Why in the news?
In recent times, China's geopolitical tactics has disrupted India's electronics supply chain, particularly affecting Apple-Foxconn’s production.
What is China’s Supply Chain Restrictions?
- Restriction on engineers – In January 2025, China restricted travel for its engineers in Foxconn’s Indian facilities and curbed exports of critical manufacturing equipment, which led to:
- Crippling Apple-Foxconn’s operations and impacting India’s manufacturing ambitions.
- Geo-political weapon – Beijing uses supply chain disruptions as a geopolitical weapon, leveraging its dominance in advanced machinery and electronics to slow India’s production.
What are the significance about Electronic Industry/Sector?
- Dynamic industry – The electronics sector is a vast and dynamic industry that encompasses the design, development, production, and distribution of electronic devices and components.
- Driving innovation – It's a critical part of the global economy, driving innovation and impacting nearly every aspect of modern life.
- 12 million jobs job creation – The electronics sector in India is expected to create 12 million jobs by 2027, including both direct and indirect roles.
- 3.4% of GDP – According to the department of commerce, under the Ministry of Commerce and Industries, the electronic sector contributes 3.4 % to the GDP.
What are the Key Components of Electronic Sector?
- Semiconductors – The backbone of modern electronics, used in everything from smartphones to cars.
- Consumer Electronics – Products for everyday use, including smartphones, computers, televisions, audio equipment and home appliances.
- Electronic Components – Individual parts that make up electronic devices, such as resistors, capacitors and transistors.
- Industrial Electronics – Equipment used in manufacturing, automation, and other industrial applications.
- Telecommunication – Infrastructure and devices for communication, including networks, mobile phones, and routers.
What are the Recent Developments in the Electronics Sector?
- Advancements in Semiconductors
- Chiplet Design – Improves performance and efficiency by combining smaller chips.
- Higher Transistor Density – Boosts chip performance and reduces power use.
- AI at the Edge – AI-powered devices enable faster, local data processing for automation and smart systems.
- Neuromorphic Computing mimics the human brain for efficient AI processing.
- Sustainability Focus – Efforts to reduce e-waste through better recycling and longer product lifecycles.
- Development of energy-efficient electronics to lower environmental impact.
- Internet of Things (IoT) Growth – Increasing connected devices drive data collection and automation.
- Industrial IoT (IIoT) improves efficiency in manufacturing and logistics.
- 5G & Future Connectivity
- 5G expansion – Enables faster speeds and new tech applications.
- 6G research – Is already underway for even greater connectivity.
- Flexible & Wearable Electronics
- Foldable displays – Are advancing for use in phones, wearables, and signage
- Wearable tech – Like smartwatches continues to evolve with new features.
- Quantum Computing Progress – Still in early stages, but has potential in drug discovery, materials science, and cryptography.
- Research is ongoing to develop powerful and stable quantum computers.
What are the Major Challenges in the Electronics Sector?
- Supply Chain Disruptions – Dependence on limited suppliers, especially China, leads to vulnerabilities.
- Geopolitical tensions and global crises impact the availability of key components.
- Semiconductor Shortages – High demand and limited production capacity cause delays in manufacturing.
- Need for more semiconductor fabrication plants (fabs) outside dominant regions.
- High Dependence on Imports – Many countries, including India, rely heavily on imported electronic components.
- Lack of local ecosystem for semiconductor manufacturing.
- Rapid Technological Changes – Constant innovation requires frequent upgrades and heavy R&D investments.
- Businesses struggle to keep pace with emerging technologies like AI, IoT, and 5G.
- E-Waste Management & Sustainability – Rising electronic waste due to short product life cycles.
- Need for better recycling processes and use of eco-friendly materials.
- Cybersecurity & Data Privacy Risks – Increased connectivity (IoT, 5G) raises risks of hacking and data breaches.
- Strengthening digital security measures is crucial.
- High Manufacturing Costs – Setting up advanced fabrication units and R&D centres requires huge investments.
- Labour and operational costs impact competitiveness.
- Skilled Workforce Shortage – Demand for skilled professionals in semiconductor design, AI, and quantum computing is growing.
- Need for better training and education programs.
What are the Government Initiatives to Boost Electronics Manufacturing in India?
- Production Linked Incentive (PLI) Schemes
- PLI for Large-Scale Electronics – Provides financial incentives for mobile phone and electronic component manufacturing to attract investments and increase domestic value addition.
- PLI for IT Hardware – Encourages local production of laptops, tablets, PCs, and servers to position India as a global IT hardware hub.
- Scheme for Promotion of Manufacturing of Electronic Components and Semiconductors (SPECS) – Offers financial support for manufacturing semiconductors, electronic components, and display fabs to reduce import dependence.
- Modified Electronics Manufacturing Clusters (EMC 2.0) Scheme – Supports infrastructure development for electronics manufacturing hubs with financial assistance for shared facilities and investments.
- Semicon India Program – Promotes semiconductor design and manufacturing by offering incentives for setting up fabs and attracting global semiconductor companies.
- Make in India – Encourages domestic manufacturing across industries, including electronics, by improving the ease of doing business.
- Digital India – Boosts demand for electronic devices and components by promoting digital technologies across various sectors.
- National Manufacturing Mission (NMM) – Aims to boost India’s manufacturing sector and increase its GDP share to 25% by 2025.
- It was announced during the Union Budget (2025- 2026).
- It supports small, medium, and large industries under "Make in India" while enhancing self-reliance and global competitiveness.
What is the Way Forward?
- Boost local manufacturing through incentives like India’s PLI scheme.
- Invest in R&D to stay competitive in emerging technologies.
- Enhance recycling & sustainability efforts to tackle e-waste.
- Strengthen cybersecurity measures to protect data and devices.
References
- Economic Times - China's Supply Chain Tactics and India's Electronics Industry
- Indian Trade Portal - China's Supply Chain Tactics and India's Electronics Industry
- PM India GOV – Major Initiatives
- PIB - Electronics manufacturing in India
