Call me Cynical... I do not believe this will ever happen... What somebody should do is checkout where the JAYPEE group has land that is yet under-developed... Then you can make a bet that they would announce the fab around there... JAYPEE along with the politicians will unload their lands etc at astronomical prices , make the money and run... Checkout Fab city in Hyderabad... If you take a look at who made money - it is the politicians and the few cronies... Who holds all the land near the fab city now - mostly NRI's ( Non resident indians or No return on Investment). The JAYPEE group has one of the highest debt to equity ratios among India Inc..and they have been trying to unload all their cement factorues etc to pay down the debt. What makes somebody think that they would carry thru on a fab plant, that will run into about 200-300 million loses the first few years before ever turning a profit......pipe dream....My 2 cents.....
@GSMD, thanks for sharing this history. You offer fasicnating perspectives on the industrial development in Inida -- with so many twists and turns, then, unintended consequences. We shall see how two fabs in India will change India's electronics landscape.
I think that the independent development of hardware ( and Software incl. OS & Appl. that went with it ) put India in a position to specialize and boom in Software after the home grown hardware part became unviable. Contrary to the expectations of uninformed "experts", no simple-minded linearity there !
ST would of course like to find new markets for their products that have become less competitive even in Europe. They have APs for Mobiles and other leading node SoCs, micro-controllers and then process for FD-SOI that could still turn out to be an alternative to FinFET.
But what does a pre-HKMG Foundry like Tower Jazz bring into the Party ( the 2 nd Fab ) ? To what extent would IBM keep supplying them with leading edge process technologies ( HKMG ) ? Would they ever do process R&D in India ?
On the other side of the Eq. the $ 8 billion per year of semiconductor import by India could be a bit of a red herring. One would suspect that much of that import bill is pre - decided by the OEM System importers ( Samsung ) and assemblers ( Nokia, local MicroMax - in bed w/ China's SpreadTurm ) in India.
But older nodes are quite adequate for new applications like ID and Smart Cards that are about to see volume application in India. So these Fabs could start even at 130 nm to keep yields high with a green crew.
Saw somewhere that both these CMOS Fabs are aiming for only 40k wafer starts per mo. To use up even that capacity India would need to develop balancing facilities ( Marketing, System Design, Assembly & Test,.. ) domestically. Otherwise these Fabs will have to turn into late node Foundries for export and we know how that goes. Won't do much to offset India's import bill for semis - the original purpose behind the generous Govt. subsidies.
Folks in India seem to be fixated on Digital Logic and are totally oblivious of Fabs for Power Electronics ( IGBTs ) & Compound semiconductors ( RF, LED, .. ) that are more relevant to an agrarian & rural economy ( not to mention that those Fabs are an order of magnitude cheaper ). Or to jump well ahead of the pack, they could focus on MEMS - especially for Medical sensors.
As usual the governement thinks it can just create magic by just starting something 20 years late and with crumbling infrastructure and high levels of beuracratic inefficiency this is surely a disaster in the making. Just goes to show how foolish the government can be when it's people are mostly illetrates.
I don't know on what basis this counts as the best way to boost economy by throwing billions in an untested and uncompetitive product called siclicon. I agree it would need one small unit just to show that it can but commercially viable, that's a pipe dream. When most companies are going fabless what makes the govt think the ones on Indian soil can churn out profits?
There are much better ways to utilize these billions to shore up the suffering manufacturing sector.
Making the infrastructure fab-friendly is a very big deal. That is why it is considered in fab locations. The cost of making the fab-friendly infrastructure "merely" needs to be deducted from the $4 billion. It could leave about $2-3 billion, which is just right for 65-90 nm maybe. So to get to the advanced nodes would need another round of funding.
What are the engineering and design challenges in creating successful IoT devices? These devices are usually small, resource-constrained electronics designed to sense, collect, send, and/or interpret data. Some of the devices need to be smart enough to act upon data in real time, 24/7. Are the design challenges the same as with embedded systems, but with a little developer- and IT-skills added in? What do engineers need to know? Rick Merritt talks with two experts about the tools and best options for designing IoT devices in 2016. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.