Allied Telesis MIB Structure (SIP/MGCP/NCS) Reference Manual

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Allied Telesis MIB Structure (SIP/MGCP/NCS) Reference Manual | Manualzz
MIB Structure (SIP/MGCP/NCS)
VoIPTalk
Reference Manual
Rev C
Copyright © 2001 Allied Telesyn International, Corp.
960 Stewart Drive Suite B, Sunnyvale CA USA 94085
All rights reserved. No part of this publication may be reproduced without prior written permission from Allied
Telesyn International, Corp.
Ethernet is a registered trademark of Xerox Corporation. All other product names, company names, logos or other
designations mentioned herein are trademarks or registered trademarks of their respective owners.
Allied Telesyn International, Corp. reserves the right to make changes in specifications and other information
contained in this document without prior written notice. The information provided herein is subject to change without
notice. In no event shall Allied Telesyn International, Corp. be liable for any incidental, special, indirect, or
consequential damages whatsoever, including but not limited to lost of profit, arising out of or related to this manual
or the information contained herein, even if Allied Telesyn International, Corp. has been advised of, known, or should
have known, the possibility of such damages.
Contents
MIB Reference Manual
Contents
Chapter 1
MIB Structure ........................................................................................... 1
What is a MIB? ............................................................................................................ 1
Allied Telesyn MIB Structure ................................................................................................... 1
Storage Clauses ...................................................................................................................... 2
Changing a Parameter Value .................................................................................................. 2
Switching Protocols ................................................................................................................. 2
Manual Conventions.................................................................................................... 3
MIB Version ................................................................................................................. 4
Part 1: Provisioning MIB
Chapter 2
InterfaceGroup Parameters..................................................................... 7
Basic Interface Parameters ......................................................................................... 7
interfaceStaticGroup.................................................................................................... 7
interfaceDhcpGroup .................................................................................................... 8
interfaceQoSGroup Parameters .................................................................................. 8
interfaceVlanGroup Parameters .................................................................................. 9
Chapter 3
apaManager Parameters ....................................................................... 11
apaManager Basic Parameters ................................................................................. 11
apaManagerStaticGroup ........................................................................................... 11
apaManagerDhcpGroup ............................................................................................ 12
Chapter 4
apaUIGroup Parameters........................................................................ 13
apaUIMapRuleGroup Parameters ............................................................................. 13
apaUIMapRulexGroup ........................................................................................................... 13
VP500 Communication Unit
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Contents
MIB Reference Manual
apaUIServicesGroup ................................................................................................. 14
apaUIServicesPortnGroup..................................................................................................... 14
Chapter 5
gatewayGroup Parameters ................................................................... 17
gatewayGroup Basic Parameter................................................................................ 17
gatewayPortnGroup................................................................................................... 17
gatewayPermLocalSameACGroup............................................................................ 18
gatewayPermLocalDiffACGroup................................................................................ 18
gatewayPermLongDistSameACGroup ...................................................................... 19
gatewayPermLongDistDiffACGroup .......................................................................... 19
gatewayPermLongDistDiffCCGroup .......................................................................... 20
Chapter 6
countryGroup Parameters .................................................................... 21
Country Parameters .................................................................................................. 21
Chapter 7
portGroup Parameters........................................................................... 23
General Parameters .................................................................................................. 23
portnDspGroup .......................................................................................................... 24
portnDspUserGainGroup ....................................................................................................... 24
portnDspCountrySpecificGroup ............................................................................................. 25
portnDspCodecGroup............................................................................................................ 25
portnDtmfGroup ......................................................................................................... 27
Chapter 8
syslogGroup Parameters ...................................................................... 29
syslogGroup Basic Parameters ................................................................................. 29
syslogStaticGroup ..................................................................................................... 29
syslogDhcpGroup ...................................................................................................... 30
Chapter 9
tftpGroup Parameters............................................................................ 31
tftpGroup Basic Parameters ...................................................................................... 31
VP500 Communication Unit
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Contents
MIB Reference Manual
tftpServerStaticGroup ................................................................................................ 31
tftpServerDhcpGroup................................................................................................. 32
Chapter 10
apaByPassGroup Parameters .............................................................. 33
apaByPassGroup Parameters ................................................................................... 33
Chapter 11
apaSystemGroup Parameters............................................................... 35
apaSystemGroup Parameters ................................................................................... 35
Chapter 12
apaCmdGroup Parameters ................................................................... 37
apaCmdGroup Parameters ....................................................................................... 37
Chapter 13
snmpGroup Parameters ........................................................................ 39
snmpGroup Parameters ............................................................................................ 39
Chapter 14
apaInfoGroup Parameters..................................................................... 41
apaInfoInterface Parameters ..................................................................................... 41
apaInfoTftpGroup ...................................................................................................... 41
apaInfoFileConfigGroup ............................................................................................ 42
Chapter 15
configTrapGroup Parameters ............................................................... 43
Config Trap Parameters ............................................................................................ 43
VP500 Communication Unit
v
Contents
MIB Reference Manual
Chapter 16
sntpGroup Parameters .......................................................................... 45
General Parameters .................................................................................................. 45
sntpStaticGroup Parameters ..................................................................................... 45
sntpDhcpGroup Parameters ...................................................................................... 46
sntpTimeZoneConfigGroup Parameters.................................................................... 46
Part 2: MGCP MIB
Chapter 17
mgcpConfiguration Parameters ........................................................... 51
Introduction................................................................................................................ 51
General Parameter .................................................................................................... 51
mgcpConfigurationEpIdGroup ................................................................................... 52
mgcpConfigurationCallAgentGroup ........................................................................... 52
mgcpConfigurationCallAgentStaticGroup .............................................................................. 52
mgcpConfigurationCallAgentDhcpGroup .............................................................................. 53
mgcpConfigurationRetransmissionGroup.................................................................. 53
mgcpConfigurationGenericMediaPackageGroup ...................................................... 54
mgcpConfigurationDtmfPackageGroup ..................................................................... 54
mgcpConfigurationLinePackageGroup...................................................................... 55
mgcpStatusGroup Parameters .................................................................................. 55
mgcpStatisticsGroup Parameters .............................................................................. 56
Part 3: SIP MIB
Chapter 18
sipUAGroup Parameters ....................................................................... 59
Introduction................................................................................................................ 59
sipUA Basic Parameters............................................................................................ 59
sipUALogGroup ......................................................................................................... 60
sipUALogStaticGroup ............................................................................................................ 60
sipUALogDhcpGroup............................................................................................................. 60
sipUAServerGroup .................................................................................................... 61
VP500 Communication Unit
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MIB Reference Manual
sipUAServerStaticGroup ....................................................................................................... 61
sipUAServerDhcpGroup ........................................................................................................ 61
sipUAnGroup ............................................................................................................. 62
sipUAnAuthGroup.................................................................................................................. 63
sipUAAuthGroup........................................................................................................ 63
Appendix A
List of MIB Parameters .......................................................................... 65
VP500 Communication Unit
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Contents
VP500 Communication Unit
MIB Reference Manual
viii
List of Tables
MIB Reference Manual
List of Tables
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Table 38 –––
Table 39 –––
Table 40 –––
Table 41 –––
Allied Telesyn MIB Structure ........................................................................1
MIB Parameters Example.............................................................................3
MIB Version Parameters...............................................................................4
IP Interface Parameters................................................................................7
Interface Static Parameters ..........................................................................7
Interface DHCP Parameters .........................................................................8
Interface QoS Parameters ............................................................................8
Interface VLAN Parameters..........................................................................9
Unit Manager Parameters...........................................................................11
Unit Manager Static Parameters.................................................................11
Unit Manager DHCP Parameters ...............................................................12
apaUIMapRulex Group Parameters ...........................................................13
Portn Call Forward Unconditional Parameters ...........................................14
Portn Call Forward Busy Parameters .........................................................15
Portn Call Forward No Answer Parameters................................................15
Gateway Group Basic Parameter ...............................................................17
Gateway Port n Parameters .......................................................................17
Gateway Perm Local Same AC Parameters ..............................................18
Gateway Perm Local Diff AC Parameters ..................................................18
Gateway Perm Long Distance Same AC Parameters ................................19
Gateway Perm Long Distance Different AC Parameters............................19
Gateway Perm Long Distance Different CC Parameters............................20
Country Group Parameters.........................................................................21
Port Parameters..........................................................................................23
DSP Parameters.........................................................................................24
DSP User Gain Parameters........................................................................24
DSP Country Specific Parameter ...............................................................25
DSP Country Specific Gain Parameters .....................................................25
DSP Codec Parameter ...............................................................................25
DSP Codec G711aLaw Parameters ...........................................................26
DSP Codec G711uLaw Parameters ...........................................................26
DSP Codec G723.1 Parameters.................................................................26
DSP Codec G729AB Parameters...............................................................27
DSP Codec T.38 Parameter .......................................................................27
DTMF Parameter ........................................................................................27
Syslog Parameters .....................................................................................29
Syslog Static Parameters ...........................................................................29
Syslog DHCP Parameters ..........................................................................30
tftp Group Parameters ................................................................................31
tftp Server Static Group Parameters...........................................................31
tftp Server DHCP Group Parameters .........................................................32
VP500 Communication Unit
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List of Tables
Table 42
Table 43
Table 44
Table 45
Table 46
Table 47
Table 48
Table 49
Table 50
Table 51
Table 52
Table 53
Table 54
Table 55
Table 56
Table 57
Table 58
Table 59
Table 60
Table 61
Table 62
Table 63
Table 64
Table 65
Table 66
Table 67
Table 68
Table 69
Table 70
Table 71
Table 72
Table 73
Table 74
Table 75
Table 76
MIB Reference Manual
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VP500 Bypass Group Parameters..............................................................33
APA System Group Parameters .................................................................35
APA Cmd Group Parameters .....................................................................37
SNMP Group Parameters...........................................................................39
apaInfoInterface Parameters ......................................................................41
apaInfo TFTP Parameters ..........................................................................41
apaInfo File Config Parameters ..................................................................42
Config Trap Parameters .............................................................................43
SNTP General Parameters.........................................................................45
Static SNTP Parameters.............................................................................45
DHCP SNTP Parameters ...........................................................................46
SNTP Time Zone Parameters ....................................................................46
MGCP MIB Version Parameter...................................................................51
General Parameter .....................................................................................51
End Point Id Parameters.............................................................................52
Call Agent Parameters................................................................................52
Call Agent Static Group ..............................................................................52
Call Agent DHCP Group .............................................................................53
Retransmission Parameters .......................................................................53
Generic Media Package Parameters..........................................................54
DTMF Package Parameters .......................................................................54
Line Package Parameters ..........................................................................55
MGCP Status Parameters ..........................................................................55
MGCP Statistics Parameters ......................................................................56
SIP MIB Version Parameter........................................................................59
sipUA Group Parameters............................................................................59
sipUA Log Group Parameters.....................................................................60
sipUA Log Static Group Parameters...........................................................60
sipUA Log Group DHCP Parameters .........................................................60
sipUA Server Group Parameters ................................................................61
sipUA Server Static Group Parameters ......................................................61
sipUA Log Group Parameters.....................................................................61
sipUAn Group Parameters..........................................................................62
sipUAn AuthGroup Parameters ..................................................................63
sipUA AuthGroup Parameters ....................................................................63
VP500 Communication Unit
viii
1
MIB Structure
This document lists and explains all parameters in the Allied Telesyn
Management Information Base (MIB) structure. A description and
possible values are provided to help you make the required changes to
your system. Please read the comments very carefully before changing
a parameter’s value.
What is a MIB?
A Management Information Base (MIB) specifies what variables the
network elements maintain (the information that can be queried and set
by the manager). All variables are identified by object identifiers, a
hierarchical naming scheme consisting of long strings of numbers that
are normally abbreviated into a simple name, for human readability.
A MIB is structured like a tree. At the top of the tree is the most general
information available about a network. Each branch of the tree then
gets more detailed into a specific network area, with the leaves of the
tree as specific as the MIB can get.
Allied Telesyn
MIB Structure
The current MIB structure has three individual MIB files:
Table 1: Allied Telesyn MIB Structure
MIB
Description
Provisioning MIB
The Provisioning MIB allows you to set up all the parameters related to
the VP500 communication unit. The Provisioning MIB contains all the
functional parameters the unit uses to operate. All have been configured
by default upon start up.
MGCP MIB
The MGCP MIB is used exclusively with VP500 communication units that
run the Media Gateway Control Protocol (MGCP).
SIP MIB
The SIP MIB is used exclusively with VP500 communication units that
run the Session Initiation Protocol (SIP).
Figure 1: MIB Structure
VP500 Communication Unit
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Chapter 1 - MIB Structure
MIB Reference Manual
All parameters in the MIBs have been configured by default upon start
up. However, if you need to modify some of these parameters (for
example, parameters related to the country in which you are), use a
SNMP browser.
Note: The AT-VP504E FXO communication units can only run the SIP
signaling protocol.
