A method for processing radio frequency, RF, interference, comprising: determining a first component set, upon detecting that an RF signal received by an RF circuit has signal strength lower than a preset threshold, the first component set comprising functional components in operating status; acquiring, for each functional component, an interference intensity to the RF circuit and a distance to the RF circuit; acquiring, for each functional component, an interference value according to the interference intensity and the distance; determining, from the first component set, a target functional component with an interference value meeting a preset condition; disabling the target functional component; characterized by further comprising: detecting whether an RF signal currently received by the RF circuit has signal strength lower than the preset threshold; determining a composite functional component in the operating status, upon detecting that the RF signal currently received by the RF circuit has signal strength lower than the preset threshold, wherein the composite functional component comprises at least two sub-functional components with a same function; and disabling, in the composite functional component, a sub-functional component with a maximum interference intensity to the RF circuit; wherein disabling, in the composite functional component, the sub-functional component with the maximum interference intensity to the RF circuit comprises: acquiring, for each sub-functional component in the composite functional component, an interference intensity to the RF circuit; comparing each sub-functional component in terms of the interference intensity to the RF circuit; selecting, from the interference intensities of all sub-functional components, a target interference intensity with a maximum interference intensity value; determining a target sub-functional component corresponding to the target interference intensity; and disabling the target sub-functional component. determining a first component set, upon detecting that an RF signal received by an RF circuit has signal strength lower than a preset threshold, the first component set comprising functional components in operating status; acquiring, for each functional component, an interference intensity to the RF circuit and a distance to the RF circuit; acquiring, for each functional component, an interference value according to the interference intensity and the distance; determining, from the first component set, a target functional component with an interference value meeting a preset condition; disabling the target functional component; characterized by further comprising: detecting whether an RF signal currently received by the RF circuit has signal strength lower than the preset threshold; determining a composite functional component in the operating status, upon detecting that the RF signal currently received by the RF circuit has signal strength lower than the preset threshold, wherein the composite functional component comprises at least two sub-functional components with a same function; and disabling, in the composite functional component, a sub-functional component with a maximum interference intensity to the RF circuit; detecting whether an RF signal currently received by the RF circuit has signal strength lower than the preset threshold; determining a composite functional component in the operating status, upon detecting that the RF signal currently received by the RF circuit has signal strength lower than the preset threshold, wherein the composite functional component comprises at least two sub-functional components with a same function; and disabling, in the composite functional component, a sub-functional component with a maximum interference intensity to the RF circuit; wherein disabling, in the composite functional component, the sub-functional component with the maximum interference intensity to the RF circuit comprises: acquiring, for each sub-functional component in the composite functional component, an interference intensity to the RF circuit; comparing each sub-functional component in terms of the interference intensity to the RF circuit; selecting, from the interference intensities of all sub-functional components, a target interference intensity with a maximum interference intensity value; determining a target sub-functional component corresponding to the target interference intensity; and disabling the target sub-functional component. acquiring, for each sub-functional component in the composite functional component, an interference intensity to the RF circuit; comparing each sub-functional component in terms of the interference intensity to the RF circuit; selecting, from the interference intensities of all sub-functional components, a target interference intensity with a maximum interference intensity value; determining a target sub-functional component corresponding to the target interference intensity; and disabling the target sub-functional component.