Working with real chips also provides an opportunity to develop problem-solving skills. You will encounter errors and glitches while working with the chips, and you will need to use your creativity and critical thinking skills to identify and solve the problems. This process helps to build a problem-solving mindset that is essential for success in the field of electronic design. In conclusion, the labs using real chips offered by “vsdsquadron” provide a unique learning experience that is essential for gaining a deep understanding of VLSI and RISC-V. It allows you to develop hands-on experience with the technology, build practical skills, and foster a problem-solving mindset.

With “vsdsquadron” under safe and capable leadership, it’s now the perfect time to expand the reach of RISC-V and VLSI chip design education to even more regions throughout India. Let’s empower and equip even more learners with the skills and knowledge to excel in these exciting fields.

Finally, it is worth mentioning that the use of GPT-like models in VLSI physical design and STA tasks is a rapidly evolving field, and it is possible that in the future, these models may become more advanced and capable of taking on a greater role in the IC design process. However, it is unlikely that they will fully replace human engineers in the near future.

It’s the only board which is documented from Product specifications – RTL design – SoC design – RISC-V ISA – Physical design – CMOS transistor level which took us 12-years. A detailed documentation about vsdsquadron will be released soon, any individual can use this to demonstrate all concepts related to semiconductor chips and RISC-V