The present invention involves a GOA circuit and a liquid crystal display. The GOA circuit comprises an N-th stage GOA unit, which comprises a pull-high control circuit, a pull-high circuit, a pull-down circuit, a pull-down sustain circuit, and a boast capacitor (Cb). A first clock signal CK(N) is inputted to the pull-high circuit. The pull-high control circuit comprises: A first thin film transistor (T11), whose gate electrode is connected with a stage-transfer signal output terminal of the (N−m)th stage GOA unit, whose source electrode and drain electrode are respectively connected with a gate electrode of a second thin film transistor (T12) and inputted with a second clock signal (XCK(N)). A source electrode and a drain electrode of the second thin film transistor (T12) are respectively connected with the stage-transfer signal output terminal of the (N−m)th stage GOA unit and the node (Q(N)) of the N-th stage GOA unit. The present invention also provides a corresponding liquid crystal display device. The GOA circuit and the liquid crystal display device of the present invention can make the output waveform of the node Q of each GOA unit be consistent.