A South Korean-Indian joint venture has completed a semiconductor materials plant in South Korea, aiming to strengthen regional supply chains for photoresist materials and reduce reliance on Chinese raw materials.

India has unveiled the next phase of its semiconductor policy, a move that could reshape global chip supply chains, investment flows, and talent markets. The expanded program aims to deepen local design and manufacturing capacity, while giving multinational companies and developers a larger role in one of technology's most strategic sectors.

India's market for Wi-Fi millimeter-wave (mmWave) fixed wireless access (FWA) remains at an early stage, with formal commercial standards still dependent on operators completing field trials and the country's Department of Telecommunications (DoT) advancing the regulatory process.

India's semiconductor ambitions are expanding from packaging and testing to chip design, materials, mobile devices and data centers. New investments by CG Power, Infineon, Foxconn, Samsung and LG highlight rising industrial activity, while skills shortages, environmental constraints and import dependence remain challenges. Government incentives increasingly seek deeper domestic capabilities and higher value creation.

Hon Hai Technology Group, better known as Foxconn, is expanding its global manufacturing footprint through new land acquisitions, factory development, and capacity upgrades as demand for artificial intelligence infrastructure accelerates and electronics supply chains become more geographically distributed.

CG Power and Industrial Solutions is targeting 70% utilization at its larger semiconductor packaging facility within about four years, with the unit potentially generating around US$500 million in annual revenue once it reaches scale, according to CNBC.

India's data center story has split in two. The pipeline forecasts keep getting bigger, but the money actually landing has thinned sharply since June — and the reason is no longer demand or capital availability. It is environmental clearance, temple land, water accounting, and grid load, questions that courts, local residents, and state governments are all now asking before the concrete is poured.

India's AI infrastructure push is gaining pace, with implications that extend far beyond the country's borders. According to Bloomberg, AM Intelligence has ordered 9,000 Nvidia Vera Rubin systems as global demand for advanced computing continues to strain supply, underscoring how power, data centers, and chip access are becoming strategic priorities worldwide.

India's semiconductor expansion is beginning to expose a shortage of engineers with experience in production testing, a capability that will become increasingly important as new OSAT plants and fabs move toward manufacturing, executives at Emerson's NI test and measurement business said.

India is emerging as a new battleground for South Korea's two electronics giants, with Samsung Electronics using the country as a production and supply-chain base for AI data center cooling equipment and LG Electronics investing hundreds of billions of won to build a third home appliance plant. But whether India's fast growth and huge population will translate into real earnings remains the biggest test.

India has continued to push next-generation communications infrastructure, and the Telecommunication Engineering Centre (TEC) under the Department of Telecommunications (DoT) has officially released a Provisional Generic Requirement for Wi-Fi technology in the licensed 26 GHz (n258) band, opening the door for manufacturers and telecom operators to conduct field trials in real-world environments.

Kaynes Technology India and BOSGAME have signed a strategic memorandum of understanding to support BOSGAME's entry and expansion in India. The deal highlights how global hardware brands are increasingly looking to India for design, manufacturing, and customer support as the country's electronics ecosystem matures.

Infineon Technologies has agreed to acquire Bangalore-based C2i Semiconductors, a move that strengthens its position in power delivery for AI data centers and highlights India's growing role in chip design. The deal could shape how global operators manage rising energy demand, efficiency pressures, and next-generation computing workloads.

India is preparing a new capex-based subsidy scheme to support domestic polysilicon manufacturing, as the government seeks to reduce import dependence and build a more integrated solar supply chain.

Rapid changes in the power and thermal requirements of AI accelerators are forcing data-center designers to incorporate chip-level information earlier in the planning process, according to Cadence Design Systems. This is narrowing a gap that once separated semiconductor development from facility engineering.