HORIBA Sees EV Chip Opportunity, Flags India Supply Gaps

The global shift towards electric vehicles (EVs) is creating a fresh demand curve for semiconductor test and measurement equipment, and HORIBA is positioning itself to capture a share of that opportunity. The company's focus on EV-related chip testing comes at a time when India is attempting to build a domestic semiconductor ecosystem, even as structural supply gaps persist. According to industry observers, the EV transition is reshaping not just vehicle architecture but also the testing and validation requirements that underpin chip reliability, efficiency and safety. Analysts say that power semiconductors, battery management ICs and motor control chips are among the components that require rigorous testing as automakers push for higher efficiency and longer range.

India's semiconductor ambitions have gathered momentum, but the supply chain remains thin across design, fabrication, packaging and testing. The gaps are particularly visible in advanced testing infrastructure, which is critical for automotive-grade chips that must meet stringent reliability and safety standards. Industry analysts note that automotive semiconductors demand longer qualification cycles and higher durability thresholds than consumer electronics, making specialised test equipment essential. HORIBA's emphasis on EV chip testing reflects this broader trend, where measurement precision directly influences vehicle performance and safety outcomes.

The opportunity is significant for equipment makers, but it is also a reminder of how dependent India remains on imports for high-end testing and fabrication capabilities. Analysts say that building domestic capacity in semiconductor testing would require sustained investment, skilled talent and close collaboration between equipment suppliers, chip designers and automakers. For HORIBA, the EV chip opportunity is not merely about selling instruments; it is about partnering with the automotive ecosystem as it transitions to electrification.

Analysts say the EV transition is reshaping chip testing requirements, with automotive-grade semiconductors demanding longer qualification cycles and higher reliability thresholds than consumer electronics.

India's push towards self-reliance in semiconductors has drawn policy attention and investment interest, but the testing and validation layer often receives less visibility than fabrication plants. Yet, without robust testing infrastructure, automotive chips cannot be certified for use in EVs, creating a bottleneck in the supply chain. Analysts say that equipment suppliers such as HORIBA stand to benefit as automakers and chipmakers invest in validation capabilities. The challenge for India is to ensure that these capabilities are built domestically rather than imported entirely.

The road ahead for India's semiconductor supply chain will depend on how quickly testing and packaging ecosystems develop alongside fabrication ambitions. For the EV sector, the stakes are high: chip reliability directly affects vehicle safety, range and performance. HORIBA's focus on this space signals that equipment makers see long-term demand, even as India works to close its supply gaps. Analysts say that collaboration between global equipment suppliers and Indian stakeholders could accelerate capability building, but the pace will depend on investment continuity and talent development.

For more insights on India's automotive semiconductor landscape and EV supply chain developments, visit Autoverse.