Got the 49" MU6500. I much prefer this VA panel over the 43 MU6300. Blacks are so much darker. It was a PITA to calibrate, the SpyderPro software had no clue what was going on, but DisplayCal sorted it out after 45 minutes of chugging along. It's big, but not gigantic, the curve helps a bit with the panel size. 49" is a good size for a desktop monitor. Definitely wouldn't go any bigger though.
Surprisingly, I really can't tell much difference between a BGR panel and an RGB panel w.r.t OS X font smoothing. I think that issue is really over-blown..
Size 741760 Bytes (724.38 KiB)
Preferred CMM 0x00000000
ICC version 2.4
Profile class Display device profile
Color model RGB
Profile connection space (PCS) XYZ
Created 2017-12-03 18:40:21
Platform 0x00000000
Is embedded No
Can be used independently Yes
Device
Manufacturer 0x00002D4C Samsung Electric Company
Model 0x00000DF7
Attributes Reflective
Glossy
Positive
Color
Default rendering intent Perceptual
PCS illuminant XYZ 96.42 100.00 82.49 (xy 0.3457 0.3585, CCT 5000K)
Creator 0x00000000
Checksum 0x00000000000000000000000000000000
Calculated checksum 0x2A2C7953A78D57AD4458D8B41D544C02
Description (ASCII) #1 2017-12-03 17-25 2.2 F-S XYZLUT+MTX
Copyright No copyright. Created with DisplayCAL 3.3.5.0 and
ArgyllCMS 2.0.0
Device manufacturer name (ASCII) Samsung Electric Company
Device model name (ASCII) SAMSUNG
Luminance 95.38 cd/m²
Media white point
Is illuminant Yes
Illuminant-relative XYZ 94.15 100.00 99.75 (xy 0.3203 0.3403)
Illuminant-relative CCT 6053K
ΔE 2000 to daylight locus 2.29
ΔE 2000 to blackbody locus 6.10
Media black point
Illuminant-relative XYZ 0.0778 0.0824 0.0809 (xy 0.3228 0.3418)
Illuminant-relative CCT 5934K
ΔE 2000 to daylight locus 1.87
ΔE 2000 to blackbody locus 5.86
Video card gamma table
Bitdepth 16
Channels 3
Number of entries per channel 256
Channel 1 gamma at 50% input 1.06
Channel 1 minimum 6.2501%
Channel 1 maximum 91.80%
Channel 1 unique values 256 @ 8 Bit
Channel 1 is linear No
Channel 2 gamma at 50% input 1.08
Channel 2 minimum 6.2501%
Channel 2 maximum 91.80%
Channel 2 unique values 256 @ 8 Bit
Channel 2 is linear No
Channel 3 gamma at 50% input 1.08
Channel 3 minimum 6.2501%
Channel 3 maximum 91.80%
Channel 3 unique values 256 @ 8 Bit
Channel 3 is linear No
Device to PCS: Intent 0
Matrix 1.0000 0.0000 0.0000
0.0000 1.0000 0.0000
0.0000 0.0000 1.0000
Input Table
Channels 3
Number of entries per channel 2049
Color Look Up Table
Grid Steps 33
Entries 35937
Output Table
Channels 3
Number of entries per channel 2
Red matrix column
Illuminant-relative XYZ 44.93 23.51 1.91 (xy 0.6387 0.3342)
PCS-relative XYZ 47.20 24.43 1.52 (xy 0.6453 0.3339)
Green matrix column
Illuminant-relative XYZ 33.07 70.18 10.77 (xy 0.2900 0.6156)
PCS-relative XYZ 35.50 70.03 9.36 (xy 0.3090 0.6095)
Blue matrix column
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PCS-relative XYZ 13.71 5.55 71.61 (xy 0.1509 0.0610)
Red tone response curve
Number of entries 256
Transfer function ≈ Gamma 2.18 100% (Δ 1.77%)
Minimum Y 0.0000
Maximum Y 100.00
Green tone response curve
Number of entries 256
Transfer function ≈ Gamma 2.20 100% (Δ 1.70%)
Minimum Y 0.0000
Maximum Y 100.00
Blue tone response curve
Number of entries 256
Transfer function ≈ Gamma 2.18 100% (Δ 2.49%)
Minimum Y 0.0000
Maximum Y 100.00
Device to PCS: Intent 1
Matrix 1.0000 0.0000 0.0000
0.0000 1.0000 0.0000
0.0000 0.0000 1.0000
Input Table
Channels 3
Number of entries per channel 2049
Color Look Up Table
Grid Steps 33
Entries 35937
Output Table
Channels 3
Number of entries per channel 2
PCS to device: Intent 1
Matrix 5.5553 -2.6715 -0.8303
-1.9202 3.7670 0.1024
0.1570 -0.4115 2.7399
Input Table
Channels 3
Number of entries per channel 4096
Color Look Up Table
Grid Steps 33
Entries 35937
Output Table
Channels 3
Number of entries per channel 256
PCS to device: Intent 0
Matrix 5.5553 -2.6715 -0.8303
-1.9202 3.7670 0.1024
0.1570 -0.4115 2.7399
Input Table
Channels 3
Number of entries per channel 4096
Color Look Up Table
Grid Steps 33
Entries 35937
Output Table
Channels 3
Number of entries per channel 256
Characterization target [23770 Bytes]
Characterization device values [23770 Bytes]
Characterization measurement values [23770 Bytes]
Chromaticity (illuminant-relative)
Channel 1 (R) xy 0.6387 0.3342
Channel 2 (G) xy 0.2900 0.6156
Channel 3 (B) xy 0.1475 0.0576
Make and model
Manufacturer 0x4C2D Samsung Electric Company
Model 0x0DF7
Metadata
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EDID_manufacturer Samsung
EDID_gamma 2.2
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EDID_serial 16780800
EDID_md5 440b222040c3443601a579660391ea57
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The E43 has a lower list price, so I bet it's the same shitty display.
