Hello guys!
Just got an 55E6V and I want to know if anyone have the same LG 6 series to share some advices like the best EDID to use or settings.. I'm still trying to make 3D Vision works with that TV and I'm having lack of informations ^^' (I just tested default 3D Play in nvidia control panel with LG Glasses and it was great better than my gaming monitor!)
*Update: Using Win10 and Digital Signature is a heck x) is there anyway to overide EDID in Win10?
Thank you!
Just got an 55E6V and I want to know if anyone have the same LG 6 series to share some advices like the best EDID to use or settings.. I'm still trying to make 3D Vision works with that TV and I'm having lack of informations ^^' (I just tested default 3D Play in nvidia control panel with LG Glasses and it was great better than my gaming monitor!)
*Update: Using Win10 and Digital Signature is a heck x) is there anyway to overide EDID in Win10?
Thank you!
+ROG MAXIMUS IX HERO
+Intel i7 7700K@4.9Ghz
+2x8 16Gb RAM CL16 2800Mhz
+RTX 2080 Ti x Kraken G12
+LG OLED E6
I suggest using joker18’s latest EDID override - see [url]https://forums.geforce.com/default/topic/943900/3d-vision/search-information-about-edid-for-3dvision-on-lg-oled-4k-55ef950v-55ef9500-/post/5248436/#5248436[/url].
In order to override Windows 10 driver signature verification, you must use Advanced Startup options, under Windows System Recovery. This special startup is only required ONCE for each unique EDID override file. By the way, you may also want to download the 3DVisionEye Swapper app, which swaps L/R eyes. The discussion thread referenced above (on other pages) also includes valuable TV settings information...
In order to override Windows 10 driver signature verification, you must use Advanced Startup options, under Windows System Recovery. This special startup is only required ONCE for each unique EDID override file. By the way, you may also want to download the 3DVisionEye Swapper app, which swaps L/R eyes. The discussion thread referenced above (on other pages) also includes valuable TV settings information...
Thank you again whyme466 I just tested some other games it looks great but I'm wondering as now it's possible to run 4k@120hz in 3D mode, is it possible to to run 2D mode 4k@120hz as well? this will be a great thing and I think it's possible I can't see why not.
Thank you again whyme466 I just tested some other games it looks great but I'm wondering as now it's possible to run 4k@120hz in 3D mode, is it possible to to run 2D mode 4k@120hz as well? this will be a great thing and I think it's possible I can't see why not.
+ROG MAXIMUS IX HERO
+Intel i7 7700K@4.9Ghz
+2x8 16Gb RAM CL16 2800Mhz
+RTX 2080 Ti x Kraken G12
+LG OLED E6
There's no way that's possible with that TV. I don't think there's a commercial TV available that supports that as it would require HDMI 2.1 or display port.
You won't have the power from a 1080TI anyway. The best you can hope for is running the TV at 4K@60 Passive 3d, running the games at a lower resolution and using 3dmigoto upscaling so that the games run smoothly.
There's no way that's possible with that TV. I don't think there's a commercial TV available that supports that as it would require HDMI 2.1 or display port.
You won't have the power from a 1080TI anyway. The best you can hope for is running the TV at 4K@60 Passive 3d, running the games at a lower resolution and using 3dmigoto upscaling so that the games run smoothly.
Gigabyte RTX2080TI Gaming OC, I7-6700k ~ 4.4Ghz, 3x BenQ XL2420T, BenQ TK800, LG 55EG960V (3D OLED), Samsung 850 EVO SSD, Crucial M4 SSD, 3D vision kit, Xpand x104 glasses, Corsair HX1000i, Win 10 pro 64/Win 7 64https://www.3dmark.com/fs/9529310
Note that you are actually running L and R images interlaced together (every other line in original image processed but discarded), merged and displayed at 60 fps - not 120 fps. Some of LG’s newer high end TVs support 1080p@120 Hz, but they do NOT include 3D capability...
Note that you are actually running L and R images interlaced together (every other line in original image processed but discarded), merged and displayed at 60 fps - not 120 fps. Some of LG’s newer high end TVs support 1080p@120 Hz, but they do NOT include 3D capability...
