19 results found
इराण युद्धामुळे निर्माण झालेला हेलियमचा तुटवडा आणि जाग�
India’s entry into Pax Silica is a bet on securing its place in trusted AI supply chains while managing the trade-offs between access and dependence
The looming threat of a helium shortage amid the Iran war, coupled with a global memory chip crisis, underscores the urgent need to diversify semicond
DHRUV64 reflects India’s rise in semiconductor innovation, signalling its ambition to shift from chip consumer to competitor in a landscape led by t
घरगुती चिप उत्पादनाला AI विकासाबरोबर प्राधान्य देताना, अ�
In prioritising domestic chip manufacturing alongside AI development, America’s AI Action Plan underscores that control over hardware is central to
India must leverage its chemical industry to integrate itself into global semiconductor supply chains.
महत्त्वाच्या खनिज उत्खननासाठी आफ्रिका हे प्रमुख ठिकाण �
Although Africa is currently a prime site for critical minerals extraction, it has immense untapped potential in the other stages of the semiconductor
China is struggling to achieve its aim of becoming independent in semiconductor manufacturing as the US-China trade war is adversely affecting this in
It is yet to be seen how successful SMIC will be in competing with more advanced manufacturers like those in Taiwan and Samsung
This brief tackles the challenge of mobilising India’s higher education system to build the workforce for India’s ambitious chip manufacturing vision. It argues that the challenge must be addressed by the manufacturers, the states in which they are located, the neighbouring states, and the country, considering the expanding global marketplace for such a workforce. Utilising a word-map to engineer plausible solutions, the brief offers pathways
The globally distributed semiconductor value chain is undergoing a shift due to rising geopolitical, environmental, and economic risks affecting the supply chain. This has motivated countries to develop domestic manufacturing capabilities and secure and derisk their supply chains. India has launched its semiconductor policy in alignment with a long-term vision of positioning itself as a key player in different segments of the value chain, followi
Semiconductors are increasingly becoming the fulcrum of national and economic security. They undergird economies that are growing to be more dependent on digital technologies and aided by advancements in artificial intelligence. As the world works to secure semiconductor supply chains with a firm national push, China is emerging as a formidable contender in certain segments. Within this context, India’s semiconductor ambitions must be evaluated
Since the development of Integrated Circuits in 1963, semiconductors have gradually cemented their place as the foundation of technology in the modern world. However, the complex nature of the semiconductor manufacturing process has led to a fragmented global supply chain, an issue which had serious consequences during the COVID-19 pandemic. With the strategic competition between the US and China essentially boiling down to a technology war, semi
Semiconductors power modern electronic devices, from consumer electronics to advanced defence systems. Beyond their commercial value, semiconductors and microchips now underpin national security and technological dominance. This article examines how the widening gap between chip design and fabrication costs reshaped the industry, positioning Taiwan as the dominant hub of advanced semiconductor manufacturing. This concentration has elevated Taiwan
The US slipped from producing nearly 40% of the world's chips to just over 10% in the last three decades. By allocating $53 billion towards the enhancement of US semiconductor manufacturing, R&D and the augmentation of its skilled workforce in the domain, the Act sought to change China's comparative advantage
भारत ने चिप निर्माण में पावरहाउस बनने की महत्वाकांक्षी योजना शुरू की है. इस इश्यू ब्रीफ में हम चर्चा करेंगे कि इस लक्ष्य को हासिल करने के लिए भारत को उच्च शिक्षा प्रणाली मे�
