Wednesday, December 23rd 2009
BenQ Intros Two LED-Backlit HD Displays
BenQ will release two new full-HD LCD monitors to the market, the 21.5 inch G2222HDL and 24-inch G2420HDBL. The two are characterized by LED backlit illumination, and share nearly identical specifications which include glossy black frames, native resolution of 1920 x 1080 pixel TN panels, 5 ms response time, 1,000:1 contrast ratio with 5,000,000:1 dynamic contrast ratio, brightness of 250 cd/m², and connectivity which includes DVI and D-Sub. The G2222HDL and G2420HDBL are expected to be priced at £149 and £169, respectively, available from this week.
Source:
TechConnect Magazine
114 Comments on BenQ Intros Two LED-Backlit HD Displays
Oh and use the TV Calculator. Take note of the pixel density, etc. Don't be so easily fooled by gamer programing gimmicks! Compound that by a purchase which is similarly priced for a true 24" 1920x1200 (image that, I have to use the term True 24") monitor and you now see why I think it's a rip off. Regardless of it's features, there is less real estate! In any case this will force people "in the know" to get a 26" - 28" instead. If that's not available they would probably save up for a true 30".
Oh, and I wanted to also point out that 1080 resolution panels are usually on the low end of the quality scale. That's why this one is advertised using a TN panel.
Regardless, when the fov is the same, there is no advantage in using 16:9 screens over 16:10.
Also, Wile E your avatar is fraking awsome.:respect:
23.6" viewing size = 20.57W x 11.57H
24" viewing size = 20.35W x 12.72H
In real world, I doubt many will notice the .2" difference before the 1+" difference in height. Guess it depends on how small the pixels are...but they shouldn't go down in size that much on a 22", any smaller we'll be talking hires laptop lcds.
And btw, if you think that the difference between 23.6" ultra wide and 22" wide is the same as 30" vs 19", well, no furher comments.
EDIT: Ok, so what I wanted to say in previews posts is that if I have 2 monitors, one wide, one ultra-wide, with the same vertical dimension, I would choose the ultra-wide one because of obvious advantages.
That's why, if you guys noticed, recently almost all the manufacturers started to release monitors only with 16:9 aspect ratio.
Which goes back to your quote " if you think that the difference between 23.6" ultra wide and 22" wide is the same as 30" vs 19", well, no furher comments." OK so what about 23.6" vs 24" because obviously the difference now isn't as big as 23.6 vs 22".
LOL, you're helpless! haha. It reminds me of my great-grandma' at 90, you couldn't reason with her in any way, even if you have the proof right in front of her, hahaha!
Anyways, Merry Christmas everybody, what did "Santa" bring you??? :toast:
1920 = 1920 in width
1200 > 1080 in height
1920x1200 = 2,304,000 total pixels
1920x1080 = 2,073,600 total pixels (10% less total pixels)
The simple solution to this stupid debate is mathematical. 1920x1200 provides higher resolution... PERIOD. You can't change that fact with any sort of "logic", interpenetration, or magic. Higher resolution is higher resolution... period. Screen dimension in inches is irrelevant. It doesn't matter what size screen you want to try to make your argument with. However, if you do choose to try to argue screen sizes then you MUST compare a 1080 screen against its closest sized 1200 competitor.
Don't upsize the 1080 to try to win the debate. Whatever "upsized" dimension you try to argue with... the 1200 is better in equal upsize.
Game resolution doesn't win or lose this argument. You can do shit-tons more on a computer than just game. Higher resolution trumps absolutely any argument you try to make.
FACT:
1920x1200 > 1920x1080
And guess what... ANY 1200 screen can also push 1080 resolution. WHOA! Can you make a 1080 push 1200? Nope.
J-F-C!!!
I look it at it quite simple according to aspect ratios:
Monitors: 4:3, 5:4, 16:10 (8:5)
TVs: 4:3, 16:9
The reason why the monitors are a little bit taller is for the menus. You can have a 1080p film displaying and still have some workspace.