[quote="rustyk21"]There's no way that's possible with that TV. I don't think there's a commercial TV available that supports that as it would require HDMI 2.1 or display port.
You won't have the power from a 1080TI anyway. The best you can hope for is running the TV at 4K@60 Passive 3d, running the games at a lower resolution and using 3dmigoto upscaling so that the games run smoothly.[/quote]
I just ordered another 1080 Ti to test the SLI even if my last experience with SLI was a mess x) I will see if things will run better otherwise I will resale it. Btw is 3dmigoto upscaling 3D cost no gpu performance?
rustyk21 said:There's no way that's possible with that TV. I don't think there's a commercial TV available that supports that as it would require HDMI 2.1 or display port.
You won't have the power from a 1080TI anyway. The best you can hope for is running the TV at 4K@60 Passive 3d, running the games at a lower resolution and using 3dmigoto upscaling so that the games run smoothly.
I just ordered another 1080 Ti to test the SLI even if my last experience with SLI was a mess x) I will see if things will run better otherwise I will resale it. Btw is 3dmigoto upscaling 3D cost no gpu performance?
+ROG MAXIMUS IX HERO
+Intel i7 7700K@4.9Ghz
+2x8 16Gb RAM CL16 2800Mhz
+RTX 2080 Ti x Kraken G12
+LG OLED E6
[quote="whyme466"]Note that you are actually running L and R images interlaced together (every other line in original image processed but discarded), merged and displayed at 60 fps - not 120 fps. Some of LG’s newer high end TVs support 1080p@120 Hz, but they do NOT include 3D capability...[/quote]
Maybe I'm wrong but the performance cost I saw in 3D 4K are like running dual 60fps which means 120fps in total.
whyme466 said:Note that you are actually running L and R images interlaced together (every other line in original image processed but discarded), merged and displayed at 60 fps - not 120 fps. Some of LG’s newer high end TVs support 1080p@120 Hz, but they do NOT include 3D capability...
Maybe I'm wrong but the performance cost I saw in 3D 4K are like running dual 60fps which means 120fps in total.
+ROG MAXIMUS IX HERO
+Intel i7 7700K@4.9Ghz
+2x8 16Gb RAM CL16 2800Mhz
+RTX 2080 Ti x Kraken G12
+LG OLED E6
Full 4K images are processed for each eye - but half the data is discarded. SBS, TAB, checkerboard, and interlaced 3D formats are all inefficient with respect to processing overhead, and each introduces a little aliasing during their data discard step. TAB and line-interlaced formats are preferred for passive 3D displays like LG’s...
Full 4K images are processed for each eye - but half the data is discarded. SBS, TAB, checkerboard, and interlaced 3D formats are all inefficient with respect to processing overhead, and each introduces a little aliasing during their data discard step. TAB and line-interlaced formats are preferred for passive 3D displays like LG’s...
Hey thanks for posting the most recent EDID, @whyme466. I could not find it, I think I was using an older one for my 55e6v.
Still a great 3DTV, I love it.
[quote="whyme466"]Full 4K images are processed for each eye - but half the data is discarded. SBS, TAB, checkerboard, and interlaced 3D formats are all inefficient with respect to processing overhead, and each introduces a little aliasing during their data discard step. TAB and line-interlaced formats are preferred for passive 3D displays like LG’s...[/quote]
Well I'm far from understanding sorry x) But just one thing, passive 3D is it costs the same performance as like nvidia 3D vision? I'm saying that because with a single 1080Ti I was able to run The Witcher 3 in 3D stereo mode with nvidia 3D vision at 1440p stable 120fps but now with the 4K passive 3D it's running at 60fps which means they are the same thing but when you told "half the data is discarded" I was wondering if I miss something in the configuration or should I use SBS mode or something like that ^^'
whyme466 said:Full 4K images are processed for each eye - but half the data is discarded. SBS, TAB, checkerboard, and interlaced 3D formats are all inefficient with respect to processing overhead, and each introduces a little aliasing during their data discard step. TAB and line-interlaced formats are preferred for passive 3D displays like LG’s...
