As India strengthens its position as a smartphone manufacturing and export hub, local suppliers could find opportunities in enclosures, camera modules, display assemblies, electronics, cables and manufacturing equipment. But entering a global electronics supply chain requires more than competitive pricing.
India’s electronics manufacturing industry is approaching an important stage in its development. The country has established itself as a major smartphone manufacturing base, and the next challenge is to deepen the domestic supply chain so that more of the components, subassemblies and manufacturing technologies used in finished devices can be produced locally.
A recent development involving Samsung has brought this opportunity into focus.
According to a report published by The Economic Times on 23 October 2026, Samsung is considering increasing mobile phone production and exports from India under the government’s new Mobile Phone Manufacturing Scheme. The report, citing people familiar with the matter, said the company could consider additional investment and adjustments to its global production strategy. Samsung had not responded to the publication’s request for comment at the time of reporting.
This is an important distinction: Samsung’s potential expansion is a reported development, not a confirmed new investment announcement.
Nevertheless, the direction of India’s electronics manufacturing policy is clear. The government is seeking to increase domestic value addition, strengthen local component manufacturing and improve the country’s position in global electronics supply chains.
For Indian manufacturers, the question is no longer simply whether smartphones can be assembled in India. It is whether Indian component makers can build the capabilities needed to supply the companies that manufacture them.
1. Why Samsung’s India Strategy Matters
Samsung operates a significant smartphone manufacturing facility in Noida, Uttar Pradesh, and has an established manufacturing and export presence in India. Vietnam, however, remains a major global production and export base for the company.
The October 2026 Economic Times report said Samsung had exported mobile phones worth approximately US$2.6 billion from India during the first five months of the current financial year. It also reported that the company was evaluating how the new incentive framework could influence its production and export strategy.
These figures should be read in context. They describe reported export performance and a potential strategic response—not a confirmed decision to transfer production from Vietnam to India.
For Indian component manufacturers, the development matters because any sustained expansion of smartphone manufacturing can increase the importance of a reliable, locally capable supplier ecosystem.
The opportunity is not limited to supplying finished products. It can extend to the components, subassemblies, tools, equipment and industrial services needed to manufacture them.
India’s policy direction
The Ministry of Electronics and Information Technology (MeitY) notified the Mobile Phone Manufacturing Scheme (MPMS) in August 2026. The scheme has a budgetary outlay of ₹62,500 crore and runs for five years, from financial year 2026–27 through 2030–31.
Its stated objectives include improving global competitiveness, deepening domestic value addition, strengthening the mobile manufacturing supply chain and supporting Indian mobile phone brands. The scheme also provides an additional incentive of up to 1.5% for eligible domestic sourcing of key components and subassemblies, subject to the scheme’s conditions.
For manufacturers, this creates a policy environment in which localisation is an important strategic consideration. It does not mean that every component maker will automatically qualify for incentives or receive orders from Samsung.
2. India’s Electronics Opportunity Goes Beyond Assembly
Smartphone manufacturing involves a complex network of component suppliers and specialist manufacturers.
A finished device may contain a display assembly, camera modules, printed circuit boards, electronic components, mechanical enclosures, connectors, cables, batteries and numerous other parts. These components must be integrated through tightly controlled manufacturing and quality processes.
Some components are highly specialised and may be sourced from established global technology suppliers. Others may offer opportunities for local manufacturing, subassembly, tooling, testing or industrial equipment.
The government’s Electronics Components Manufacturing Scheme (ECMS) is specifically designed to develop India’s electronics component manufacturing ecosystem. Its target segments include display module subassemblies, camera module subassemblies, printed circuit boards, electro-mechanical components, selected passive components, mobile-device enclosures and capital equipment used in electronics manufacturing.
This is relevant because a deeper electronics ecosystem requires more than assembling imported components into finished smartphones.
It requires suppliers that can consistently manufacture components to demanding specifications, maintain traceability, support production at scale and respond quickly to engineering changes.
For Indian MSMEs, the potential opportunity lies in identifying the parts of this value chain where their existing manufacturing expertise can be adapted to electronics requirements.
