In the 75th year of Independence, India<\/a> is making several resolutions to build a new future. One that stands out is the collective aim of the country and its leadership to become self-reliant and a beacon of global development, whether it be in education, healthcare, defence, agriculture, technology or manufacturing. 印度已经推出了“半导体的使命”,批准了“半导体印度”计划投资76000卢比的根据激励机制发展的半导体和显示制造业。 75年独立,印度数项决议,以建立一个新的未来。突出的是国家及其领导人的集体目标成为自力更生和全球发展的灯塔,无论是在教育、医疗、国防、农业、技术或制造。
In this pursuit, India has added a new goal – to become self-reliant in electronics system design and manufacturing (ESDM), with a special focus on semiconductor manufacturing<\/a>, an area that has far-reaching geopolitical ramifications. Chips are ubiquitous in electronics – from washing machines and smartphones to cars, drones and military systems.
It is estimated that India's own consumption of semiconductors<\/a> will cross $80 billion by 2026 and $110 billion by 2030. This requires a domestic ecosystem that can sustain supply without the need to depend on volatile global supply chains.
The need to have a strong ecosystem at home has become a worldwide phenomenon, with Western and Eastern countries alike investing in, expanding and upgrading chip manufacturing<\/a> to thwart shortages experienced over the past two years because of covid-induced disruptions and the geopolitical situation.
India, too, has scaled up its strategies, and in the words of Prime Minister Narendra Modi aims to transform itself from a chip taker to a chip maker by creating capital, infrastructure and a highly skilled workforce.
The country has already launched the ‘Semiconductor Mission’ and approved the ‘Semicon India’ programme with an investment of Rs 76,000 crore under the production-linked incentive scheme for the growth of semiconductor and display manufacturing.
The mission requires systems to secure a reliable semiconductor supply chain for production equipment, raw materials, chemicals and precision tools, among other essentials, for sustained manufacturing. Strategic steps are also being taken to encourage, incentivise and facilitate indigenous intellectual property generation and transfer of technology, and forge international collaborations for training, skilling, R&D and commercial linkages.
The Karnataka impetus<\/strong>
Karnataka has been a leader in innovation, skilling, technology and manufacturing across sectors, and the state is confident it can lead India to become a semiconductor production hub.
It is important to acknowledge that Karnataka was the first state in India to introduce a semiconductor policy, way back in 2008-2009. Today, we are the country’s largest chip design hub, with over 85 fabless chip design units. The state is home to 50% of India’s electronic product companies and 40% of electronic design firms.
The state government has signed a memorandum of understanding (MoU) with the Israel-based International Semiconductor Consortium (ISMC) for semiconductor fab manufacturing. With an estimated investment of Rs 22,900 crore, this is expected to create 1,500 direct and 8,500 indirect jobs.
Plans are not restricted to chip fabs and the ISMC, which will be the country's first and largest chip-making plant. Karnataka has also set in motion initiatives to attract companies looking to set up assembly, testing, marking and packaging (ATMP) plants.
We are already in talks with several companies and many have come forward with outsourced assembly and test and ATMP plans. The state is aggressively pursuing them to build a complete semiconductor manufacturing ecosystem.
Crucial to our plans to make India ‘Atmanirbhar’ (self-reliant), is the state’s ESDM policy and the ESDM special incentive scheme, which aim to incentivise businesses and in the long run help the country increase its share in manufacturing, thereby decreasing dependence on global supply chains.
The scheme also caters to another key aspect of building sustainable ecosystems, especially for a sector like semiconductor manufacturing. This involves infusing capital and encouraging high-value skilling and research to cater to 70% of India’s chip designers based out of Karnataka.
The way forward<\/strong>
The country has an exceptional semiconductor design talent pool, which comprises up to 20% of the world's semiconductor design engineers. Moreover, almost all of the top 25 global semiconductor design companies have design or R&D centres in India.
The things to do now is to move forward with expediting larger investments, building robust infrastructure, ensuring a quality workforce, and putting greater stress on incentivising areas such as patent registration, marketing, R&D grant, capital subsidy, quality certification, prototyping cost, interest subsidy, land conversion fee, concessional registration, and power tariff.
For our dream of self-reliance in this critical sector to come true, every state must work in tandem, for it is our joint efforts, learnings and knowledge-sharing that will take India ahead and make her self-reliant.
