KOGODA 10.1-inch Small Monitor with Touchscreen for Raspberry Pi Portable Mini Computer Monitor 5-Points Capacitive Touch 1024 x 600 IPS LCD HDMI Display for Mac mini PC Gaming Console

- # RASPBERRY PI READY & DESKTOP SUB-SCREEN DESIGN | Pre-drilled mounting holes match Raspberry Pi 5/4/3 boards for bolt-on setup, and the dedicated cables enable a clean, clutter-free wiring layout. The small monitor can also serve as a secondary display for PC or laptop, giving instant screen extension for coding or system monitoring. - # CLASS A IPS PANEL & 5-POINT CAPACITIVE TOUCH | Enjoy vivid visuals from every angle with a premium IPS LCD screen ? Native 1024 x 600 HD resolution(supports up to 1920x1080), 1000:1 contrast, 300cd/m² brightness, and 89°/89° wide viewing angles that outperform TN panels. The 5-point capacitive touchscreen, responsive at 3-5ms, enables smooth taps, swipes, and multi-finger gestures for fast, intuitive on-screen navigation. - # COMPACT PORTABLE WITH DUAL-AXIS ADJUSTABLE STAND | At just 0.79"D x 9.69"W x 6.06"H and 1.23LB, this small computer monitor is built to travel. The detachable rear stand rotates 180° on dual axes for perfect viewing in landscape or vertical orientation. Slide it out for desk stability or remove it entirely for flush mounting in tight spaces or custom enclosures. - # RICH I/O, BUTTONS & DUAL SPEAKERS | Equipped with HDMI input, dual 5V power via DC jack and USB Type-C, plus dedicated 5V+Touch ports combining touch signal and power into one cable. Front-panel buttons provide direct on-screen display control. Built-in dual speakers deliver clear audio; a 3.5mm AUX jack supports external headphones or speakers. - # WIDELY USED FOR DIY, MAKERS & INDUSTRIAL PROJECTS | From Raspberry Pi cyberdecks and Jetson Orin Nano to home assistant dashboards, CCTV, and industrial panels, this touchscreen fits many scenarios with no drivers required. Makers and students use it for STEM learning and electronics projects, while PC enthusiasts use it as a second monitor ? core maker accessories for any toolkit. - # For Specific RPi OS or configuration releated issues | Scroll down to check FIX METHODs for Multi-Touch Not Working Fix & Raspberry Pi Vertical Lines Fix & Rotate Display Angle & Rotate Touch Angle.

Product description

1. Multi-Touch Not Working Fix & Raspberry Pi Vertical Lines Fix :

2. Rotate Display Angle & Rotate Touch Angle:

# Multi-Touch Not Working on Raspberry Pi OS (Bookworm)?

## What's Happening: Raspberry Pi OS Bookworm switched from X11 to **Wayland + labwc** compositor. By default, labwc handles touch input via **Mouse Emulation mode** ? only single-point taps work. No pinch-to-zoom, no two-finger scrolling.

> Multi-touch works fine on older OS releases (Buster) because they used X11, which had native multi-touch support.

## How to Fix It: {1}. Go to **Start → Preferences → Screen Configuration** {2}. Select your touchscreen from the screen list. {3}. Navigate to **Touchscreen → Mode** {4}. Change from *Mouse Emulation* to **Multitouch** {5}. Click **Apply** ? your Pi will reboot; After reboot, multi-touch gestures (pinch-to-zoom, two-finger scroll) will work in Chromium and other apps.

# Faint vertical lines when only using with Raspberry Pi but not with a PC? This isn't a defective screen?it's a timing conflict from generic HDMI settings.

# Rotate Display Angle :

## (Method1) Set from the Raspberry Pi Desktop : {1} Click the Raspberry Pi icon -> Preferences -> Screen Configuration. {2} Then click Configure -> Screens -> HDMI-1 -> Orientation, then select the angle you want to rotate. {3} Click the green checkbox to take effect.

## (Method2) Using the Command Line : {1｝Open the autostart file. Add @xrandr --output HDMI-1 --rotate right to the end. ｛2｝Restart RPi with sudo reboot

# Rotate Touch Angle ：

## Run the following command to open the 40-libinput.conf file: sudo nano /usr/share/X11/xorg.conf.d/40-libinput.conf ; ## Scroll to the touchscreen section where show text Identifier"libinput touchscreen catchall" ; ## Add below corresponding rotation angle to the option "CalibrationMatrix": ## Restart RPi.