All-optical solid framing camera technology is one of the most promising areas with the best developing future in ultrafast diagnosis technology. The technology is widely paid attention due to the unique advantages of time resolution realization at picosecond and sub-picosecond level, ultra-high spatial resolution, broadening the waveband range of detection signals, reliability, stability, anti-jamming and anti-radiation. Wavelength division multiplexing and polarization multiplexing technologies are applied to the all-optical solid framing camera system to the multi-framing schemeresearch. Under ensuring picosecond level time resolution, the framing schemes of acquiring several to tens of pieces of frames are explored. Four pieces of framing images with 60 lp/mm spatial resolutions are obtained through experiments. Experimental results show that time resolution of wave division framing is 1.414 ps and time resolution of polarization framing is 15 ps.