India Launches Homegrown Dual-Core 1GHz RISC-V Processor

India Launches Homegrown Dual-Core 1GHz RISC-V Processor

India’s CDAC Launches Advanced Processor DHRUV64

India’s Centre for Development of Advanced Computing (CDAC) recently unveiled its latest processor, the DHRUV64, marking a significant step towards establishing a domestic semiconductor industry that competes with global leaders.

Key Details:

  • Who: CDAC (Centre for Development of Advanced Computing)
  • What: DHRUV64, a new processor featuring two RISC-V cores
  • When: Announced this week
  • Where: India
  • Why: To strengthen India’s semiconductor capabilities amid ongoing global demand for chips
  • How: Built on a 28nm manufacturing process with a modest operational frequency of 1.0 GHz

The DHRUV64 is aimed at applications including 5G infrastructure, automotive systems, consumer electronics, industrial automation, and the Internet of Things (IoT). However, it faces stiff competition from well-established players who offer mature products and comprehensive development ecosystems.

Why It Matters:

The launch highlights India’s efforts to build a self-reliant semiconductor industry, especially significant given the country’s past reliance on outdated technologies (such as 180nm, 32-bit processors running at 75-100MHz). Here’s how it could impact various sectors:

  • AI Model Deployment: Limited capacity may hinder advanced AI applications but signals future improvements.
  • VMware/Virt: Potential use in virtualization sectors as optimization unfolds.
  • Hybrid/Multi-Cloud Adoption: The need for localized chip solutions could foster hybrid infrastructures.
  • Enterprise Security: Domestic chip production may enhance data sovereignty.
  • Performance: Current specifications show limited scalability, requiring future iterations for robust performance.

Takeaway:

IT professionals should monitor the development of India’s semiconductor sector, especially the upcoming designs like DHANUSH64 and DHANUSH64+, which promise greater performance and flexibility. Consider evaluating local sourcing for specific applications, as advancements may soon position domestic chips as viable options.

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Meena Kande

meenakande

Hey there! I’m a proud mom to a wonderful son, a coffee enthusiast ☕, and a cheerful techie who loves turning complex ideas into practical solutions. With 14 years in IT infrastructure, I specialize in VMware, Veeam, Cohesity, NetApp, VAST Data, Dell EMC, Linux, and Windows. I’m also passionate about automation using Ansible, Bash, and PowerShell. At Trendinfra, I write about the infrastructure behind AI — exploring what it really takes to support modern AI use cases. I believe in keeping things simple, useful, and just a little fun along the way

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