Cant use bias lighting because I use screen in middle of room and not near to wall. But i think im happy with IPS contrast if its same like my TN. This forum black backround is very black and im happy with that if thats 700:1
Antec makes some bias lighting strips you could attach to the back. Unless you mean you're worried about shining light in the middle of a room (into someone's face.)
I do. But with IPS there's still not much we can do to improve the poor blacks perception no matter how hard we try.
My already 'old' 1080p W6 (2013) might have less-natural-than-IPS colors, but it's still MUCH more enjoyable to watch movies on it than on any IPS I've used before.
Regarding the 'debate', it's obvious that the Sony's are the superior displays, Sony almost always produce competent displays anyway (still lacking 10-point white balance settings though), those Samsungs in comparison are very expensive for such a clumsy design.
But I bet people will still choose the Samsungs for the lower lag, which I have to admit is a major point in their favor.
Whatever people, go see an OLED in an appropriate showroom if there's one in your area, and you'll feel any LCD is too expensive.
I typically watch movies in a fully lit room, so I can't really comment much on this. I like VA panels, but I question their use as actual monitors. Using a VA TV as an actual TV, sitting further back, and with cinematic content, they are quite enjoyable.
explaim to us, like we are 5 years old, how can panels with the very same W-LED backlight have significantly different color spaces?
AFAIK, all these sub $1000 4k panels use W-LED and are restricted to 99% sRGB coverage.
I am not aware, that the Philips panel has "lots of gamma shift", since i was led to believe by TFTcentral that this dispaly actually has the smallest gamma shift among all modern VA panels. the very same TFTcentral review led me to believe that this display does not have a smaller color space than competing W-LEd solutions. Did TFTcentral lied? ( retorical question).
It is better for work (coding, typing, reading) because:
- it is not 43" in size
-does not suffer from BLB nor IPS glow
-has much higher contrast
-has displayport, which is easier to connect to laptops than HDMI 2.0 solutions like the Sony.
neither display is adequate for real color critical work, like printing stuff IRL, and for web content production, if anyone has an advantage, itis the Philips, without BLB or IPs glow.
Is this serious? Monitors just have different levels of gamut coverage. The Philips is incredibly mediocre, and suffers from the same gamma shift as other VA monitors. Furthermore, TFTcentral doesn't, and has never, listed gamut sizes. They've also never said it has the "smallest gamma shift among all modern VA panels." So no, they didn't lie, you've just misinterpreted, and/or have no idea what you're reading.
Relevant quote:
TFTCentral said:Viewing angles of the BDM4065UC were quite comparable to other VA panels we've seen in the past. Horizontally the viewing angles were not bad. As you moved you line of sight past about 45° contrast shifted and a pale tint appeared on the image. The image got progressively more washed out as you moved further away from a central point of view. On some older AMVA panels the image tends to go very yellow from a wide horizontal angle but on the BDM4065UC it just went pale and washed out instead. Vertically the contrast shift was more pronounced and the image became more washed out from a shorter angle. This was actually apparent slightly when using the screen from a couple of feet away on a normal desktop position. Being pretty tall, my line of sight was about 3/4 of the way up the screen if I looked head on. If I glance towards the bottom of the screen the image becomes slightly washed out due to the viewing angles. If you move further back from the screen for movies or games, you don't see this, it's only when up close and due to the sheer size of the screen.
Viewing angles were not as wide as IPS or PLS panels as you might expect given this is a VA matrix. They were not too bad though compared with a lot of other VA panels out there which was pleasing. The contrast shifts were evident here from wider angles, but there was very little colour tone shift thankfully which is far more noticeable on most other VA panels. Being VA based the panel did suffer from the off-centre contrast shift you will see from these technology panels. If you view a very dark grey image with a black background head on, the grey content is somewhat lost in the image and appears darker than intended. Only as you move your line of sight slightly away from a head on central field of view does the grey content appear again. This is common of all VA matrices, and is one of the reasons why IPS is so popular for colour critical work. It should be noted that not everyone would even see this issue or be bothered by it. The viewing angles are certainly much better than TN Film panels of course.
So, you know, a normal VA panel.
Going from 40 - 43" is not a huge jump; see: http://www.displaywars.com/43-inch-16x9-vs-40-inch-16x9
VA panels can suffer from backlight bleed, but are less likely. IPS glow is less of an issue than VA gamma-shift (lol, what is accurate gamma?) Furthermore, I don't really see how that's going to affect coding, typing, and reading.
It has much higher contrast, but that only affects black depth, and not any of the usage scenarios you've listed. Of course, that's only really going to be of huge help in a dark room, which only an idiot would be reading/coding in a dark room unless they like eye strain.
It having displayport is a plus, I guess.
Uh, basically you have no idea what you're even talking about, do you?