VHF over IP
NetPerformer® System Reference
COPYRIGHTS AND DISCLAIMERS
Published Date: April 2014
Document # 2104
This publication contains information proprietary and confidential to Memotec Inc. Any reproduction,
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by evolution in user needs or progress in engineering or manufacturing technology. Changes which affect the
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However, Memotec assumes no responsibility for the accuracy of the information published. Product
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Copyright © 2014 Memotec Inc.
Memotec Inc.
7755 Henri Bourassa Blvd. West
Montreal, Quebec
Canada H4S 1P7
Tel.: (514) 738-4781
FAX: (514) 738-4436
www.memotec.com
Contents
Chapter 1: VHF over IP standard support (EUROCAE WG67 ED-137) . . . . . . . . . . . . . . . 1-1
1. 1 EUROCAE WG67 ED-137. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-2
1.1.1 NetPerformer in PTT Control Mode . . . . . . . . . . . . . . . . . . . . . . 1-2
1.1.2 NetPerformer in PTT Answer Mode . . . . . . . . . . . . . . . . . . . . . . 1-2
Chapter 2: Configuration Example NetPerformer to NetPerformer . . . . . . . . . . . . . . . . . 2-1
2. 1 NetPerformer to NetPerformer. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-2
2.1.1 HUB Unit Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-2
2.1.2 REMOTE-RADIO Unit Configuration . . . . . . . . . . . . . . . . . . . . . 2-5
Index . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Index-1
Memotec Inc.
Memotec Inc.
1
VHF over IP standard support (EUROCAE
WG67 ED-137)
This chapter includes the following:
• EUROCAE WG67 ED-137
• NetPerformer in PTT Control Mode
• NetPerformer in PTT Answer Mode.
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1.1 EUROCAE WG67 ED-137
EUROCAE WG67 ED-137 documents provide the basis for inter-operability between
different VHF equipment and gateways over IP. This inter-operability is done using
standard SIP and RTP VoIP protocols for VHF voice transport, as well as using RTP
extender field for the transport of the Push to Talk (PTT) on-hook/off-hook transitions.
It is when NetPerformer is configured to use SIP voice method instead of PowerCell and
that T1/E1 or E&M voice ports are set in Push-to-Talk mode that this VHF over IP
standard will be used.
For more details about NetPerformer Push-to-Talk support, refer to the SDM-9220/9230
Hardware Installation Guide (Doc. # 1588), available on the Companion CD, in the
following sections:
• 9.3 - About Push To Talk (PTT)
• 9.4 - Configuring Push To Talk.
1.1.1 NetPerformer in PTT Control Mode
NetPerformer can be used as a gateway between a voice communication system (VCS)
and WG-67 equipped IP radios, as seen in the diagram bellow:
Figure 1-1: NetPerformer in PTT Control Mode
In this case the NetPerformer unit is set in PTT Control mode and communicates directly
with ED-137 radios on the IP side and via T1/E1 or E&M ports on the VCS side.
1.1.2 NetPerformer in PTT Answer Mode
The NetPerformer can also be used as a gateway between a WG-67 equipped IP voice
1-2 Memotec Inc.
VHF over IP standard support (EUROCAE WG67 ED-137)
communication system (VCS) and legacy VHF radios, as seen in the diagram bellow::
Figure 1-2: NetPerformer in PTT Answer Mode
In this case the NetPerformer units are set in PTT Answer mode and communicate directly
with the ED-137 equipped VCS system on the IP side and via T1/E1 or E&M ports to the
VHF radios.
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2
Configuration Example NetPerformer to
NetPerformer
This chapter includes the following:
• NetPerformer to NetPerformer
• HUB Unit Configuration.
• REMOTE-RADIO Unit Configuration
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2.1 NetPerformer to NetPerformer
Following is an example of VHF over IP configuration using two NetPerformer units.
Note that VHF over IP, as per EUROCAE WG67 ED-13 standard, is supported by all the
main VHF equipment vendors. As such, by using this standard the NetPerformer can inter-
operate directly with other vendors IP Voice Communication System (VCS) at the HUB or
IP Radio at the remote locations as illustrated in previous figures.
