Beyond Boards: India’s EMS Revolution Takes Shape

Estimated reading time: 3 minutes

In the past decade, India has made significant strides in electronics manufacturing. From being a largely import-driven consumer market, the country is now transitioning into a global manufacturing and export hub.

India's EMS industry is not just about circuit boards and soldering stations anymore. It’s about strategic transformation, from contract manufacturing to value-added services, innovation, and global integration.

From Import Reliance to Domestic Dominance: The PCB Paradox

Despite India’s significant progress in electronics production, over 90% of the PCBs used in Indian electronic products are still imported. This heavy reliance on external suppliers, primarily from China, Taiwan, and South Korea, exposes a critical supply chain vulnerability. However, this gap is also a massive opportunity.

The PCB is the backbone of any electronic device, and developing domestic capabilities in PCB fabrication and component ecosystems is central to India’s ambition of becoming a self-reliant electronics manufacturing powerhouse. The government’s Production Linked Incentive (PLI) schemes, coupled with rising geopolitical shifts, are catalysing investments in the domestic PCB manufacturing and encouraging firms to move up the value chain.

EMS 2.0: From Assembly Lines to System Integration

Traditionally, EMS companies in India were viewed through a narrow lens, mainly board-level assembly and basic electronics packaging. That’s changing fast.

Today, Indian EMS firms are evolving into end-to-end solution providers, offering system integration, design and prototyping services, testing and quality assurance, and after-market services and reverse logistics

The shift from being a mere assembler to a full-service EMS provider is being driven by demand from global OEMs seeking cost-efficient yet quality-focused partners.

Some Indian EMS companies have successfully positioned themselves as capable of delivering complete product lifecycle support often from concept to market. This capability expansion is reshaping India’s value proposition, moving it beyond cost competitiveness to technology-enabled efficiency, speed, and innovation.

Notably, Foxconn, Pegatron, and Wistron have already set up EMS operations in India, primarily catering to Apple’s iPhone production. However, it's not just multinationals investing; homegrown champions are rising, too.

For instance:

• Dixon Technologies recently partnered with global brands like Motorola, Samsung, and Xiaomi for smartphone manufacturing
• Syrma SGS is expanding its global footprint through specialized manufacturing for automotive and industrial sectors
• Elin Electronics and Kaynes Technology are building capabilities in high-end electronics and IoT-enabled solutions.

Factors Driving the EMS Surge in India

Several forces are converging to accelerate the EMS boom:

1. Government Push & Policy Reforms

• PLI Scheme for Large-Scale Electronics Manufacturing incentivizes domestic production
• Electronics Manufacturing Clusters (EMCs) are being developed in states like Tamil Nadu, Uttar Pradesh, and Karnataka
• Simplified import/export regulations and logistics enhancements are improving the ease of doing business

2. Skilled Workforce & Cost Competitiveness

• India’s large pool of engineering graduates and technicians, trained in electronics and embedded systems, offers a unique advantage
• Combined with lower labour costs, this makes Indian EMS firms highly competitive

3. Proximity to Global Demand Centers

• With growing domestic consumption and export potential to the Middle East, Europe, and Southeast Asia, India’s geographic location is turning into a logistical advantage

4. Digital Ecosystem & Industry 4.0

• Increasing adoption of automation, AI-based quality controls, and IoT-led production analytics are elevating Indian EMS standards to match global benchmarks

Challenges That Remain

While the future is promising, several challenges must be addressed:

• Component ecosystem underdevelopment: Many passive and active components are still imported
• Lag in PCB fabrication technology: High-end multilayer PCBs for EVs, aerospace, and medical devices are not yet widely produced in India
• Supply chain disruptions: Volatility in global logistics, raw material costs, and geopolitical shifts pose ongoing risks
• Investment in R&D: While growing, investment in indigenous electronics design and innovation still lags nations like South Korea or Taiwan

For India to become a true global EMS leader, it must build not just factories, but also innovation labs and IP ecosystems.

As the country looks to become a $300 billion electronics manufacturing hub by 2026, EMS will play a pivotal role in:

• Enabling product localization
• Reducing import dependency
• Creating high-value jobs
• Fostering technical capabilities

More importantly, India’s EMS revolution is paving the way for a future where “Made in India” also means “Innovated in India.” From smart wearables to EV controllers, and from satellite systems to connected home devices, India’s EMS sector is turning vision into volume.

It is now a strategic pillar of India’s economic future integrating global contracts, fostering innovation, and driving self-reliance in a high-tech world.

For stakeholders across the electronics ecosystem from policymakers to investors, OEMs to MSMEs the time is now to align with this transformation. Because what was once an outsourced service is today becoming India’s core electronics strength.