FD8135H – 2014/11
3
C. The camera shall provide integrated support for IPv4, IPv6, TCP/IP,
HTTP, HTTPS, UPnP, RTSP/RTP/RTCP, IGMP, SMTP, FTP, DHCP, NTP, DNS, DDNS,
PPPoE, CoS, QoS, SNMP, 802.1X.
D. No unique or proprietary client software shall be required for viewing
or controlling the camera.
E. The camera shall be configurable and users may modify the camera’s web
pages according to a specific purpose.
F. The camera shall be ONVIF compliant.
G. The camera shall be able to transmit H.264/MPEG4 streaming over HTTP
to pass the firewall protection (RTSP over HTTP).
H. The camera shall be able to transmit H.264/MPEG4 streaming over UDP
for time-sensitive applications to achieve a better real-time
Streaming.
I. The camera shall be able to transmit H.264/MPEG4 streaming over TCP
for applications where the video quality is a top-priority, preventing
packet losses.
J. The camera shall support encrypted data transmission (HTTPS) to
increase the overall security.
K. The camera shall allow the live viewing for up to 10 clients
simultaneously.
L. The camera shall offer at least 2 simultaneous streams.
2.05 Camera Audio/Video Requirements
A.
The camera shall provide 52 video quality levels in H.264 codec.
B.
The camera shall provide 30 video quality levels in MPEG-4 codec
C.
The camera shall provide 191 video quality levels in MJPEG codec
D.
The camera shall provide 4~16000 Kbps H.264/MPEG-4 video bit rate.
E.
The camera shall support H.264 Main Profile, H.264 Baseline Profile,
H.264 High Profile.
F.
The camera shall provide 9 levels of exposure compensation.
G.
The camera shall provide 6 levels of gain control.
H.
The camera shall able to provide the audio codec G.711 which is most
widely supported.
I.
The camera shall be able to provide the audio codec AMR to support the
3GPP.
