Global Competitiveness: Countries with a robust semiconductor industry are better positioned to compete globally in the high-tech sector. These industries contribute to a nation’s technological prowess and enhance its reputation as a hub for innovation. National Security: Many critical infrastructure systems, including those related to defense, transportation, communication, and energy, rely on semiconductor technology. A domestic semiconductor industry can enhance a country’s self-sufficiency and reduce dependency on foreign suppliers for critical components. Job Creation: The semiconductor industry supports a wide range of job opportunities, from skilled labor in manufacturing to highly specialized roles in research, design, and software development. By promoting the industry, countries can create employment opportunities across various skill levels.

NEED AND SCOPE OF PROMOTING SEMICONDUCTOR INDUSTRY Technological Innovation: Semiconductors are at the heart of virtually all modern technologies, from smartphones and computers to medical devices and renewable energy systems. Promoting the semiconductor industry drives technological innovation and enables the development of cutting-edge products and solutions that improve people’s lives. Economic Growth: The semiconductor industry is a major contributor to global economic growth. It generates substantial revenue and creates high-value jobs in various sectors, including manufacturing, design, research, software development, and more. Countries with strong semiconductor industries often experience economic diversification and increased competitiveness.

The selection of such sites should be based on the potential of the location to act as a catalyst for the development of an ecosystem. Focus should be on encouraging Indian manufacturers and start-ups to venture into and master complex R&Ds . Top-tier research institutions such as the Indian Institute of Science should be incentivised to conduct R&D in chip designing and manufacturing.

Develop raw material supply capabilities – This would benefit the Indian gas, materials, and mining industry while also expanding opportunities for the semiconductor equipment, spares, and service industry. Fab clustering -This involves ensuring that semiconductor supply chains and related businesses are located in one place to create linkages.

Fab manufacturing (semiconductor fabrication plant is commonly called “fab”)- To establish the ecosystem for fab manufacturing, it is essential to secure the demand for semiconductors produced within the country. It is necessary to devise strategies to ensure that the production of these semiconductors is consumed domestically.

न्यायालय के आदेशों और फैसलों को सऺपूर्ण करने के लिए अलग से मान्यता प्रापत Pvt. Security Agencies होनी चाहिए जिनको याचिका दायर करने वाले contract basis पर hire करके जल्द से जल्द अपनी case को अ॓जाम दे सके

Indian Measures India has approved a $10 billion package to incentivise the manufacturing of semiconductors in the country. Production-Linked Incentive (PLI) scheme has been introduced for semiconductor and display board production. Chips to Startup (C2S) Programme has been launched with the objective of training 85,000 high-quality and qualified engineers in the field of Very-large-scale integration (VLSI) and Embedded System Design. Design Linked Incentive (DLI) Scheme has been initiated to foster at least 20 domestic companies involved in semiconductor design and help them achieve a turnover of more than ₹1500 crores in the next 5 years(2022-27).

The chip shortage directly affects consumers as the prices of everyday appliances and electronic goods — from TV to smartphones — have soared due to the disruption in the global supply chain. Steps to Address the Semiconductor Shortage Global Measures Several countries are taking measures to protect their interests by introducing packages to attract more chip manufacturing. TSMC, which controls 24% of the semiconductor supply chain, is establishing a $12 billion facility in Arizona. Japan and Germany have persuaded TSMC to start specialty technology fabs in their countries.

onsequences of the Semiconductor Shortage Numerous industries have been impacted as the global demand for semiconductor chips continues to surpass the supply. The chip shortages are projected to cost carmakers USD 210 billion in sales this year , with the production of 7.7 million vehicles being halted. The semiconductor shortage will significantly disrupt the supply chain and limit the production of various types of electronic equipment.

Semiconductor Research: 20% of semiconductor semiconductor research participants are Indian, contributing to global advancements in advancements in the industry. ISRO’s Chip Production: India’s ISRO produces its own chips at the SCL in Mohali, enhancing technological skills among India’s youth. 28-nanometer Chips: The 28-nanometer chips produced in India have the highest demand and significantly contribute to the revenue of companies like TSMC Global integration: India can Integrate itself into the semiconductor supply chain, even starting with assembly or testing