Hello AI Lovers!
Today’s Topics Are:

- Huawei’s Quad-Chiplet AI Processor Could Rival Nvidia’s Best
- Robots Enter the Ring in World’s First Boxing Tournament

Huawei’s Quad-Chiplet AI Processor Could Rival Nvidia’s Best

Quick Summary:
A newly published Huawei patent reveals a quad-chiplet processor design, likely the rumored Ascend 910D, that could challenge Nvidia's AI dominance. With innovative chip packaging possibly rivaling TSMC’s tech, Huawei might leapfrog U.S. sanctions and push the limits of China’s AI hardware.

Key Points:

• Huawei filed a patent for a quad-chiplet processor, likely the Ascend 910D.

• The design resembles Nvidia’s Rubin Ultra and includes advanced interconnects.

• Huawei may be developing chip packaging to rival TSMC’s CoWoS.

• The 910D could exceed Nvidia’s H100 in performance per GPU package.

• China may sidestep sanctions by using packaging to combine older chips.

Story:
Huawei’s latest patent has sparked major interest in the chip world. The filing outlines a quad-chiplet AI processor design, pointing strongly toward the rumored Ascend 910D accelerator. Much like Nvidia’s upcoming Rubin Ultra, Huawei’s chiplet approach would combine four processing units into one massive AI-focused chip, possibly using a bridge-based interconnect similar to TSMC’s CoWoS-L or Intel’s EMIB.

The innovation isn’t just in the chiplet layout—it’s in how Huawei plans to package them. Insiders suggest Huawei’s packaging tech could rival TSMC’s, despite China’s lag in lithography. This would let Huawei bind older chiplets together into a powerhouse AI processor—sidestepping U.S. restrictions on cutting-edge manufacturing.

Estimates based on the current Ascend 910B’s specs suggest the 910D could have a silicon area exceeding 4,000 mm², rivaling some of TSMC’s most advanced packaging plans. While still speculative, the 910D is now seen as more than just a rumor—especially as Huawei also eyes a follow-up chip, the Ascend 920.

Conclusion:
Huawei’s potential breakthrough in chiplet and packaging design could mark a major step forward for China’s AI ambitions. If successful, the Ascend 910D might not only compete with Nvidia’s best but also reshape how high-performance chips are built under export constraints.

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Robots Enter the Ring in World’s First Boxing Tournament

Quick Summary:
In Hangzhou, China, four Unitree G1 humanoid robots competed in the first-ever robot boxing tournament, “Iron Fist King: Awakening!” Controlled by human operators, these machines demonstrated incredible agility, tactical movement, and a glimpse into the future of competitive robot sports.

Key Points:

• Four Unitree G1 robots battled in a martial arts-style tournament.

• The G1s are affordable, agile, and capable of learning from each match.

• Matches were scored by hand and leg strikes, with knockouts adding drama.

• The event tested real-world robotic motion, prediction, and adaptability.

• Unitree aims to make robot combat accessible to the public.

Story:
In a groundbreaking event held next to Unitree’s new factory, robot boxing made its debut. The “Iron Fist King: Awakening!” tournament featured four Unitree G1 humanoid robots, each steered by a human through controllers or motion-capture devices. The fights followed a martial arts format: three two-minute rounds, scored by punches and kicks, with penalties for knockdowns.

The opening bout saw “AI Strategist” defeat “Silk Artisan” with precision strikes. In the second match, “Energy Guardian” outmaneuvered “Armored Mulan.” The final showdown was a dramatic clash between AI Strategist and Energy Guardian, with AI Strategist scoring three knockouts to take the championship.

Built for both power and portability, the 4.3-foot, 77-pound G1 impressed with its 23 degrees of freedom, rapid kicks, and smooth recoveries. Backed by the LAFAN1 dataset, it mimics human motion and supports different control styles, making robot combat more engaging and accessible.

Conclusion:
The Unitree robot boxing debut marks a major leap in interactive robotics, blending sport and technology. As these bots evolve and become more refined, competitive robot fighting could soon become a new global entertainment frontier.