Other Parts Discussed in Thread: TAS5756M
I am curious about section 9.2.3.2 of the TAS5756M datasheet. Here is a quote:
9.2.3.2 Advanced 2.1 System (Two TAS5756M devices) In higher performance systems, the subwoofer output can be enhanced using digital audio processing as was done in the high-frequency channels. To accomplish this, two TAS5756M devices are used- one for the high frequency left and right speakers and one for the mono subwoofer speaker. In this system, the audio signal can be sent from the TAS5756M device through the SDOUT pin. Alternatively, the subwoofer amplifier can accept the same digital input as the stereo, which might come from a central systems processor. In advanced 2.1 systems, any HybridFlow can be used for the subwoofer, provided the sample rates for the two are the same. While any of the HybridFlows can be used, it is highly recommended that only mono HybridFlows are used for the subwoofer. Doing so streamlines development time and effort by minimizing confusion and complexity.
Does this imply that I may run different Hybridflows on different TAS5756M processors and not have to worry about synchronizing the output? I would like to run HF3 on one TAS5756M to create tweeter and mid-range signals. I would also like to feed the same signal into a second TAS5756M running HF4 to create a woofer signal. I would be feeding each TAS5756M processor the exact same I2S signal. Will the outputs from both TAS5756M processors be synchronized? In other words, is the processing delay associated with the processing of HF3 the same as the processing delay associated with HF4?
