MSI QD-OLED Gaming Monitors Receive New Firmware Update, DSC Switch Added Among Various Fixes

MSI has rolled out the latest firmware update for its QD-OLED gaming monitors which includes several new features, fixes, and optimizations.

MSI Adds A Range of New Features, Optimizations & Fixes For Its QD-OLED Gaming Monitors In the Latest Firmware Update

The addition of DSC switch to the OSD allows users to turn off the feature to enable DLDSR & DSR modes through the NVIDIA control panel while the HDMI PC/console option now lets users select their resolution of choice instead of being limited to just 4K mode. Another interesting feature is the ability to switch between 24.5″ and 27″ options in the OSD which works with HDR but not with VRR.

Press Release: We offer our heartfelt gratitude to our global fans and communities for their love and support for MSI and our MSI products. As a leading gaming brand, MSI is committed to providing users with the best gaming experience and service. We constantly listen to everyone’s feedback and continuously improve our products. Below is the updated information on our MSI QD-OLED monitors.

2024.May.6th MPG 271QRX QD-OLED/MPG 321URX QD-OLED firmware updated

FW.010 Firmware update information

  • DSC switch added to the OSD to enable DLDSR and DSR modes.
  • MPG 271QRX QD-OLED: Added HDMI PC/Console switch in the OSD. (MPG 271QRX QD-OLED default setting is “Console” mode.)
  • Support for a variety of aspect ratios, MPG 321URX QD-OLED allows selection between a 24.5” and 27” option, MPG 271QRX QD-OLED allows 24.5″.
  • Fixed Color Gamut clamping while HDR is enabled. HDR mode will now store separate present mode settings.
  • Optimized multiple language issues.
  • Fixed image flicker issue when VRR is enabled.
  • Added “Power LED” switch in the OSD to allow users to turn it off.
  • Input lag and latency optimization.
  • Fixed problem with white line during 2560×1440@360Hz. (MPG 271QRX QD-OLED only).
  • Fixed displayed abnormal (dark screen) after VRR switched.
  • Optimize a behavior of panel protection while protecting completed that depends on executing power states.
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