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- Table of Contents
- Top
- Main Differences
- Design
- Picture Quality
- Motion
- Inputs
- Features
- Comments
Gigabyte M27U vs LG 27GR93U-B
Side-by-Side Comparison
Products
Gigabyte M27U
LG 27GR93U-B
Tested using Methodology v2.0.1
Updated Feb 19, 2025 04:48 PM
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Max Refresh Rate160 Hz
Size27"
Pixel TypeIPS
Native Resolution3840 x 2160
Max Refresh Rate144 Hz
Size27"
Pixel TypeIPS
Native Resolution3840 x 2160
Variants
- M27U (27")
- 27GR93U-B (27")
Our Verdict
Gigabyte M27U
LG 27GR93U-B
The LG 27GR93U-B and the Gigabyte M27U are both 4k gaming monitors. They have many similar features, especially for gaming, but the LG supports higher HDMI bandwidth, so it doesn't need to use compression for demanding signals like on the Gigabyte. That said, the Gigabyte has a few extra features for productivity, like a USB-C port and KVM switch, making it the better choice for multitasking with different devices.
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B&HMain Differences for
Threshold
PC Gaming
7.2
7.1
Full Comparison
Design
Style
Design Picture
Curved
No
No
Curve Radius
Not Curved
Not Curved
Accelerated Longevity Test
Uniformity Pictures
Longevity Graph
Build Quality
7.5
7.5
Build Quality Picture
Ergonomics
7.0
7.5
Ergonomics Picture
Back Picture
Height Adjustment
5.0" (12.8 cm)
4.3" (11.0 cm)
Min Height To Top Of Panel
15.0" (38.1 cm)
18.1" (45.9 cm)
Tilt Range
-20° to 5°
-15° to 5°
Rotate Portrait/Landscape
No
Yes, Clockwise
Swivel Range
No swivel
No swivel
Wall Mount
VESA 100x100
VESA 100x100
Stand
Stand Picture
Thickness Picture
Base Width
14.5" (36.8 cm)
17.5" (44.4 cm)
Base Depth
7.1" (18.0 cm)
10.2" (25.8 cm)
Thickness (With Display)
5.7" (14.6 cm)
7.8" (19.9 cm)
Weight (With Display)
13.9 lbs (6.3 kg)
13.8 lbs (6.3 kg)
Display
Display Picture
Size
27"
27"
Housing Width
24.2" (61.4 cm)
24.2" (61.4 cm)
Housing Height
14.6" (37.1 cm)
14.6" (37.1 cm)
Thickness (Without Stand)
2.1" (5.4 cm)
2.0" (5.1 cm)
Weight (Without Stand)
10.1 lbs (4.6 kg)
9.8 lbs (4.4 kg)
Borders Size (Bezels)
0.2" (0.6 cm)
0.3" (0.8 cm)
Controls
Controls Picture
In The Box
In The Box Picture
Power Supply
Internal
External Brick
Picture Quality
Contrast
6.3
6.0
Checkerboard Picture
Native Contrast
1,072 : 1
1,020 : 1
Contrast With Local Dimming
1,656 : 1
N/A
Local Dimming
2.0
0.0
Local Dimming Video
Local Dimming
Yes
No
Backlight
Edge
Edge
SDR Brightness
8.2
8.4
Real Scene
391 cd/m²
438 cd/m²
Peak 2% Window
411 cd/m²
470 cd/m²
Peak 10% Window
414 cd/m²
471 cd/m²
Peak 25% Window
415 cd/m²
471 cd/m²
Peak 50% Window
415 cd/m²
471 cd/m²
Peak 100% Window
415 cd/m²
471 cd/m²
Sustained 2% Window
411 cd/m²
470 cd/m²
