A Substrate-less Process for Heterogeneous Integration of mm-Wave Circuits

Trends : above - Ic Integration and Mm - Wave

The 7GHz unlicensed band around 60GHz provides the possibility of gigabit-per-second wireless communications. In addition to satisfying speed-intensive applications, such high data rates can also reduce the energy dissipated per bit because the power consumption of RF transceivers has historically increased sublinearly with the data rate. Moreover, the millimeter wavelength permits the integrat...

investigating the integration of translation technologies into translation programs in iranian universities: basis for a syllabus design in translation technology

today, information technology and computers are indispensable tools of any profession and translation technologies have become an indispensable part of translator’s workstation. with the increasing demands for high productivity and speed as well as consistency and with the rise of new demands for translation and localization, it is necessary for translators to be familiar with market demands an...

Throughput-Centric Wave-Pipelined Interconnect Circuits for Gigascale Integration

Process-Based Integration of Heterogeneous Information Sources

The number of information sources in the Web is growing day by day with a tremendous speed. At the same time, users tend to manage more and more tasks electronically, thereby using publicly available information sources. Since the Web is an open, distributed and dynamic environment, in which information sources are offered and controlled autonomously and independently, the interoperability of a...

Microphotonic Components for a Mm-wave Receiver

A new microphotonic mm-wave receiver architecture with direct electrical-to-optical conversion is presented. The receiver uses high-Q RF and microphotonic electro-optic resonator components which are operated in simultaneous resonance. Initial results demonstrating modulation of an optical carrier at RF in the mm-wave range are reported .