<\/p><\/body>","next_sibling":[{"msid":94536308,"title":"This festive season shell out more for smartphones","entity_type":"ARTICLE","link":"\/news\/this-festive-season-shell-out-more-for-smartphones\/94536308","category_name":null,"category_name_seo":"telecomnews"}],"related_content":[{"msid":"94531756","title":"Semiconductor manufacturing","entity_type":"IMAGES","seopath":"tech\/catalysts\/ettech-opinion-india-on-its-way-to-becoming-self-reliant-in-semiconductors\/semiconductor-manufacturing","category_name":"ETtech Opinion: India on its way to becoming self-reliant in semiconductors","synopsis":"It is estimated that India's own consumption of semiconductors will cross $80 billion by 2026 and $110 billion by 2030. This requires a domestic ecosystem that can sustain supply without the need to depend on volatile global supply chains","thumb":"https:\/\/etimg.etb2bimg.com\/thumb\/img-size-1944484\/94531756.cms?width=150&height=112","link":"\/image\/tech\/catalysts\/ettech-opinion-india-on-its-way-to-becoming-self-reliant-in-semiconductors\/semiconductor-manufacturing\/94531756"}],"msid":94536728,"entity_type":"ARTICLE","title":"ETtech Opinion: India on its way to becoming self-reliant in semiconductors","synopsis":"India has already launched the \u2018Semiconductor Mission\u2019 and approved the \u2018Semicon India\u2019 programme with an investment of Rs 76,000 crore under the production-linked incentive scheme for the growth of semiconductor and display manufacturing.","titleseo":"telecomnews\/ettech-opinion-india-on-its-way-to-becoming-self-reliant-in-semiconductors","status":"ACTIVE","authors":[],"Alttitle":{"minfo":""},"artag":"ETtech","artdate":"2022-09-29 18:11:02","lastupd":"2022-09-29 18:16:07","breadcrumbTags":["semiconductors","india semiconductor manufacturing","india semiconductors","chip manufacturing","karnataka semiconductor policy","esdm policy karnataka","Ashwath Narayan CN India semiconductor","semiconductor manufacturing","india","devices"],"secinfo":{"seolocation":"telecomnews\/ettech-opinion-india-on-its-way-to-becoming-self-reliant-in-semiconductors"}}" data-authors="[" "]" data-category-name="" data-category_id="" data-date="2022-09-29" data-index="article_1">
ETtech意见:印度在半导体成为自力更生
在这个追求,印度已经添加了一个新的目标——成为自力更生在电子系统设计和制造(ESDM),特别注重半导体制造,一个影响深远的地缘政治后果。在电子芯片随处可见——从洗衣机和智能手机到汽车,无人驾驶飞机和军事系统。
需要有一个强大的生态系统在国内已经成为一个世界性的现象,与西方和东方国家投资、扩大和升级芯片制造阻止短缺经验在过去的两年里,因为covid-induced中断和地缘政治局势。
印度也扩大它的策略,在总理的话说莫迪旨在把自身从芯片接受者的芯片制造商创造资本,基础设施和高技能的劳动力。
这个国家已经推出了半导体的使命,批准了“半导体印度”计划投资76000卢比在根据激励机制发展的半导体和显示制造业。
任务要求系统安全可靠的半导体供应链生产设备,原材料、化学品和精密工具,以及其他必需品,持续制造。战略也正在采取措施鼓励、激励和促进自主知识产权的生成和转移技术,并建立国际合作培训,斯基林、研发和商业联系。
卡纳塔克邦动力
卡纳塔克邦是一个创新的领导者,斯基林,技术和生产各部门,国家有信心使印度成为一个半导体生产中心。
重要的是要承认在印度卡纳塔克邦是第一个国家引入半导体政策,在2008 - 2009。今天,我们是中国最大的芯片设计中心,拥有超过85双芯片设计单位。国家是印度50%的电子产品公司和40%的电子设计公司。
国家政府已经签署了一项谅解备忘录(MoU),这家以色列国际半导体联盟(ISMC)半导体工厂制造。估计投资22900卢比,这预计8500年创造1500个直接和间接就业机会。
计划不限于芯片晶圆厂和ISMC,这将是该国第一个和最大的芯片制造工厂。卡纳塔克邦也启动项目来吸引企业设立组装、测试、标记和包装(ATMP)植物。
我们已经与几家公司和许多人提出外包组装和测试和ATMP计划。政府正在积极寻求他们建立一个完整的半导体制造的生态系统。
至关重要的对我们的计划让印度“Atmanirbhar”(自力更生),是国家政策和ESDM ESDM特殊奖励计划,旨在激励企业和长期帮助国家增加其份额在制造业,从而减少对全球供应链的依赖。
该计划也会迎合建立可持续生态系统的另一个关键方面,特别是半导体制造等行业。这包括注入资本并鼓励高附加值的斯奇林和研究迎合印度70%的芯片设计者的卡纳塔克邦。
前进的道路
这个国家有一个特殊的半导体设计人才,组成了世界上20%的半导体设计工程师。此外,几乎所有的前25位全球半导体设计公司设计或研发中心在印度。
现在做的事情是推进加快大投资,构建健壮的基础设施,确保高质量的劳动力,并将更大的压力开始鼓励专利注册等领域,市场营销,研发格兰特,资本补贴、质量认证、原型设计成本、利息补贴、土地流转费,优惠登记和电价。
自力更生在这一重要领域的我们的梦想成真,每个国家都必须在串联工作,因为这是我们的共同努力,经验和知识共享,将印度让她自力更生。
In the 75th year of Independence, India<\/a> is making several resolutions to build a new future. One that stands out is the collective aim of the country and its leadership to become self-reliant and a beacon of global development, whether it be in education, healthcare, defence, agriculture, technology or manufacturing.