Sustained 10% Window
414 cd/m²
471 cd/m²
Sustained 25% Window
415 cd/m²
471 cd/m²
Sustained 50% Window
415 cd/m²
471 cd/m²
Sustained 100% Window
415 cd/m²
471 cd/m²
Automatic Brightness Limiting (ABL)
0.001
0.000
Minimum Brightness
62 cd/m²
80 cd/m²
HDR Brightness
7.8
7.3
EOTF
VESA DisplayHDR Certification
DisplayHDR 600
DisplayHDR 400 - 1.0/1.1
Real Scene
591 cd/m²
501 cd/m²
Peak 2% Window
643 cd/m²
532 cd/m²
Peak 10% Window
680 cd/m²
533 cd/m²
Peak 25% Window
680 cd/m²
534 cd/m²
Peak 50% Window
684 cd/m²
534 cd/m²
Peak 100% Window
441 cd/m²
535 cd/m²
Sustained 2% Window
640 cd/m²
531 cd/m²
Sustained 10% Window
677 cd/m²
532 cd/m²
Sustained 25% Window
678 cd/m²
533 cd/m²
Sustained 50% Window
682 cd/m²
534 cd/m²
Sustained 100% Window
438 cd/m²
534 cd/m²
Automatic Brightness Limiting (ABL)
0.026
0.000
Horizontal Viewing Angle
7.1
7.7
Horizontal Viewing Angle Video
Horizontal Chroma Graph
Color Washout From Left
31°
40°
Color Washout From Right
33°
39°
Horizontal Hue Graph
Color Shift From Left
35°
46°
Color Shift From Right
42°
47°
Horizontal Lightness Graph
Brightness Loss From Left
38°
44°
Brightness Loss From Right
40°
45°
Black Level Raise From Left
70°
70°
Black Level Raise From Right
70°
70°
Gamma Shift From Left
30°
40°
Gamma Shift From Right
34°
39°
Vertical Viewing Angle
7.7
7.9
Vertical Viewing Angle Video
Vertical Chroma Graph
Color Washout From Below
30°
34°
Color Washout From Above
31°
38°
Vertical Hue Graph
Color Shift From Below
40°
43°
Color Shift From Above
47°
54°
Vertical Lightness Graph
Brightness Loss From Below
33°
37°
Brightness Loss From Above
34°
42°
Black Level Raise From Below
70°
70°
Black Level Raise From Above
70°
70°
Gamma Shift From Below
60°
55°
Gamma Shift From Above
62°
60°
Gray Uniformity
7.8
7.6
50% Uniformity Picture
50% Std. Dev.
4.141%
3.812%
50% DSE
0.141%
0.153%
Black Uniformity
5.0
7.0
Native Black Uniformity Picture
Native Std. Dev.
2.072%
1.280%
Black Uniformity Picture With Local Dimming
Std. Dev. w/ L.D.
6.513%
N/A
Color Accuracy (Pre-Calibration)
8.6
8.4
Pre Calibration Picture
Pre Gamma Curve Picture
Pre Color Picture
Picture Mode
sRGB
sRGB
sRGB Gamut Area xy
103.9%
105.9%
White Balance dE (Avg.)
2.30
2.54
Color Temperature (Avg.)
6,852 K
6,885 K
Gamma (Avg.)
2.32
2.27
Color dE (Avg.)
2.19
1.78
Contrast Setting
N/A
N/A
RGB Settings
Default
50-50-50
Gamma Setting
Default
Default
Brightness Setting
60
16
Measured Brightness
184 cd/m²
140 cd/m²
Brightness Locked
No
No
Color Accuracy (Post-Calibration)
9.7
9.8
Post Calibration Picture
Post Gamma Curve Picture
Post Color Picture
Picture Mode
Custom 1
Gamer 1
sRGB Gamut Area xy
98.7%
99.9%
White Balance dE (Avg.)
0.57
0.48
Color Temperature (Avg.)
6,433 K
6,488 K
Gamma (Avg.)
2.18
2.17
Color dE (Avg.)
