Amid ongoing global geopolitical tensions, some companies are looking to untangle complex export control restrictions.
Excitement over battery electric vehicles has led silicon carbide wafer makers to plan a more than threefold increase in capacity—surpassing ten million 150-millimeter wafer equivalents by 2027.
US semiconductor manufacturers need a few good workers.
The automotive compute unit market is expected to grow from $96 billion in 2023 to $148 billion in 2030.
US semiconductor companies have announced investments for new builds that are estimated to reach $200 billion to $350 billion within the next decade.
Decarbonizing supplier emissions has emerged as a priority for semiconductor manufacturers.
As 5G, autonomous vehicles, and other emerging technologies shape the future of semiconductor demand, advanced packaging for semiconductor wafers could be key to creating value for manufacturers.
Manufacturers in many sectors are encountering volatile demand dynamics in the hunt for semiconductors.
More chips, anyone? The US Department of Defense has earmarked billions of dollars for microelectronics R&D over the next several years.
The gap between semiconductor supply and demand has widened across multiple semiconductor-enabled products.
The manufacturing process for semiconductors creates gases that enter the atmosphere and persist there for years—or tens of thousands of years.
Semiconductor manufacturers are factoring in sustainability considerations as they map out locations for their fabrication plants (fabs).
With demand for chips continuing to outstrip supply, strong growth is possible for all semiconductor companies, regardless of size.
With chip demand set to rise over the coming decade, the global semiconductor industry is poised to become a trillion-dollar industry by 2030.
The semiconductor sector’s profits are climbing, both absolutely and relative to other industries, and show no signs of slowing.