The streak camera is a part of the ultrafast, time-resolved photoluminescence spectroscopy system. A unique InP/InGaAs photocathode allows efficient multichannel detection of photoluminescence transients in the range 950-1700 nm with temporal resolution down to 20 picoseconds. A Ti:Sapphire laser light source combined with an optical harmonics generator and a supercontinuum light source provide excitation light pulses in the range 350-1000 nm. The system is used primarily for the ultrafast spectroscopy of near-infrared emitting materials such as narrow bandgap polymers, small molecules, and quantum dots.