Well I'm far from understanding sorry x) But just one thing, passive 3D is it costs the same performance as like nvidia 3D vision? I'm saying that because with a single 1080Ti I was able to run The Witcher 3 in 3D stereo mode with nvidia 3D vision at 1440p stable 120fps but now with the 4K passive 3D it's running at 60fps which means they are the same thing but when you told "half the data is discarded" I was wondering if I miss something in the configuration or should I use SBS mode or something like that ^^'
+ROG MAXIMUS IX HERO
+Intel i7 7700K@4.9Ghz
+2x8 16Gb RAM CL16 2800Mhz
+RTX 2080 Ti x Kraken G12
+LG OLED E6
An old reference might help explain passive versus active display - see [url]https://www.cnet.com/news/4k-tvs-with-passive-3d-finally-a-good-use-for-all-those-pixels/[/url]. SBS is the LEAST preferred 3D format for passive displays - every other pixel in an image line is removed to create a smaller horizontal image for each eye. Passive display of 3D data always removes every other line (vertical - matched to display’s FPR), so SBS 3D display on a passive screen yields only 1080p resolution (aliased in both horizontal and vertical axis) from 4K image rendering settings...
Also note that 3D is perceived by small displacements in the horizontal axis, so higher/more resolution in horizontal image axis helps depth perception (TAB and line-interlaced formats better than SBS for 3D display).
An old reference might help explain passive versus active display - see https://www.cnet.com/news/4k-tvs-with-passive-3d-finally-a-good-use-for-all-those-pixels/. SBS is the LEAST preferred 3D format for passive displays - every other pixel in an image line is removed to create a smaller horizontal image for each eye. Passive display of 3D data always removes every other line (vertical - matched to display’s FPR), so SBS 3D display on a passive screen yields only 1080p resolution (aliased in both horizontal and vertical axis) from 4K image rendering settings...
Also note that 3D is perceived by small displacements in the horizontal axis, so higher/more resolution in horizontal image axis helps depth perception (TAB and line-interlaced formats better than SBS for 3D display).
[quote="whyme466"]An old reference might help explain passive versus active display - see [url]https://www.cnet.com/news/4k-tvs-with-passive-3d-finally-a-good-use-for-all-those-pixels/[/url]. SBS is the LEAST preferred 3D format for passive displays - every other pixel in an image line is removed to create a smaller horizontal image for each eye. Passive display of 3D data always removes every other line (vertical - matched to display’s FPR), so SBS 3D display on a passive screen yields only 1080p resolution (aliased in both horizontal and vertical axis) from 4K image rendering settings...
Also note that 3D is perceived by small displacements in the horizontal axis, so higher/more resolution in horizontal image axis helps depth perception (TAB and line-interlaced formats better than SBS for 3D display).[/quote]
Thanks man for these informations, so I will have to use SBS for games that don't support SLI and requiring high gpu power like Batman Arkham Knight, then as rustyk21 said scale the resolution to get higher pixel density.
whyme466 said:An old reference might help explain passive versus active display - see https://www.cnet.com/news/4k-tvs-with-passive-3d-finally-a-good-use-for-all-those-pixels/. SBS is the LEAST preferred 3D format for passive displays - every other pixel in an image line is removed to create a smaller horizontal image for each eye. Passive display of 3D data always removes every other line (vertical - matched to display’s FPR), so SBS 3D display on a passive screen yields only 1080p resolution (aliased in both horizontal and vertical axis) from 4K image rendering settings...
Also note that 3D is perceived by small displacements in the horizontal axis, so higher/more resolution in horizontal image axis helps depth perception (TAB and line-interlaced formats better than SBS for 3D display).
Thanks man for these informations, so I will have to use SBS for games that don't support SLI and requiring high gpu power like Batman Arkham Knight, then as rustyk21 said scale the resolution to get higher pixel density.
