LG W2363D appears on german LG-Website Out now ?!?!?
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The LCD crystals all have an optimal working temperature range, using them below that might lead to no so good results. Usually above 20 decrees Celsius everything should be fine in terms of optimal working and visual parameters. However at the moment you turn on the monitor the panel might be cold and it may require a few minutes before it reaches the optimum working temperature range (20+ degrees Celsius), but that is also dependent on the room's ambient temperature. The LCD panel gets hotter not because of the backlight, but mostly because of the voltage being sent to each pixel in order for it to change its state. And before the optimal working temperature range is reached the response time of the pixels is usually a bit slower and this may lead to increased ghosting, but usually just a minute or two is enough for that optimal temperature range to be reached...
The LCD crystals all have an optimal working temperature range, using them below that might lead to no so good results. Usually above 20 decrees Celsius everything should be fine in terms of optimal working and visual parameters. However at the moment you turn on the monitor the panel might be cold and it may require a few minutes before it reaches the optimum working temperature range (20+ degrees Celsius), but that is also dependent on the room's ambient temperature. The LCD panel gets hotter not because of the backlight, but mostly because of the voltage being sent to each pixel in order for it to change its state. And before the optimal working temperature range is reached the response time of the pixels is usually a bit slower and this may lead to increased ghosting, but usually just a minute or two is enough for that optimal temperature range to be reached...

My 3D Vision Blog - 3dvision-blog.com

#16
Posted 07/02/2010 09:28 AM   
Sorry, but I have to disagree here.
Most of 'heat' is actually from backlight as I'm aware, since power required to flip crystals is VERY small.

However, if I'm wrong I'd like to see some source for this :)
Sorry, but I have to disagree here.

Most of 'heat' is actually from backlight as I'm aware, since power required to flip crystals is VERY small.



However, if I'm wrong I'd like to see some source for this :)

#17
Posted 07/02/2010 09:33 AM   
Sorry, but I have to disagree here.
Most of 'heat' is actually from backlight as I'm aware, since power required to flip crystals is VERY small.

However, if I'm wrong I'd like to see some source for this :)
Sorry, but I have to disagree here.

Most of 'heat' is actually from backlight as I'm aware, since power required to flip crystals is VERY small.



However, if I'm wrong I'd like to see some source for this :)

#18
Posted 07/02/2010 09:33 AM   
Small, but enough to increase the the working temperature in a few minutes of work. You should know that the CCFL tubes are very small and they are usually placed at the top and bottom part of the LCD panel, then there is a diffuser used to distribute the light coming from them across the whole panel (sometimes even, sometimes not) and this is a common reason to cause of uneven blacklight distribution and thus backlight bleeding. When using LEDs they are either distributed in an array again on the edges or directly behind the LCD panel. Now if the heat is generated only on the sides of the LCD panel it will be harder for it to be distributed evenly across the whole panel and you have plastic all around that is not so good heat conductor. If you've tried touching a energy saving bulb you know that they don't get hot like the traditional light bulbs and their principle of work is very similar to that of a CCFL light inside a monitor, higher heat can actually decrease their lifespan and even kill them. With that said it doesn't mean that a CCFL light doesn't get hotter over time and it may as well contribute to the panel getting hotter too, but as I said it is not a reason to be so concerned about LED backlight... :)
Small, but enough to increase the the working temperature in a few minutes of work. You should know that the CCFL tubes are very small and they are usually placed at the top and bottom part of the LCD panel, then there is a diffuser used to distribute the light coming from them across the whole panel (sometimes even, sometimes not) and this is a common reason to cause of uneven blacklight distribution and thus backlight bleeding. When using LEDs they are either distributed in an array again on the edges or directly behind the LCD panel. Now if the heat is generated only on the sides of the LCD panel it will be harder for it to be distributed evenly across the whole panel and you have plastic all around that is not so good heat conductor. If you've tried touching a energy saving bulb you know that they don't get hot like the traditional light bulbs and their principle of work is very similar to that of a CCFL light inside a monitor, higher heat can actually decrease their lifespan and even kill them. With that said it doesn't mean that a CCFL light doesn't get hotter over time and it may as well contribute to the panel getting hotter too, but as I said it is not a reason to be so concerned about LED backlight... :)

