Dell S2817Q 28" vs Eizo S2202W vs Asus PB248Q: 30 facts in comparison
1. response time
Response time is how long it takes for a display to change the state of pixels, in order to show new content. The less time it takes to respond, the less likely it is to blur fast-changing images.
2ms
Acer Predator XB2 (XB252Q) 24.5": 1ms
5ms
6ms
2. power consumption operation
How much power the device consumes when it's switched on.
90W
Sharp LB-1085: 1.1W
51W
65W
3. screen size
The bigger the screen size is, the better the user experience.
27.9"
Sharp LB-1085: 108"
22"
24.1"
4. every pixel has three subpixels
The device has a display with three full subpixels per pixel, resulting in a sharp and crisp picture. Pixels in some displays (like AMOLED) share one subpixel to preserve space. This can result in a less crisp, slightly blurred image.
Dell S2817Q 28"
Eizo S2202W
Asus PB248Q
85% have it
5. has a HDMI output
Devices with a HDMI or mini HDMI port can transfer high definition video and audio to a display.
Dell S2817Q 28"
Eizo S2202W
Asus PB248Q
60% have it
6. resolution
3840 x 2160px
Dell UltraSharp UP3218K: 7680 x 4320px
1680 x 1050px
1920 x 1200px
7. supports total tilt
Total tilt adjustment is the ability for the monitor head to move up and down. Tilt adjustment enables a user to change the viewing position of the display, creating a more comfortable view of the screen.
Dell S2817Q 28"
Eizo S2202W
Asus PB248Q
83% have it
8. contrast ratio
Contrast ratio is the visual distance between the lightest and the darkest colors that may be reproduced on the display. A high contrast ratio is desired, resulting in richer dark colors and more distinctive color gradation.
1000:1
Acer XB0 XB240H 24": 100000000:1
1000:1
80000000:1
9. has anti-glare
Anti-glare helps to reduce the external reflections of light coming from outside the display.
Dell S2817Q 28"
Eizo S2202W
Asus PB248Q
28% have it
10. has an IPS screen
IPS (In-Plane Switching) is a technology used for LCDs. It was designed to overcome the main limitations of normal TFTs TN-matrices: relatively slow response times, small viewing angles and low quality color reproduction.
Dell S2817Q 28"
Eizo S2202W
Asus PB248Q
33% have it
11. luminance
Luminance is the intensity of light that a device emits.
300cd/m²
Acer Predator X35 35" UW-UXGA: 1000cd/m²
300cd/m²
300cd/m²
12. has an LED-backlit display
Uses LED backlighting, resulting in better image quality, more vibrant colors and richer blacks.
Dell S2817Q 28"
Eizo S2202W
Asus PB248Q
79% have it
13. maximum horizontal viewing angle
Horizontal viewing angle is the maximum angle at which a display can be viewed with acceptable visual performance.
170º
LG 32UK950 32": 178º
170º
178º
14. has a DVI connector
Devices that have a DVI connector (usually computers and notebooks) can be connected to the TV set.
How much power the device consumes when shut down but still plugged in.
0.3W
Asus MB168B Plus: 0W
0.7W
0.5W
18. weight
5.03kg
Asus VX278Q 27": 4.5g
7.7kg
6.6kg
19. display colors
Number of colors that a display can accurately reproduce.
1074m
Dell UltraSharp UP2716D 27": 1074m
16.77m
16.7m
20. Supports VESA mount
The VESA mount is a standard used by most manufacturers. A device that supports the VESA mount can be mounted on many different supports, from arms to wall mounts.
Dell S2817Q 28"
Eizo S2202W
Asus PB248Q
69% have it
21. maximum vertical viewing angle
Vertical viewing angle is the maximum angle at which a display can be viewed with acceptable visual performance.
160º
LG 32UK950 32": 178º
160º
178º
22. width
657.9mm
Toshiba PA3923U-2LC3: 340.5mm
507mm
557.2mm
23. has a VGA connector
VGA connector is a widespread connector and is found on many video cards, computer monitors, and some television sets.
Dell S2817Q 28"
Eizo S2202W
Asus PB248Q
76% have it
24. Has a swivel stand
A swivel stand allows you to adjust the position of the display left or right, so you can position it to the desired angle.
Dell S2817Q 28"
Eizo S2202W
Asus PB248Q
34% have it
25. supports PiP and PaP
Devices supporting PiP and PaP - Picture in Picture can show two images from different sources at the same time by splitting the viewing window or creating a smaller window inside the bigger image.