Corning Optical Communication MA860WCO 860M WITH WCE User Manual MA860 UM 10 Feb 08

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Installation
4.7.2
Power Connections to MA860 Unit
•
Only Main PS is connected to the unit – connect directly to 20-48V side of the PWR
connector.
•
Main and Redundant PSs connected to the unit – connect the provided splitter cable to the
unit and the Main and Redundant PSs to the appropriate connectors as shown below.
Connection to Main
Power Supply only
Connection to splitter
cable for installations with
redundant PS
To Main PS
To Redundant PS
MA-860 Installation and Configuration Guide
39
5
Power-up and Provisioning the Unit
Upon power-up, MA-860 automatically performs WCE, WiFi Coverage Expander auto-discovery.
It is recommended to locally connect to the unit using a computer running the telnet session to
configure the local configuration options defined below. Following the initial setup and
configuration MobileAccess recommends that the administrator verifies that all connected
antennas are detected via the Web GUI or Engineering GUI, to perform the adjustment
procedures and to verify that the unit is operating properly.
MA860 is by default configured with a static IP address. (It may also be configured for DHCP).
Once the MA860 IP address is defined and it is connected to the network, it can be remotely
managed via a Web access connection.
This section provides the following information:
5.1
•
Unit power-up and procedures performed by the unit upon power-up
•
Opening a session from the MA-860 Engineering Tool application
•
Verifying all antennas are connected
•
Performing adjustment procedures
Power-up and WCE Auto-discovery
To power-up the unit
Connect the power to the PWR connector located on the MA-860 as defined in Section 4.7.
Unit initialization and WCE auto-discovery
Upon power-up, the unit performs discovery of the WCE units during which time the RUN LED
(located on the front panel) is constant GREEN. This will take between one to two minutes.
If you have connected the 860 WLAN Module via the Web GUI or Engineering UI before the
auto-discovery process was completed, the dialog will show Auto-discovery in process.
After the initial discovery procedure has been completed, the RUN LED continuously flickers
green indicating normal operation.
Note: Configuration changes corresponding to the addition or removal of WCE units can be
remotely performed at any time via the Web GUI to access the unit.
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Power-up and Provisioning the Unit
5.2
System Setup Configuration
Before deploying the device in the field, it is recommended that all system level configurations
are configured on the 860 WLAN module as defined in section 5.2
5.2.1.1
Assigning Network Parameters
The unit is factory set with the following static IP address:
IP address:
192.168.1.1
Subnet mask:
255.255.0.0
Default GW:
192.168.254.254
•
Change the static address using Telnet as described in section 5.2.1.2
Note: For networks with DHCP – refer to section 6.2.2
•
5.2.1.2
To set the SNMP parameters – refer to section 5.2.1.3.
Changing the Static IP Address
The static IP address is changed from the Telnet window.
To change the static IP address
1. Set your laptop IP to the same subnet as the static IP address assigned to the Repeater (e.g
192.168.1.2)
2. Connect the unit to your laptop with a cross cable.
3. Click the Windows Start option, choose Run and type Telnet and press Enter.
4. At the prompt Microsoft Telnet> o 192.168.1.1 9999. Press Enter.
5. Click OK and immediately press Enter to go into Setup Mode. The current settings will be
displayed, followed by the Change Setup menu.
Change Setup:
0 Server configuration
1 Channel 1 configuration
3 SNMP configuration
8 exit without save
9 save and exit
Your choice 0
6. Enter 0 (Server Configuration).
7. You will be prompted to change the IP address one byte at a time –Enter the new value for
each byte as you are prompted and press Enter. For example, the value entered below is
192.168.10.55
IP Address : (000) 192.(000) 168.(000) 10.(000) 55
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Power-up and Provisioning the Unit
8. You will be are prompted to set the Gateway, Netmask, telnet Config password and to
Change the DHCP device name.
IP Address : (000) .(000) .(000) .(000)
Set Gateway IP Address (Y) ?
Gateway IP Address : (192) .(168) .(010) .(245)
Netmask: Number of Bits for Host Part (0=default) (16)
Change telnet config password (N) ?
Change DHCP device name (not set) ? (N) ?
9. Press Enter to run through the rest of the parameters. When the Setup Menu is displayed
again, select 9 – Save and Exit.