Therefore, it is only for configuration purposes that we show two NetPerformer
communicating to each using EUROCAE WG67 ED-137 to convert TDM (E&M or E1)
VCS and Radio VHF traffic to IP. In practice, in this type of application, the NetPerformer
will be used only at one end:
• At the HUB site to communicate with remote standard based IP Radio VHF
or,
• At the remote location(s) to communicate with the central site IP Voice Commu-
nication System (VCS)..
Figure 2-1: Standard based VHF over IP between two NetPerformer Units
2.1.1 HUB Unit Configuration
The following provides essential parameter values for configuring the NetPerformer unit
at the Hub site as per Figure 2-1:
HUB-VCS - SIP License:
HUB-VCS>PLS
PRODUCT LICENSE STATUS
LICENSE> Enter a new license key (NO/YES,def:NO) ? Y
LICENSE> ENTER LICENSE
LICENSE> (xxxx-xxxx-xxxxxxxx-xxxx) (def:) ? AAAA-BBBB-CCCCCCCC-DDDD
LICENSE> SIP VoIP license (AAAA-BBBB-CCCCCCCC-DDDD)
entered successfully
Execute Reset Unit (RU) command to apply the new license.
HUB-VCS - Global Parameters
HUB-VCS>DP
DISPLAY PARAMETERS
Item (BRIDGE/CLASS/CUSTOM/ELOG/GLOBAL/IP/IPX/MAP/PORT/PVC/
REDUNDANCY/
SIP/SLOT/SS7/USER/ALL,def:SLOT) ? GLOBAL
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Configuration Example NetPerformer to NetPerformer
GLOBAL> Unit name...................................HUB-VCS
GLOBAL> PowerCell version...........................V1
...
GLOBAL> Tone settings...............................NORTH AMERICA
GLOBAL> Jitter buffer (ms)..........................40
GLOBAL> Global CIR for FR over IP...................10000000
...
GLOBAL> Voice transport method......................SIP VOIP
GLOBAL > Digital port clock source.................INTERNAL
HUB-VCS - Extended Parameters
HUB-VCS>EP
EXTENDED PARAMETERS
IP> Multihomed type.................................DISABLED
SIP> (SUPPSERV) Transfer supplementary services.....DISABLE
VPORT 101> (EMSEIZUREDETECTTIME) E&M seizure detect time (ms) 20
VPORT 101> (PTTCONTROLAUTOCONNECT) PTT-Control automatic connection
ENABLE
HUB-VCS - Eth #1 Parameters
HUB-VCS>DP
DISPLAY PARAMETERS
Item (BRIDGE/CLASS/CUSTOM/ELOG/GLOBAL/IP/IPX/LDC/PORT/PVC/
REDUNDANCY/
SLOT/SS7/USER/ALL,def:GLOBAL) ? PORT
Port number (ETH1/ETH2/CSL/1,def:ETH1) ?
PORT ETH 1> Protocol................................ETH AUTO
PORT ETH 1> Link integrity..........................YES
PORT ETH 1> LAN speed (mbps)........................AUTO
PORT ETH 1> MAC address.............................000000000000
PORT ETH 1> Redundancy MAC address active...........NO
PORT ETH 1> DHCP....................................DISABLE
PORT ETH 1> IP address 1............................172.019.000.241
PORT ETH 1> Subnet mask 1 (number of bits)..........24
{255.255.255.000}
PORT ETH 1> IP address 2............................000.000.000.000
PORT ETH 1> Subnet mask 2 (number of bits)..........8
{255.000.000.000}
PORT ETH 1> Redundancy IP address 1.................000.000.000.000
PORT ETH 1> Redundancy subnet mask 1 (number of bits) 8
{255.000.000.000}
PORT ETH 1> Redundancy IP address 2.................000.000.000.000
PORT ETH 1> Redundancy subnet mask 2 (number of bits) 8
{255.000.000.000}
