Hang on a minute... a couple of post ago you said.
That simply repeats Openreach's assumption that the HH5A supports G.INP, however I have already provided proof that it does not.
Does the HH5A comply with SIN 498?
I simply said "
I'm curious how you could have proved it.". Have you proved it or not?
Openreach say it does.
If it didnt then it shouldnt be able to get PPP.
All the indications Ive seen appear to show it supports downstream only. A personal friend of mine got g'inped about the same time as me. Well Im assuming thats what happened because no proof on his HH5A, but he gained nearly 4 Mbps overnight for no other valid reason, which seems about right for the other lines Ive been watching which previously had INP3.
Jeeze this is complete reversal... 12 months ago it was me going around saying that the ECI modems and HH5A's weren't capable of upstream g.inp and trying to prove there was a problem with the ECI modems, HH5A's and TD-W9980. AFAIK I was the first to bring the HH5A into doubt. I spend months getting something in writing for BT to acknowledge that it was an issue with the upstream. It was also me who contacted TP-link about the TD-W9980's and got them to release new f/w.
Ive given you all the facts as I have them. I went to Openreach and had a long conversation about the issues with the HH5A and eci modems trying to help get it sorted.
Now over to you and the proof you claimed to have.
I'm out of here now, because I have plenty of other things to do... but Im sure others would like to be able to make up their minds from the proof that you can provide.