INDEX
bridging channels
A
See also mixing
access control list (ACL)
aggressive VAD
broadcast queue
4-8
buffering
arbitration algorithm
ARP commands
4-33, 4-49
2-15
burst
4-35
4-4, 4-34
8-6
Assured Forwarding
4-44
assured forwarding 31 (AF31)
C
4-32
Asynchronous Transfer Mode (ATM)
7-3
cabling, for VIC2-2E/M interface card
Asynchronous Transfer Mode Peak Cell Rate (ATM
PCR) 4-4
ATM and Frame Relay Service Inter-Working (SIW)
audio quality
4-36
4-2
call flow
call leg
7-3
2-26
5-1, 5-4
Carrier Operated Relay
3-10
Carrier Operated Relay (COR)
carrier operated relay (COR)
Carrier Operated Squelch
B
4-8
3-8
3-10
Carrier Operated Squelch (COS)
bandwidth
central site server solution
codec affect on
consumption
4-5
channel mixing
4-4
4-42
7-21
use with LMR
2-15
3-1
arbitration algorithm
modifying consumption
multicast over GRE
over-provisioning
4-7
7-12
4-34
4-4
point-to-point lines
provisioning
4-6
4-42
4-2
4-5, 4-6
voice payload
bidirectional PIM
2-15
configuration for LMR gateway
queuing techniques
3-7
4-33
Cisco IPICS
benefits
PMC consumption of
usage
8-1, 8-2
Cisco IOS
leased lines
planning
3-8, 4-8
Cisco Hoot ‘n’ Holler
4-5, 4-6
for unicast connection trunk
issues
3-2
codec
1-1
4-4
components
Cisco IPICS server
1-3
Cisco Unified IP Phone gateway
4-7
4-2, 4-3, 4-39
LMR gateway
1-4
networking components
overview
1-4
1-4
1-2
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Index
PMC
1-4
cRTP
RMS
1-4, 2-1
Customer Edge Router (CE)
deployment models
markets
multiple site model
D
7-2
1-1
Data MDT
RMS configuration for mixing
single site model
7-5, 7-9
Data Multicast Distribution Tree (MDT)
Default-MDT
voice streams supported
2-10
WAN deployment issues
4-2
Cisco IPICS server
2-16
7-1
Cisco IPICS capacity
delay
6-2
4-2, 4-32, 4-35
4-2
deployment scenario
1-3
central site server solution
remote locations solution
See Cisco IPICS
remote PMC solution
Cisco Multicast Manager (CMM)
Cisco Security Agent (CSA)
4-50
destination pattern
4-49
2-41
Cisco Unified Communications Manager Express
2-41,
8-1
call leg
2-13
5-1, 5-4
configuration example
Cisco Unified IP Phone
destination pattern
Cisco Communications Manager Express
configuration for 2-41
inbound
outbound
G.711
G.729a
overview
POTS
codec
delay
4-33
5-3
voice-network
dial pool
4-4
types in Cisco IPICS
7-13
5-2
6-4
digital signal processor (DSP)
Committed Information Rate (CIR)
4-6
4-4, 4-34, 4-35
5-2
6-4
dial port, usage
4-4
4-5
compressed RTP (cRTP)
5-2
5-2
Voice over IP (VoIP)
4-4
connection trunk
5-2
VoFR (Voice over Frame Relay)
4-4
4-4
voice quality
5-4
VoATM (Voice over ATM)
4-4
5-4
5-1
session target
4-5
5-4
5-2
outbound call leg
2-41
considerations
5-4
matching outbound call leg
1-4
choosing
5-3
matching inbound call leg
2-41
Class-Based Weighted Fair Queueing (CBWFQ)
2-25
5-2
inbound call leg
Cisco Unified Communications Manager
configuration for 2-41
bandwidth use
8-1, 8-3
5-3
associated with RMS
2-42
configuring for Cisco IPICS
8-1, 8-2
dial peer
Cisco Unified Communications Manager
services
7-4
7-4, 7-5
dense mode (SM)
Cisco IP Interoperability and Collaboration System
overview
7-4
7-1
1-1
overview
4-7
discard eligible (DE)
4-8
4-35, 4-44
DS0
allocation
2-2
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channel optimization
2-9
conserving resources
6-2
loopback channels
F
feedback tones, for trunked radios
2-2
remote location requirements
resource allocation
2-7, 2-22
2-3
broadcast queue
sizing considerations
connection with E&M port
6-2
in WAN
6-2
4-43
DSP
signal detection
4-37
LLQ
4-33
QoS
4-34
4-33
Frame Relay Traffic Shaping (FRTS)
2-9
4-35
7-3
IP RTP Priority
2-12
DSCP per-hop behaviors (Fibs)
channel optimization
4-36
Committed Information Rate (CIR) in
2-21
use in mixing channels
dspfarm
4-49
Frame Relay
2-21
resources not required
usage
firewall
following
2-9, 2-24
