- Jan 20, 2011
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Well, I have finally found a worthy replacement for my 3 1/2 year old 21.5" Samsung monitor:
http://www.samsung.com/us/computer/monitors/LS24D390HL/ZA
I have already placed my order for the above monitor but being that its the weekend it hasn't shipped yet so I have the power to cancel or change my order for just a little while longer. But I am considering purchasing the bigger brother because it's on sale:
It's a 27" monitor with 50 more cd/m2 than there is on the 24" monitor.
My question is, though, being that at the "current" moment the 27" inch monitor is only a few dollars more than what I ordered the 24" for(on sale). Would I be better off spending that extra money for the 27" inch based upon 2 specific numbers which, at first glance, appear to be better numbers. The numbers on paper(or screen) are better but what's the practical differences?
So, first off I am talking about the difference in response times. 5ms versus 2ms. So, on the rare occasion that I might wanna play a video game I have come to the mathematical conclusion that 5ms versus 2ms has no real practical difference. But I am hoping somebody can validate my math on this.
1 second = 1000 milliseconds which would translate into a 2ms response time refreshing the screen 500x/second. But if the monitor itself only runs at a maximum of 60HZ does a response time of 5ms even matter? Let alone 2ms? Samsung tries to lure me into purchasing the more expensive monitor by listing the "elimination of motion blur" as a bullet point. But I don't understand how that is possible if, by my math, the screen only ever gets updates at 60hz on both monitors anyway.
Samsung conspiculously does not report the refresh rate on their specifications page for either of these two monitors I am looking at.
Second question,
The 24" has a cd/m2 = 250 where as the equivalent larger monitor has a cd/m2 of 300. I know, generally, that has to do with the overall brightness but would that extra brightness of 50 translate into an overall brighter experience or is it simply the bare minimum requirement to give a similar experience one would get on a smaller screen because of the increased size. In other words, is the added 50 brightness going to give an overall more enjoyable experience or is just because a bigger monitor requires more brightness?
So those are my two questions. Thanks for reading.
http://www.samsung.com/us/computer/monitors/LS24D390HL/ZA
I have already placed my order for the above monitor but being that its the weekend it hasn't shipped yet so I have the power to cancel or change my order for just a little while longer. But I am considering purchasing the bigger brother because it's on sale:
It's a 27" monitor with 50 more cd/m2 than there is on the 24" monitor.
My question is, though, being that at the "current" moment the 27" inch monitor is only a few dollars more than what I ordered the 24" for(on sale). Would I be better off spending that extra money for the 27" inch based upon 2 specific numbers which, at first glance, appear to be better numbers. The numbers on paper(or screen) are better but what's the practical differences?
So, first off I am talking about the difference in response times. 5ms versus 2ms. So, on the rare occasion that I might wanna play a video game I have come to the mathematical conclusion that 5ms versus 2ms has no real practical difference. But I am hoping somebody can validate my math on this.
1 second = 1000 milliseconds which would translate into a 2ms response time refreshing the screen 500x/second. But if the monitor itself only runs at a maximum of 60HZ does a response time of 5ms even matter? Let alone 2ms? Samsung tries to lure me into purchasing the more expensive monitor by listing the "elimination of motion blur" as a bullet point. But I don't understand how that is possible if, by my math, the screen only ever gets updates at 60hz on both monitors anyway.
Samsung conspiculously does not report the refresh rate on their specifications page for either of these two monitors I am looking at.
Second question,
The 24" has a cd/m2 = 250 where as the equivalent larger monitor has a cd/m2 of 300. I know, generally, that has to do with the overall brightness but would that extra brightness of 50 translate into an overall brighter experience or is it simply the bare minimum requirement to give a similar experience one would get on a smaller screen because of the increased size. In other words, is the added 50 brightness going to give an overall more enjoyable experience or is just because a bigger monitor requires more brightness?
So those are my two questions. Thanks for reading.
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