IEEE CASS France Chapter and Gdr SOC2 Workshop
Environmental impact of RF 5G communications and IoT growth:
Towards Green Technologies
During the last two decades, the number of electrical and electronic equipment has grown exponentially, especially smartphones and tablets. Such a trend is expected to continue to a similar extent over the next decade with IoT and 5G. Watching videos, follow the news and (besides that) make phone calls, became very usual for billions of people.
So what is the environmental bill of the crazy number of communications and electronic devices?
The objective of this workshop is to define some guidelines for green electronic devices: biocompatible materials, energy harvesting and solutions to decrease transmitters power consumption. The main goal is to determine new energy-efficient and environmentally friendly transmitters systems.
Towards Green Technologies
During the last two decades, the number of electrical and electronic equipment has grown exponentially, especially smartphones and tablets. Such a trend is expected to continue to a similar extent over the next decade with IoT and 5G. Watching videos, follow the news and (besides that) make phone calls, became very usual for billions of people.
So what is the environmental bill of the crazy number of communications and electronic devices?
The objective of this workshop is to define some guidelines for green electronic devices: biocompatible materials, energy harvesting and solutions to decrease transmitters power consumption. The main goal is to determine new energy-efficient and environmentally friendly transmitters systems.
IEEE MTT-S France Chapter and IEEE IM-S Chapter Day
On instrumentation and Measurements for Microwave and Millimeter-wave Applications
Services based on RF electronic devices, such as automotive radar, wireless backhaul and electro-optical networking, are increasingly pervading our daily life. Future applications like THz imaging, radar above 100 GHz, biomedical sensing, high-data rate space communication, 5G and IoT networking are expected to be deployed, enabled by recent development in silicon and III-V transistors process technologies, featuring millimeter-wave up to THz cut-off frequencies.
In this context, the objective of this IEEE MTT-S and IEEE IM-S day is to present new technologies and circuits’ characterization targeting microwave and millimeter-wave applications, such as IoT and 5G applications.
Services based on RF electronic devices, such as automotive radar, wireless backhaul and electro-optical networking, are increasingly pervading our daily life. Future applications like THz imaging, radar above 100 GHz, biomedical sensing, high-data rate space communication, 5G and IoT networking are expected to be deployed, enabled by recent development in silicon and III-V transistors process technologies, featuring millimeter-wave up to THz cut-off frequencies.
In this context, the objective of this IEEE MTT-S and IEEE IM-S day is to present new technologies and circuits’ characterization targeting microwave and millimeter-wave applications, such as IoT and 5G applications.
