IIT Madras and ISRO Unveil IRIS, India’s First Aerospace-Grade Semiconductor

India’s space ambitions just got a major boost! IIT Madras and ISRO have teamed up to create a cutting-edge semiconductor chip specifically designed for space applications. This chip, named IRIS, stands for Indigenous RISCV Controller for Space Applications, and it’s a huge step towards reducing India’s reliance on foreign technology.

Building Our Own Space Tech

Think of IRIS as the brain behind future Indian space missions. It’s built on the SHAKTI processor, designed to handle tasks in IoT systems and powerful computing. Imagine sending satellites equipped with this chip, capable of collecting data, controlling instruments, and communicating with Earth, all powered by Indian ingenuity!

From Design to Launchpad: A Homegrown Effort

This isn’t just about creating a chip; it’s about building a complete ecosystem. The entire process, from designing the chip to assembling the motherboard and booting up the software, happened entirely within India. This includes rigorous testing to ensure IRIS can withstand the harsh conditions of space.

Empowering India’s Tech Future

IRIS is a shining example of India’s commitment to “Make in India” and becoming a global leader in space technology. It’s part of a larger initiative called “Digital India RISC-V” (DIRV) which aims to develop secure, powerful microprocessors right here at home.

A Collaborative Effort

This achievement wouldn’t have been possible without the collaboration between ISRO, IIT Madras, and industry partners. ISRO Chairman Dr. V Narayanan praised the IRIS Controller, highlighting its contribution to India’s space ambitions.

Looking Ahead: A Bright Future

IRIS marks a significant milestone in India’s journey towards space self-reliance. Imagine the possibilities: future missions powered by Indian technology, exploring new frontiers, and pushing the boundaries of scientific discovery.

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