Add to ORKGAn integrated variable delay receiver for DPSK optical transmission systems is presented. The device is realized in silicon-on-insulator technology and can be used to detect DPSK signals at any bit-rates between 10 and 15 Gbit/s
An ultra compact integrated silicon receiver for differential quadrature phase shift keying signals ...
A monolithic 25 Gbaud DQPSK receiver based on delay interferometers and balanced detection has been ...
A new concept for wavelength independent receiver for low cost and reduced complexity wavelength div...
An integrated variable delay receiver for DPSK optical transmission systems is presented. The device...
We present a compact (< 0.65 mm2) silicon photonics variable-delay receiver for DPSK optical transmi...
A silicon-on-insulator delay interferometer manufactured in 4-mu m rib waveguide technology is prese...
We experimentally demonstrate that a differential phase-shift keying (DPSK) receiver employing a Mac...
An ultra compact integrated silicon receiver for differential quadrature phase shift keying signals ...
A monolithic 25 Gbaud DQPSK receiver based on delay interferometers and balanced detection has been ...
A new concept for wavelength independent receiver for low cost and reduced complexity wavelength div...
An integrated variable delay receiver for DPSK optical transmission systems is presented. The device...
We present a compact (< 0.65 mm2) silicon photonics variable-delay receiver for DPSK optical transmi...
A silicon-on-insulator delay interferometer manufactured in 4-mu m rib waveguide technology is prese...
We experimentally demonstrate that a differential phase-shift keying (DPSK) receiver employing a Mac...
An ultra compact integrated silicon receiver for differential quadrature phase shift keying signals ...
A monolithic 25 Gbaud DQPSK receiver based on delay interferometers and balanced detection has been ...
A new concept for wavelength independent receiver for low cost and reduced complexity wavelength div...