HCLTech opens ₹185 crore semiconductor lab in Bengaluru
The 40,000 sq ft facility focuses on post-silicon engineering and failure analysis to bolster India's chip ecosystem.
HCLTech has launched an advanced semiconductor lab in Bengaluru to provide high-end post-silicon engineering and testing services. The move signals a significant expansion of the company's technical infrastructure to support global semiconductor clients.
The company invested ₹185 crore into the 40,000 sq ft facility, which includes 25,000 sq ft of specialized Class 10K and 1K cleanrooms. The lab is equipped with industry-standard tools from Teradyne, Advantest, Keysight, Tektronix, and Thermo Fisher Scientific Inc. Its core capabilities encompass electrical validation, automated testing, qualification, and detailed failure analysis.
Strategic Context
This expansion arrives as India aggressively pursues its goal of becoming a global semiconductor hub. The initiative is bolstered by the government's ₹1.27 lakh crore Semicon 2.0 programme, which offers incentives across the entire semiconductor value chain to attract private investment and build domestic capacity. By establishing this lab, HCLTech is aligning its corporate growth with national industrial policy aimed at reducing reliance on foreign chip infrastructure.
Industry Implications
Establishing high-end post-silicon engineering and testing capabilities within India addresses a critical infrastructure gap in the local ecosystem. For global clients, this domestic capability can reduce time-to-market for new chip designs by streamlining the transition from silicon fabrication to final product validation. Hari Sadarahalli, Corporate Vice President and Global Head of Engineering and R&D Services at HCLTech, stated that the facility reflects a deep commitment to high-end engineering and contributes to the national vision of becoming a global technology hub.
Future Outlook
As the facility begins operations, the industry will be watching how effectively these domestic testing capabilities can scale to meet the demands of next-generation chip architectures. While the physical infrastructure is now in place, the long-term success of the lab will depend on its integration into the broader global supply chain and the continued rollout of government incentives under the Semicon 2.0 framework. This strategic pivot positions HCLTech as a key bridge between design and deployment in the global semiconductor lifecycle.