The TWEETHER project participated in the Workshop on Millimetre-wave Technologies for High-Speed Broadband Wireless Networks, which took place in November 2015 in Valencia, Spain, giving a presentation about the main challenges to be overcome to enable a point to multipoint wireless network at W-band (92-95 GHz). The high atmosphere attenuation and the lack of power amplifier suitable to provide adequate area coverage have so far prevented the W-band use. This presentation describes a novel approach of W-band wireless network based on a high power, wide band traveling wave tube of new generation to enable this new transmission paradigm. Such a system, together with the development of beyond the state-of-the-art affordable millimetre wave d...
The design and fabrication aspects of a novel D-band (141 GHz-148.5 GHz) Traveling Wave Tube (TWT) f...
The first point to multipoint wireless system at D-band (141 - 148.5 GHz), providing high capacity a...
The first point to multipoint wireless system at D-band (141 - 148.5 GHz), providing high capacity a...
The congestion of the spectrum actually devoted to wireless networks has stimulated the exploitation...
The outstanding demand of high data rate in wireless network is exceeding the actual capacity making...
The outstanding demand of high data rate in wireless network is exceeding the actual capacity makin...
The European Horizon 2020 project TWEETHER aims to make a breakthrough in wireless networks to overc...
The continuously growing traffic demand has motivated the exploration of underutilized millimeter wa...
New generation networks for 5G need a breakthrough to support the unstoppable increase of internet t...
The exploitation of the millimeter wave spectrum (100 – 300 GHz) for wireless communications needs a...
Point to multipoint (PmP) distribution at millimeter wave is a frontier so far not yet crossed due t...
—Millimeter waves offer a promising solution to the data congestion that is fast overwhelming the a...
biquitous wireless distribution of multi- gigabit per second data rate for enabling new 5G and 6G pa...
The European Commission Horizon 2020 TWEETHER project will conclude the activity on September 2018 w...
The first point to multipoint wireless system at D-band (141 - 148.5 GHz), providing high capacity a...
The design and fabrication aspects of a novel D-band (141 GHz-148.5 GHz) Traveling Wave Tube (TWT) f...
The first point to multipoint wireless system at D-band (141 - 148.5 GHz), providing high capacity a...
The first point to multipoint wireless system at D-band (141 - 148.5 GHz), providing high capacity a...
The congestion of the spectrum actually devoted to wireless networks has stimulated the exploitation...
The outstanding demand of high data rate in wireless network is exceeding the actual capacity making...
The outstanding demand of high data rate in wireless network is exceeding the actual capacity makin...
The European Horizon 2020 project TWEETHER aims to make a breakthrough in wireless networks to overc...
The continuously growing traffic demand has motivated the exploration of underutilized millimeter wa...
New generation networks for 5G need a breakthrough to support the unstoppable increase of internet t...
The exploitation of the millimeter wave spectrum (100 – 300 GHz) for wireless communications needs a...
Point to multipoint (PmP) distribution at millimeter wave is a frontier so far not yet crossed due t...
—Millimeter waves offer a promising solution to the data congestion that is fast overwhelming the a...
biquitous wireless distribution of multi- gigabit per second data rate for enabling new 5G and 6G pa...
The European Commission Horizon 2020 TWEETHER project will conclude the activity on September 2018 w...
The first point to multipoint wireless system at D-band (141 - 148.5 GHz), providing high capacity a...
The design and fabrication aspects of a novel D-band (141 GHz-148.5 GHz) Traveling Wave Tube (TWT) f...
The first point to multipoint wireless system at D-band (141 - 148.5 GHz), providing high capacity a...
The first point to multipoint wireless system at D-band (141 - 148.5 GHz), providing high capacity a...