New Delhi: India’s semiconductor ambitions are facing early stress signals as disruptions in the Strait of Hormuz ripple through critical supply chains. Although the India Semiconductor Mission (ISM 2.0), which is the next phase in the semiconductor roadmap of the government, is still on track, the operating environment is quickly uncertain. Its effect is not immediate, but the pressure is mounting on major inputs which keep the chip manufacturing and electronics production processes going, reported by Moneycontrol.
The structural dependencies that cannot be resolved solely by the policy support are being revealed in the crisis. With the industrial gases, the petrochemical feedstocks and the cost of the energy, a series of weak links are suddenly starting to narrow concurrently. According to the industry observers, the production can resume in the short run, but in the long run, a long disruption might impede the ramp-up of semiconductors in India and impact reliability throughout the ecosystem.
Helium shortage emerges as first flashpoint
The issue of availability of speciality gases, particularly helium, which is a commodity used in the manufacturing of semiconductors and for which there are no immediate alternatives, is the most pressing. Much of the world supply of helium is supplied by Qatar, where helium is a byproduct of LNG. Oil supply disruptions have begun to squeeze the supply of Asian markets.
The majority of semiconductor plants maintain small buffer stocks, which normally take four to eight weeks. According to experts, when disruptions continue beyond this window, the Indian OSAT and packaging units may end up straining in their operations. The firms can move to allocation mechanisms whereby high-value production is emphasised instead of having a full production capacity.
Petrochemical bottlenecks add hidden pressure
Other than gases, petrochemical supply chains are also being hit by the disruption. The Gulf region is at the centre of providing the feedstocks, such as naphtha, vital in semiconductor packaging and the printed circuit boards. The tightening of supply and logistics disruption is already being reported in some areas in Asia.
India is very much reliant on imports for these upstream materials. This leaves the ecosystem exposed to external shocks. Analysts predict an increase in input costs, a delay in the procurement process, and a squeeze on margins in electronics manufacturing in the event that the situation persists.
Rising energy costs threaten AI expansion
One of the factors that are becoming a limiting factor is energy. Power is needed in semiconductor manufacturing, packaging of chips, and data centres in large quantities. As crude oil and LNG prices have been on the increase, the cost of operation in the industry is on the upswing.
Increasing energy costs may directly affect India’s power to increase AI infrastructure at competitive levels. Although it is not clear that instant price increments will occur throughout the board, analysts believe that the chances of a rise in costs, restrictions in energy dispensation, and slow growth are on the rise.
Demand risks add another layer of uncertainty
Demand dynamics are also being impacted by the disruption, particularly in energy-intensive industries such as data centres. An increase in the prices might cause the companies to cut capital expenditure and a slowdown in the growth of semiconductor demand.
In case the prices of memory keep going up, with the cost of operation, the ripple effect may be felt within the larger electronics environment. This gives a feedback process where supply and demand are pressured simultaneously.
To date, India still has its semiconductor push. Nevertheless, the Hormuz inconvenience is serving as a stress test for the environment. It is not an imminent derailment but a slow pace characterised by increased cost and delays and low efficiency.
Since India still expands its electronics and AI infrastructure, the crisis makes one important fact known: the long-term success will not only be based on the support of the policy but also on the resilience of its supply chain and less reliance on external inputs.