Hi
Yes, the 540 and newer models. Pioneer have been making little if any money on DVD Recorders so outsourced the components/design with these newer models. Prior models were very much designed and built by Pioneer using their own system chips, newer models use the NEC chips.
In standby the Pioneer does nothing with the signal and the 2 SCART sockets are connected straight through, so it should be the same as connecting the Humax direct to the TV, expect for an extra journey through the second SCART lead.
The Pioneer has a Freeview tuner living on a separate circuit board, basically it's like any stand alone Freeview box with the box removed and the board put inside the recorder. It has some data connections so it can be controlled by the recorder, and sends the picture by S-Video. A clue to it's separate origin is the Freeview tuners setup menu, notice it doesn't match the main menus and the menu system isn't as sharp? This is because the menu is from the Freeview tuner connected by S-Video, whereas the main recorder menus are generated by the recorder itself and added to the outputs directly.
So the digital signal from the aerial enters the Freeview tuner that tunes into the channel and then sends the video by S-Video link to the recorder itself. The recorder than has an output video encoder that converts that S-Video into RGB, Composite and Component so you can watch it live from the outputs.
When you record, the S-Video signal is digitalised and compressed to MPEG2 and recorded onto the disc.
It's the input that is S-Video as it's best connection, not the output. So when you play a commercial DVD, that digital information is converted directly to RGB or S-Video or Component like any other DVD player, so the quality is as you would expect. However when recording or watching live via Freeview the Pioneer is like having a separate Freeview box connected by S-Video, except of course there are data connections internally allowing the recorder to tune to the correct channel on a timer recorder and allowing the remote control to control both.
The Humax on the other hand works completely differently, it records the Freeview digital data completely unchanged, so when you play it back it is identical to how it would have been live, hence the better picture quality as it's the digital signal converted straight to RGB whether watching live or a recording.
Yes, as it is being down converted to S-Video then converted to component so it matches the internal Freeview box for quality as that is also S-Video then converted to component.
Yes, it just allows people to connect what they like.
You need to check the standby power options in the Pioneer's setup menu, as you can turn this feature off to save power on standby (as to connect them through in standby it needs to keep some relays powered on) and I suspect that option is selected. Disable power saving in standby and have another go.
Regards
Phil
Quote:
“Which models? I have a 540 which I bought in Summer 2006.”
“Which models? I have a 540 which I bought in Summer 2006.”
Yes, the 540 and newer models. Pioneer have been making little if any money on DVD Recorders so outsourced the components/design with these newer models. Prior models were very much designed and built by Pioneer using their own system chips, newer models use the NEC chips.
Quote:
“I've not actually tried "RGB loop through" but I'd imagine with it in standby it would either be converted to Composite or look the same as it does when sent directly to my TV. As you say no processing is done when in standby.”
“I've not actually tried "RGB loop through" but I'd imagine with it in standby it would either be converted to Composite or look the same as it does when sent directly to my TV. As you say no processing is done when in standby.”
In standby the Pioneer does nothing with the signal and the 2 SCART sockets are connected straight through, so it should be the same as connecting the Humax direct to the TV, expect for an extra journey through the second SCART lead.
Quote:
“Does this also apply for Aerial in to internal Freeview Tuner then outputted via Component? Because that looks identical to the Humax in then out again as previously described.”
“Does this also apply for Aerial in to internal Freeview Tuner then outputted via Component? Because that looks identical to the Humax in then out again as previously described.”
The Pioneer has a Freeview tuner living on a separate circuit board, basically it's like any stand alone Freeview box with the box removed and the board put inside the recorder. It has some data connections so it can be controlled by the recorder, and sends the picture by S-Video. A clue to it's separate origin is the Freeview tuners setup menu, notice it doesn't match the main menus and the menu system isn't as sharp? This is because the menu is from the Freeview tuner connected by S-Video, whereas the main recorder menus are generated by the recorder itself and added to the outputs directly.
So the digital signal from the aerial enters the Freeview tuner that tunes into the channel and then sends the video by S-Video link to the recorder itself. The recorder than has an output video encoder that converts that S-Video into RGB, Composite and Component so you can watch it live from the outputs.
When you record, the S-Video signal is digitalised and compressed to MPEG2 and recorded onto the disc.
It's the input that is S-Video as it's best connection, not the output. So when you play a commercial DVD, that digital information is converted directly to RGB or S-Video or Component like any other DVD player, so the quality is as you would expect. However when recording or watching live via Freeview the Pioneer is like having a separate Freeview box connected by S-Video, except of course there are data connections internally allowing the recorder to tune to the correct channel on a timer recorder and allowing the remote control to control both.
The Humax on the other hand works completely differently, it records the Freeview digital data completely unchanged, so when you play it back it is identical to how it would have been live, hence the better picture quality as it's the digital signal converted straight to RGB whether watching live or a recording.
Quote:
“Because that looks identical to the Humax in then out again as previously described.”
“Because that looks identical to the Humax in then out again as previously described.”
Yes, as it is being down converted to S-Video then converted to component so it matches the internal Freeview box for quality as that is also S-Video then converted to component.
Quote:
“Phil: If the Pioneer Recorders converts RGB into S-Video then why is there an option in the menus to choose Composite, S-Video or RGB from the Input Scart? To appease people who would moan if RGB was missing?”
“Phil: If the Pioneer Recorders converts RGB into S-Video then why is there an option in the menus to choose Composite, S-Video or RGB from the Input Scart? To appease people who would moan if RGB was missing?”
Yes, it just allows people to connect what they like.
Quote:
“I've tried what you suggested and it seems oddly the Pioneer 540 doesn't offer scart loop-through period, in Composite or RGB. With the Pioneer in Standby and the Humax 9200 plugged into it's input scart and a Scart plugged into the Pioneer's output scart I get nothing at all.”
“I've tried what you suggested and it seems oddly the Pioneer 540 doesn't offer scart loop-through period, in Composite or RGB. With the Pioneer in Standby and the Humax 9200 plugged into it's input scart and a Scart plugged into the Pioneer's output scart I get nothing at all.”
You need to check the standby power options in the Pioneer's setup menu, as you can turn this feature off to save power on standby (as to connect them through in standby it needs to keep some relays powered on) and I suspect that option is selected. Disable power saving in standby and have another go.
Regards
Phil




. I'm now thinking it's a faulty Scart port (or something connected) causing too much power to be outputted when in RGB mode which affect how much TV handles it, whereas other TVs can cope.