A radio frequency RF transmitter (100, 200) comprising: one or more banks of multi-carrier power amplifiers (110, 210, 220) including a plurality of multi-carrier power amplifiers, each of the plurality of multi-carrier power amplifiers including a linearizer; and an electronic processor coupled to the plurality of multi-carrier power amplifiers and configured to receive timestamped carrier configurations, said configurations including a correlation between a plurality of timestamps and a plurality of carrier attributes, segment the timestamped carrier configurations into time segments having a predetermined time length, determine composite carrier configuration in a present time segment for two or more of future time segments, determine a correction solution of a plurality of correction solutions associated with the composite carrier configuration in a mapping of a plurality of carrier configurations and the plurality of correction solutions, and provide the correction solution to the linearizer of at least one of the plurality of multi-carrier power amplifiers, wherein the composite carrier configuration includes an enable/disable state of the one or more banks of multi-carrier power amplifiers (110, 210, 220) and of the one or more multi-carrier power amplifiers, wherein the correction solution includes a set of coefficients that are multiplied to the intermodulation terms to generate inverse intermodulation distortion, wherein the electronic processor is further configured to activate one or more banks of multi-carrier power amplifiers (110, 210,220) and one or more multi-carrier power amplifiers based on the composite carrier configuration. one or more banks of multi-carrier power amplifiers (110, 210, 220) including a plurality of multi-carrier power amplifiers, each of the plurality of multi-carrier power amplifiers including a linearizer; and an electronic processor coupled to the plurality of multi-carrier power amplifiers and configured to receive timestamped carrier configurations, said configurations including a correlation between a plurality of timestamps and a plurality of carrier attributes, segment the timestamped carrier configurations into time segments having a predetermined time length, determine composite carrier configuration in a present time segment for two or more of future time segments, determine a correction solution of a plurality of correction solutions associated with the composite carrier configuration in a mapping of a plurality of carrier configurations and the plurality of correction solutions, and provide the correction solution to the linearizer of at least one of the plurality of multi-carrier power amplifiers, wherein the composite carrier configuration includes an enable/disable state of the one or more banks of multi-carrier power amplifiers (110, 210, 220) and of the one or more multi-carrier power amplifiers, wherein the correction solution includes a set of coefficients that are multiplied to the intermodulation terms to generate inverse intermodulation distortion, wherein the electronic processor is further configured to activate one or more banks of multi-carrier power amplifiers (110, 210,220) and one or more multi-carrier power amplifiers based on the composite carrier configuration. receive timestamped carrier configurations, said configurations including a correlation between a plurality of timestamps and a plurality of carrier attributes, segment the timestamped carrier configurations into time segments having a predetermined time length, determine composite carrier configuration in a present time segment for two or more of future time segments, determine a correction solution of a plurality of correction solutions associated with the composite carrier configuration in a mapping of a plurality of carrier configurations and the plurality of correction solutions, and provide the correction solution to the linearizer of at least one of the plurality of multi-carrier power amplifiers, wherein the composite carrier configuration includes an enable/disable state of the one or more banks of multi-carrier power amplifiers (110, 210, 220) and of the one or more multi-carrier power amplifiers, wherein the correction solution includes a set of coefficients that are multiplied to the intermodulation terms to generate inverse intermodulation distortion, wherein the electronic processor is further configured to activate one or more banks of multi-carrier power amplifiers (110, 210,220) and one or more multi-carrier power amplifiers based on the composite carrier configuration.