An active noise cancellation device (100, 200, 300, 400, 500, 600, 700) for cancelling a primary acoustic path between a noise source and a microphone by an overlying secondary acoustic path between a canceling loudspeaker and the microphone, the device comprising: a first input for receiving a microphone signal ( α ( k)) from the microphone; a first output for providing a first noise canceling signal (-y 2 (k)) to the canceling loudspeaker; a first electrical compensation path; and a second electrical compensation path, wherein the first electrical compensation path and the second electrical compensation path are coupled in parallel between a first node and the first input to provide the first noise canceling signal (-y 2 (k)), the first node providing a prediction of the noise source; wherein the first electrical compensation path comprises a first reproduction filter cascaded with a first adaptive filter, the first reproduction filter reproducing a first electrical estimate (h Ns') of the secondary acoustic path; wherein the second electrical compensation path comprises a replica of the first adaptive filter cascaded with a second reproduction filter reproducing the first electrical estimate (h Ns') of the secondary acoustic path; wherein the first electrical compensation path and the second electrical compensation path are coupled by a third subtraction unit to the first input, characterised by: a second output for providing a second noise canceling signal (-y 1 (k)) to the canceling loudspeaker; a third electrical compensation path; and a fourth electrical compensation path, wherein the third electrical compensation path and the fourth electrical compensation path are coupled in parallel between a second node and the first input, the second node providing a feed-forward prediction of the noise source and the first node providing a feed-backward prediction of the noise source; wherein the third electrical compensation path comprises a third reproduction filter cascaded with a second adaptive filter, the third reproduction filter reproducing a fourth electrical estimate (h Ns') of the secondary acoustic path; wherein the fourth electrical compensation path comprises a replica of the second adaptive filter cascaded with a fourth reproduction filter reproducing the fourth electrical estimate (h Ns') of the secondary acoustic path. a first input for receiving a microphone signal ( α ( k)) from the microphone; a first output for providing a first noise canceling signal (-y 2 (k)) to the canceling loudspeaker; a first electrical compensation path; and a second electrical compensation path, wherein the first electrical compensation path and the second electrical compensation path are coupled in parallel between a first node and the first input to provide the first noise canceling signal (-y 2 (k)), the first node providing a prediction of the noise source; wherein the first electrical compensation path comprises a first reproduction filter cascaded with a first adaptive filter, the first reproduction filter reproducing a first electrical estimate (h Ns') of the secondary acoustic path; wherein the second electrical compensation path comprises a replica of the first adaptive filter cascaded with a second reproduction filter reproducing the first electrical estimate (h Ns') of the secondary acoustic path; wherein the first electrical compensation path and the second electrical compensation path are coupled by a third subtraction unit to the first input, characterised by: a second output for providing a second noise canceling signal (-y 1 (k)) to the canceling loudspeaker; a third electrical compensation path; and a fourth electrical compensation path, wherein the third electrical compensation path and the fourth electrical compensation path are coupled in parallel between a second node and the first input, the second node providing a feed-forward prediction of the noise source and the first node providing a feed-backward prediction of the noise source; wherein the third electrical compensation path comprises a third reproduction filter cascaded with a second adaptive filter, the third reproduction filter reproducing a fourth electrical estimate (h Ns') of the secondary acoustic path; wherein the fourth electrical compensation path comprises a replica of the second adaptive filter cascaded with a fourth reproduction filter reproducing the fourth electrical estimate (h Ns') of the secondary acoustic path. a second output for providing a second noise canceling signal (-y 1 (k)) to the canceling loudspeaker; a third electrical compensation path; and a fourth electrical compensation path, wherein the third electrical compensation path and the fourth electrical compensation path are coupled in parallel between a second node and the first input, the second node providing a feed-forward prediction of the noise source and the first node providing a feed-backward prediction of the noise source; wherein the third electrical compensation path comprises a third reproduction filter cascaded with a second adaptive filter, the third reproduction filter reproducing a fourth electrical estimate (h Ns') of the secondary acoustic path; wherein the fourth electrical compensation path comprises a replica of the second adaptive filter cascaded with a fourth reproduction filter reproducing the fourth electrical estimate (h Ns') of the secondary acoustic path.