Mindgrove Technologies is a startup backed and incubated by IIT Madras. This startup has successfully designed India’s first commercial high-performance microcontroller chip. This indigenously built microcontroller semiconductor offers a cheaper option to electric goods makers. Digital infrastructure also boosts the “Made in India” program in the electronics department. Here, we are talking about INDIAN STARTUP LAUNCHED FIRST MICROCONTROLLER CHIP PURELY MADE IN INDIA.
Here, we are talking about the INDIAN STARTUP LAUNCHED FIRST MICROCONTROLLER CHIP PURELY MADE IN INDIA:
The startup created the first microcontroller, entirely designed, owned, and marketed in India. After arriving from Taiwan, the SoC passed preliminary testing and is ready to integrate with intelligent electronic devices. It then targets electronic manufacturers and other mid-market consumers in India and overseas. Even though the pricing details are not yet available, it is confirmed that it will be 30% cheaper than similar products. The co-founder of Mindgrove Technologies said, “The actual compute core and basic system of the chip is working now.”
Once the company gets approval after agreeing, the general public can have the option to use Indian chips in their systems instead of imported chips from China or other countries. The IoT chip can be embedded in applications like intelligent fans, speakers, smart watches, access control systems, and more. In addition, another co-founder, TR Shashwath, mentioned that using Indian chips in our devices can simplify supply chains by collaborating with other Indian partners.
The founders thanked the IIT Madras ecosystem for helping maintain a simple design. The startup has backing from venture capital firm Peak XV partners. They added, “If we succeed, I hope this inspires more people to get into deep tech product building.” TR Shashwath mentioned that during the pandemic, we learned about the wide gap between high-end and low-end players in the embedded system space.
It shows how low-end players prioritize cost and volume over the chip’s performance. Mindgrove aimed to design chips that target the middle market by keeping these factors in mind. “The key factor differentiating us from others is Right-sizing, when it comes to Mindgrove, giving it an edge over others, with security, enhanced flexibility, adaptability, and cost-efficiency with a robust support system.” He added.
The chip delivers high performance with a RISC-V architecture and a clock speed of 700MHz. It is the only Indian-made chip available commercially. Mindgrove Technologies’ headquarters are at the IIT Madras Research Park in Chennai.
Conclusion
Mindgrove Technologies, supported by IIT Madras, has made India’s first commercial high-performance microcontroller chip. This chip is a big step for the “Made in India” program. The chip is cheaper than others and helps India’s electronics industry. It’s now ready for use in smart devices and will be 30% cheaper than similar chips. Mindgrove hopes to make Indian chips more common and easier to use, thanks to help from IIT Madras and Peak XV partners. They want to inspire more people to create deep-tech products. This chip is made in India and offers good performance, showing India’s ability to innovate in technology.
The recent launch of India’s first purely indigenous microcontroller chip in technological advancement marks a significant milestone. This achievement not only showcases the prowess of Indian innovation but also highlights the potential for self-reliance in critical technological domains. As this groundbreaking development unfolds, it opens up new avenues for indigenous technology development, fostering economic growth, job creation, and technological sovereignty. With this historic milestone, the Indian startup has made a mark on the global stage and paved the way for future innovations, demonstrating the immense capabilities of the Indian tech ecosystem.
As we look towards the future, the launch of this microcontroller chip serves as a testament to India’s ingenuity, resilience, and determination to lead in technological innovation.
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