Meet India’s new space-grade microprocessor

How is it different from VIKRAM-1601

• Higher precision: With 32-bit and floating-point capability, it can process more accurate data for trajectory corrections and autonomous decision-making.

• Better software support: Easier to program using modern tools, which also reduces the risk of errors.

• Greater reliability: Fewer external components are needed since many interfaces are built into the chip.

• Future-ready: Can support more advanced guidance and control algorithms for upcoming space missions.

Impact

Beyond rockets, processors like VIKRAM-32 can also find use in defense, aviation, and industrial control systems where reliability under tough conditions is crucial. More importantly, the chip highlights India’s ability to design, build, and qualify high-end electronics within the country, reducing dependence on foreign suppliers.

The VIKRAM-32 marks a major milestone in India’s journey toward technological self-reliance. By replacing the older VIKRAM-1601, it brings more power, precision, and flexibility to ISRO’s missions. As it gets deployed in future launch vehicles and space systems, it will play a key role in supporting India’s expanding ambitions in space exploration.

_{Images are for reference only.Images and contents gathered automatic from google or 3rd party sources.All rights on the images and contents are with their legal original owners.}