Fieldname Format Description Example
3.2.2 Configuration Management
3.2.2.3 Configuration Data
Configuration View menu
The items listed in the View menu are showed in the following figure.
Figure 14 View menu
3.2.2.3 Configuration Data
MINI-LINK Traffic Node Terminals Data
Table 1MINI-LINK TN Configuration data for Radio Terminal (MMU2 or SMU2 type)
Fieldname Format Description Example
Terminal ID Text string Radio Terminal Name 1/6+7+8
Can be:
Equipment Type Text string The type of equipment
MLTN_1+0, MLTN_1+1 Can be:
1+0, Protection Mode Text string The equipment protection mode
1+1Hot or , 1+1Work
Traffic Rate Text string Configured traffic 2x2, 16xDS1 etc
Far End ID Text string ID of the far end terminal 001B
Active Radio Text string Indicates the Active Radio Can be: 1, 2, B,
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Fieldname Format Description Example
1 -> Ra1, 2 -> Ra2,
B -> both, Radio are transmitting (1+1 Work) Frequency Band Ra1 Text string RAU Frequency Band Ra1 15, 23 Frequency Index Ra1 Text string RAU Frequency sub-band Ra1 25, 58 Frequency Band Ra2 Text string RAU Frequency Band Ra2 15, 23 Frequency Index Ra2 Text string RAU Frequency sub-band Ra2 25, 58 Channel Spacing Text string Channel Spacing (MHz) 3.5, 7, 14 TX Frequency Ra1 Text string Transmitting Frequency Ra1 (MHz) 14950.00,
15006.00 TX Frequency Ra2 Text string Transmitting Frequency Ra2 (MHz) 14950.00, 15006.00 RX Frequency Ra1 Text string Receiving Frequency Ra1 (MHz) 14530.00,
14586.00 RX Frequency Ra2 Text string Receiving Frequency Ra2 (MHz) 14530.00,
14586.00 TX Attenuator Ra1 Text string Tx Attenuator value for Ra1 (dB)
TX Attenuator Ra2 Text string Tx Attenuator value for Ra2 (dB)
Can be also OFF,
Output Power Ra1 Text string Current output power Ra1 (dBm)
STANDBY Can be also OFF,
Output Power Ra2 Text string Current output power Ra2 (dBm)
STANDBY Can be:
NA, ON, Remote Controlled
Output Power Ra1
Text string Indicates if the output power is set remotely for Ra1
OFF Can be:
NA, ON, Remote Controlled
Output Power Ra2 Text string Indicates if the output power is set remotely for Ra2
OFF Configured Output
Power Ra1
Text string Configured output power for Ra1 (dBm) 18 Configured Output
Power Ra2 Text string Configured output power for Ra2 (dBm) 18 Input Power Ra1 Text string Current input power Ra1 (dBm) -48.5 Input Power Ra2 Text string Current input power Ra2 (dBm) -48.5 Can be NA, ON, ATPC Enabled Text string Indicates if ATPC is enabled or not
OFF ATPC Max Output
Power Ra1 Text string Configured ATPC Max Output Power for
Ra1 (dBm) 17
ATPC Max Output
Power Ra2 Text string Configured ATPC Max Output Power for
Ra2 (dBm) 17
ATPC Target Input Text string Configured Target Input Power (dBm) -65
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Fieldname Format Description Example
ATPC Target Input
Power Ra2 Text string Configured Target Input Power (dBm)
for the far end Ra2 -65
Can be:
NA, ON, Radio ID Check Text string Indicates that there is a check to
eliminate reception of traffic from any other radio but the correct far-end radio.
