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Apparently TEPL will go down to 14nm chip production as well
Will we have IPR rights over this? Will this be free of any American sanctions? That's the key part. Sanction proof chips.Apparently TEPL will go down to 14nm chip production as well
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If I'm not mistaken the 28 nm SMCs should be out by 2027-28 & in the same article ( which was also linked here by myself some time back ) I read that 14 nm SMCs would follow a couple of years after that . Hence 2030 by which time the TSMCs of the world would've moved on to < 1 nm SMC .Apparently TEPL will go down to 14nm chip production as well
View attachment 254121
Okay saarIf I'm not mistaken the 28 nm SMCs should be out by 2027-28 & in the same article I read that 14 nm SMCs would follow a couple of years after that . Hence 2030 by which time the TSMCs of the world would've moved on to < 1 nm SMC .
I do not think that the world can move beyond < 1nm. You cannot overcome the limits of physics. What will happen is that instead of trying to miniaturize everything by 2D, we will expand the scope by utilizing 3D dimensions and boost up the processing capabilities. Or find a new type of transistor that is not binary but that is quadruple or higher.If I'm not mistaken the 28 nm SMCs should be out by 2027-28 & in the same article ( which was also linked here by myself some time back ) I read that 14 nm SMCs would follow a couple of years after that . Hence 2030 by which time the TSMCs of the world would've moved on to < 1 nm SMC .
Will we have IPR rights over this? Will this be free of any American sanctions? That's the key part. Sanction proof chips.
If I'm not mistaken the 28 nm SMCs should be out by 2027-28 & in the same article ( which was also linked here by myself some time back ) I read that 14 nm SMCs would follow a couple of years after that . Hence 2030 by which time the TSMCs of the world would've moved on to < 1 nm SMC .
Okay saar
Don't worry, hamari kabhi aukat nahi hogi to manufacture at those bleeding edge nmsI do not think that the world can move beyond < 1nm. You cannot overcome the limits of physics. What will happen is that instead of trying to miniaturize everything by 2D, we will expand the scope by utilizing 3D dimensions and boost up the processing capabilities. Or find a new type of transistor that is not binary but that is quadruple or higher.
As the economy grows so will the size of our ambitions. It's only natural. For if we don't cultivate either the mindset or the will to be trendsetters from followers there will come a day when we won't even be followers.Don't worry, hamari kabhi aukat nahi hogi to manufacture at those bleeding edge nms
Mostly we will be limited to microcontrollers and ARM/RISCV/MIPS Microprocessors used in non-sexy products as opposed to fabulous Laptop and Mobile if the industry takes off.
Semiconductor fabrication along with jet engine manufacturing are all crown jewel techs of gora empire.
Chinku is spending unholy sums of money, half of which is lost to scams as we speak to build the whole supply chain for ic fabrication from ground up from machines, materials and software/IP.
Meanwhile here it is putting subsidies and hoping a few dhandhos will line up and start fabricating some chips, our target for now should be matching M*laysia in this sector
They can't go for MVL unless they invent some novel materials and such. Who knows we may need even new kind of EUV Machine. Any kind of such development is atleast a decade away.I do not think that the world can move beyond < 1nm. You cannot overcome the limits of physics. What will happen is that instead of trying to miniaturize everything by 2D, we will expand the scope by utilizing 3D dimensions and boost up the processing capabilities. Or find a new type of transistor that is not binary but that is quadruple or higher.
There is no point in OSAT again like Malaysia. I mean our whole Semi Conductor Policy revved up due to Taiwan Invasion scenario and a Self-Sufficiency in certain sectors from silicon ingots. Ofcourse OSATs are welcome but if that is all without any Fab then its just jhumla. We don't want to become Chip Sweat Shop.Don't worry, hamari kabhi aukat nahi hogi to manufacture at those bleeding edge nms
Mostly we will be limited to microcontrollers and ARM/RISCV/MIPS Microprocessors used in non-sexy products as opposed to fabulous Laptop and Mobile if the industry takes off.
Semiconductor fabrication along with jet engine manufacturing are all crown jewel techs of gora empire.
Chinku is spending unholy sums of money, half of which is lost to scams as we speak to build the whole supply chain for ic fabrication from ground up from machines, materials and software/IP.
Meanwhile here it is putting subsidies and hoping a few dhandhos will line up and start fabricating some chips, our target for now should be matching M*laysia in this sector
Sorry but I would like my washing machine with 28nm only, no need for a 7nm processorIf I'm not mistaken the 28 nm SMCs should be out by 2027-28 & in the same article ( which was also linked here by myself some time back ) I read that 14 nm SMCs would follow a couple of years after that . Hence 2030 by which time the TSMCs of the world would've moved on to < 1 nm SMC .
Unlikely. These node sizes are marketing gimmicks anyway (for instance, Intel's xyz nm node is different from TSMC's xyz nm node etc). And those 3 nm nodes aren't 'really' 3 nm nodes (they perform better than 5 nm nodes; that's about it).Hence 2030 by which time the TSMCs of the world would've moved on to < 1 nm SMC .
Malaysia fabricates chips, the OSAT only meme countries are Vietnam and Phillipines, maybe Thailand also.There is no point in OSAT again like Malaysia. I mean our whole Semi Conductor Policy revved up due to Taiwan Invasion scenario and a Self-Sufficiency in certain sectors from silicon ingots. Ofcourse OSATs are welcome but if that is all without any Fab then its just jhumla. We don't want to become Chip Sweat Shop.
Malaysia fabricates chips, the OSAT only meme countries are Vietnam and Phillipines, maybe Thailand also.
I think they are mostly into the nand and flash chips and controllers.
What range fabs do they have?
Don't worry, hamari kabhi aukat nahi hogi to manufacture at those bleeding edge nms
Mostly we will be limited to microcontrollers and ARM/RISCV/MIPS Microprocessors used in non-sexy products as opposed to fabulous Laptop and Mobile if the industry takes off.
Semiconductor fabrication along with jet engine manufacturing are all crown jewel techs of gora empire.
Chinku is spending unholy sums of money, half of which is lost to scams as we speak to build the whole supply chain for ic fabrication from ground up from machines, materials and software/IP.
Meanwhile here it is putting subsidies and hoping a few dhandhos will line up and start fabricating some chips, our target for now should be matching M*laysia in this sector
Dei let them start physical construction of their Dholera plant. The taiwan minister chap is already making noise over India's poor industrial condition. Hope Tata builds something. I cannot find any construction activity of the Dholera plot on Facebook. Usually workers will be posting site updates from the locationApparently TEPL will go down to 14nm chip production as well
View attachment 254121