In a layman's language, a normal processor which is used in our laptops or desktop have 2/4/8 cores which can handle some threads/jobs at a time but when we talk about the legacy server chips then you have multiple cores like 30/60/80/120 cores integrated into a single soc to handle multiple jobs/pings coming on the server from multiple users.
I had interest in hardware and software both equally, and I tried searching for how to become SOC engineer at Intel AMD etc., But weren't able to find any good and relevant answers. Your interview or say video really helped me out a lot, thanks mate 😁
No you cannot do the whole verification through automation. There are millions of gates which use to provide multiple functionalities. There are scripting and automation involved in UVM/OVM methodology but it requires a good understanding of architecture of design to verify each and every functionality of a chip which is going to ship to customer. So a huge amount of human knowledge and experience requires in it.
Digital / mixed signal design, physical / layout / CAD design, silicon verification & validation. If you have a PhD then probably computer architecture.
In a layman's language, a normal processor which is used in our laptops or desktop have 2/4/8 cores which can handle some threads/jobs at a time but when we talk about the legacy server chips then you have multiple cores like 30/60/80/120 cores integrated into a single soc to handle multiple jobs/pings coming on the server from multiple users.
I had interest in hardware and software both equally, and I tried searching for how to become SOC engineer at Intel AMD etc., But weren't able to find any good and relevant answers. Your interview or say video really helped me out a lot, thanks mate 😁
Thank you for the podcast. Nice and very information on semiconductors and vlsi by sweety. Want more podcasts like this
i have a doubt that is verification can also be done automatic like we are making robots
This is very complicated, not so easy to replace by bota
No you cannot do the whole verification through automation. There are millions of gates which use to provide multiple functionalities. There are scripting and automation involved in UVM/OVM methodology but it requires a good understanding of architecture of design to verify each and every functionality of a chip which is going to ship to customer. So a huge amount of human knowledge and experience requires in it.
Already simulations taking about hours to complete. It would be a huge overhead, if you add automation on top of that
Nycc interview manh ,most needed
what are the job roles available for computer engineering student in vlsi industry
Digital / mixed signal design, physical / layout / CAD design, silicon verification & validation. If you have a PhD then probably computer architecture.
Risc 5 is processor architecture
Nice video, keep posting such videos
wow it's an amazing video I have learnt a lot of things from this video
The only commodities increase after sharing are knowledge and love. 👌 keep sharing keep growing. Padega India tabhi tho badega india.
Best video keep it up
Nice ❤️❤️👍
😌😌😌
har dusra banda bas podcast bnane mein laga hua h
sab gadho ki race mein bhaag rhe h
Aree yeh hindi boli
Wow🐱🐱