1.2 Features and Benefits
The IP Camera is a cutting-edge digital video transmission device. It can
compress and transmit real time images with outstanding images quality at
reasonable bandwidth through a standard TCP/IP network. That’s because it
is Ethernet (LAN and WAN) ready and has the powerful ARM9 SoC and
the MPEG-4 compression ASIC inside. In addition, with these powerful
hardware platform, excellent SDK support and powerful respective
apparatuses (eg. the transcoder), this IP Camera is your best choice building
up either conventional IP surveillance system or intelligent IP surveillance
system.
Real-time MPEG-4 Compression
With hardware MPEG-4 compression chip inside, the composite video
inputs can be efficiently compressed into MPEG-4 bit stream without any
delay. The ASIC base compression engine can support CIF resolution.
QoS Enabled Video Streaming
For real-time video streaming requirements, the IP camera implemented
the 802.1pQ features inside the SoC as the streaming engine to make sure
the video streaming package is forwarded faster than normal TCP/UDP
packet.
Automatic Frame Rate Control
The IP Camera supports automatic/manual streaming frame rate control,
especially for multiple clients concurrent access the same video stream in
different network bandwidth.
Digital Time Code Embedded
The “Digital Time Code Embedded” function is to embed the recording
time in the MPEG bit stream. Therefore, each image frame has its
respective time when it was recorded. It is very useful when users want to
find the video at an exact time or between a certain time intervals.
Build-in LAN and WAN (Low Latency PPPoE Supported) Ports
The IP Camera provides two RJ-45 connectors. One is WAN and the other
is LAN. The WAN port connects to the internet and LAN port connects to
the local network. Since the internet’s bandwidth is very critical, the WAN
port is equipped with a low latency PPPoE (Point-to-Point over Ethernet)
which has excellent transmission speed and enables the IP Camera to
connect to an ADSL or a cable modem.