WiDi: A Screen Mirroring Solution for Intel Devices
The WiDi solution is made specifically for Intel devices. It uses wireless technology to connect the content from your laptop or desktop directly to a large screen without a cable or extra software. It’s a great choice for screen mirroring with Intel devices in office and classroom scenarios.
Accurate Compatibility and Fast Connections for Intel Devices
Most Windows computers with an Intel integrated graphics card natively support WiDi, so you don’t have to check for compatibility. Whether you have a laptop with an older Core processor or a new thin-and-light laptop with Intel EVO certification, you can open the “Project” function in your system settings, find the receiver, and tap to connect. The setup is done in under 2 seconds. It doesn’t need an external network card and runs on the computer’s built-in hardware. The connection doesn’t use up too many system resources, so you can open documents and run small programs while mirroring without any lag.
Stable, Clear Mirroring for Practical Office Use
It supports 1080P high-definition transmission. When you mirror charts from a PPT or data from an Excel file, you can clearly see the small text in the cells and the gridlines on the charts. The transmission latency is kept to within 40ms, which is about 10ms less than most wireless mirroring solutions. When you play a presentation video, there’s no ghosting, and when you turn or switch pages, it follows your pace, so there’s no “no response” lag. It also maintains the original aspect ratio, so a widescreen document won’t look distorted, which makes the presentation more comfortable to view.
Practical and Convenient for Multiple Scenarios
- In the meeting room: Several Intel laptops can take turns mirroring content without having to unplug and replug cables to switch devices. When someone needs to add something to a proposal, they can just edit it on their computer, and the changes will be simultaneously displayed on the large screen. This makes discussions more efficient because you don’t have to wait for files to be transferred.
- In the classroom: A teacher can mirror courseware from an Intel laptop. As they talk, they can highlight key points on their computer, and the red annotations will follow on the large screen, so students in the back can see them clearly. A student can also mirror their homework from a computer with an Intel chip, making it more convenient to critique as a class than having to pass around a USB drive.
- In a design studio: A designer can mirror a design sketch from a performance laptop. The team can gather around the large screen to discuss edits. The designer can adjust colors and lines on their computer, and the changes will appear on the large screen in real time, saving them from having to export and re-mirror images.
An administrator can also view device connection records in a backend and set which computers can mirror content to prevent unauthorized devices from connecting. The devices can be used just by connecting to the same network, so there’s no need for a separate dedicated line. For places with many Intel devices, this screen mirroring solution is a simple and reliable choice.