Gate sizing is a fundamental technique in VLSI design, where the dimensions of transistors and gates are carefully adjusted to achieve optimal performance, minimise power consumption and reduce delay.

Imagine a world where the chips powering your smartphones, computers, and even cars are designed and tested with unparalleled precision and speed. Welcome to the realm of Very Large Scale Integration ...

As process nodes continue to advance into the sub-micron era, the limitations of traditional scaling are becoming increasingly evident. Larger monolithic chips are facing challenges such as higher ...

The strengths of Taiwan's IC design sector include excellent and dedicated STEM talent, a complete semiconductor industry ecosystem from upstream to downstream, and a well-developed downstream ICT ...

The estimated revenue of Taiwan's IC design industry in 2022 totalled at a commanding US$40 billion. The sector has proven itself to be eminently high-yielding with an enviable average profit margin ...

The 3D-IC market outlook is entering a decisive phase as the semiconductor industry transitions beyond the limits of traditional Moore’s Law scaling. As performance, power efficiency, and system ...

A number of Chinese universities and research institutions have achieved major progress in semiconductor-related fields. These advances span key areas such as memory, power semiconductor and IC design ...