India is going all out to build a world-class semiconductor fabrication facility. The plan is to initially build one mega semiconductor cluster, like Hsinchu in Taiwan or Woodlands Wafer Fab Park in Singapore, Saurabh Gaur, joint secretary in the ministry of electronics & IT<\/a>, said last week at our webinar in association with the semiconductor industry body VLSI Society of India<\/a>. 甚至一年前,多数业内人士认为印度不必急于建立新时代工厂。这是昂贵的——至少4 - 5美元。以前曾试图设置一个失败了。在全球范围内,似乎有足够的能力。 印度是建立一个世界一流的半导体制造设备。最初的计划是建立一个大型半导体集群,像在台湾新竹或林地芯片厂公园在新加坡,Saurabh白肢野牛,联合秘书电子与信息技术上周说,在我们的研讨会与半导体行业协会的身体VLSI印度社会。
Even a year ago, the majority in the industry believed India needn’t be in a hurry to set up a new-age fab. It’s expensive – at least $4-5 billion. Previous attempts to set one up had failed. Globally, there seemed to be enough capacity.
But there’s been a dramatic months. Chips are in short supply. Far more importantly, every major country is trying to build its own semiconductor capability – because chips are the foundation of today’s digital world, and everyone’s wary of being too dependent on Taiwan, given particularly China’s position on the region. Boston Consulting estimates Taiwan accounts for 92% of the world’s most advanced semiconductor manufacturing<\/a> capacity.
Gaur said there’s enough economic rationale now for India to build a modern fab. Going by the interest companies like Apple, Samsung<\/a>, Dell, HP, Acer and Asus have shown in manufacturing their electronic products in India – following the government’s recent production-linked incentive schemes – Gaur estimates India’s share of global electronics manufacturing will rise from 3. 5% now to 10% (or about $300 billion) in 4-5 years, by the time the fab is ready. He said these manufacturing opsemiconductor components from the India fab to have better control of their supply chains.
There’s also optimism because larger semiconductor policy that will be driven in a mission mode by a professional body, with guidance from Indian and global exwhich the government has allogovernment is prepared to take that upto $40-50 billion when necessary. There are plans for small- er fabs and chip packaging units, there are attractive incentives for chip design – an area where India is already very strong – and incentives for research in semiconductors. A lot of this is directed towards creating Indian companies in chip design and semiconductor products.
Satya Gupta<\/a>, president of the VLSI Society of India, which is holding a major design conference later this month, said there’s a perception globally that India does not have good infrastructure, so it’s important to pre-build a fab park in one location, “where we build power, water, place for gases, for chemicals, easy customs, easy logistics, transportation. ” And while the fab is getting ready, he said, India should identify and focus on some areas of good market demand, where India also has the technology and some level of manufacturing capability. LED driver chips, he said, is one such – we already consume almost 600 million such chips each year, and it can be manufactured with technology India has. Gaur said the SCL (Semiconductor Laboratory<\/a>) in Mohali is being upgraded to deal with precisely such requirements.
Sambit Sahu, VP of the network and edge group at Intel, said applications around AI, 5G and IoT will need more and more differentiated chips to be built. AI, he noted, is trying to mimic the human brain, but it still doesn’t match even 1% of the brain. “So you can imagine how far we have to go. India can lead in product development in areas where there is huge domestic demand, particularly in the areas of healthcare, education, and agriculture,” he said.
Balajee Sowrirajan, MD of Samsung Semiconductor<\/a> India R&D Centre, said companies like Samsung, Intel, Qualcomm are all in the midst of these core technologies. All of them have massive R&D centres in India. “We have the right innovation knobs, and we’ve been innovating for many, many years to bring about a fundamental change for the global market. Now, coming closer to home, this is going to be important, if you look at smart cities, smart factories (in India),” he said. The global companies, he said, can also play a big role in collaborating with Indian entrepreneurs to create products for India and the world.
