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GS Paper: GS3-12.Effects of liberalization on the economy, changes in industrial policy and their effects on industrial growth

  • Unlocking Bharat NCAP: How safe is your Car?

    bharat ncap bncap

    Central Idea

    • India is set to launch its own Bharat New Car Assessment Programme (NCAP) for four-wheelers starting from 1 October, with the aim of making cars safer and improving consumer awareness.

    What is Bharat NCAP?

    • Definition: BNCAP is a safety assessment program for passenger vehicles weighing less than 3.5 tonnes and capable of seating up to eight people.
    • Global Alignment: It brings India in line with other regions around the world, including the US, Europe, Japan, Australia, and Latin America, which have their own NCAPs.
    • Goal: The program aims to promote transparency, create consumer awareness, and assist buyers in making informed decisions based on safety credentials.

    Implementation Details

    • Applicability: It will apply to type-approved motor vehicles of category M1 with a gross vehicle weight less than 3.5 tonnes, manufactured or imported in India.
    • Category M1: Category M1 motor vehicles are designed for the carriage of passengers, comprising eight seats, in addition to the driver’s seat.
    • Voluntary Nature: Bharat NCAP will be voluntary for car manufacturers. Cars will only be tested upon the request of the makers.

    Crash Testing Methodology

    bncap ncap

    • Types of Tests: The testing will include 3 types of crash tests: frontal, side, and pole-side impact tests.
    • Speed and Scoring: Frontal tests will be conducted at 64 kmph, while side and pole-side tests will be conducted at 50 kmph and 29 kmph, respectively. Scoring will be based on adult safety for front passengers and child safety at the rear.
    • Star Ratings: A car must score at least 27 out of 32 points for adult safety to achieve a 5-star rating, while a minimum score of 41 out of 49 points will earn a 5-star rating for child safety. Additional points will be awarded for restraint systems like ISOFIX anchorages.

    Significance of Bharat NCAP

    • Consumer Awareness: BNCAP ratings will provide consumers with an indication of the level of protection offered to occupants, covering areas such as adult occupant protection, child occupant protection, and safety assist technologies.
    • Promoting Safer Cars: It will serve as a consumer-centric platform, allowing customers to choose safer cars based on their Star Ratings, and encouraging manufacturers to produce safer vehicles.
    • Enhanced Safety and Export Potential: Bharat NCAP aims to ensure structural and passenger safety in cars while increasing the exportworthiness of Indian automobiles.
    • Aatmanirbhar Initiative: It aligns with the goal of making the Indian automobile industry self-reliant.

    Importance of Crash-Testing Vehicles in India

    • Road Crash Burden: Despite having only 1% of the world’s vehicles, India accounts for 11% of global road crash fatalities.
    • Existing Testing Standards: While India’s Central Motor Vehicle Rules (CMVR) mandate safety and performance assessments, including basic conformity crash tests, they do not provide crash test ratings. This has led to international automakers selling vehicles in India with lower safety ratings to reduce costs.
    • Changing Purchase Criteria: Safety is increasingly becoming a significant factor influencing car purchases in India.

    Expected Performance of Indian Cars

    • Progress in Crash Testing: Global NCAP has been crash-testing Indian cars since 2014, with notable progress in recent years.
    • Star Ratings Achieved: Out of the 62 crash tests conducted so far, older cars scored poorly, with 20 cars receiving 0 stars. However, eight cars, all less than three years old, achieved 5-star ratings for adult safety.
    • Easier and Cost-Effective Testing: With testing centers in Pune, Manesar, and Indore now equipped to conduct these tests, it will become easier and more cost-effective for manufacturers to have their cars tested in India.
    • Leveraging Star Ratings: The implementation of Bharat NCAP is expected to encourage more car manufacturers to seek star ratings for their vehicles, leveraging these ratings to enhance their market position.

    Conclusion

    • Enhancing Safety Standards: Bharat NCAP aims to encourage more automakers to voluntarily undergo safety assessments and build vehicles that meet global standards.
    • Congruence with Global NCAP: The government aims to align Bharat NCAP with Global NCAP standards, resembling the global gold standard.
    • Boosting Export Potential: The implementation of Bharat NCAP is expected to enhance the export-worthiness of Indian automobiles.

  • Debate over India’s Smartphone Manufacturing Dreams

    smartphone

    Central Idea

    • A recent dispute between former RBI governor Raghuram Rajan and Minister of State for Electronics Rajeev Chandrasekhar has brought to light differing opinions on the effectiveness of a Central government initiative aimed at bolstering electronics manufacturing in India.
    • The disagreement centers around whether the scheme truly promotes self-sufficiency and robust manufacturing or merely generates low-level assembly jobs dependent on imports.

