Yep picked up 3 at my local stores. Might be a good idea if you're looking to play with 3 monitors or upgrade to a larger size. Just thought I would let my BK brothers know.
Now that you have three display, check out
http://widescreengamingforum.com/
Can you let me know how good of an image these have. I am looking to upgrade from a Samsung 19in.
How is the gaming on this?
Thanks
I have a HD5770 which I run with 3 19" screens - but I can't get BF3 to work - it worked out of the box with BC2 so I need to do a bit of research on this.
It'll use the resolution properly, but most multi-monitor users only see player icons over their left screens, for some reason. And some of the light glare effects get stretched to 3x their normal.. okay on day map, but horrid on night-time maps. Though if you run the game at a non-native triple-wide resolution, teh player icons become visible, but the HUD gets pushed to the inside edge of the outer screens...
It's pretty lame. It didn't take long for BC2 to get proper multi-monitor support, so I expect that BF3 will be fixed "soon". I'm sure it's not too high on their list of bugfix priorities.
There's a big thread about it all at WSGF. I'm sure thei members will coem up with a fix before DICE does. They're pretty good at that stuff...
http://widescreengamingforum.com/forum/forums/multi-monitor-gaming/multi-monitor-gaming/17990/battlefield-3-hudtipsmultiplayer-icons-
Moosehead, I would jump on one of these. Considering the price, you aren't really doing much at all to get a much larger screen. The image is good and the gaming is just as good as my Acer monitor. I actually didn't buy these to use. I am trying to turn a profit on them
But thanks anyways for the links Chud.
Although the luminous tube is cold light source, but LED efficiency is low, in high photosynthetic
efficiency/luminous efficiency (each tile lumen or lm/W) LED lamps and lanterns applications need to enter a large
amount of electrical energy to convert light energy. Large current in the semiconductor material will produce
conductivity resistance heat, add semiconductor material production LED is not able to bear or endure high
temperature, leading to overheat make LED lamp light output rate and life greatly reduced.
The correct thermal management and design to highly efficient LED lamps and lanterns work temperature control in
the acceptable range, so as to guarantee the reliability of the lamps and lanterns, life and the best light
output, etc. Figure 2 for ordinary LED lamps and lanterns structure diagram, black arrow said the LED module to
cooling heat sink heat conduction path.
The company operating the product such as ?
led tube fluorescent
t5 led tube
led tube manufacturer
Although the luminous tube is cold light source, but LED efficiency is low, in high photosynthetic
efficiency/luminous efficiency (each tile lumen or lm/W) LED lamps and lanterns applications need to enter a large
amount of electrical energy to convert light energy. Large current in the semiconductor material will produce
conductivity resistance heat, add semiconductor material production LED is not able to bear or endure high
temperature, leading to overheat make LED lamp light output rate and life greatly reduced.
The correct thermal management and design to highly efficient LED lamps and lanterns work temperature control in
the acceptable range, so as to guarantee the reliability of the lamps and lanterns, life and the best light
output, etc. Figure 2 for ordinary LED lamps and lanterns structure diagram, black arrow said the LED module to
cooling heat sink heat conduction path.
The company operating the product such as ?
led tube fluorescent
t5 led tube
led tube manufacturer