1. If you're talking about the WiFi interface to the IFD100, then you should see the same information on the IFD that you're seeing on the IFD. However, if you're talking about the WiFi interface to third party apps, then the only thing that's available is the Capstone protocol output from the SkyTrax100 (TAS-A doesn't output Capstone).
2. The TAS-A upgraded unit adds 1090ES ADS-B In (including 1090 directly from nearby aircraft, ADS-R and TIS-B from ground). Active TAS data is merged with ADS-B In data.
3. There is no simple answer to this one - it depends upon what you want to see, how many IFDs you have, and how the TAS-A and SkyTrax100 are wired to those IFD(s). I'd consult with tech support to help sort out your specific situation, but here's a synopsis of the combinations.
1090=Yes UAT=No
The ground station is being told that you only have a 1090 receiver on board, so it will send the 1090 targets on the 1090 frequency, and use ADS-R to rebroadcast the 978 targets on the 1090 frequency (since it thinks that's all you have).
1090=No UAT=Yes The ground station is being told that you only have a 978 UAT receiver on board, so it will send the 978 targets on the 978 frequency, and use ADS-R to rebroadcast the 1090 targets on the 978 UAT frequency (since it thinks that's all you have).
1090=Yes UAT=Yes The ground station is being told that you have a dual band receiver on board, so it will send the 978 UAT targets on the 978 frequency, and the 1090 targets on the 1090 frequency. It will not take into account the ADS-R because it's being told you have a dual band receiver.
4. You might want the SkyTrax100 TIS-B so that it can be output to a third party application over the WiFi (assuming the third party app decodes Capstone for display - ahem). Also, even though TAS-A has TIS-B integrated, you might want SkyTrax100 TIS-B as a backup traffic sensor.
------------- Steve Lindsley Avidyne Engineering
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