Physical dimensions of a screen also doesn't limit resolution, the DPI does. For example, my monitor Samsung T240 (20.375" x 12.75"):
pixels per inch = pixels / width
x: 94.23 pixels per inch = 1920 / 20.375"
y: 94.12 pixels per inch = 1200 / 12.75"
There's monitors out there that are close to double that figure. Even though they are only 23/24" monitors, they feature resolutions of 3840x2160. Small screens with large resolutions have better picture clarity than large screens with small resolutions (e.g. a 24" with 1920x1200 has higher DPI and therefore clarity than a 24" with 1920x1080 resolution).
SEe the game examples above: regardless of you having more pixels, you get LESS of a game to see. you get black bars in other cases.
Why would a gamer want a screen that takes more to render (lower FPS) but shows less game?
Why would a HTPC/movie watcher choose a screen that gives him black bars?
There are two arguments here - 1920x1200 gives you more pixels, but if they arent USED by anything other than 2D applications, its useless to most people.
And despite all of this, the only argument might be video games, but almost all gaming machines are still used most of the time for 2D applications, where more resolution=more workspace, period. And besides that, Just set the resolution to 1920x1200, and TA-DA, you have you field of view back.
If you run a 1080p film windowed on a 1920x1200 monitor, you can see the film and also have access to your Start menu/taskbar. On a 1920x1080 monitor, the taskbar would have to cover up some of the film or shrink the film down to less than 1080p.
This is what you'd want as a movie screen, but not a monitor anymore :)
www.trustedreviews.com/tvs/news/2009/01/30/Philips-Unveils-21-9-Cinema-TV-In-UK/p1
Anyone know if those LED backlit monitors/TVs have adjustable backlight? My few years old has CCFL backlight from 0-10 (one of the reasons I bought it). Have it on 3 to get deeper blacks and no backlight leaking. Don't know if LED backlit ones still suffer from that, but I doubt they are perfect.
Again I got nothing against 16:9 ratios on the PC...if that's what some ppl want all the power to them but leave my 16:10 alone..give me the option as a consumer for 16:10 products and not just 16:9.
and tavix keep patting yourself on your back on your 'proof' when I can see the same stuff you see on my 1920x1200 and have more desktop workspace to boot.
and why would i run movies windowed? if i'm opposed to black bars, i'm sure as hell going to be opposed to a start menu.
Both are the same vertical resolution of 1920
x1200:
x1080
I don't know, but I kinda like to see the the the whole mirror or at least some more.... Wha! You're so smart! Any 1200 screen can push 1080!! No $hit! How??? By stretching the image or by putting black bars. Either case is useless. Sure I can do "shit-tons more on a computer", for me the most important ones are also to watch movies (here the 1080 screen wins always), edit documents (the 1080 screen is also a winner since I can have 3 A4 docs on the same time on the screen), 3D modeling (I find an 1080 screen much better since I can have the part one half of the screen and the draft on the other part), etc, etc.
Like I've said, you guys are OBSESSED with pixels, resolution, etc, and don't see the real advantages of ultra-wide screens.
And this is coming from a guy(..me) who has a 27" 1920x1200 monitor back home. But to be honest, I would have wish to have an ultra-wide one...
To clarify, the video is overlayed on black so the black you do see is simply what is not overwritten. OSD menus and the like overlay the black and the video. Depending on your codec, you can manipulate the film without the OSD ever coverying the actual film. Having that extra 120 pixels is never a disadvantage.
16:10
16:9
Honestly, you really don't need 16:10 inside the cockpit of a car (per say). However, other games do support 16:10:
16:10
16:9
As you can see, games can support it. But the problem is that game developers have the tendency to alter the native aspect ratio. That's why places like WSF was created and moded programs made available. Heck, the last time I recall a real aspect ratio controversy was Bioshock. In which the developers themselves admitted fault and fixed the issue and even gave the creator of the wide screen mod program a video card (or something or another). In any case, it should be common knowledge by now that some game developers have a tendency to treat a PC monitor's aspect ratio as the red-headed stepchild.