    Critical Overview of the PLI Scheme

    • Government Intentions: Around five years ago, India embarked on a mission to invigorate domestic manufacturing as a cornerstone of economic growth.
    • Dual Strategy: The government employed a dual strategy of raising import duties (the ‘stick’) and providing incentives (the ‘carrot’) to stimulate manufacturing. The Production-Linked Incentive (PLI) scheme emerged as a key component, offering financial support to companies engaged in production within India.

    Triumphs and Concerns

    • Focus on Smartphone Manufacturing: Among various sectors, smartphone manufacturing stood out as the frontrunner in embracing the PLI scheme.
    • Impact of PLI on Smartphone Exports and Imports: The program yielded impressive results, witnessed by a surge in mobile phone exports from $300 million in FY2018 to a remarkable $11 billion in FY23. Furthermore, imports of mobile phones saw a decrease from $3.6 billion in FY2018 to $1.6 billion in FY23.

    Delving into Critiques

    • Rising Component Imports: A central point of contention involves the surge in imports of mobile phone components like display screens, batteries, cameras, and printed circuit boards between FY21 and FY23.
    • Redefining Manufacturing: The critique challenges the conventional notion of localized manufacturing, asserting that manufacturers primarily assemble imported components.

    Counterarguments

    • Diverse Component Uses: The response counters the claim by asserting that imported components, such as screens and batteries, could serve multiple industries beyond mobile phones.
    • Partial PLI Implementation: The response clarifies that only approximately 22% of mobile production in India is supported by the PLI scheme.
    • Import Dependency Clarification: It is emphasized that not all imports are utilized for mobile phone production.

    Central Disagreement

    • Critical Viewpoint: One perspective underscores that even if a percentage of imports are used for production, India’s net exports remain in the red.
    • Crux of Disagreement: The heart of the disagreement centres on whether the PLI program can generate sustainable job growth and elevate India’s manufacturing prowess to encompass value-added production.

    Conclusion

    • The spirited exchange encapsulates the intricacies of India’s electronics manufacturing scheme.
    • While both sides present compelling viewpoints, a fundamental question persists: Can the PLI program truly foster enduring job opportunities and propel India towards becoming a hub of value-enriched manufacturing?
    • As India charts its economic course, striking the right balance between incentivizing domestic production and investing in comprehensive socio-economic advancement remains a formidable challenge.

  • A ‘fab’ way to conduct India-Japan tech diplomacy

    What’s the news?

    • In July 2023, India and Japan announced a landmark collaboration aimed at bolstering the semiconductor sector’s resilience and jointly developing the semiconductor ecosystem.

    Central idea

    • India and Japan’s pioneering collaboration aims to fortify their semiconductor industries and drive joint innovation in semiconductor design, manufacturing, equipment research, supply chain resilience, and talent development. This strategic partnership signifies a noteworthy advancement in both government-to-government and industry-to-industry engagements.

    What are semiconductors?

    • Semiconductors are a class of materials that exhibit the unique property of electrical conductivity, lying between conductors and insulators.
    • Unlike conductors, which allow electricity to flow freely through them, and insulators, which do not conduct electricity at all, semiconductors have an intermediate level of electrical conductivity.

    Semiconductor fabrication

    • Semiconductor fabrication, also known as semiconductor manufacturing or semiconductor processing, refers to the intricate process of creating semiconductor devices, such as integrated circuits (ICs), microchips, and other electronic components.
    • These devices are the building blocks of modern electronics and play a crucial role in various technologies, including computers, smartphones, televisions, and many other electronic devices.

    The India-Japan Semiconductor Collaboration and a Strategic Policy Alignment

    • Common Vision and Agreements:
      • India’s Make in India and Japan’s Society 5.0 visions converge in the pursuit of self-reliance and innovation.
      • Bilateral agreements have been signed for technology transfer, cooperative semiconductor research, and reciprocal trade in related products.
    • Industry Leadership:
      • Japan’s advanced semiconductor industry’s global prominence complements India’s growing IT sector and rising demand for semiconductors across industries.
      • Their complementary strengths lay the groundwork for a mutually beneficial collaboration.
    • Addressing Challenges:
      • Geopolitical tensions and supply chain disruptions in the Indo-Pacific region highlight the need for diversified semiconductor supply chains and international collaboration.
      • Joint research efforts combine resources and expertise to address complex semiconductor design, manufacturing, and material challenges.
    • Human Resource Development:
      • Skill exchange programs, workshops, and training initiatives underline the commitment to cultivating skilled professionals.
      • The emphasis is on preparing the workforce for the evolving semiconductor landscape.

    What are the challenges?