5.2.1.3
Setting SNMP Parameters
1. Click the Windows Start option, choose Run and type Telnet and press Enter.
2. At the prompt Microsoft Telnet> o xxxx.xxxx.xxxx.xxxx 9999 (where xxxx.. is the IP address
of the unit). Press Enter.
3. Click OK and immediately press Enter to go into Setup Mode. The current settings will be
displayed, followed by the Change Setup menu.
Change Setup:
0 Server configuration
1 Channel 1 configuration
3 SNMP configuration
8 exit without save
9 save and exit
Your choice 3
4. Enter 3 (SNMP Configuration).
5. Set the SNMP Read and Write community names and the SNMP traps destination addresses
(up to three addresses can be defined).
SNMP community name for read (): public
SNMP community name for write (): private
Enter IP addresses for SNMP traps:
1: (000) 192.(000) 168.(000) 10.(000) 22
2: (000) .(000) .(000) .(000)
3: (000) .(000) .(000) .(000)
6. Press Enter to run through the rest of the parameters. When the Setup Menu is displayed
again, select 9 – Save and Exit.
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Power-up and Provisioning the Unit
5.3
Default Login and User Account Levels
You may login to the MA 860 unit through any Web browser or 860 WLAN Engineering GUI. The
available login credentials and default passwords are defined below:
•
Operator (oper) – monitoring options only
•
Field Engineer (eng) – monitoring and configuration options
•
TechSuport – for MA technical personnel only
NOTE: The password is case sensitive – use lower case letters.
5.4
Remote Web Management
Once the system level attributes are defined as in section 5.2, the 860 WLAN module can then
be accessed remotely on the network LAN from any Web Browser by connecting to the IP
Address of the specific MA 860 unit or through any Network Operating Center (NOC) using
SNMP.
Use the Remote Web management options to make configuration changes, adjustments, and to
monitor the unit status.
To login to the MA 860 configuration application
1. Run a Web Browser application (i.e. Internet Explorer).
2. Enter the IP Address of the MA 860 unit. (i.e. http://192.168.10.127). The Login dialog
appears. The application version is displayed at the top of the window.
Figure 5-1. Login Window
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Power-up and Provisioning the Unit
3. Select the User (Oper or Field Eng) where Field Eng has configuration
privileges. Enter the password (see 5.3.)
4. Click Login. ()
The Main configuration window appears. The Main window is described in the following
section.
5.4.1
MA 860 View
Upon login, the MA-860 View shows the General tab that provides general information on the
MA860 unit and on the WCE connections on each channle.
NOTE: The display is refreshed automatically; however, if necessary, click the same tab again
(do not use the Web Browser Refresh option).
Note that there are six tab – three tabs on the upper window area and three in the lower
window area. Table 5-1.
Unit Identification
info
Multi-service
antenna units
Tab options
Tab options
Figure 5-2. Main Window
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Power-up and Provisioning the Unit
Table 5-1. MA 860 View Menu Options
5.5
Menu Option
Description
Installation
User definable unit identification parameters and read-only IP
address and MAC address.
Security
Password change options.
Control
Shows the General, Adjustment and Alarms tab in the bottom
window area.
General
Unit identification and version information, and WCE
information for each channel.
Adjustments
Unit adjustment pane. Used to calibrate cables.
Alarms
Alarm monitoring
Unit Location and IP
The Installation tab shows user defined information on the unit location, name, etc. and the unit
IP and MAC address.
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Power-up and Provisioning the Unit
5.6
Changing Password
To change the password of the User Name:
1. Click the Security tab in the Main window.
2. To change the password:
•
In the Login Password field, enter the password to login to the current session.
•
In the User Name field, select the User Name whose password is to be changed.
•
In the New Password field, enter the new password.
•
In the Verify Password field, type the new password again.
•
Click Apply.
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Power-up and Provisioning the Unit
5.7
Web Access Adjustment
The default gain for each channel is set to 0dB.
To adjust the gain
1. Click the Adjustment button in the Main window.
The window is divided areas corresponding to each channel. Four control buttons are
available:
•
Full Discovery – performs complete discovery of the antennas
•
Partial Discovery – performs discovery on new or undiscovered elements
•
Reset – sets adjustment values to the factory default levels
•
Apply – downloads configuration and adjustment values to the MA860 unit
Gain Setting
options
Figure 5-3. Gain Setting Options
NOTE: The Full Discovery button checks for each and every antenna. During Full
Discovery, the unit DOES NOT transmit or receive data. To discover changes from the last
Discovery, click the Partial Discovery button. Partial Discovery does not affect the unit
output..
