I know what has happened. I did some analysis on this. The satellite is GSAT 31 itself and not GSAT 10 H.
Super LNB have a different home TP/Entry point as compared to normal LNB. It's set to 10850 H on GSAT 10. GSAT 10 has no H TPs for that matter. But I guess they are using a blank frequency as a link to Super LNB as there's no data on that frequency.
Yesterday and today I have seen the INSAT TP signal go down while GSAT TP signals remain normal. Now let us take a scenario.
As someone said that GSAT 10 H polarization has been enabled and it's not GSAT 31 then why are many getting low signals on H TPs??? Remember SUPER LNB Entry point also is on H TP but it's 80% Signal quality unlike the other H TP that have very low signals. IF at all GSAT 10 H polarization has been active then all would have got good signals
Now the orbital position of GSAT 31 is 82.9x unlike INSAT 4A and GSAT 10 which is exactly 83.0, it could be aligned to proper 83.0 in coming days. So I feel the signals of H TP that we all are receiving are from GSAT 31, why ?
1. Some users are getting very high signals (were getting good signals for INSAT)
2. Some users are getting very low quality signal (were getting good signals for INSAT)
3. Signals get stronger at night and weaker at day (Dont know if its region based)
So from the above we can see that the weak signal can either be due to dish alignment, lnb skew issue or satellite orbital position or some background testing activities.
If the H polarization signals were from GSAT 10 then all would have got high signals. (Like Super LNB Frequency)
So we can come to a conclusion that the H TP signal could be from GSAT 31.
