Original Post
Written by
Edited November 28, 2020
at 04:55 PM
by
https://www.lenovo.com/us/en/acce...61C3MAR6US
Monitor is currently $99 on lenovo.com, use the sitewide eCoupon
EXTRAFIVE to save 5% off your entire purchase, and get this monitor for
$94
LINK TO PDF OF TECH SPECS:
https://psref.lenovo.com/syspool/...d_Spec.pdf
Panel Size: 22.5 inch
Panel Type: IPS (In-Plane Switching)
Backlight: WLED
Screen: matte, anti-glare coating
Aspect Ratio: 16:10
Resolution: 1920 x 1200
Viewing Angle (H x V): 178°/178°
Response Time (gray to gray): 4 ms (extreme mode) 6 ms (normal mode)
Contrast Ratio: 1000:1
Color Gamut NTSC: 72%
Color Support: 16.7M
Video Input Ports: VGA, HDMI 1.4, DP 1.2
Included Cables: power, VGA, DisplayPort, (bring your own HDMI cable)
Monitor Stand Features: fully ergonomic with height adjustable (lift), tilt, pivot, & swivel
VESA Mount Compatibility: Yes (100 mm)
Pixels Per Inch: 100 PPI
Brightness: 250 nits
Power consumption: 15W typical, 18W maximum, under 0.3W off/standby/suspend
Warranty: 3 years
Near bezel-less sides. Great budget solution for an office productivity, multi-monitor set up with good viewing angles.
83 Comments
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It was about whether or not the screen's backlight uses PWM, especially at a low speed. Some monitors use PWM to flick the backlight on and off rapidly. This wasn't such a big problem when screens used fluorescent tubes because those would more gracefully become black. But, LEDs switch extremely fast. The flicker may cause eyestrain. There are four options:
1. The manufacturer could use a very very high PWM rate. This is supposed to solve the issue by making the flickering so fast that it won't even strain your subconscious.
2. The manufacturer could use a constant control backlight. This has no PWM and therefore no flicker.
3. The manufacturer can use fast PWM at higher brightness levels and slow flickery PWM as the panel's brightness is turned down. (Not a good solution.)
4. The manufacturer can use slow PWM for the full range (except sometimes at 100% brightness where it's usually turned off). (Not a good solution.)
It was about whether or not the screen's backlight uses PWM, especially at a low speed. Some monitors use PWM to flick the backlight on and off rapidly. This wasn't such a big problem when screens used fluorescent tubes because those would more gracefully become black. But, LEDs switch extremely fast. The flicker may cause eyestrain. There are four options:
1. The manufacturer could use a very very high PWM rate. This is supposed to solve the issue by making the flickering so fast that it won't even strain your subconscious.
2. The manufacturer could use a constant control backlight. This has no PWM and therefore no flicker.
3. The manufacturer can use fast PWM at higher brightness levels and slow flickery PWM as the panel's brightness is turned down. (Not a good solution.)
4. The manufacturer can use slow PWM for the full range (except sometimes at 100% brightness where it's usually turned off). (Not a good solution.)
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I don't think having 2 different aspect monitors is horrible, but its not ideal. If you can, try to find a matching pair of the monitor you already have.
https://www.bestbuy.com/site/sams...Id=64208
https://www.bestbuy.com/site/sams...Id=64208
With that said I'm really tempted as 22.5" is less eye/neck strain compared to 24" (and 19/20" monitors are too small), plus the extra 120 pixels can make a difference.
Highly recommend for work/WFH, but not really for casual home use and definitely not gaming.