2. In the DC field of each channel to which an antenna is connected, verify
that the DC parameter is ON. (This field is enabled by default).
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Power-up and Provisioning the Unit
Note: If OFF is displayed, it indicates the antenna is disconnected by the system (due to a
fault such as a short.). In addition, alarms are generated.
3. Perform 802.11a cable adjustments as follows:
•
Set up a Constant Wave signal generator to 5.745GHz at 17dBm (for optimum
results).
Note: If the signal generator cannot be set to 17dBm, any level between 5 to 19 dBm
range will achieve good results.
•
Click the corresponding Adj a button. Verify that the AP PWR and Ant PWR values of
the corresponding channel are EQUAL.
•
Repeat for each link (i.e. four times).
•
For each channel, verify that AP1..4 Pwr is equal to Ant1..4 Pwr.
4. Perform cable adjustments for 802.11bg as follows:
•
Set up a Constant Wave signal generator to 2.447GHZ at 17dBm (for optimum
results).
Note: If the signal generator cannot be set to 17dBm, any level between 5 to 19 dBm
range will achieve good results.
•
Click the corresponding Adj bg. Click the corresponding Adj a button. Verify that the
AP PWR and Ant PWR values of the corresponding channel are EQUAL.
•
Repeat for each link (i.e. four times).
•
For each channel, verify that AP1..4 Pwr is equal to Ant1..4 Pwr.
5. Click Apply to save adjustment and to save any changes in the DC settings
of the ports.
5.8
What next?
After performing the adjustment procedure:
Click the Alarms tab. Referring to the following section (5.9) do the following:
•
Disable (filter out) irrelevant alarms (where antennas or APs are not connected).
•
Verify that the connected Access Point and antenna indicators are Green.
•
Verify that the calibration indicators are Green.
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Power-up and Provisioning the Unit
5.9
Monitoring Alarms
To monitor MA860 status
Click the Alarms button in the Main window. The Alarms pane appears. The pane is divided into
four areas corresponding to each channel and a fifth area (MA 860) for the unit as a whole.
Figure 5-4. Alarms Window
To disable trap monitoring of irrelevant channels
For irrelevant channel, disable the Trap Select field.
Status color codes
Each status is color codes as follows:
•
Green
•
RED
•
GREY
- OK
- Fail
- Not relevant.
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Power-up and Provisioning the Unit
Trap descriptions
Trap
Description
Temp
RED - temperature is above 60C; otherwise GREEN.
AP a
RED – 802.11a port or AP is not detected; otherwise GREEN
AP bg
RED – 802.11b/g port or AP is not detected; otherwise GREEN
MA860 ANT
RED - WCE not detected; otherwise GREEN.
WCE Antenna
RED – antenna connected to WCE is not detected; otherwise GREEN.
DC
RED - Antenna disconnected due to detected overcurrent or overcurrent
detected a the antenna
Adjust a
RED – 802.11a cable adjustment procedure of channel failed.
Adjust b/g
RED – 802.11b cable adjustment procedure of channel failed.
WCE HW
RED – WCE hardware failure.
MA-860
RED – MA860 temperature over 60̊ C; GREEN – MA860 normal
temperature
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Power-up and Provisioning the Unit
5.10
Provisioning via the MA-860 Engineering Tool
This procedure is performed via a local connection to a computer running the MA-860
Engineering Tool application.
5.10.1
Opening a Session to the Unit
To provision the MA-860 control unit using the Configuration Tool
1. Install the MA-860 MA Engineering Tool application on your computer.
2. Connect to the MA-860 front panel Local connector using the RS232 9-pin cable provided
with the MA-860 unit.
RS232
Computer running MA-860
Configuration Tool
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Power-up and Provisioning the Unit
3. Launch the MA-860 Engineering Tool application on the computer. The Login dialog is
invoked.
4. Select Field Eng, and enter the corresponding Password (eng).
5. Select the COM Port corresponding to the physical COM port on the computer to which the
unit is connected.
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Power-up and Provisioning the Unit
6. Click Connect. The application main window appears with the General tab displayed by
default.
The General tab provides SW and HW information for the MA 860 unit and for each WCE.
