MumbaiSemi develops RF and mixed-signal chips for navigation and wireless tech

What MumbaiSemi does

MumbaiSemi is an Indian fabless semiconductor company that designs high-performance RF, analog, mixed-signal, and digital integrated circuits for applications in communications, navigation, AI/ML hardware, autonomous vehicles, and low-power IoT. According to YourStory, the startup is incubated at SINE, IIT Bombay, and focuses on indigenous semiconductor solutions to address challenges in these sectors.

The company’s approach combines advanced circuit design, semiconductor research, and system-level innovation to create chips for both Indian and global markets.

Flagship product and development focus

MumbaiSemi’s flagship product, DhruvaPro, is a silicon-proven, reconfigurable GNSS RFIC (radio-frequency integrated circuit) that supports multiple global navigation satellite systems, including India’s NavIC, GPS, Galileo, and BeiDou. YourStory reports that the RFIC aims to simplify receiver design, reduce external component requirements, and lower power consumption while addressing system-level integration challenges.

Beyond navigation, the company is developing next-generation wireless transceivers for technologies like 5G, Wi-Fi 7, and Bluetooth. It is also working on high-speed communication PHYs for PCIe and UCIe applications, targeting AI/ML hardware and data centers.

Goals and market focus

MumbaiSemi aims to strengthen India’s semiconductor design ecosystem through indigenous research and development, as well as innovative chip architectures. According to YourStory, its technology is designed for applications in communications, automotive, navigation, and advanced computing, with a focus on creating scalable semiconductor solutions.

What this means

Lazyfounder analysis — our interpretation, not reported fact.

MumbaiSemi’s work signals growing capability in India’s semiconductor design space, particularly in RF and mixed-signal chips for navigation and wireless communication. For founders and operators in hardware, AI, and automotive sectors, this represents a potential domestic partner or benchmark for indigenous chip development. The startup’s focus on reducing external component requirements and power consumption could also influence how hardware startups design their products, especially in IoT and AI/ML applications where efficiency is critical.