My 3D Vision Blog - 3dvision-blog.com

#19
Posted 07/02/2010 10:01 AM   
Small, but enough to increase the the working temperature in a few minutes of work. You should know that the CCFL tubes are very small and they are usually placed at the top and bottom part of the LCD panel, then there is a diffuser used to distribute the light coming from them across the whole panel (sometimes even, sometimes not) and this is a common reason to cause of uneven blacklight distribution and thus backlight bleeding. When using LEDs they are either distributed in an array again on the edges or directly behind the LCD panel. Now if the heat is generated only on the sides of the LCD panel it will be harder for it to be distributed evenly across the whole panel and you have plastic all around that is not so good heat conductor. If you've tried touching a energy saving bulb you know that they don't get hot like the traditional light bulbs and their principle of work is very similar to that of a CCFL light inside a monitor, higher heat can actually decrease their lifespan and even kill them. With that said it doesn't mean that a CCFL light doesn't get hotter over time and it may as well contribute to the panel getting hotter too, but as I said it is not a reason to be so concerned about LED backlight... :)
Small, but enough to increase the the working temperature in a few minutes of work. You should know that the CCFL tubes are very small and they are usually placed at the top and bottom part of the LCD panel, then there is a diffuser used to distribute the light coming from them across the whole panel (sometimes even, sometimes not) and this is a common reason to cause of uneven blacklight distribution and thus backlight bleeding. When using LEDs they are either distributed in an array again on the edges or directly behind the LCD panel. Now if the heat is generated only on the sides of the LCD panel it will be harder for it to be distributed evenly across the whole panel and you have plastic all around that is not so good heat conductor. If you've tried touching a energy saving bulb you know that they don't get hot like the traditional light bulbs and their principle of work is very similar to that of a CCFL light inside a monitor, higher heat can actually decrease their lifespan and even kill them. With that said it doesn't mean that a CCFL light doesn't get hotter over time and it may as well contribute to the panel getting hotter too, but as I said it is not a reason to be so concerned about LED backlight... :)

My 3D Vision Blog - 3dvision-blog.com

#20
Posted 07/02/2010 10:01 AM   
[quote name='Azure247' post='1081353' date='Jul 1 2010, 05:32 PM']It has already been out.[/quote]
In Europe but not in the US, as far as I've been able to find anyway.

If anyone sees this in the US, post back! :D
[quote name='Azure247' post='1081353' date='Jul 1 2010, 05:32 PM']It has already been out.

In Europe but not in the US, as far as I've been able to find anyway.



If anyone sees this in the US, post back! :D

#21
Posted 07/09/2010 09:36 PM   
I live in Okinawa, Japan and I got my LG W2363D here a couple weeks ago. Price was marked at ¥41900. I bought their last display model at a discounted rate of ¥38000. I returned my 5850 for a 470 and also picked up the 3D Vision kit that night. So far I'm pleased with the upgrade! My next step is convincing my wife in letting me get 2 more + an extra 470, but she wants me to grab another pair of glasses first for movies. /thumbsup.gif' class='bbc_emoticon' alt=':thumbsup:' />
I live in Okinawa, Japan and I got my LG W2363D here a couple weeks ago. Price was marked at ¥41900. I bought their last display model at a discounted rate of ¥38000. I returned my 5850 for a 470 and also picked up the 3D Vision kit that night. So far I'm pleased with the upgrade! My next step is convincing my wife in letting me get 2 more + an extra 470, but she wants me to grab another pair of glasses first for movies. /thumbsup.gif' class='bbc_emoticon' alt=':thumbsup:' />

#22
Posted 07/12/2010 12:16 PM   
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