An organic electroluminescent touch panel, comprising: a pixel driving circuit and an organic electroluminescent architecture; the organic electroluminescent architecture including: an anode layer, a cathode layer, and a light-emitting layer located between the anode layer and the cathode layer; the cathode layer being partitioned into a plurality of cathodes independent of and insulating from each other, the cathodes being connected, via a lead wire, one-by-one, to corresponding pins of a touch display integrated chip; the pixel driving circuit including: an initialization module, a charging module, a compensation module, a driving module, and a light-emitting control module; a control terminal (Reset, 01, T1) of the initialization module being connected to a reset signal terminal (Reset), an input terminal thereof being connected to an initialize signal terminal (01, Vinit), and an output terminal thereof being connected to a first node; a first control terminal and a second control terminal of the charging module being both connected to a scan signal terminal (Gate), a first input terminal thereof being connected to a data signal terminal (Data), a second input terminal thereof being connected to a third node, a first output terminal thereof being connected to the first node, and a second output terminal thereof being connected to a second node; a control terminal of the compensation module being connected to a first signal control terminal, an input terminal thereof being connected to a first reference signal terminal (Refl), and an output terminal thereof being connected to the second node; a control terminal of the driving module being connected with the first node, an input terminal thereof being connected to the first reference signal terminal, and an output terminal thereof being connected to the third node; a control terminal of the light-emitting control module being connected to a second signal control terminal, an input terminal thereof being connected to the third node, and an output terminal thereof being connected to the anode layer of the organic electroluminescent architecture, wherein in an initialization stage, the initialization module is configured to, under control of the reset signal terminal, initialize the first node via an initialize signal inputted by the initialize signal terminal; in a charging stage, the charging module is configured to, under control of the scan signal terminal, perform data writing at the first node and the second node via a data signal inputted by the data signal terminal; in a compensation stage, the compensation module is configured to, under control of the first signal control terminal, perform threshold voltage compensation of the driving module at the first node via a signal inputted by the first reference signal terminal; in a light-emitting stage, the light-emitting control module is turned on under control of the second signal control terminal, the driving module is configured to, under control of the first node, drive the organic electroluminescent architecture to emit light via the light-emitting control module that is turned on; in a touch control stage, the plurality of cathodes formed by partitioning the cathode layer of the organic electroluminescent architecture serve as touch electrodes to sense occurrence of an outside touch and transmit a touch signal to the touch display integrated chip via the lead wire.