Storage
Clauses
In addition to the standard MIBs clauses, there are two STORAGE
clauses for storage purpose:
Persistent
Volatile
Persistent Parameters
Persistent parameters are saved into the VP500 communication unit’s
memory and restored when the unit is rebooted or restarted. The only
way to change the value of a persistent parameter is to manually
update it with a SNMP browser or by provisioning a new configuration
file.
Volatile Parameters
Volatile parameters are lost every time the VP500 communication unit
is rebooted. This type of parameter includes toggling parameters such
as requesting a configuration file or a software download. Statistics are
also volatile parameters that are lost every time the unit is rebooted.
Changing a
Parameter
Value
Changing a parameter involves contacting the VP500 communication
unit with any SNMP MIB browser. You can use the built-in SNMP editor
of the Unit Manager. See the IP Communication Server Administration
Manual for more details. Be sure that you use the MIB files that match
the version of the MIB located inside the current software build of the
unit.
You must then locate the proper parameter to modify and change its
value. Most of the parameters will require that you reboot the VP500
communication unit. A reboot may be software-initiated or manually
initiated with the power switch. It will delete all statistics stored and will
overwrite all volatile parameter values in the configuration file. A reboot
will also reinitiate the entire unit’s initial provisioning sequence.
Switching
Protocols
VP500 Communication Unit
The MIB structure contains three MIB files, but only two are actually
used at the same time:
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Chapter 1 - MIB Structure
MIB Reference Manual
With the SIP signalling protocol: the VP500
communication unit uses the Provisioning MIB and SIP
MIB.
With the MGCP signalling protocol: the VP500
communication unit uses the Provisioning MIB and
MGCP MIB.
You can switch between protocols and the proper MIB will be activated
upon restart.
Note: If you are using AT-VP504E FXO communication units,
switching protocol is not possible because these units can only run the
SIP signaling protocol.
X To switch MIB according to the protocol used:
In the general Provisioning MIB, locate the signaling
ProtocolsSwitch variable under the signaling
ProtocolsGroup.
This variable allows you to switch from one protocol to
another.
Set the signalingProtocolsSwitch variable to 0=MGCP or
1=SIP.
The default value is 1=SIP. The VP500 communication unit
reboots automatically. After the unit restarts, it will use the
selected MIB. For more details, see:
Manual Conventions
•
“Part 2: MGCP MIB” on page 49
•
“Part 3: SIP MIB” on page 57
The MIB parameters are presented in a table such as the following:
Table 2: MIB Parameters Example
Name
Access
provisionningMibVersion
R-O
Description
MIB version.
Default Value: 1.0
Dynamic
N/A
The tables contain the following information:
VP500 Communication Unit
Name: Full name of the parameter as displayed in the
MIB.
Access: The parameter may have one of two access
3
Chapter 1 - MIB Structure
MIB Reference Manual
types:
MIB Version
•
R/W: the parameter is “Read/Write” and can be
edited.
•
R-O: the parameter is “Read-Only” and cannot be
edited.
Description: Short description of the parameter as
displayed in the MIB. When possible, the default value for
the parameter is provided.
Dynamic: Describes the update status of the parameter,
which can have three update types:
•
Dynamic (Yes): The parameter value is updated
automatically. You do not need to restart the
VP500 communication unit.
•
Not dynamic (No): The parameter value is not
updated automatically. You must restart the
VP500 communication unit for the change to take
effect.
•
Not Applicable (N/A): Applies to read-only
parameters.
The following parameters give the current version of the Provisioning
MIB and the VP500 communication unit model involved.
Table 3: MIB Version Parameters
Name
Access
Description
Dynamic
provisionningMibVersion
R-O
MIB version.
Default Value: 1.0
N/A
analogGatewayID
R-O
VP500 communication unit model.
N/A
0 = APA III-1
1 = APA III-4 FXS
2 = APA III-4 FXO
3 = APA III-4 FXS/FXO
Default Value:
VP500 Communication Unit
4
Part 1:
Provisioning MIB
2
InterfaceGroup Parameters
The Interface parameters allow you to set information pertaining to the
IP addresses used by the VP500 communication unit.
Basic Interface
Parameters
The basic interface parameters allow you to define the VP500
communication unit’s network “signature”.
Table 4: IP Interface Parameters
Name
Access
Description
Dynamic
interfaceQoSSignalingDSFiledValue
R/W
Signaling (SIP negociation) QoS Differentiated Services field
value.
Default Value: 184
Yes
interfaceQoSMediaDSFieldValue
R/W
Media (SIP negociation) QoS Differentiated Services field value.
Default Value: 184
Yes
interfaceMacAddress
R-O
VP500 communication unit Ethernet MAC address.
Default Value: 0090F8FFFFFF
N/A
interfaceUseDhcp
R/W
Select the provenance of the VP500 communication unit network
configuration.
No
0 = Static
1 = DHCP
Default Value: 1
interfaceDhcpServerIp
interfaceStaticGroup
R-O
DHCP server IP address. The field is empty if no DHCP server
was found.
N/A
The following parameters allow you to set static interface information
for the VP500 communication unit.
Table 5: Interface Static Parameters
Name
Access
Description
Dymanic
interfaceStaticPrimDnsIp
R/W
Static primary DNS server IP address.
Default Value: 192.168.0.10
No
interfaceStaticSecDnsIp
R/W
Static secondary DNS server IP address.
Default Value: 192.168.0.10
No
interfaceStaticDefaultRouterIp
R/W
Static default router IP address.
Default Value: 192.168.0.10
No
interfaceStaticSubnetMaskIp
R/W
Static subnet mask.
Default Value: 255.255.255.0
No
interfaceStaticLocalIp
R/W
Static local IP address.
Default Value: 192.168.0.1
No
VP500 Communication Unit
7
Chapter 2 - InterfaceGroup Parameters
interfaceDhcpGroup
MIB Reference Manual - Provisioning MIB
The following parameters allow you to set DHCP information for the
VP500 communication unit.
Table 6: Interface DHCP Parameters
Name
Access
Description
Dynamic
interfaceDhcpPrimDnsIp
R-O
Primary DNS server IP address provided by the DHCP server.
Default Value: 192.168.0.10
N/A
interfaceDhcpSecDnsIp
R-O
Secondary DNS server IP address provided by the DHCP server. N/A
Default Value: 192.168.0.10
interfaceDhcpDefaultRouterIp
R-O
Default router IP address provided by the DHCP server.
Default Value: 192.168.0.10
N/A
interfaceDhcpSubnetMaskIp
R-O
Subnet mask provided by the DHCP server.
Default Value: 255.255.255.0
N/A
interfaceDhcpLocalIp
R-O
Local IP address provided by the DHCP server.
Default Value: 192.168.0.1
N/A
interfaceQoSThe following parameters allow you to define the 802.1q settings of the
Group Parameters VP500 communication unit.
Table 7: Interface QoS Parameters
Name
interfaceQoSSignalingIeee8021QFilterEnable
Access
R/W
Description
Enabling IEEE 802.1Q VLAN user priority tagging for VoIP
signaling packet. This filter applies to any VoIP signaling protocol
in use (e.g. MGCP or SIP). When the filter is disabled (as well as
VLAN), no tag is added to the Ethernet header. Otherwise, each
signaling packet is tagged with the user priority defined below.
Dynamic
Yes
0 = Disable
1 = Enable
Default Value: 0
interfaceQoSSignalingIeee8021QUserPriority
R/W
IEEE 802.1Q VLAN user priority value for VoIP signaling packet.
This value is used to set the user priority in the TCI field of the
VLAN tag. Tagging user priority is applied only when the filter is
enabled. In the case where the filter for signaling protocol is
disabled and the VLAN option is enabled, the default user priority
declared under the VLAN group will be used. Otherwise, the user
priority set for signaling has precedence over the VLAN default
user priority.
•
7 = High priority
•
0 = Low priority
Default Value: 6
Yes
interfaceQoSMediaIeee8021QFilterEnable
R/W
Enabling IEEE 802.1Q VLAN user priority tagging for VoIP media
packet. This filter applies to any VoIP media protocol in use (e.g.
RTP, T.38). When the filter is disabled (as well as VLAN), no tag
is added to the Ethernet header. Otherwise, each signaling
packet is tagged with the user priority defined below.
Yes
0 = Disable
1 = Enable
Default Value: 0
VP500 Communication Unit
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Chapter 2 - InterfaceGroup Parameters
MIB Reference Manual - Provisioning MIB
Table 7: Interface QoS Parameters (Continued)
Name
Access
interfaceQoSMediaIeee8021QUserPriority
R/W
Description
IEEE 802.1Q VLAN user priority value for VoIP media packet.
This value is used to set the user priority in the TCI field of the
VLAN tag. Tagging user priority is applied only when the filter is
enabled. In the case where the filter for signaling protocol is
disabled and the VLAN option is enabled, the default user priority
declared under the VLAN group will be used. Otherwise, the user
priority set for signaling has precedence over the VLAN default
user priority.
•
7 = High priority
•
0 = Low priority
Default Value: 6
Dynamic
Yes
interfaceVlanThe following parameters allow you to define the VLAN settings of the
Group Parameters VP500 communication unit.
Table 8: Interface VLAN Parameters
Name
interfaceVlanIeee8021QTaggingEnable
Access
R/W
Description
Enabling IEEE 802.1Q VLAN tagging. With this option enabled,
all packets are tagged with the Virtual ID (VID) specified below.
The default user priority is to be applied in case of general
protocol or when signaling or media protocol filtering is
disabled.WARNING: Enable this option only on compatible LAN
with equipment supporting the VLAN tagging. Otherwise, the Unit
may be unreachable. In this case, please use the reset button to
access and disable VLAN tagging - in the reset mode, tagging is
not permitted. See IEEE 802.1Q for more information on this
topic.
Dynamic
Yes
0 = Disable
1 = Enable
Default Value: 0
interfaceVlanIeee8021QVirtualLanID
R/W
IEEE 802.1Q Virtual LAN ID. This is theVID to be applied in the
TCI field when tagging is enabled. The value 1 is the default Port
VID (PVID) for bridge port. The 4095 VID (0xFFF) is reserved for
implementation use and it shall not be used in tag header.NOTE:
As per standard, some bridges may not support the full range of
VID.
Default Value: 1
Yes
interfaceVlanIeee8021QDefaultUserPriority
R/W
IEEE 802.1Q Virtual LAN default user priority. This is the user
priority to be applied in the TCI field when tagging is enabled.
This value applies to all protocols for which no priority filtering is
enabled (e.g. ARP, ICMP).
•
7 = High priority
•
0 = Low priority
Default Value: 6
Yes
VP500 Communication Unit
9
Chapter 2 - InterfaceGroup Parameters
VP500 Communication Unit
MIB Reference Manual - Provisioning MIB
10
3
apaManager Parameters
The apaManager Group parameters allow you to set information
pertaining to the Unit Manager, which is a module of the IP
Communication Server used to set and provision the VP500
communication units.
apaManager Basic The following parameters allow you to define basic information about
the Unit Manager the VP500 communication unit will use.
Parameters
Table 9: Unit Manager Parameters
Name
Access
apaManagerEnable
R/W
Description
Dynamic
No
Enable the Unit Manager.
0 = Disable
1 = Enable
Default Value: 1
apaManagerUseDhcp
R/W
Select the provenance of the Unit Manager configuration.
Yesa
0 = Static
1 = DHCP
Default Value: 1
apaManagerTrapRetransmissionPeriod
R-W
TRAP retransmission period in ms.
Default Value: 60000
Yes
apaManagerTrapRetransmissionRetryCount
R-W
TRAP retransmission retry count:
•
-1 = infinite - always retransmit
Default Value: 10
Yes
a. Only when at least one of the variables xxUseDhcp was set to 1 before starting the VP500 unit.
apaManagerStatic- The following parameters allow you to set static information pertaining
to the Unit Manager.
Group
Table 10: Unit Manager Static Parameters
Name
Access
Description
Dynamic
apaManagerStaticPrimHost
R/W
Static Unit Manager IP address or domain name.
Default Value: 192.168.0.10
Yes
apaManagerStaticPrimTrapPort
R/W
Static Unit Manager IP port number on which traps must be sent.
Default Value: 162
Yes
VP500 Communication Unit
11
Chapter 3 - apaManager Parameters
apaManagerDhcpGroup
MIB Reference Manual - Provisioning MIB
The following parameters allow you to set DHCP information for the
Unit Manager.
Table 11: Unit Manager DHCP Parameters
Name
Access
Description
Dynamic
apaManagerDhcpVendorSpecificCode
R/W
DHCP Unit Manager vendor specific code.
Default Value: 200
Yes
apaManagerDhcpPrimHost
R-O
Unit Manager IP address or domain name provided by the DHCP
server.
Default Value: 192.168.0.10
N/A
apaManagerDhcpPrimTrapPort
R-O
Unit Manager IP port number, provided by the DHCP server, on
which traps must be sent.
