India’s First Space-Grade Chip: Vikram 3201 Explained | ISRO’s Big Leap in Space Tech

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India has achieved a historic milestone in space technology! ISRO has developed its first indigenous space-grade computer chip, called Vikram 3201 – a 32-bit microprocessor designed to survive the harsh conditions of rocket launches and space missions.

In this video, we explain:
✅ What is Vikram 3201 and why it is important
✅ How it was designed by ISRO’s Vikram Sarabhai Space Centre & manufactured at SCL Chandigarh
✅ Its successful test on PSLV-C60’s POEM-4 platform
✅ How space-grade processors differ from normal consumer chips
✅ Global comparisons with NASA’s RAD750, Europe’s LEON, and China’s Loongson CPUs
✅ Why India’s entry into space-grade processors is a major leap in self-reliance
✅ Future possibilities – 64-bit, AI-powered space processors & their role in satellites, rockets, and planetary missions

Unlike everyday processors, space chips focus on radiation tolerance, stability, and reliability instead of raw speed. Built on the 180nm CMOS process, Vikram 3201 proves that India is now in the same league as the US and Europe when it comes to space computing.

With this breakthrough, India has taken a bold step towards self-reliant space technology and is set to compete globally in the field of advanced space electronics.

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