18 December 2025
India has taken a leap forward in its semiconductor journey with the unveiling of DHRUV64, the nation’s first fully indigenous 64-bit dual-core microprocessor. Developed by the Centre for Development of Advanced Computing (C-DAC) under the Microprocessor Development Programme, this chip represents a major milestone in the country’s push toward technological self-reliance and reducing dependence on imported processors.
The DHRUV64 is built on the open RISC-V architecture, a modern, open-source design standard that avoids costly licensing fees, making it ideal for boosting innovation locally. Operating at 1.0 GHz, this dual-core chip may not rival the performance of cutting-edge commercial silicon from global giants, but its significance goes far beyond raw speed: it establishes a credible homegrown computing platform capable of supporting a wide range of applications from strategic infrastructure to everyday consumer electronics.
A strategic milestone for India’s tech ecosystem
For decades, India has consumed a substantial share of the world’s microprocessors — yet historically produced only a small fraction domestically. The introduction of DHRUV64 changes that narrative by providing a locally designed and developed processor that can serve as the foundation for future innovation in chips and systems. It is a visible outcome of national initiatives like the Digital India RISC-V (DIR-V) programme, which promotes chip design, prototyping, and ecosystem development.
While this is not India’s first microprocessor project — earlier efforts such as SHAKTI, AJIT, VIKRAM, and THEJAS64 laid crucial groundwork — DHRUV64 marks the first time a 64-bit dual-core design has been fully realized and publicly announced under a government-led roadmap. It builds on these earlier successes and sets the stage for more advanced designs currently in development, such as the upcoming Dhanush and Dhanush+ variants.
Why DHRUV64 matters
1. Self-reliance in critical technologies
DHRUV64 strengthens India’s autonomy in core technology areas. Microprocessors are the “brains” of virtually all digital systems — from industrial automation and telecommunications to defense and automotive electronics. Having a domestic chip design capability reduces reliance on imported silicon and enhances national security.
2. Broader application potential
Although its 1.0 GHz clock speed might seem modest by global enthusiast standards, DHRUV64’s 64-bit architectureenables it to run modern operating systems and support sophisticated workloads. The design is suitable for 5G network infrastructure, automotive systems, IoT devices, industrial control systems, and consumer electronics, offering practical utility across sectors.
3. Boosting the domestic semiconductor ecosystem
By anchoring processor design and development within India, DHRUV64 helps broaden the semiconductor talent pool and fosters an environment where startups, academic researchers, and established companies can experiment and build new products. This foundational chip can serve as a platform for custom silicon, enabling differentiated hardware solutions tailored to Indian and global markets.
4. Open-architecture advantage
The use of the RISC-V instruction set is particularly noteworthy. Being an open, royalty-free architecture, RISC-V reduces barriers to entry for chip designers and encourages collaboration across academia and industry — a boon for long-term innovation and competitiveness. Gadgets 360
What’s next for India’s chip ambitions
While DHRUV64 is a strategic accomplishment in its own right, it is also a stepping stone toward more powerful and feature-rich processors. The success of this launch fuels momentum for next-generation designs under the national semiconductor roadmap, aimed at progressively closing the gap with global competitors. Programs supporting design, fabrication, and commercialization are expected to expand, potentially drawing greater investment and talent into India’s semiconductor sector.
In a world where digital sovereignty is increasingly important, DHRUV64 stands as a testament to India’s evolving technological capabilities, signaling that the country is ready to play a more influential role in the global semiconductor landscape.
