International security experts have highlighted that directed energy weapons, such as high-power microwaves, are part of an emerging generation of military technology that could redefine the nature of offensive and defensive confrontations in the domain of space. Meanwhile, the exponential growth of private and governmental satellite networks has placed platforms like Starlink at the center of debates over critical infrastructure security, global interoperability, and vulnerability to threats of deliberate interference. Buenos Aires, February 7, 2026 - Total News Agency (TNA) - China has announced a high-impact strategic technological advancement in the field of directed energy weapons, creating what international media describe as the world's first compact high-power microwave weapon capable of interfering with or potentially damaging satellites in low Earth orbit, including communication constellations like Starlink. While SpaceX has not made immediate official comments on the weapon presented by Chinese scientists, some international sources note that the protection of satellite constellations remains a priority for operators and space agencies, given the growing value of the data and communications that these networks support. The announcement of the TPG1000C coincides with a moment of intensification of technological competition between great powers, where dominance in outer space and the protection of orbital assets have become central vectors of national defense strategies. This versatility in deployment represents a significant leap over previous generations of HPM weapons, which were bulky, heavy, and required fixed installations. Reports highlight that, if operationally deployed, a microwave source of this power could severely interfere with the electronic systems of satellites in low orbit, including the sensors and communication equipment that support global digital services. The use of directed energy sources like microwaves can represent a form of non-kinetic attack—that is, one that does not generate physical debris as conventional anti-satellite missiles do—which can offer tactical advantages in stealth and complex attribution in conflict scenarios. Beijing's initiative is part of a broader context of anti-satellite (ASAT) capabilities development that China has been pushing for decades, combining kinetic, electronic, and directed energy systems to counter the strategic dependence of rivals on space assets. The evolution of these technologies, as well as the response of other global powers to these advances, will be key factors to follow in the coming years in terms of international security and the regulation of the military use of space. This device is described as a high-power microwave (HPM) generator capable of producing pulses of up to 20 gigawatts (GW) of sustained power for a minute, an unprecedented mark compared to similar systems known previously, which could only operate continuously for a few seconds. The configuration of the TPG1000C is relatively compact for this type of technology: it measures approximately four meters long and weighs nearly five tons, which opens the door to its installation on land trucks, military vessels, aircraft, and even space platforms. Satellite constellations like Starlink—operated by SpaceX—designed to offer global broadband connectivity, could see their functions disrupted or their electronic modules damaged by this type of directed electromagnetic emission, according to technical estimates cited by specialized media. Defense analysts point out that the military potential of this type of weapon is not limited to causing temporary technical failures, but also raises broader strategic implications for space security and technological dominance. This development has been reported by several global news agencies based on information published by the South China Morning Post and other media covering science and defense. The system, named TPG1000C, was developed by scientists from the Northwest Institute of Nuclear Technology in Xi'an, Shaanxi province, under research programs linked to the Chinese armed forces.
