A new tunable optical delay line for OTDM applications can achieve sub-nanosecond tuning time across three time slots spaced 100ps apart. Using parallel fiber delays, the delay line requires only one modulator operating below the baseband data rate. A simple control algorithm based on a latency diagram can further reduce the average latency beyond that of the straightforward hardware implementation by 50%. Using the demonstrated delay line, 10 GHz electronics has the potential to access a throughput of 160Gb/s optical data
A novel continuously tunable integrated optical delay line architecture with a record large bandwidt...
A technique to electrically control the time shift of ultrashort optical pulses without the generati...
Abstract—We design a tunable slow-light delay line based on fiber-optic parametric process by shapin...
A new tunable optical delay line for OTDM applications can achieve sub-nanosecond tuning time across...
A fast tunable delay line which can tune over 1024 channels at an aggregate data rate of 50 Gbps is ...
We present a complete analysis of the operation of an ultra-fast tunable parallel optical delay line...
Based on a passive k-stage feed-forward delay line structure, this letter presents a novel scheme wh...
Continuously variable true-time optical delay lines are typically subject to a constraint of the ban...
An integrated optical delay line is presented and experimentally demonstrated with a true-time delay...
We report on a novel integrated delay-line architecture enabling to break the delay-bandwidth produc...
A technique to implement an electrically tunable delay line with high bandwidth for trains of ultras...
A novel three-stage all-pass filter (APF) is proposed as a tunable optical delay line to construct a...
A novel design of a tunable True-Time delay line (TTDL) based on a multicore Photonic Crystal Fiber ...
A novel continuously tunable integrated optical delay line architecture with a record large bandwidt...
A technique to electrically control the time shift of ultrashort optical pulses without the generati...
Abstract—We design a tunable slow-light delay line based on fiber-optic parametric process by shapin...
A new tunable optical delay line for OTDM applications can achieve sub-nanosecond tuning time across...
A fast tunable delay line which can tune over 1024 channels at an aggregate data rate of 50 Gbps is ...
We present a complete analysis of the operation of an ultra-fast tunable parallel optical delay line...
Based on a passive k-stage feed-forward delay line structure, this letter presents a novel scheme wh...
Continuously variable true-time optical delay lines are typically subject to a constraint of the ban...
An integrated optical delay line is presented and experimentally demonstrated with a true-time delay...
We report on a novel integrated delay-line architecture enabling to break the delay-bandwidth produc...
A technique to implement an electrically tunable delay line with high bandwidth for trains of ultras...
A novel three-stage all-pass filter (APF) is proposed as a tunable optical delay line to construct a...
A novel design of a tunable True-Time delay line (TTDL) based on a multicore Photonic Crystal Fiber ...
A novel continuously tunable integrated optical delay line architecture with a record large bandwidt...
A technique to electrically control the time shift of ultrashort optical pulses without the generati...
Abstract—We design a tunable slow-light delay line based on fiber-optic parametric process by shapin...