The India EMC immunity testing market was valued US$ 54.01 million in 2020 and is expected to reach US$ 102.37 million by 2028 at a CAGR of 8.6% from 2021 to 2028.

Based on offering, the India EMC immunity testing market is segmented as hardware, software, and services. The services segment led the India EMC immunity testing market with a market share of more than 50% in 2020 and is expected to account for 48% of the total market by 2028. The stellar expansion of the services segment is due to an increase in the number of EMC test labs, such as Wipro Tarang, ITI Limited, and ComPlus, across India. The growing number of test labs is also attributed to the high cost of test equipment, thereby compelling manufacturers to rely on service providers rather than hardware and software manufacturers.

Based on testing offering, the India EMC immunity testing market is bifurcated into radiated immunity and conducted immunity. Radiated emissions are unintentional energy that escape the equipment in the form of electric, magnetic, or electromagnetic fields. Conducted emissions are unintentional energy carried out of the equipment on the equipment’s power cables or attached signal cables.

The reduction in consumer demand for passenger vehicles contributed to a loss in revenue and a severe liquidity crisis in the automotive sector. According to the Society of Indian Automobile Manufacturers, all vehicle categories experienced negative growth in FY21 (2.20% decline in sales of passenger vehicles, 13% fall in sales of two-wheelers, 20% fall in sales of commercial vehicles, and 66% fall in sales of three-wheelers). The slowdown of the automotive sector also hindered the growth of upcoming automotive technologies such as electronic vehicles, which negatively impacted the growth of the India EMC immunity testing market.

Most electrical equipment that generates unwanted electronic noises is subject to EMI/EMC. Presently, consumer electronics, power electronics, electric motors, automobiles/equipment/accessories, industrial scientific medical (ISM) equipment, power lines & conductors electronics surveillance devices, wireless devices, telecom equipment/devices, mobile phones & towers, IC engines, household & kitchen appliances, electrical tools, electrical lighting, IT equipment, induction heating, electro static discharge (ESD), industrial plants, power system, high altitude equipment are covered under the EMC/EMI requirements.

Increasing digitization and electronic system integration in vehicles fuelled by the rise of connected cars will create favorable opportunities for the India EMC immunity testing market. Automotive suppliers have to stringently comply with the performance requirements of the onboard electronics and other electronic systems. In addition, the growing electric vehicles and autonomous cars will require testing and certification services for telemetry ad infotainment systems, UX and sensor safety, cyber security, and data privacy. Stringent regulatory compliance in India regarding automotive safety will augment the India EMC immunity testing market in the coming years.

ETS Lindgren, Frankonia Group, Rohde & Schwarz GmbH, Schl?der GmbH, and URS Products and Testing are among a few players operating in the India EMC immunity testing market.

A holistic approach was adopted to list/position these players by considering the following key parameters: overall revenue and segment revenue; brand image and industry expertise; current portfolio; geographic reach; partner/distributor network; research and development capabilities; technology integration; new product launches, partnerships, mergers and acquisitions, and other strategic activities. The India EMC immunity testing market players provide a diverse range of products and services that are suited to the needs of specific industry verticals, allowing them to strengthen their market positions.

Computers, cell phones, tablets, and laptops, among other electronic devices, are extensively used by people for applications such as communication, entertainment, and official work. Increasing popularity of voice-assisted personal infotainment systems, rising demand for electronic appliances in automobiles, surge in the use of smartphones, growing knowledge about the impact of artificial intelligence, and deployment of 5G cellular networks are contributing to the elevated sales of consumer electronics. Factors such as the high potential for emissions owing to variable supply voltages, higher clock frequencies, quicker slew rates, and increased package density along with a high need for smaller, lighter, cheaper, and low-power devices are bolstering the demand for EMC shielding. Reliable EMI protection contributes considerably to machines’ reliability, adding value to them. Thus, a continuously rising demand for consumer electronics is fuelling the India EMC immunity testing market.

Advancements in 5G Infrastructure
According to the assessments of the government and the Department of Telecom, the large-scale network infrastructure required for the introduction of 5G India is still insufficient. As a result, we should expect an accelerated rate of fiberization in the next 6–9 months to connect rural India to the impending 5G services. According to the National Broadband Mission, over 2 million kilometers of optical fiber would be built across the country by 2024, covering 70% of the country’s towers. The growing usage of 5G would drive India EMC immunity testing market.

Medical Devices: India EMC immunity testing market
The healthcare sector is witnessing continuous technological advancements in terms of medical devices. The emergence of small health monitoring devices and medical wearable devices is propelling the growth of India EMC immunity testing market in this segment. Further, a requirement of low power consumption, remote monitoring and communication, and low cost of medical devices is bolstering the India EMC immunity testing market growth in the country. EMC testing has trustworthy solution for healthcare equipment in terms of reliability, quality, security, and practical implementations of systems.