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Dear ADENA Partners, this month’s case study highlights the University of Latvia’s P. Stradiņš Medical College experience with AREC! The university captures, controls, records, and displays all medical simulations taking place in their medical school using our devices. Created by our partner Boon, AREC delivers easy-to-use yet functionally advanced lecture capture and control solution.

The University of Latvia (known as Latvijas Universitāte in Latvian) is a well-known institution in the country. It is simultaneously the third-oldest and one of the top three universities in Latvia, offering undergraduate, graduate, and doctoral degrees to over 14,000 students every year. The university is divided into 13 faculties, which are further divided into numerous departments, chambers, centres, and laboratories. Some of these faculties have been using AREC Media Stations for years to record and stream lectures, but, until recently, not the P. Stradiņš Medical College. Its medical simulation centre, in particular, did not have any AV systems in place.


To prepare for the new academic year and improve the student experience, the university decided to address this by equipping the medical college’s simulation centre with professional lecture capture systems and cameras. There were several technical requirements for the new equipment:


  • Capture three PTZ network cameras and a computer running medical software for the simulation doll.

  • Ability to display all video sources in a mixed video layout in the auditorium (room 304) and the three simulation rooms (301, 303, 305).

  • Provide two-way communication between all rooms.

  • Ensure minimal delay in audio and video transmission, as with defibrillators and other medical devices in the room, every moment counts, and instructions must be delivered instantly.

  • Provide a way to easily control the cameras’ PTZ movement, video source switching, audio control, and other media tasks.

  • Record every lecture and have an option to stream them to YouTube easily.


The university was analysing different systems available on the market until our partner Boon arranged a three-way video demonstration. During the call, we showcased how intuitive and capable AREC solutions are, delivering exactly what the customer asked for and more. The final design consisted of four key elements that we go through below.


The AREC LS-410, our 4-channel Media Station and the foundation of the proposed system, met most of the requirements on its own. It captured the computer, network cameras, and ClearOne audio system. The station combined these AV sources into layouts, and thanks to its 1 DP and 3 HDMI video outputs, simultaneously displayed them in every room. The station records these video sources together and separately, and streams the combined video to YouTube. The LS-410’s internal 2 TB drive ensures that the university can store months’ worth of lectures on the device itself, but it also can automatically back up videos to USB drives, FTP/SFTP servers, VCMS platforms, and Google Drive, making it very simple for the university to manage the recordings.

The station and cameras were controlled by the DS-AC1 Control Station, a device that combines the functions of video switchers, streamers, and control panels. Through the DS-AC1, a technician can operate each camera’s PTZ using an inbuilt digital joystick, preview and control the LS-410 through an integrated interface, monitor every camera on a local display, and control features of other devices, such as the ClearOne audio processor. The device’s control interface is output to a RADA Touch — our compact touch display, perfectly suited for monitoring and controlling operations.

The RADA A-TC04 NoirCam were chosen as cameras — 4K PTZ network cameras with 25x optical zoom and multiple output options. They deliver pristine images at the highest magnification, capturing every detail of an ongoing simulation. The cameras also feature AI auto-tracking which can be turned on to ensure that the operating student is always in the shot.




The University of Latvia has already started using the system and has praised it greatly for its convenience and simplicity of use. Is your university looking to create the perfect simulation centre solution? Contact us at www.a-dena.com, and we will be happy to demonstrate what AREC can do!

Our AI Tracking cameras OnyxCam and NoirCam both come equipped with two tracking modes: ‘Presenter’ and ‘Zone’ tracking. You can enable these tracking modes through the camera’s web interface. To open it, enter the IP address of your camera (by default, 192.168.5.163), log in, and proceed to the ‘Monocular Tracking’ page, available on the top-right part of the camera’s interface. You will find the tracking settings on the right side of this page.

A-TC04 NoirCam AI Tracking Camera
A-TC02 OnyxCam AI Tracking Camera

‘Presenter’ is the default tracking mode and, when enabled, will make the camera automatically follow the target it acquires until said target leaves the field of view of the camera. The camera will automatically adjust zoom and keep the tracking target in the centre of the image. Tracking targets can be changed by using the IR remote that comes with the camera. To do that, simply point at the camera with the remote and press the blue ‘F4’ button. You can keep pressing the button until the camera settles on the target you need. Importantly, the camera also keeps track of the order in which the tracking targets appeared, and so it will return to the first acquired tracking target if the current one leaves. Please keep in mind that when the ‘Presenter’ tracking mode is enabled, manual PTZ control is restricted, and you will only be able to adjust the PTZ by using NDI.

‘Zone’ tracking mode works very differently. The purpose of this mode is to set up different zoom and preset positions depending on the area the tracking target is in. To set it up, first, disable tracking, and adjust the camera’s PTZ to your desired position. This position should be on the edge of your tracking area. Click on ‘Set’ next to ‘Region1’ to save this position. Then, move the camera either left or right, depending on your tracking area. The areas should intersect a little, so a fragment of region 1 should be visible in region 2. When ready, click ‘Set’ next to ‘Region2’ to save this position. With two regions set, you can now enable the mode. Tick the boxes next to regions 1 and 2, enable tracking, and set the mode to ‘Zone’. Now, the camera will apply the presets you configured depending on which zone you move in. You can set up to 4 continuous regions in this tracking mode. To give an example of how this can be used, take a look at these diagrams.

In this case, there are 4 continuous zones with the same zoom level applied. As the tracking target moves from one zone to another, the presets will change accordingly. The camera will only move when the tracking target moves into a different zone, reacting solely to bigger movements.

In this case, the camera will zoom out when the tracking target approaches the board, but zoom in when the target sits behind the desk. If the tracking target walks over to the chairs, it will zoom out again.


The two tracking modes make it possible to use A-TC02 OnyxCam and A-TC04 NoirCam in all sorts of scenarios in conference rooms, lecture halls, and other facilities. Would you like to see how the tracking works, or learn more about AREC and RADA solutions? Contact us at www.a-dena.com and we would be happy to assist you.

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