OFF AGC Alarm Threshold
Ra1
Text string AGC Alarm Threshold for Ra1 (dBm) AGC Alarm Threshold
Ra2 Text string AGC Alarm Threshold for Ra2 (dBm)
Can be:
10-3, 10-4, 10-5, BER Alarm Threshold Text string BER alarm threshold
10-giu Can be:
Auxiliary Input1 Text string Auxiliary unit whose alarm is handled
by MMU Ra1 Fan Unit, MXU
Unit, ETU Unit, Unknown Can be:
Auxiliary Input2 Text string Auxiliary unit whose alarm is handled
by MMU Ra2 Fan Unit, MXU
Unit, ETU Unit, Unknown Site ID Text string Site_ID from NE terminal properties
Hop Side ID Text string Hop_Side_ID from NE terminal
properties
Hop ID Text string Hop_ID ID from NE terminal properties Far Hop Side ID Text string Far_Hop_Side_ID from NE terminal
properties
Subnet ID Text string Sub-network id of the terminal Description Text string Description from NE terminal properties Traffic Rate
Description
Text string Traffic_Rate_Description from NE terminal properties
Can be:
0 Validity Text string Value 1 if collection valid, 0 otherwise
1
Table 2 MINI-LINK TN Configuration data for Radio Terminal (MMU2 B/C type)
Fieldname Format Description Example
Terminal_ID Text string ID of the MINI-LINK Terminal 001A Can be:
Unknown, MLE, MMU2, Equipment Type Text string The type of equipment
MMU2 B/C Can be:
1+0, Protection Mode
Admin Status Text string The equipment protection mode
1+1 Hot standby,
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Fieldname Format Description Example
1+1 Working standby,
1+1 Hot standby s. d.,
1+1 Working standby s. d. , (s.
d. stands for space diversity) Capacity Text string Traffic capacity for terminal.
STM-1 Capacity Capability Text string Binary AND on contained MMUs and
RAUs capability
STM-1 Unknown C-QPSK, 16-QAM, Modulation Text string Modulation method for terminal.
This is only settable when according
to xfTermModulationCapability. 128-QAM Not available, 3002/4002, Access Server Port Text string rlXfMLTN:
Access server port used to reach far end terminals of type rlMLE or rlXfMLE, else notAvailable (1).
rlXfMLE:
Access server port used to reach a
3021/4021
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Fieldname Format Description Example
Far End Terminal
Name Text string Remote Terminal Name F6/1+
For Default
"TRMB";
Far End ID Text string Expected network identity for remote terminal. Far End Type Text string Remote Terminal Type
MMU2 B/C Other, Enable, Remote ID Check Text string Check of remote terminal ID.
Disable BER Alarm Threshold Text string Threshold for BER alarm.
ber1e-6 Fade Notification
Timer Text string Notification suppress timer for
Protection alarms. Unit: seconds. 0 -1000 (default 200)
Other;
RTPC, ATPC,
Local Control, RA1 Local Control RA2 RTPC,
RA1 RTPC, Output Power Admin
Status Text string Configured output power mode
RA2 Local Control Other,
No ATPC, Support, Does not exist, ATPC , Capability , Unknown,
ATPC Capability Text string ATPC capability for the terminal, calculated as worst capability for all units contained in the terminal.
Supports , ATPC Protection RAU1
Instance Text string The textual name of the interface RAU1.
entPhysicalIndex for RAU1
2,12E+09
Protection RAU2
Instance Text string The textual name of the interface RAU2.
entPhysicalIndex for RAU2.
Tx Radio1, Tx Radio2, Active TX Radio Text string Active radio setting. Inherit actual
setting in manual mode.
Tx Radio1 and Tx , Radio2
Tx Radio1, Switch Revertive TX Text string Preferred Tx Radio.
Tx Radio2,
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Fieldname Format Description Example
Off Unit1 Equipment Protection
Active Unit Text string This object indicates the active unit in respect to the TDM switch to the backplane. It can be used to perform an equipment protection switch. At creation of the EquipmentProtection is object indicates which unit is active at creation. At a node cold restart unit 1 will always be the active one.
Unit2
Automatic, Equipment Protection
Mode Text string This object applies for all switches involved in this protection, i.e.
equipment protection switches, line protection switches and specific switches like the Tx Radio switch.
The protection switches can be set into two modes:
Automatic: a switch will be performed upon a Signal Failure (SF)/Signal Degrade (SD) or equipment failure if the other line interface/unit is OK.
Manual: no switch due to SF/SD or equipment failure will be performed.
The switches are locked.
manual
Switch Interface
Name Text string Switch Interface Name 1/6+7/1
UP, Down, Switch Admin Status Text string Switch Admin Status
Testing
Hitless Phase;
TX Switch Over;
Switch Line
Protection Status Text string Switch Line Protection Status Extension to xfLineProtectionStatus
for the Switch Remote Tx Switch
Over Switch Line
Protection Working RX
Text string This object indicates the number of line switches since last node
warm/cold restart or protectioManual switches are included. This counter can be reseted using
xfTermPerfReset
1
RAU1 Instance Text string The textual name of the interface
RAU1. 1/6.1
UP, Down, RAU1 Admin Status Text string RA1 Admin Status
Testing Other, No Atpc, Support, RAU1 ATPC Capability Text string ATPC capability for the terminal RA1,
calculated as worst capability for all units contained in the terminal.
