1. Resolution (Fineness): Under the same conditions and size, higher resolution leads to a finer display. The most intuitive measurement is PPI (Pixels Per Inch); retina-level display requires a PPI ≥ 300.
2. Color Temperature: Generally expressed as cool or warm tones. Compared to the same brightness, cool colors appear brighter (bluer) and more vivid but can cause eye fatigue over time. Warm colors appear slightly darker (yellower) and gentler; they are more comfortable for long-term viewing. The unit is Kelvin (K). Higher values are cooler. These can be adjusted via the OSD menu.
3. Grayscale and Color Gamut: These standards are typically required in automotive, medical, and graphic design industries. They require smooth grayscale transitions and a wide color gamut. Depending on the region and industry, color gamut is measured by standards such as sRGB, NTSC, Adobe RGB, and DCI-P3. Generally, higher values mean a wider color range and richer colors.
1. Resolution (Fineness): Under the same conditions and size, higher resolution leads to a finer display. The most intuitive measurement is PPI (Pixels Per Inch); retina-level display requires a PPI ≥ 300.
2. Color Temperature: Generally expressed as cool or warm tones. Compared to the same brightness, cool colors appear brighter (bluer) and more vivid but can cause eye fatigue over time. Warm colors appear slightly darker (yellower) and gentler; they are more comfortable for long-term viewing. The unit is Kelvin (K). Higher values are cooler. These can be adjusted via the OSD menu.
3. Grayscale and Color Gamut: These standards are typically required in automotive, medical, and graphic design industries. They require smooth grayscale transitions and a wide color gamut. Depending on the region and industry, color gamut is measured by standards such as sRGB, NTSC, Adobe RGB, and DCI-P3. Generally, higher values mean a wider color range and richer colors.
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