If the antenna discovery process has not been completed, you will see a message indicating
antenna discovery is in process – as illustrated below.
MA 860 SW and
HW info
SW and HW info
for each WCE
Antenna discovery in
process message
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Power-up and Provisioning the Unit
5.10.2
Provisioning Procedure
Note: Refer to 6.1 and Table 6-1 for the locations and descriptions of the parameters described
in this section.
To provision the unit
1. Select the Adjustment tab. The following window appears.
Step 5.
Calibrate bg.
Step 4. Click a
Step 3. ON
Step 2. Click to
discover connected
antennas
Step 1 Invoke
Adjustment tab
Step 6. Review
Alarms
NOTE: The Full Discovery button checks for each and every antenna. During Full
Discovery, the unit DOES NOT transmit or receive data. To discover changes from the last
Discovery, click the Partial Discovery button. Partial Discovery does not affect the unit
output.
2. In the DC field of each channel to which an antenna is connected, verify that the DC
parameter is ON.
NOTE: If OFF is displayed, it indicates the antenna is disconnected. If an alarm was
generated – the system disconnected the antenna due to a detected fault such as a short.
3. Perform 802.11a cable adjustments as follows:
MA-860 Installation and Configuration Guide
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Power-up and Provisioning the Unit
•
Set up a Constant Wave signal generator to 5.745GHz at 17dBm (for optimum
results).
Note: If the signal generator cannot be set to 17dBm, any level between 5 to 19 dBm
range will achieve good results.
•
Click the corresponding Adj a button. The adjustment status will be indicated by the
color of the button:
BLACK
– not adjusted or waiting for connection. Try again.
YELLOW
– adjustment in process.
GREEN
– successful adjustment.
RED
– adjustment failure. Try again.
•
Repeat for each link (i.e. four times).
•
For each channel, verify that AP1..4 Pwr is equal to Ant1..4 Pwr.
4. Perform cable adjustments for 802.11bg as follows:
•
Set up a Constant Wave signal generator to 2.447GHZ at 17dBm (for optimum
results).
Note: If the signal generator cannot be set to 17dBm, any level between 5 to 19 dBm
range will achieve good results.
•
Click the corresponding Adj bg. The adjustment status will be indicated by the color of
the button:
BLACK
– not adjusted or waiting for connection. Try again.
YELLOW
– adjustment in process.
GREEN
– successful adjustment.
RED
– adjustment failure. Try again.
•
Repeat for each link (i.e. four times).
•
For each channel, verify that AP1..4 Pwr is equal to Ant1..4 Pwr.
5. Click the Alarms tab. Referring to the following section (5.9):
•
Under Traps Select, uncheck (filter out) irrelevant alarms (where antennas or APs are
not connected).
•
Verify that the connected Access Point and antenna indicators are Green.
•
Verify that the calibration indicators are Green.
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Power-up and Provisioning the Unit
To disable trap monitoring of irrelevant channels
For irrelevant channel, disable the Trap Select field.
Status color codes
Each status is color codes as follows:
•
Green
•
RED
•
GREY
- OK
- Fail
- Not relevant.
Trap descriptions
Trap
Description
Temp
RED - temperature is above 60C; otherwise GREEN.
AP a
RED – 802.11a port or AP is not detected; otherwise GREEN
AP bg
RED – 802.11b/g port or AP is not detected; otherwise GREEN
MA860 ANT
RED - WCE not detected; otherwise GREEN.
WCE Antenna
RED – antenna connected to WCE is not detected; otherwise GREEN.
DC
RED - Antenna disconnected due to detected overcurrent at the corresponding
antenna.
Adjust a
RED – 802.11a cable adjustment procedure of channel failed; otherwise GREEN.
Adjust b/g
RED – 802.11b cable adjustment procedure of channel failed; otherwise GREEN.
WCE HW
RED – WCE hardware failure; otherwise GREEN.
MA-860
Last row in the window.
RED – MA860 over temperature; otherwise GREEN.
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Appendix
Appendix
6.1
Adjustment Tab Parameters
This tab is used to:
•
Configure the antennas manually and perform auto-discovery of antennas
•
Perform cable adjustment for each channel
•
View the power level at each antenna port and at each AP port
•
Reset the MA-860 unit
Table 6-1. MA-860 Engineering Tool Window Parameter Descriptions
Window Item
Description
DC
Used to show and configure status of voltage at each antenna port.
