A conference multiplexer (110, 175, 210, 400) configured to place a first and a second input soundfield signal originating from a first and a second soundfield endpoint (120, 170), respectively, within a 2D or 3D conference scene to be rendered to a listener; wherein the first and second input soundfield signals each comprise a multi-channel audio signal; wherein the first input soundfield signal is indicative of a soundfield captured by the first soundfield endpoint (120, 170); wherein the second input soundfield signal is indicative of a soundfield captured by the second soundfield endpoint (120, 170); wherein the conference multiplexer (110, 175, 210, 400) is configured to - set up the conference scene comprising a plurality of talker locations (321, 322, 332, 331) at different angles (323, 333) with respect to the listener; - provide a first sector within the conference scene; wherein the first sector has a first angular width; wherein the first angular width is greater than zero; - provide a second sector within the conference scene; wherein the second sector has a second angular width; wherein the second angular width is greater than zero; wherein the first sector and the second sector are non-overlapping; - transform the first input soundfield signal into a first output soundfield signal, such that for the listener the first output soundfield signal appears to be emanating from the first sector, wherein a first transform (500, 570) for transforming the first input soundfield signal into a first output soundfield signal comprises a direction-of-arrival analysis of the soundfield indicated by the first input soundfield signal, thereby yielding a first estimated angle of arrival of the soundfield at the first soundfield endpoint (120, 170), wherein the first transform (500, 570) comprises a mapping of the first estimated angle to the first sector which yields a first remapped angle; - transform the second input soundfield signal into a second output soundfield signal, such that for the listener the second output soundfield signal appears to be emanating from the second sector, wherein a second transform (500, 570) for transforming the second input soundfield signal into a second output soundfield signal comprises a direction-of-arrival analysis of the soundfield indicated by the second input soundfield signal, thereby yielding a second estimated angle of arrival of the soundfield at the second soundfield endpoint (120, 170), wherein the second transform (500, 570) comprises a mapping of the second estimated angle to the second sector which yields a second remapped angle; and - combine the first output soundfield signal and the second output soundfield signal into a multiplexed soundfield signal. - set up the conference scene comprising a plurality of talker locations (321, 322, 332, 331) at different angles (323, 333) with respect to the listener; - provide a first sector within the conference scene; wherein the first sector has a first angular width; wherein the first angular width is greater than zero; - provide a second sector within the conference scene; wherein the second sector has a second angular width; wherein the second angular width is greater than zero; wherein the first sector and the second sector are non-overlapping; - transform the first input soundfield signal into a first output soundfield signal, such that for the listener the first output soundfield signal appears to be emanating from the first sector, wherein a first transform (500, 570) for transforming the first input soundfield signal into a first output soundfield signal comprises a direction-of-arrival analysis of the soundfield indicated by the first input soundfield signal, thereby yielding a first estimated angle of arrival of the soundfield at the first soundfield endpoint (120, 170), wherein the first transform (500, 570) comprises a mapping of the first estimated angle to the first sector which yields a first remapped angle; - transform the second input soundfield signal into a second output soundfield signal, such that for the listener the second output soundfield signal appears to be emanating from the second sector, wherein a second transform (500, 570) for transforming the second input soundfield signal into a second output soundfield signal comprises a direction-of-arrival analysis of the soundfield indicated by the second input soundfield signal, thereby yielding a second estimated angle of arrival of the soundfield at the second soundfield endpoint (120, 170), wherein the second transform (500, 570) comprises a mapping of the second estimated angle to the second sector which yields a second remapped angle; and - combine the first output soundfield signal and the second output soundfield signal into a multiplexed soundfield signal.