65points

Acer S271HLCbid

79points

Asus VE278Q

Acer S271HLCbid
Comparison winner
Asus VE278Q
vs
vs

23 facts in comparison

Acer S271HLCbid vs Asus VE278Q

Acer S271HLCbid
Asus VE278Q
Acer S271HLCbid
Asus VE278Q
65
points
79
points

Why is Acer S271HLCbid better than Asus VE278Q?

  • 19.2W lower power consumption on operation
    25.8W vs45W
  • 3.6mm shorter
    442mmvs445.6mm
  • 45mm thinner
    175mmvs220mm
  • 1.9kg lighter
    4.6kgvs6500g
  • 3mm narrower
    640mmvs643mm
  • Has a VGA connector

Why is Asus VE278Q better than Acer S271HLCbid?

  • 4ms less response time
    2msvs6ms
  • Has stereo speakers
  • Has a socket for a 3.5 mm audio jack
  • Supports PiP and PaP

Top specs and features

General info

1.supports total tilt
Acer S271HLCbid
Asus VE278Q

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.

2.height

442mm

445.6mm

Best

Asus VP228N 21.5"

3.9mm

3.thickness

175mm

220mm

Best

LG 22EA53VQ

5.5mm

4.Supports VESA mount
Acer S271HLCbid
Asus VE278Q

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.

5.width

640mm

643mm

Best

Toshiba PA3923U-2LC3

340.5mm

6.weight

4.6kg

6.5kg

Best

Asus VX278Q 27"

4.5g

Display

1.response time

6ms

2ms

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.

Best

LG UltraGear 34GK950F 34"

1ms

2.screen size

27"

27"

The bigger the screen size is, the better the user experience.

Best

Sharp LB-1085

108"

3.every pixel has three subpixels
Acer S271HLCbid
Asus VE278Q

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.

4.resolution

1920 x 1080px

1920 x 1080px

Best

Dell UltraSharp UP3218K

7680 x 4320px

5.maximum horizontal viewing angle

178º

170º

Horizontal viewing angle is the maximum angle at which a display can be viewed with acceptable visual performance.

Best

LG UltraGear 34GK950F 34"

178º

6.has an LED-backlit display
Acer S271HLCbid
Asus VE278Q

Uses LED backlighting, resulting in better image quality, more vibrant colors and richer blacks.

Colors

1.luminance

300cd/m²

300cd/m²

Luminance is the intensity of light that a device emits.

Best

Acer Predator X35 35" UW-UXGA

1000cd/m²

2.display colors

16.7m

16.7m

Number of colors that a display can accurately reproduce.

Best

Dell UltraSharp UP2716D 27"

1074m

Connectivity

1.has a HDMI output
Acer S271HLCbid
Asus VE278Q

Devices with a HDMI or mini HDMI port can transfer high definition video and audio to a display.

2.HDMI ports

1

1

More HDMI ports mean that you can simultaneously connect numerous devices, such as video game consoles and set-top boxes.

Best

Acer HN274H

4

3.has a socket for a 3.5 mm audio jack
Acer S271HLCbid
Asus VE278Q

With a standard mini jack socket, you can use the device with most headphones.

4.has a DVI connector
Acer S271HLCbid
Asus VE278Q

Devices that have a DVI connector (usually computers and notebooks) can be connected to the TV set.

5.has a VGA connector
Acer S271HLCbid
Asus VE278Q

VGA connector is a widespread connector and is found on many video cards, computer monitors, and some television sets.

Power

1.power consumption operation

25.8W

45W

How much power the device consumes when it's switched on.

Best

Sharp LB-1085

1.1W

Features

1.has stereo speakers
Acer S271HLCbid
Asus VE278Q

Devices with stereo speakers deliver sound from independent channels on both left and right sides, creating a richer sound and a better experience.

2.supports PiP and PaP
Acer S271HLCbid
Asus VE278Q

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.

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