Displays: Benchmark Methodology & Test Setup Roundup: Four 23-Inch LCD Monitors Battle It Out By Andrew Ku April 30, 2012 1:23 PM Tags : Hardware & Software Monitor Lg Style CD-Rom Vga Led Monitor Power Consumption Round-Up Hdmi Benchmark Dell Lcd Consumer Electronics Show Speakers Screen Size Dvi Samsung Tom's Hardware Resolution Display Desktops Energy Displays Acer Monitors Table Of Contents 1. Dell, Acer, Samsung & LG 2. Acer S231HL Bid, Dell S2330MX, LG IPS236V, & Samsung S23A550H LCDs 3. Displays: Benchmark Methodology & Test Setup 4. LCD Out Of Box Performance: Maximum & Minimum Brightness 5. LCD Calibrated Performance: Brightness &Contrast Ratio 6. LCD Calibrated Performance: Color Accuracy & Gamut 7. Display Roundup: Black/White Uniformity & Viewing Angles 8. Display Power Consumption 9. Display Response Time, Input Lag, & Final Words 10. 23” LCD Round-Up: Mixed Results 3. Displays: Benchmark Methodology & Test Setup We're looking back at our testing nonitor methodology and try to simplify it to make it a little more accessible. We're not changing the hardware we use or the way we use it, and we still think that test patterns are too subjective. That’s why we’re still relying on our spectrophotometer and monitor calibration software (specifically, a Spectracal-certified i1Pro, Spectracal's CalMAN [luminance and gamut measurements], X-Rite's i1Match [default state], and ColorEyes Pro [calibration] to examine specific performance characteristics). Previously, our display benchmark suite generated a ton of results, and that density made the benchmarks difficult to cut through. In order to make our measurements and analysis more intuitive, we’re only recording the non-calibrated performance of luminance and contrast. At the end of the day, those are the only two variables that matter to folks who plan to buy a monitor, but don't anticipate calibrating it. Unfortunately, when it comes to color production, we do have to calibrate our displays in order to offset other variables like brightness, color temperature, and gamma. If you, personally, want to see other aspects of display performance measured, let us know in this story's feedback thread. We read through all of the commentary, and will try to accommodate requests where it makes the most sense. In the meantime, our current suite gives you a good idea of what to expect, whether you are gaming or just watching video on Hulu. Test HardwareProcessorIntel Core i5-2400 (Sandy Bridge), 32 nm, 3.1 GHz, LGA 1155, 6 MB Shared L3, Turbo Boost EnabledMotherboardGigabyte GA-Z68X-UD7-B3MemoryKingston Hyper-X 8 GB (2 x 4 GB) DDR3-1333 @ DDR3-1333, 1.5 VSystem Drive OCZ Vertex 3 240 GB SATA 6Gb/sGraphicsPalit GeForce GTX 460 1 GBPower SupplySeasonic 760 W, 80 PLUS GoldCalibration ToolsX-Rite i1ProSystem Software and DriversOperating SystemWindows 7 x64 UltimateDirectX DirectX 11DriverGraphics: Nvidia 270.61 RST: 10.6.0.1002 Virtu: 1.1.101 Previous Next 3. Displays: Benchmark Methodology & Test Setup1. Dell, Acer, Samsung & LG2. Acer S231HL Bid, Dell S2330MX, LG IPS236V, & Samsung S23A550H LCDs3. Displays: Benchmark Methodology & Test Setup4. LCD Out Of Box Performance: Maximum & Minimum Brightness5. LCD Calibrated Performance: Brightness &Contrast Ratio6. LCD Calibrated Performance: Color Accuracy & Gamut7. Display Roundup: Black/White Uniformity & Viewing Angles8. Display Power Consumption9. Display Response Time, Input Lag, & Final Words10. 23” LCD Round-Up: Mixed Results Comment on this article ... Comment(s)| Comments