The newly coined term “chipflation”, used by analysts at Morgan Stanley in June this year, is generating considerable curiosity and scrutiny worldwide. Gone are the days when inflation alone was a concern for policymakers, academics and economies. The attention is now on this recently introduced term as the world seeks to better understand the economic consequences of a technology-driven economy.
The gravity of the issue can be gauged from Producer Price Index (PPI) figures extracted from the FRED database of the US Bureau of Labour Statistics. The PPI for electronic components, which measures what companies pay for semiconductor chips and other electronics, has risen sharply this year. It rose 27.6 per cent in June from the same month last year, recording the largest increase since 1966. This easily surpasses the surge in prices registered during the PC era of the 1980s and the chip supply shortages recorded during Covid-19. According to JP Morgan estimates, prices of Dynamic Random Access Memory (DRAM), an essential memory component, are projected to rise by more than 400 per cent from early 2024 to the latter part of 2026.
So, what is chipflation? It is an economic trend in which massive global demand for Artificial Intelligence (AI) and related infrastructure drives up memory chip costs. This is making electronic items such as smartphones, laptops, desktops, tablets, air conditioners (ACs), washing machines, televisions and refrigerators costlier. According to estimates, the global memory chip market is continuously expanding, with a projected CAGR (Compound Annual Growth Rate) of 12.5 per cent between 2025 and 2035. The market is expected to be valued at $255.38 billion in 2026 and is likely to reach $739.46 billion by 2035, despite periodic pricing cycles.
Chipflation is caused by several factors. Technology companies are buying millions of advanced chips to build and power new AI data centres, contributing to higher demand. At the same time, major chip manufacturers such as TSMC, Samsung, SK Hynix and Micron are prioritising chips for AI technologies and related infrastructure. This can leave standard memory chips used in electronic products and household appliances in short supply, pushing up prices. There are also long production delays because of the time required to build new semiconductor factories, meaning supply cannot match demand at short notice.
Chipflation has reached Indian shores too. Price increases that previously took years have occurred in just six months in 2026, with the Consumer Price Index (CPI) for electronics rising by 3 per cent to 5 per cent between January and July this year. This underlines the need to assess the issue in greater detail.
What are the effects of chipflation?
Broadly, chipflation can have wide-ranging effects on any economy. Electronic gadgets become costlier, pushing up consumer prices. It can also pressurise manufacturers’ profit margins by increasing production costs, particularly for non-AI companies that face higher expenditure on basic components. In addition, brands may produce lower-specification products or delay new product launches. Chipflation can also result in uneven market growth, as major chipmakers report record profits while non-AI hardware producers face supply and allocation pressures, particularly as essential memory components such as DRAM remain in short supply.
Negative impact of chipflation
Chipflation may contribute to inflation in consumer electronics as prices of everyday devices such as smartphones, laptops and home appliances rise, reversing years of deflationary price reductions. There may also be forced product downgrades. Mid-tier device and automotive manufacturers may scale back standard features such as touchscreens and fast charging, or shift towards higher-end products to protect profit margins. This could reduce budget options for consumers. Broader corporate cost pressures may also increase as enterprise cloud computing fees, server upgrades and general IT operating costs rise, adding to inflationary pressures globally.
Positive impact of chipflation
Every coin has two sides, and the same is true of chipflation. It could also have several positive effects on an economy. Chipflation may boost revenues for chipmakers. This is evident from rising stock values and profit margins as major semiconductor manufacturers such as TSMC, Samsung Electronics, SK Hynix and Micron redirect capacity to high-performance AI memory. It could also accelerate advances in AI infrastructure as hyperscale technology firms and cloud providers secure crucial multi-year chip contracts, fuelling investment in AI and data centre capabilities. Chipflation could further promote regional economic growth, with semiconductor-dependent economies such as Japan, South Korea and Taiwan potentially benefiting from stronger terms of trade and corporate earnings prospects.
How will it affect India?
Chipflation has significant implications for India’s manufacturing and broader economic policy. India’s Electronics System Design and Manufacturing (ESDM) ecosystem could be vulnerable because of reliance on imported semiconductor components, exposing it to global supply chain constraints. Pressure on the Indian rupee could create significant cost overruns for import-dependent businesses, thereby eroding the dollar value of fiscal outlays under the India Semiconductor Mission (ISM). Although chipflation may appear to be a short-term challenge because it raises the cost of electronics and cloud computing infrastructure, it reinforces the need for long-term technological self-reliance through local fabrication projects under ISM 2.0.
The Way Forward
India can tackle chipflation through a combination of targeted trade policy adjustments, greater support for domestic manufacturing and strategic international partnerships to strengthen computing infrastructure.
Import duties could be rationalised on essential electronic components rather than relying solely on standard monetary policy, which on its own may prove less effective in addressing imported supply-chain inflation. Manufacturers could be supported in price-sensitive budget segments such as low-priced smartphones by linking production-linked incentives (PLI) to sustained assembly volumes rather than value alone during periods of significant price volatility.
The ISM could be scaled up by fast-tracking domestic fabrication and advanced packaging projects currently being pursued through the Ministry of Electronics and Information Technology (MeitY). This could help build long-term supply chain resilience. There is also a need to deepen local value addition by encouraging brands to localise the manufacture of high-end modules and memory components. This would help shield the domestic market from volatile spot-market prices.
Government-to-government agreements in the form of multi-year bilateral supply arrangements with trusted semiconductor leaders, such as the latest outreach to Japan by the Government of India, could help secure stable allocations of essential memory chips. Semicon 2.0, backed by a ₹1.27 lakh crore push, could help India build a complete and self-reliant domestic chip ecosystem resting on six strategic pillars: design; materials and equipment; fabrication plants; advanced chip packaging technologies; research and development; and talent development.
Identifying and securing critical mineral supplies from sources beyond established suppliers could support the country’s diversification strategy and help build resilient critical mineral supply chains, a prerequisite for a stable memory-chip ecosystem. The IndiaAI Mission could also be leveraged to support domestic researchers and start-ups facing high infrastructure costs by subsidising access to public computing capacity.
Chipflation, a downside of the AI boom, is likely to persist for some time, both in India and globally, until AI begins to make technology more efficient and, eventually, cheaper. In the meantime, better awareness and preparedness could help mitigate its impact. That would make the prospect of more expensive consumer electronics easier to absorb and understand.
The author is an Assistant Professor (Economics & Trade Policy) at the Indian Institute of Foreign Trade, New Delhi
The opinions expressed in this article are those of the author and do not purport to reflect the opinions or views of THE WEEK.
