HomeNewsIndia NewsAnti-Dumping Duty on PCBs Challenges IT Hardware PLI Beneficiaries

    Anti-Dumping Duty on PCBs Challenges IT Hardware PLI Beneficiaries

    The imposition of a 30% anti-dumping duty (ADD) on bare printed-circuit boards (PCBs) is impacting companies benefiting from India’s production-linked incentive (PLI) scheme for IT hardware. This ADD, applied in response to complaints from six local PCB manufacturers about cheap imports from China and Hong Kong, is increasing production costs and reducing global competitiveness for domestically manufactured products.

    Industry executives report that the ADD raises production costs by 3-4% for lighting products, 1% for IT hardware, and 2-3% for telecom products. This cost increase is particularly burdensome for firms engaged in domestic PCB assembly, a requirement under the revised IT hardware PLI scheme, which necessitates local component sourcing and PCB assembly (PCBA) within the first year of operation.

    Some 27 companies, including major players like Dell, HP, Dixon Technologies, Lava, Foxconn, Lenovo, and Optiemus, have committed to manufacturing IT hardware under the PLI scheme, which has a Rs 17,000-crore outlay. Despite incentives for local PCBA, the ADD on bare PCBs poses a significant challenge.

    However, the duty exempts mobile phone manufacturers, PCBs with more than six layers, flex PCBs, and other complex designs. This selective application of the ADD highlights disparities in how the policy affects different sectors within the electronics industry.

    The ADD aims to protect domestic PCB manufacturers, but it also creates hurdles for companies trying to meet the PLI scheme’s localisation requirements while maintaining global competitiveness. Balancing these objectives remains a complex challenge for policymakers and industry stakeholders.

    Rashi Bajpai
    Rashi Bajpaihttps://www.eletimes.ai/
    Rashi Bajpai is a Sub-Editor associated with ELE Times. She is an engineer with a specialization in Computer Science and Application. She focuses deeply on the new facets of artificial intelligence and other emerging technologies. Her passion for science, writing, and research brings fresh insights into her articles and updates on technology and innovation.

    Related News

    Must Read

    New LX4580 – Highly Integrated 24‑Channel Mixed‑Signal IC for Aviation & Defence Actuation Systems

    Microchip Technology announces the LX4580, a 24‑channel mixed‑signal IC designed...

    TI redoubles advancement of next-gen physical AI with NVIDIA

    Texas Instruments announced accelerating the safe deployment of humanoid...

    Everspin Advances High-Reliability xSPI MRAM Portfolio With Complete Production Qualification for 64Mb MRAM

    Everspin Technologies, the world’s leading developer and manufacturer of...

    R&S acquires SRS, specialists in SDR communications solutions

    Rohde & Schwarz acquired Software Radio Systems (SRS), a...

    Differentiating Between LPDDR6, LPDDR5, and LPDDR5X

    Courtesy: Synopsys Advances in memory standards are driving faster and...

    Arrow Electronics and Infineon introduce 240W USB-C PD 3.2 reference design for battery-powered motor control applications

    Arrow Electronics and Infineon Technologies AG have announced REF_ARIF240GaN, a...

    Robotics Engineering: The Architectural Evolution Behind IT–OT Convergence

    Factories today operate as dense mechanical ecosystems, whether in...

    How AI Is Transforming Network Protocol Testing in Software-Defined Networks?

    As enterprises accelerate toward cloud-native infrastructure, edge computing, and...

    What is Fashion Tech? Providing New Product Value and Customer Experiences with Technology

    Courtesy: Murata Electronics What is fashion tech? - diverse technologies...