We demonstrate all-optically tunable delays in optical fiber via a dispersive stage and two
stages of nonlinear spectral broadening and filtering. With this scheme, we achieve …

We demonstrate all-optical tunable delays in optical fiber at communication data rates via
dispersion and wavelength conversion using nonlinear spectral broadening and filtering. A …

We demonstrate an all-optical tunable delay in fiber based on wavelength conversion, group-
velocity dispersion, and wavelength reconversion. The device operates near 1550 nm and …

In this paper, we present the first wavelength-preserving, tunable all-optical delay lines
surpassing the microsecond range. Experimental demonstrations with 10-Gb/s data streams …

We report experimental demonstration of an all-optical continuously tunable delay line
based on parametric mixing with a total delay range of 7.34 μs. The bit-error rate …

A comprehensive overview is presented about optical fiber‐based tunable photonic delay
lines, which have been steadily developed over the last decade for the realization of all …

We demonstrate a technique for generating large, all-optical delays while simultaneously
minimizing pulse distortion by using temporal phase conjugation via four-wave mixing in Si …

We demonstrate a technique for generating tunable all-optical delays in room temperature
single-mode optical fibers at telecommunication wavelengths using the stimulated Brillouin …

An optical buffer featuring a large delay-bandwidth-product—a critical component for future
all-optical communications networks—remains elusive. Central to its realization is a …

Experimental demonstration of an all-fiber, all-optical continuously tunable delay line is
reported. The 1.56-μs delay with a record 62,400 time-delay bit-rate product was …