Thats fine and Jim Dandy but if you would read his postJust making a suggestion to help out I found it easier for me to get 103w c than 125w ku.
Our household is a regular for OETA and we haven't experienced reception issues since install in July, apart from large thunderstorms with torrential downpours. This is with a fixed/dedicated 1.2m Patriot, Invacom SNH-031 LNBF and Manhatan RS-1933 receiver. I just checked the receiver at posting and it is about 75%, which is actually a bit higher than the the regular 70%.
I've been putting of a 1.2m purchase for a while now. Sounds like its time to bite the bullet, get one and fix it on 125W. Where did you get your 1.2m Patriot? Do you know how it compares with the 1.2m GeosatPRO?
I would say the change in signal strength is due to design and not accident. The intended recipients of the signal have commercial grade equipment and they don't need as much signal power for reliable reception.In between OETA shows, the movie host BJ Wexler mentions that they have moved to a new transmitting facility. Could a less than perfectly aligned dish at their new facility (assuming that's where their uplink is)be the cause of the lowered strength?
Noticed the same here. Was AWOL earlier, Thought it may have been the crappy weather (Strong winds and rain), but now BOOMING in..very odd an hour ago there was zero signal and now it's booming. nearly as strong as the other PBS transponders
Saw your post Conky and tried scanning it in - sure enough there it is now! Wonder what's up? (Not that I'm complaining)very odd an hour ago there was zero signal and now it's booming. nearly as strong as the other PBS transponders
I live here in OKC where OETA is based. Check this out!
http://www.oeta.tv/blogs/whats-deal/tales-of-the-tower/