3. Seven Supplier Opportunities Indian Manufacturers Should Investigate
The following categories are based on the structure of the smartphone supply chain and the components covered by India’s electronics manufacturing policy. They are potential business areas to investigate—not confirmed Samsung sourcing requirements or announced RFQs.
Opportunity 1: Precision-Moulded and Metal Enclosures
Smartphones require compact, precisely manufactured external and internal mechanical components. Depending on the device design, these may include enclosures, frames, brackets, shields and other structural parts.
Potential manufacturing capabilities include:
- Precision injection moulding.
- CNC machining and finishing.
- Metal stamping and forming.
- Surface finishing and coating.
- Dimensional inspection.
- High-volume production of small components.
Who should investigate this opportunity?
Precision engineering companies, injection moulders, metal-forming manufacturers and specialist finishing companies may have relevant capabilities.
However, smartphone components can involve tighter tolerances, specialised materials, cosmetic standards and higher-volume production requirements than many conventional industrial parts.
How to prepare: Develop a capability profile covering material grades, process tolerances, surface-finish capabilities, production capacity, defect rates and inspection systems.
Manufacturers should identify a specific component family they can produce reliably rather than presenting themselves as general-purpose component suppliers.
Opportunity 2: Camera Module and Display Subassemblies
Camera modules and display assemblies are among the more specialised parts of a smartphone.
Their manufacture and integration may involve precision alignment, optical performance, miniature electrical connections, controlled assembly environments and extensive testing.
The ECMS identifies display module subassemblies and camera module subassemblies among its target segments.
Potential opportunities may exist in specialised assembly, selected subcomponents, precision fixtures, production equipment, testing systems or related manufacturing services.
Who should investigate this opportunity?
Electronics manufacturers with relevant assembly experience, optical or precision engineering specialists and companies capable of developing production tooling may find this area worth exploring.
The barriers can be significant. Camera and display technologies may require specialised technical expertise, established intellectual property, validated processes and qualification by the relevant module manufacturer.
How to prepare: Identify whether the business can supply a complete module, a subassembly, a mechanical part or manufacturing equipment. Each is a different proposition with different capital and qualification requirements.
For many MSMEs, supplying a specialised component or production fixture to an established module manufacturer may be more realistic than developing a complete camera or display module independently.
Opportunity 3: Printed Circuit Boards and Electronic Assemblies
Printed circuit boards and electronic assemblies form the electrical foundation of modern smartphones.
Depending on their capabilities, manufacturers may investigate:
- PCB fabrication.
- PCB assembly.
- Electronic subassemblies.
- Connectors and selected electro-mechanical parts.
- Testing fixtures.
- Inspection and quality-control equipment.
The ECMS covers several PCB categories, including multilayer and selected advanced PCB technologies.
However, producing a basic electronic assembly is not equivalent to manufacturing advanced multilayer or high-density interconnect boards. Technical requirements, equipment investments and qualification barriers can differ considerably.
Who should investigate this opportunity?
Electronics manufacturing services companies, PCB specialists, electronic assembly manufacturers and testing-equipment suppliers may find relevant entry points.
How to prepare: Document the technologies supported, production volumes, component sourcing controls, inspection processes, traceability, testing capabilities and experience with comparable electronic products.
Companies should avoid making claims about advanced PCB capability unless their equipment, engineering team and process controls can support it.
Opportunity 4: Connectors, Cables and Electro-Mechanical Components
Smartphones contain many small electrical and mechanical interfaces that must operate reliably within a compact device.
Potential categories to investigate include:
- Precision connectors.
- Flexible cable assemblies.
- USB cable assemblies.
- Selected electro-mechanical components.
- Small stamped contacts and terminals.
- Assembly and inspection fixtures.
The precise opportunity depends on the component design and the sourcing strategy of the device manufacturer or its suppliers.
Who should investigate this opportunity?
Cable assembly manufacturers, connector specialists, precision stamping companies and electro-mechanical component manufacturers may have relevant capabilities.
