a new ultrafast all-optical solid-state framing camera (uasfc) capable of single-shot ultrafast imaging is proposed and experimentally demonstrated. it is composed of an ultrafast semiconductor chip (usc), an optical time-series system (tss), and a spatial mapping device (smd) with an usc to transform signal beam information to the probe beam, a tss to convert the time axis to wavelength-polarization, and a smd to map wavelength-polarization image to different spatial positions. in our recent proof-of-principle experiment, better performance than ever of this technique is confirmed by giving six frames with similar to 3 ps temporal resolution and similar to 30 lp/mm spatial resolution. (c) 2017 optical society of america