    • Technological Challenges:
      • Semiconductor Miniaturization: The challenge of creating smaller and more powerful semiconductor components to meet the increasing demand for compact and efficient devices
      • AI Integration: Integrating artificial intelligence into various applications requires specialized semiconductors that can handle complex AI algorithms efficiently. Developing such chips is challenging due to the need for high computational power and energy efficiency to accommodate AI workloads effectively.
      • Quantum Computing: Quantum computing, a cutting-edge technology, relies on quantum bits (qubits) for enhanced computational capabilities. Developing stable and reliable qubits is a challenge due to the delicate nature of quantum states and the need for advanced error correction mechanisms.
    • Supply Chain Resilience:
      • Disruptions in Semiconductor Supply Chains: The article highlights disruptions caused by supply chain vulnerabilities due to factors such as geopolitical tensions and natural disasters. Collaborations between nations like India and Japan aim to strengthen semiconductor supply chains to minimize such vulnerabilities.
    • Geopolitical Uncertainties:
      • Tensions in the Indo-Pacific Region: Geopolitical tensions in the Indo-Pacific region impact trade, technology transfer, and collaborations. The partnership between India and Japan reflects the need for like-minded countries to work together amidst such uncertainties.
    • Talent Shortage:
      • Shortage of Skilled Professionals: The article does not explicitly mention a shortage of skilled professionals in the semiconductor industry. However, the skill exchange programs and training mentioned in the article suggest that developing a skilled workforce is a priority for the partnership.

    Indo-US Collaboration and the Emerging Landscape

    • Technology Partnership: The technology partnership between India and the United States encompasses investment, innovation, and workforce development. This collaboration underscores both countries’ commitment to advancing their semiconductor ecosystems in a strategic and comprehensive manner.
    • Academic Involvement: India is set to sign an agreement with Georgia Tech University, demonstrating a focus on academia-industry collaboration to foster semiconductor research and talent development.
    • Private Sector Investments: The partnership is reinforced by specific investments from Micron Technology and Applied Materials to establish semiconductor manufacturing units and research centers, signaling tangible private sector involvement.
    • Global Implications: The collaboration reflects global recognition of India’s semiconductor capabilities by the United States, positioning India as a significant player in semiconductor development on the global stage.
    • Supply Chain Resilience: The partnership’s emphasis on investment and innovation aligns with the broader goal of diversifying semiconductor supply chains, reducing dependencies, and enhancing resilience.
    • Complementary Collaborations: The collaboration complements India’s partnership with Japan, creating a multidimensional approach that addresses diverse aspects of the semiconductor landscape.

    Conclusion

    • The India-Japan semiconductor partnership signifies a paradigm shift in global technology alliances. This collaboration not only holds the potential to reshape the semiconductor landscape but also contributes to regional stability and innovation. As India and Japan march forward hand in hand, their combined efforts promise to shape a future characterized by cutting-edge technologies and a shared resolve to achieve new frontiers of technological brilliance.

  • Northeast India’s Struggle with Special Economic Zones (SEZs)

    sez

    Central Idea

    • The Northeast region’s journey with SEZs has been marked by challenges and missed opportunities.
    • Despite the approval of five SEZs in the region between 2007 and 2021, none have become operational.

    Overview of Unoperational SEZs in NE

    • Unrealized IT SEZs: The report underscores the delay in establishing IT SEZs in Manipur and Sikkim, both of which were approved in 2013 and 2021 respectively.
    • Nagaland’s Unfulfilled Promise: Despite approvals dating back to 2007-9, the SEZs in Nagaland remain dormant, representing a missed opportunity for economic growth.
    • Pending Agro-Products Zone: The agro-products zone approved in Tripura in 2019 is yet to materialize, indicating the need for coordinated efforts to overcome hurdles.

    What are SEZs?

    • Distinctive Zones: A Special Economic Zone is an area characterized by distinct trade and business regulations set apart from the rest of the country.
    • Economic Objectives: SEZs aim to enhance trade balance, encourage investments, generate employment, facilitate efficient administration, and amplify economic growth.
    • Favorable Financial Policies: SEZs offer tailored financial policies that encompass investment, taxation, customs, trading, quotas, and labor regulations.
    • Tax Incentives: Businesses within SEZs may benefit from tax holidays, a designated period of reduced taxation upon establishment within the zone.

    Inception of SEZs in India

    • EPZs Pioneering: India embraced the concept of Export Processing Zones (EPZs) with Asia’s inaugural EPZ established in Kandla in 1965.
    • Genesis: India’s SEZ policy was inaugurated on April 1, 2000, with the intent of bolstering foreign investments and creating a globally competitive environment for exports.
    • Objectives: The policy aimed to boost exports, level the playing field for domestic enterprises, and provide a comprehensive legal framework for SEZ development and operation.
    • Regulatory Framework: The SEZ Act of 2005 furnished the regulatory umbrella covering crucial aspects of SEZs and the units operating within them.

