is reinventing its AI chips from scratch

Cambricon Technologies is an essential company in China’s plans to challenge the US for its leadership in artificial intelligence (AI). Although it is not as well known as Huawei or Moore Threads, this is one of the companies specialized in the design of accelerators for AI with greater growth potential. Be that as it may, these three companies are China’s clearest alternatives to Nvidia because all three have already managed to place competitive solutions on the market. The priority strategy of the Government led by Xi Jinping seeks to build a self-sufficient ecosystem capable of breaking Nvidia’s dominance in the market. However, as stated SCMPat the center of this rivalry is a fundamental design debate: should China continue betting on GPUs or is it preferable for it to make the leap towards ASIC technology (Application-Specific Integrated Circuit or application-specific integrated circuit)? ASIC chips are designed to perform a single specific task, unlike GPUs and CPUs, which are general purpose. Its main advantage is efficiency. And since they are optimized for a specific function, they consume less energy and are faster in that task. Even so, they have a disadvantage: their rigidity. They cannot be reprogrammed to carry out another function, so the debate we raised a few lines above makes perfect sense. Convergence seems inevitable Large Chinese technology companies that choose ASIC chips for AI gain performance in their specific models, but are tied to an architecture that does not adapt well if the type of workload changes. This is the problem with this approach. a report prepared by Morgan Stanley and published on May 8, makes the market dynamics clear: it predicts that Huawei will capture 62% of the Chinese AI accelerator market in 2026, followed by Cambricon Technologies with 14%. ASIC chip heavyweights increasing relevance and volume in China Among the large technology companies with their own chips, Baidu and Alibaba are around 5% each. In any case, there is no doubt about one thing: the heavyweights of ASIC chips are increasing in relevance and its volume in China. And they are largely succeeding because the performance gap between Chinese chips and Nvidia GPUs allowed for export has narrowed noticeably. Morgan Stanley data reflect that Huawei’s Ascend 950 cards and Cambricon Technologies’ Siyuan 690 cards exceed the performance of Nvidia’s H20 GPU. Zhang Haijun, an expert semiconductor analyst, holds that as AI models become more complex the line between custom ASICs and flexible GPUs becomes increasingly blurred. This scenario suggests that the winning architecture could end up combining elements of both approaches. Su Lian Jye, the chief analyst at consulting firm Omdia, defend That companies with strong AI engineering capabilities and a clear roadmap benefit from ASICs, while those handling mixed workloads continue to lean toward general-purpose GPUs. For now, the market momentum in China clearly favors specialists. To companies that bet on ASIC technology. Partly by choice. Partly because the sanctions have left them no choice. Image | Enflame More information | SCMP In Xataka | The US remains committed to stopping China. Now it has targeted the second largest Chinese chip manufacturer

Nuclear energy has generated electricity for decades. China is reinventing it for something else: the industry

For decades, nuclear power plant cooling towers symbolized one thing: electricity. However, off the coast of Jiangsu province, China has just begun a maneuver that will change the usefulness of fission. It’s no longer just about turning on light bulbs; It is about feeding, with clean steam, the voracious thermal heart of heavy industry. The first concrete of a new era. According to China National Nuclear Corporation (CNNC)the first concrete was poured for the nuclear island of Unit 1 of the Xuwei project. This act is not just another procedure, it is the first nuclear project to break ground in the inaugural year of China’s 15th Five-Year Plan, symbolizing a strategic shift towards diversified energy applications. The project, developed by CNNC Suneng Nuclear Power, is strategically located near the Lianyungang petrochemical hub, an area that requires a staggering 13,000 tons of steam every hour to maintain its operations. The concept of the super boiler. Xuwei’s great innovation lies in its technical architecture. As explained by Global Timesthe project is the first in the world to couple two different generations of reactors to maximize thermal efficiency: The Hualong One (Generation III): Two units of this pressurized water reactor (PWR) provide the base heat to convert demineralized water to saturated steam. The High Temperature Gas Cooled Reactor (HTGR – Generation IV): This unit acts as a “super boiler”. The steam produced by the Hualong One is superheated a second time by the primary steam of the HTGR, reaching the necessary extreme temperatures. for complex chemical processes such as petroleum refining, distillation and cracking petrochemical. This “double coupling” system allows, according to NucNetthat the plant will be useful for applications ranging from refining to desalination and steel production, sectors that have traditionally depended exclusively on fossil fuels. Cleaner than coal. The urgency of this project responds to a critical climate need. The petrochemical industry is one of the most difficult sectors to decarbonize due to its constant heat demand. The figures provided by CNNC yvsupported by media such as World News Nuclear They are compelling: once the first phase is operational, the plant will supply 32.5 million tons of industrial steam per year. This will reduce standard coal consumption by 7.26 million tons and avoid the emission of 19.6 million tons of CO2 annually. Advances in cutting-edge technology. To manage the complexity of joining two very different types of reactors, Chinese engineers have turned to Artificial Intelligence and robotics. The design team used hierarchical digital simulations to create the system’s control logic, allowing heat and electricity to be balanced based on grid and industry demand. In the field of construction, progress is not minor. Li Quan, project manager, explained to Global Times that automatic metal active gas (MAG) welding systems with intelligent laser tracking are being used, a technology three times more efficient than manual welding. In addition, they emphasize that the localization rate of equipment (100% Chinese technology) exceeds 95%, promoting a national high-tech supply chain. Towards a global standard? Beyond its borders, China sees Xuwei as an export model. The CNNC has described the project as a “Chinese solution” for the low-carbon transformation of energy-intensive industries around the world. The goal is to demonstrate that heavy industrial development does not have to be tied to coal smokestacks. This move aligns with the 2025 white paper titled “China’s plans and solutions for carbon neutrality”which advocates for safe and orderly development of nuclear energy not only for the electrical gridbut for clean heating and desalination. The European contrast. While China is betting on nuclear energy to power heavy industry, in Europe the approach to waste heat is taking a digital path. Cities like Helsinki are finding an unexpected source of heat: data centers. As we have explained in Xatakacompanies like Telia or Microsoft are recovering up to 90% of the heat generated by their servers to inject it into district heating networks (district heating). A single data center in Finland can heat up to 20,000 homes. Although the scale is different – ​​China seeks heat to make steel and plastics, while Finland seeks shelter for its citizens – the philosophy is identical: in a world in climate crisis, wasting heat is a luxury that no one can afford anymore. Both models demonstrate that the energy transition depends on taking advantage of every calorie produced, whether it comes from a uranium core or an artificial intelligence processor. The end of thermal waste. The start of work in Xuwei marks a turning point. As the CNNC analysis concludesthe project is a “strong and clear beat” towards deep decarbonization. China is trying to show that nuclear power is the missing piece of the puzzle to reconcile mass industrial production with net-zero emissions goals. If Xuwei’s model is successful, the image of the nuclear power plant as an isolated island that only produces electricity will become history. The future of the atom seems to lie, rather, in its ability to become the invisible “heat engine” of modern civilization. Image | CNNC Xataka | In Finland they already know how to deal with excess heat from data centers: convert it into district heating

Log In

Forgot password?

Forgot password?

Enter your account data and we will send you a link to reset your password.

Your password reset link appears to be invalid or expired.

Log in

Privacy Policy

Add to Collection

No Collections

Here you'll find all collections you've created before.