Manual
Table Of Contents
- Table of Contents
- 1 Browser connection
- 2 System Overview
- 3 Operation via the browser
- 3.1 Livepage
- 3.2 Playback page
- 4 Settings Overview
- 5 Basic Mode
- 6 Advanced General Settings
- 7 Web Interface
- 8 Camera
- 9 Encoder Settings
- 10 Recording
- 11 Alarm
- 12 Setting up VCA
- 13 Interfaces
- 14 Network
- 14.1 Network Access
- 14.1.1 Automatic IP assignment
- 14.1.2 IP V4 address
- 14.1.3 IP V6 address
- 14.1.4 DNS server address 1
- 14.1.5 Video transmission
- 14.1.6 TCP rate control
- 14.1.7 HTTP browser port
- 14.1.8 HTTPS browser port
- 14.1.9 RCP+ port 1756
- 14.1.10 Telnet support
- 14.1.11 Interface mode ETH
- 14.1.12 Network MSS [Byte]
- 14.1.13 iSCSI MSS [Byte]
- 14.1.14 Network MTU [Byte]
- 14.1.15 Enable DynDNS
- 14.1.16 Provider
- 14.1.17 Host name
- 14.1.18 User name
- 14.1.19 Password
- 14.1.20 Force registration now
- 14.1.21 Status
- 14.2 Advanced
- 14.3 Multicast
- 14.4 Image Posting
- 14.5 Accounts
- 14.6 IP V4 filter
- 14.1 Network Access
- 15 Service
52 en | Encoder Settings Camera Browser Interface
AM18-Q0649 | v5.8 | 2013.06 Software manual Bosch Security Systems
9 Encoder Settings
The encoder settings determine the characteristics of the
streams generated by the camera. The type of streams that can
be generated for HD cameras are:
–HD streams
–SD streams
– i-frame only streams for recording
–M-JPEG streams
The bit rates, the encoding interval, and other expert settings
are defined and stored for 8 different profiles on the Encoder
Profile page. The SD (Standard Definition) resolution is also
selected here.
The resolution of the two H.264 streams and the pre-defined
profile to be used for each stream are selected on the Encoder
Streams page. The maximum frame rate and quality of the
JPEG stream is also selected here.
The streams and profiles for recording are selected on the
Recording Profiles page.
The Encoder Regions page allows you to select different quality
levels for various areas of the image. This can help in reducing
the bit rate. For example, important objects can be selected to
provide higher quality encoding than selected background
areas.