    Distinct Characteristics of SEZs

    • Diverse Zone Types: SEZs encompass various categories such as free-trade zones (FTZs), export processing zones (EPZs), industrial estates (IEs), free ports, and more.
    • Enhanced Foreign Investment: SEZs attract foreign direct investment (FDI) by multinational corporations (MNCs) and international businesses, spurring economic growth

    Setting up SEZs

    • Open to All: Any private, public, joint sector, state government, or its agencies can establish an SEZ.
    • Foreign Participation: Foreign agencies are also permitted to establish SEZs in India.
    • States Role: State government representatives within inter-ministerial committees on private SEZs offer consultations on proposals.
    • Infrastructure Provision: State governments must ensure the provision of essential resources like water and electricity before SEZ proposals are recommended.
    • Labor Laws: SEZs adhere to normal labor laws, enforced by respective state governments, with a focus on simplification of procedures and introducing single-window clearance.

    Benefits offered

    • Economic Boost: SEZs aim to streamline business processes, improve infrastructure, and offer tax benefits, propelling FDI and export growth.
    • Trade Growth: SEZs contribute significantly to India’s exports by providing a conducive environment for production and export-oriented activities.
    • Investor Attraction: The relaxation of regulations and access to advanced infrastructure in SEZs entices international investors seeking to capitalize on export-driven opportunities.

    Conclusion

    • The parliamentary report serves as a clarion call to address the stagnation of SEZs in Northeast India and transform the challenges into opportunities.
    • It underscores the importance of crafting a fresh industrial development scheme that is responsive to the region’s dynamics.
    • By leveraging the unique strengths of the Northeast, the government has the chance to not only rectify the current situation but also contribute to the inclusive economic growth of the entire nation.

  • China’s Deflation: A cause for concern?

    deflation

    Central Idea

    • China’s recent bout of deflation, marked by a decline in consumer prices for the first time in over two years, has sparked debates about its implications and causes.
    • This article delves into the intricacies of deflation, its potential impact on economic growth, and the unique circumstances driving deflation in China.

    Understanding Deflation

    • Deflation Defined: Deflation refers to a sustained decrease in the general price level of goods and services within an economy.
    • Historical Context: Historically, the terms “inflation” and “deflation” were linked to changes in the money supply, with “inflation” representing a rise and “deflation” a fall in money supply.

    Concerns Associated with Deflation

    • Economic Slowdown: Many economists view deflation as an indicator of dwindling demand for goods and services, potentially leading to an economic slowdown.
    • Demand-Supply Dynamics: Falling prices may prompt consumers to delay purchases, hampering demand and triggering a ripple effect throughout the economy.
    • Resource Utilization: A certain level of inflation is deemed necessary for optimal resource utilization, ensuring full economic potential is realized.

    Varied Perspectives on Deflation

    • Positive Instances: Some economies have experienced deflation during periods of robust growth. Japan witnessed increased real income levels despite persistent deflation.
    • Economic Crises: Deflation can arise during economic crises when cautious spending and resource reallocation occur.
    • Consumer Demand and Prices: Some economists argue that consumer demand dictates prices, rather than the other way around.

    China’s Deflation Scenario

    • Policy Measures: China’s central bank maintained low interest rates to stimulate demand amid the post-pandemic recovery.
    • Property Sector Turmoil: China’s pre-pandemic property sector challenges, affecting GDP contribution, may be a root cause of the current deflationary trend.
    • Complex Factors: While liquidity may not be the core issue, comprehensive analysis of money supply and monetary transmission is necessary to determine the underlying cause.

    Deflation and India

    Period Causes Impact on India
    Great Depression (1930s) Global economic downturn, reduced demand Agricultural and industrial contraction, falling prices
    Post-Independence (1950s-1960s) Supply-side constraints, monetary policy Agricultural fluctuations, efforts to control inflation
    Global Oil Crisis (1970s) Surge in oil prices, cost-push inflation Economic slowdown, increased costs, reduced demand
    Economic Reforms Era (1990s) Transition to market-oriented economy, policy measures Sectoral slowdown, reduced demand, short-term deflation
    Global Financial Crisis (2008-2009) Global financial crisis, economic slowdown Reduced consumer spending, limited deflationary impact

     

    Repercussions of Chinese Deflation

    [A] Positive Impacts:

    • Cheaper Imports: If Chinese goods become cheaper due to deflation, it could lead to lower import costs for India, benefiting consumers and businesses that rely on Chinese imports.
    • Lower Input Costs: Reduced prices for raw materials and intermediate goods from China could lower production costs for Indian industries that depend on these inputs.
    • Global Supply Chains: If Chinese deflation reduces the cost of production within global supply chains, Indian businesses integrated into these chains might experience cost savings.
    • Improved Trade Balance: Cheaper Chinese imports can contribute to a more favorable trade balance for India, especially if it leads to reduced import bills.

