Honeywell EQUIP HD3HDIHX, User Manual, Page: 70 / 116

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IP Camera Web Client
Configuring Priority Settings: Quality, Bit Rate, and Frame Rate
Honeywell's H.264 cameras use efficient compression technology to provide high picture
quality at minimal bandwidth.
The default settings are based on typical user requirements and settings and are adequate
for most scenes. However, scenes with higher than average motion may require additional
configuration.
Table 4-6 Video Streaming Resolutions - 1080p Resolution Secondary Stream
Primary Stream Resolutions Secondary Stream Resolutions
1920 x 1080
1280 x 720 (not supported)
800 x 450
640 x 360
320 x 180 H.264
1920 x 1080
MJPEG
640 x 360
320 x 180
Table 4-7 Video Streaming Resolutions - 720p Resolution Secondary Stream
Primary Stream Resolutions Secondary Stream Resolutions
1920 x 1080 (not supported)
1280 x 720
800 x 450
640 x 360
320 x 180 H.264
1280 x 720
MJPEG
640 x 360
320 x 180
Table 4-8 Compression Settings
Setting Options Description
Frame Rate 1–30 (NTSC)
1–25 (PAL)
The frame rate that is displayed per second. For NTSC, select from 1 fps (lowest)
to 30 fps (highest). For PAL, select from 1 fps (lowest) to 25 fps (highest).
Priority Quality, Bit Rate,
Frame Rate Allows you to set the maximum bit rate and/or target rate value, based on priority
mode settings. This value is the threshold that you do not want the bit rate to
exceed. The Secondary Stream is configurable for Quality and Bit Rate only. For
more information on these settings, please see
Configuring Priority Settings:
Quality, Bit Rate, and Frame Rate .
Compression
Ratio Minimum, Low,
Medium, High,
Maximum When Quality is selected as the Priority, select the Compression Ratio.
Minimum is the highest visual quality; Maximum is the lowest visual quality.
Target Bit
Rate (kbps) 250 – 6000 kbps Enter the Target Bit Rate in kbps (kilobits per second) which represents the
amount of data processed per second.
GOP (No. of
Frames) 1– 50 Select the GOP (Group of pictures) number from 1 to 50 . (Not available on the
Secondary Stream.)