Default Value: 162
N/A
VP500 Communication Unit
12
4
apaUIGroup Parameters
The apaUIGroup parameters allow you to set the various permission
settings used when making calls and to set information pertaining to
the telephony services.
apaUIMapRuleGroup Parameters
Note: The Provisioning MIB contains four (4) Dialing Map Rules. The
parameter description is identical for each rule. For clarity’s sake, only
one generic set of parameters is described in this manual. When
browsing through the Provisioning MIB, replace the “x” letter in the
following parameters with the proper rule number (from 1 to 4).
apaUIMapRulexGroup
The following parameters allow you to define Dial Map Rule #n.
Table 12: apaUIMapRulex Group Parameters
Name
apaUIMapRulexEnable
Access
R/W
Description
Enable Dial Map Rule #n.
Dynamic
Yes
0 = Disable
1 = Enable
Default Value: 1
apaUIMapRulexDialMap
R/W
Rule #n Dial Map.
Default Value: x.T
Yes
apaUIMapRulexIsValid
R-O
Rule #n Dial Map validity.
N/A
0 = Not valid
1 = Valid
Default Value: 0
apaUIMapRulexRemDigitEnable
R/W
Select if digits must be removed from the dialed number for Dial
Map Rule #n.
Yes
0 = Disable (do not remove digits)
1 = Enable (remove digits)
Default Value: 0
apaUIMapRulexRemDigitCount
R/W
Number of digits to remove from the dialed number for Dial Map
Rule #n.
Default Value: 0
Yes
apaUIMapRulexPrefixEnable
R/W
Select if digits must be prefixed to the dialed number for Dial Map
Rule #n.
Yes
0 = Disable (do not prefix digits)
1 = Enable (prefix digits)
Default Value: 1
VP500 Communication Unit
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Table 12: apaUIMapRulex Group Parameters (Continued)
Name
Access
apaUIMapRulexPrefixDigit
R/W
Description
Select the digits to prefix to the dialed number for Dial Map Rule
#n.
Dynamic
Yes
0 = Prefix Area code
1 = Prefix Country code
2 = Prefix Country code and Area code
Default Value: 2
apaUIServicesGroup
Note: The following parameters only apply to access communication
units such as the AT-VP504E FXS.
apaUIServicesPortnGroup
The following parameters allow you to define the services offered by
the VP500 communication unit.
Note: Each port of the VP500 communication unit has its own set of
parameters. The parameter description is identical for each port. For
clarity’s sake, only one generic set of parameters is described in this
manual. When browsing through the Provisioning MIB, replace the “n”
letter in the following parameters with the proper port number (from 1
to 4).
apaUIServicesPortnCallForwardUnconditionalGroup
Table 13: Portn Call Forward Unconditional Parameters
Name
apaUIServicesPortnCallForwardUnconditional
Enable
Access
R/W
Description
Unconditionally enable the Call Forward on port #n.
Dynamic
Yes
0 = Disable
1 = Enable
Default Value: 0
apaUIServicesPortnCallForwardUnconditional
Address
R/W
Address to which the phone call will be unconditionally forwarded.
Address format = 'userInfo@host:portNumber' where:
•
userInfo = user name or telephone number
(optional)
•
host = domain name or IP address
•
portNumber = port number (optional)
Default Value:
Yes
apaUIServicesPortnCallForwardUnconditional
EnableStarNumber
R/W
Digits to dial after the star key to unconditionally enable the Call
Forward.
Default Value: 25
Yes
VP500 Communication Unit
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Table 13: Portn Call Forward Unconditional Parameters (Continued)
Name
Access
apaUIServicesPortnCallForwardUnconditional
DisableStarNumber
R/W
Description
Digits to dial after the star key to disable the unconditional Call
Forward.
Default Value: 26
Dynamic
Yes
apaUIServicesPortnCallForwardBusyGroup
Table 14: Portn Call Forward Busy Parameters
Name
Access
apaUIServicesPortnCallForwardBusyEnable
R/W
Description
Enable the Call Forward when busy on port #n.
Dynamic
Yes
0 = Disable
1 = Enable
Default Value: 0
apaUIServicesPortnCallForwardBusyAddress
R/W
Address to which the phone call will be unconditionally forwarded.
Address format = 'userInfo@host:portNumber' where:
•
userInfo = user name or telephone number
(optional)
•
host = domain name or IP address
•
portNumber = port number (optional)
Default Value:
Yes
apaUIServicesPortnCallForwardNoAnswerGroup
Table 15: Portn Call Forward No Answer Parameters
Name
apaUIServicesPortnCallForwardNoAnswerEn
able
Access
R/W
Description
Enable the Call Forward on no answer on port #n.
Dynamic
Yes
0 = Disable
1 = Enable
Default Value: 0
apaUIServicesPortnCallForwardNoAnswerAd
dress
R/W
Address to which the phone call will be unconditionally forwarded.
Address format = 'userInfo@host:portNumber' where:
•
userInfo = user name or telephone number
(optional)
•
host = domain name or IP address
•
portNumber = port number (optional)
Default Value:
Yes
apaUIServicesPortnCallForwardNoAnswerNu
mberOfRings
R/W
Number of phone rings before forwarding the incoming call.
Default Value: 3
Yes
VP500 Communication Unit
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Chapter 4 - apaUIGroup Parameters
VP500 Communication Unit
MIB Reference Manual - Provisioning MIB
16
5
gatewayGroup Parameters
The gatewayGroup parameters allow you to set the various permission
settings used when making calls in gateway mode.
Note: The gatewayGroup parameters are used only by gateway units
such as the AT-VP504E FXO.
gatewayGroup
Basic Parameter
The following parameter allows you to define the General Dial Prefix to
use when making calls.
Table 16: Gateway Group Basic Parameter
Name
gatewayGeneralDialPrefix
Access
R/W
Description
Prefix that must be dialed before any other numbers on a port
used in FXO mode.
Default Value:
Dynamic
Yes
gatewayPortnGroup
Note: Each port of the VP500 communication unit has its own set of
parameters. The parameter description is identical for each port. For
clarity’s sake, only one generic set of parameters is described in this
manual. When browsing through the Provisioning MIB, replace the “n”
letter in the following parameters with the proper port number (from 1
to 4).
The following parameters allow you to set gateway information on Port
#n.
Table 17: Gateway Port n Parameters
Name
gatewayPortnPermissionMode
Access
R/W
Description
Select port #n configuration used in FXO mode.
Dynamic
Yes
0 = Net to PSTN
1 = PSTN to Net
2 = Both directions
Default Value: 2
VP500 Communication Unit
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Table 17: Gateway Port n Parameters (Continued)
Name
Access
gatewayPortnRedirectEnable
R/W
Description
Enable the redirection of incoming calls on port #n used in FXO
mode.
Dynamic
Yes
0 = Disable (IP dial tone)
1 = Enable (Redirected to address
gatewayPortxRedirectToAddress)
Default Value: 0
gatewayPortnRedirectToAddress
gatewayPermLocalSameACGroup
R/W
Address to which incoming calls on port #n are redirected.
Default Value:
Yes
The following parameters allow you to set gateway permissions when
making a Local Call in the same Area Code.
Table 18: Gateway Perm Local Same AC Parameters
Name
Access
Description
Dynamic
gatewayPermLocalSameACPrefix
R/W
Prefix that must be dialed before the destination number. The
field is empty when no prefix is required (the destination call is
local with the same area code as countryAreaCode).
Default Value:
Yes
gatewayPermLocalSameACAllowed
R/W
Semi-colon separated list of numbers allowed to be called on a
port used in FXO mode (the destination call is local with the same
area code as countryAreaCode).
Default Value:
Yes
gatewayPermLocalSameACAllowAll
R/W
Select which numbers are allowed to be called on a port used in
FXO mode.
Yes
0 = Only numbers in field
gatewayPermLocalSameACAllowed
1 = All numbers (The destination call is local with the same
area code as countryAreaCode)
Default Value: 0
gatewayPermLocalDiffACGroup
The following parameters allow you to set gateway permissions when
making a Local Call in a different Area Code.
Table 19: Gateway Perm Local Diff AC Parameters
Name
Access
Description
Dynamic
gatewayPermLocalDiffACPrefix
R/W
Prefix that must be dialed before the destination number. The
field is empty when no prefix is required (the destination call is
local with a different area code than countryAreaCode).
Default Value:
Yes
gatewayPermLocalDiffACAllowed
R/W
Semi-colon separated list of numbers allowed to be called on port
used in FXO mode (the destination call is local with a different
area code than countryAreaCode).
Default Value:
Yes
VP500 Communication Unit
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Table 19: Gateway Perm Local Diff AC Parameters (Continued)
Name
Access
gatewayPermLocalDiffACAllowAll
R/W
Description
Select which numbers are allowed to be called on port used in
FXO mode.
Dynamic
Yes
0 = Only numbers in field
gatewayPermLocalSameACAllowed
1 = All numbers (The destination call is local with a different
area code than countryAreaCode)
Default Value: 0
gatewayPermThe following parameters allow you to set gateway permissions when
LongDistSameAC- making a Long Distance Call in the same Area Code.
Group
Table 20: Gateway Perm Long Distance Same AC Parameters
Name
Access
Description
Dynamic
gatewayPermLongDistSameACPrefix
R/W
Prefix that must be dialed before the destination number. The
field is empty when no prefix is required (the destination call is
long distance with the same area code as countryAreaCode).
Default Value:
Yes
gatewayPermLongDistSameACAllowed
R/W
Semi-colon separated list of numbers allowed to be called on port
used in FXO mode (the destination call is long distance with the
same area code as countryAreaCode).
Default Value:
Yes
gatewayPermLongDistSameACAllowAll
R/W
Select which numbers are allowed to be called on port used in
FXO mode.
Yes
0 = Only numbers in field
gatewayPermLocalSameACAllowed
1 = All numbers (The destination call is long distance with the
same area code as countryAreaCode)
Default Value: 0
gatewayPermLongDistDiffACGroup
The following parameters allow you to set gateway permissions when
making a Long Distance Call in a different Area Code.
Table 21: Gateway Perm Long Distance Different AC Parameters
Name
gatewayPermLongDistDiffACPrefix
VP500 Communication Unit
Access
R/W
Description
Prefix that must be dialed before the destination number. The
field is empty when no prefix is required (The destination call is
long distance with a different area code than countryAreaCode).
Default Value:
Dynamic
Yes
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Table 21: Gateway Perm Long Distance Different AC Parameters (Continued)
Name
Access
Description
Dynamic
gatewayPermLongDistDiffACAllowed
R/W
Semi-colon separated list of numbers allowed to be called on port
used in FXO mode (the destination call is long distance with a
different area code than countryAreaCode).
Default Value:
Yes
gatewayPermLongDistDiffACAllowAll
R/W
Select which numbers are allowed to be called on port used in
FXO mode.
Yes
0 = Only numbers in field
gatewayPermLocalSameACAllowed
1 = All numbers (The destination call is long distance with a
different area code than countryAreaCode)
Default Value: 0
gatewayPermLongDistDiffCCGroup
The following parameters allow you to set gateway permissions when
making a Long Distance Call in a different country.
Table 22: Gateway Perm Long Distance Different CC Parameters
Name
Access
Description
Dynamic
gatewayPermLongDistDiffCCPrefix
R/W
Prefix that must be dialed before the destination number. The
field is empty when no prefix is required (the destination call is
long distance with a different country code than
countryCountryCode).
Default Value:
Yes
gatewayPermLongDistDiffCCAllowed
R/W
Semi-colon separated list of numbers allowed to be called on port
used in FXO mode (the destination call is long distance with a
different country code than countryCountryCode).
Default Value:
Yes
gatewayPermLongDistDiffCCAllowAll
R/W
Select which numbers are allowed to be called on port used in
FXO mode.
Yes
0 = Only numbers in field
gatewayPermLocalSameACAllowed
1 = All numbers (The destination call is long distance with a
different country code than countryCountryCode).
Default Value: 0
VP500 Communication Unit
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6
countryGroup Parameters
The Country Group parameters allow you to set information pertaining
to the physical location of the VP500 communication unit.
Country Parameters
The country parameters allow you to define information that will be
used when dialing.
Table 23: Country Group Parameters
Name
Access
Description
Dynamic
countryCountryCode
R/W
Country code associated to the current location of the VP500
communication unit.
Default Value: 1
Yes
countryAreaCode
R/W
Area code associated to the current location of the VP500
communication unit.
Default Value: 819
Yes
countrySelection
R/W
Select the default country that may be used for configuration.
No
0 = Use Custom Configuration
1 = North America 1
2 = North America 2
3 = Austria
4 = France
5 = Germany 1
6 = Germany 2
7 = UK
8 = Italy
9 = Spain
10 = Switzerland
11 = Sweden
12 = Australia
13 = Japan
Default Value: 1
countryForceConfiguration
R/W
If the value is set to 1, every custom configuration selection will
be overridden by the selected country configuration in
countrySelection.
No
0 = Do not override
1 = Override any custom configuration selection
Default Value: 1
VP500 Communication Unit
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VP500 Communication Unit
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22
7
portGroup Parameters
The Port Group parameters allow you to set information pertaining to
the four ports of the VP500 communication unit.