    [B] Negative Impacts:

    • Export Competition: Cheaper Chinese exports due to deflation could increase competition for Indian exports in international markets, potentially affecting certain Indian industries.
    • Import Dumping: A flood of cheap Chinese goods into the Indian market could harm domestic producers, leading to job losses and economic strain.
    • Investment Flows: A slowdown in China’s economy caused by deflation might lead to reduced investor confidence and affect foreign direct investment (FDI) flows to India.
    • Currency Effects: If China’s central bank devalues its currency to boost exports in response to deflation, it could lead to a stronger Indian rupee, impacting India’s export competitiveness.
    • Commodity Prices: Reduced demand for commodities from China due to deflation could lead to lower global commodity prices, affecting Indian exporters of raw materials.

    Conclusion

    • China’s encounter with deflation amidst efforts to boost demand and stabilize its economy presents a multi-faceted challenge.
    • Understanding the nuances of deflation, its interaction with demand dynamics, and China’s unique economic landscape are vital.
    • As China navigates its path forward, policymakers must consider the interplay of factors, including the property sector’s impact and broader economic goals.

    Back2Basics:

    Terminologies related to PRICE RISE
    Inflation Sustained increase in the general price level of goods and services in an economy over time, leading to reduced purchasing power of money.
    Deflation Sustained decrease in the general price level of goods and services, often resulting in reduced consumer spending and economic stagnation.
    Hyperinflation Extremely rapid and uncontrollable increase in prices, eroding the value of money and disrupting economic stability.
    Stagflation Simultaneous occurrence of stagnant economic growth, high unemployment, and high inflation, contrary to traditional economic theories.
    Creeping Inflation Gradual increase in the general price level at a rate of 1-3% annually, considered normal and manageable.
    Galloping Inflation High inflation ranging from 10% to several hundred percent per year, eroding savings and economic planning.
    Demand-Pull Inflation Rise in prices due to demand exceeding supply, often occurring during periods of strong economic growth.
    Cost-Push Inflation Increase in prices caused by higher production costs, such as rising wages or raw material expenses.
    Built-In Inflation Cycle of rising prices and wages as workers demand higher wages to match inflation, contributing to a continuous cycle.
    Structural Inflation Inflation resulting from supply and demand imbalances due to structural factors like technology changes or market conditions.
    Open Inflation When rising prices are publicly acknowledged and factored into economic decisions, including wage negotiations.
    Suppressed Inflation Prices rise but are officially reported at a lower rate due to government intervention, subsidies, or price controls.
    Repressed Inflation Artificially keeping prices low through government controls despite demand exceeding supply, leading to potential future price spikes.
    Disinflation Decrease in the rate of inflation, indicating the general price level is still rising but at a slower rate, often a transition to more stable inflation levels.

     

  • Mines and Minerals Bill 2023

    mining

    Central Idea

    • India’s Parliament recently passed the Mines and Minerals (Development and Regulation) Amendment Bill, 2023.
    • This bill aims to encourage private sector participation in mineral exploration and mining, thus addressing import dependencies and supply chain vulnerabilities.

    Provisions of the Mines and Minerals Bill 2023

    • Expanding Exploration Rights: The Bill allows private sector engagement in the exploration of critical and strategic minerals previously reserved for government entities.
    • Exploration Licenses (EL): The Bill introduces a new type of license, EL, for private exploration activities. Exploration licenses will be granted through competitive bidding and will be issued for specified critical, strategic, and deep-seated minerals.
    • Revenue Model: ELs aim to generate revenue through a share of the premium paid by the miner after successfully auctioning a mined deposit.

    Critical Minerals and their Importance

    Critical minerals are elements that are crucial to modern-day technologies and are at risk of supply chain disruptions.

    • Recent categorization: Minerals such as antimony, cobalt, gallium, graphite, lithium, nickel, niobium, and strontium are among the 22 assessed to be critical for India.
    • Global Supply Chain Vulnerabilities: The global supply chains for various commodities, including critical minerals like lithium, cobalt, graphite, and rare earth elements, have been shown to be susceptible to shocks, leading to shortages and rising prices.
    • Impact on Various Sectors: Critical minerals are essential for manufacturing, infrastructure development, and clean energy transitions. They are crucial for electric vehicle batteries, semiconductors, wind turbines, and other technological advancements.

    Import Dependency and Vulnerabilities

    • Import Dependency: India heavily relies on imports for critical and deep-seated minerals, such as lithium, cobalt, nickel, and rare earth elements.
    • Supply Chain Disruption: The concentration of extraction and processing in a few geographical locations, like China’s dominance in cobalt and rare earth elements, can lead to supply chain vulnerabilities.
    • Projected Demand: A World Bank study anticipates a nearly 500% increase in demand for critical metals like lithium and cobalt by 2050.

