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RADEX

The aims of the project pertain to the development of new long-reach (up to 80 km) radio-over-fiber (RoF) technology and its potential convergence with long-reach passive optical network (PON) ...

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FIWIN5G

To develop a sub-THz radio-over-fiber link demonstrator based on a combination of optical heterodyning and UTC-PD photomixers. Optical mm-wave transmitter technologies based on comb generator techniques with the use of integrated optical ring-resonators for selection of the correct wavelengths will be developed and evaluated...

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NANOCAP

The objective of NANOCAP is to show that the photonic integrated circuit (PIC) technology is a suitable and appropriate solution to opto-Microwave filters in high performance (high rejection ratio, high Q) analog links as well as in chemical sensing applications ...

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ROFLAB

The aim is to build the first national test-bed for hybrid radio-over-fiber networks employing wireless and optical wavelength division multiplexing (WDM) technology ...


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