Many modern monitors come with built-in USB hubs. These hubs don’t just provide extra ports, they can transfer data at high speed and supply devices with power. These are often USB 3.0 or even USB 3.2 Gen1/Gen2 ports, offering transfer rates of up to five or 10 Gbps, which is ideal for fast external SSDs or high-quality peripherals. Nevertheless, these ports are often left unused, even though they can significantly improve both the technical and ergonomic setup.
By using the monitor as a central USB hub, you can shorten cable runs, organize devices efficiently, and increase accessibility. High-quality mice, mechanical keyboards, or graphics tablets benefit from this, as short, direct connections often provide more stable data transfers and lower latency.
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Webcams can also be integrated in this way: connecting the camera to the monitor avoids long cables and prevents strain on the cable when the display is moved. The ports are ideal for storage media such as USB sticks, SD card readers, or external SSDs because they can be accessed directly without having to bend down to the PC case.
Gamers and streamers can quickly connect controllers, microphones, audio interfaces, or capture cards, as these devices do not usually need to be permanently connected to the system.
The USB hub also provides a solution for power-hungry gadgets such as LED light strips, USB fans, charging pads for wireless mice, or headset docks. It’s worth checking the monitor’s technical data to ensure the port provides sufficient power. For example, 1.5 amps at five volts.
Some monitor USB ports also support fast charging protocols such as BC 1.2 (Battery Charging), which can be used to quickly charge smartphones or tablets.
The USB ports on the monitor are also practical as an extension of hard-to-reach connections, for example, if the computer is mounted under the table or cable ducts make direct access difficult.
If you utilize these options strategically, you can transform the inconspicuous sockets on the display into powerful, flexible interfaces that increase both working comfort and the technical efficiency of the entire system.
