We have developed and demonstrated a new, ultra-high speed optical technique for probing internal nodes of integrated circuits, known as external electro-optic sampling, Temporal resolution of less
We describe an external electro-optic technique for characterising high-speed electrical signals in two-dimensional electrode structures of devices and integrated circuits fabricated on any substra
The high yield of 1,8-diethynylanthracene (4) in two convenient steps from 1,8 dichloroanthracene is reported.
The synthesis and chloride complexing properties of 1,8-naphthalenediylbis (dichloroborane) are reported.
Quantum Dashes (QDashes), some elongated and self-assembled semiconductor nanostructures are interesting candidates as building blocks for new laser devices with promising performances.
We have demonstrated a successful, error-free 1-Tb/s transmission experiment over 342 km of TrueWave(R) fiber using 40 Gb/s OTDM (optical time-division multiplexing) transmitter and 3R receiver.
We demonstrate a 1-Tb/s dual-carrier PDM-16QAM interface (640-Gb/s per subcarrier), created by all-electronic multiplexing to 80-Gbaud.
We demonstrate the transmission of electronically multiplexed optical signals at a serial data rate of 107 Gbit/s.
We demonstrate 1-Tbit/s dual-carrier dual-polarization 64QAM transmission at 64Gbaud over 320km of standard single-mode fiber with EDFAs only.
We report on the optimization of a CMOS DAC transmitter based coherent system supporting bitrates beyond 1 Tb/s.
