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Cadence Beats Quarterly Profit and Revenue Estimates on Strong AI-Linked Demand

Cadence Design Systems exceeded both revenue and profit expectations in the fourth quarter, driven by growing demand for advanced artificial intelligence chip development tools.

The company, which provides specialized software for designing complex semiconductor systems, reported quarterly revenue of $1.44 billion, marking a 6.2% year-on-year increase. This surpassed analyst expectations of $1.42 billion. Adjusted earnings reached $1.99 per share, also beating forecasts.

Rising demand for AI-capable chips has significantly boosted the need for Cadence’s design solutions, which enable companies to create and test intricate processors used in high-performance computing environments. Its tools are essential for mapping circuit architecture and detecting potential thermal or electrical issues.

Chief Financial Officer John Wall highlighted record contract bookings in the fourth quarter, resulting in a backlog of $7.8 billion in future work. This positions the company with strong momentum entering 2026.

Cadence recently introduced a virtual AI agent designed to accelerate chip development processes, supporting major clients such as Nvidia in designing next-generation processors. The innovation reflects the growing strategic importance of chip design in global technology competition.

Looking ahead, Cadence expects 2026 revenue to reach between $5.9 billion and $6.0 billion, in line with market expectations.

NextSilicon Unveils New Processor to Compete with Intel, AMD, and Nvidia

Israeli startup NextSilicon has announced the development of a new central processing unit (CPU) aimed at challenging industry leaders Intel and AMD, while positioning itself as an alternative to Nvidia’s computing systems. The company’s flagship “Maverick-2” chip is already in production and is designed for high-precision scientific computing tasks such as nuclear weapons modeling — an area historically dominated by Nvidia.

NextSilicon, which has raised $300 million in funding, revealed that its upcoming CPU is based on RISC-V, an open-source instruction set architecture increasingly adopted by major chipmakers like Nvidia and Broadcom. The CPU is currently a test prototype but will eventually complement the company’s Maverick-2 chip to create a more complete high-performance computing ecosystem.

The startup claims its chips can perform certain computations faster and more efficiently than Nvidia’s offerings, without requiring software rewrites. U.S. Sandia National Laboratories has been testing systems powered by NextSilicon chips for three years. According to senior scientist James H. Laros III, the results have been “impressive,” showing strong potential for advancing computational performance while minimizing code changes.

US Warns Huawei Can Produce No More Than 200,000 AI Chips in 2025, But China Is Catching Up

Huawei Technologies will likely produce no more than 200,000 advanced artificial intelligence chips in 2025, according to Jeffrey Kessler, Under Secretary of Commerce for Industry and Security at the U.S. Commerce Department. While this figure falls short of meeting China’s growing demand, Kessler cautioned that China is rapidly narrowing the technological gap with the United States.

Speaking before the House of Representatives Foreign Affairs South and Central Asia subcommittee on Thursday, Kessler emphasized that the production limitations do not mean the U.S. can become complacent. “China is investing huge amounts to increase its AI chip production, as well as the capabilities of the chips that it produces. So, it’s critical for us not to have a false sense of security,” he warned.

Since 2019, Washington has implemented a series of export controls restricting Huawei and other Chinese firms’ access to high-end U.S. chips and manufacturing equipment. These curbs aim to slow China’s progress in critical technologies and prevent potential military applications. Despite these hurdles, Huawei plans to supply its domestically produced Ascend 910C AI chips to Chinese customers as an alternative to Nvidia’s more advanced products.

White House AI Czar David Sacks recently stated that China is only 3-6 months behind the U.S. in AI model capabilities. However, he clarified that Chinese AI chip hardware remains about one to two years behind leading U.S. competitors such as Nvidia. Huawei’s CEO Ren Zhengfei also acknowledged the gap, noting that the company’s chips trail behind U.S. products by a generation, though Huawei continues to invest more than $25 billion annually to advance performance.

While Huawei is expanding its AI chip output, U.S. export controls have hampered Nvidia’s ability to maintain its market dominance in China. Recent trade negotiations between the U.S. and China in London resulted in a tentative truce, yet tensions persist, especially after the Trump administration imposed new export controls on semiconductor design software, jet engines for Chinese aircraft, and other critical technologies.

During the congressional hearing, Democratic Representative Greg Meeks raised concerns about the Trump administration’s approach, suggesting it has blurred the lines between export control policy and broader trade issues. Kessler reassured lawmakers that export controls remain robust and effective, while also stressing that the Commerce Department will continue to actively monitor and adjust regulations as the technology landscape evolves.

At present, there are no immediate plans for further restrictions on U.S. semiconductor sales to China, though officials remain vigilant about developments in China’s domestic semiconductor sector.