Voltage is automatically disabled (Off) to a port where an antenna was not detected
during auto-discovery (upon power-up and upon command from the user).
The button adjacent to each DC field is used to manually disable or enable voltage to
the corresponding antenna (relevant for service personnel under conditions where an
antenna is disconnected or replaced).
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Appendix
Window Item
Description
Adj a/bg
Used to perform cable adjustment for 802.11a and 802.11/bg services.
Note: this is a required configuration procedure.
The color of the buttons indicate the status of the corresponding adjustment
procedure:
Black – adjustment not initiated or communication error during the adjustment.
Yellow – adjustment in process
Green – successful adjustment
Red – failed adjustment
Antenna Power
Power supplied to the antenna
AP Power
AP1..4 .11a – shows the 802.11a service power provided by the corresponding (1 to
4) AP. Note: During normal operation, this value should be equal to the power
transmitted by the relevant antenna (parameter Pwr 11.a of the corresponding
antenna*).
AP1..4 .11b/g – shows the 802.11b/g service power provided by the corresponding
(1 to 4) AP. Note: During normal operation, this value should be equal to the power
transmitted by the relevant antenna (parameter Pwr 11.b/g of the corresponding
antenna*).
Antenna 1..4
Four window areas corresponding to each antenna. Only the areas of antennas
detected during auto-discovery (automatically performed when power is connected)
are accessible. Each area contains the following parameters:
o Pwr .11a – 802.11a service power measured at antenna output. Should be the
same as the 802.11a service power output by the corresponding AP (AP .11a
under AP Pwr).
o Pwr .11bg – 802.11b/g service power measured at antenna output. Should be the
same as the 802.11b/g service power output by the corresponding AP (AP .11b/g
under AP Pwr) *.
o AP a DCA – Digital Control Attenuator for 802.11a Tx/Rx antenna Gains. Used to
manually attenuate (reduce) the signal under special conditions of Cable
Adjustment failure. The greater the DCA value, the smaller the signal.
o AP bg DCA – Digital Control Attenuator for 802.11b/g Tx/Rx antenna Gains. Used
to manually attenuate (reduce) the signal under special conditions of Cable
Adjustment failure. The greater the DCA value, the smaller the signal.
o N/Tx 11a – power level of 802.11a signal transmitted by the antenna. Should be
preset to “Normal” mode (Tx mode is used only for factory testing).
o 5V .11a – input voltage for the TDD Amplifier of 802.11b/g
o 5V .11bg – input voltage for the TDD Amplifier of 802.11b/g (normal values are 45V)
o 3V – input voltage level for 802.11a Rx
o 6V – Antenna Input DC Power
o 3.3V – Digital Control voltage level
*This is relevant only AFTER the adjustment procedure is performed.
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Appendix
6.2
Using the Lantronix Device Installer
NOTE: Be sure the installed version is 3.6 or higher.
6.2.1
Installing and Navigating the Application
NOTE: Be sure the installed version is 4.1.0.3 or higher.
1. Install the Lantronix DeviceInstaller application on your computer and launch the
application. The DeviceInstaller Main window appears.
Figure 6-1. DeviceInstaller Main Window
2. In the toolbar, click Search to perform auto-discovery. The currently connected MA 860
units in the network will be identified and listed in the window according to:
•
Type - communication hardware version - XPort-03
•
IP Address – currently defined IP address
•
Hardware Address – MAC address
•
Additional identification parameters may be available.
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Appendix
6.2.2
Assigning Dynamic IP with DHCP
Note: Refer to the previous section for instructions on installing and navigating the required
application.
1. Select the MA860 unit and click the icon Assign IP in the toolbar.
Figure 6-2. Assigning Static IP Address
3. The IP Address Assignment Method window appears.
Figure 6-3. IP Assignment Method Window
4. Select Obtain an IP Address automatically – do NOT select Assign a specific IP address.
Then, click Next. The IP Discovery Settings window appears.
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Appendix
Figure 6-4.Automatic IP Discovery Settings Window
5. Enable the following checkboxes: DHCP, BOOTP, Auto-IP and Clear Gateway.
6.. Click Next. The Assignment window appears.
7. Click Assign to assign the MA860 unit the defined parameters. Once the parameters have
been assigned, the message ‘Completed Successfully’ appears and the Finish button is
enabled.
