s nationwide terrestrial 5G network in the U.S., with rollout starting in 2027. Qualcomm’s Dragonwing QRU100 and QDU100 platforms will power tens of thousands of cell sites, using 64T64R Massive MIMO for better coverage, capacity, and spectrum efficiency. Power-efficient processing improves deployment economics at scale, and the architecture supports multiple bands with a path to AI-native 6G. The goal: the first fully integrated satellite-plus-terrestrial mobile network in the country. Satellites overhead, 5G on the ground, one seamless experience. Qualcomm calls it its biggest 5G deal to date. Financial terms weren’t disclosed. This puts SpaceX on a direct collision course with AT&T, Verizon, and T-Mobile — and it’s another data point that SPCX is building infrastructure, not just rockets.

🚀 Global Space Industry Daily | November 6, 2026 Five key developments shaping the global commercial space industry. 1. Guoxing Aerospace Launches Hong Kong IPO On November 5, Guoxing Aerospace officially launched its Hong Kong IPO, offering approximately 301.21 million H shares at HK$24.90–33.20 per share, targeting gross proceeds of up to HK$1 billion. The company expects to list on November 13. As of October 20, it had 114 pending AI satellite orders with a total contract value of approximately RMB 3.475 billion. The IPO marks another major financing milestone for China’s commercial satellite industry. 2. Qualcomm Partners with SpaceX on Starlink 5G Infrastructure On November 4, Qualcomm announced a multi-year partnership with SpaceX to provide 5G base station infrastructure for Starlink’s U.S. mobile operations. The collaboration will leverage Qualcomm’s Dragonwing QRU100 and QDU100 platforms, alongside commercial-grade Layer 1 software and massive MIMO radio technology. Deployment of tens of thousands of new sites across the United States is planned to begin in 2027, potentially expanding the integration of satellite and terrestrial mobile networks. 3. Cangyu Aerospace Completes Key NTN Technology Acceptance On November 4, Cangyu Aerospace completed China’s first commercial high-orbit inter-satellite relay system NTN technology acceptance evaluation in Shenzhen. The ground verification system passed all key performance indicators, with more than 10 patent applications submitted. The system is designed to relay data between low-Earth-orbit spacecraft and ground stations, reducing reliance on ground-based tracking and telemetry windows. 4. HuanTian Intelligence Raises RMB 1.2 Billion in Series B Financing On November 4, HuanTian Intelligence completed its Series B equity financing through the Shanghai United Assets and Equity Exchange, raising a total of RMB 1.2 billion. The funding will support the expansion of its satellite constellation and ground-based tracking, telemetry and control infrastructure. The company has already launched 20 satellites, establishing coordinated optical and SAR observation capabilities. 5. SES Demonstrates Space-to-Ground Laser Communications On November 4, Luxembourg-based satellite operator SES announced the successful completion of a two-way optical communication demonstration between the ground and space through its meoSphere Pathfinder 1 mission. Conducted with multiple partners, the demonstration validated the feasibility and interoperability of space-to-ground optical communication links. The technology will support SES’s planned meoSphere medium-Earth-orbit satellite network, targeted for operational deployment in 2030. 📌 Today’s Industry Takeaway The commercial space industry is advancing across three critical dimensions: * Satellite Infrastructure: New financing and investment are accelerating constellation development and ground infrastructure expansion. * Connectivity: The integration of satellite networks with 5G and NTN technologies is opening new possibilities for global communications. * Space Communications: Optical inter-satellite and space-to-ground links are becoming increasingly important for next-generation satellite networks. The next phase of commercial space growth will depend not only on launching more satellites, but also on building reliable, scalable and interconnected space infrastructure. #SIMANLABS# #SpaceIndustry# #SatelliteTechnology# #Starlink# #SpaceX# #5G# #NTN# #NewSpace#

🚨 This is huge!! @Qualcomm & @SpaceX signs multi-year deal to enable "Starlink Mobile" to expand its footprint from Stars to the Ground. Congrats @cristianoamon @elonmusk So, SpaceX is building first of a kind a realhybrid a real terrestrial 5G+ satellite network and will revolutionize the telco industry. Key initial analysis: ➡️ Elon's ambitions are huge to build a nationwide competitor, not niche — but matching Verizon/T-Mobile/AT&T density and capacity will take years and serious capital. ➡️SpaceX has been assembling spectrum (~65 MHz from EchoStar in the 2 GHz range + up to ~14 MHz paired 800 MHz low-band from Grain Management) and has reportedly been talking to tower companies for ~80k sites. Major carriers each operate on roughly 60–80k sites with far more spectrum (typically 300–400+ MHz). ➡️Qualcomm is supplying Dragonwing QRU100 - RU & QDU100 - DU platforms + L1 software for Starlink Mobile’s US base stations will sport Massive MIMO 64T64R radios. Tens of thousands of macro sites starting 2027 ➡️Not classic Open RAN (Qualcomm does radio + L1; SpaceX owns L2/L3), but a split-stack design aimed at scale and future 6G. ➡️ Hybrid satellite + terrestrial. Spectrum is limited (~80 MHz assembled so far vs. 300–400+ MHz for the Big 3), so efficiency matters. ➡️ Significant implications on $VZ $T $TMUS More analysis coming.. $SPCX $QCOM