General Parameters
Note: Each port of the VP500 communication unit has its own set of
parameters. The parameter description is identical for each port. For
clarity’s sake, only one generic set of parameters is described in this
manual. When browsing through the Provisioning MIB, replace the “n”
letter in the following parameters with the proper port number (from 1
to 4).
The following parameters allow you to set port information for the
VP500 communication unit.
Table 24: Port Parameters
Name
portnEnable
Access
R/W
Description
Enable VP500 communication unit port #n.
Dynamic
Yes
0 = Disable
1 = Enable
Default Value: 1
portnAnalogLineType
R/W
The analog telephone line type parameter defines the type of
analog line used. Ground Start ensures proper Far End
Disconnect between an FXO port and the PSTN.
No
0 = Loop Start
1 = Ground Start
Default Value: 0
portnType
R-O
Port #n mode in use.
N/A
0 = FXS
1 = FXO
Default Value: 0
portnConfigurationMode
R/W
Select the port mode to be used if port #n is a dual function port.
No
0 = FXS
1 = FXO
Default Value: 0
portSilenceDetectionMode
R/W
Options for silence detection.
No
0 = Disable
1 = Disconnect if silence detected on SCN side
2 = Disconnect if silence detected on IP side
3 = Disconnect only when both sides have become silent
Default Value: 0
VP500 Communication Unit
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Table 24: Port Parameters (Continued)
Name
Access
Description
Dynamic
portSilenceDetectionTimeout
R/W
When silence is detected on the line, period of silent time after
which the line is hanged up. 300 seconds = 5 minutes. Values
range from 0 to 300 seconds.
Default Value: 300
No
portForcedEndOfCallEnable
R/W
Enable call interruption if unsuccessfull.
No
0 = Disable
1 = Enable
Default Value: 1
portForcedEndOfCallTimeout
portnDspGroup
R/W
Forced end of call timeout in seconds. Values range from 0 to 180
seconds.
Default Value: 30
No
The following parameters allow you to set DSP parameters.
Table 25: DSP Parameters
Name
Access
Description
Dynamic
portnDspMaxJitterBufferLen
R/W
Port #n maximum jitter buffer length in ms.
Default Value: 150
No
portnDspTargetJitterBufferLen
R/W
Port #n target jitter buffer length in ms.
Default Value: 50
No
portnDspAdaptativityJitterBuffer
R/W
Port #n adaptative jitter buffer.
No
0 = OFF
1 = ON
Default Value: 1
portnDspVoiceActivityDetection
R/W
Port #n Voice Activity Detection (VAD).
No
0 = OFF
1 = Transparent
2 = Conservative
Default Value: 2
portnDspEchoCancelControl
R/W
Port #n echo cancel control.
No
0 = OFF
1 = ON
Default Value: 1
portnDspUserGainGroup
Table 26: DSP User Gain Parameters
Name
portnDspUserGainInputOffset
VP500 Communication Unit
Access
R/W
Description
Port #n user input gain offset in dB.
Default Value: -6
Dynamic
No
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Table 26: DSP User Gain Parameters (Continued)
Name
Access
portnDspUserGainOutputOffset
R/W
Description
Port #n user output gain offset in dB.
Default Value: -6
Dynamic
No
portnDspCountrySpecificGroup
Table 27: DSP Country Specific Parameter
Name
Access
portnDspCountrySpecificLoopCurrent
R/W
Description
Port #n country specific loop current.
Default Value: 30
Dynamic
No
portnDspCountrySpecificGainGroup
Table 28: DSP Country Specific Gain Parameters
Name
Access
portnDspCountrySpecificGainConfiguration
R/W
Description
Select port #n country specific gain configuration.
Dynamic
No
0 = Use custom configuration
1 = Use default country configuration
Default Value: 1
portnDspCountrySpecificGainBaseInput
R/W
Port #n country specific base input gain.
Default Value: 3648
No
portnDspCountrySpecificGainBaseOutput
R/W
Port #n country specific base output gain.
Default Value: 3029
No
portnDspCountrySpecificGainBaseInputOffset
R/W
Port #n coutry specific base input gain offset in dB.
Default Value: 0
No
portnDspCountrySpecificGainBaseOutputOffs
et
R/W
Port #n country specific base output gain offset in dB.
Default Value: 0
No
portnDspCodecGroup
Table 29: DSP Codec Parameter
Name
portnDspPreferredCodec
Access
R/W
Description
Select preferred port #n codec.
Dynamic
Yes
0 = G.711 u-Law (PCMU)
1 = G.711 a-Law (PCMA)
2 = G.723.1
3 = G.729.AB
Default Value: 0
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portnDspCodecG711aLawGroup
Table 30: DSP Codec G711aLaw Parameters
Name
Access
portnDspCodecG711aLawEnable
R/W
Description
Enable G.711 a-Law (PCMA) on Port #n.
Dynamic
Yes
0 = Disable
1 = Enable
Default Value: 1
portnDspCodecG711aLawPTimeMin
R/W
Port #n minimum packetization time (ptime) for PCMA in ms.
Default Value: 20
Yes
portnDspCodecG711aLawPTimeMax
R/W
Port #n maximum packetization time (ptime) for PCMA in ms.
Default Value: 80
Yes
portnDspCodecG711uLawGroup
Table 31: DSP Codec G711uLaw Parameters
Name
Access
portnDspCodecG711uLawEnable
R/W
Description
Enable G.711 u-Law (PCMU) on Port #n.
Dynamic
Yes
0 = Disable
1 = Enable
Default Value: 1
portnDspCodecG711uLawPTimeMin
R/W
Port #n minimum packetization time (ptime) for PCMU in ms.
Default Value: 20
Yes
portnDspCodecG711uLawPTimeMax
R/W
Port #n maximum packetization time (ptime) for PCMU in ms.
Default Value: 80
Yes
portnDspCodecG7231Group
Table 32: DSP Codec G723.1 Parameters
Name
portnDspCodecG7231Enable
Access
R/W
Description
Enable G.723.1 on Port #n.
Dynamic
Yes
0 = Disable
1 = Enable
Default Value: 1
portnDspCodecG7231PTimeMin
R/W
Port #n minimum packetization time (ptime) for G.723.1 in ms.
Default Value: 30
Yes
portnDspCodecG7231PTimeMax
R/W
Port #n maximum packetization time (ptime) for G.723.1 in ms.
Default Value: 30
Yes
portnDspCodecG7231BaudRate
R/W
Port #n baud rate value for G.723.1.
Yes
0 = 6.3Kbps
1 = 5.3Kbps
Default Value: 0
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portnDspCodecG729ABGroup
Table 33: DSP Codec G729AB Parameters
Name
portnDspCodecG729ABEnable
Access
R/W
Description
Enable G.729.AB on Port #n.
Dynamic
Yes
0 = Disable
1 = Enable
Default Value: 1
portnDspCodecG729ABPTimeMin
R/W
Port #n minimum packetization time (ptime) for G.729.AB in ms.
WARNING: Valid values are 10, 20, 30, and 40. The default value
is used if the value is invalid.
Default Value: 10
Yes
portnDspCodecG729ABPTimeMax
R/W
Port #n maximun packetization time (ptime) for G.729.AB in ms.
WARNING: Valid values are 10, 20, 30, and 40. The default value
is used if the value is invalid.
Default Value: 10
Yes
portnDspCodecT38Group
Table 34: DSP Codec T.38 Parameter
Name
portnDspCodecT38Enable
Access
R/W
Description
Enable T.38 on Port #n.
Dynamic
Yes
0 = Disable
1 = Enable
Default Value: 1
portnDtmfGroup
The following parameter allow you to set DTMF Transport type.
Table 35: DTMF Parameter
Name
portnDtmfTransport
Access
R/W
Description
Attribute to select the type of DTMF transport.
Dynamic
N/A
0 = In band
1 = Out-of-Band using Signaling Protocol
2 = Out-of-Band using RTP DTMF payload
Default Value: 2
VP500 Communication Unit
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Chapter 7 - portGroup Parameters
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8
syslogGroup Parameters
The Syslog Group parameters allow you to set information pertaining
to the Syslog daemon.
syslogGroup
Basic Parameters
The following parameters allow you to set basic information pertaining
to the Syslog daemon.
Table 36: Syslog Parameters
Name
syslogMsgEnable
Access
R/W
Description
Enable the syslog daemon messages.
Dynamic
Yes
0 = Disable
1 = Enable
Default Value: 1
syslogTracingMask
R/W
Yes
Select the syslog mask:
0 = Absolutely no Tracing
1 = Critical errors
2 = Error conditions
3 = Warning conditions
4 = Informational messages
5 = Debug-level messages (use with care)
Higher level mask include lower level masks. e.g.: Error
conditions (2) include Critical errors (1)
Default Value: 4
syslogUseDhcp
R/W
Select the provenance of the Syslog configuration.
Yesa
0 = Static
1 = DHCP
Default Value: 1
a. Only when at least one of the variables xxUseDhcp was set to 1 before starting the VP500 unit.
syslogStaticGroup The following parameters allow you to set static information pertaining
to the Syslog daemon.
Table 37: Syslog Static Parameters
Name
Access
Description
Dynamic
syslogStaticHost
R/W
Static Syslog server IP address or domain name.
Default Value: 192.168.0.10
Yes
syslogStaticPort
R/W
Static Syslog server IP port number.
Default Value: 514
Yes
VP500 Communication Unit
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Chapter 8 - syslogGroup Parameters
syslogDhcpGroup
MIB Reference Manual - Provisioning MIB
The following parameters allow you to set DHCP information for the
Syslog daemon.
Table 38: Syslog DHCP Parameters
Name
Access
Description
Dynamic
syslogDhcpVendorSpecificCode
R/W
DHCP Syslog server vendor specific code.
Default Value: 110
Yes
syslogDhcpHost
R-O
Syslog server IP address or domain name provided by the DHCP
Server.
Default Value: 192.168.0.10
N/A
syslogDhcpPort
R-O
Syslog server IP port number provided by the DHCP server.
Default Value: 514
N/A
VP500 Communication Unit
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9
tftpGroup Parameters
The TFTP Group parameters allow you to set up the VP500
communication unit with the information pertaining to the server on
which the software update is located.
tftpGroup Basic
Parameters
The following parameters allow you to set basic information on the
software update server.
Table 39: tftp Group Parameters
Name
Access
Description
Dynamic
tftpFileName
R/W
VP500 communication unit software file name to download from
TFTP server.
Default Value: apa.bin
Yes
tftpEmergencyFileName
R/W
Emergency VP500 communication unit software file name to
download when the Rescue application starts.
Default Value: apa_emergency.bin
Yes
tftpUseDhcp
R/W
Select the provenance of the TFTP server configuration.
Yesa
0 = Static
1 = DHCP
Default Value: 1
tftpTimeOut
R/W
Connection time-out value.
Default Value: 30
Yes
tftpBlockSize
R/W
Default block size.
Default Value: 1024
Yes
tftpDownloadStatus
R-O
TFTP VP500 communication unit software file download status.
N/A
0 = Idle
1 = Success
2 = Fail
3 = In Progress
4 = Abort
Default Value: 0
a. Only when at least one of the variables xxUseDhcp was set to 1 before starting the VP500 unit.
tftpServerStaticGroup
The following parameters allow you to set static information on the
TFTP server.
Table 40: tftp Server Static Group Parameters
Name
Access
Description
Dynamic
tftpServerStaticHost
R/W
Static TFTP server IP address or domain name.
Default Value: 192.168.0.10
Yes
tftpServerStaticPort
R/W
Static TFTP server IP port number.
Default Value: 69
Yes
VP500 Communication Unit
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Table 40: tftp Server Static Group Parameters (Continued)
Name
Access
Description
Dynamic
tftpServerStaticEmergencyHost
R/W
Static emergency TFTP server IP address or domain name.
Default Value: 192.168.0.10
Yes
tftpServerStaticEmergencyPort
R/W
Static emergency TFTP server IP port number.
Default Value: 69
Yes
tftpServerDhcpGroup
The following parameters allow you to set DHCP information on the
TFTP server.
Table 41: tftp Server DHCP Group Parameters
Name
Access
Description
Dynamic
tftpServerDhcpVendorSpecificCode
R/W
DHCP TFTP server vendor specific code.
Default Value: 117
Yes
tftpServerDhcpHost
R-O
TFTP server IP address or domain name provided by the DHCP
server.
Default Value: 192.168.0.10
N/A
tftpServerDhcpPort
R-O
TFTP server IP port number provided by the DHCP server.
Default Value: 69
N/A
tftpServerDhcpEmergencyVendorSpecificCod
e
R/W
DHCP emergency TFTP server vendor specific code.
Default Value: 118
Yes
tftpServerDhcpEmergencyHost
R-O
Emergency TFTP server IP address or domain name provided by
the DHCP server.
Default Value: 192.168.0.10
N/A
tftpServerDhcpEmergencyPort
R-O
Emergency TFTP server IP port number provided by the DHCP
server.
