ASUS ZenScreen MB17AHG computer monitor 43.9 cm (17.3 inch) 1920 x 1080 pixels Full HD LCD Black

ASUS ZenScreen MB17AHG is a 17.3-inch portable monitor with a Full HD IPS panel that delivers smooth, fluid visuals. The ultrathin 7 mm profile and lightweight construction make this secondary display easy to carry and suitable for hybrid work. The integrated L-shaped kickstand supports both landscape and portrait orientations, while USB-C® ports on both sides provide connection flexibility. A refresh rate of up to 144 Hz ensures clear motion for gaming and fast-moving content.

Advantages

The monitor combines a large 17.3-inch Full HD IPS screen with a slim 7 mm profile for improved portability. Dual USB-C® ports allow easy connection to laptops and mobile devices from either side. An integrated L-shaped kickstand enables quick switching between landscape and portrait modes. A high refresh rate (up to 144 Hz) provides smoother motion rendering compared with standard 60 Hz panels.

Key specifications

• Screen size: 17.3 inches
• Resolution: Full HD (1920 × 1080)
• Panel type: IPS
• Profile thickness: 7 mm (ultrathin)
• Refresh rate: up to 144 Hz
• Ports: USB-C® on both sides
• Stand: integrated L-shaped kickstand (landscape and portrait)

How to use

Place the ZenScreen MB17AHG on a stable surface and unfold the integrated L-shaped kickstand to set the desired orientation. Connect a host device using a USB-C® cable to either side port; the monitor will draw video and power depending on the connected device and cable capabilities. Adjust the screen position and angle for comfortable viewing. For gaming or fast-motion content, set the host device refresh rate to match the monitor’s up to 144 Hz capability.

Recommendations

Use high-quality USB-C® cables that support video and power delivery to ensure full functionality. Verify the connected laptop or device supports 144 Hz output over USB-C or the appropriate display protocol to achieve the higher refresh rate. For portable use, store the monitor in a padded sleeve to protect the ultrathin profile.