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SBI Denies Report on Negotiations with SK Hynix and UMC for Japan Chip Plant

SBI Holdings (8473.T) has refuted a report from the Nikkan Kogyo newspaper that suggested the company was in talks with South Korea’s SK Hynix (000660.KS) and Taiwan’s UMC (2303.TW) to collaborate on a chip manufacturing plant in Japan’s Miyagi prefecture. A spokesperson for the financial firm clarified on Friday that the report was inaccurate.

According to the Nikkan Kogyo report, which did not specify sources, SBI was purportedly negotiating partnerships with SK Hynix for back-end DRAM processes and UMC for chips intended for the automotive sector. However, SBI has firmly denied these claims, stating that no such discussions are taking place.

Earlier, in September, SBI announced it was dissolving its joint venture with Taiwan’s Powerchip Semiconductor Manufacturing Corp (6770.TW). The companies had previously been working toward securing government subsidies to build a foundry in northern Japan. Following the dissolution of this partnership, SBI indicated that it would explore potential collaborations with other firms in the semiconductor industry.

Key Quotes from EU Chief Ursula von der Leyen’s AI Speech at Paris Summit

European Commission President Ursula von der Leyen highlighted the EU’s ambitious vision for artificial intelligence (AI) during her speech at the Paris AI Summit. Below are some of the key quotes from her address:

  1. “This summit is on action, and that is exactly what we need right now. The time has come for us to formulate a vision of where we want AI to take us as a society and as humanity, and then we need to act and accelerate Europe in getting there.”

  2. “We want Europe to be one of the leading AI continents, and this means embracing a way of life where AI is everywhere.”

  3. “Too often I hear that Europe is late to the race where the United States or China have already gotten ahead. I disagree, because the AI race is far from being over. We’re only at the beginning. The frontier is constantly moving. Global leadership is still up for grabs.”

  4. “Too often I have heard that we should replicate what others are doing and run after their strengths. I think that instead, we should invest in what we can do best and build our own strengths here in Europe. Our own strengths are our science and technology mastery that we have given to the world … There’s a distinct European brand of AI. It is already driving innovation and adaptation, and it is picking up speed.”

  5. “We want to accelerate innovation. Europe has some of the world’s fastest public supercomputers. We are now putting them at the service of our best startups and our best scientists, so they can forge the AI we need. They can test their models, they can train their models on our supercomputers.”

  6. “We want to replicate the success story of CERN in Geneva. As you all know, CERN holds the largest particle accelerator in the world, and it allows the best and the brightest minds in the world to work together. And we want the same to happen in our AI Gigafactory.”

  7. “AI needs competition, but AI also needs collaboration, and AI needs the confidence of the people, and has to be safe.”

  8. “I know that we have to make it easier, and we have to cut red tape, and we will.”

  9. “We aim to mobilize a total of 200 billion euros ($206.38 billion) for AI investment in Europe.”

  10. “AI can be a gift to humanity, but we must make sure that its benefits are widespread and that its benefits are accessible to all.”

  11. “We want AI to be a force for good. We want an AI where everyone collaborates and everyone benefits. This is our path. This is our European path.”

India’s Path to Becoming a Semiconductor Powerhouse Faces Challenges, but Collaboration is Key

India is making bold strides toward establishing itself as a global semiconductor powerhouse, aiming for self-reliance in manufacturing. Prime Minister Narendra Modi has set ambitious goals, targeting a leap in the country’s electronics sector from $155 billion today to $500 billion by 2030. However, experts are divided on whether this target is feasible, with a consensus that India cannot achieve it on its own.

Eri Ikeda, assistant professor at IIT Delhi, highlights that India’s semiconductor journey is still in its early stages. Taiwan leads global semiconductor production with 44% market share, followed by China (28%) and other key players like South Korea and the U.S. Collaborative efforts are already in motion, such as Taiwan’s Powerchip Semiconductor partnering with Tata Electronics to build India’s first wafer fab in Gujarat, and American chipmaker Micron Technology planning to produce semiconductors in India by 2025.

India’s drive for semiconductor self-reliance is partly fueled by its growing role as a viable alternative to China for global supply chains. However, analysts caution that India must first learn the nuances of the semiconductor industry. Rishi Bhatnagar of the Institution of Engineering and Technology suggests that India should focus on collaboration rather than direct competition with China, which continues to invest heavily in semiconductor equipment from the U.S. and Japan.

India is strengthening ties with the U.S. to diversify its semiconductor sources. The U.S. Department of State has partnered with India’s Semiconductor Mission to bolster global semiconductor value chains, further fueled by geopolitical tensions with China. As a democratic nation with a growing English-speaking workforce, India is positioned as an attractive investment destination for tech giants like Apple and Google.

While infrastructure and investment challenges remain, India has advantages such as a low labor cost and a young workforce. The country is also making significant improvements in its infrastructure, with plans to modernize highways, railways, and airports. These developments are crucial as India positions itself to cater to the increasing global demand for semiconductors.

Despite the hurdles, optimism persists. Analysts see India’s potential to meet global chip demands while maintaining lower production costs, offering a competitive edge over China. Samir Kapadia, CEO of India Index, emphasizes India’s unique combination of economic stability, workforce potential, and infrastructure development, making it a strong contender in the global semiconductor race.