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Fieldname Format Description Example
Atpc, Capability , Unknown,
Controlled Capability
Text string Indicates in the radio RA1 supports local transmit power control.
Supports Local Contol
RAU1 Modulation
Capability Text string Modulation Capability method for
RA1 terminal. -
RAU1 Freq Band Text string RAU Frequency Band Ra1 0..255 RAU1 Freq Index Text string RAU Frequency sub-band Ra1 0.255 RAU1 Temperature Text string Temperature in °Celsius inside radio
RA1
-127..127 Other, Rau Ra1, RAU1 Protection Path Text string Indicates what radio path the radio
RA1 belongs to.
Rau Ra2 RAU2 Instance Text string The textual name of the interface
RAU2. 1/7.1
UP, Down, RAU2 Admin Status Text string RA2 Admin Status
Testing Other, No Atpc , Support, Does Not Exist, Atpc ,
Capability , Unknown, RAU2 ATPC Capability Text string ATPC capability for the termina RA2,
calculated as worst capability for all units contained in the terminal.
Supports, Atpc Other,
No Local -Control , Support,
RAU2 Local
Controlled Capability Text string Indicates in the radio RA2 supports local transmit power control.
Supports Local Contol
RAU2 Modulation
Capability Text string Modulation Capability method for
RA2 terminal.
RAU2 Frequency Band
Text string RAU Frequency Band Ra2 0..255 RAU2 Frequency
Index Text string RAU Frequency sub-band Ra2 0..255
RAU2 Frequency
Temperature Text string Temperature in °Celsius inside radio
RA2 -127..127
Other, Rau Ra1, RAU2 Protection Path Text string Indicates what radio path the radio
RA2 belongs to.
Rau Ra2
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Table 3 MINI-LINK TN Configuration data for Radio Terminal (MMU2 B/C type) part 2
Fieldname Format Description Example
RF1 Instance Text string The textual name of the interface RF1.
1/6.1/1 UP Down;
RF1 Admin Status Text string RF1 Admin Status
Testing RF1 Base TX Frequency Text string TX frequency in kHz when
frequency step number is 0 (zero) for RF1.
0..4294967295
RF1 Base RX Frequency Text string RX frequency in kHz when
frequency step number is 0 (zero) for RF1.
0..4294967295
RF1 Step Size Text string Frequency step size in kHz for RF1. 0..655335 RF1 Step Limit Low Text string Lowest allowed frequency step
number for RF1. 0..655335
RF1 Step Limit High Text string Highest allowed frequency step
number for RF1. 0..655335
RF1 Current Step Number
Text string Current frequency step number.
0 = RF frequency not yet defined.
(default)
Changing the far end values will result in loss of connection to far end. No confirm is supported in the far end. This is similar to the current MLE behavior. The set step number needs to be remembered and the near end has to be set to the same frequency to restore the connection.
0..655335
Other, TX Off, TX On, RF1 TX Oper Status Text string The actual status of transmitter for
RF1
TX Standby Other, TX Off, RF1 TX Admin Status Text string The desired status of transmitter for
RF1
TX On RF1 Current Output
Power Text string Output power in dBm including
attenuator for RF1. -100..35|255
RF1 Min Output Power
RF1 Text string Min output power in dBm including
attenuator for RF1. -100..35|255
RF1 Max Output Power Text string Max output power in dBm including attenuator for RF1.
-100..35|255 RF1 Select Output Power Text string Selected output power in dBm
including attenuator for RF1.
-100..35|255 RF1 ATPC Min Output
Power Text string Min output power in dBm in ATPC
mode for RF1. -100..35|255
RF1 ATPC Max Output
Power Text string Max output power in dBm in ATPC
mode for RF1. -99..-30|255
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Fieldname Format Description Example
RF1 ATPC Select Input
Power Far End Text string Selected input target level [dBm]
for Far End radio in ATPC mode for RF1.
