none5Important and at first glance unexpected influences of Modal Noise on Harmonic and Intermodulation distortions in Radio over Multimode Fiber links for In-Building Wireless Coverage are described for the first time. Design options allowing to control such impact are illustrated.INSPEC Accession Number: 11637035 Digital Object Identifier : 10.1109/ECOC.2010.5621593 Scopus Index: 2-s2.0-78650586415mixedAlcaro G. ; Visani D. ; Tartarini G. ; Tarlazzi L. ; Faccin P. ;Alcaro G. ; Visani D. ; Tartarini G. ; Tarlazzi L. ; Faccin P.
Wireless communication is growing rapidly, and the demand for higher data rate, low latency, and ava...
Efficient numerical tools have been developed for Radio over Fiber (RoF) link performance evaluation...
In this paper, we consider the effects of air-induced passive intermodulation (PIM) in frequency div...
Important and at first glance unexpected influences of Modal Noise on Harmonic and Intermodulation d...
none5noHarmonic and intermodulation distortion contributions generated by modal noise in radio over ...
none5Reducing gain fluctuations in Short Range Radio over Multimode Fiber Links requires Central Lau...
none5An important effect of the frequency chirp of the optical transmitter in radio over multimode f...
none5siReferring to short-range radio over multimode fiber links, we find out important guidelines f...
In order to cope up with the ever increasing demand for larger transmission bandwidth, Radio over Fi...
Passive intermodulation (PIM) causes unwanted distortion signals in high power radio systems such as...
When two or more signals of different frequencies pass through a nonlinear system, intermodulation d...
A well-prepared Radio over Fiber (RoF) is a technology that combines two transmission technologies, ...
The primary goal of this research work is to investigate the development of full duplex, multi-wavel...
A theoretical signal analysis is presented to demonstrate the robustness of optical frequency multip...
The OVRO LWA is subject to strong RFI at frequencies outside the nominal observing band, 20-85 MHz. ...
Wireless communication is growing rapidly, and the demand for higher data rate, low latency, and ava...
Efficient numerical tools have been developed for Radio over Fiber (RoF) link performance evaluation...
In this paper, we consider the effects of air-induced passive intermodulation (PIM) in frequency div...
Important and at first glance unexpected influences of Modal Noise on Harmonic and Intermodulation d...
none5noHarmonic and intermodulation distortion contributions generated by modal noise in radio over ...
none5Reducing gain fluctuations in Short Range Radio over Multimode Fiber Links requires Central Lau...
none5An important effect of the frequency chirp of the optical transmitter in radio over multimode f...
none5siReferring to short-range radio over multimode fiber links, we find out important guidelines f...
In order to cope up with the ever increasing demand for larger transmission bandwidth, Radio over Fi...
Passive intermodulation (PIM) causes unwanted distortion signals in high power radio systems such as...
When two or more signals of different frequencies pass through a nonlinear system, intermodulation d...
A well-prepared Radio over Fiber (RoF) is a technology that combines two transmission technologies, ...
The primary goal of this research work is to investigate the development of full duplex, multi-wavel...
A theoretical signal analysis is presented to demonstrate the robustness of optical frequency multip...
The OVRO LWA is subject to strong RFI at frequencies outside the nominal observing band, 20-85 MHz. ...
Wireless communication is growing rapidly, and the demand for higher data rate, low latency, and ava...
Efficient numerical tools have been developed for Radio over Fiber (RoF) link performance evaluation...
In this paper, we consider the effects of air-induced passive intermodulation (PIM) in frequency div...