D
Donald Cooper
Guest
Everything you say about aspect ratios is right on. However, he mentioned that cost was an issue, which to me rules out a lot of choices. The pivoting Samsung 243T costs about $2500; the pivoting Samsung 213T about $750.
With respect to your earlier question about whether it was hard to read a screen with this resolution: the short answer is yes, it's a bit hard. But rather than using those pixels to display more information you can use them to show you the same information at a larger size. So set it to 1280 X 1024 and it's very easy to read -- you still have pixels to share since most every program is designed for 1024 X 768. (For web browsing and word processors nothing beats portrait BTW).
With respect to your earlier question about whether it was hard to read a screen with this resolution: the short answer is yes, it's a bit hard. But rather than using those pixels to display more information you can use them to show you the same information at a larger size. So set it to 1280 X 1024 and it's very easy to read -- you still have pixels to share since most every program is designed for 1024 X 768. (For web browsing and word processors nothing beats portrait BTW).
I've spent a lot of time studying this lately .... I've been in theAs my old Dell 2001 broke, I want to buy a new LCD. Here is my
question: money is an issue
Do I get better results from 24" LCD with 1920x1200 pixels
than with a 21" LCD with 1600x1200 pixels in terms of ergonomics or
usability?
I know this quesion might sound stupid, but what is your experiance
when using such displays?
market for either a single LCD, or a pair ... because I'm
particularly interested in portrait mode as well as horiz.
I'm interested in maximizing the image size of a full 3:2 picture.
I want picts to be as big as they can be, correctly sized. So I've
tried to figure out how a 3:2 image actually fits inside the
various PC format monitors floating around. 21" are 4:3, usually
1600x1200. Widescreens are 16:10, and a 24" nrmally comes in at
1920 x 1200. Actual physical viewing sizes follow pixel counts
extremely closely as there is little difference in the size of
individual pixels between these monitors.
Now, at first blush it looks like the wide screen is the only
monitor capable of providing enough horiz size to allow full use of
the 1200 vertical ... that is 1200 x 3:2 = 1800, which is less than
1920. BUT, can we use the full 1200 vertical? Well, CS2 and every
program I've tried have title bars, or non-moveable tool bars that
rob vertical real estate. I figure 85% of vertical is all that's
normally usable. So 85% of 1200 = 1020. And 1020 x 3:2 = 1510,
which also fits inside a 21" 1600.
Bottom line, a 24" wide screen gives no larger a full image than
does a 21" regular screen. What you get is tool bar space on the
sides. But I would much rather have a second monitor for that ...
but then again, that is an entirely personal preference.
It's a little ironic that horiz 3:2 pics are most constrained by
vertical real estate, as monitors keep expanding horizontally!
And if you rotate a monitor and play around in portrait mode you
find the same thing ... that the pics are vertically constrained
first. Here, widescreens have great value in producing the largest
image .... because they're taller! Go figure!
best, mark