Default Value: 69
N/A
VP500 Communication Unit
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10
apaByPassGroup Parameters
The APA Bypass Group is used to set information on the System
Failure Bypass line connector, which is used as an emergency line in
case of power or LAN failure.
apaByPassGroup
Parameters
The following parameters are used to set up the behavior of the Bypass
connector.
Table 42: VP500 Bypass Group Parameters
Name
apaByPassModeAlwaysEnable
Access
R/W
Description
Always enable VP500 communication unit bypass mode.
Dynamic
Yes
0 = Disable
1 = Enable
Default Value: 0
apaByPassModeLanFailEnable
R/W
Enable VP500 communication unit bypass mode on a LAN
failure.
Yes
0 = Disable
1 = Enable
Default Value: 0
apaByPassModeServerFailEnable
R/W
Enable VP500 communication unit bypass mode on a server
connection failure.
Yes
0 = Disable
1 = Enable
Default Value: 0
VP500 Communication Unit
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Chapter 10 - apaByPassGroup Parameters
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11
apaSystemGroup Parameters
The APA System Group parameters are used to report on the current
status of the VP500 communication unit.
apaSystemGroup
Parameters
The following parameters report in the current VP500 communication
unit status.
Table 43: APA System Group Parameters
Name
apaSystemOperationalStatusConfigFile
Access
R-O
Description
TFTP system operational configuration file download status.
Dynamic
N/A
0 = Idle
1 = Success
2 = Fail
3 = In Progress
4 = Listening
Default Value: 0
apaSystemLastRomCheck
R-O
Last ROM check status.
N/A
0 = Fail
1 = Success
Default Value: 0
apaSystemLastRamCheck
R-O
Last RAM check status.
•
-1 = Not tested
•
0 = Fail
•
1 = Success
Default Value: -1
N/A
apaSystemHardwareVersion
R-O
VP500 communication unit hardware version.
Default Value: rev .X
N/A
apaSystemSoftwareVersion
R-O
VP500 communication unit software version.
Default Value: 0.0.0.0
N/A
VP500 Communication Unit
35
Chapter 11 - apaSystemGroup Parameters
VP500 Communication Unit
MIB Reference Manual - Provisioning MIB
36
12
apaCmdGroup Parameters
The APA Command Group parameters are used to initiate tasks on the
VP500 communication unit.
apaCmdGroup
Parameters
The following tasks can be initiated.
Table 44: APA Cmd Group Parameters
Name
apaCmdStartTelnetBenchTest
Access
R/W
Description
Instruct the VP500 communication unit to reboot in Telnet bench
test mode.
Dynamic
Yes
0 = Off
1 = On
Default Value: 0
apaCmdMode
R/W
Not implemented ... for future use only.
Select the VP500 communication unit command mode.
Yes
0 = Enable the VP500 communication unit
1 = Disable the VP500 communication unit
2 = ReEnable the VP500 communication unit
3 = Abrupt Restart (software reset immediately)
4 = Graceful Restart (software reset when all calls have
terminated)
5 = Abrupt Shutdown (harware reset immediately)
6 = Graceful Shutdown (harware reset when all calls have
terminated)
7 = Reset all statistics
8 = Other
Default Value:
apaCmdConfigurationMode
R/W
Select the VP500 communication unit configuration mode.
•
-1 = Request and wait for the Config File. When the
mode is set to -1, a Config File Trap Info is sent to
the apaManager to request a config file upload.
The value is set back to 0 after the file is received.
NOTE: The mode must be set to 1 to apply any
new setting.
•
0 = Record any changes (TFTP or SNMP) Changes are recorded but won't be applied until
the mode is set back to Commit.
•
1 = Commit all changes - In this mode changes are
automatically applied. NOTE: Some changes may
require to reboot the system to take effect.
•
2 = Undo all recorded changes - All changes
recorded will be dismissed. The mode is set back
to 1 afterward.
Default Value: -1
Yes
apaCmdCheckRom
R/W
Check the validity of the ROM.
Yes
0 = Off
1 = On
Default Value: 0
VP500 Communication Unit
37
Chapter 12 - apaCmdGroup Parameters
MIB Reference Manual - Provisioning MIB
Table 44: APA Cmd Group Parameters (Continued)
Name
apaCmdCheckRam
Access
R/W
Description
Check the validity of the RAM.
Dynamic
Yes
0 = Off
1 = On
Default Value: 0
apaCmdDownloadSoftware
R/W
Instruct the VP500 communication unit to download a file from
TFTP server.
Yes
0 = Off
1 = On
Default Value: 0
apaCmdRestart
R/W
Instruct the VP500 communication unit to reboot.
Yes
0 = Off
1 = On
Default Value: 0
apaCmdRequestConfiguration
R/W
Select how the VP500 communication unit should request
configuration.
Yes
0 = Do not need to transfer the Config File
1 = Request the Config File through TFTP
Default Value: 1
VP500 Communication Unit
38
13
snmpGroup Parameters
The SNMP Group parameters allow you to set information pertaining
to the SNMP protocol.
snmpGroup
Parameters
The following parameters allow you to define the SNMP settings of the
VP500 communication unit.
Table 45: SNMP Group Parameters
Name
Access
Description
Dynamic
snmpAgentPort
R/W
SNMP Agent port number on which the unit must listen for SNMP
requests.
Default Value: 161
No
snmpSystemDescription
R/W
A textual description of the entity. This value should include the
full name and version identification of the system’s hardware
type, software operating system, and networking software.
Yes
snmpSystemObjectID
R/W
The vendor's authoritative identification of the network
management subsystem contained in the entity. This value is
allocated within the SMI enterprises subtree (1.3.6.1.4.1) and
provides an easy and unambiguous means for determining “what
kind of box” is being managed. For example, if vendor
“Flintstones, Inc.” was assigned the subtree 1.3.6.1.4.1.4242, it
could assign the identifier 1.3.6.1.4.1.4242.1.1 to its “Fred
Router”.
Default Value: 1.3.6.1.4.1.4935.1.1.1.1
Yes
snmpSystemContact
R/W
The textual identification of the contact person for this managed
node, together with information on how to contact this person. If
no contact information is known, the value is the zero-length
string.
Yes
snmpSystemName
R/W
An administratively-assigned name for this managed node. By
convention, this is the node’s fully-qualified domain name. If the
name is unknown, the value is the zero-length string.
Yes
snmpSystemLocation
R/W
The physical location of this node (e.g., “telephone closet, 3rd
floor”). If the location is unknown, the value is the zero-length
string.
Yes
snmpSystemService
R/W
A value which indicates the set of services that this entity may
potentially offer. The value is a sum. This sum initially takes the
value zero, Then, for each layer, L, in the range 1 through 7, that
this node performs transactions for, 2 raised to (L - 1) is added to
the sum. For example, a node which performs only routing
functions would have a value of 4 (2^(3-1)). In contrast, a node
which is a host offering application services would have a value of
72 (2^(4-1) + 2^(7-1)). Note that in the context of the Internet
suite of protocols, values should be calculated accordingly:
Yes
layer functionality
1
physical (e.g., repeaters)
2
datalink/subnetwork (e.g., bridges)
3
internet (e.g., supports the IP)
4
end-to-end (e.g., supports the TCP)
7
applications (e.g., supports the SMTP)
For systems including OSI protocols, layers 5 and 6 may also be
counted.
Default Value: 72
VP500 Communication Unit
39
Chapter 13 - snmpGroup Parameters
VP500 Communication Unit
MIB Reference Manual - Provisioning MIB
40
14
apaInfoGroup Parameters
The APA Info Group gives read-only information on all the various
information used by the VP500 communication unit.
apaInfoInterface
Parameters
The following parameters allow you to see information pertaining to the
VP500 communication unit interface.
Table 46: apaInfoInterface Parameters
Name
Access
Description
Dynamic
apaInfoInterfacePrimDnsIpAddress
R-O
Primary DNS server IP address.
Default Value: 192.168.0.10
N/A
apaInfoInterfaceSecDnsIpAddress
R-O
Secondary DNS server IP address.
Default Value: 192.168.0.10
N/A
apaInfoInterfaceDefaultRouterIpAddress
R-O
Default router IP address.
Default Value: 192.168.0.10
N/A
apaInfoInterfaceSubnetMask
R-O
Subnet mask.
Default Value: 255.255.255.0
N/A
apaInfoInterfaceIpAddress
R-O
Local IP Adrress.
Default Value: 192.168.0.1
N/A
apaInfoTftpGroup
The following parameters allow you to see information pertaining to the
software download process.
Table 47: apaInfo TFTP Parameters
Name
apaInfoTftpWhoProvide
Access
R-O
Description
Provenance of the TFTP server configuration.
Dynamic
N/A
0 = Static
1 = DHCP
Default Value: 1
apaInfoTftpFileName
R-O
VP500 communication unit software file name to download from
TFTP server.
Default Value: apa.bin
N/A
apaInfoTftpIpAddress
R-O
TFTP server IP address.
Default Value: 192.168.0.10
N/A
apaInfoTftpPort
R-O
TFTP server IP port number.
Default Value: 69
N/A
VP500 Communication Unit
41
Chapter 14 - apaInfoGroup Parameters
MIB Reference Manual - Provisioning MIB
apaInfoFileConfig- The following parameters allow you to see information pertaining to the
VP500 communication unit’s configuration file.
Group
Table 48: apaInfo File Config Parameters
Name
Access
Description
Dynamic
apaInfoFileConfigFileName
R-O
Configuration File name to download from the TFTP Server.
Default Value: sip.cfg
N/A
apaInfoFileConfigFileVersion
R-O
Configuration File version to download from the TFTP Server.
Default Value: 0
N/A
apaInfoFileConfigFileStatus
R-O
TFTP system operational config file download status.
N/A
0 = Idle
1 = Success
2 = Fail
3 = In Progress
4 = Listening
Default Value: 0
VP500 Communication Unit
42
15
configTrapGroup Parameters
This chapter describes the traps messages that can be sent from the
VP500 communication unit to the Unit Manager.
Config Trap
Parameters
The Trap Info parameters give you information on the traps
(messages) sent from the VP500 communication unit to the Unit
Manager.
Table 49: Config Trap Parameters
Name
Access
Description
Dynamic
configTrapApaConfigInformation
N/A
The Unit Manager is trapped with the SIP Analog Gateway ID, the
MAC address and the request configuration of the VP500
communication unit (the unit requests a configuration from the
Unit Manager).
N/A
configTrapApaStatusInformation
N/A
The Unit Manager is trapped with the MAC address and the
configuration mode of the VP500 communication unit (the unit
confirms its configuration mode modification).
N/A
configTrapApaStatusConfigFile
N/A
The Unit Manager is trapped with the MAC address and the
config file download status.
N/A
VP500 Communication Unit
43
Chapter 15 - configTrapGroup Parameters
VP500 Communication Unit
MIB Reference Manual - Provisioning MIB
44
16
sntpGroup Parameters
This chapter describes the SNTP settings that can be set on the VP500
communication unit.
General Parameters
The general SNTP parameters allow you to enable and synchronize
the SNTP feature.
Table 50: SNTP General Parameters
Name
sntpEnable
Access
R/W
Description
Enable SNTP Client.
Dynamic
Yes
0 = Disable
1 = Enable
Default Value: 0
sntpSynchronizationPeriod
R/W
Interval in minutes before sending a SNTP time request to the
SNTP server. Values range from 2 to 1440 seconds.
Default Value: 1440
Yes
sntpSynchronizationPeriodOnError
R/W
Interval in minutes before sending a SNTP time request to the
SNTP server after an SNTP error. Values range from 1 to 60
minutes.
Default Value: 60
Yes
sntpUseDhcp
R/W
Select the provenance of the SNTP Server network configuration. Yesa
0 = Static
1 = Dhcp
Default Value: 0
a. Only when at least one of the variables xxUseDhcp was set to 1 before starting the VP500 unit.
sntpStaticGroup
Parameters
The following parameters allow you to set static SNTP information for
the VP500 communication unit
Table 51: Static SNTP Parameters
Name
Access
Description
Dynamic
sntpStaticHost
R/W
Static SNTP server IP address or domain name.
Default Value: 192.168.0.10
Yes
sntpStaticPort
R/W
Static SNTP server IP port number.
Default Value: 123
Yes
VP500 Communication Unit
45
Chapter 16 - sntpGroup Parameters
sntpDhcpGroup
Parameters
MIB Reference Manual - Provisioning MIB
The following parameters allow you to set DHCP information for the
VP500 communication unit
Table 52: DHCP SNTP Parameters
Name
Access
Description
Dynamic
sntpDhcpVendorCodeSpecific
R/W
DHCP SNTP server vendor specific code.
Default Value: 208
Yes
sntpDhcpHost
R-O
SNTP servers IP address or domain name provided by DHCP
server.
Default Value: 192.168.0.10
No
sntpDhcpPort
R-O
SNTP server IP port number provided by DHCP server.
