From sand to the chip in your phone: India's semiconductor chief explains every step
ISM CEO Amitesh Kumar Sinha explains how a semiconductor chip is made, from sand and design to test and packaging, and why fabs cost billions.
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ISM CEO Amitesh Kumar Sinha explains how a semiconductor chip is made, from sand and design to test and packaging, and why fabs cost billions.
Silicon DreamsSEMICON India 2026 and the Making of a Chip PowerhousePosted On: 15 SEP 2026 10:52AM by PIB DelhiOn September 17, Prime Minister Narendra Modi will walk into Yashobh...
New manufacturing platforms address high-aspect-ratio etching, advanced memory deposition, metal films, and silicon-carbide epitaxy for next-generation semiconductor production. Se...
Chipmaking changes could boost productivity of new ASML machines by 40 percent.
India’s semiconductor manufacturing drive has reached a new milestone with two additional plants commencing commercial production — the CDIL Semiconductor ATMP Facility and the Suc...
TATA Electronics has entered a crucial new phase at its semiconductor packaging facility in Jagiroad, Assam, with pilot chip production now under way as the company prepares for fu...
Chinese chipmakers are setting increasingly aggressive targets to source production equipment locally, adding pressure on domestic toolmakers to come up with machines that are reli...
Building a chip should not require assembling an entire design ecosystem. A Noida-based startup is developing a browser-based EDA platform that aims to reduce dependence on expensi...
本連載では、半導体の高性能化において重要性が増す後工程を中心に解説する。前回は、半導体製造工程全体のイメージをつかむため、「前工程」を紹介した。今回は、後工程の入り口となる「ダイシ...
India has approved 12 semiconductor units involving a cumulative investment of $20 billion in the past five years. Three of those units have already started commercial production
India’s semiconductor journey has moved from policy foundations to actual chip production within just four years. In December 2021, the Government approved SEMICON 1.0 with an outl...
This semiconductor design firm is expanding front-end chip design and verification as it moves towards developing its own chip products. Ample Semiconductors is investing in front-...
As chipmakers stack dies vertically to meet surging AI demand, 2D imaging is losing its edge. Automated 3D reconstruction is becoming essential to keeping fabs on pace.
For decades, the semiconductor industry has relied on one basic bargain: make silicon transistors smaller, and chips become faster, cheaper and more power-efficient. That bargain i...
What if quantum processors could be tested before they are fully built? An indigenous resonator chip is helping validate the hardware path. Srsti Quantum has developed NAADA, a sup...
In a milestone shift for semiconductor engineering, Cognichip, the frontier lab building Artificial Chip Intelligence ACIâ„¢, today announced the availability of ACI Enterprise, t...
For years, the semiconductor race was largely about making transistors smaller. That contest is far from over, but the AI boom has shifted part of the battleground elsewhere: how m...
As semiconductor manufacturing takes shape in India, the materials connecting and packaging chips are facing their own set of challenges and opportunities. At Semicon India, EFY in...
Can stacked chips hide defects that conventional inspection misses? Inspection and wafer correction systems target two manufacturing challenges affecting advanced semiconductor pac...
Applied Materials, the leading maker of chipmaking equipment, officially unveiled its EPIC chip R&D center with partner companies including Intel, Micron, SK Hynix, and Samsung...
What does a new smartphone processor reveal about Xiaomi’s chip ambitions? The Xring O3 advances its in-house silicon using a three-nanometre process. Xiaomi has unveiled its Xring...
If you have recently bought a new vehicle, replaced a laptop, or purchased a new phone, you have likely noticed that almost everything costs more to buy and to repair. Most people...
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