Guide
Plugging it in takes a minute. Making it behave — stay at the right resolution, stop stealing windows, keep the pointer out — takes a few settings that are not obvious.
Open Settings → System → Display, select the panel, and confirm it reads 1920 × 480. If Windows picked something else, the picture will be soft in a way that is easy to blame on the panel. On HDMI, a wrong mode usually means the cable negotiated a fallback — try another one before concluding anything.
Windows often suggests 125% or 150% for a small panel. On a strip that is the wrong instinct: you are not reading documents on it, you are glancing at it, and scaling costs you the horizontal room that is the entire point. Set it to 100% and let the application choose its own sizes.
In the same settings page, drag the panel's rectangle so it matches where the screen actually sits — usually below your main monitor. This is what makes the pointer cross between screens at the right edge, and getting it wrong is behind most "my mouse gets stuck" complaints.
There are three sensible arrangements, and they are genuinely different:
Windows will happily open a dialog on a 480-pixel-tall screen and put its buttons off the bottom. Two things help: set the strip as the non-primary display so new windows open on your main monitor, and use an application that reserves the space rather than merely covering it.
A screen you never click is a screen the mouse should not enter. If your dashboard offers pointer blocking, turn it on — it is the difference between a display and an obstacle. Make sure it releases while you are editing the layout, or you will not be able to drag anything.
If it is USB, it probably needs DisplayLink drivers. If it is HDMI, try a different port — some motherboard outputs are disabled when a discrete card is installed.
Common with USB panels: Windows suspends the port and does not always wake it. In Device Manager, find the USB root hub, open Power Management, and clear "Allow the computer to turn off this device to save power".
Scaling. See step 2.
TinyScreen is a dashboard built for exactly this shape of screen — hardware readings, what is playing, incoming messages, and Claude Code usage, laid out for 1920×480 rather than squeezed into it.