Figure 6-5. Finish Static IP Address Definition
8. Click Finish. The Device Installer Main window reappears and the installed unit will be
listed in the window.
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Appendix
6.3
SNMP Management Using a Standard SNMP
Manager
The MA 860 packages provide MIBSs that enable standard SNMP (Version 2.0) managers such
as HP OpenView to view event traps sent by the MA 860 unit and to configure the unit.
NOTE: These traps provide a general indication of the type of failure. The MA MA 860 enables
identifying the source of the problem and system monitoring parameters. (Trap destinations and
community names were defined in section 5.2.1.3.
6.3.1
Traps List
NOTE: Traps are only sent to defined trap destinations 5.2.1.3.
The following traps are provided:
Table 6-2. List of MA 860 Traps
Name
Type
Severity
OID
Description
ma860powerUp
NOTIFICATIONTYPE
notification
81.4.2.0.1
System On.
ma860SerialNotify
NOTIFICATIONTYPE
notification
81.4.2.0.2
serial communication
status failed success
ma860WceOverTemperature
NOTIFICATION-TYPE
major
81.4.2.0.3
WCE Temperature
over 60̊ C
ma860WceNormalTemperature
NOTIFICATION-TYPE
info
81.4.2.0.4
WCE Temperature
Normal
ma860APaDisconnect
NOTIFICATION-TYPE
major
81.4.2.0.5
AP type 802.11 a
DisConnected
ma860APaDetected
NOTIFICATION-TYPE
info
81.4.2.0.6
AP type 802.11 a
Connected
ma860APbgDisconnect
NOTIFICATION-TYPE
major
81.4.2.0.7
AP type 802.11 bg
DisConnected
ma860APbgDetected
NOTIFICATION-TYPE
info
81.4.2.0.8
AP type 802.11 bg
Connected
ma860WceDisconnected
NOTIFICATION-TYPE
major
81.4.2.0.9
WCE Disconnected
ma860WceDetected
NOTIFICATION-TYPE
info
81.4.2.0.10
WCE detected by
MA860
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Appendix
Name
Type
Severity
OID
Description
ma860WceDCFault
NOTIFICATION-TYPE
major
81.4.2.0.11
DC OFF disconnected by
system due to falure
ma860WceDCOn
NOTIFICATION-TYPE
info
81.4.2.0.12
DC ON
Ma860adjust11aFailed
NOTIFICATION-TYPE
minor
81.4.2.0.13
Adjustment on type
802.11 a Failed
Ma860adjust11aSuccess
NOTIFICATION-TYPE
info
81.4.2.0.14
Adjustment on type
802.11 a Succeeded
Ma860adjust11bgFailed
NOTIFICATION-TYPE
minor
81.4.2.0.15
Adjustment on type
802.11 bg Failed
Ma860adjust11bgSuccess
NOTIFICATION-TYPE
info
81.4.2.0.16
Adjustment on type
802.11 bg Succeeded
ma860OverTemperature
NOTIFICATION-TYPE
major
81.4.2.0.17
MA860 Temperature
over 60̊ C
ma860NormalTemperature
NOTIFICATION-TYPE
info
81.4.2.0.18
MA860 Temperature
Normal
ma860WceAntDisconnected
NOTIFICATION-TYPE
major
81.4.2.0.19
WCE antenna
ma860WceAntDetected
NOTIFICATION-TYPE
info
81.4.2.0.20
WCE antenna
Connected
ma860WceFailure
NOTIFICATION-TYPE
major
81.4.2.0.21
WCE HW failure
ma860WceOK
NOTIFICATION-TYPE
info
81.4.2.0.22
WCE HW OK
DisConnected
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Appendix
6.3.2
Viewing and Configuring Using a Standard MIB Browser
To view and configure using any standard SNMP manager
NOTE: It is assumed that the IP Address of at least one destination is already defined.
From a computer configured as a trap destination (configured to receive the traps), load the
MIB file to the SNMP manager. The following figure shows the MIB tree that includes the loaded
MobileAccess MA 860 file.
Figure 6-6. MIB Tree with Loaded MobileAccess MA 860
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Create Date                     : 2008:02:12 10:59:34+02:00
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Creator                         : Emc
Title                           : MA860 UM 10-Feb-08.pdf
Author                          : Emc

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