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  • The FCC added new foreign-made humanoid and quadruped robots to the Covered List, blocking them from sale in the US.
  • Connected power inverters, which link batteries and solar power to the grid, fall under the same ban.
  • Only new models are affected. Robots already owned or approved can stay on the market.
  • Officials cite cybersecurity and surveillance concerns. Beijing calls the move trade protectionism.

The US ban on Chinese robots arrived quietly, as a line item added to a government list of security threats. On Tuesday, the Federal Communications Commission placed foreign-made humanoid and quadruped robots on the FCC Covered List, the register of equipment judged too risky to authorize for sale. Connected power inverters landed there too. Those devices link batteries, solar panels, and data centers to the electrical grid, and many are built in China.

The paperwork looks narrow. Its reach is not.

What the ban covers

The order stops new models from entering the US market. It does not pull back robots or inverters people already own, and it leaves untouched any model the FCC approved before Tuesday. A company selling an authorized robot dog can keep selling it. One with a new humanoid ready to launch cannot, unless it earns an exemption.

FCC Chairman Brendan Carr said the goal was to secure American supply chains. The commission warned that foreign-made inverters could let overseas firms switch them off, take data, or open a door to remote access and surveillance. Robots assembled abroad, it said, could let hostile actors watch Americans or take control of the machines.

Why the US ban on Chinese robots matters now

The move points to a larger contest over technology. Chinese humanoid robots have spread quickly through factories and homes, and industry estimates put China’s humanoid robot market share as high as 85 percent, a figure that comes from later reporting rather than the FCC order itself. The country’s firms reached buyers before US rivals such as Tesla and Boston Dynamics could match their pace.

Speed is the worry. National security risks sit at the heart of the FCC case, yet industrial strategy runs close behind. By shutting out new imports, Washington buys time for domestic robot makers to grow. The US ban on Chinese robots also lands as the two governments prepare for a planned meeting between Trump and Xi Jinping in September.

Beijing’s answer

China rejected the reasoning outright. The Chinese embassy in Washington accused the US of politicizing trade and acting on groundless pretexts. It vowed to take all necessary measures to protect Chinese interests and pressed other nations to build AI for good. The embassy told Washington to drop what it called a hegemonic mindset and stop smearing Chinese firms.

China said its AI progress grew from its own work and from cooperation abroad, not theft. US Treasury Secretary Scott Bessent has warned that Chinese AI companies could face sanctions over claims they took American intellectual property.

Part of a wider push

The robot order fits a longer run of US restrictions. Washington has taxed Chinese electric vehicles out of the American market and blocked sales of advanced US chips to China. Last year Beijing pushed back by tightening export controls on rare earth minerals, the raw material behind much modern electronics. That pressure still shapes how carefully the US acts.

Trump raised alarms about the China tech threat during his first term, pressing worries about intellectual property theft and state-linked spying. His second term has been gentler, hemmed in by Beijing’s grip on rare earths. The US ban on Chinese robots shows how far the fight has moved, from phones and chips to the machines now walking into daily life.

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6G band in the UAE

The case for the 6G band in the UAE rests on a small number: two to five percent. That is how far an Upper 6 GHz signal falls behind today’s 3.5 GHz C-band in reach. The modelling covered city centres, towns, suburbs and open country. Higher frequencies normally travel less far, and shorter reach normally means more towers. A gap this narrow points the other way. An operator can hang the new radios on masts and rooftops it already owns.

The figure comes from a white paper titled “The Golden 6 GHz Band.” Four names sit on it: TDRA, the telecoms regulator, e& UAE, Khalifa University of Science and Technology, and NYU Abu Dhabi. Its release comes with a decision to move the 6G band in the UAE out of trials and into commercial service. The industry calls it the golden spectrum.

Where the threefold figure comes from

Two gains sit behind the headline claim, and they multiply. The first is a gain in spectral efficiency of about 1.5 times. It comes from a 256TRX Giga-MIMO antenna array, which has far more transmit and receive paths than a standard 5G unit. Beamforming and scheduling across the array do the rest. This gain holds regardless of the channel width. The second is width itself. Set 200 MHz of Upper 6 GHz spectrum against a 100 MHz C-band carrier and the channel doubles. One and a half times two comes to roughly triple the capacity per cell. The authors say the result lines up with work by independent analysts.

Coverage comes out of the same hardware. Signals at higher frequencies lose strength faster, and the array’s beamforming makes up for the loss. In the hardest case the team modelled, indoors in a dense city, reach stays within about three percent of C-band.

A caveat travels with every figure. The results come from models, not field tests, and rest on assumptions the paper lists. Live performance, it says, will depend on where the radios go, which spectrum they get and what the devices can do. Bayan Sharif, provost of Khalifa University, called the 1.5 times gain “achievable under well-conditioned assumptions.” The method went out with the findings, he said, so others could check the work.

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How regulation shaped the 6G band in the UAE

Policy moved before engineering on the 6G band in the UAE. In 2023, the World Radiocommunication Conference identified 6425 to 7125 MHz for mobile service across ITU Region 1. The Telecommunications and Digital Government Regulatory Authority (TDRA) moved earlier than most of its peers and wrote the whole range into its national frequency plan. Within it, e& UAE holds 6425 to 6775 MHz, as much as 350 MHz in one unbroken block.

With the allocation settled, the operator committed to a commercial Giga-MIMO deployment built for peak downloads of 10 Gbps. Launch is planned between July and December 2026. Tariq Al Awadhi, TDRA’s executive director of spectrum affairs, drew the line himself: “Regulatory certainty is what turns research into infrastructure.”

Money follows the coverage result. The white paper treats Upper 6 GHz as a capacity layer laid over e& UAE’s current 5.5G network. It shares towers, rooftops, power and transport links, and backhaul gets an upgrade where needed. Fewer new sites can mean a lower cost for each bit carried as demand grows. Marwan Bin Shakar, chief technology officer at e& UAE, framed the customer side as higher speeds, more capacity and a steadier connection in crowded areas.

What the network is meant to carry

The paper groups planned uses under three headings: Connect Home, Connect Industry, and Connect Consumer and Vehicle. Those cover home broadband delivered over the air at speeds close to fibre, heavy-bandwidth uses for companies and public bodies, AI-driven services in the home, and connected cars.

The work extends earlier UAE research, including TDRA’s national 6G roadmap and two e& UAE papers written with the same universities. TDRA has described the band as a resource for 5G-Advanced services and a foundation for 6G. Abroad, over 60 companies, from operators and vendors to chipset suppliers and device makers, have signed a GSMA statement on the band’s readiness.

One piece sits beyond any operator’s control. A band is only useful to people whose phones and routers can tune to it. TDRA plans to add Upper 6 GHz, known in standards as n104, to national type-approval rules, with the first devices due from September 2026. How fast those handsets reach shop shelves will decide when the 6G band in the UAE turns from a modelled result into something a customer can measure.

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