While you are certainly correct about Dell, other manufacturers are now picking up the slack on IPS displays.
HP have the LP2475w which uses a 24" H-IPS panel and can be found for under $600.
Hazro have the HZ24Wi which should be comming to the US this quarter and will likely be under $700 (and it has silver aluminium body!).
You can also get the 26" DS-263N from doublesight, which uses an H-IPS panel, for under $800.
A smart man.
Yes, a pro matte H-IPS cost under $600 these days WITH a 3 year warranty (the HP). Apple charges $99 for applecare for monitors.
The HP with IPS panel (vs PVA or TN with the LED) and wide-gamut (vs only 72% - the old standard on the energy saving white LED backlight - used in notebooks and these new 24" LED monitors) is cheaper and nicer than either - a real pro display.
http://www.provantage.com/hewlett-packard-hp-kd911a8-aba~7CMPK0P6.htm
http://www.prad.de/en/monitore/review/2008/review-hp-lp2475w.html
As far as 24" LED. Apple is a month behind. Lenovo announced a month ago and shipped at the beginning of this month to customers.
http://www.lenovo.com/news/us/en/2008/09/thinkvision_monitors.html
http://www.provantage.com/lenovo-4421hb2~7LEN90AA.htm
The Lenovo is a prosumer monitor rather than that consumer monitor with gimmicks like glossy finish. It has important things like matte finish, height adjustment, and many more inputs. Typical Apple MO for the new Cinema Display - zero innovation for suckers with big wallets
Some sites say this new cheaper 24" desktop LED panel is PVA and some TN film. Prad is usually correct on such things and display blogs have guessed they are pva:
http://www.prad.de/en/guide/screen4867.html
This is a quote from the display blog about energy saving/notebook white led backlit displays:
"White LEDs are used that is a combination of a blue LED chip with a yellow phosphor coating. There are other variations, but the end result is a color gamut about the same as a typical CCFL backlit LCD of around 40-45% NTSC. There are already advanced CCFL backlit LCDs that reach 72% NTSC on notebook PCs today. Color uniformity will be a big issue for LED backlit LCDs if the sizes become much larger than 12″ or 13″ because the number of LEDs increase quite a bit. The only things that will improve are power consumption, LCD thickness, and durability. On most ultra-portable notebook PCs the use of a LED backlight will improve battery life due to the fact that LEDs consume less power at lower brightness levels."
FYI, High-end LED reference monitors from LaCie and Eizo use RGB LED backlights and exceed Adobe RGB gamut by a higher percentage than CCFL or white LEDs. The consumer laptop/low power backlights use only white LEDs and thus have less coverage of the gamut.
Its the same idea as cheap camcorders with 1 CCD vs. 3.
White LED monitors = cheap consumer cost cutting at least the first generation in notebooks/monitors. The article is a little old white LED in energy saving backlights are usually higher this year, around 72% and desktop white LED can match wide CCFL now.
The HP is the ticket though - H-IPS (102% - LM240WU4), DVI-I (x2), HDMI, DisplayPort, Component, S-Video and Composite Video. 6 port USB hub. Low price with three year warranty included.
The only regard the HP is inferior is CCFL uses more energy and doesn't last as long (around 50-60K hours) but on average people don't keep monitors long enough to hit the end of its life so its a non-issue. Monitors are already bright enough as it is (I don't need my retinas cooked any faster), so its also a moot point about brightness.