In this pursuit, India has added a new goal – to become self-reliant in electronics system design and manufacturing (ESDM), with a special focus on semiconductor manufacturing<\/a>, an area that has far-reaching geopolitical ramifications. Chips are ubiquitous in electronics – from washing machines and smartphones to cars, drones and military systems.
It is estimated that India's own consumption of semiconductors<\/a> will cross $80 billion by 2026 and $110 billion by 2030. This requires a domestic ecosystem that can sustain supply without the need to depend on volatile global supply chains.
The need to have a strong ecosystem at home has become a worldwide phenomenon, with Western and Eastern countries alike investing in, expanding and upgrading chip manufacturing<\/a> to thwart shortages experienced over the past two years because of covid-induced disruptions and the geopolitical situation.
India, too, has scaled up its strategies, and in the words of Prime Minister Narendra Modi aims to transform itself from a chip taker to a chip maker by creating capital, infrastructure and a highly skilled workforce.
The country has already launched the ‘Semiconductor Mission’ and approved the ‘Semicon India’ programme with an investment of Rs 76,000 crore under the production-linked incentive scheme for the growth of semiconductor and display manufacturing.
The mission requires systems to secure a reliable semiconductor supply chain for production equipment, raw materials, chemicals and precision tools, among other essentials, for sustained manufacturing. Strategic steps are also being taken to encourage, incentivise and facilitate indigenous intellectual property generation and transfer of technology, and forge international collaborations for training, skilling, R&D and commercial linkages.
The Karnataka impetus<\/strong>
Karnataka has been a leader in innovation, skilling, technology and manufacturing across sectors, and the state is confident it can lead India to become a semiconductor production hub.
It is important to acknowledge that Karnataka was the first state in India to introduce a semiconductor policy, way back in 2008-2009. Today, we are the country’s largest chip design hub, with over 85 fabless chip design units. The state is home to 50% of India’s electronic product companies and 40% of electronic design firms.
The state government has signed a memorandum of understanding (MoU) with the Israel-based International Semiconductor Consortium (ISMC) for semiconductor fab manufacturing. With an estimated investment of Rs 22,900 crore, this is expected to create 1,500 direct and 8,500 indirect jobs.
Plans are not restricted to chip fabs and the ISMC, which will be the country's first and largest chip-making plant. Karnataka has also set in motion initiatives to attract companies looking to set up assembly, testing, marking and packaging (ATMP) plants.
We are already in talks with several companies and many have come forward with outsourced assembly and test and ATMP plans. The state is aggressively pursuing them to build a complete semiconductor manufacturing ecosystem.
Crucial to our plans to make India ‘Atmanirbhar’ (self-reliant), is the state’s ESDM policy and the ESDM special incentive scheme, which aim to incentivise businesses and in the long run help the country increase its share in manufacturing, thereby decreasing dependence on global supply chains.
The scheme also caters to another key aspect of building sustainable ecosystems, especially for a sector like semiconductor manufacturing. This involves infusing capital and encouraging high-value skilling and research to cater to 70% of India’s chip designers based out of Karnataka.
The way forward<\/strong>
The country has an exceptional semiconductor design talent pool, which comprises up to 20% of the world's semiconductor design engineers. Moreover, almost all of the top 25 global semiconductor design companies have design or R&D centres in India.
The things to do now is to move forward with expediting larger investments, building robust infrastructure, ensuring a quality workforce, and putting greater stress on incentivising areas such as patent registration, marketing, R&D grant, capital subsidy, quality certification, prototyping cost, interest subsidy, land conversion fee, concessional registration, and power tariff.
For our dream of self-reliance in this critical sector to come true, every state must work in tandem, for it is our joint efforts, learnings and knowledge-sharing that will take India ahead and make her self-reliant.
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