resource consumption
resources
2-9
3-51
4-35
FRF.12 fragmentation and reassembly technique
4-8
4-42
2-9
duplicate packets
2-21
G
G.711
E
G.729a
E1 interface
4-4, 7-2
4-4
GRE tunnel
2-12
7-11
ear and mouth (E&M)
analog signaling types
interface
3-1
interface card
port
3-4
3-4
4-37
Type III interface
3-4
Type V interface
3-6
egress policing
4-44
egress shaping
4-43
8-1
High-Level Data Link Control (HDLC)
4-42
See Cisco Hoot ’n’ Holler
I
endpoints
Internet Explorer, adjusting browser settings
communication between
duplicate packets
high latency low bandwidth connection
hootie
3-5
Type II interface
H
2-7, 2-11
2-21
expedited forwarding (EF)
Internet Group Management Protocol (IGMP)
interoperability and collaboration
4-32
IP precedence
2-17
1-2
4-32
IP RTP Priority
IPSSec VPN
8-7
4-32, 4-33
7-13
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mixing
J
arbitration algorithm
jitter
4-2, 4-32, 4-35
audio
2-15
2-17
channels in VTG
2-11
channels using Cisco Hoot ’n’ Holler
L
DSP function
example
land mobile radio
LEAF
4-8
2-15
unicast streams
See LMR
2-24
voice streams
7-4
leased line
2-17, 4-8
MPLS
7-3
in multiple site model
licences
for Cisco IPICS
usage
VPN
6-1
Link Fragmentation and Interleaving (LFI)
4-42
multicast
7-2
7-3
with multicast VPN
6-1
7-3
2-24, 4-6, 7-2
address for VTG communication
LMR
audio connection to Cisco IPICS
channel
3-2
endpoints in
address pool
bandwidth
2-16
communication with endpoints
2-16
2-11
2-2, 2-9
7-12
bidirectional PIM
4-39
call flow to unicast
2-9
2-28
endpoints, communication between
gateway
Cisco IOS configuration for
overview
3-7
3-2
integration with Cisco IPICS
3-1
interface with Cisco IPICS
3-2
recording multicast traffic
3-56
use with Cisco Hoot ’n’ Holler
7-24
overview
7-10
topology
7-10
M1:U12:M2 connection trunk
output stream
3-1
over GRE
7-24
2-15
7-11
singularity
2-1, 2-2, 2-11, 2-12
loopback interface
GRE tunnel
2-7
island
3-1
radio interface
loopback
2-15
GRE tunnel
4-39
Low-Latency Queuing (LLQ)
4-32, 4-33, 4-35
7-22
M1:U12:M2 connection trunk
overview
7-21
multicast address, guidelines for using
M
multicast domain
7-22
4-48
7-2, 7-4, 7-5
Multicast Virtual Route Forwarding (MVRF)
M1:U12:M2
connection trunk
description
multicast VPN (MVPN)
7-16, 8-3
unicast connection trunk
4-6, 7-18
with multicast singularities
markets, for Cisco IPICS
7-4
provider network configuration for
7-13
1-1
7-22
provider network verification
routing
7-4
7-5
7-7
7-5
Multilink Point-to-Point Protocol (MLPPP)
4-42
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multiple site model
PMC upload log frequency, disabling
connectivity options
point-to-point connection
7-3
4-42
overview
7-2
Point-to-Point Protocol (PPP)
topology
7-3
policing
Multiprotocol Label Switching
4-42
4-44
policy engine SIP provider
See MPLS
8-7
2-38
Protocol Independent Multicast (PIM)
bidirectional
4-2, 4-3
dense mode (DM)
N
overview
4-2
4-2
sparse mode (SM)
network
management
Provider Edge Router (PE)
4-50
security in
4-2
Provider Router (P)
4-48
networking components, overview
1-4
proxy channel
7-4, 7-5
7-4
7-15
Push-to-Talk Management Center
See PMC
O
over-detection
4-8
over-provisioning
Q
4-34
QoS
at WAN edge
P
4-43
factors affecting
in enterprise
packet
buffering
delay
in LAN
discard-eligible (DE)
loss
overview
4-2
4-2, 4-32, 4-35
packet rate
4-3
4-32
policing
4-44
queuing
4-44
trust boundary
WAN, use in
7-4
ping-pong effect
Quality of Service
PMC
queuing
bandwidth consumption
remote user
4-6
1-4
remote location
4-44
with point-to-point connections
3-51
4-42
See QoS
overview
techniques
2-24, 4-2, 4-45
4-32
4-2
Plain Old Telephone Service (POTS), for unicast
connection 2-26
overview
7-3
recommendations for networks
4-36
Permanent Virtual Circuit (PVC)
PIM-SSM
4-34
4-43
in multiple site model
4-35
4-35
errors
4-44
in Frame Relay network