The challenge is maintaining consistency at high production volumes. Small dimensional variations, connection failures or material inconsistencies can lead to rejection or reliability problems.
How to prepare: Demonstrate repeatability, electrical testing, material traceability, production controls and the ability to meet customer-specific validation requirements.
Suppliers should also understand the commercial implications of high-volume manufacturing, including tooling expenditure, rejection rates, inventory and payment terms.
Opportunity 5: Battery-Related Components and Safety-Critical Parts
Smartphones require compact battery systems and associated electrical and mechanical components.
Depending on their existing capabilities, suppliers may investigate battery enclosures, precision components, connectors, selected electro-mechanical parts and production or testing equipment.
This does not mean that every battery-related component is suitable for local manufacture by a new supplier. Battery cells and specialised battery systems involve distinct technical, safety and qualification requirements.
Who should investigate this opportunity?
Manufacturers with relevant experience in precision components, electrical assemblies, materials engineering or specialised testing equipment may find selected categories worth examining.
How to prepare: Establish the exact product category, applicable safety and reliability requirements, material specifications, testing arrangements and customer approval process.
A company should not enter battery-related manufacturing solely because demand for smartphones is expected to increase. The investment case must be supported by technical competence and a credible route to qualification.
Opportunity 6: Manufacturing Equipment, Tooling and Automation
An expanding electronics manufacturing base requires more than components. It also requires equipment to assemble, inspect, test and package products at the required rate and quality level.
Potential categories include:
- Precision assembly fixtures.
- Automation and material-handling systems.
- Inspection and testing equipment.
- Machine vision and selected optical inspection systems.
- Specialised production tooling.
- Equipment servicing and maintenance.
The ECMS includes capital goods used in electronics manufacturing, including associated subassemblies and components, within its target segments.
Who should investigate this opportunity?
Industrial automation integrators, precision engineering companies, machine builders and inspection-equipment specialists may find opportunities to support electronics manufacturers.
Electronics production environments can have demanding cycle times, cleanliness requirements and process-control expectations. A solution suitable for general industrial production may require substantial adaptation.
How to prepare: Document machine capability, cycle time, repeatability, uptime, integration experience, after-sales support and the availability of spare parts.
A supplier should demonstrate how its equipment improves a measurable production outcome, such as throughput, defect detection, consistency or downtime.
Opportunity 7: Packaging, Testing and Production Support
The electronics supply chain also depends on packaging materials, inspection, handling, calibration and production support services.
Potential areas to investigate include:
- Protective and anti-static packaging.
- Component trays and handling systems.
- Inspection and measurement services.
- Testing fixtures and calibration support.
- Selected manufacturing consumables.
- Maintenance and equipment servicing.
The suitability of each category depends on the manufacturing process, the buyer’s approved specifications and the product’s handling requirements.
Who should investigate this opportunity?
Packaging manufacturers, industrial consumables suppliers, testing specialists and equipment service providers may find relevant areas to pursue.
How to prepare: Understand the buyer’s material specifications, contamination controls, packaging standards, testing requirements and delivery schedules.
For production-critical supplies, reliability and consistency can be as important as price.
4. What Does the New Mobile Phone Manufacturing Scheme Actually Change?
The MPMS has a total budgetary outlay of ₹62,500 crore and operates across two target segments: mobile phone manufacturing and support for Indian mobile phone brands.
For the mobile manufacturing segment, the scheme provides differentiated incentives on eligible sales. The notified structure also provides an additional incentive of up to 1.5% for eligible domestic sourcing of key components and subassemblies, subject to specified conditions.
For suppliers, the important implication is that domestic sourcing is part of the policy framework.
However, there are two separate questions:
- Is a mobile phone manufacturer eligible for incentives under the scheme?
- Is a particular component supplier technically and commercially qualified to supply that manufacturer?
These questions are not interchangeable.
The MPMS is designed primarily around eligible mobile phone manufacturers and electronics manufacturing services providers registered in India. Component suppliers should not assume that they can directly claim the phone-manufacturing incentive merely by supplying a component.
