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This paper addresses the increasing complexity of selecting passive components for Low Earth Orbit (LEO) satellite systems, as spacecraft architectures evolve and constellation deployments scale. Engineers must determine when to use commercial, automotive-qualified, enhanced-screened, or space-quali

LEO satellite passive components satellite system spacecraft design electronic components environmental conditions system-level design component selection

Win Semiconductors unveils 0.1μm GaN for AI, satellite links - digitimes

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www.digitimes.com 2026-09-03

On September 1, 2026, Taiwanese compound semiconductor manufacturer WIN Semiconductors unveiled its 0.1μm gallium nitride (GaN) technology aimed at enhancing high-speed transmission, targeting applications in artificial intelligence and satellite communications. This development underscores the grow

GaN technology Semiconductor manufacturing AI chips Satellite communications Compound semiconductors RF chips Power devices 5G technology

Qualcomm and KAUST to advance Saudi Arabia’s 6G and AI ambitions - SatellitePro ME

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satelliteprome.com 2026-09-02

Qualcomm and KAUST have announced a strategic partnership to advance Saudi Arabia's 6G and AI ambitions, marking a significant milestone in the kingdom's digital transformation journey. This collaboration represents Saudi Arabia's commitment to becoming a regional and global technology hub through s

6G technology Artificial Intelligence Saudi Arabia Qualcomm KAUST Semiconductor Communication technology Technology collaboration

Growth in low-Earth-orbit satellite communications accelerates; further boosts demand for GaN components - digitimes

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www.digitimes.com 2026-08-26

Since SpaceX began using reusable rockets for launch missions, its payload capacity has continuously increased. By 2025, the total payload mass carried by its rockets surpassed 2,300 metric tons, far exceeding what conventional rockets can achieve. This exceptional lift capability, combined with hig

Low Earth Orbit Satellite Communications Gallium Nitride Components SpaceX Starlink Space Launch Power Amplifier Semiconductor Materials

SpaceX Stock Climbs as Musk Targets 2027 Launch for Nvidia AI Satellites - Yahoo Finance

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finance.yahoo.com 2026-08-26

SpaceX aims to launch Nvidia-powered AI satellites by late 2027 - qz.com

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qz.com 2026-08-25

Nvidia Goes to Space. SpaceX Is Building Satellites Powered by Its Chips - XTB.com

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www.xtb.com 2026-08-25

SpaceXAI to use Nvidia 'Vera' chips for agentic AI apps and 'Starmind' AI satellites - Light Reading

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www.lightreading.com 2026-08-25

SpaceX plans to put Nvidia-powered AI satellites in orbit next year - MarketWatch

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www.marketwatch.com 2026-08-25

Starcloud raises $250M to support the creation of data center satellite network in league with Nvidia - GeekWire

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www.geekwire.com 2026-08-21

U.S. Market Outlook: NVIDIA and OpenAI to massively deploy AI infrastructure by 2030; Intuitive Machines gains momentum after securing a $600 million satellite contract; OmniaAb shares rise on new drug development deal with Lilly - Moomoo

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www.moomoo.com 2026-08-17

The US technology sector is experiencing a new wave of growth, with artificial intelligence development serving as the core driver. NVIDIA, as the leading GPU manufacturer, is collaborating with key AI companies like OpenAI to deploy AI infrastructure on a large scale by 2030, significantly propelli

Artificial Intelligence Semiconductor NVIDIA AI Infrastructure Chip Technology US Market Technology Stocks Investment Analysis

Nvidia Is Going to Space With Elon Musk's Million-Satellites Plan. Here's Why It Could Be the Start of a Trillion-Dollar Cycle. - Yahoo Finance

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news.google.com 2026-08-10

Nvidia Is Going to Space With Elon Musk's Million-Satellites Plan. Here's Why It Could Be the Start of a Trillion-Dollar Cycle. - Barchart.com

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news.google.com 2026-08-10

Intel's proposed two-tier satellite network puts the brains of satellite constellations in higher orbit

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tomshardware.com 2026-08-08

Intel has proposed a novel two-tier satellite network architecture that shifts part of the control and computing functions from ground-based data centers to space. By placing a small number of more powerful satellites in higher orbits—such as Medium Earth Orbit (MEO) or Geosynchronous Earth Orbit (G

Satellite Internet Intel Orbital Computing Low Earth Orbit Medium Earth Orbit Satellite Constellation Data Center Artificial Intelligence

Compeq says satellite and data center orders will drive second-half growth

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digitimes.com 2026-08-08

Infineon Designs Rad-Hard GaN Gate Driver for Satellite Power Systems - All About Circuits

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news.google.com 2026-08-07

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