Harnessing The SHAKTI For Microcontroller Chips

“As an academic institution, we’ve done everything we can to develop the Shakti microprocessor, and now I need you to make it accessible to the world” — Prof. Kamakoti Veezhinathan.

It was a momentous occasion when IIT Madras announced the release of the Shakti microprocessor in 2018. While the adoption of this chip across strategic sectors, such as defence, nuclear power installations, government agencies and departments, is yet to be seen on a massive scale, startups such as Mindgrove Technologies are working towards making it accessible to the world.

Founded and incubated under IIT Madras in 2021 by co-founders and former colleagues, Shashwath TR (CEO) and Sharan Srinivas J (CTO), fabless semiconductor startup Mindgrove Technologies harnesses the potential of open source technology and the RISC-V Instruction Set Architecture (ISA) to create a high-performance microcontroller chip operating on a 28-nanometre technology node with a SHAKTI core.

The Shakti processor’s open source nature, released under a permissive BSD three-clause license, eliminates licensing fees and sales royalties typically associated with buying proprietary chips, reducing costs. “The RISC-V ISA combines lessons from legacy ISAs like x86, ARM, MIPS, and more, resulting in impressive performance efficiency for resources invested. The chip’s microarchitecture is designed to be simple, minimising area and power consumption, thus reducing production costs linked to chip size. We benefit from financial and infrastructure support and mentorship provided by IIT Madras, helping us identify and address potential issues early on,” says Shashwath.

WHERE IS THE REST OF THIS ARTICLE’S CONTENT?

This is PREMIUM content, which means that only
REGISTERED users of our website can read it, by logging in.

If you ARE a registered user, CLICK HERE to login.
Else, CLICK HERE to register for FREE!


Source link

This site uses cookies to offer you a better browsing experience. By browsing this website, you agree to our use of cookies.