The ECMS is the more directly relevant programme to investigate for eligible component manufacturers. Its application requirements, target segments and incentive structure differ from those of the MPMS.
Companies considering either scheme should verify the current official rules and application windows before making investment decisions.
5. How Can an Indian MSME Become a Supplier to Samsung’s Ecosystem?
One of the most important decisions is identifying the correct route to market.
A component supplier does not necessarily sell directly to Samsung. Depending on the component, the purchasing relationship may be with Samsung, an electronics manufacturing services provider, a module manufacturer or an approved component supplier.
Route A: Direct supply
A company may pursue direct qualification where the relevant buyer purchases the product category directly.
This route requires identifying the correct procurement channel, understanding technical specifications and completing the applicable vendor-qualification process.
Route B: Supply through an established component manufacturer
A supplier producing a precision component, cable, enclosure or subassembly may need to qualify with a company that already supplies the finished module or assembly.
This route may be particularly relevant for MSMEs whose capabilities are strong but whose direct OEM relationships are limited.
Route C: Supply manufacturing equipment or services
Tooling, automation, testing equipment and selected industrial services may be purchased through manufacturing engineering teams, equipment OEMs or specialised contractors.
Route D: Build capability through a manufacturing partnership
A smaller manufacturer may collaborate with an established electronics supplier to develop a component, process or manufacturing capability.
Any such arrangement should clearly define intellectual property, quality responsibility, commercial terms and customer approval requirements.
The first task is to identify the exact component and its likely buyer—not simply to find a contact at Samsung.
6. What Will Electronics Buyers Expect from Indian Component Makers?
Electronics supply chains can be unforgiving of inconsistency. A component that is inexpensive but unreliable can disrupt an entire production line.
Before approaching a prospective customer, manufacturers should prepare evidence of their ability to meet technical and commercial requirements.
Process capability
Document the manufacturing processes available, equipment capacity, tolerances, production volumes and process controls.
Quality assurance
Maintain inspection plans, measurement records, traceability, defect-management procedures and corrective-action processes.
Applicable certifications depend on the product and customer. Suppliers should verify the relevant requirements rather than assuming one certification will qualify them for every electronics application.
Production scale
Explain the volumes the business can support today, the capacity available for expansion and the time required to scale.
A supplier should not promise production volumes that cannot be achieved with its current equipment, workforce and supply chain.
Engineering and change control
Electronics products can undergo frequent engineering revisions. Suppliers need a disciplined process for managing drawings, specifications, approved materials and production changes.
Delivery reliability
Manufacturers should be able to explain their procurement lead times, inventory policy, production planning and contingency arrangements.
Commercial readiness
Quotations should account for tooling, testing, rejection rates, packaging, logistics and working capital.
For a new supplier, a low initial price may not be sustainable if the company has underestimated qualification costs or the investment needed to meet the required quality level.
7. A Practical 90-Day Plan for Indian Electronics Suppliers
Manufacturers interested in this opportunity can begin preparing without assuming that a Samsung sourcing programme is already open.
Days 1–30: Identify the Right Product Category
- Review existing manufacturing capabilities.
- Select one or two component categories that fit the company’s strengths.
- Compare current processes with electronics-industry requirements.
- Assess available capacity, tolerances and testing capability.
- Identify any equipment, certification or technical gaps.
Goal: Establish a realistic product proposition rather than attempting to enter the entire smartphone supply chain.
Days 31–60: Map Buyers and Qualification Routes
- Identify relevant component manufacturers and electronics manufacturing services providers.
- Review official supplier-registration channels where available.
- Identify the technical and quality requirements for the selected category.
- Prepare a concise capability statement and supporting documentation.
- Approach verified business contacts with a product-specific introduction.
Goal: Find the right purchasing route and establish relevant technical conversations.
Days 61–90: Prepare for Commercial Evaluation
- Address the most important technical gaps.
- Prepare product-specific quotations and production assumptions.
- Document quality controls and traceability.
- Review tooling and working-capital requirements.
