Qualcomm Bengaluru Team Completes 2nm Chip Tape-Out

India’s ‘Chip’ Revolution: Ashwini Vaishnaw Unveils Qualcomm's 2-nm Chip, Sets Roadmap for Semicon 2.0

For decades, India was largely absent from the global semiconductor map, while the country thrived in IT and software services, the chip-making sector remained weak, heavily dependent on imports for advanced processors. Today, that scenario is changing with India transforming this once-untouched sector into a technological strength. https:///ashwinivaishnaw/status/2020148110316507288?s=48 Union Minister for Railways, Electronics and Information …

Qualcomm tapes out 2 nm chip design from India centers

Leading American chipmaker Qualcomm Technologies has announced the tape-out of its 2nm semiconductor design, marking a significant moment in advanced chip design amid India’s rapidly expanding semiconductor ecosystem. The breakthrough, developed with key contributions from Qualcomm’s engineering centres in Bengaluru, Chennai and Hyderabad, reinforces India’s rising stature as a global hub for cutting-edge chip design. The company said the achiev…

Qualcomm Bengaluru team completes 2nm chip tape-out

New Delhi: A quiet but meaningful semiconductor milestone unfolded in Bengaluru this week. Qualcomm Technologies Inc. confirmed it has completed the tape-out of a 2-nanometer chip design, placing India right inside the conversation around the world’s most advanced silicon work. For people tracking India’s chip ambitions, this update matters. Tape-out is the final design checkpoint before a chip moves to manufacturing. India’s role in Qualcomm’s …

Qualcomm's 2nm tape-out marks India's arrival in cutting-edge chip design

According to ANI and IANS, Qualcomm Technologies has completed the tape-out of its 2-nanometre semiconductor design with significant contributions from its engineering centres in India, underscoring the country's rising importance in the global race toward next-generation chip technologies and aligning with New Delhi's push to strengthen domestic semiconductor design capabilities.