Semicon 2.0 can boost local chip design for telecom infrastructure: IESA President - India Tribune - Chicago

India's semiconductor strategy is undergoing a critical pivot: from 'build fabs' to 'design sovereignty.' Semicon 2.0's focus on telecom infrastructure chip design is a strategic positioning play on the global fabless value chain, not incremental policy tweaking. On the technical stack, telecom chips span baseband SoCs, RF front-ends, power management, and network ASICs. Design capability demands EDA toolchains (Synopsys, Cadence) and core IP licensing (ARM, DesignWare). India must secure 28nm-plus foundry access—GlobalFoundries, UMC, or TSMC (Taiwan, China) become critical chokepoints. A single 5G baseband chip carries $50–200 in IP licensing alone; design is where real margin lives. Risk calculus: design-first avoids the $10B-plus fab capex trap but bets supply chain security on foundry availability. The US CHIPS Act and EU Chips Act create competing incentive structures. Without locked-in long-term capacity, India's design output risks becoming 'paper sovereignty.' Competitively, Qualcomm and MediaTek dominate baseband; Ericsson and Nokia design in-house. India's entry point is ecosystem cultivation, not head-on competition—echoing Taiwan, China's 2000s transition from foundry to design. Within 12–24 months, expect 3–5 new design houses, dense IP licensing deals, and accelerated talent outflow from Bangalore. The real test: can India convert design capability into shippable telecom-grade products before the 6G standards window closes?