India's electronic component exports have faced a significant decline, dropping 16% year-on-year in Q1 to $1.34 billion, despite an overall increase in electronic goods exports. The downturn is attributed to a worsening shortage of printed circuit boards (PCBs) and increased trade barriers, particularly tariffs imposed by the US. The PCB sector is experiencing severe supply chain challenges, with prices for key materials like copper-clad laminates surging over 300% in the past year. This situation has led to concerns that electronics production in India could fall by 30-40% if shortages persist. The decline in exports to the US, which has seen a 51% drop, further exacerbates the situation, as tariffs have reduced the US's share of India's electronics component exports from 50% to 28%.

India's electronics exports to China have surged significantly, with a 64% increase in July alone, driven by mobile-phone parts and telecom equipment. The Commerce Ministry reports that exports reached $7.7 billion in the first four months of FY27, indicating a strong demand for industrial inputs. However, experts caution that this growth may be linked to intra-company transactions and could be volatile. The article highlights the need for India to secure better access to the Chinese market for high-value electronics and components, despite ongoing non-tariff barriers that limit market entry for competitive Indian products.

The Trump White House has reported a significant annual revenue loss of $19 billion to $26 billion due to countries circumventing U.S. tariffs by routing exports through third nations, a practice known as transshipping. This has implications for the electronics sector as China and other countries like India are reportedly involved in this practice, affecting U.S. manufacturing competitiveness. The administration is considering new trade frameworks to penalize such actions and has begun using AI to detect and prevent transshipments. The ongoing trade tensions and tariff policies are creating inflationary pressures domestically, which could impact procurement strategies for electronics manufacturers.

India's electronic component exports have faced a significant decline of 16% year-on-year in Q1, totaling $1.34 billion, despite an overall increase in electronic goods exports. This downturn is attributed to a worsening shortage of key components, particularly printed circuit boards (PCBs), and heightened trade barriers, especially tariffs imposed by the US. The PCB industry is experiencing severe supply chain challenges, with prices for essential materials like copper-clad laminates surging over 300%. Additionally, exports to the US have plummeted by 51%, influenced by tariffs that have reduced the US's share of India's electronics component exports from 50% to 28%. The government is monitoring these issues as they could lead to a 30-40% drop in electronics production if shortages persist.

India's electronic component exports have declined by 16% to $1.34 billion in the June quarter, primarily due to severe shortages of Printed Circuit Boards (PCBs) and increased tariffs imposed by the US. The PCB shortage is exacerbated by a global shift in demand towards high-margin AI servers, which are consuming a significant portion of PCB manufacturing capacity. Additionally, the cost of raw materials, particularly copper-clad laminates, has surged by 300% over the past year, putting pressure on manufacturers to either absorb costs or pass them on to customers. The US market, historically a major buyer of Indian components, has seen a 51% drop in shipments, reducing its share of India's exports from 50% to 28%. Industry experts warn that continued PCB shortages could lead to a 30-40% reduction in domestic electronics production within three months.

Techno Defence, a Mumbai-based startup, has developed an indigenous Joule-Thomson cooler for infrared detectors used in missile seeker applications, supported by India's Defence Research and Development Organisation (DRDO). This development addresses the reliance on imported cooling components, enhancing India's capabilities in defense technology. The cooler can achieve operational temperatures of approximately -175°C in under 10 seconds, making it suitable for compact seeker systems. This advancement is crucial for improving the performance of infrared detection systems used in missiles, potentially impacting procurement strategies for defense electronics.

India is making significant strides in semiconductor production, with three facilities now in commercial operation as part of its broader strategy to establish a robust semiconductor ecosystem. The government has allocated substantial funding, totaling ₹2.04 trillion across phases of the Semicon India Programme, to enhance capabilities in chip design, fabrication, and advanced packaging. This initiative aims to position India as a key player in the global semiconductor supply chain, supporting various sectors including AI and data centers. The ongoing projects and investments signal a shift from policy to tangible production, which could impact procurement strategies for companies relying on semiconductor components.

The article discusses the establishment of semiconductor fabrication plants in India, highlighting the significant investment required and the strategic importance of this initiative. With India currently importing nearly all of its semiconductor needs, the government's support through incentives under the India Semiconductor Mission is crucial for developing a domestic semiconductor ecosystem. The article outlines the types of facilities, projected costs, and the long payback periods associated with these investments, emphasizing the growing demand for semiconductors across various sectors including electronics, automotive, and telecom. This development presents a critical opportunity for procurement teams to engage with local suppliers and assess the implications for their supply chains.

The global shortage of printed circuit boards (PCBs) is worsening, with some Chinese manufacturers quoting delivery dates as far out as 2028. This situation is exacerbated by a supply interruption from the Jubail petrochemical complex in Saudi Arabia, which has been offline since March due to regional conflicts, affecting the availability of high-purity PPE resin for laminates. Lead times for epoxy resin have surged from three weeks to 15 weeks, and prices for copper-clad laminate have increased by 70% year-over-year, with some reports indicating a 40% rise in just one month. The Indian Electronics Industries Association is seeking government support to mitigate these challenges, as output could decline by 30-40% over the next three months if conditions do not improve.

Seoul Semiconductor and Seoul Viosys have secured a court ruling in India that prohibits the sale of products infringing on their optoelectronics patents. This ruling follows similar injunctions in Europe and the U.S., affecting companies like Onate and Laser Components USA. The implications of these rulings are significant, as they not only halt the sale of infringing products but also require the recall and destruction of previously sold items. This legal victory underscores the importance of intellectual property in the optoelectronics sector, which is critical for applications in automotive lighting, televisions, and AI systems. Procurement teams should closely monitor the impacts of these rulings on supply chains and sourcing strategies.

Researchers at IIT Bhubaneswar have theoretically predicted a new two-dimensional magnetic material, iron trichloride (FeCl₃), which could revolutionize future electronics by enabling faster and more energy-efficient devices. This material exhibits a unique magnetic state known as i-wave altermagnetism, which may facilitate the development of spintronic devices that utilize electron spin for data processing. The implications of this discovery could lead to advancements in high-density memory and quantum technologies, making it a significant development for the electronics industry.

Seoul Semiconductor's subsidiary, Seoul Viosys, achieved a significant legal victory in India on August 11, 2026, blocking the sale of products infringing on its optoelectronic semiconductor technologies. This ruling follows similar successes in the U.S. and Europe and strengthens Seoul's position in the optoelectronic semiconductor market, valued at approximately $200 billion. The victory protects their intellectual property and enhances their competitive edge in a rapidly evolving industry, particularly as applications expand into artificial intelligence and advanced technologies. With a robust patent portfolio of around 15,000 patents, Seoul Semiconductor is well-positioned for future growth amid increasing demand for advanced semiconductor solutions.