4-35
4-32
drop
4-32
4-44
4-32, 4-35
queuing techniques
4-33
2-24
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RMS comparator
R
8-6
router media service
RADIUS
4-49
See RMS
Real-time Transport Protocol (RTP)
4-6
RTP, header compression
4-7
recording
multicast LMR traffic
3-56
Tap Cisco IOS configuration
redundant RMS configuration
remote location
S
3-56
4-9
satellite link
2-2, 2-9, 2-24, 4-2, 4-45
remote locations solution
remote PMC solution
remote PMC user
Secure Socket Layer (SSL)
8-1, 8-3
8-1
access control list (ACL)
4-2, 4-39
firewall
4-3
RADIUS
4-9
2-3
configuration for remote locations deployment
scenario 8-5
dial peers associated with
TACACS+
serialization
4-49
4-32
bidirectional
2-21, 2-22
in PIM SIM
function
2-1
unidirectional
function in Cisco IPICS
installation options
benefits
2-2
4-9
7-2
overview
7-1
topology
7-2
7-1
SIP
2-9
2-7, 2-9
connection to RMS using
in remote location
4-9
voice port configuration
4-2
design characteristics
1-4
resource consumption
4-2
7-2
best practices
4-6
2-15, 2-16, 2-17
resource allocation
4-3
single site model
2-7
in WAN that is not multicast enabled
standby
4-2
forwarding traffic
4-9
redundancy
4-36
5-3
fall back
overview
4-50
shared tree
4-9
mixing
4-49
service access point (SAP) broadcast
session target
2-13
2-2, 2-7, 2-9
DS0 resources
4-49
spanning tree (STP) attack mitigation
configuration for central site deployment
scenario 8-5
failover
4-49
Secure Socket Layer (SSL)
configuration example
DS0
4-48
recommendations
2-15
4-49
4-49
for Cisco IPICS
RMS
bridging
4-49
Cisco Security Agent (CSA)
Reverse Path Forwarding (RPF)
active
4-49
security
2-24
rendezvous point (RP)
8-1
2-15
voice ports associated with
2-13
signaling flow
2-24
4-2
2-27
unicast call, set up
2-26
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SIP provider
under-detection
configuring for Cisco IPICS
description
unicast
2-38
call flow to multicast
2-38
for policy engine
1-4
spanning tree (STP) attack mitigation
sparse mode (SM)
4-8
4-50
2-27
connection trunk
7-18
in WAN that is not multicast enabled
4-2
Sustained Cell Rate
connection set up
2-28
POTS use for connection
4-4
stream mixing
4-6
2-26
2-24
T
T1 interface
V
2-12
TACACS+
VIC2-2E/M interface card
4-49
Time to Live (TTL)
cabling
2-29
tone control
3-2
overview
3-2
2-wire configuration for single frequency
3-39
virtual interface (VIF)
4-wire configuration for single frequency
3-40
Virtual Private Network (VPN)
channel configurations in Cisco IPICS
configuration for two-ten frequencies
considerations
frequencies
3-14
4-8
4-8
4-8
3-8
Voice and Video Enabled IP Security Protocol
(IPSec) 7-3
topology
MPLS with multicast VPN
7-4
voice packet
4-7
voice payload
7-10
multiple site model
7-3
4-7
voice port
associating IP address with
7-2
configuration example
trunked radio
feedback tones
4-44
voice quality
3-51
hybrid configuration
trust boundary
conventional
use with LMR
3-8, 3-15
single site model
4-8
overview
3-1
multicast island
See VTG
enabling
3-12
3-15
signaling
virtual talk group
aggressive
3-16
native functionality
phases
3-42
7-3
voice activation detection (VAD)
3-12
manual tone configuration
overview
3-51
2-15
3-52
2-15
2-25
4-5, 4-8, 4-32, 4-36
voice stream mixing
See mixing
voice streams, supported in Cisco IPICS
VoIP bearer traffic
U
UDP port
4-45
VoIP traffic, transmission rate
4-33
VPN
2-10
4-5
7-4
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VTG
about
2-11
communication between channels
creation
2-11
LMR endpoints in
members
2-11
2-9
2-11
mixing channels in
2-15
mixing of channels
2-11
multicast address
2-11
multicast address requirements
2-9
participants speaking simultaneously
restricting access
2-15
2-23
RMS resource consumption
2-9
Weighted-Fair Queuing (WFQ)
4-33
W
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