ABOUT BENCH FORUMS PODCAST LOGIN REGISTER
PC Components
Smartphones & tablets
Systems
ENTERPRISE & IT
GUIDES

The 20" LCD Shootout: Dell versus Apple

 by Kristopher Kubicki on April 27, 2005 12:05 AM EST
70 Comments | Add A Comment
70 Comments

Application Analysis

The core of our LCD benchmarking comes from real application analysis. We play with a lot of monitors and it gets easier for us each time to pick out problems with an LCD just by using the right application. Here are a few quick looks at some demanding full screen applications. We already ran ColorVision's OptiCal software, so all of our monitors are calibrated and adjusted to the same curves.

High Definition Video – We played the WMV9 1080p and 720p versions of “Under Sea Adventure” to give our monitor a little taste of high definition video. In many of our previous analyses, we simply ran WMV9 content unscaled to test color depth and clarity. However, since both the Apple Cinema and Dell 2005FPW are capable of widescreen unscaled aspect ratios (at least for 720p), we thought it best to put both of these monitors completely through their paces. No surprise, but there doesn’t seem to be any corruption or shifts in any of the colors. However, keep in mind that neither of these displays supports HDCP! We could not watch 1080i or 720p signals on either display from a regular Comcast HD receiver, since neither display has a DVI-HDCP input. While pin compatible, any HDCP source simply terminates after a few seconds of video. The Dell 2005FPW has a few additional inputs, so we can actually use a component-to-VGA (15-pin D-sub) cable and watch HD content in this manner. Of course, for the same reason why we don’t encourage anyone to use 15-pin D-sub cables for regular computer use, we really don’t recommend D-sub for TV either if it can be avoided. Unfortunately, in this scenario, it cannot.


Click to enlarge.

The Matrix Reload, The Matrix - We use the Matrix series to test full motion video on our LCDs. Since the Matrix isn't the best movie to test color reproduction, we typically only look for motion blur on gray-to-gray transitions or other imperfections in the signal. Both displays demonstrated accurate sharpness, although we noticed that the slightly duller Apple display had more of a “washed out” look to it in comparison to the Dell 2005FPW. Typically, we only see this on brighter LCDs with lower contrast ratios. Since the Apple 2005FPW has a (very) slight lower measured contrast ratio, this didn’t surprise us during out testing.


Click to enlarge.

World of Warcraft – Although I didn’t personally start playing World of Warcraft until Anand published his Performance Guide, WOW happens to be one of the most perfect games to test LCD gaming. The fairly rich color palette, high motion objects and often contrasting lights and darks make the game a perfect haven to really put a display to its limits. (Unfortunately, once you turn it on, it also becomes nearly impossible to stop playing and start writing). Putting our displays into mirroring mode and playing for a few hours really stresses the importance of good color calibration in game settings; for example, it became almost impossible to differentiate portions of the grass needed to be selected for a quest on both LCDs before calibration through ColorVision’s OptiCal. Because both monitors were using DVI connectors, these changes had to be made to the color curves on the PC because the functionality is disabled on the monitors.

Max Payne 2 - The extreme light and dark transitions in Max Payne still provide us with the sufficient criteria to benchmark transient response time; specifically, we can focus on the light and dark extremes. We detected no red shift (as we usually do on this game for PVA displays), and had no problem with motion blur.

Photoshop CS – We typically don’t mention applications like Photoshop, but while using some of our new found desktop space, we took to advanced features in Photoshop like a fish in water. It’s no surprise that high end graphics (and, of course, video) are done on these displays; the higher resolution and wider room allow us to spread the tool bars out further while giving us more room to work. Widescreen displays feel awkward at first, but given hours of tinkering and readjusting, the additional room feels almost necessary.


Click to enlarge.


Quantitative Analysis Subjective Analysis
PRINT THIS ARTICLE
Comments Locked

70 Comments

View All Comments

  • Weezard - Wednesday, May 4, 2005 - link

    Okay, sounds good.

    So if I buy this monitor, Ill just have to plug it in, and it will work with widescreen and all - on my Windows XP system with 9700Pro?

    Thanks.

  • Pastuch - Wednesday, May 4, 2005 - link

    "Does my Radeon9700Pro support this monitor?"

    A 9700pro is an excellent videocard for this monitor if you dont plan on playing games like Halflife 2 or WoW. The 9700pro's DVI signal will work perfectly, however you should install the latest ATI driver from ATI.com.

    "but what about resolution options, DDC (or what its called - the function that delivers 16:10 widescreen). "

    DDC or whatever you had in mind does not deliver a widescreen display. If you install the latest ATI drivers you will see that the standard windows graphics profiles in display settings have 1680x1050x32. The ATI driver has the ability to force 720p or 1080i but it is not necessary.

