Article Contents

• Introduction to strategic talks for manufacturing the next generation of processors
• Technical details and precise distribution of manufacturing tasks among competing companies
• Samsung’s broad ambitions and expected gains in the semiconductor manufacturing market
• Google’s strategy to restructure the global supply chain to avoid bottlenecks
• Intense competition and confronting dominance in the field of AI processors
• Frequently asked questions

Introduction to strategic talks for manufacturing the next generation of processors

In a persistent and ongoing drive to enhance its massive computing capabilities and dominate the promising future technology market, reliable media and tech reports indicated last Thursday that Google, a subsidiary of its parent company and umbrella Alphabet, is currently holding a series of deep and highly advanced talks with South Korea’s Samsung Electronics. According to the leading tech magazine The Information, these strategic and important negotiations focus primarily on the possibility of the South Korean giant manufacturing and developing a vital and core part of the next-generation, advanced, custom, and unique AI processors and chips created by the American company. This decisive and carefully considered step comes amidst the heated global technological arms race to build a solid, highly efficient infrastructure capable of fully supporting and running the largest and most complex neural language models and generative AI tools, which require processing power and speed far exceeding current conventional server capabilities. This explains why tech giants are seeking reliable manufacturing partnerships with exceptional quality.

Technical details and precise distribution of manufacturing tasks among competing companies

According to the detailed report published by the magazine, based on exclusive information leaked by two individuals fully familiar with the behind-the-scenes of these secret and complex negotiations, the American company plans to adopt a hybrid and distributed manufacturing strategy. This meticulous plan involves tasking the world-renowned and veteran Taiwanese semiconductor firm, TSMC, with the responsibility of manufacturing and building the primary and central part for advanced computing operations within the new tensor processing unit, which currently bears the internal experimental and code name “Icefish.” At the same time, under the same giant project umbrella, Samsung may ultimately be chosen to produce and develop the technical and precise component that helps connect and link the central processor to the fast random-access memory (RAM). To achieve this highly precise and complex task, the Korean company will rely on the advanced and innovative 2nm production technology and node, an engineering achievement that ensures an extremely smooth and rapid flow of data. In addition, the tech giant is working closely and in partnership with prominent Taiwanese chip design firm MediaTek to design the architectural and logical layout of this new processor, which remains in advanced laboratory development and testing stages today, with realistic expectations pointing to the possibility of entering commercial mass production by 2028 at the earliest realistic estimate for these complex development and manufacturing operations.

Samsung’s broad ambitions and expected gains in the semiconductor manufacturing market

If the long-standing South Korean company succeeds in closing and capturing this massive production contract and long-term strategic partnership with the search engine giant, it will undoubtedly represent a resounding victory, a milestone, a major gain, and a strong boost to its ongoing efforts and grand ambition to expand and grow its contract chip manufacturing business and projects. Through this, Samsung aims to compete with major players in this multi-billion-dollar market and break the near-monopoly held by Taiwanese firms. The advanced and precisely designed 2nm lithography and manufacturing process features a magical and mathematical ability to pack significantly more computing and electrical power into physical chips that are noticeably smaller than previous generations. This will ultimately result in a very substantial and fundamental improvement in ultra-fast data processing speeds, effective optimization of electrical power consumption, and a stunning enhancement of smart processing capabilities to meet the intensely growing needs of customers. The Korean company stated optimistically last April that it confidently expects to win and attract more customers looking for advanced chips made using its modern technology, and that it is seriously considering opening and building a second massive factory and expansion in Texas, USA, aiming to increase and accelerate global production volumes. This follows its dazzling success in July 2025 in securing a massive, profitable, and historic $16.5 billion deal with renowned electric vehicle maker Tesla to manufacture and supply AI chips for self-driving vehicles, further solidifying its standing in the global manufacturing market.

Google’s strategy to restructure the global supply chain to avoid bottlenecks

This latest technical news report is the latest in a long string of consecutive reports clearly indicating that the American tech company is actively and persistently looking for reliable and multiple alternatives to reduce and ease its historical, total over-reliance on Taiwan’s TSMC for advanced manufacturing. Despite the immense efficiency and commitment of the Taiwanese giant, it is struggling with great difficulty and under immense pressure to keep pace with the explosive, rocketing global demand for advanced AI chips from tech companies worldwide. This continuous industrial pressure could pose a serious production bottleneck and major obstacle that threatens to slow and disrupt the growth of the entire tech industry in the future and delay the launch of new software generations due to a lack of necessary hardware. Within this framework and deliberate expansion context, previous reports published on Monday stated that the company is simultaneously holding intensive parallel talks with long-standing American manufacturer Intel to manufacture and supply over three million new custom tensor processing units by 2028, underscoring its firm and novel policy to diversify and strengthen its global supply sources and chains and avoid monopolies.

Intense competition and confronting dominance in the field of AI processors

The central and custom processing units developed internally by the American company and produced specifically for it stand out as one of the strongest and most important practical alternatives currently available on the market, directly competing with the dominant processors and graphics cards manufactured and designed by Nvidia, the leading company controlling this sector. The growing sales, strong revenue, and massive traction of these advanced units have become a powerful, primary growth driver supporting the company’s cloud computing business unit, which organizations and businesses rely on to build and train their own models via the cloud. In the context of proving its technical and engineering superiority and leadership in this specialized and competitive field, the company officially unveiled two new chips last April designed specifically to support and accelerate the training pace of massive language models and complex inference operations, paving the way for a completely new and different phase of competition in AI hardware and software production, which has become the backbone of the new tech economy. Despite all these leaks, the companies involved remained silent and refused to make any official statement confirming or denying these secret commercial negotiations.

Frequently asked questions

Question: What is the complex and precise technology that will be used to manufacture the chip components?

Answer: The Korean company relies on a very precise and advanced 2nm architecture manufacturing technology to connect the processor to the memory, achieving the highest response speed and lowest power consumption.

Question: Why is the major American company seeking to diversify its chip sources and suppliers rather than relying on a single provider?

Answer: The company is seriously seeking to avoid the risks of over-reliance on a single manufacturer to prevent bottlenecks and supply shortages caused by sudden and massive global demand.

Question: Who are the other entities and companies expected to contribute to this ambitious project?

Answer: In addition to the Korean company, MediaTek is heavily involved in the design process, while the well-known Taiwanese firm handles the manufacturing of the most important central computing part.

Question: When do experts and analysts expect the launch and start of mass production for this new chip?

Answer: According to specialist estimates and statements from informed sources, commercial and mass production operations for this processor are likely expected to begin by 2028.