PORT ETH 1> Allow routing between IP networks.......NO
PORT ETH 1> Frame size..............................1500
PORT ETH 1> IP RIP..................................DISABLE
PORT ETH 1> OSPF....................................DISABLE
HUB-VCS - IP Parameters
HUB-VCS>DP
DISPLAY PARAMETERS
Item (BRIDGE/CLASS/CUSTOM/ELOG/GLOBAL/IP/IPX/MAP/PORT/PVC/
REDUNDANCY/
SIP/SLOT/SS7/USER/ALL,def:SIP) ? IP
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Item (BOOTP/DNS/FTP/GLOBAL/HTTP/NAT/OSPF/RADIUS/SNMP/SOURCE-
STATIC/
STATIC/TELNET/TIMEP,def:BOOTP) ? GLOBAL
IP> Router..........................................ENABLE
IP> Multihomed type.................................DISABLED
IP> Route broadcast to end station..................NO
IP> OSPF AS boundary router.........................NO
IP> RIP AS boundary router..........................NO
IP> IP DSCP for SIP.................................0
IP> Allow LAN-to-LAN IP routing.....................NO
IP> Port number for the transparent protocols.......1025
HUB-VCS - SIP Global Parameters
HUB-VCS>DP
DISPLAY PARAMETERS
Item (BRIDGE/CLASS/CUSTOM/ELOG/GLOBAL/IP/IPX/MAP/PORT/PVC/
REDUNDANCY/
SIP/SLOT/SS7/USER/ALL,def:IP) ? SIP
SIP> (GLOBAL/TIMER/AUTHENTICATION/CODEC NEGO/PROXY/ALL,
def:CODEC NEGO) ? GLO
SIP Global> Administrative status...................ENABLE
SIP Global> Default dialstring dest. address........000.000.000.000
SIP Global> Default dialstring UDP port.............5060
SIP Global> Force IP source address.................
SIP Global> Header syntax form......................FULL FORM
SIP Global> REGISTER ANI digits/Gateway ID..........
SIP Global> DEFAULT ANI digits......................
SIP Global> Redirect server.........................DISABLE
HUB-VCS - SIP Codec Negotiation Parameters
HUB-VCS>DP
DISPLAY PARAMETERS
Item (BRIDGE/CLASS/CUSTOM/ELOG/GLOBAL/IP/IPX/MAP/PORT/PVC/
REDUNDANCY/
SIP/SLOT/SS7/USER/ALL,def:SIP) ?
SIP> (GLOBAL/TIMER/AUTHENTICATION/CODEC NEGO/PROXY/ALL,
def:GLOBAL) ? CODEC
SIP Codec Negotiation> G729.........................YES
SIP Codec Negotiation> G723.........................NO
SIP Codec Negotiation> G726-16K.....................NO
SIP Codec Negotiation> G726-24K.....................NO
SIP Codec Negotiation> G726-32K.....................NO
SIP Codec Negotiation> G726-40K.....................NO
SIP Codec Negotiation> G711 alaw....................YES
SIP Codec Negotiation> G711 ulaw....................YES
HUB-VCS - SLOT 1 / LINK Parameters
HUB-VCS>DP
DISPLAY PARAMETERS
Item (BRIDGE/CLASS/CUSTOM/ELOG/GLOBAL/IP/IPX/MAP/PORT/PVC/
REDUNDANCY/
SIP/SLOT/SS7/USER/ALL,def:SIP) ? SLOT
SLOT> Slot number (1/2,def:1) ? 1
Item (LINK/CHANNEL,def:CHANNEL) ? LI
PORT 100> Status....................................ENABLE
PORT 100> Pcm encoding law..........................MU-LAW
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Configuration Example NetPerformer to NetPerformer
PORT 100> E&M type..................................5
HUB-VCS - SLOT 1 / Channel 1 Parameters
HUB-VCS>DP
DISPLAY PARAMETERS
Item (BRIDGE/CLASS/CUSTOM/ELOG/GLOBAL/IP/IPX/MAP/PORT/PVC/
REDUNDANCY/
SIP/SLOT/SS7/USER/ALL,def:SLOT) ?
SLOT> Slot number (1/2,def:1) ?
Item (LINK/CHANNEL,def:LINK) ? CHA
SLOT> Port number (1-4/ALL,def:1) ?