0.45
0.36
Contrast Setting
50
70
RGB Settings
97-98-98
48-50-49
Gamma Setting
2.2
Mode 2
Brightness Setting
12
6
Measured Brightness
102 cd/m²
100 cd/m²
SDR Color Gamut
9.5
9.6
sRGB Color Gamut Picture
sRGB Coverage xy
99.3%
99.7%
sRGB Picture Mode
Custom 1
Gamer 1
Adobe RGB Color Gamut Picture
Adobe RGB Coverage xy
88.3%
91.7%
Adobe RGB Picture Mode
Custom 1
Gamer 1
HDR Color Gamut
8.4
8.9
Wide Color Gamut
Yes
Yes
DCI-P3 Color Gamut Picture
DCI-P3 Coverage xy
92.4%
95.9%
DCI-P3 Picture Mode
HDR Mode
Gamer 1
Rec. 2020 Color Gamut Picture
Rec. 2020 Coverage xy
68.3%
70.9%
Rec. 2020 Picture Mode
HDR Mode
Gamer 1
HDR Color Volume
7.9
7.4
DCI-P3 Color Volume ITP Picture
1,000 cd/m² DCI-P3 Coverage ICtCp
59.7%
59.8%
DCI-P3 Picture Mode
HDR Mode
Gamer 1
Rec. 2020 Color Volume ITP Picture
10,000 cd/m² Rec. 2020 Coverage ICtCp
35.1%
30.4%
Rec. 2020 Picture Mode
HDR Mode
Gamer 1
Text Clarity
9.0
9.0
ClearType On
ClearType Off
Pixel Type
IPS
IPS
Pixels
Subpixel Layout
RGB
RGB
Reflections
7.3
8.1
Average Room
Average Room Off Picture
Bright Room Off Picture
Screen Finish
Matte
Matte
Total Reflections
5.6%
4.7%
Indirect Reflections
3.0%
3.6%
Calculated Direct Reflections
2.5%
1.1%
Gradient
9.8
9.8
Gradient Picture
Color Depth
10 Bit
10 Bit
Motion
Refresh Rate
7.5
7.4
Native Refresh Rate
150 Hz
144 Hz
Max Refresh Rate
160 Hz
144 Hz
Max Refresh Rate Over DP
160 Hz
144 Hz
Max Refresh Rate Over HDMI
150 Hz
144 Hz
Max Refresh Rate Over DP @ 10-bit
160 Hz
144 Hz
Max Refresh Rate Over HDMI @ 10-Bit
150 Hz
144 Hz
Variable Refresh Rate (VRR)
Variable Refresh Rate
Yes
Yes
FreeSync
Yes
Yes
G-SYNC
Compatible (Tested)
Compatible (NVIDIA Certified)
VRR Maximum
160 Hz
144 Hz
VRR Minimum
< 20 Hz
< 20 Hz
VRR Supported Connectors
DisplayPort, HDMI
DisplayPort, HDMI
VRR Motion Performance
7.8
7.8
Pursuit Photo VRR
OD Mode CAD Comparison
Recommended VRR OD Setting
Picture Quality
Normal
Variable Overdrive Advertised
Yes
No
Avg. CAD
167
171
Best CAD
154
164
Worst CAD
200
186
Refresh Rate Compliance
7.6
7.7
Fast GTG Sequence
VRR Compliance
Compliance @ Max Hz
51%
57%
Compliance @ 120 FPS
61%
62%
Compliance @ 60 FPS
78%
78%
CAD @ Max Refresh Rate
7.9
7.9
Pursuit Photo At Max Refresh
CAD Heatmap At Max Refresh
OD Transition Max Refresh Rate
OD balance
0 to 31
OD fast
0 to 31
Recommended Overdrive Setting
Balance
Fast
Avg. CAD
144
156
Best 10% CAD
80
82
Worst 10% CAD
245
240
Response Time @ Max Refresh Rate
First Response Time
4.4 ms
4.8 ms
Total Response Time
7.0 ms
6.7 ms
Recommended Overdrive Setting
Balance
Fast
RGB Overshoot
4 RGB
4 RGB
Worst 10% RGB Overshoot
9 RGB
17 RGB
Worst 10% First Response Time
8.2 ms
7.4 ms
Worst 10% Total Response Time
9.5 ms
11.1 ms
Heatmap First Response
Heatmap Total Response
Heatmap RGB Overshoot
CAD @ 120Hz
7.8
7.8
Pursuit Photo 120Hz
CAD Heatmap 120Hz
OD Transition 120Hz
OD balance
0 to 31
OD fast
0 to 31
Recommended Overdrive Setting
Picture Quality
Normal