-99..-30|255
RF1 Attenuator Text string Attenuator value in dB for fixed output power attenuator mounted in RF1 radio.
0..100|255
RF1 Current Input Power Text string RF1 input level = value/10 dBm, -999...-200 RF1 Input Alarm
Threshold Text string RF input level threshold -99..-30
RF2 Instance Text string The textual name of the interface
RF2. 1/7.1/1
UP Down;
RF2 Admin Status Text string RF2 Admin Status
Testing Base_TX_Frequency_RF2 Text string TX frequency in kHz when
frequency step number is 0 (zero) for RF2.
0..4294967295
RF2 Base RX Frequency Text string RX frequency in kHz when
frequency step number is 0 (zero) for RF2.
0..655335
RF2 Step Size Text string Frequency step size in kHz for RF2. 0..655335 RF2 Step Limit Low Text string Lowest allowed frequency step
number for RF2 0..655335
RF2 Step Limit High Text string Highest allowed frequency step
number for RF2. 0..655335
Other, TX Off, TX On, RF2 Current Step
Number Text string Current frequency step number.
0 = RF frequency not yet defined.
(default)
Changing the far end values will result in loss of connection to far end. No confirm is supported in the far end. This is similar to the current MLE behavior. The set step number needs to be remembered and the near end has to be set to the same frequency to restore the connection.
TX Standby
Other, TX Off, RF2 TX Oper Status Text string The actual status of transmitter for
RF2
TX On RF2 TX Admin Status Text string The desired status of transmitter for
RF2 -100..35|255
RF2 Current Output Power
Text string Output power in dBm including attenuator for RF2
-100..35|255 RF2 Min Input Power Text string Min output power in dBm including
attenuator for RF2.
-100..35|255 RF2 Max Output Power Text string Max output power in dBm including
attenuator for RF2. -100..35|255
RF2 Select Output Power Text string Selected output power in dBm
including attenuator for RF2. -100..35|255
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Fieldname Format Description Example
RF2 ATPC Min Output
Power Text string Min output power in dBm in ATPC
mode for RF2. -99..-30|255
RF2 ATPC_Max Output
Power Text string Max output power in dBm in ATPC
mode for RF2. -99..-30|255
RF2 ATPC Min Input
Power Far End Text string Min input target level [dBm] for Far
End radio in ATPC mode for RF2. -99..-30|255 RF2 ATPC Selected Input
Power Far End Text string Selected input target level [dBm]
for Far End radio in ATPC mode for RF2.
0..100|255
RF2 Attenuator Text string Attenuator value in dB for fixed output power attenuator mounted in RF2 radio.
-999..-200
RF2 Current Input Power Text string RF1 input level = value/10 dBm, -99..-30 RF2 Input Alarm
Threshold Text string RF input level threshold 0..4294967295
RAU IF1 Interface Name Text string Interface Name RAU_IF1 ########
UP, Down, RAU IF1 Admin Status Text string RAU_IF1 Admin Status
Testing RAU IF2 Interface Name Text string Interface Name RAU_IF2 ########
UP, Down, RAU IF2 Admin Status Text string RAU_IF2 Admin Status
Testing Can be:
0 Validity Text string Value 1 if collection valid, 0
otherwise
1
Table 4 MINI-LINK TN Configuration general data
Fieldname Format Description Example
Name Text string Name of the MINI-LINK Terminal
TN-141-137-100-26 Location Text string Location of the type of equipment location Contact Text string Contact of the type of equipment contact
DCN Host Name Text string DCN host name
TN-141-137-100-26
DCN Host Address Text string DCN host address 141.137.100.26
DCN Subnet Mask Text string DCN subnet mask 255.255.255.0
DCN Default Gateway Text string DCN Default Gateway saudit
DCN Domain Text string DCN Domain 141.137.100.10
DCN DNS Server1 Text string DCN DNS Server1
DCN DNS Server2 Text string DCN DNS Server2
DCN DNS Server3 Text string DCN DNS Server3
DCN NTP Server Text string DCN DNS Server 141.137.100.4
DCN DHCP Address Text string DCN DHCP Address
Validity Integer Value 1 if collection valid, 0 Can be:
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0 1
