Add to ORKGTransmission of 155-Mb/s binary phase-shift-keying-modulated microwave/millimeter-wave (MMW) signal on an optical carrier over up to 80 km of standard single-mode fiber has been demonstrated experimentally using direct modulation of a two-section gain-coupled distributed feedback laser. Direct data modulation at an MMW carrier frequency of 25 GHz was enabled by on-chip optical injection locking
An extremely wide tuning range, from 11 to 120 GHz, of optically-generated radio frequency/microwave...
In this final report, we report the first analysis and experimental demonstration of tunable microwa...
The optical generation of microwave/millimeter wave (MMW) signals with high modulation index is pres...
Transmission of 155-Mb/s binary phase-shift-keying-modulated microwave/ millimeter-wave (MMW) signal...
A semiconductor laser based microwave/millimeter wave fiber-optic link is proposed and demonstrated....
Fibre transmission of a modulated 40 GHz millimetre-wave signal, optically generated from an injecti...
The distribution of modulated 40 GHz millimeter-wave signal, based on a two-section gain coupled dis...
An approach of single-mode modulation using injection locked distributed feedback laser for millimet...
We report on the experimental demonstration of directly modulated analog fiber optic links with gain...
The potential use of two-section gain-coupled distributed feedback lasers as a source for the genera...
We report the first analysis and experimental demonstration of tunable microwave/millimeter-wave sig...
A highly tunable millimeter-wave subcarrier signal is generated by optically injecting a Fabry-Perot...
Experiments on the optical generation and transmission of millimeter-wave radio signals are reported...
The optical generation and transmission of millimeter-waves is promising for future cellular broadba...
A novel architecture for microwave/millimeter-wave signal generation and data modulation using a fib...
An extremely wide tuning range, from 11 to 120 GHz, of optically-generated radio frequency/microwave...
In this final report, we report the first analysis and experimental demonstration of tunable microwa...
The optical generation of microwave/millimeter wave (MMW) signals with high modulation index is pres...
Transmission of 155-Mb/s binary phase-shift-keying-modulated microwave/ millimeter-wave (MMW) signal...
A semiconductor laser based microwave/millimeter wave fiber-optic link is proposed and demonstrated....
Fibre transmission of a modulated 40 GHz millimetre-wave signal, optically generated from an injecti...
The distribution of modulated 40 GHz millimeter-wave signal, based on a two-section gain coupled dis...
An approach of single-mode modulation using injection locked distributed feedback laser for millimet...
We report on the experimental demonstration of directly modulated analog fiber optic links with gain...
The potential use of two-section gain-coupled distributed feedback lasers as a source for the genera...
We report the first analysis and experimental demonstration of tunable microwave/millimeter-wave sig...
A highly tunable millimeter-wave subcarrier signal is generated by optically injecting a Fabry-Perot...
Experiments on the optical generation and transmission of millimeter-wave radio signals are reported...
The optical generation and transmission of millimeter-waves is promising for future cellular broadba...
A novel architecture for microwave/millimeter-wave signal generation and data modulation using a fib...
An extremely wide tuning range, from 11 to 120 GHz, of optically-generated radio frequency/microwave...
In this final report, we report the first analysis and experimental demonstration of tunable microwa...
The optical generation of microwave/millimeter wave (MMW) signals with high modulation index is pres...