A new hub offering end-to-end semiconductor services—from design to testing—to provide accelerated, cost-effective, and high-quality integrated engineering solutions for global semiconductor companies.
A new hub for indigenous design of SDR chipsets, satellite modems, and broadcast solutions. This will create local IP, enhance wireless system flexibility, and strengthen India's telecom, defense, and satellite communication infrastructure.
A new service for advanced, custom ASIC/SoC and IP design in India, offering tailored, cost-efficient solutions with high design efficiency. It enables innovation in AI, IoT, and automotive sectors through local design support
A new design center providing scalable ASIC, FPGA, and SoC design services (analog, digital, mixed-signal) for global chipmakers, accelerating time-to-market and cementing India's role in advanced semiconductor design innovation
A new program to design high-quality, indigenous analog/mixed-signal IPs (ADCs, DACs, power management), reducing time-to-market and cost, thereby accelerating India's semiconductor self-reliance and design capabilities.
The Artwork Flow simplifies complex, error-prone artwork approvals for multi-SKU products—cutting timelines from 10 to 3 days and reducing packaging errors by 90% through digitized workflows and smart collaboration tools.
An "Open-Source Processor IP Development Center" focused on RISC-V cores to provide customizable, royalty-free IP, reducing dependency and boosting indigenous chip development and open-source innovation in India
A new service focusing on localized analog/mixed-signal IP and custom IC design, accelerating time-to-market and performance, ultimately boosting India's semiconductor innovation and self-reliance.
A "National Semiconductor Innovation Hub" offering end-to-end chip design, verification, and embedded systems services to accelerate localized R&D, foster innovation, and secure India's semiconductor independence and technological sovereignty.
A new initiative to develop indigenous, cost-effective, and secure RISC-V SoCs, boosting India's semiconductor ecosystem and achieving technological independence.
