Some of us are using the Humax as an expensive STB because we still have old analogue televisions.I hardly ever use my TVs' own tuners, it wouldn't bother me not to have the aerial linked at all.
WTF...?!Some of us are using the Humax as an expensive STB because we still have old analogue televisions.
"If it ain't broke don't fix it". And to quote BHWTF...?!
It's only telly
. I'm not really bothered by the latest ultra-hd tv just to watch old b/w films and tv programmes. The old crt will do fine until it breaks down.Which loose functionality after a a couple of years as things move on and there's no more updates.I'm not really bothered by the latest ultra-hd tv...
And I thought the Philips Matchline LCD here was old.The old crt will do fine until it breaks down.
......splitter and the quality dropped slightly from 71% to 64% ......
A decent inductive passive splitter will drop the signal by little over the expected 3dB - say 4dB - as there'll be losses on top of the signal split, plus you'll get odd effects if one side of the splitter isn't terminated with the expected 75ohm impedance.Hi just to update in case anyone searches in the future fitted a lab gear passive splitter and the signal dropped slightly from 71% to 64% with quality staying @ 100% on the weakest signal and I am happy with that
Well yes, but we're talking about the HDR here. You'll probably find that the RSSI value reported by the tuner will be pretty tightly defined, but there's no knowing what's done with it in order to display it. Based on what I've seen with a couple of units, some cheap simple STBs seem to be set up so that anything over a good enough signal is displayed as 100%.But as the signal level measurement is pretty arbitrary across different manufacturers, the results, although interesting, will not reflect what can be expected on a different make of TV or perhaps even different models from the same manufacturer.
That would be useful. It's the kind of thing that might be hidden somewhere on a development menu.Now if they calibrated the signal level in dBm (or some other standard measurement units), then that would actually mean something as opposed to a percentage of some arbitrarily set 100%.
YMMV. I've seen an entire multiplex vanish due to a termination problem so I don't take the risk. Unused inputs on distribution amps also get a terminator.I have not found any difference between terminating unused outputs and leaving them un-terminated.
Yes, that's what happens.Any untoward un-terminated effects will probably depend on the path length within the splitter and the frequency in use causing additive or subtracting reflections from the un-terminated port.
OK. I'll bear that in mind. Thanks. It's just that I have not had problems before with TV stuff, but being from a radar technician background, I do appreciate the need.YMMV. I've seen an entire multiplex vanish due to a termination problem so I don't take the risk. Unused inputs on distribution amps also get a terminator.
When I added a diplexer, which was specified to lose 1db, I lost 1 or 2% on the HDR display depending on how you read it and the mux. So for 4db losing 6 to 8% seems right to me. (These were signals in the 50 to 80% area.)A decent inductive passive splitter will drop the signal by little over the expected 3dB - say 4dB - as there'll be losses on top of the signal split, plus you'll get odd effects if one side of the splitter isn't terminated with the expected 75ohm impedance.
IME inserting a 10dB attenuator here drops the signal from an indicated 90% to around 80% but I've yet to try 3dB and 6dB ones. I may report back...
A 3dB attenuator dropped the signal from 86-87% to 82-83% and what I thought was a 6dB attenuator is another 3dB one.IME inserting a 10dB attenuator here drops the signal from an indicated 90% to around 80% but I've yet to try 3dB and 6dB ones. I may report back...
Yes, I know [I can stack the attenuators]. My excuse is I'm nursing an absolute stinker of a cold, which is why I'm home.A 3dB attenuator dropped the signal from 86-87% to 82-83% and what I thought was a 6dB attenuator is another 3dB one.