F5F Stay Refreshed Hardware Desktop Linking an external monitor to your laptop isn't enabling 165Hz performance.

Linking an external monitor to your laptop isn't enabling 165Hz performance.

Linking an external monitor to your laptop isn't enabling 165Hz performance.

K
KDRPRO
Junior Member
10
06-01-2016, 04:46 AM
#1
Hello, welcome! I just purchased an LG UltraGear 165Hz 1440p monitor for use with my MSI laptop. The laptop's display is set to 144Hz and functions properly, but when connected via HDMI to the monitor, I only see up to 60Hz. I've adjusted various settings in both Windows and the Nvidia control panel, but haven't been able to improve the refresh rate beyond that. Could someone assist me with this issue?
K
KDRPRO
06-01-2016, 04:46 AM #1

Hello, welcome! I just purchased an LG UltraGear 165Hz 1440p monitor for use with my MSI laptop. The laptop's display is set to 144Hz and functions properly, but when connected via HDMI to the monitor, I only see up to 60Hz. I've adjusted various settings in both Windows and the Nvidia control panel, but haven't been able to improve the refresh rate beyond that. Could someone assist me with this issue?

K
Kecs
Member
204
06-06-2016, 01:33 AM
#2
What laptop model is it?
K
Kecs
06-06-2016, 01:33 AM #2

What laptop model is it?

C
Chargez
Member
146
06-07-2016, 07:08 PM
#3
I checked the MSI spec sheet for the GF63-Thin-11UD. It mentions HDMI with 4k at 30Hz, which suggests a 60Hz capability at higher resolutions. There are mixed reports online—some say it supports HDMI 2.1, others HDMI 2.0.
C
Chargez
06-07-2016, 07:08 PM #3

I checked the MSI spec sheet for the GF63-Thin-11UD. It mentions HDMI with 4k at 30Hz, which suggests a 60Hz capability at higher resolutions. There are mixed reports online—some say it supports HDMI 2.1, others HDMI 2.0.

T
TempLate_YT
Senior Member
424
06-08-2016, 09:05 AM
#4
I checked that too and it’s a bit confusing. The issue might be related to how the video signal is handled between the port and the GPU. It seems the HDMI connection is routed through the CPU, which could affect performance at higher resolutions like 1080p. Also, the display appears connected via USB-C, but the control panel lists Intel HD Graphics instead of the actual GPU. That mismatch might be causing confusion. Let me know if you need more details!
T
TempLate_YT
06-08-2016, 09:05 AM #4

I checked that too and it’s a bit confusing. The issue might be related to how the video signal is handled between the port and the GPU. It seems the HDMI connection is routed through the CPU, which could affect performance at higher resolutions like 1080p. Also, the display appears connected via USB-C, but the control panel lists Intel HD Graphics instead of the actual GPU. That mismatch might be causing confusion. Let me know if you need more details!

A
Aquaman_JLA
Junior Member
44
06-08-2016, 09:26 PM
#5
I lack sufficient knowledge about laptops and their inner workings, so I’d guess the internal screen connects through an internal USB-C port. The external connections probably use a multiplexer that routes signals to both the integrated graphics unit and the dedicated GPU, allowing switching between performance and power-saving modes. On the desktop side, it seems the integrated graphics are favored mainly for efficiency. When it comes to resolution and refresh rate, you must provide enough data throughput. For example, 1080p at 60Hz demands less bandwidth than 1080p at 120Hz. 1440p needs roughly 80% more bandwidth per frame, making 1440p at 60Hz roughly similar to 1080p at 120Hz. This is just a rough idea; the details are complex. https://en.wikipedia.org/wiki/HDMI#Refre...esolutions It might help if you lower your monitor’s color depth (like from 10bit to 8bit) or switch to another color format.
A
Aquaman_JLA
06-08-2016, 09:26 PM #5

I lack sufficient knowledge about laptops and their inner workings, so I’d guess the internal screen connects through an internal USB-C port. The external connections probably use a multiplexer that routes signals to both the integrated graphics unit and the dedicated GPU, allowing switching between performance and power-saving modes. On the desktop side, it seems the integrated graphics are favored mainly for efficiency. When it comes to resolution and refresh rate, you must provide enough data throughput. For example, 1080p at 60Hz demands less bandwidth than 1080p at 120Hz. 1440p needs roughly 80% more bandwidth per frame, making 1440p at 60Hz roughly similar to 1080p at 120Hz. This is just a rough idea; the details are complex. https://en.wikipedia.org/wiki/HDMI#Refre...esolutions It might help if you lower your monitor’s color depth (like from 10bit to 8bit) or switch to another color format.

X
xTripleMinerx
Posting Freak
846
06-11-2016, 01:59 PM
#6
It's already in 8-bit, but I'm not sure how to adjust the color format. I could give it a shot. Thanks for the support!
X
xTripleMinerx
06-11-2016, 01:59 PM #6

It's already in 8-bit, but I'm not sure how to adjust the color format. I could give it a shot. Thanks for the support!

F
Feauxxx
Junior Member
16
06-11-2016, 09:19 PM
#7
In the nvidia control panel, navigate to "Display" - "Change resolution," then scroll to "Apply the following settings" and choose "Use NVIDIA color settings." This lets you adjust the color output format. However, not every monitor supports all formats.
F
Feauxxx
06-11-2016, 09:19 PM #7

In the nvidia control panel, navigate to "Display" - "Change resolution," then scroll to "Apply the following settings" and choose "Use NVIDIA color settings." This lets you adjust the color output format. However, not every monitor supports all formats.