Telefonaktiebolaget LM Ericsson (Nasdaq Stockholm: ERIC B; Nasdaq: ERIC) has produced more than 15,000 antennas and 25 million components in India since July 2025, turning the country into an export base for radio-network equipment rather than treating local manufacturing solely as a way to serve Indian telecom operators. India-built antennas are now being exported to Europe and other global markets as Ericsson expands sourcing, engineering and production through local partners.
The manufacturing programme coincides with one of the world’s fastest 5G deployments. Ericsson says India had more than 562,000 5G base stations deployed by June 30, 2026, with services accessible in 99.9% of districts, while 5G subscriptions had reached approximately 430 million at the end of 2025. The company estimates that more than 65% of those subscriptions are associated with 5G Standalone networks, a figure that reflects Ericsson’s market assessment rather than an official subscriber count for each operator.
Ericsson is expanding antenna manufacturing with VVDN Technologies while maintaining research and development operations across Bengaluru, Gurgaon and Chennai. With about 22,000 employees in India, the country is already Ericsson’s largest workforce location, giving the manufacturing expansion a broader engineering base than a conventional contract-assembly relationship.
Why is exporting antennas from India more important than simply manufacturing them locally?
Domestic production can be driven by localisation policies or the need to reduce import costs, but export qualification imposes a more demanding commercial test. Equipment built in India must meet the specifications, quality systems and delivery expectations of operators in entirely different markets before it can enter Ericsson’s global supply network.
Shipping antennas to Europe therefore suggests that the Indian manufacturing ecosystem is becoming part of Ericsson’s standard international production architecture rather than a protected local branch designed only for Indian contracts.
That distinction matters for industrial policy as well. India’s electronics strategy has often been evaluated through the amount of hardware assembled domestically, but the greater economic opportunity comes when local facilities become competitive enough to supply global demand.
Ericsson’s milestone remains modest compared with the enormous scale of consumer-electronics assembly in India, and the company has not disclosed revenue associated specifically with the 15,000 antennas. The significance lies instead in the type of equipment: antennas are critical network components requiring RF engineering, testing and integration rather than simple final assembly.
If volumes continue expanding, a deeper component ecosystem can develop around materials, electronics, precision manufacturing and engineering services, potentially increasing the amount of value retained locally.
Why do antennas matter more as networks move toward 5G Standalone and AI?
Mobile-network performance is constrained not only by the radio equipment generating a signal but by how efficiently antennas direct that signal across available spectrum and physical sites. Better antenna systems can improve coverage, uplink performance and capacity while reducing the amount of additional infrastructure required to serve rising traffic.
Those characteristics become more important with 5G Standalone because operators can use capabilities unavailable or less developed in networks still relying partly on 4G cores. Advanced network slicing, lower-latency services and more programmable traffic management place greater demands on end-to-end network performance.
Artificial intelligence adds another layer. Ericsson increasingly describes networks themselves as becoming AI-ready and AI-operated, with software optimising resources dynamically as traffic patterns change. Intelligent management is most useful when the underlying radio and antenna systems can translate those decisions into efficient physical coverage.
The business case for carriers is therefore tied to return on spectrum and sites. Spectrum licences and tower infrastructure are expensive, so an antenna capable of extracting more capacity or reducing energy use from an existing location can improve network economics without requiring the operator to acquire another site.
Ericsson is positioning its antenna portfolio around that argument rather than treating antennas as passive hardware attached to a base station.
How large has India’s 5G market become in only a few years?
Ericsson says more than 562,000 5G base stations had been deployed across India by the end of June, extending service to virtually every district. That infrastructure supported approximately 430 million 5G subscriptions by the end of 2025, representing about 35% of all mobile subscriptions.
The speed of deployment has created an unusually large domestic laboratory for vendors such as Ericsson. Indian operators have had to optimise coverage, capacity and cost across dense cities, rural territories and one of the world’s largest subscriber bases in a compressed period.
5G Standalone penetration adds particular relevance because SA networks use a dedicated 5G core rather than relying on existing 4G infrastructure for parts of the service. Ericsson estimates that more than 65% of Indian 5G subscriptions are on SA architecture, reflecting the rapid deployment strategies pursued by leading operators.
This gives Ericsson engineering feedback from a market operating at enormous scale. Lessons from Indian deployments can feed product design for other countries moving toward SA, while a domestic manufacturing base creates the possibility of exporting both equipment and engineering expertise.
The commercial opportunity is not guaranteed to increase in proportion to subscriber numbers. India remains an intensely price-sensitive telecom market, meaning equipment vendors need manufacturing efficiency to serve operators whose average revenue per user is lower than in many developed markets.
Can Indian manufacturing materially improve Ericsson’s cost base?
Local sourcing can reduce transportation, import and inventory costs while shortening the distance between manufacturing, engineering teams and large customers. Producing components closer to demand can also give Ericsson greater flexibility when supply chains are disrupted.
Exporting from India potentially broadens those benefits by allowing factories and suppliers to operate at higher utilisation rather than depending entirely on domestic demand. Greater volume can spread fixed manufacturing and engineering costs across more equipment.
Ericsson has not disclosed a specific cost saving, gross-margin improvement or revenue target attributable to the India antenna programme. Any claim that the 15,000-unit milestone has already materially improved group profitability would therefore go beyond the evidence currently available.
The strategic rationale can still be assessed without inventing a margin figure. Ericsson entered the expansion with second-quarter adjusted gross margin of 48.4%, adjusted EBITA margin of 13.1% and net cash of nearly SEK60bn, demonstrating that profitability and capital discipline remain central to the company’s strategy after years of telecom-equipment volatility.
A more efficient global manufacturing network can support those metrics over time, but the financial effect will need to emerge through future group results rather than being inferred from production volume alone.
How does India fit into Ericsson’s wider competition with Nokia and Chinese vendors?
Telecom-equipment competition increasingly combines technology performance, geopolitics, local manufacturing and price. Operators want equipment that improves network economics, while governments increasingly care where critical communications infrastructure is designed and manufactured.
India gives Ericsson scale in a market where Chinese vendors face restrictions in important parts of the telecom network. That creates opportunities for Ericsson and Nokia, but operators still negotiate aggressively because network equipment represents a major capital expense.
A strong Indian engineering and manufacturing base can help Ericsson compete on cost while demonstrating localisation to governments and customers. Export capability adds resilience by diversifying the company’s manufacturing footprint rather than relying on one country or region.
The strategy also extends beyond factories. Ericsson employs around 22,000 people in India and operates R&D centres in Bengaluru, Gurgaon and Chennai, meaning hardware production sits beside software, network and engineering expertise.
The 15,000-antenna milestone is therefore best viewed as an industrialisation marker rather than a standalone earnings event. Ericsson has shown that India can manufacture equipment accepted in European and other international networks; the next test is whether expanding export volumes make the country a structurally important source of both technology and profit for the global group.
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