"While Freescale and TSMC have declined the proposal, Intel has offered advisory support on infrastructure and financial matters related to semiconductor manufacturing," the report quoted an unnamed source as saying. GlobalFoundries has said it can offer know-how for 200-mm wafer processing and processor intellectual property, the report said http://www.croatiayachtcharter.com
Wafer fabs around the world are usually built with local and national government support and the support tends to be highest for sites where there is no history of chip manufacturing http://www.optimalhosting.com/features
Wafer fabs around the world are usually built with local and national government support and the support tends to be highest for sites where there is no history of chip manufacturing http://www.mariages.net/robe-de-mariee/may-s-ange--e36202
There is a saying.. "When milk is freely available at a reasonable cost, why buy a cow?".
While Fabs in Asia ( Singapore, Taiwan, China ) and Israel are selling wafers at reasonable cost, what's the reason to spend huge amounts of money to setup fabs?
Also, people should realize that the capital expense is only part of the problem. There is a huge cost involved in keeping the fab operational and if you don't run it with a certain level of utilization, it will become a white elephant. Also, the basic inputs needed to run a fab, water and electricity are in serious short supply in India.
Over the last 15-20 years, India has built a vast pool of design talent and I advise Indian government to rather focus on:
* Promote local fabless companies who can design chips in India, buy wafers from outside and get them packaged and tested in India. Look at companies like Broadcom and Marvell. They don't use any fabs in USA.
* Promote IP companies that can create building blocks for SOCs
* Setup package/ testing houses that can take raw wafers and crate packaged parts for local consumption
@sandeep063, I am not sure if climatic condition is the factor which is affecting this. Isn't it that Singapore has almost the same climatic condition as that of india ? I think its the lack of infrastrcture which is hurting the creation of fab. I hope government will take steps to correct this.
@BobsUrUncle, I am surprised that you are not updated about current trends. India recently tested Agni 5 which can reach every major chinese city. With this capability India has all the capability to retaliate any chinese aggression. No body can stop India from having a fab. I know its a slow process but once it picks up pace no body can stop the growth. Remember Indian IT growth sector story.
India imports most of it electronics from China. Considering the Chinese are enemy No. 1 of the Indians with Chinese missiles based in Tibet are pointed at every major Indian city -- the Indians are funding the very guns and bombs that will kill them in the next war with China.
Further considering the Chinese consider several Indian states as part of their territory and daily incur into India territory, it's only a matter of time that India and China will square off. India will loose again as it did in 1962 because of the weak minded Indians like the ones on this board that claim India shouldn't have a Fab. The money should be spent on bread and butter instead they claim. Bread and butter won't save you from annihilation. But defense electronics and systems may.
Will India be forced build it's military electronics on Chinese fabs? Would Americans stand for this situation if it was us?
I tried this in the 90s with the best possible team one could assemble (read ex TSMC). My conclusion then and now: There are lots of people with the $B but none with the vision or the balls to keep plowing $MM to stay current. One problem i see right away - too many cooks.
Start with backend assembly & test to build the competency, work on the infra-structure and supply chain.
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.