    Global Initiatives for Supply Chain Resilience

    • Mineral Security Partnership (MSP): Major economies like the U.S., UK, Japan, and the EU have established the MSP to ensure supply chain resilience for critical minerals. India joined this partnership to secure access to these resources.
    • Strategic Lists: Countries are compiling lists of critical minerals based on their economic needs and supply risks, aligning with their industrial strategies. This aims to secure stable access to these resources.

    Private Sector Participation

    • Exploration and Mining: Mineral exploration is a multi-stage process, from reconnaissance to detailed exploration, before actual mining. India’s exploration efforts have been led by government agencies with limited private-sector involvement.
    • Resource Potential: India’s geological setting holds potential for mineral resources similar to mining-rich regions. However, only a fraction of its obvious geological potential has been explored.

    Challenges and Concerns

    • Incentives and Risks: Private sector involvement in exploration requires substantial investments and carries inherent risks, making it necessary to create favourable conditions and incentives.
    • Revenue Generation Delays: Private explorers’ primary revenue source is a share of auction premiums, contingent on successful mine auctioning, which can take considerable time due to government clearances.
    • Auction Process Challenges: Auctioning ELs before exploration begins raises uncertainty regarding future revenue and value estimation.
    • Supreme Court Ruling: The Supreme Court’s 2012 ruling emphasized the significance of secure utilization of explored resources, which the new policy does not guarantee.

    Conclusion

    • The recent legislation signals India’s commitment to attracting private sector investment in mineral exploration.
    • However, challenges such as revenue uncertainty, the auction method’s suitability, and the need for efficient mechanisms to incentivize private participation need careful consideration.
    • Balancing the interests of the private sector, resource availability, and the nation’s strategic goals will be pivotal for the successful implementation of these policy amendments.

  • The new restriction on Personal Computers/laptop imports: Why the move, and its potential impact

    What’s the news?

    • The central government has placed restrictions on the import of laptops, tablets, and computers with immediate effect. As per the notification, the import would be allowed under a valid license for restricted imports.

    Central Idea

    • India has imposed restrictions on the import of personal computers, laptops, and other IT hardware from China to promote domestic manufacturing and reduce dependence on Chinese imports. This move is part of the government’s efforts to boost the electronics sector and strengthen India’s self-reliance in the production of IT hardware.

    What does the notification for the restriction on imports state?

    • Restricted Categories: The notification restricts the import of personal computers, laptops, palmtops, automatic data processing machines, microcomputers and processors, and large or mainframe computers falling under the HSN code 8471.
    • Import Against a Valid License: Imports of laptops, tablets, all-in-one personal computers, and ultra-small form factor computers and servers under HSN 8741 will be allowed only against a valid license for restricted imports.
    • Exemption for Research and Development: The government has granted exemption from import licenses for imports up to 20 items per consignment used for research and development, testing, benchmarking, evaluation, repair and re-export, and product development purposes. However, these imports can only be used for the stated purposes and not for sale.
    • Exemption for Repair and Return: The license for restricted imports is not required for the repair and return of goods that were repaired abroad, as per the Foreign Trade Policy.

    China’s Dominance in IT Hardware Imports

    • Increase in Electronic Goods Imports:
    • India has witnessed a significant increase in imports of electronic goods and laptops/computers in recent years.
    • During the April-June quarter, the import of electronic goods surged to $6.96 billion, accounting for 4–7 percent of the overall imports.
    • Dominance in the Personal Computers Category:
    • Among the seven categories of restricted imports, China holds a substantial share in the personal computer segment, which includes laptops and palmtops.
    • In the April-May period, imports of personal computers from China amounted to $558.36 million, representing roughly 70–80 percent of India’s total imports in this category.
    • Surge in imports from China:
    • While there was a decline in imports from China in the previous financial year, it is crucial to address the sharp surge in imports in the two preceding years (2021–22 and 2020–21).
    • In 2021–22, imports of personal computers and laptops from China saw a year-on-year increase of 51.5 percent, amounting to $5.34 billion.
    • Similarly, in 2020–21, there was a significant year-on-year increase of 44.7 percent, with imports totaling $3.52 billion.

    Reasons behind the restrictions

    • Boosting Domestic Production: India aims to strengthen its domestic production capabilities in the electronics sector. By restricting imports, the government wants to push companies to manufacture these goods locally in India.
    • Reducing Reliance on China: India has seen a significant increase in imports of electronic goods and laptops/computers from China in recent years. By imposing restrictions, India intends to reduce its reliance on Chinese imports and diversify its sources of electronic products.
    • Supporting the PLI Scheme: The move is seen as a direct boost to the Center’s production-linked incentive (PLI) scheme for IT hardware. The restrictions aim to encourage companies to participate in the scheme and invest in local production.
    • Addressing Trade Imbalance: India has faced a trade imbalance in the electronics sector with China. By limiting imports, India aims to address this imbalance and potentially improve its trade position.
    • Strengthening the Domestic Electronics Industry: The restriction is part of India’s broader strategy to develop and strengthen its electronics manufacturing sector. By promoting domestic production, India seeks to create job opportunities and enhance its industrial capabilities.