  • Weezard - Wednesday, May 4, 2005 - link

    Hi, nice review.

    I do have a few questions about the Cinema Display.

    Does my Radeon9700Pro support this monitor? It has DVI output, but what about resolution options, DDC (or what its called - the function that delivers 16:10 widescreen).

    Is this a plug and play monitor, when running Windows XP and Radeon 9700Pro? Is any software needed before using it with a Windows OS?

    Thank you.

  • wrack - Wednesday, May 4, 2005 - link

    One thing I forgot to ask Kristopher,

    Which graphics card and processor was used to carry out this review..? I can't find 1680x1050 resolution option on my graphics card.

  • wrack - Tuesday, May 3, 2005 - link

    #54 Electonic circuits always tend to attract fine dust.

  • nortexoid - Sunday, May 1, 2005 - link

    dust acts as an insulator? the monitor is standing vertically so the only place dust would gather is on the top, not on any of the electronics. or do you lie your monitor face down on a glass desk and work from underneath the desk? i know it's gaining ergonomic popularity, but i thought only in malawi.

  • Spacecomber - Saturday, April 30, 2005 - link

    This is the kind of review that I'd like to see become the standard for comparing LCDs. Pick an assortment of LCDs that are using the same type of matrice panel(TN, IPS, PVA/MVA) and compare these monitors to each other. They don't have to be using the exact same panel, as in this case, just one based on the same technology. This will provide the reader with something much more like an apples to apples comparison than the apples to oranges comparision that you will get otherwise. (Sorry, about the Apple pun.)

    With all three (or four) types of matrices having such distinctive strengthes and weaknesses, you pretty much have to decide which of these patterns of characteristics will best match how you use the computer and then go looking for that particular type of matrice in a panel.

    The questions for the reviewers then becomes how well does a particular display cope with it's inherent weaknesses, as well as how well does it emphasize what should be its relative strengths.

    For example, in this Anandtech review of IPS panel displays, one of the main problems for IPS panels to overcome is a relatively low contrast ratio, which can affect how well it reproduces black; so, this specification is one that should be given particular attention in the review, especially the subjective analysis.

    Response times are always a point of emphasis in LCD reviews, and with IPS screens, as was noted in the review, you should expect to see the relatively modest black-white response time made up for by the fact that response times stay relatively consistent, even when changes in shade become smaller. (That is why I was confused by this statement, regarding motion blur, in the review, "...two states that are very close to each other take less time than two states further apart from each other, which results in pixels that are not just delayed in a uniform manner, but at several different speeds across the entire panel depending on the hue". I thought that it was with states that were closer together that you saw the slower response time, due to the voltage differential being so small in these cases.)

    In sum, I'd like to see more LCD reviews start with what is known about the panel that is being used (such as is detailed in this very good xbitlabs analysis, http://www.xbitlabs.com/articles/other/display/lcd... and use this understanding to provide a framework for comparing LCDs in terms of their strengths and weaknesses. Essentially, while there is no one LCD monitor that is as well rounded for many purposes as is a CRT, anyone buying a LCD will be looking for the one that imposes fewer compromises on the them and for compromises that impinge less on how the screen will be used by that particular buyer.

    Space

  • KristopherKubicki - Friday, April 29, 2005 - link

    nortexoid: Dust acts as an insulator. Wrapping your DSP in a warm cuddly blanket will probably make it fail prematurely.

    glennpratt: Unfortunately I cannot quite vouche for the fact that aluminum really acts as a heat sink on this display. The housing is completely smooth and does not really create additional surface area for heat dissapation. Aluminums ability to transfer heat well only helps if there is additional surface area for the sink to come in contact with air.

    In reality, the reason why Apple can get away with a beveled design without any passive exhaust has more to do with the fact that the inverter is housed in a separate brick from the display. Samsung does this too in many of their high end displays.

    Anyways - I think Apple just picked Aluminum for looks.

    Kristopher

  • glennpratt - Friday, April 29, 2005 - link

    The Apple is made of aluminum which may have affected their decision to leave out the vents (aluminum transfers heat much better the plastic.)

  • nortexoid - Thursday, April 28, 2005 - link

    What do you think damages a electronics more: dust falling on them or high temperatures?

    I'd rather vents in the back of my monitor to prevent higher temperatures than have it completely sealed to keep out that horribly destructive nuclear fallout.
Copyright © 2024. All rights reserved.
BENCH
TOPICS
FOLLOW
ABOUT

Log in

Don't have an account? Sign up now