Key Points:
- STMicroelectronics expects its semiconductor space business to generate over $3 billion in cumulative revenue between 2026 and 2028.
- Low-Earth orbit revenue for the company jumped from $175 million in 2021 to a projected $1 billion in 2026.
- A decade-long partnership with Starlink helps the European chipmaker maintain a massive 90% market share in the sector.
- Export controls restrict the company from selling actual satellite technology to China, limiting sales to ground-based user terminals.
STMicroelectronics announced a massive financial goal on Monday. The Franco-Italian chipmaker expects its semiconductor space business to generate well over $3 billion in cumulative revenue between 2026 and 2028. This ambitious target relies on the booming demand for computer chips used in low-Earth orbit satellite networks. Investors reacted positively to the news, recognizing the potential for massive profits. Company shares initially jumped by as much as 7% during early trading before settling down to close 2.2% higher for the day.
The company already shows a strong track record of financial growth in the commercial space sector. Executives revealed that revenue from low-Earth orbit projects reached about $600 million in 2025. That figure represents a huge leap from the modest $175 million the company recorded just four years earlier in 2021. Now, STMicroelectronics expects to push that number even higher, anticipating close to $1 billion in space revenue for the 2026 calendar year alone. This rapid financial climb proves that the strategy to focus on space components works perfectly.
Remi El-Ouazzane, a top executive at STMicroelectronics, spoke to financial analysts on a conference call to discuss the new targets and the company’s broader vision. He expressed great optimism about the future of the commercial space industry. He told the analysts that the company sits in the very early innings of this market. He believes the demand for specialized space chips will continue to accelerate as more tech companies look to the stars to solve everyday communication problems on Earth.
Major technology companies drive this incredible surge in demand for specialized computer chips. Players like SpaceX with its Starlink network, AST SpaceMobile, and Amazon are pouring billions of dollars into low-Earth orbit satellite communications. These technology giants are transforming a previously small niche in aerospace into a massive global market. They want to provide high-speed broadband internet and direct-to-cell phone services to every remote corner of the world. As they launch thousands of new satellites, they need millions of computer chips to make the entire system function.
STMicroelectronics holds a unique and powerful advantage in this rapidly expanding field. The company relies on a highly successful, decade-long supply partnership with Starlink. They provide the essential chips that power both the satellites orbiting in space and the physical user terminals installed in homes and businesses. Executives hope this early first-mover advantage will help the company protect its massive lead. Currently, STMicroelectronics commands nearly 90% market share in this sector. They plan to fight hard to keep that dominance even as new, hungry competitors enter the commercial space race.
As one of Europe’s largest chipmakers, the company also sees a massive financial opportunity in the Chinese market. However, navigating business deals in Asia comes with strict rules and complex politics. The company expects to sell a massive number of internet user terminals to Chinese customers. El-Ouazzane explained that the company proudly operates as an unapologetically European business. This geopolitical neutrality allows the company to remain compatible with both the United States and Chinese markets, giving it a unique edge over strictly American or Chinese competitors.
Despite this clear European advantage, STMicroelectronics still faces some major roadblocks when doing business in Asia. The company must comply with strict international export controls on advanced technology. El-Ouazzane clarified that their compatibility with China starts and ends entirely at the user terminal level. He added that because of these strict export controls, the company cannot send any actual satellite technology into China. They can legally help Chinese consumers connect to the internet from the ground, but they cannot help Chinese companies build the advanced satellites that fly in space.
Looking beyond simple broadband internet, the company identified orbital data centers as an exciting and highly profitable future market. Putting massive computer servers into space could easily solve the intense power and cooling problems that plague traditional data centers on Earth. Space offers free cooling and endless solar energy. However, STMicroelectronics decided to play it very safe with its current financial forecasts. The company intentionally excluded any potential revenue from orbital data centers from its new 2026 to 2028 financial targets.
When asked about the timeline for these floating server farms, El-Ouazzane offered a cautious prediction to the reporters on the call. He guessed that the industry might start seeing a significant number of orbital data centers operating in orbit about three years from now. Until that new market truly opens up, the company will focus all its energy and resources on dominating the current satellite communications market. They plan to maintain their crucial partnerships with the biggest players in the commercial space industry to ensure their revenue continues to climb.