Default Value: 123
No
sntpTimeZoneConfigGroup
Parameters
The following parameters allow you to set TIme Zone parameters for
the VP500 communication unit
Table 53: SNTP Time Zone Parameters
Name
sntpTimeZoneUseTimeZoneSelection
Access
R/W
Description
Enable the use of pre-configured time zone selection available.
Dynamic
Yes
0 = Use custom time zone configuration
1 = Use pre-configured time zone selection
Default Value: 1
sntpTimeZoneTimeZoneSelection
R/W
Pre-configured time zone selection. NOTE: The clock is
automatically adjusted for daylight saving time changes if
applicable.
Yes
0 = Pacific Time (Canada & US) (GMT - 8h)
1 = Mountain Time (Canada & US) (GMT - 7h)
2 = Central Time (Canada & US) (GMT - 6h)
3 = Eastern Time (Canada & US) (GMT - 5h)
4 = Atlantic Time (Canada) (GMT - 4h)
5 = GMT Standard Time
6 = W. Europe Standard Time (GMT + 1h)
7 = China Standard Time (GMT + 8h)
8 = Tokyo Standard Time (GMT + 9h)
9 = Central Australia Standard Time (GMT + 9h30)
10 = Australia Eastern Standard Time (GMT + 10h)
Default Value: 1
sntpTimeZoneCustomTimeZoneConfiguration
VP500 Communication Unit
R/W
Custom time zone configuration POSIX strings.
Default Value: EST5DST4,M4.1.0/02:00:00,M10.5.0/02:00:00
Yes
46
Chapter 16 - sntpGroup Parameters
MIB Reference Manual - Provisioning MIB
Table 53: SNTP Time Zone Parameters (Continued)
Name
sntpTimeZoneCustomTimeZoneIsValid
Access
R-O
Description
Validate custom time zone entered.
Dynamic
N/A
0 = Not valid.
1 = Valid.
Default Value: 0
VP500 Communication Unit
47
Chapter 16 - sntpGroup Parameters
VP500 Communication Unit
MIB Reference Manual - Provisioning MIB
48
Part 2:
MGCP MIB
17
mgcpConfiguration Parameters
The MGCP Configuration parameters allow you to set information
exclusive to VP500 communication units that run the Media Gateway
Control Protocol (MGCP).
Introduction
The MGCP MIB is used with VP500 communication units that run the
Media Gateway Control Protocol (MGCP).
Table 54: MGCP MIB Version Parameter
Name
Access
mgcpMibVersion
R-O
Description
MIB version.
Dynamic
N/A
X To use the MGCP MIB
In the general Provisioning MIB, locate the
signalingProtocolsSwitch variable under the
signalingProtocolsGroup.
This variable allows you to switch from one protocol to
another.
Set the signalingProtocolsSwitch variable to 0=MGCP.
Reboot the VP500 communication unit.
After the VP500 communication unit restarts, it will use the
MGCP MIB.
General Parameter The following parameter allows you to set the UDP port number.
Table 55: General Parameter
Name
mgcpConfigurationResidentialGatewayPort
Number
VP500 Communication Unit
Access
R/W
Description
MGCP Residential Gateway UDP port number. This is the UDP
port number on which the unit is listening for any MGCP request.
Default Value: 2427
Dynamic
No
51
Chapter 17 - mgcpConfiguration Parameters
mgcpConfigurationEpIdGroup
MIB Reference Manual - MGCP MIB
The following parameters allow you to set information pertaining to
endpoints.
Table 56: End Point Id Parameters
Name
Access
Description
Dynamic
mgcpConfigurationEpIdLocalNameTerm1
R/W
String that specifies the term of the endpoint name.
Default Value: aaln
No
mgcpConfigurationEpIdGatewayFqdnUseDns
R/W
Select the provenance of the Fully Qualified Domain Name
(FQDN).
No
0 = Static
1 = DNS
Default Value: 0
mgcpConfigurationEpIdStaticGatewayFqdn
mgcpConfigurationCallAgentGroup
R/W
Static Fully Qualified Domain Name (FQDN) of the unit.
No
The following parameters allow you to set information pertaining to call
agents.
Table 57: Call Agent Parameters
Name
Access
mgcpConfigurationCallAgentUseDhcp
R/W
Description
Select the provenance of the Call Agent configuration.
Dynamic
No
0 = Static
1 = DHCP
Default Value: 1
mgcpConfigurationCallAgentStaticGrou
p
Table 58: Call Agent Static Group
Name
Access
Description
Dynamic
mgcpConfigurationCallAgentStaticPrimary
Address
R/W
Primary static Call Agent address. Can be a dotted IP string or a
FQDN address.
Default Value: 192.168.0.10
No
mgcpConfigurationCallAgentStaticPrimary
PortNumber
R/W
Primary static Call Agent UDP port number.
Default Value: 2727
No
mgcpConfigurationCallAgentStaticSecondary
Address
R/W
Secondary static Call Agent address. Can be a dotted IP string or
a FQDN address.
Default Value: 192.168.0.10
No
mgcpConfigurationCallAgentStaticSecondary
PortNumber
R/W
Secondary static Call Agent UDP port number.
Default Value: 2727
No
VP500 Communication Unit
52
Chapter 17 - mgcpConfiguration Parameters
MIB Reference Manual - MGCP MIB
mgcpConfigurationCallAgentDhcpGrou
p
Table 59: Call Agent DHCP Group
Name
Access
Description
Dynamic
mgcpConfigurationCallAgentDhcpPrimary
VendorSpecificCode
R/W
DHCP primary Call Agent vendor specific code.
Default Value: 206
No
mgcpConfigurationCallAgentDhcpPrimary
Address
R-O
Primary Call Agent address provided by DHCP server. Can be a
dotted IP string or a FQDN address.
Default Value: 192.168.0.10
N/A
mgcpConfigurationCallAgentDhcpPrimaryPort
Number
R-O
Primary Call Agent UDP port number provided by DHCP server.
Default Value: 2727
N/A
mgcpConfigurationCallAgentDhcpSecondary
VendorSpecificCode
R/W
DHCP secondary Call Agent vendor specific code.
Default Value: 207
No
mgcpConfigurationCallAgentDhcpSecondary
Address
R-O
Secondary Call Agent address provided by DHCP server. Can be
a dotted IP string or a FQDN address.
Default Value: 192.168.0.10
N/A
mgcpConfigurationCallAgentDhcpSecondary
PortNumber
R-O
Secondary Call Agent UDP port number provided by DHCP
server.
Default Value: 2727
N/A
mgcpConfigurationRetransmissionGroup
The following parameters allow you to set retransmission information.
Table 60: Retransmission Parameters
Name
mgcpConfigurationRetransmissionAlgorithm
Access
R/W
Description
Retransmission algorith:
Dynamic
No
0 = static
1 = exponential
2 = exponential with jitter
Default Value: 2
mgcpConfigurationRetransmissionInitial
Period
R/W
Retransmission initial period in ms.
Default Value: 1000
No
mgcpConfigurationRetransmissionMaxPeriod
R/W
Retransmission maximum period in ms.
No
0 = No maximum
Default Value: 30000
mgcpConfigurationRetransmissionTimeout
R/W
Retransmission timeout in seconds.
•
-1 = infinite - always retransmit
•
0 = none - never retransmit
Default Value: 30
No
mgcpConfigurationRetransmissionRetryCount
R/W
Retransmission retry count.
•
-1 = infinite - always retransmit
Default Value: 30
No
VP500 Communication Unit
53
Chapter 17 - mgcpConfiguration Parameters
MIB Reference Manual - MGCP MIB
Table 60: Retransmission Parameters (Continued)
Name
Access
mgcpConfigurationRetransmissionRsipInitial
Delay
R/W
Description
Delay in ms since the last RSIP to wait before sending the first
RSIP for a new endpoint that wants to register. This is to avoid
restart avalanche.
Dynamic
No
0 = Send immediately
Default Value: 0
mgcpConfigurationGenericMediaPackageGroup
The following parameters allow you to set information pertaining to the
generic media package.
Table 61: Generic Media Package Parameters
Name
Access
Description
Dynamic
mgcpConfigurationGenericMediaPackageRt
Duration
R/W
Ring back tone timeout value in ms.
Default Value: 180000
No
mgcpConfigurationGenericMediaPackageRbk
Duration
R/W
Ring back on connection tone timeout value in ms.
Default Value: 180000
No
mgcpConfigurationDtmfPackageGroup
The following parameters allow you to set information pertaining to the
DTMF package.
Table 62: DTMF Package Parameters
Name
Access
Description
Dynamic
mgcpConfigurationDtmfPackageDefaultDigit
Map
R/W
The default Digit Map to apply.
Default Value: 0-9T
No
mgcpConfigurationDtmfPackageInterdigit
TimerShortDuration
R/W
If the gateway can't determine when the final digit is occured, the
timer value is set to a short duration.
•
-1 = infinite
•
0 = none
Default Value: 4000
No
mgcpConfigurationDtmfPackageInterdigit
TimerLongDuration
R/W
If the gateway can determine when the final digit has occured, the
timer value is set to a long duration.
•
-1 = infinite
•
0 = none
Default Value: 16000
No
VP500 Communication Unit
54
Chapter 17 - mgcpConfiguration Parameters
mgcpConfigurationLinePackageGroup
MIB Reference Manual - MGCP MIB
The following parameters allow you to set information pertaining to the
line package.
Table 63: Line Package Parameters
Name
Access
Description
Dynamic
mgcpConfigurationLinePackageBzDuration
R/W
Busy tone timeout value in ms.
Default Value: 30000
No
mgcpConfigurationLinePackageDlDuration
R/W
Dial tone timeout value in ms.
Default Value: 16000
No
mgcpConfigurationLinePackageRgDuration
R/W
Ring tone timeout value in ms.
Default Value: 180000
No
mgcpConfigurationLinePackageSlDuration
R/W
Stutter dial tone timeout value in ms.
Default Value: 16000
No
mgcpConfigurationLinePackageOtDuration
R/W
Off hook warning tone timeout value in ms.
Default Value: 65535000
No
mgcpStatusGroup
Parameters
The MGCP Status parameters represent the actual status of the Media
Gateway Control Protocol (MGCP).
Table 64: MGCP Status Parameters
Name
Access
Description
Dynamic
mgcpStatusProtocolVersion
R-O
Version of the MGCP protocol.
Default Value: N/A
N/A
mgcpStatusStackVersion
R-O
Version of the MGCP stack.
Default Value: N/A
N/A
mgcpStatusCallAgentAddress
R-O
The address of the Call Agent to which the unit is currently
registered.
Default Value: 0.0.0.0
N/A
mgcpStatusCallAgentPortNumber
R-O
Port number of the Call Agent.
Default Value: 0
N/A
mgcpStatusRegistered
R-O
Unit status
N/A
0 = NOT REGISTERED - The unit has not been able to
successfully register with the call agent.
1 = REGISTERED - The unit is registered with the call agent
whose IP address is in mgcpStatusCallAgentAddress.
Default Value: 0
mgcpStatusEndpointIdGatewayFqdn
VP500 Communication Unit
R-O
Fully Qualified Domain Name (FQDN).
Default Value: N/A
N/A
55
Chapter 17 - mgcpConfiguration Parameters
MIB Reference Manual - MGCP MIB
mgcpStatisticsThis chapter lists the various statistics information available for an
Group Parameters VP500 communication unit that runs the Media Gateway Control
Protocol (MGCP).
Table 65: MGCP Statistics Parameters
Name
Access
Description
Dynamic
mgcpStatisticsNumberOfActiveConnections
R-O
Number of active connections.
Default Value: 0
N/A
mgcpStatisticsTotalNumberOfConnections
R-O
Total number of connections since the last start up.
Default Value: 0
N/A
mgcpStatisticsAvgConnectionTime
R-O
Average connection time (in seconds) since the last restart.
Default Value: 0
N/A
mgcpStatisticsTotalNumberOfErrors
R-O
The total number of the errors since the last start up.
Default Value: 0
N/A
VP500 Communication Unit
56
Part 3:
SIP MIB
18
sipUAGroup Parameters
The sipUA Group parameters allow you to set information exclusive to
VP500 communication units that run the Session Initiation Protocol
(SIP).
Introduction
The SIP MIB is used with VP500 communication units that run the
Session Initiation Protocol (SIP).
Table 66: SIP MIB Version Parameter
Name
Access
sipMibVersion
R-O
Description
MIB version.
Default Value: 1.0
Dynamic
N/A
X To use the SIP MIB
In the general Provisioning MIB, locate the
signalingProtocolsSwitch variable under the
signalingProtocolsGroup.
This variable allows you to switch from one protocol to
another.
Set the signalingProtocolsSwitch variable to 1=SIP.
Reboot the VP500 communication unit.
After the VP500 communication unit restarts, it will use the
SIP MIB.
sipUA Basic
Parameters
The following parameters allow you to define basic SIP User Agents
information.
Table 67: sipUA Group Parameters
Name
Access
Description
Dynamic
sipUAPort
R/W
SIP User Agent IP port number.
Default Value: 5060
Yes
sipUAProtocoleVersion
R-O
SIP stack protocol version.
