Key Highlights
- MosChip Technologies has delivered a custom System-on-Chip to ISRO’s Space Applications Centre.
- The SoC was developed using a 28nm technology node for India’s satellite navigation program.
- The project followed an end-to-end Netlist-to-Silicon turnkey ASIC execution model.
- MosChip completed design, packaging, testing, and post-silicon validation in-house.
- Fully functional packaged silicon has been delivered and validated for production readiness.
MosChip Technologies Limited has successfully delivered a custom System-on-Chip to the Space Applications Centre of the Indian Space Research Organisation as part of India’s satellite navigation program. The development marks the completion of a full-cycle turnkey ASIC engagement, spanning from initial netlist to validated packaged silicon.
The custom SoC was implemented on a 28-nanometer technology node and achieved successful silicon bring-up following tape-out. The project included comprehensive physical design, design-for-test architecture and verification, as well as substrate and package development. MosChip also completed assembly and engineering sample validation using automated test equipment, confirming performance against defined specifications.
The Space Applications Centre is a key research and development arm of ISRO, focused on satellite-based systems for navigation, earth observation, communication, and scientific applications. The delivered SoC is intended to support critical satellite navigation capabilities, enabling SAC to advance toward the next stage of production and deployment.
According to the company, the engagement demonstrates MosChip’s integrated turnkey ASIC capabilities, with responsibility across design implementation, packaging, testing, and post-silicon validation. By managing all phases under a single execution framework, the company aims to reduce interface risks, streamline timelines, and improve first-pass silicon success.
With the validated silicon now delivered, the program has progressed to the production phase. The development strengthens MosChip Technologies’ position in advanced semiconductor engineering services, particularly in mission-critical aerospace and space technology applications.