    Conclusion

    • India’s decision to restrict IT hardware imports from China aims to reduce import reliance on a single country. With the right incentives and measures in place, this restriction could pave the way for a robust and competitive domestic IT hardware industry in India.

  • Mapping India’s Chip Design Ecosystem

    chip

    Central Idea

    • The Indian government is considering a proposal to pick an equity stake in domestic chip design-making companies as part of the second phase of the Design-Linked Incentive (DLI) Scheme for the semiconductor industry.
    • The aim behind the scheme is to establish a stable ecosystem and promote the growth of “fabless companies” in India—entities that design chips but outsource manufacturing.
    • However, this policy requires a long-term strategy due to the capital-intensive nature of the semiconductor sector and the lengthy gestation periods for setting up design and fabrication units.

    What is DLI Scheme?

    What is Design Linked Incentive (DLI) Scheme? - Civilsdaily

    • DLI scheme is a program aimed at providing financial and infrastructural support to companies establishing semiconductor manufacturing plants in India.
    • Eligible participants who set up fabrication units in the country can receive fiscal support of up to 50% of the total cost.
    • Additionally, participants building compound semiconductors, silicon photonics, and sensors fabrication plants can avail fiscal support of 30% of the capital expenditure under this scheme.
    • Companies engaged in semiconductor design for integrated circuits, chipsets, system-on-chips, systems, and IP cores will receive incentives of 4% to 6% on net sales for a duration of five years.
    • The scheme is expected to promote the growth of at least 20 such companies, achieving a turnover of more than ₹1500 crore in the next five years.

    Present Chip Dynamics

    • Long Gestation Period: Setting up design and fabrication units in the semiconductor industry involves long gestation periods before the first product is launched. Returns on investment are not immediate.
    • Capital Intensive: The semiconductor industry requires significant investment for setting up fabrication units, up-scaling manufacturing capabilities, and research.
    • Cyclic Nature: The industry’s cyclic nature and changing functional requirements of chipsets make research and development challenging.
    • Supply Chain Disruptions: Supply chain disruptions, such as those experienced during COVID-related lockdowns, can dampen investor confidence in the sector.

    Domestic Chip Industry Scenario

    • Talent Pool: India has a highly-skilled talent pool of semiconductor design engineers, making up around 20% of the world’s workforce, working for global companies like Intel, Micron, and Qualcomm, among others.
    • IP Ownership: Despite a thriving talent pool, India owns a smaller portion of the intellectual property (IP) related to chip designs, which is mostly retained by global companies.
    • DLI Scheme for Chip Designing: The DLI scheme introduced in December 2021 aimed to indigenize innovations and support the growth of chip design companies with financial incentives.
    • Changing Landscape: The scheme has led to the establishment of over 30 semiconductor design startups in India, with some already receiving government support.

    Growing market in India

    • The semiconductor industry is growing fast and can reach $1 trillion dollars in this decade. India can grow fast and reach $64 billion by 2026 from $27 billion today.
    • Mobiles, wearables, IT, and industrial components are the leading segments in the Indian semiconductor industry contributing around 80% of the revenues in 2021.
    • The mobile and wearables segment is valued at $13.8 billion and is expected to reach $31.5 billion in 2026.

    Challenges and Considerations

    • Effectiveness and Efficiency: Some experts view the government’s plan to become a venture capital firm for chip design companies as ineffective and inefficient. Companies may prefer foreign buyers for higher valuations and global ecosystem connections.
    • Venture Capital Support: The lack of venture capitalists in the private sector focused on semiconductors is a challenge for the growth of design firms.
    • Equity Stake’s Impact: Offering an equity stake can align the interests of design companies with the project’s success, ensuring shared risk and reward. It may also help in selling chip-designing services more effectively and attracting a broader client base in the market.
    • IP and Value-Added Activities: The government must consider who can keep the IP and how investments can drive more innovation and employment generation. Moving up in the value chain and enabling the ecosystem is crucial.

    Conclusion

    • The proposal to take an equity stake in domestic chip design-making companies in India’s semiconductor industry aims to promote the growth of fabless companies and ensure a stable ecosystem.
    • However, it requires a long-term strategy and careful consideration of IP ownership, venture capital support, and value-added activities in chip design.
    • The success of the scheme will depend on effective implementation and alignment of interests between the government and promising design companies.

  • Semiconductor Tech: What exactly is India going to manufacture?

    semiconductor

    Central Idea

    • Despite recent setbacks, including the withdrawal of Foxconn Technology Group from a joint venture with Vedanta, Ltd., India remains committed to its semiconductor ambitions.

    What are Semiconductors?

