Hello, board.
I would like to ask a few questions regarding a setup of a Pioneer KRP-500A and a Pioneer BDP-LX71. The connection is made via an HDMI 1.3 Category 2 cable, a rather expensive one.
Both components were used for roughly 70 hours, entirely fed via Blu-Ray Discs or DVDs. No TV was watched at all.
The available titles to rent with an aspect ratio of 1.78:1 for native, or 1.85:1 for acceptable zoomed display is very limited, as 2.35:1 is predominant in the film world.
In order to avoid permanent image retention, or burn-in, I read that it would be best not to display any static images or parts thereof in the first 100 hours of usage. Some will mention 200 hours while others will state that there are no problems with burn-in in the current generation of Pioneer plasma panels anymore. Being able to safely watch all the 2.35:1 releases out there would be good.
Regarding run-in settings I looked around a bit and found the following ones, which were modified. The contrast is at 20, brightness at 0, the individual colours are untouched, sharpness is at 0 to avoid a slightly milky picture disliked when Blu-Ray Discs are watched and energy saving options are disabled entirely.
The room the equipment is in can be darkened completely.
"Pure Mode
Contrast 32
Brightness +1
Colour 0
Tint 0
Sharpness -15
PRO ADJUST
PURE CINEMA
Fim Mode OFF (SKY) or Advanced (BLUE RAY HD) OFF (SD DVD)
TXT Opt OFF
Intellegent Mode OFF
PICTURE DETAIL
DRE OFF (more accurate) or Low if you want more fake contrast
BLACL LEVEL OFF
ACL OFF
Enhancer Mode 2
Gamma 2
COLOUR DETAIL
Colour Temp Manual (PUSH FOR ENTER FOR 3 SECONDS)
Red High -3
Green High 0
Blue High -2
Red Low -1
Green Low 0
Blue Low -1
CTI OFF
Colour Management
Red +1
Yellow -1
Green 0
Cyan -1
Blue 0
Magenta -2
Colour Space 2
Noise Reduction All Off
Options Menu
scroll to second page
Drive mode
Select 2 for Sky HD (SD) or 1 for DVD and Blue Ray"
I would like to know if it is safe to watch titles with an aspect ratio of 2.35:1 with the settings I use, now and without further run-in.
It would also be interesting to know if the run-in is different when the displayed refresh rate is either 72 Hertz for 24 Hertz input or 60 Hertz for 60 Hertz input, thus if the total time of the roughly 70 hours the equipment was used would not actually be equivalent to watching television or something else displayed at 100 Hertz for the same duration.
I wondered whether there is a possibility I am not aware of to disable overscan when watching DVDs. There is the possibility to output DVDs upscaled and activate 1:1 pixel mapping, the "Dot-By-Dot" mode, although usually the television set did that. I do not know which upscaling is actually superior or if there is a noticeable difference.
Displaying 1080i/60 signals at 100 Hertz might be impossible. A service menu setting would probably be needed to do that.
Currently the video format selected is Component Video (4:4:4), which should upconvert the native Component Video (4:2:2) format on Blu-Ray Discs and DVDs. I tested various formats available, like Component Video (4:2:2), RGB (16 To 235) and RGB (0 To 255) and considered Component Video (4:4:4) to produce better graduations.
Maybe someone can tell me something regarding these matters.
I would like to ask a few questions regarding a setup of a Pioneer KRP-500A and a Pioneer BDP-LX71. The connection is made via an HDMI 1.3 Category 2 cable, a rather expensive one.
Both components were used for roughly 70 hours, entirely fed via Blu-Ray Discs or DVDs. No TV was watched at all.
The available titles to rent with an aspect ratio of 1.78:1 for native, or 1.85:1 for acceptable zoomed display is very limited, as 2.35:1 is predominant in the film world.
In order to avoid permanent image retention, or burn-in, I read that it would be best not to display any static images or parts thereof in the first 100 hours of usage. Some will mention 200 hours while others will state that there are no problems with burn-in in the current generation of Pioneer plasma panels anymore. Being able to safely watch all the 2.35:1 releases out there would be good.
Regarding run-in settings I looked around a bit and found the following ones, which were modified. The contrast is at 20, brightness at 0, the individual colours are untouched, sharpness is at 0 to avoid a slightly milky picture disliked when Blu-Ray Discs are watched and energy saving options are disabled entirely.
The room the equipment is in can be darkened completely.
"Pure Mode
Contrast 32
Brightness +1
Colour 0
Tint 0
Sharpness -15
PRO ADJUST
PURE CINEMA
Fim Mode OFF (SKY) or Advanced (BLUE RAY HD) OFF (SD DVD)
TXT Opt OFF
Intellegent Mode OFF
PICTURE DETAIL
DRE OFF (more accurate) or Low if you want more fake contrast
BLACL LEVEL OFF
ACL OFF
Enhancer Mode 2
Gamma 2
COLOUR DETAIL
Colour Temp Manual (PUSH FOR ENTER FOR 3 SECONDS)
Red High -3
Green High 0
Blue High -2
Red Low -1
Green Low 0
Blue Low -1
CTI OFF
Colour Management
Red +1
Yellow -1
Green 0
Cyan -1
Blue 0
Magenta -2
Colour Space 2
Noise Reduction All Off
Options Menu
scroll to second page
Drive mode
Select 2 for Sky HD (SD) or 1 for DVD and Blue Ray"
I would like to know if it is safe to watch titles with an aspect ratio of 2.35:1 with the settings I use, now and without further run-in.
It would also be interesting to know if the run-in is different when the displayed refresh rate is either 72 Hertz for 24 Hertz input or 60 Hertz for 60 Hertz input, thus if the total time of the roughly 70 hours the equipment was used would not actually be equivalent to watching television or something else displayed at 100 Hertz for the same duration.
I wondered whether there is a possibility I am not aware of to disable overscan when watching DVDs. There is the possibility to output DVDs upscaled and activate 1:1 pixel mapping, the "Dot-By-Dot" mode, although usually the television set did that. I do not know which upscaling is actually superior or if there is a noticeable difference.
Displaying 1080i/60 signals at 100 Hertz might be impossible. A service menu setting would probably be needed to do that.
Currently the video format selected is Component Video (4:4:4), which should upconvert the native Component Video (4:2:2) format on Blu-Ray Discs and DVDs. I tested various formats available, like Component Video (4:2:2), RGB (16 To 235) and RGB (0 To 255) and considered Component Video (4:4:4) to produce better graduations.
Maybe someone can tell me something regarding these matters.