We demonstrate feed-forward digital compensation technique applied in both precise frequency transfer and time synchronization. The fractional frequency instability was 6.18×10-20at 2000 s and RMS variation of time synchronization was sub-40 ps. ? 2015 IEEE.EI
A precise multi-node frequency dissemination scheme for multiple users by feed-forward digital compe...
We use a new technique to disseminate microwave reference signals along ordinary optical fiber. The ...
We demonstrate a hybrid solution for simultaneous transfer of ultra-stable optical frequency, RF fre...
Abstract-We report a novel system for highly stable 100 MHz mode locked pulse as a reference frequen...
We demonstrate the transfer of an ultrastable microwave frequency by transmitting a 30-nm-wide optic...
We demonstrate precise microwave frequency dissemination of a hydrogen maser synchronized frequency ...
Comparing and synchronizing atomic clocks between distant laboratories with ultra-stable frequency t...
Remote transfer of an ultralow-jitter microwave frequency reference signal is demonstrated using the...
To achieve high-stability and high-precision dissemination of radio frequency signals over a long di...
We demonstrate a feed-forward digital compensation scheme in an optical frequency comb based microwa...
We report a novel technique for highly stable transfer of a frequency comb over long optical fiber l...
International audienceWe use two fiber-based femtosecond frequency combs and a low-noise carrier sup...
We report a fiber-optic 10 GHz frequency transfer technique based on an optical–electronic joint pha...
We demonstrate a high precision microwave network over stabilized multi-kilometer fiber links. Relat...
In this paper, we demonstrate a radio frequency dissemination system via fiber link. An electric pha...
A precise multi-node frequency dissemination scheme for multiple users by feed-forward digital compe...
We use a new technique to disseminate microwave reference signals along ordinary optical fiber. The ...
We demonstrate a hybrid solution for simultaneous transfer of ultra-stable optical frequency, RF fre...
Abstract-We report a novel system for highly stable 100 MHz mode locked pulse as a reference frequen...
We demonstrate the transfer of an ultrastable microwave frequency by transmitting a 30-nm-wide optic...
We demonstrate precise microwave frequency dissemination of a hydrogen maser synchronized frequency ...
Comparing and synchronizing atomic clocks between distant laboratories with ultra-stable frequency t...
Remote transfer of an ultralow-jitter microwave frequency reference signal is demonstrated using the...
To achieve high-stability and high-precision dissemination of radio frequency signals over a long di...
We demonstrate a feed-forward digital compensation scheme in an optical frequency comb based microwa...
We report a novel technique for highly stable transfer of a frequency comb over long optical fiber l...
International audienceWe use two fiber-based femtosecond frequency combs and a low-noise carrier sup...
We report a fiber-optic 10 GHz frequency transfer technique based on an optical–electronic joint pha...
We demonstrate a high precision microwave network over stabilized multi-kilometer fiber links. Relat...
In this paper, we demonstrate a radio frequency dissemination system via fiber link. An electric pha...
A precise multi-node frequency dissemination scheme for multiple users by feed-forward digital compe...
We use a new technique to disseminate microwave reference signals along ordinary optical fiber. The ...
We demonstrate a hybrid solution for simultaneous transfer of ultra-stable optical frequency, RF fre...