40 C1640M-B (3/06)
Endura network structure 9
intelligent edge 8
network designs, examples of 24
protocols 7
VLANs 9
NVR (network video recorder) 6
O
Open Shortest Path. See OSPF
OSPF 7
overhead, for bandwidth 13
P
packets, multicast 36
packets, video 9, 11
physical media
Ethernet cabling 7
PIM
dense mode 7, 36
neighbors 36
sparse mode 7, 8, 36
PIM-DM 7
PIM-SM 8
product support 6
protocols 7
DVMRP 7
OSPF 7
PIM-DM 7
PIM-SM 7
RIP 7
R
redundant SM5000 22
rendezvous point 8
Reverse Path Forwarding
See RPF
RIP (Routing Information Protocol) 7
routing
multicast 31
unicast 7
RPF
failure 36
mroute statement
verification of multicast traffic 31
RPF (Reverse Path Forwarding) 7
S
scaling Endura network, using
A Block 10
B Block 12
security 22
SM5000 system manager 6
sparse mode (PIM-SM) 7
Storage Expansion Box. See SEB
storage requirements 12
S-Video 6
switches
layer 3 22
subcore 22
used to connect multiple NVRs and SEBs 26
VLAN-aware 8
system manager 6
T
TCP/IP protocol suite 7
Time to Live. See TTL
traditional design 8
traditional network design 8
traffic, network
Endura (performance summary) 12
UPnP 9
VLANs, helps manage 9
troubleshooting
GRE tunnels 36
TTL
default setting for Endura components 11
setting 9
tunnel
destination 36
GRE 36
source 36
status of, verifying 36
U
unicast protocols
OSPF 7
RIP 7
unknown multicast groups 8
unmanaged Endura network
configuration of 24
Endura devices in 24
functionality of 24
UPnP
traffic, isolation of 9
UPnP (Universal Plug and Play) 6
V
VGA 6
video security systems 5
video stream
B Block 13
highest 13
lowest 13
playback 13
viewing, live 13
video, viewing of
B Block 12, 25
live and playback video 12, 25
VLANs
how created 9
separate Endura blocks 9
traffic management 9
W
WANs
generic routing encapsulation (GRE) tunnel 31
how to configure 31