eLine Technology ETV_v7 - Manual (Page 58)

ETV System Server Software - User’s Guide Page 58
ONVIF and PSIA Network Camera Types
ONVIF and PSIA are interoperability standards for IP based Network Cameras. As long as a camera supports
either of these standards, it can be configured with this standard instead of the brand specific standard.
Video Stream
Settings
Video Input
Settings
Configure the type of CODEC, Resolution, Bitrate, I Frame and Quality. Some cameras allow
direct editing of each field, others allow changing the settings via Profiles. Click Save to Camera
to send the changes to the camera.
Set if the IP camera is NTSC or PAL, and configure White balance, Gain, Brightness, Saturation,
Contrast, Hue and Sharpness. Unsupported features are greyed out. Click Save to Camera to
send the changes to the camera.
Audio Source
Settings
For IP cameras with audio input support, enable or disable the microphone and adjust input
volume. Click Save to Camera to send the changes to the camera.
Audio Codec
Settings
Configure which audio CODEC the IP camera uses. Also set the Bitrate and Sample rates. Click
Save to Camera to send the changes to the camera.
Digital Output
Settings
Digital input
Configure the state for each relay used by the IP camera. Set the Mode, Monostable or Bistable.
Monostable mode: one stable state, trigger toggles to unstable and returns to stable state after
dwell time expires. Bistable mode: trigger toggles between stable states. Set the Dwell time.
Click Save to Camera to send the changes to the camera.
Settings
Not currently supported.
Note: If the Changes made are not supported by the IP Camera, pressing Save to Camera returns an error:
Failed to save camera settings. The Username and Password must be correctly set for the settings to be saved
to the camera.
Multiple Cameras Stitched Together Into One Image
Designed for use with video analytics on DRX systems, the Network Camera, Multiple Cameras option is used
to configure multiple analog video feeds as one video image. This is used to piece together camera images
directly beside one another into one large image.