Table 5 MINI-LINK TN Configuration data for Ethernet interfaces
Fieldname Format Description Example
Eth Interface Name Text string Interface Name
IP Address Text string IP Address
Subnet Mask Text string Subnet Mask
Enabled, Enable Notifications Text string Indicates whether traps should be
generated for this interface. disabled Speed Text string An estimate of the interface's current
bandwidth in bits per second 10000000 Auto, MDI MDIX Mode Text string indicates RX/TX configuration
Manual Can be:
0 Validity Text string Value 1 if collection valid, 0 otherwise
1
Table 6 MINI-LINK TN Configuration data for OSPF Area
Fieldname Format Description Example
Net Address Text string Net Address 141.137.100.26
Subnet Mask Text string Subnet Mask 0.0.0.0
Area ID Text string Identifier of the Area 1.0.0.0
Area Type Text string Type of Area stub area
totally stub Area Validity Integer Value 1 if collection valid, 0
otherwise Can be:
0 1
Table 7 MINI-LINK TN Configuration data for PPP interfaces
Fieldname Format Description Example
PPP Interface Name Text string Interface Name 1/3/1 SC1
Admin Status Text string Administrative Status Up; Down;
Testing Enable Notifications Text string Indicates whether traps should be
generated for this interface. Enabled disabled
IP Address Text string IP Address 141.137.100.11
Validity Integer Value 1 if collection valid, 0
otherwise Can be:
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Fieldname Format Description Example
0 1
Table 8 MINI-LINK TN Configuration data for Static Routine
Fieldname Format Description Example
Destination Text string The destination IP address of this
route
Route Mask Text string Indicate the mask to be logical-ANDed with the destination address before being compared to the value in the ipCidrRouteDest field.
141.137.100.11
Gateway Text string On remote routes, the address of the next system en route;
Otherwise, 0.0.0.0.
141.137.100.11
Validity Integer Value 1 if collection valid, 0
otherwise Can be:
0 1
MINI-LINK E Data
Table 9 MINI-LINK E Data
Fieldname Format Description Example
Terminal ID Text string ID of the MINI-LINK Terminal 001A
Equipment Type Text string The type of equipment Can be_
MLE_1+0, MLE_1+1 Can be:
1+0, Protection Mode Text string The equipment protection mode
1+1Hot or 1+1Work
Traffic Rate Text string Configured traffic 2x2, 16xDS1
etc IDS In Own AMM Text string List of terminal IDs in the own AMM
001A-001B-501A
NCC AM No Text string Expanded NCC AM number Can be also
INACTIVE IDS In Connected Text string List of terminal IDs available on
001A-001B-ServiceOn Microwave Element Manager - Operator Guide 2BElement Management User Interface
Fieldname Format Description Example
IDS In Connected RTU Text string List of connected E_Micro terminal IDs E05B-E04B Can be: 1, 2, B
1 -> Ra1 2 -> Ra2 Active Radio Text string Indicates the Active Radio
B -> both Radio are transmitting (1+1 Work) Frequency Band Ra1 Text string RAU Frequency Band Ra1 15, 23 Frequency Index Ra1 Text string RAU Frequency sub-band Ra1 25, 58 Frequency Band Ra2 Text string RAU Frequency Band Ra2 15, 23 Frequency Index Ra2 Text string RAU Frequency sub-band Ra2 25, 58 Channel Spacing Text string Channel Spacing (MHz) 3.5, 7, 14 TX Frequency Ra1 Text string Transmitting Frequency Ra1 (MHz) 14950.00,
15006.00 TX Frequency Ra2 Text string Transmitting Frequency Ra2 (MHz) 14950.00, 15006.00 RX Frequency Ra1 Text string Receiving Frequency Ra1 (MHz) 14530.00,
14586.00 RX Frequency Ra2 Text string Receiving Frequency Ra2 (MHz) 14530.00,
14586.00 TX Attenuator Ra1 Text string Tx Attenuator value for Ra1 (dB)
TX Attenuator Ra2 Text string Tx Attenuator value for Ra2 (dB)
Can be also OFF,
Output Power Ra1 Text string Current output power Ra1 (dBm)
STANDBY Can be also OFF,
Output Power Ra2 Text string Current output power Ra2 (dBm)
STANDBY Can be:
NA, ON, Remote Controlled
Output Power Ra1 Text string Indicates if the output power is set
Output Power Ra1 Text string Indicates if the output power is set