It's just dithering. This is how cheapass TVs dither to show colors. It's a form of static dithering, as described here http://www.lagom.nl/lcd-test/black.php
yes, the dot matrix dithering is common among crappy cheap budget TV's.
mid range and higher end TV's don't have this ugly shit. The only cheap 43" TVs that do not have this ugly pixel dimming are the Samsungs and the TCL 43" S405.
The TV's that have this ugly dot matrix include the 49" and 55" TCL S series, cheap 50" Sharp, 55" TCL P605/7.... Insignias, Toshibas, and other cheapass TVs.
showing dark grays with ugly dots. This one is from the TCL P605, but other crap TVs have the same effect...
as you can see close up, it turns off every other subpixel to render some colors, and this is what makes it look like shitty dots.
Thank you so much for this info! I just picked up a 55 " TCL 55S405 and the dithering basically makes it unusable as a monitor. I was going mad trying to tweak various setting on the TV and on the PC to no avail. I'm planning on returning it and instead picking up a 49" Samsung 49MU6290. Do you think it would be prone to the same dithering effect? I could also reluctantly go down to the 43MU6290 or 40MU6290 if they are far superior for monitor use. I've read through the thread and it seems that both of those are good- just pick your poison between an IPS or VA panel.
Unfortunately those are likely the only options in my budget (though the TCL 43S405 is an option if I wanted to give TCL another shot). My use case is a screen to serve as both my TV and PC monitor in my small studio apartment. I would use it as a monitor on my desk and as a TV when viewed from my bed. I'm thinking 49" would be the sweet spot for this but that dithering stuff is really scaring me off from going big.
Gamut and more info (including EDID stuff) below..
[/code]
nice, so it's a little more, a little less, than sRGB.
good enough.
None of the samsung 6000 series TVs has that shitty dot matrix dithering, so you're safe.
The TCL 43s405 does not have dot matrix either, however, it's not perfect. On still images, it's pixel perfect.
In motion video, sometimes you see fine vertical lines because the temporal dithering it uses doesn't have high enough frequency. It's an eye illusion really. Many TVs that use an AUO panel have this to some degree, especially Vizio, but the 43s405 has a greater degree of it.
I'm in contact with TCL to try to get it fixed with firmware, but I'm not too optimistic. Most people probably wouldn't notice because they don't have a high quality TV to compare to.
I ended up keeping the TCL 43" despite its shortcomings. For $252 net after all discounts perks and taxes, it's the best bang for the buck for a big pc monitor.
i did the target deal, plus 10% cash back from Discover.
i did the target deal, plus 10% cash back from Discover.
Right now, the 40mu6290 always sells for <$300.
Sometimes the mu6300 is even that price.
If you can get it tax free, not a bad deal.
If you can get 4:4:4 and a clean text pattern with this years 6290... not gonna happen. ... without a lot of work, if it’s at all possible.
I’ve had 43” tcl’s from 2 different retailers, both have what we used to call b-grade panels.
Trying another approach, the 40” curved VA panel from AUO is on sale at Best Buy again from $499. Time will tell
FWIW.
Ended up getting Sony 43X720E during black friday sale from walmart.
Got it just for a TV without PWM flicker. I can confirm the TV is as comfortable on my eyes to use as my Dell IPS PWM-free monitor. 1" away to 20 feet feels great on my eyes. The Sony is unbelievably bright which I had to turn all the way down to 5/100. I can definitely see why people are using these as monitors as the Sony's performance is very hard to tell the difference with my regular Dell monitor.