Avg. CAD
156
163
Best 10% CAD
82
86
Worst 10% CAD
264
235
Response Time @ 120Hz
Worst 10% First Response Time
8.5 ms
8.2 ms
RGB Overshoot
1 RGB
1 RGB
Total Response Time
6.9 ms
6.3 ms
First Response Time
5.4 ms
5.6 ms
Recommended Overdrive Setting
Picture Quality
Normal
Worst 10% Total Response Time
10.1 ms
10.4 ms
Worst 10% RGB Overshoot
6 RGB
9 RGB
120Hz First Response Heatmap
120Hz Total Response Heatmap
120Hz Heatmap RGB Overshoot
CAD @ 60Hz
7.3
7.3
Pursuit Photo 60Hz
CAD Heatmap 60Hz
OD Transition 60Hz
OD balance
0 to 31
OD fast
0 to 31
Recommended Overdrive Setting
Off
Normal
Avg. CAD
194
186
Best 10% CAD
98
87
Worst 10% CAD
312
327
Response Time @ 60Hz
Recommended Overdrive Setting
Off
Normal
First Response Time
9.0 ms
5.5 ms
Total Response Time
9.0 ms
11.9 ms
RGB Overshoot
0 RGB
4 RGB
Worst 10% Total Response Time
15.5 ms
20.9 ms
Worst 10% First Response Time
15.5 ms
7.9 ms
Worst 10% RGB Overshoot
0 RGB
15 RGB
60Hz First Response Heatmap
60Hz Total Response Heatmap
60Hz RGB Overshoot Heatmap
Backlight Strobing (BFI)
Backlight Strobing Picture
Backlight Strobing Frequency Picture
Backlight Strobing (BFI)
Yes
No BFI
Maximum Frequency
160 Hz
N/A
Minimum Frequency
60 Hz
N/A
Longest Pulse Width Brightness
243 cd/m²
N/A
Shortest Pulse Width Brightness
243 cd/m²
N/A
Pulse Width Control
No
No BFI
Pulse Phase Control
No
No BFI
Pulse Amplitude Control
No
No BFI
VRR At The Same Time
Yes
No BFI
VRR Flicker
9.4
9.1
VRR Flicker Video
VRR Flicker Graph
Dark Gray Flicker
0.3 RGB
0.8 RGB
Middle Gray Flicker
0.7 RGB
0.3 RGB
Light Gray Flicker
0.7 RGB
0.5 RGB
Image Flicker
10
10
Backlight Picture
Flicker-Free
Yes
Yes
PWM Dimming Frequency
0 Hz
0 Hz
Inputs
Input Lag
8.9
8.8
Native Resolution @ Max Hz
3.7 ms
4.5 ms
Native Resolution @ 120Hz
4.8 ms
5.0 ms
Native Resolution @ 60Hz
8.7 ms
9.7 ms
Backlight Strobing (BFI)
7.5 ms
N/A
Resolution
8.8
8.8
Native Resolution
3840 x 2160
3840 x 2160
Aspect Ratio
16:9
16:9
Megapixels
8.3 MP
8.3 MP
Pixel Density
163 PPI
163 PPI
PS5 Compatibility
10
10
PS5 Compatibility Photo
PS5 Compatibility Table
4k @ 120Hz
Yes
Yes
4k @ 60Hz
Yes
Yes
1440p @ 120Hz
Yes
Yes
1440p @ 60Hz
Yes
Yes
1080p @ 120Hz
Yes
Yes
1080p @ 60Hz
Yes
Yes
Xbox Series X|S Compatibility
10
9.7
XSX Compatibility Photo
XSX Compatibility Table
4k @ 120Hz
Yes
Yes
4k @ 60Hz
Yes
Yes
1440p @ 120Hz
Yes
Yes
1440p @ 60Hz
Yes
Yes
1080p @ 120Hz
Yes
Yes
1080p @ 60Hz
Yes
Yes
Inputs Photos
Inputs 1
Inputs 2
Video And Audio Ports
DisplayPort
1 (DP 1.4)
1 (DP 1.4)
DisplayPort Transmission Bandwidth
No DisplayPort 2.1
No DisplayPort 2.1
Mini DisplayPort
No
No
HDMI
2 (HDMI 2.1)
2 (HDMI 2.1)
HDMI 2.1 Bandwidth
24Gbps (FRL 6x4)
48Gbps (FRL 12x4)
DVI
No
No
VGA
No
No
Daisy Chaining
No
No
3.5mm Audio Out
1
1
HDR10
Yes
Yes
3.5mm Audio In
No
No
3.5mm Microphone In
No
No
USB
USB-A Ports
3
2
USB-A Rated Speed
5Gbps (USB 3.2 Gen 1)
5Gbps (USB 3.2 Gen 1)
USB-B Upstream Port
Yes
Yes
USB-C Ports
1
0
USB-C Upstream
