We experimentally demonstrate amplitude squeezed soliton utilizing intensity-dependent self-phase modulation in an asymmetric Sagnac interferometer. The system, whose components are connected via ferrule connector/physical connection （FC/PC） fiber connectors, constitutes all-fiber configuration to generate squeezed soliton. Soliton amplitude reduction measured by homodyne detection is near 4.0 dB below the shot-noise level. Optimal squeezing fields in both simple and compact all-fiber configuration are obtained.
We present the all-fiber system for supercontiuum （SC） generation with picosecond pulses. By launching 1.6-ps pulses from pulsed erbium-doped fiber laser （EDFL） into a section of photonic crystal fiber （PCF）, the spectral broadening is observed. The bandwidth of 237 nm （at 20 dB level） is achieved.
