Task 1: Add a device
1. Log into the server.
2. Click Devices > Cameras.
3. Click Add Cameras.
4. Add a camera by one of these methods:
a. Click Begin Automatic Discovery - Allows you to add numerous devices. Cameras are listed automatically. Use a default username, password, and template of resolutions.
b. Click Add Camera Manually - Fill in IP address field and select model.
c. Click Import Cameras From File - Select a .csv file. CSV Import Cameras File
Task 2: Configure a device
1. Select the camera that you want to configure and click Edit. In addition, you can click Camera Setup in the context menu for cameras in the device tree of the Symphony client interface.
2. Select the Template, Group, and Add On. (For Add-Ons, ensure that you have a license. See Specifying Licenses.)
3. Click Add(#)Selected Camera(s).
4. Using the scroll bar or by clicking options in the left sidebar, complete the camera setup using the following information:
Option |
Description |
URL |
IP address of the device |
Username |
Enter a username to access the camera. This may be pre-established based on your company protocol. |
Password |
Enter a password to access the camera. This may be pre-established based on your company protocol. |
Connect |
The Symphony server connects with the camera and automatically detects the Resolution, FPS, and Video Format. |
Name |
Enter an appropriate and easily identifiable name for the camera. |
Template |
You can apply a template to the camera. See Templates. |
Description |
Enter a description for the camera. |
ID/Code |
Enter an identifier for the camera. |
Depending on camera, allows direct connection to camera versus via server when View > Settings > Video tab, Direct connect to camera check box also selected. |
|
Enable Audio Input |
For supported cameras, stream live audio from the camera. |
Enable Audio Output |
For supported cameras, allow the user to speak through the camera. |
Rotate Degrees |
Rotate picture based on value entered. |
Enable panoramic technology |
Only for 360-degree camera lenses. To de-warp 360-degree video, select the Enable panoramic technology check box. From the drop-down lists, select the camera Type and a Position (wall, ceiling, ground) for how the camera is mounted. |
Resolution |
Various resolutions, for example, 160x120, 176x144, 240x180, 320x240, 480x360, 640x480 If you change the resolution for a camera, you must update the rules that apply to the camera. |
FPS |
Frames Per Second
Example Scenario: 1 On-camera FPS = 5 2 User selects a video analytic with a default FPS (or chooses an FPS) that is different from the on-camera setting, for example FPS = 8 Results: 3 If camera synchronizes with Symphony settings, then FPS=8 will be used for streaming from cameras, decompression, video analysis, writing to disk, live video, historical recording, and searches. 4 If Video Format = MJPG 5 FPS=8 will be used for streaming from camera, decompression, and video analytics. 6 FPS=5 will be used for writing to disk, live video, historical recording, and searches. 7 If camera does NOT synchronize with Symphony settings, then the on-camera FPS dictates, regardless of the setting in Symphony. As such, in our example, FPS=5 will be used for streaming from cameras, decompression, video analysis, writing to disk, live video, historical recording, and searches. |
Format |
Various video formats based on camera type: MJPG, H264, H264 Unicast, H264 Multicast, H264 Over TCP, H264 Over HTTP, H264 over HTTPS |
Bitrate |
Video quality based on kilobits/second |
Key Frame Interval |
Enter the key frame interval. |
Recording Mode |
|
Schedule |
Use active schedules associated with existing Rules or create a new schedule. |
Add Stream |
If the camera does not have a template associated with it, you can add additional streams. If a template is applied to the camera, you can configure additional streams in the template. |
Privacy Mask |
|
For cameras with digital I/O. You can change the input and output names by clicking on each row and typing new text. For digital outputs, you can configure the following additional settings:
Select the In Use check boxes for each I/O as necessary. |
|
Add Ons |
Video Analytics. |
Groups |
Organize cameras into groups. |
Video Storage |
Storage paths can be set by the server or manually. Video storage limits can be set by the server or manually. Set the maximum limit in days (per stream, if applicable). You can set the camera to save alarm video by selecting Protect Alarm Recordings.
|
Auxiliary |
Depending on camera design, allows you to define and manage additional supported device commands.
Command Examples:
Axis Q7404 Video Encoder Black Hot color palette: http://172.1.1.90/axis-cgi/com/serial.cgi?port=2&write=8101044016000000010B0001FF Combine thermal and visible-light images: http://172.1.1.90/axis-cgi/com/serial.cgi?port=2&write=8101044016000000010B0002FF
Moxa VPort 461 Video Encoder Wiper On: http://172.1.1.102/moxa-cgi/setptzctrl.cgi?move=wiperon&channel=1 Wiper Off: http://172.1.1.102/moxa-cgi/setptzctrl.cgi?move=wiperoff&channel=1 Auto Focus: http://172.1.1.102/moxa-cgi/setCusCmd.cgi?channel=1&cmdid=2
For details on available auxiliary commands, see your camera or encoder documentation.
For devices where an SDK is required to issue an auxiliary command, enter the command ID in Command field. For example, to toggle IR polarity for FLIR camera, enter the value 29 in the Command field. |
Option |
Available for |
Symphony records video... |
Always Recording |
All video cameras |
For this specific camera |
Tracked Motion Detected by PC |
When motion detection video analytic also selected |
If objects are tracked through the scene (for example, a person or vehicle moving through the scene is tracked as motion, but moving tree branches should not be tracked and therefore video would not be recorded) |
Pixel Changes Detected by PC |
When motion detection video analytic also selected |
Whenever pixel changes are detected. Note: A tree moving in a heavy wind could cause pixel changes and therefore cause Symphony to record video |
Motion Detected by Camera |
Cameras which support motion detection |
Using motion detection capabilities inside the network camera itself, and not using a video analytic engine from Symphony (quality of motion detection similar to Pixel Changes) |