Yes
No USB-C Ports
USB-C Rated Speed
5Gbps (USB 3.2 Gen 1)
No USB-C Ports
USB-C Power Delivery
15W
No USB-C Ports
USB-C DisplayPort Alt Mode
Yes
No USB-C Ports
Thunderbolt
No
No
macOS Compatibility
macOS Screenshot
Features
Additional Features
Speakers
Yes
No
RGB Illumination
No
Controllable
Multiple Input Display
PIP + PBP
No
KVM Switch
Yes
No
On-Screen Display (OSD)
OSD Picture
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M27U
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27GR93U-B
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M27U
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27GR93U-B
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M27U
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M27U
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Gigabyte M27U
LG 27GR93U-B
Comments
Gigabyte M27U vs LG 27GR93U-B: Main Discussion
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As monkeyisland mentioned, because the Gigabyte has more limited HDMI bandwidth (24 Gbps), it needs to use compression for its max refresh rate with 4k signals. This is technically visually lossless, so it’s hard to tell any differences versus a monitor that doesn’t require DSC.
For the user it means very little. You will not notice any difference at all if the signal was compressed. HDMI 2.1 relies on Display Stream Compression (DSC), which is a compression algorithm that is “visually lossless”, and that means that the output is indistinguishable from the original to the lay human eye. I honestly wouldn’t worry about this too much, especially if you have a mid-high end graphics card that can perform compression without breaking a sweat.
A bit more info… HDMI 2.1 supports a maximum “uncompressed” bandwidth of 48 Gbps, which is enough to support signals up to 4K/144Hz without any compression. Anything higher than that, and the signal will have to be compressed by the graphics cards before it is pushed to the monitor.
The HDMI 2.1 on the M27U however does not support the full 48 Gbps bandwidth (it only supports half that bandwidth at 24 Gbps). This means that the M27U monitor will require compression for even lesser demanding signals, possibly anything higher than 4K/75Hz when using the HDMI 2.1 port.
Interesting tidbit; If you do not plan on hooking up a PS5/Xbox to the M27U, or if you’re concerned about compression, then you would be better off using the DisplayPort 1.4 port, which supports a maximum bandwidth of 32Gbps, enough to support signals up to 4K/120Hz without compression. This is a higher signal than what the HDMI 2.1 port on the M27U can deliver without compression. The M27U has a max refresh rate of 160Hz, so if you plan to play games in 4K at that high refresh rate, there will be compression/chroma subsampling whether on HDMI 2.1 or DisplayPort 1.4.
What exactly does it mean for the user if M27U needs “compression” for demanding signals?