User Manual

VIVOTEK
114 - User's Manual
Besides, we map the first stream of each channel: network_rtsp_c<0~(n-1)>_s0_accessname
to network_rtsp_s<0~(n-1)>_accessname and map the second stream of each channel:
network_rtsp_c<0~(n-1)>_s1_accessname to network_rtsp_s<n~(n*2-1)>_accessname and so
on.
Take VS8401 as an example, channel 1 stream 1: network_rtsp_c0_s0_accessname is mapped
to network_rtsp_s0_accessname and channel 1 stream 2: network_rtsp_c0_s1_accessname
is mapped to network_rtsp_s4_accessname.
RTSP multicast
Subgroup of network_rtsp_c<0~(n-1)>_s<0~(m-1)>_multicast for n channel products, and m
is stream number per channel, c is channel count[1~n], s is stream count[1~m]
(capability.protocol.rtp.multicast > 0)
NAME VALUE SECURITY
(get/set)
DESCRIPTION
alwaysmulticast <boolean> 4/4 Enable always multicast.
ipaddress <ip address> 4/4 Multicast IP address.
videoport 1025 ~ 65535 4/4 Multicast video port.
audioport 1025 ~ 65535 4/4 Multicast audio port.
(capability.naudio > 0)
ttl 1 ~ 255 4/4 Mutlicast time to live value.
For compatibility, network_rtsp_s<0~(t-1)>_multicast are reserved, t = n*m for n channel
products, and m is stream number per channel.
*Note: We can get n by (capability.nvideoin), and get m by (capability.nmediastream).
Besides, we map the first stream of each channel: network_rtsp_c<0~(n-1)>_s0_multicast to
network_rtsp_s<0~(n-1)>_multicast and map the second stream of each channel:
network_rtsp_c<0~(n-1)>_s1_multicast to network_rtsp_s<n~(n*2-1)>_multicast and so on.
Take VS8401 as an example, channel 1 stream 1 is mapped to network_rtsp_s0_multicast
and channel 1 stream 2 is mapped to network_rtsp_s4_multicast.
SIP port
Subgroup of network: sip (capability.protocol.sip> 0)
NAME VALUE SECURITY DESCRIPTION