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Recording different resolution or frame rates on event

Description

Some users may desire to record a different resolution or frame rate from a camera when an event such as motion or an analytic is triggered. Reasons for this vary by site, but often comes down to wishing to record a lower amount of data when very little is happening, but they require high frame rates or high resolution recordings for forensic playback.

In the steps below, we step through creating a secondary stream but configuring them with different settings and schedules. These steps are examples and you will need to adjust the settings for your site’s needs. Mix and match resolution, frame rate, or recording format as desired.

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Setup Steps

  1. Navigate to the Camera Settings page for the camera you wish to configure.<br><br>
  2. Configure the settings for your first stream using the Recording tab on the bottom half of the page. It’s best to use this primary stream for your highest resolution and frame rate settings simply because most cameras provide fewer options for secondary streams.
    <br>In this example, our primary stream is configured for a resolution of 3840 x 2160 (4K/8MP) and an image rate of 25 fps.<br><br>
  3. Assuming your camera supports Multistreaming, select a new Context from the Multistreaming settings and click the Add Stream button.
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  4. After pressing the Add Stream a new sub-stream, or child stream, will appear on the system navigation tree to the left, nested beneath the primary, or parent, stream you just configured. The Camera Settings page should update to display the settings for this stream.
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  5. Configure the Format as needed, then configure the Resolution and Image Rate desired for your lower end stream.
    <br>In this example, the stream is configured for a resolution of 1024 x 576 and an image rate of just 10 fps.<br><br>
  6. Select the high resolution, high frame rate primary stream from the system tree and choose the Schedule tab. In this example, we’re going to configure the high resolution, high frame rate stream to only record on an analytic, in this case person detection.<br><br>
  7. Highlight the entire schedule grid and change these from the default of Motion to None. Apply your change.
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  8. Select the lower resolution, lower frame rate, secondary stream from the system tree, then select the Schedule tab. You could choose to set it to Free Run recording for continuous recording, or highlight the entire schedule and change it to Motion recording.
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  9. The low resolution, low frame rate stream will record based on the schedule configured on the Schedule tab. We need to tell the system when to record the higher resolution, high frame rate stream. Click the New button.<br><br>
  10. Navigate to the Event Linking node on the system tree.<br><br>
  11. We’re triggering off an analytic in this example, but you may use any Event Type you wish, such as Motion or an Input Trigger. We select Analytics, then choose the Enter Rule analytic, previously configured on the camera, from the Event Source panel.<br><br>
  12. Our Action Type will be Record Video.<br><br>
  13. The Action Target will be the high resolution, high frame rate primary stream.
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  14. Returning to the Schedule for this primary stream, we see the red corner flags are set indicating hours of the day in which our configured Event Link will record this camera stream. By default this will occur for all hours and days. Event Linking Source Groups could be used to configure specific days and hours to record on this event.
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  15. Save your configuration by selecting the Apply button.<br><br>
  16. Your configuration is complete and ready for testing. When performing a search you may search for recordings from either, or both, the primary and secondary streams but will likely rely on the primary stream for those high resolution or high frame rate forensic investigations of incidents.<br><br>
  17. Repeat these steps for other cameras where you may want the similar recording behavior.<br><br>

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Knowledge Support Support exacqVision Server Categories Products exacqVision Hardware

How to Determine the Age of a System Using a Serial Number

Exacq hardware serial numbers include both the year and the week number the system was built. See How to Find the Serial Number of an exacqVision System for help in finding your system’s serial number.

There are a few different serial number prefixes depending on where the system was built. They are:

  • D14A
  • AV
  • ER
  • 355S
  • BH
  • SR

After this, the next 2 digits will indicate the year – for example:
D14A2408123456
This system was built in the year 2024.

Next you will find 2 digits that indicate the week number – for example:
ER2408123456
This indicates that the system was built in the 8th week of 2024.

The remaining numbers are incrementing unique identification numbers.

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