+ROG MAXIMUS IX HERO
+Intel i7 7700K@4.9Ghz
+2x8 16Gb RAM CL16 2800Mhz
+RTX 2080 Ti x Kraken G12
+LG OLED E6
Just got an 55E6V and I want to know if anyone have the same LG 6 series to share some advices like the best EDID to use or settings.. I'm still trying to make 3D Vision works with that TV and I'm having lack of informations ^^' (I just tested default 3D Play in nvidia control panel with LG Glasses and it was great better than my gaming monitor!)
*Update: Using Win10 and Digital Signature is a heck x) is there anyway to overide EDID in Win10?
Thank you!
+ROG MAXIMUS IX HERO
+Intel i7 7700K@4.9Ghz
+2x8 16Gb RAM CL16 2800Mhz
+RTX 2080 Ti x Kraken G12
+LG OLED E6
In order to override Windows 10 driver signature verification, you must use Advanced Startup options, under Windows System Recovery. This special startup is only required ONCE for each unique EDID override file. By the way, you may also want to download the 3DVisionEye Swapper app, which swaps L/R eyes. The discussion thread referenced above (on other pages) also includes valuable TV settings information...
But I'm still confused, are nvidia glasses now useless with TV?
+ROG MAXIMUS IX HERO
+Intel i7 7700K@4.9Ghz
+2x8 16Gb RAM CL16 2800Mhz
+RTX 2080 Ti x Kraken G12
+LG OLED E6
+ROG MAXIMUS IX HERO
+Intel i7 7700K@4.9Ghz
+2x8 16Gb RAM CL16 2800Mhz
+RTX 2080 Ti x Kraken G12
+LG OLED E6
You won't have the power from a 1080TI anyway. The best you can hope for is running the TV at 4K@60 Passive 3d, running the games at a lower resolution and using 3dmigoto upscaling so that the games run smoothly.
Gigabyte RTX2080TI Gaming OC, I7-6700k ~ 4.4Ghz, 3x BenQ XL2420T, BenQ TK800, LG 55EG960V (3D OLED), Samsung 850 EVO SSD, Crucial M4 SSD, 3D vision kit, Xpand x104 glasses, Corsair HX1000i, Win 10 pro 64/Win 7 64https://www.3dmark.com/fs/9529310
I just ordered another 1080 Ti to test the SLI even if my last experience with SLI was a mess x) I will see if things will run better otherwise I will resale it. Btw is 3dmigoto upscaling 3D cost no gpu performance?
+ROG MAXIMUS IX HERO
+Intel i7 7700K@4.9Ghz
+2x8 16Gb RAM CL16 2800Mhz
+RTX 2080 Ti x Kraken G12
+LG OLED E6
Maybe I'm wrong but the performance cost I saw in 3D 4K are like running dual 60fps which means 120fps in total.
+ROG MAXIMUS IX HERO
+Intel i7 7700K@4.9Ghz
+2x8 16Gb RAM CL16 2800Mhz
+RTX 2080 Ti x Kraken G12
+LG OLED E6
Still a great 3DTV, I love it.
Well I'm far from understanding sorry x) But just one thing, passive 3D is it costs the same performance as like nvidia 3D vision? I'm saying that because with a single 1080Ti I was able to run The Witcher 3 in 3D stereo mode with nvidia 3D vision at 1440p stable 120fps but now with the 4K passive 3D it's running at 60fps which means they are the same thing but when you told "half the data is discarded" I was wondering if I miss something in the configuration or should I use SBS mode or something like that ^^'
+ROG MAXIMUS IX HERO
+Intel i7 7700K@4.9Ghz
+2x8 16Gb RAM CL16 2800Mhz
+RTX 2080 Ti x Kraken G12
+LG OLED E6
Also note that 3D is perceived by small displacements in the horizontal axis, so higher/more resolution in horizontal image axis helps depth perception (TAB and line-interlaced formats better than SBS for 3D display).
Thanks man for these informations, so I will have to use SBS for games that don't support SLI and requiring high gpu power like Batman Arkham Knight, then as rustyk21 said scale the resolution to get higher pixel density.
+ROG MAXIMUS IX HERO
+Intel i7 7700K@4.9Ghz
+2x8 16Gb RAM CL16 2800Mhz
+RTX 2080 Ti x Kraken G12
+LG OLED E6