In simple terms, amplitude is how strong or intense a wave is. It's plotted on a graph with time on the x-axis and amplitude ...

AOTO has pioneered the use of 80nm processing chips – compared with the 150nm chips widely adopted across the market – by ...

Research at the University of Bristol highlights a major semiconductor breakthrough, enabling faster data transfer for future ...

TSMC leads with advanced nodes (3nm, 2nm). Samsung is pushing into AI-accelerator chips. Intel is investing $100B+ into ...

Self-driving cars which eliminate traffic jams, getting a healthcare diagnosis instantly without leaving your home, or feeling the touch of loved ones based across the continent may sound like the ...

Technical innovations begin in academic research or military projects and are filtered down to mass markets. In the last few ...

Tchnology will make self-driving cars and health checks possible by improving parts inside devices for faster and better ...

A team of scientists at the University of Miami, working in collaboration with professors from the Georgia Institute of ...

The case involved examining whether ‘Ferrite Beads’ fall under 8504 50 90 or 8541 29 00, which relates to certain semiconductor devices. The CAAR reviewed the Customs Tariff Act, Explanatory Notes to ...

Class D amplifiers are revolutionizing the audiophile world, delivering top-tier sound without the hefty price tag. Discover ...

Adisyn has taken an early step toward solving one of the semis industry’s toughest problems, and this could be a development worth watching.

Quantum computing is coming quickly, and now is the time to begin integrating quantum solutions in both enterprise and research computing facilities ...