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When you have multiple UniFi Protect cameras you might want to view them all on one big TV or monitor. You could open the live view of UniFi Protect in your browser, but that requires a computer to keep running 24/7 and to maintain. With UniFi Viewport you don’t have that problem.

The Viewport is a small device that you can mount behind or near your TV screen. It only requires a PoE connection and comes with an HDMI cable to connect to your TV.

In this review, we are going to take a look at the UniFi viewport and how to configure it.

UniFi Viewport Review

The UniFi ViewPort is a small and easy-to-mount display adapter that allows you to stream up to 16 cameras simultaneously. It’s only 5 cm (2″) thick, allowing you to easily mount it behind a TV or monitor with the supplied mounting bracket.

The ViewPort comes with one versatile mounting bracket and a high-quality HDMI cable. The bracket is really great design. You can not only mount it on the wall but also on the back of a monitor/TV using one of the VESA mounting points. And if that is not possible, you can also glue it on the back of the monitor with the included double-sided tape strip.

The ViewPort is a really simple and straightforward device. The only thing that you can and need to configure is the grid layout of the camera streams, using one of the live views in the UniFi Protect console.


CPUARM® octa-cores Kryo™
Memory4GB low-power DDR4X
Dimensions157 x 52 x 37 mm (6.18 x 2.05 x 1.46″)
Max. power consumption9.5W
Power method802.3af PoE
Simultaneously camera streams16
HDMI output4K @ 30 fps

UniFi ViewPort Setup

Just like all the UniFi devices is installing the ViewPort really simple. It requires PoE, so you will need to connect it either to a PoE-capable switch or use a PoE adapter for it. The adapter isn’t included, so make sure you buy it separately when needed.

The first step is to mount the ViewPort, and there are a couple of options for that. The multi-purpose mounting bracket can either be mounted to a wall, on the back of a monitor/tv using one of the VESA mounting points or you can clue the bracket on the back of the monitor using the supplied double-sided tape.

Depending on the design of your monitor arm, it’s possible to use the VESA mounting points for both the monitor arm and bracket.

After you have connected the ViewPort we can adopt it in the UniFi Protect console, just like any other Protect device.

Creating the Live View layout

The ViewPort displays one of the live views that you can create in the UniFi Protect console. You can create different layouts in the console, and assign the layout to a viewport. To add a new layout:

  1. Open the Live View
  2. Click on Select Live View (toolbar appears when you move the mouse into the live view)
  3. Choose Add Live View

You can now give your new Live View a name, and choose the Grid layout that you want to use. It’s possible to select a grid with up to 26 cameras, but keep in mind that the UniFi ViewPort only supports 16 camera streams.

So the maximum grid layout that you can select is 16. After you have chosen your layout, simply drag and drop the camera streams into the grid. Click Save when done.

Creating an alternating/rotating Live View

In UniFi Protect it’s also possible to create an alternating / rotating live view. This allows you to rotate the live view every x second between different cameras or even rotate the live view based on motion.

To create a rotating live view, you will need to drop a camera over an already occupied grid view. You can then set the delay between the views or select motion as the cycle option:

Applying the Grid View

To apply the new grid layout to the ViewPort, head back to devices and select the ViewPort. On the right side, you can select the Live View that we have just created.

Wrapping Up

The UniFi ViewPort is a great display adapter that allows you to easily view the live views of your cameras. At the moment it costs around $200, which may seem a bit high, but keep in mind that running and maintaining a computer 24/7 also cost a lot of money. Another option is to use a Raspberry Pi, but again, you will need to configure and maintain it.

I hope you liked this review, if you have any questions, just drop a comment below.