VOICE 101> Protocol.................................G729
VOICE 101> DSP packets per frame 12345678
VOICE 101> Packetization selection (Y/N).......NYNNNNNN
VOICE 101> Signaling type...........................IMMEDIATE START
VOICE 101> Hoot & Holler application................NO
VOICE 101> Analog E&M type..........................4 WIRE
VOICE 101> TE timer (s).............................0
VOICE 101> Push to Talk application.................PTT CONTROL
VOICE 101> Silence suppression level................1
VOICE 101> Local inbound voice level (db)...........0
VOICE 101> Local outbound voice level (db)..........0
VOICE 101> Echo canceller...........................ENABLE
VOICE 101> Double talk threshold (db)...............6
VOICE 101> Echo suppressor..........................ENABLE
VOICE 101> Pulse frequency (pps)....................10
VOICE 101> Activation type..........................AUTODIAL
VOICE 101> Speed dial number........................2011
VOICE 101> TONE type:...............................DTMF
VOICE 101> TONE regeneration:.......................1
...
VOICE 101> Fwd digits...............................NONE
VOICE 101> DTMF power ratio.........................5
HUB-VCS – MAP Configuration
HUB-VCS>DMF
DISPLAY MAP FILE
NUMBER OF MAPS: 1
MAP 2011> Map type..................................DIALIP
MAP 2011> Entry digits..............................2011
MAP 2011> Digits string length......................4
MAP 2011> Egress hunt group pattern.................NONE
MAP 2011> Strip prefix number of digits.............I0 E0
MAP 2011> Ingress\Egress prepend string.............NONE
MAP 2011> Ingress\Egress append string..............NONE
MAP 2011> Enter an IP address.......................172.19.0.242
2.1.2 REMOTE-RADIO Unit Configuration
The following provides essential parameter values for configuring the NetPerformer unit
at the remote radio site as per Figure 2-1:
REMOTE-RADIO - SIP License
REMOTE-RADIO>PLS
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PRODUCT LICENSE STATUS
LICENSE> Enter a new license key (NO/YES,def:NO) ? Y
LICENSE> ENTER LICENSE
LICENSE> (xxxx-xxxx-xxxxxxxx-xxxx) (def:) ? EEEE-FFFF-GGGGGGGG-HHHH
LICENSE> SIP VoIP license (EEEE-FFFF-GGGGGGGG-HHHH)
entered successfully
Execute Reset Unit (RU) command to apply the new license.
REMOTE-RADIO - Global Parameters
REMOTE-RADIO>DP
DISPLAY PARAMETERS
Item (BRIDGE/CLASS/CUSTOM/ELOG/GLOBAL/IP/IPX/MAP/PORT/PVC/
REDUNDANCY/
SIP/SLOT/SS7/USER/ALL,def:SLOT) ? GLOBAL
GLOBAL> Unit name...................................REMOTE-RADIO
GLOBAL> PowerCell version...........................V1
...
GLOBAL> Tone settings...............................NORTH AMERICA
GLOBAL> Jitter buffer (ms)..........................40
GLOBAL> Global CIR for FR over IP...................10000000
...
GLOBAL> Voice transport method......................SIP VOIP
GLOBAL > Digital port clock source.................INTERNAL
REMOTE-RADIO - Extended Parameters
REMOTE-RADIO>EP
EXTENDED PARAMETERS
IP> Multihomed type.................................DISABLED
SIP> (SUPPSERV) Transfer supplementary services.....DISABLE
VPORT 101> (EMSEIZUREDETECTTIME) E&M seizure detect time (ms) 20
REMOTE-RADIO - Eth #1 Parameters
REMOTE-RADIO>DP
DISPLAY PARAMETERS
Item (BRIDGE/CLASS/CUSTOM/ELOG/GLOBAL/IP/IPX/LDC/PORT/PVC/
REDUNDANCY/
SLOT/SS7/USER/ALL,def:GLOBAL) ? PORT
Port number (ETH1/ETH2/CSL/1,def:ETH1) ?
