stimmt schon, Tomy4376 hat recht. 15x gelesen, und immer noch Bugs drin. Menno...

Wurde korrigiert. Noch vor dem Druck.

Danke!
Hat noch jemand etwas merkwürdiges gefunden?

Dazu noch ein Tipp zur nachträglichen Änderung der Distanz um am Ergebnis zu "feilen": Man kann die Distanz (Verzögerung) jederzeit ändern, ohne dass man die Kalibration erneut vollständig durchlaufen muss. Nach der Einstellung des Wertes einfach die Kalibration per "Back" Taste abbrechen.Here are the instructions how to optimally set up an Anti-Mode 2.0 DualCore (AM2DC) for a DBA solution using e.g. 4 subwoofers:
Let's say there is a rectangular(ish) room with a sub in each corner, front left (FL), front right (FR), back left (BL) and back right (BR).
To optimally set up AM2DC in a DBA for this situation, you need to have a single subwoofer channel (since the two independent channels are used for front/back rather than left/right).
1. Connect the LFE/SW to the left channel of the AM2DC
2. Connect the left output of the AM2DC to the front subwoofers (use Y-adapter if they have no pass-thru)
3. Connect the right output of the AM2DC to the back subwoofers, and invert their phase (set to 180° on both subs).
4. Measure the metric distance from front panel of the front subwoofers to the front panel of the back subwoofers, so the distance from FR to BR, and FL to BL. If these distances are different, compute the average. This must be done manually, as the automatic delay setting cannot measure the distance from subwoofer to subwoofer, as it measures the distances from the subwoofers to the listening position (which we don't need right now).
5. Now go to advanced calibration and choose "0.2 Dual Mono" Mode for the speakers.
6. In the delay menu, go to manual and keep the left channel (= front subs) at 0 ms.
7. For the right channel (= back subs), which has 180° woofers, enter the delay according to the average distance between front to back subwoofers: 1 m = 2.9 ms. Example 6,5 m = 18,85 ms.
8. Proceed and calibrate the room as usual.
In this DBA configuration, the front subwoofers will produce positive polarity waves, and the delayd and phase inverted back woofers will "suck" these waves just when they reach their position.