Sentence examples for progress of semiconductor from inspiring English sources

With the rapid progress of semiconductor technology, video coding is becoming popular in modern mobile devices to provide video services.

Owing to the rapid progress of semiconductor industry, the vision of digital home is getting more real.

The progress of semiconductor technology and control systems the last years has made possible the realisation of highly efficient and low priced microprocessor-based controllers for the control of asynchronous motors.

The ICT revolution fueled by the exponential progress of the semiconductor technology and the accelerated pace of globalization has become an important driver of economic growth across nations.

As the progress of the semiconductor process develops to achieve miniaturization and attain better performances for the electronic device, next-generation IC chips with deep sub-micron Cu/low-k stacked structures adopting the fabrication of (dual) damascene are developed to meet the urgent requirements of reducing high RC delay; the purpose of this is to obtain high-speed signal communication.

To maintain that rate of progress, semiconductor engineers have had to consistently perfect a range of related manufacturing systems and materials that continue to perform at evermore Lilliputian scale.

We describe herein recent progress in the protection of semiconductor photoanodes under such operational conditions.

However, despite the significant progress in the performance of semiconductor based UV LEDs that has been achieved in recent years, these devices still suffer from low emission power and relatively short lifetimes.

The new inductees included Gordon Moore, the co-founder of both Fairchild Semiconductor and Intel (and most famous for his Moore's Law, which predicted the rate of semiconductor progress), and Carver Mead, who did much of the work that made it possible to pack tens of thousands of transistors onto a single silicon chip.

With technological progresses in the fabrication of semiconductor structures like chemical lithography, molecular beam epitaxy, and etching, it has been made possible to fabricate a wide variety of quantum wires with well-controlled shape and composition.

The steady scaling-down of semiconductor device with rapid progress of fabrication technology facilitated high-integration, high-performance [1].