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为什么印度建立一个大型的半导体工厂设施吗
甚至一年前,多数业内人士认为印度不必急于建立新时代工厂。这是昂贵的——至少4 - 5美元。以前曾试图设置一个失败了。在全球范围内,似乎有足够的能力。
白肢野牛说现在有足够的经济基础对印度建立一个现代化的工厂。像苹果公司的利益,三星、戴尔、惠普、宏碁和华硕在印度制造他们的电子产品——政府最近根据激励计划后白肢野牛估计印度的全球电子制造业中所占份额将从3。现在的5%到10%(约合3000亿美元)4 - 5年的时候工厂已经准备好了。他说,这些制造业opsemiconductor组件从印度工厂有更好的控制他们的供应链。
还有乐观因为大半导体政策将在任务驱动模式由专业机构,在印度的指导下和全球exwhich政府已allogovernment准备采取必要时,高达40 - 50美元。计划对于小- er晶圆厂和芯片封装单位,芯片设计有吸引力的激励机制——在这一领域,印度已经非常强大——和激励研究半导体。很多这是指向创建印度公司在芯片设计和半导体产品。
萨提亚古普塔印度VLSI学会的主席,这是本月晚些时候举行主要设计会议上,全球有知觉表示,印度没有良好的基础设施,所以重要的是要预构建工厂的公园在一个位置,“我们构建电力、水、气体,化学物质,容易海关,物流,运输。”和在工厂准备,他说,印度应该识别和专注于某些地区良好的市场需求,在印度也有技术和一定程度的制造能力。LED驱动芯片,他说,是这样的,我们每年都要消耗近6亿这样的芯片,并与印度技术可以制造。白肢野牛说sci (半导体实验室)是在莫哈里(升级处理正是这样的需求。
网络和边缘集团的副总裁Sambit Sahu英特尔表示应用在人工智能、5克,物联网将需要越来越多的有区别的芯片。人工智能,他指出,试图模仿人类的大脑,但它仍然不匹配甚至1%的大脑。“你可以想象,我们必须走多远。印度会在产品开发领域有巨大的国内需求,特别是在医疗、教育和农业,”他说。
Balajee Sowrirajan博士三星半导体印度研发中心,像三星这样的公司说,英特尔、高通都在这些核心技术。他们都有大规模的研发中心在印度。“我们有正确的创新旋钮,我们一直在创新对于很多人来说,多年来为全球市场带来根本性的改变。现在,离家更近的地方,这将是重要的,如果你看看智能城市、智能工厂(在印度),”他说。全球公司,他说,也可以扮演着重要的角色在与印度企业家合作创建产品对印度和世界。
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India is going all out to build a world-class semiconductor fabrication facility. The plan is to initially build one mega semiconductor cluster, like Hsinchu in Taiwan or Woodlands Wafer Fab Park in Singapore, Saurabh Gaur, joint secretary in the ministry of electronics & IT<\/a>, said last week at our webinar in association with the semiconductor industry body VLSI Society of India<\/a>.
Even a year ago, the majority in the industry believed India needn’t be in a hurry to set up a new-age fab. It’s expensive – at least $4-5 billion. Previous attempts to set one up had failed. Globally, there seemed to be enough capacity.
But there’s been a dramatic months. Chips are in short supply. Far more importantly, every major country is trying to build its own semiconductor capability – because chips are the foundation of today’s digital world, and everyone’s wary of being too dependent on Taiwan, given particularly China’s position on the region. Boston Consulting estimates Taiwan accounts for 92% of the world’s most advanced semiconductor manufacturing<\/a> capacity.
Gaur said there’s enough economic rationale now for India to build a modern fab. Going by the interest companies like Apple, Samsung<\/a>, Dell, HP, Acer and Asus have shown in manufacturing their electronic products in India – following the government’s recent production-linked incentive schemes – Gaur estimates India’s share of global electronics manufacturing will rise from 3. 5% now to 10% (or about $300 billion) in 4-5 years, by the time the fab is ready. He said these manufacturing opsemiconductor components from the India fab to have better control of their supply chains.
There’s also optimism because larger semiconductor policy that will be driven in a mission mode by a professional body, with guidance from Indian and global exwhich the government has allogovernment is prepared to take that upto $40-50 billion when necessary. There are plans for small- er fabs and chip packaging units, there are attractive incentives for chip design – an area where India is already very strong – and incentives for research in semiconductors. A lot of this is directed towards creating Indian companies in chip design and semiconductor products.
Satya Gupta<\/a>, president of the VLSI Society of India, which is holding a major design conference later this month, said there’s a perception globally that India does not have good infrastructure, so it’s important to pre-build a fab park in one location, “where we build power, water, place for gases, for chemicals, easy customs, easy logistics, transportation. ” And while the fab is getting ready, he said, India should identify and focus on some areas of good market demand, where India also has the technology and some level of manufacturing capability. LED driver chips, he said, is one such – we already consume almost 600 million such chips each year, and it can be manufactured with technology India has. Gaur said the SCL (Semiconductor Laboratory<\/a>) in Mohali is being upgraded to deal with precisely such requirements.
Sambit Sahu, VP of the network and edge group at Intel, said applications around AI, 5G and IoT will need more and more differentiated chips to be built. AI, he noted, is trying to mimic the human brain, but it still doesn’t match even 1% of the brain. “So you can imagine how far we have to go. India can lead in product development in areas where there is huge domestic demand, particularly in the areas of healthcare, education, and agriculture,” he said.
Balajee Sowrirajan, MD of Samsung Semiconductor<\/a> India R&D Centre, said companies like Samsung, Intel, Qualcomm are all in the midst of these core technologies. All of them have massive R&D centres in India. “We have the right innovation knobs, and we’ve been innovating for many, many years to bring about a fundamental change for the global market. Now, coming closer to home, this is going to be important, if you look at smart cities, smart factories (in India),” he said. The global companies, he said, can also play a big role in collaborating with Indian entrepreneurs to create products for India and the world.
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