3 Product Features Works on all 1996 and newer cars & light trucks that are OBD II compliant (including the VPW, PWM, ISO, KWP 2000 and CAN protocols) Reads and clears generic and manufacturer specific Diagnostic Trouble Codes (DTCs) trouble codes display on the LCD, needn't the code book.
5.LEFT/RIGHT arrows-Select responses and moves cursor. Please check with your local ASUS retailer for details.U581 CAN OBDII/EOBDII Memo Scanner(live data) >Product Name: U581 CAN OBDII/EOBDII Memo Scanner(live data) Part No.: U581 Net Weight: 0.8KG 1.1 Tool Description 1.LCD Display, 128*64 pixel display with contrast adjustment, Backlit 2.enter key selects displayed 3.exit key go back to the previous screens 4.up/down arrows-moves the selection pointer and scrolls up or down.
For non-streaming HDR videos with HEVC decoder requirements, we also recommend using Microsoft’s built-in Movies & TV app. We recommend you only switch on Play HDR games and apps when you use related apps. Also, the color of the Windows Desktop may change, but this won’t affect HDR functions. When this function is turned on, the display's brightness may be reduced and you will need to readjust the brightness to the desired level. Open Display Settings, select Windows HD Color settings, then switch on Play HDR games and apps. If you own HDR content and would like to view it in HDR on UX581, please first connect UX581 to the DC power supply.
Play HDR-capable games, media, and other apps (To turn off this function, open Display Settings, select Windows HD Color settings, then switch off Stream HDR video)Ģ. As the HDR streaming processing is not fully optimized in Google Chrome, we recommend using Microsoft Edge as your internet browser for the best visual experience. If the video supports HDR, UX581 will automatically prioritize the HDR version for playback for the best viewing experience.
With ZenBook Pro Duo UX581, you can enjoy the following functions: High dynamic range (HDR) means that your display is able to playback HDR content. ASUS has engineered the OLED display to reduce the effects of OLED burn-in. This can occur in more extreme cases such as when the same high contrast image is continuously displayed for prolonged periods of time. This is also expected behavior and can include effects such as image persistence or burn-in, where the display shows a faint remnant of an image even after a new image appears on the screen.