India Advances Semiconductor Sector with DHRUV64 and RISC-V Architecture
DHRUV64, a 64-bit dual-core processor developed under India's Digital India RISC-V program, represents a significant step towards semiconductor independence. Its open-source architecture eliminates royalties, enabling local startups to innovate in 5G and defense applications.
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DHRUV64, developed by the Centre for Development of Advanced Computing (C-DAC), is India's first 64-bit dual-core processor utilizing RISC-V architecture, capable of supporting operating systems like Linux. This technology aligns with India's ISM 2.0 initiative, aimed at establishing a self-reliant semiconductor ecosystem to support 5G and military infrastructure.
DHRUV64's architecture allows Indian startups to create customized chips without incurring significant royalty costs, fostering innovation. The processor's design includes a sophisticated execution engine for enhanced efficiency, making it suitable for applications ranging from smart city gateways to secure communications.
The recent Union Budget allocated ₹1,000 crore for IP development, signaling a commitment to owning semiconductor design capabilities. The transition to DHRUV64 paves the way for future DHANUSH SoCs, optimized for defense applications while enhancing national security through transparent chip design. The broader impact includes increasing compatibility in educational institutions, ensuring a skilled workforce ready for the semiconductor industry's demands.
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