RC71LAS.317
- None found
RC71LAS.319
- Silent mode TDP has been changed from 9w to 10w.
- Added support for Extreme Modern Standby.
RC71LAS.322
- Bug fix: Resolved an issue that caused the ROG Ally to be stuck at the boot up loading screen when users configured a password in BIOS mode.
- Modified the Ally’s fan curve from 30dBA to 35dBA in Turbo mode when plugged in, and from 25dBA to 30 dBA in Turbo mode when using the battery. Changed the minimum fan speed in Manual mode when device hits a certain temperature.
RC71LAS.323
- Added 30W support when plugging in 65W or higher wattage PD adapters or Type-C hub.
- UX improvement: Modified minimum panel backlight value from 25nits to 10nits to improve usability in dark environments.
- UX improvement: On future BIOS updates, the “Memory Assigned to GPU” setting won’t be reset to default; it will now keep its previous value.
- UX improvement: Optimized performance in Performance mode when plugged in.
RC71LAS.330
- Enhancement: optimized overall system stability.
RC71LAS.331
Enhancement: Optimized overall system stability.
RC71LAS.333
- Addressed coil wine issue that affected certain users
RC71LAS.334
- Bugfix: Fixed a bug where ACSE’s Real-time Monitor would display battery wattage as 2.6W at all times when unplugged.
RC71LAS.335
- Bugfix: Fixed a bug in BIOS 330 where unexpected throttling occurred.
RC71LAS.336
- Update authenticated key for Microsoft 24H2 version
RC71LAS.337
- Bugfix: Fixed a bug if user turns off the sound effect of start-up video, the sound effect will be set to default (turning on) after updating BIOS
RC71LAS.338
- Modified the Ally’s fan curve from 35dBA to 30dBA in Turbo mode when plugged in, and from 30dBA to 25dBA in Turbo mode when using the battery.
- Changed the minimum fan speed in Manual mode when the device hits a certain temperature.
RC71LAS.339
- Modified the Ally’s fan curve from 30dBA to 35dBA in Turbo mode when plugged in, and from 25dBA to 30dBA in Turbo mode when using the battery.
- Changed the minimum fan speed in Manual mode when device hits a certain temperature.