What if ultrafast pulses of light could operate computers at speeds a million times faster than today's best processors? A ...

D transistor offering 40% faster speeds and lower energy use may soon disrupt the global chip market - if China can successfully scale production.

improving transistor density and performance, as well as reducing leakage current and power consumption. After the 2nm process is here, we'll see TSMC's next-gen A14 process node that will have ...

Further research into such electrodes and complex interface materials therefore may lead to reduced nanocapacitor sizes, and thus to increases in memory and transistor density and speed.

Maximum transistor density and performance efficiency. Maximum performance efficiency with the best possible power supply at reasonable costs. Multi-chiplet packaging solutions for data centers.

Intel also shared expected performance comparisons between 14A and 18A, and the numbers were impressive: a 15 – 20% improvement in performance per watt, a 1.3x increase in transistor density ...

The goal here is to be able to double the transistor density by adding another level of processing elements and memories and have them behave as a single system. “We start with face-to-back ...

The Intel 14A process should offer between 15 to 20 percent more performance per watt than the 18A process, combined with a 1.3X improvement in transistor density and a 25 percent to 35 percent ...

A deliberately set fire in Crestwood is raising concerns for residents of the west Edmonton neighbourhood. The arson caused significant damage to an under-construction building that some community ...

Intel made a slew of announcements at its Intel Foundry Direct 2025 event in San Jose, California, and finally shared performance metrics for its upcoming 14A process node, slated for risk ...

For comparison, both Hopper and Blackwell accelerators are built with TSMC’s 4nm process, enabling greater transistor density for more computational power. Just on time for even stricter export ...