Default Value: 2.0
N/A
sipUAServiceOperStatus
R-O
Not implemented ... for future use only.
N/A
sipUAServiceAdminStatus
R-O
Not implemented ... for future use only.
N/A
sipUAServiceStartTime
R-O
Not implemented ... for future use only.
N/A
VP500 Communication Unit
59
Chapter 18 - sipUAGroup Parameters
sipUALogGroup
MIB Reference Manual - SIP MIB
The following parameters allow you to set parameters pertaining to the
SIP logging client.
Table 68: sipUA Log Group Parameters
Name
Acccess
sipUALogEnable
R/W
Description
Dynamic
Enable the SIP logging client (allow the stack to log SIP packets). Yes
0 = Disable
1 = Enable
Default Value: 0
sipUALogUseDhcp
R/W
Select the provenance of the SIP logging client configuration.
Yesa
0 = Static
1 = DHCP
Default Value: 1
a. Only when at least one of the variables xxUseDhcp was set to 1 before starting the VP500 unit.
sipUALogStaticGroup
The following parameters allow you to set static information pertaining
to the SIP logging client.
Table 69: sipUA Log Static Group Parameters
Name
Acccess
Description
Dynamic
sipUALogStaticHost
R/W
Static SIP logging client IP address or domain name.
Default Value: 192.168.0.10
Yes
sipUALogStaticPort
R/W
Static SIP logging client IP port number.
Default Value: 6000
Yes
sipUALogDhcpGroup
The following parameters allow you to set DHCP information for the
SIP logging client.
Table 70: sipUA Log Group DHCP Parameters
Name
Acccess
Description
Dynamic
sipUALogDhcpVendorSpecificCode
R/W
DHCP SIP logging client vendor specific code.
Default Value: 202
Yes
sipUALogDhcpHost
R-O
Logging client IP address or domain name provided by the DHCP
server.
Default Value: 192.168.0.10
N/A
sipUALogDhcpPort
R-O
Logging client IP port number provided by the DHCP server.
Default Value: 6000
N/A
VP500 Communication Unit
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Chapter 18 - sipUAGroup Parameters
MIB Reference Manual - SIP MIB
sipUAServerGroup The following parameters allow you to set basic information pertaining
to the SIP server configuration.
Table 71: sipUA Server Group Parameters
Name
Acccess
sipUAServerOutboundProxyEnable
R/W
Description
Not implemented ... for future use only.
Dynamic
N/A
0 = Disable
1 = Enable
Default Value: 0
sipUAServerUseDhcp
R/W
Select the provenance of the SIP server configuration.
Yesa
0 = Static
1 = DHCP
Default Value: 1
a. Only when at least one of the variables xxUseDhcp was set to 1 before starting the VP500 unit.
sipUAServerStaticGroup
The following parameters allow you to set static information pertaining
to the SIP servers.
Table 72: sipUA Server Static Group Parameters
Name
Acccess
Description
Dynamic
sipUAServerStaticRegistrarHost
R/W
Static SIP registrar server IP address or domain name.
Default Value: 192.168.0.10
Yes
sipUAServerStaticRegistrarPort
R/W
Static SIP registrar server IP port number.
Default Value: 5060
Yes
sipUAServerStaticProxyHost
R/W
Static SIP proxy server IP address or domain name.
Default Value: 192.168.0.10
Yes
sipUAServerStaticProxyPort
R/W
Static SIP proxy server IP port number.
Default Value: 5060
Yes
sipUAServerStaticOutboundProxyHost
R/W
Not implemented ... for future use only.
--------------------------------------Static SIP outbound proxy server IP address or domain name.
Default Value: 192.168.0.10
N/A
sipUAServerStaticOutboundProxyPort
R/W
Not implemented ... for future use only.
--------------------------------------Static SIP outbound proxy server IP port number.
Default Value: 5060
N/A
sipUAServerDhcpGroup
The following parameters allow you to set DHCP information for the
SIP servers.
Table 73: sipUA Log Group Parameters
Name
sipUAServerDhcpRegistrarVendorSpecificCo
de
VP500 Communication Unit
Acccess
R/W
Description
DHCP SIP registrar server vendor specific code.
Default Value: 203
Dynamic
Yes
61
Chapter 18 - sipUAGroup Parameters
MIB Reference Manual - SIP MIB
Table 73: sipUA Log Group Parameters (Continued)
Name
Acccess
Description
Dynamic
sipUAServerDhcpRegistrarHost
R-O
SIP registrar server IP address or domain name provided by the
DHCP server.
Default Value: 192.168.0.10
sipUAServerDhcpRegistrarPort
R-O
SIP registrar server IP port number provided by the DHCP server. N/A
Default Value: 5060
sipUAServerDhcpProxyVendorSpecificCode
R/W
DHCP SIP proxy server vendor specific code.
Default Value: 204
Yes
sipUAServerDhcpProxyHost
R-O
SIP proxy server IP address or domain name provided by the
DHCP server.
Default Value: 192.168.0.10
N/A
sipUAServerDhcpProxyPort
R-O
SIP proxy server IP port number provided by the DHCP server.
Default Value: 5060
N/A
sipUAServerDhcpOutboundProxyVendorSpec
ificCode
R/W
Not implemented ... for future use only.
--------------------------------------DHCP SIP outbound proxy server vendor specific code.
Default Value: 205
Yes
sipUAServerDhcpOutboundProxyHost
R-O
SIP outbound proxy server IP address or domain name provided
by DHCP server.
Default Value: 192.168.0.10
N/A
sipUAServerDhcpOutboundProxyPort
R-O
SIP outbound proxy server IP port number provided by DHCP
server.
Default Value: 5060
N/A
N/A
sipUAnGroup
Note: The SIP MIB may have four (4) User Agents. The parameter
description is identical for each agent. For clarity’s sake, only one
generic set of parameters is described in this manual. When browsing
through the Provisioning MIB, replace the “n” letter in the following
parameters with the proper rule number (from 1 to 4).
The following parameters allow you to set parameters for the SIP User
Agent #n.
Table 74: sipUAn Group Parameters
Name
sipUAnPrefixCCAndAC
Acccess
R/W
Description
Select if the Country Code and Area Code must be prefixed to the
main alias for SIP User Agent #n.
Dynamic
Yes
0 = Do not prefix Country Code and Area Code
1 = Prefix Country Code and Area Code
Default Value: 1
sipUAnMainAlias
VP500 Communication Unit
R/W
Main alias for SIP User Agent #n. An alias is either a user name
or a telephone number.
Default Value: 3331111
Yes
62
Chapter 18 - sipUAGroup Parameters
MIB Reference Manual - SIP MIB
Table 74: sipUAn Group Parameters (Continued)
Name
Acccess
Description
Dynamic
sipUAnFriendlyName
R/W
Friendly name for SIP User Agent #n.
Default Value: Port 1
Yes
sipUAnOtherAliases
R/W
Semi-colon separated list of other aliases for SIP User Agent #n.
An alias is either a user name or a telephone number.
Default Value:
Yes
sipUAnMustUseSessionTimers
R/W
Select if the session timer must be used.
Yes
0 = Don't use session timer.
1 = Must use session timer.
Default Value: 0
sipUAnMaximumSessionExpirationDelay
R/W
Set the maximun session expiration delay in seconds. If
sipUAnMustUseSessionTimers is set to 1, then an INVITE is sent
every n seconds, where n is specified in the
sipUAnMaximumSessionExpirationDelay variable. If an INVITE
does not get an answer, then the call is terminated. This option
allows to detect the end of a call caused by a communication
problem on the network. If sipUAnMustUseSessionTimers is set
to 0 and the network is cut off between the two telephones, then it
will not be possible to detect the end of the call, because no end
of communication packet will be received.
Default Value: 60
Yes
sipUAnAuthGroup
Table 75: sipUAn AuthGroup Parameters
Name
Acccess
Description
Dynamic
sipUAnAuthUsrPwd
R/W
Username and password used for authentication. This value is
used only by this port.
Default Value:
Yes
sipUAnAuthValid
R-O
This value is set to:
N/A
1 = Value sipUAxAuthUsrPwd is valid.
0 = Value sipUAxAuthUsrPwd has a syntax error.
Default Value:
sipUAAuthGroup
The following parameters allow you to set parameters for the all of the
SIP User Agents
Table 76: sipUA AuthGroup Parameters
Name
sipUAAuthUsrPwd
VP500 Communication Unit
Acccess
R/W
Description
Username and password used for authentication. This value is
used by all ports.
Default Value:
Dynamic
Yes
63
Chapter 18 - sipUAGroup Parameters
MIB Reference Manual - SIP MIB
Table 76: sipUA AuthGroup Parameters (Continued)
Name
sipUAAuthValid
VP500 Communication Unit
Acccess
R-O
Description
This value is set to:
1 = Value sipUAAuthUsrPwd is valid.
0 = Value sipUAAuthUsrPwd has a syntax error.
Default Value: 1
Dynamic
N/A
64
A
List of MIB Parameters
A
analogGatewayID .......................................................................................................... 4
apaByPassModeAlwaysEnable ................................................................................... 33
apaByPassModeLanFailEnable ................................................................................... 33
apaByPassModeServerFailEnable .............................................................................. 33
apaCmdCheckRam ..................................................................................................... 38
apaCmdCheckRom ..................................................................................................... 37
apaCmdConfigurationMode ......................................................................................... 37
apaCmdDownloadSoftware ......................................................................................... 38
apaCmdMode .............................................................................................................. 37
apaCmdRequestConfiguration..................................................................................... 38
apaCmdRestart ........................................................................................................... 38
apaInfoFileConfigFileName ......................................................................................... 42
apaInfoFileConfigFileStatus ......................................................................................... 42
apaInfoFileConfigFileVersion ....................................................................................... 42
apaInfoInterfaceDefaultRouterIpAddress ..................................................................... 41
apaInfoInterfaceIpAddress ........................................................................................... 41
apaInfoInterfacePrimDnsIpAddress ............................................................................. 41
apaInfoInterfaceSecDnsIpAddress .............................................................................. 41
apaInfoInterfaceSubnetMask ....................................................................................... 41
apaInfoTftpFileName ................................................................................................... 41
apaInfoTftpIpAddress .................................................................................................. 41
apaInfoTftpPort ............................................................................................................ 41
apaInfoTftpWhoProvide ............................................................................................... 41
apaManagerDhcpPrimHost ......................................................................................... 12
apaManagerDhcpPrimTrapPort ................................................................................... 12
apaManagerDhcpVendorSpecificCode ........................................................................ 12
apaManagerEnable ..................................................................................................... 11
apaManagerStaticPrimHost ......................................................................................... 11
apaManagerStaticPrimTrapPort .................................................................................. 11
apaManagerTrapRetransmissionPeriod ...................................................................... 11
apaManagerTrapRetransmissionRetryCount............................................................... 11
apaManagerUseDhcp .................................................................................................. 11
apaSystemHardwareVersion ....................................................................................... 35
apaSystemLastRamCheck .......................................................................................... 35
apaSystemLastRomCheck .......................................................................................... 35
apaSystemOperationalStatusConfigFile ...................................................................... 35
apaSystemSoftwareVersion ........................................................................................ 35
apaUIMapRulexDialMap .............................................................................................. 13
apaUIMapRulexEnable ................................................................................................ 13
apaUIMapRulexIsValid ................................................................................................ 13
apaUIMapRulexPrefixDigit ........................................................................................... 14
apaUIMapRulexPrefixEnable ....................................................................................... 13
apaUIMapRulexRemDigitCount ................................................................................... 13
apaUIMapRulexRemDigitEnable ................................................................................. 13
apaUIServicesPortnCallForwardBusyAddress ............................................................. 15
apaUIServicesPortnCallForwardBusyEnable............................................................... 15
apaUIServicesPortnCallForwardNoAnswerAddress .................................................... 15
apaUIServicesPortnCallForwardNoAnswerEnable ...................................................... 15
apaUIServicesPortnCallForwardNoAnswerNumberOfRings ........................................ 15
apaUIServicesPortnCallForwardUnconditionalAddress ............................................... 14
VP500 Communication Unit
65
List of Parameters
MIB Reference Manual
apaUIServicesPortnCallForwardUnconditionalDisableStarNumber ............................. 15
apaUIServicesPortnCallForwardUnconditionalEnable ................................................. 14
apaUIServicesPortnCallForwardUnconditionalEnableStarNumber .............................. 14
C
configTrapApaConfigInformation ................................................................................. 43
configTrapApaStatusConfigFile ................................................................................... 43
configTrapApaStatusInformation ................................................................................. 43
countryAreaCode ......................................................................................................... 21
countryCountryCode .................................................................................................... 21
countryForceConfiguration .......................................................................................... 21
countrySelection .......................................................................................................... 21
G
gatewayGeneralDialPrefix ........................................................................................... 17
gatewayPermLocalDiffACAllowAll ............................................................................... 19
gatewayPermLocalDiffACAllowed ............................................................................... 18
gatewayPermLocalDiffACPrefix ................................................................................... 18
gatewayPermLocalSameACAllowAll ........................................................................... 18
gatewayPermLocalSameACAllowed ........................................................................... 18
gatewayPermLocalSameACPrefix ............................................................................... 18
gatewayPermLongDistDiffACAllowAll .......................................................................... 20
gatewayPermLongDistDiffACAllowed .......................................................................... 20
gatewayPermLongDistDiffACPrefix ............................................................................. 19
gatewayPermLongDistDiffCCAllowAll .......................................................................... 20
gatewayPermLongDistDiffCCAllowed .......................................................................... 20
gatewayPermLongDistDiffCCPrefix ............................................................................. 20
gatewayPermLongDistSameACAllowAll ...................................................................... 19
gatewayPermLongDistSameACAllowed ...................................................................... 19
gatewayPermLongDistSameACPrefix ......................................................................... 19
gatewayPortnPermissionMode .................................................................................... 17
gatewayPortnRedirectEnable ...................................................................................... 18
gatewayPortnRedirectToAddress ................................................................................ 18
I
interfaceDhcpDefaultRouterIp........................................................................................ 8
interfaceDhcpLocalIp ..................................................................................................... 8
interfaceDhcpPrimDnsIp ................................................................................................ 8
interfaceDhcpSecDnsIp ................................................................................................. 8
interfaceDhcpServerIp ................................................................................................... 7
interfaceDhcpSubnetMaskIp .......................................................................................... 8
interfaceMacAddress ..................................................................................................... 7
interfaceQoSMediaDSFieldValue .................................................................................. 7
interfaceQoSMediaIeee8021QFilterEnable ................................................................... 8
interfaceQoSMediaIeee8021QUserPriority .................................................................... 9
interfaceQoSSignalingDSFiledValue ............................................................................. 7
interfaceQoSSignalingIeee8021QFilterEnable .............................................................. 8
interfaceQoSSignalingIeee8021QUserPriority ............................................................... 8
interfaceStaticDefaultRouterIp ....................................................................................... 7
interfaceStaticLocalIp .................................................................................................... 7
interfaceStaticPrimDnsIp ............................................................................................... 7
VP500 Communication Unit
66
List of Parameters
MIB Reference Manual
interfaceStaticSecDnsIp ................................................................................................ 7
