The last few CES shows have shown Dell attempting to improve its lineup, with the most landmark innovation being the introduction of IPS Black. Dell UltraSharps hit 120 Hzĭell UltraSharp monitors have long attracted workers and creatives and, with their USB-C connectivity, even Mac users. But this week's announcements have me imagining ways that future monitors could better serve users with serious work and play interests.įor now, here are the most intriguing monitors from CES 2024. We're not at the point where the best productivity monitor and ideal gaming monitor perfectly align in a single product. Secondly, with more people blending their work and home lives these days, CES brought hints that the line between gaming monitors and premium monitors used for general or even professional purposes will be blurring more in the future. That includes the introduction of 32-inch, non-curved QD-OLED options and other smaller screens for people who have been waiting for OLED monitors in more varied form factors. CES revealed many plans for OLED monitors in 2024, with a good number of those screens set to be appropriately sized for desktops. When it comes to the most interesting models this year, there were two noteworthy themes.įirst of all, my complaint in 2022 about there not being enough OLED monitors was largely addressed this year. Avoid using this test if you are prone to epilepsy.Each year, the Consumer Electronics show brings a ton of new computer monitor announcements, and it's often difficult to figure out what's worth paying attention to. ULMB and LightBoost) often have MPRT values of 1ms to 2ms, and may require Checkerboard Size of 1 or 2 to measure. Avoid Thickness values bigger than Checkerboard Size. With lower-persistence displays and/or high refresh rates, try using smaller Checkerboard Size numbers. However, faster displays and higher refresh rates are easier with a smaller "Size" setting. A larger "Size" setting allows a more accurate measurement. LCD GtG pixel transitions are often asymmetric. For more accurate measurements, do both black/white and inverse white/black tests, and average the results. This motion test is incompatible with frame-interpolating displays. However, this motion test will not work with frame-interpolation. Note: This motion test is compatible with impulse-driving. This test allows you to measure the actual correct representative number as seen by the human eye, which may sometimes be lower than advertised numbers. It represents the same perceived display motion blur as an ideal sample-and-hold display refreshing at a Hz matching the MCR value. Techniques such as frame-interpolation and impulse-driving (scanning backlights, strobing) frequently combine toĬreate higher Motion Clarity Ratios (MCR). To represent an equivalence to a refresh rate. Similiar terms are sometimes used by TV manufacturers ("Clear Motion Ratio", "Motion Clarity Index", etc.) Motion Clarity Ratio (MCR) is equal to 1000 divided by MPRT. For more information about display persistence, see Blur Busters Law. However, the more scientific term is Moving Picture Response Time (MPRT) found in science papers on Google Scholar. MPRT is also known in some industry circles as "persistence". square-wave strobe backlight), MPRT is exactly equal to strobe flash length. For the scientifically ideal instant-response sample-and-hold display, MPRT is exactly equal to the time period of one refresh cycle.įor the scientifically ideal impulse-driven display (e.g. MPRT is a more accurate representation of visible motion blur blur (see Eye Tracking Motion Blur Animation demo). MPRT can still create a lot of display motion blur even if pixel response (GtG) is instant. GtG is the pixel transition time, while MPRT is pixel visibility time. Moving Picture Response Time (MPRT) is display persistence. A different animation is TestUFO: GtG versus MPRT. GtG versus MPRT: The Two Different Pixel Response Benchmarks
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