Page 21 - Semiconductor Technology News Today

Thats why i think theres a very, very special -- >> why is it so difficult for anyone to make the chips that you make? and im thinking now about the 7 nanometer, the americans have these great companies that have a huge history, like intel. the chinese pour tens of billions of dollars into new companies but no one can make the chips you make. why? >> well, they cant just a few years later. >> thats all the difference in this business. >> youre right. thats all the difference. i think -- i think ...

Japan and the US will develop technology for the production of 2nm chips. R&D for mass manufacture of the technology will begin soon.

The silicon EPI wafer market size is expected to grow from US$ 3 billion in 2022 to US$ 4.99 billion by 2028; it is estimated to grow at a CAGR of 8.8%...

When I first started working for an FPGA company a decade ago, I was stunned to find out how many power supply rails these parts required. I’d never encountered chips that needed five to ten (or more) power supply rails. Even back in the old, old PMOS days, chips needed only three supply voltages and,…

PM Modi said that the country is building a digital infrastructure to connect over 1.3 billion citizens.

In this interview, AZoNetwork speaks with Angus McFadden, Semiconductor Technology Manager, Kelvin Standifer, Director Semiconductor Business Unit, and Paul Cuddyer, Sales Director, at Technetics Group. They discuss the future of the semiconductor business and how COVID-19 ushered in a new industria

THE owners of a Greenock hotel have stepped in to offer a home to a Ukrainian refugee family desperately trying to make their way across Europe to…

Karnataka High Court recently held that work from home benefit after exhausting maternity leave, can be granted to a woman employee only if the nature of the work is such that it can be done from home.

Analyst of the Month for March highlighting the work of Luca De Ambroggi, Chief Analyst at Informa Tech Automotive Group.

The Taiwan Semiconductor Research Institute (TSRI) has partnered with Synopsys Taiwan to accelerate the development of next-generation semiconductors, with researchers being allowed to use the chip design company’s simulation tools, the National Applied Research Laboratories said yesterday. The institute is one of eight laboratories of the national research agency. The institute has signed a contract with Synopsys that allows researchers to use its simulation software — Sentaurus TCAD and Qu...