interfaceStaticSubnetMaskIp ......................................................................................... 7
interfaceUseDhcp .......................................................................................................... 7
M
mgcpConfigurationCallAgentDhcpPrimaryAddress ..................................................... 53
mgcpConfigurationCallAgentDhcpPrimaryPortNumber ............................................... 53
mgcpConfigurationCallAgentDhcpPrimaryVendorSpecificCode .................................. 53
mgcpConfigurationCallAgentDhcpSecondaryAddress ................................................. 53
mgcpConfigurationCallAgentDhcpSecondaryPortNumber ........................................... 53
mgcpConfigurationCallAgentDhcpSecondaryVendorSpecificCode ............................. 53
mgcpConfigurationCallAgentStaticPrimaryAddress ..................................................... 52
mgcpConfigurationCallAgentStaticPrimaryPortNumber ............................................... 52
mgcpConfigurationCallAgentStaticSecondaryAddress ................................................ 52
mgcpConfigurationCallAgentStaticSecondaryPortNumber .......................................... 52
mgcpConfigurationCallAgentUseDhcp ........................................................................ 52
mgcpConfigurationDtmfPackageDefaultDigitMap ........................................................ 54
mgcpConfigurationDtmfPackageInterdigitTimerLongDuration ..................................... 54
mgcpConfigurationDtmfPackageInterdigitTimerShortDuration .................................... 54
mgcpConfigurationEpIdGatewayFqdnUseDns ............................................................ 52
mgcpConfigurationEpIdLocalNameTerm1 ................................................................... 52
mgcpConfigurationEpIdStaticGatewayFqdn ................................................................ 52
mgcpConfigurationGenericMediaPackageRbkDuration ............................................... 54
mgcpConfigurationGenericMediaPackageRtDuration.................................................. 54
mgcpConfigurationLinePackageBzDuration ................................................................ 55
mgcpConfigurationLinePackageDlDuration ................................................................. 55
mgcpConfigurationLinePackageOtDuration ................................................................. 55
mgcpConfigurationLinePackageRgDuration ................................................................ 55
mgcpConfigurationLinePackageSlDuration ................................................................. 55
mgcpConfigurationResidentialGatewayPortNumber .................................................... 51
mgcpConfigurationRetransmissionAlgorithm ............................................................... 53
mgcpConfigurationRetransmissionInitialPeriod ........................................................... 53
mgcpConfigurationRetransmissionMaxPeriod ............................................................. 53
mgcpConfigurationRetransmissionRetryCount ............................................................ 53
mgcpConfigurationRetransmissionRsipInitialDelay ..................................................... 54
mgcpConfigurationRetransmissionTimeout ................................................................. 53
mgcpMibVersion .......................................................................................................... 51
mgcpStatisticsAvgConnectionTime ............................................................................. 56
mgcpStatisticsNumberOfActiveConnections ................................................................ 56
mgcpStatisticsTotalNumberOfConnections ................................................................. 56
mgcpStatisticsTotalNumberOfErrors ........................................................................... 56
mgcpStatusCallAgentAddress ..................................................................................... 55
mgcpStatusCallAgentPortNumber ............................................................................... 55
mgcpStatusEndpointIdGatewayFqdn .......................................................................... 55
mgcpStatusProtocolVersion ........................................................................................ 55
mgcpStatusRegistered ................................................................................................ 55
mgcpStatusStackVersion ............................................................................................. 55
P
portForcedEndOfCallEnable ........................................................................................ 24
portForcedEndOfCallTimeout ...................................................................................... 24
portnAnalogLineType................................................................................................... 23
VP500 Communication Unit
67
List of Parameters
MIB Reference Manual
portnConfigurationMode .............................................................................................. 23
portnDspAdaptativityJitterBuffer .................................................................................. 24
portnDspCodecG711aLawEnable ............................................................................... 26
portnDspCodecG711aLawPTimeMax ......................................................................... 26
portnDspCodecG711aLawPTimeMin .......................................................................... 26
portnDspCodecG711uLawEnable ............................................................................... 26
portnDspCodecG711uLawPTimeMax ......................................................................... 26
portnDspCodecG711uLawPTimeMin .......................................................................... 26
portnDspCodecG7231BaudRate ................................................................................. 26
portnDspCodecG7231Enable ...................................................................................... 26
portnDspCodecG7231PTimeMax ................................................................................ 26
portnDspCodecG7231PTimeMin ................................................................................. 26
portnDspCodecG729ABEnable ................................................................................... 27
portnDspCodecG729ABPTimeMax ............................................................................. 27
portnDspCodecG729ABPTimeMin .............................................................................. 27
portnDspCodecT38Enable .......................................................................................... 27
portnDspCountrySpecificGainBaseInput ..................................................................... 25
portnDspCountrySpecificGainBaseInputOffset ............................................................ 25
portnDspCountrySpecificGainBaseOutput ................................................................... 25
portnDspCountrySpecificGainBaseOutputOffset ......................................................... 25
portnDspCountrySpecificGainConfiguration ................................................................ 25
portnDspCountrySpecificLoopCurrent ......................................................................... 25
portnDspEchoCancelControl ....................................................................................... 24
portnDspMaxJitterBufferLen ........................................................................................ 24
portnDspPreferredCodec ............................................................................................. 25
portnDspTargetJitterBufferLen..................................................................................... 24
portnDspUserGainInputOffset...................................................................................... 24
portnDspUserGainOutputOffset ................................................................................... 25
portnDspVoiceActivityDetection ................................................................................... 24
portnDtmfTransport...................................................................................................... 27
portnEnable ................................................................................................................. 23
portnType .................................................................................................................... 23
portSilenceDetectionMode ........................................................................................... 23
portSilenceDetectionTimeout ....................................................................................... 24
provisionningMibVersion ................................................................................................ 4
S
sipMibVersion .............................................................................................................. 59
sipUAAuthUsrPwd ....................................................................................................... 63
sipUAAuthValid ............................................................................................................ 64
sipUALogDhcpHost ..................................................................................................... 60
sipUALogDhcpPort ...................................................................................................... 60
sipUALogDhcpVendorSpecificCode ............................................................................ 60
sipUALogEnable .......................................................................................................... 60
sipUALogStaticHost ..................................................................................................... 60
sipUALogStaticPort...................................................................................................... 60
sipUALogUseDhcp ...................................................................................................... 60
sipUAnAuthUsrPwd ..................................................................................................... 63
sipUAnAuthValid .......................................................................................................... 63
sipUAnFriendlyName ................................................................................................... 63
sipUAnMainAlias ......................................................................................................... 62
sipUAnMaximumSessionExpirationDelay .................................................................... 63
sipUAnMustUseSessionTimers ................................................................................... 63
VP500 Communication Unit
68
List of Parameters
MIB Reference Manual
sipUAnOtherAliases..................................................................................................... 63
sipUAnPrefixCCAndAC ............................................................................................... 62
sipUAPort .................................................................................................................... 59
sipUAProtocoleVersion ................................................................................................ 59
sipUAServerDhcpOutboundProxyHost ........................................................................ 62
sipUAServerDhcpOutboundProxyPort ......................................................................... 62
sipUAServerDhcpOutboundProxyVendorSpecificCode ............................................... 62
sipUAServerDhcpProxyHost ........................................................................................ 62
sipUAServerDhcpProxyPort ........................................................................................ 62
sipUAServerDhcpProxyVendorSpecificCode............................................................... 62
sipUAServerDhcpRegistrarHost .................................................................................. 62
sipUAServerDhcpRegistrarPort ................................................................................... 62
sipUAServerDhcpRegistrarVendorSpecificCode ......................................................... 61
sipUAServerOutboundProxyEnable ............................................................................. 61
sipUAServerStaticOutboundProxyHost ....................................................................... 61
sipUAServerStaticOutboundProxyPort ........................................................................ 61
sipUAServerStaticProxyHost ....................................................................................... 61
sipUAServerStaticProxyPort ........................................................................................ 61
sipUAServerStaticRegistrarHost .................................................................................. 61
sipUAServerStaticRegistrarPort................................................................................... 61
sipUAServerUseDhcp .................................................................................................. 61
sipUAServiceAdminStatus ........................................................................................... 59
sipUAServiceOperStatus ............................................................................................. 59
sipUAServiceStartTime ................................................................................................ 59
snmpAgentPort ............................................................................................................ 39
snmpSystemContact.................................................................................................... 39
snmpSystemDescription .............................................................................................. 39
snmpSystemLocation .................................................................................................. 39
snmpSystemName ...................................................................................................... 39
snmpSystemObjectID .................................................................................................. 39
snmpSystemService .................................................................................................... 39
sntpDhcpHost .............................................................................................................. 46
sntpDhcpPort ............................................................................................................... 46
sntpDhcpVendorCodeSpecific ..................................................................................... 46
sntpEnable................................................................................................................... 45
sntpStaticHost ............................................................................................................. 45
sntpStaticPort .............................................................................................................. 45
sntpSynchronizationPeriod .......................................................................................... 45
sntpSynchronizationPeriodOnError ............................................................................. 45
sntpTimeZoneCustomTimeZoneConfiguration ............................................................ 46
sntpTimeZoneCustomTimeZoneIsValid ....................................................................... 47
sntpTimeZoneTimeZoneSelection ............................................................................... 46
sntpTimeZoneUseTimeZoneSelection ......................................................................... 46
sntpUseDhcp ............................................................................................................... 45
syslogDhcpHost ........................................................................................................... 30
syslogDhcpPort ........................................................................................................... 30
syslogDhcpVendorSpecificCode.................................................................................. 30
syslogMsgEnable......................................................................................................... 29
syslogStaticHost .......................................................................................................... 29
syslogStaticPort ........................................................................................................... 29
syslogTracingMask ...................................................................................................... 29
syslogUseDhcp ............................................................................................................ 29
VP500 Communication Unit
69
List of Parameters
MIB Reference Manual
T
tftpBlockSize ................................................................................................................ 31
tftpDownloadStatus...................................................................................................... 31
tftpEmergencyFileName .............................................................................................. 31
tftpFileName ................................................................................................................ 31
tftpServerDhcpEmergencyHost ................................................................................... 32
tftpServerDhcpEmergencyPort .................................................................................... 32
tftpServerDhcpEmergencyVendorSpecificCode .......................................................... 32
tftpServerDhcpHost ..................................................................................................... 32
tftpServerDhcpPort ...................................................................................................... 32
tftpServerDhcpVendorSpecificCode ............................................................................ 32
tftpServerStaticEmergencyHost ................................................................................... 32
tftpServerStaticEmergencyPort.................................................................................... 32
tftpServerStaticHost ..................................................................................................... 31
tftpServerStaticPort...................................................................................................... 31
tftpTimeOut .................................................................................................................. 31
tftpUseDhcp ................................................................................................................. 31
VP500 Communication Unit
70

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