Semiconductor

HCLTech is a preferred semiconductor design service partner to top chip manufacturers, design foundries, and Startups across the globe. With over 25+ years in the VLSI design industry and a team of 1800+ VLSI engineers has well-proven capabilities in Analog, Digital, and Mixed Signal designs to handle the challenges of ‘Chip to Cloud Solutions’, and have successfully delivered 1000+ projects across different technology nodes.

Our Silicon Validation Labs, ATE Tester Labs, and Qual Labs enable our customers to not only get well-designed silicon but to get silicon that is fully qualified and can be manufactured flawlessly. Our foundry and OSAT partners help customers to get an end-to-end turnkey solution.

We have partnered with semiconductor equipment manufacturers for 16+ years with 10,000+ person-years of engineering experience, across all stages of the complex IC manufacturing process, including Lithography, Deposition, Implantation, Etch, Inspection and Metrology, and ATE.

Smart Manufacturing

Recent disruptions to manufacturing in terms of production interruptions, supply chain disturbances, and global delivery restrictions have forced enterprises to rethink their manufacturing operations. Enterprises are focusing on manufacturing resilience by evolving beyond efficiency to being agile to respond rapidly and flexibly to changing customer demands and realigned supply chains. 

Machines and shop-floor devices are now equipped with sensors and actuators as part of digital transformation in manufacturing which can communicate over the network using standard protocols. With the advancement in cloud computing along with areas such as artificial intelligence, robotics, augmented reality and analytics, there is enormous potential for cyber-physical systems to improve productivity in the production process and the supply chain.

HCLTech Smart Manufacturing Services are aligned to address key industry requirements right from effectively translating design intent from the virtual world to manufacturing floor, simulation & optimization of complex manufacturing processes, concurrent engineering to compress time, improve productivity and flexibility to handle variance & volume.