Sorry this isn't technical but for those that need a larger flicker free TV/monitor, there is literally not any options so beggars can't be choosers in this regard.
Rtings reviewd the 43x720e, and measured only 340nits, and inline with other budget samsungs and LGs.
That's not unbelievably bright. It's just like an above average laptop screen, which is typically 300nits.
If you turned it all the way down to 5/100, that must be dim as fuck.
Also, the TCL 43" is pwm free at 100% brightness.
Samsung 6xxx series TVs are also PWM free all the way down to 13/20 brightness.
I don't have BFI on or anything that dims the screen. 25/100 and below really don't change the brightness that much. I guess to me and for my application it is brighter than I thought it would be.
http://i.rtings.com/images/reviews/mu6100/mu6100-motion-blur-large.jpg
http://i.rtings.com/images/reviews/mu6300/mu6300-motion-blur-large.jpg
http://i.rtings.com/images/reviews/mu6500/mu6500-motion-blur-large.jpg
vs
http://i.rtings.com/images/reviews/x720e/x720e-motion-blur-large.jpg
Samsung 6xxxx series is atrocious at motion with trailing/doubling images. That kills my eyes. TCL is similar. Having a monitor/TV where if I lower the brightness enough to activate the PWM is kind of pointless since that would limit my ability to use said display. I'm only recommending Sony for people that experience issues with eye strain using LED screens.
Best Buy has the 40" AOC C4008VU8 on sale for $499. My order arrived for pickup and I've set it up ias my primary work display, replacing the Seiki 39 30Hz 4k.
Initial thoughts... Wow.. I'm impressed. This display clearly is in a class above the Samsung 6 series and TCL 43S405.
This display clearly is in a class above the Samsung 6 series and TCL 43S405.
Well to start with, the samsung 6290 has red and blue over bleed, making it look more like a 4:2:2 than a 4:4:4
I have no complaints on the TCL's 4:4:4. It's a solid display path from AUO. I'll take a pic of the sammy after work on Windows and Mac.
Ended up getting Sony 43X720E during black friday sale from walmart.
Now I am trying to decide if I return the X720 for the X800, just so I don't have to keep swapping modes back and forth. Any other benefits to moving to the X800E?
First off, registered just to thank everyone that posts about monitors, especially Commander Shepard and kdawg, among others. I've been looking to replace my Dell 3007, and got both the LG 43" and the Sony X720E 43".
Now I am trying to decide if I return the X720 for the X800, just so I don't have to keep swapping modes back and forth. Any other benefits to moving to the X800E?
x800E is the 2017 model , x720e is a 2016. 800E will have the latest firmware updates.
The real difference is the PWM on the LG. I believe it has the latest firmware, from comparing posts here, but I still think I noticed the PWM backlight. Every time I used it, I would get eye tension, not really a headache, but that weird, tightness around my eyes. I never got it with the Sony. I've swapped monitors back and forth a few times, and every time with the LG I feel the eye strain. I'm running my desktop at 150% so it isn't that the text is too small either.
800E has the triluminious Display , which means many things but it has the bigger color gamut , to me the display feels a bit more vibrant than the x720e not sure why...
.
I have last year's Samsung (I think the 6300?) and while I like the input lag when run in game mode and the overall picture quality, I find the grey-to-grey response time to be pretty horrible. Any of these 2017 models make a decent PS4 Pro and PC gaming monitor with 20 ms or less input lag and actually good grey to grey response time? I just wish LG made an OLED in 43 inch size, I'd pay allot for it.
The real difference is the PWM on the LG. I believe it has the latest firmware, from comparing posts here, but I still think I noticed the PWM backlight. Every time I used it, I would get eye tension, not really a headache, but that weird, tightness around my eyes. I never got it with the Sony. I've swapped monitors back and forth a few times, and every time with the LG I feel the eye strain. I'm running my desktop at 150% so it isn't that the text is too small either.
The only real PITA with the X720 is that when starting the monitor in gaming mode, you have to manually switch to another mode and back again to get the low latency. This glitch is mentioned on the rtings review page of this monitor, and you can definitely tell it.
Now I am trying to decide if I return the X720 for the X800, just so I don't have to keep swapping modes back and forth. Any other benefits to moving to the X800E?
What was the BF price for the 43X720E? I was very impressed with the overall picture of the 43X720E in comparison with every other sub 50" TV around it at Best Buy.
IIRC::
x720e has lower input lag
x800e has android TV + better speakers + TriLuminos Display + 10 bit color
Amazon has it for $498.KD43X720E $478 ....where are you seeing this price ?