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The LaCie 324 can display two A-size pages side by side with room left over for palettes and such, and 9-pixel (6.8 point) type was easy to read in this configuration. I saw no ghosting or flicker during any of the tests. The grays were neutral, and both color and grayscale ramps were relatively smooth. The yellows were clean and pure but a bit weak in intensity, though not significantly enough to warrant a deduction. I tested the LaCie 324 for brightness, contrast, focus, convergence, color purity, geometric distortion, and raster rotation, and it scored A grades on all of the tests. LACIE BLUE EYE PRO CALIBRATION SOFTWARE DRIVERSNVIDIA drivers v.6., dated February 1, 2008, were used for all tests.įor specific tests, I used DisplayMate Multimedia edition on USB ( which offers a broad range of display tests, including some that are specific to LCD panels. The graphics card in the system was the speedy NVIDIA Quadro FX 3700 with 512 MB of integrated memory on board. LACIE BLUE EYE PRO CALIBRATION SOFTWARE PROFESSIONALThe system was based on Windows XP Professional with Service Pack 2 and all available updates installed. I tested the LaCie 324 using an Xi MTower 2P64X dual quad-core workstation that Cadalyst is reviewing for an upcoming Cadalyst Labs review. The LaCie 324 is a 24", wide-gamut, 16:10 LCD monitor that targets the needs of creative professionals. Color calibration is handled by the available Blue Eye Pro colorimeter hardware.Ĭonnectivity options for the LaCie 324 include 2x HDMI connectors, 1x 24-pin DVI-D, and 1x 15-pin mini D-sub connector, in addition to the USB 2.x hub. You'll find controls for gamma settings, picture-in-picture (PIP), and aspect ratio, among the extensive display controls offered. The on-screen menu (OSM) is excellent, easy to understand and navigate. Although not always easy to see, the control buttons are responsive. The controls consist of seven touch-sensitive membrane buttons at the bottom right of the bezel for menu, down, up, left, right, input, and power, with an associated LED indicator. The stand for the LaCie 324 is very stable and well engineered, allowing for tilt and swivel, though no pivot - the display is landscape (horizontal) only. The display offers a speedy 6 ms gray-to-gray response time and uses a maximum of 140 W of power. The monitor has a built-in, three-port USB 2.0 hub (one upstream and three downstream), and although it doesn't have integrated speakers, it does include a speaker/headphone port. 270 mm, and the rated viewing angle is 178° both horizontally and vertically. The LaCie 324 has a vendor-rated brightness of 400 cd/m 2 and a typical contrast rating of 1000:1. The LaCie 324 has a native resolution of 1,920 x 1,200, but it can display both 1,024 x 768 and 1,280 x 1,024 resolutions without distortion. A 24", wide-gamut, 16:10 LCD monitor based on a S-PVA panel, the LaCie 324 features an embedded 10-bit gamma correction mechanism that minimizes banding and ensures that color gradients are rendered smoothly. LaCie is noted for its high-quality displays, and the recently introduced LaCie 324 LCD monitor is no exception. These inconsistent colorimetrical values can not be stored in a matrix profile (instead they are "forced normalized") which leads to the high deviations in profile validation (and you could of course never reasonable use it for CEPS in this mode - with our without color management).LaCie 324 LCD Monitor (First Look Review) 31 May, 2008 By: Ron LaFon High-quality, moderately priced display also provides precise color calibration. The (summed) brightness of the primaries did not match with the brightness of white. Linearity was a problem with the DELL U2410 in custom color mode. ![]() ![]() Regarding the right measurement device: If the display doesn't have a CCFL backlight without extended gamut (~72% NTSC) it gets quite tricky. A hypothetical display with a sRGB coverage of 20% can of course have a perfect profile validation - but you could never reasonable use it. But it makes no sense to compare these values to a measurement against a working color space which is often done prior to calibration. You get some hints regarding linearity* (if you are using a matrix profile) and the the point at which a recalibration is recommendable. Click to expand.What is shown is a profile validation that measures actual colors and compares them with the transformation of the same RGB values through the display profile. ![]()
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