Foxconn, a prominent Taiwanese electronics company and key supplier to Apple, has joined forces with IIT-Madras and the Tamil Nadu government to advance research and innovation in India. This tripartite agreement paves the way for collaboration in key sectors like electric vehicle manufacturing and artificial intelligence. By leveraging IIT-Madras' expertise, Foxconn aims to enhance industry readiness and talent development while also investing in the electronics sector. With Foxconn's already substantial presence in Tamil Nadu and their commitment to expanding their facilities, this partnership holds great promise for driving innovation and shaping the future of technology in India.
The semiconductor industry, often overlooked but crucial to modern life, has a rich history that dates back centuries. In this blog post, we delve into ten lesser-known facts that highlight the significance and impact of semiconductors in our daily lives.
Lam Research, in a groundbreaking collaboration with IISc Bengaluru, has initiated a pilot program to train semiconductor fabrication engineers in India. The program's focus areas include virtual metrology, physical design learning, and process flow development, with the first batch of 30 engineers set to begin training at IISc's Center for Nano Science Engineering (CeNSE). This strategic partnership comes as part of Lam Research's ambitious plan to train 60,000 semiconductor engineers in India over the next decade, leveraging their advanced Semiverse platform.
Discover a groundbreaking collaboration between the Centre for Development of Advanced Computing (CDAC) and Arm, the world's leading semiconductor IP company, that aims to revolutionize India's semiconductor startup ecosystem. The partnership broadens support under the Design Linked Incentive Scheme (DLI), providing startups with access to the Arm Flexible Access for Startups program. This innovative initiative offers startups a $0 license fee access to cutting-edge Arm IP, tools, and training, empowering them to experiment, innovate, and design with confidence.
we explore the concerns raised by Acer founder Stan Shih and TSMC chairman Mark Liu regarding the U.S. lagging behind its Asian counterparts in chip manufacturing. Uncover the challenges of building a skilled workforce and specialized infrastructure while finding out how the groundbreaking CHIPS Act initiative seeks to steer the U.S. semiconductor industry toward a new era of growth and technological dominance. Get a glimpse of Intel's groundbreaking Silicon Heartland campus, a testament to the positive impact of government incentives on private investment and job creation in the semiconductor sector.
In the midst of an unprecedented semiconductor shortage, the tech world faces yet another challenge as China tightens its grip on the microchip industry. The announcement of export restrictions on gallium and germanium, two indispensable elements in microchip manufacturing, has sent shockwaves across global markets.
As the sun rises over the horizon, I prepare myself for another exciting day as a fab engineer in the bustling world of semiconductor manufacturing. Stepping into the cleanroom, I don my bunny suit, knowing that maintaining a pristine environment is crucial to ensuring the quality of the chips we produce.
With a cup of coffee in hand, I settle into my workstation, ready to review the production data from the previous day. Analyzing the numbers, I meticulously scrutinize for any irregularities or deviations. Today looks promising, but I notice a slight dip in yield on one of the processes. I make a mental note to investigate this further during the day.
Silicon Power Group's investment in India's semiconductor industry is set to transform the landscape, with a focus on empowering electric car manufacturing and energy applications. RiR Power Electronics, the group's Indian unit, will establish a cutting-edge facility in Odisha to produce essential 150-millimeter silicon carbide components. This move aligns with India's vision to become a formidable semiconductor hub, attracting significant global investments and fostering sustainable technological advancements.
Welcome to a comprehensive exploration of the intricate world of semiconductor supply chains. In this article, we will delve into the basics of semiconductors, their significance in today's technology-driven world, and how they navigate through a complex global supply chain. Along the way, we will highlight real-life examples to illustrate the challenges and solutions faced by the semiconductor industry. So, let's embark on this journey of discovery!
RISC-V, the open-source instruction set architecture, is taking the tech world by storm, and for all the right reasons. Whether you're a computer architecture enthusiast or an aspiring hardware engineer, learning RISC-V can be a game changer for your career. Its open standard, growing popularity, and diverse applications make it a skill in high demand across various industries.