- Track verified enquiries, supplier-registration progress and follow-up actions.
Goal: Build a credible pipeline and improve readiness for a genuine sourcing opportunity.
This plan does not guarantee qualification, an RFQ or a purchase order. It is intended to help manufacturers prepare systematically.
8. Should Indian Manufacturers Invest in New Capacity Immediately?
Not necessarily.
The prospect of expanding electronics exports may encourage companies to consider new machinery or factory investments. But an investment should be based on a credible commercial case, not a headline about potential production growth.
Before purchasing equipment, a manufacturer should establish:
- The precise component it intends to manufacture.
- The likely buyer and procurement route.
- The technical specifications and qualification requirements.
- The expected production volume and pricing assumptions.
- The capital expenditure and operating costs.
- The working-capital requirement.
- The availability of materials, tooling and skilled personnel.
- The financial consequences if customer qualification takes longer than expected.
Where possible, manufacturers should validate customer interest and technical feasibility before committing significant capital.
Some businesses may find that upgrading inspection, process control or documentation is a better first step than purchasing an entirely new production line.
Others may need a strategic technology partner or an established customer relationship before entering a highly specialised component category.
The correct path depends on the product, market and investment requirements.
9. India’s Electronics Manufacturing Opportunity Extends Beyond Samsung
Samsung is an important example, but Indian component makers should not build their entire strategy around one global manufacturer.
India’s electronics manufacturing ecosystem includes smartphone brands, electronics manufacturing services providers, component manufacturers, equipment suppliers and specialist technology companies.
The government’s ECMS targets several component and capital-equipment categories, reflecting a broader objective to deepen domestic electronics manufacturing.
For suppliers, this means that capabilities developed for one customer may potentially be relevant to other electronics manufacturers, provided their technical and qualification requirements are met.
A precision enclosure manufacturer may investigate multiple device and electronics applications. An automation company may serve several manufacturing plants. A testing-equipment supplier may work across different electronics product categories.
Diversification can reduce dependence on one customer, although it requires careful attention to the distinct specifications and approval requirements of each market.
The strategic objective should be to develop a repeatable capability that can serve multiple qualified customers—not merely to win one order linked to one investment announcement.
Conclusion: The Next Electronics Opportunity Will Depend on Supplier Readiness
Samsung’s reported interest in expanding India’s role in its global smartphone manufacturing and export strategy is worth monitoring. The government’s ₹62,500 crore Mobile Phone Manufacturing Scheme and its separate Electronics Components Manufacturing Scheme also indicate a policy focus on strengthening domestic value addition and the local supply chain.
For Indian component manufacturers, the opportunity is to identify where their existing engineering and manufacturing strengths fit into this ecosystem.
Precision enclosures, electro-mechanical components, selected electronics assemblies, specialised tooling, manufacturing equipment and production-support services are all potential areas to investigate, depending on technical capability and buyer requirements.
But a growing market does not automatically create a supplier contract. Manufacturers must still demonstrate quality, reliability, competitive economics, technical suitability and the ability to scale.
India’s next stage of electronics manufacturing will depend not only on how many smartphones are assembled locally, but also on how many high-value components, technologies and manufacturing capabilities Indian companies can supply competitively.
For MSMEs, the starting point is clear: choose a focused product category, understand the qualification process, strengthen manufacturing readiness and build relationships with the right buyers.
That is how a potential market opportunity becomes a credible supplier-development strategy.
Sources and Further Reading
- The Economic Times — Samsung to boost India phone exports under new incentive scheme, 23 October 2026
- Press Information Bureau, Ministry of Electronics and IT — Government notifies ₹62,500 crore Mobile Phone Manufacturing Scheme
- Electronics Components Manufacturing Scheme — Official portal
Editorial note: Samsung’s potential production and export expansion is based on media reporting as of 23 October 2026, not a confirmed company announcement of new investment. Supplier categories in this article are potential areas to investigate, not confirmed Samsung sourcing requirements or open RFQs. Companies should verify official scheme rules and customer requirements before making investment or commercial commitments.