PORT ETH 1> Protocol................................ETH AUTO
PORT ETH 1> Link integrity..........................YES
PORT ETH 1> LAN speed (mbps)........................AUTO
PORT ETH 1> MAC address.............................000000000000
PORT ETH 1> Redundancy MAC address active...........NO
PORT ETH 1> DHCP....................................DISABLE
PORT ETH 1> IP address 1............................172.019.000.242
PORT ETH 1> Subnet mask 1 (number of bits)..........24
{255.255.255.000}
PORT ETH 1> IP address 2............................000.000.000.000
PORT ETH 1> Subnet mask 2 (number of bits)..........8
{255.000.000.000}
PORT ETH 1> Redundancy IP address 1.................000.000.000.000
PORT ETH 1> Redundancy subnet mask 1 (number of bits) 8
{255.000.000.000}
PORT ETH 1> Redundancy IP address 2.................000.000.000.000
PORT ETH 1> Redundancy subnet mask 2 (number of bits) 8
{255.000.000.000}
2-6 Memotec Inc.
Configuration Example NetPerformer to NetPerformer
PORT ETH 1> Allow routing between IP networks.......NO
PORT ETH 1> Frame size..............................1500
PORT ETH 1> IP RIP..................................DISABLE
PORT ETH 1> OSPF....................................DISABLE
REMOTE-RADIO - IP Parameters
REMOTE-RADIO>DP
DISPLAY PARAMETERS
Item (BRIDGE/CLASS/CUSTOM/ELOG/GLOBAL/IP/IPX/MAP/PORT/PVC/
REDUNDANCY/
SIP/SLOT/SS7/USER/ALL,def:SIP) ? IP
Item (BOOTP/DNS/FTP/GLOBAL/HTTP/NAT/OSPF/RADIUS/SNMP/SOURCE-
STATIC/
STATIC/TELNET/TIMEP,def:BOOTP) ? GLOBAL
IP> Router..........................................ENABLE
IP> Multihomed type.................................DISABLED
IP> Route broadcast to end station..................NO
IP> OSPF AS boundary router.........................NO
IP> RIP AS boundary router..........................NO
IP> IP DSCP for SIP.................................0
IP> Allow LAN-to-LAN IP routing.....................NO
IP> Port number for the transparent protocols.......1025
REMOTE-RADIO - SIP Global Parameters
REMOTE-RADIO>DP
DISPLAY PARAMETERS
Item (BRIDGE/CLASS/CUSTOM/ELOG/GLOBAL/IP/IPX/MAP/PORT/PVC/
REDUNDANCY/
SIP/SLOT/SS7/USER/ALL,def:IP) ? SIP
SIP> (GLOBAL/TIMER/AUTHENTICATION/CODEC NEGO/PROXY/ALL,
def:CODEC NEGO) ? GLO
SIP Global> Administrative status...................ENABLE
SIP Global> Default dialstring dest. address........000.000.000.000
SIP Global> Default dialstring UDP port.............5060
SIP Global> Force IP source address.................
SIP Global> Header syntax form......................FULL FORM
SIP Global> REGISTER ANI digits/Gateway ID..........
SIP Global> DEFAULT ANI digits......................
SIP Global> Redirect server.........................DISABLE
REMOTE-RADIO - SIP Codec Negotiation Parameters
REMOTE-RADIO>DP
DISPLAY PARAMETERS
Item (BRIDGE/CLASS/CUSTOM/ELOG/GLOBAL/IP/IPX/MAP/PORT/PVC/
REDUNDANCY/
SIP/SLOT/SS7/USER/ALL,def:SIP) ?
SIP> (GLOBAL/TIMER/AUTHENTICATION/CODEC NEGO/PROXY/ALL,
def:GLOBAL) ? CODEC
SIP Codec Negotiation> G729.........................YES
SIP Codec Negotiation> G723.........................NO
SIP Codec Negotiation> G726-16K.....................NO
SIP Codec Negotiation> G726-24K.....................NO
SIP Codec Negotiation> G726-32K.....................NO
SIP Codec Negotiation> G726-40K.....................NO
SIP Codec Negotiation> G711 alaw....................YES
SIP Codec Negotiation> G711 ulaw....................YES
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REMOTE-RADIO - SLOT 1 / LINK Parameters
REMOTE-RADIO>DP
DISPLAY PARAMETERS
Item (BRIDGE/CLASS/CUSTOM/ELOG/GLOBAL/IP/IPX/MAP/PORT/PVC/
REDUNDANCY/
SIP/SLOT/SS7/USER/ALL,def:SIP) ? SLOT
SLOT> Slot number (1/2,def:1) ? 1
Item (LINK/CHANNEL,def:CHANNEL) ? LI
PORT 100> Status....................................ENABLE
PORT 100> Pcm encoding law..........................MU-LAW
PORT 100> E&M type..................................5
REMOTE-RADIO - SLOT 1 / Channel 1 Parameters
REMOTE-RADIO>DP
DISPLAY PARAMETERS
Item (BRIDGE/CLASS/CUSTOM/ELOG/GLOBAL/IP/IPX/MAP/PORT/PVC/
REDUNDANCY/
SIP/SLOT/SS7/USER/ALL,def:SLOT) ?