    • Semiconductors are a class of materials that exhibit a unique property of electrical conductivity, lying between conductors and insulators.
    • Unlike conductors, which allow electricity to flow freely through them, and insulators, which do not conduct electricity at all, semiconductors have an intermediate level of electrical conductivity.

    Key characteristics of semiconductors include:

    1. Electrical Conductivity: Semiconductors conduct electricity better than insulators but not as effectively as conductors. Their conductivity can be controlled and modified.
    2. Band Gap: Semiconductors have an energy band gap that separates the valence band, where electrons are tightly bound, from the conduction band, where electrons can move more freely. This band gap is smaller than that of insulators but larger than that of conductors.
    3. Temperature Dependency: The conductivity of semiconductors is highly temperature-dependent. As the temperature increases, their electrical conductivity also increases.
    4. Doping: Semiconductors can be intentionally doped with impurities to alter their electrical properties. Doping introduces additional charge carriers, either electrons or holes, which can enhance or diminish conductivity.

    Semiconductors and Transistors

    • Semiconductor Chip Composition: At its core, a semiconductor chip consists of transistors crafted from materials like silicon. Transistors encode information as 0s and 1s and manipulate them to create new data.
    • Three Parts of a Transistor: A transistor comprises the source, the gate, and the drain. By manipulating the gate to open or close, data is stored and manipulated in the semiconductor chip.
    • Metal Layers and Connectivity: Transistors are connected to multiple metal layers on top, forming a complex network of electrical connections that enable the chip to execute multiple tasks.

    Understanding Semiconductor Nodes

    • Naming Convention: Semiconductor nodes were historically based on two numbers: gate length and metal pitch. As transistors shrunk, this naming convention evolved.
    • Discrepancy and Progress: With advancing miniaturization, both gate length and metal pitch ceased to contribute to node names. Today’s cutting-edge 7 nm node has no physical parameter close to 7 nm.

    Importance of Legacy Nodes

    • Advantages of Legacy Nodes: While advanced nodes range from 10 nm to 5 nm, India’s current focus is around 28 nm or higher. Starting with legacy nodes offers advantages for cost-effective applications in robotics, defence, aerospace, industry automation, automobiles, IoT, and image sensors.
    • Revenue Source: Commercial fabs maintain the production of legacy nodes alongside advanced nodes, catering to various demands. The revenue from legacy nodes is still significant in the semiconductor market.

    India’s Semiconductor Journey

    • Sensible Approach: India’s choice to start with legacy nodes is strategic. It equips the country for long-term success, as demand for legacy nodes in applications like electric cars and infotainment systems increases.
    • Future Potential: With continuous improvement and development, India’s semiconductor industry has the potential to grow and become a global hub for semiconductor technology.

    Conclusion

    • India’s focus on legacy nodes lays a solid foundation for its semiconductor ambitions.
    • Embracing these nodes equips the nation for growth and positions it as a player in the global semiconductor landscape.
    • With a commitment to innovation and advancement, India has the potential to become a key player in the semiconductor world.

  • World’s Largest Office Space: Surat Diamond Bourse

    surat diamond

    Central Idea

    • The Surat Diamond Bourse (SDB), hailed as the world’s largest office space project, is set to be inaugurated by Prime Minister.

    About Surat Diamond Bourse

    • The SDB is a large-scale project located in Surat, Gujarat, India.
    • It is claimed to be the world’s biggest office space in a single project.
    • It is built to expand and consolidate the diamond trading business from Mumbai to Surat.
    • Surat is renowned as a major hub for cutting and polishing diamonds, and the development of SDB aims to bring all diamond-related activities and infrastructure under one roof.

    Key features  

    • Location: The SDB is situated at DREAM (Diamond Research and Mercantile) city in Surat.
    • Size: The bourse spans an area of 66 lakh square feet (approximately 6.6 million square feet), making it one of the largest office spaces in the world.
    • Design: The thematic landscaping of the project is based on the ‘panch tatva’ theme, representing the five elements of nature – air, water, fire, earth, and sky.
    • Infrastructure: The SDB consists of nine towers, each with ground plus 15 floors. It will accommodate over 4,200 offices with sizes ranging from 300 square feet to 7,500 square feet.
    • Security: Given the high-security nature of the diamond industry, over 4,000 CCTV cameras have been installed at different locations inside and outside the SDB.
    • Shifting from Mumbai: The bourse seeks to address the space crunch and expensive office real estate in Mumbai, where much of the diamond trading currently takes place.

    Economic significance of SDB

    • Businesses: The complex will house various diamond-related businesses, including the sale of rough and polished diamonds, diamond manufacturing machinery, diamond planning software, diamond certificate firms, lab-grown diamonds, and more.
    • Employment: The SDB is expected to generate significant employment opportunities, providing direct employment to over 1 lakh people in various roles related to the diamond industry.