SLOT> Slot number (1/2,def:1) ?
Item (LINK/CHANNEL,def:LINK) ? CHA
SLOT> Port number (1-4/ALL,def:1) ?
VOICE 101> Protocol.................................G729
VOICE 101> DSP packets per frame 12345678
VOICE 101> Packetization selection (Y/N).......NYNNNNNN
VOICE 101> Signaling type...........................IMMEDIATE START
VOICE 101> Hoot & Holler application................NO
VOICE 101> Analog E&M type..........................4 WIRE
VOICE 101> TE timer (s).............................0
VOICE 101> Push to Talk application.................PTT ANSWER
VOICE 101> Silence suppression level................1
VOICE 101> Local inbound voice level (db)...........0
VOICE 101> Local outbound voice level (db)..........0
VOICE 101> Echo canceller...........................ENABLE
VOICE 101> Double talk threshold (db)...............6
VOICE 101> Echo suppressor..........................ENABLE
VOICE 101> Pulse frequency (pps)....................10
VOICE 101> Activation type..........................SWITCHED
VOICE 101> TONE type:...............................DTMF
VOICE 101> TONE regeneration:.......................1
...
VOICE 101> Fwd digits...............................NONE
VOICE 101> DTMF power ratio.........................5
REMOTE-RADIO - MAPs
HUB-VCS>DMF
DISPLAY MAP FILE
NUMBER OF MAPS: 1
MAP 2011> Map type..................................DIALSTRING
MAP 2011> Entry digits..............................2011
MAP 2011> Digits string length......................4
MAP 2011> Egress hunt group pattern.................SEQUENTIAL
MAP 2011> Egress hunt group ports...................101
MAP 2011> Strip prefix number of digits.............I0 E0
MAP 2011> Ingress\Egress prepend string.............NONE
MAP 2011> Ingress\Egress append string..............NONE
2-8 Memotec Inc.
Index
A RTP VoIP protocols 1-2
Advanced applications 2-1
Applications
S
advanced 2-1 SIP 1-2
E T
EUROCAE WG67 ED-137 1-2 TDM (E&M or E1) VCS 2-2
G V
Global Configuration 2-2 VCS 1-2
H W
HUB Unit Configuration 2-2 WG67 ED-137 1-2
HUB-VCS - Eth #1 Parameters 2-3
HUB-VCS - Extended Parameters 2-3
HUB-VCS - Global Parameters 2-2
HUB-VCS - IP Parameters 2-3
HUB-VCS – MAP Configuration 2-5
HUB-VCS - SIP Codec Negotiation Parameters 2-4
HUB-VCS - SIP Global Parameters 2-4
HUB-VCS - SIP License
2-2
HUB-VCS - SLOT 1 / Channel 1 Parameters 2-5
HUB-VCS - SLOT 1 / LINK Parameters 2-4
N
NetPerformer to NetPerformer 2-2
P
PTT Answer Mode 1-2
PTT Control Mode 1-2
R
Radio VHF traffic to IP 2-2
REMOTE-RADIO - Eth #1 Parameters 2-6
REMOTE-RADIO - Global Parameters 2-6
REMOTE-RADIO - IP Parameters 2-7
REMOTE-RADIO - MAPs 2-8
REMOTE-RADIO - SIP Global Parameters 2-7
REMOTE-RADIO - SIP License 2-5
REMOTE-RADIO - SLOT 1 / Channel 1 Parameters
2-8
REMOTE-RADIO - SLOT 1 / LINK Parameters 2-8
REMOTE-RADIO Unit Configuration 2-5
GSM Solution 1
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