FIFA-FTFB_V_1.0

Nokia Siemens Networks

Nokia Siemens Networks 1/29 FIFA Workinstruction_V_1.0

FIFA,FTFB Workinstruction FIFA Workinstruction_V_1.0



Purpose: The purpose of this document is to describe the installation of the FIFA Flexbus Transmission Sub-module for Nokia Siemens Networks Flexi Multiradio BTS. INDEX:

FIFA ...................................................................................................................................................... 3 Overview: .......................................................................................................................................... 3 Licensing ........................................................................................................................................... 3 Swap cases ........................................................................................................................................ 3 Local management ............................................................................................................................ 4

Commissioning: ................................................................................................................................ 4 Commissioning BTS: .................................................................................................................... 4 Commissioning FIFA: .................................................................................................................. 5 Commissioning a single hop for FlexiHopper .............................................................................. 6 Commissioning a single hop for MetroHopper ............................................................................ 8

Configuration Backup ....................................................................................................................... 9 Configuring ................................................................................................................................... 9 Configuring Q1 settings .............................................................................................................. 13

Configuring IP settings ............................................................................................................... 14 Setting the real time clock........................................................................................................... 14 Using alarm disturbance filtering................................................................................................ 14

Cross-Connection:........................................................................................................................... 15

Software status FIFA ...................................................................................................................... 15 Upgrading FIFA software with FlexiHub Manager .................................................................... 15

FIFA 1.3 SW compatibility............................................................................................................. 16 Exporting information to a text file ............................................................................................ 16

FTFB ................................................................................................................................................... 17

Exporting information to a text file ............................................................................................ 17

Establishing a connection to the node ............................................................................................. 17 Connecting to the LMP ............................................................................................................... 17

Commissioning NSN FlexiWCDMA FTFB module and FlexiHopper .......................................... 18

with the Commissioning Wizard .................................................................................................... 18 Starting the Commissioning Wizard ........................................................................................... 18

Commissioning a single hop ........................................................................................................... 23 Commissioning DCN ...................................................................................................................... 26

Software: ......................................................................................................................................... 28 Software Update on FTFB from R1.0 to R1.1 ................................................................................ 29 Steps ................................................................................................................................................ 29

Further information ..................................................................................................................... 29



FIFA

Overview:

The following figures present FIFA Flexbus Transmission Sub-module for Nokia Siemens Networks Flexi Multiradio BTS.

Licensing FIFA has 2 Flexbus interfaces. Flexbus 1 can be used without any licence and Flexbus 2 usage requires a separate licence. To activate Flexbus 2 interface an Additional Flexbus (FB) interface licence must be ordered and installed for FIFA.

Guideline_License_download_FIFA.doc

Swap cases Swap cases are divided into two categories, which are described in the following. In this category standalone transmission indoor units are replaced with integrated transmission indoor units and Flexi Multiradio BTS transmission unit is replaced with a newer release. . FIFA -> FIFA (= new release update, see Release Note) . FIU 19E -> FIFA 2G UltraSite / MetroSite and Flexi Multiradio BTS

In this category 2G UltraSite / MetroSite is replaced with Flexi Multiradio BTS. . ITN + FXC RRI - > FIFA Talk BTS and Flexi Multiradio BTS In this category Talk BTS is replaced with Flexi Multiradio BTS. . RRIC -> FIFA



Local management The Flexi Multiradio BTS local management port is used for communicating with FIFA locally. The Flexi Multiradio BTS LMP port is an Ethernet-based interface. FlexiHub Manager communicates with FIFA using an IP-based protocol. When connecting locally, the IP address of the PC must be manually configured to the same subnet as FIFA management port. The user must have appropriate Windows access rights to configure the PC’s IP address settings. It is recommended that you use IP address 192.168.255.130. . LMP: 192.168.255.131 . FIFA: 192.168.255.254 If the LMP port is used, then the PC IP address should be 192.168.255.130 and the Netmask 255.255.255.0.

Commissioning:

Commissioning BTS:

- update the SW of BTS (the System detects the FIFA card) - Start the commissioning Wizzard and go through the wizzard and configure all parameters according

to datafill

- Than you need to activate the Interfaces - be aware of the Clock Interfaces

- check or configure the BTS cross connections - after finishing the commissioning SAVE the BTS Com-file to your Laptap - send com-file to the BTS



Commissioning FIFA:

LogIn to FIFA using Flexi Hub Manager Steps: 1. Connect your computer to the LMP of the BTS System Module through an Ethernet cable. 2. Start the FlexiHub Manager program. 3. Select File → Connect. 4. Uncheck Connect to Remote Host. 5. Select Flexi EDGE FIFA as Connection Type. 6. Enter Login Information. Factory defaults: User name: PAM; Password: PAM In case the password is changed, it applies only to the node where the change has been made. 7. Click Connect.

A Pop-up-Window opens User name=PAM PW=PAM



Closing the connection to a node Steps 1. If necessary, save any changes you have made. 2. In the FlexiHub Manager menu, select File → Disconnect. Expected outcome The connection to the node is closed.

Commissioning a single hop for FlexiHopper

If you are commissioning a new site, you should commission the network element and either the single hop or the protected hop. Follow the steps in Commissioning the network element first and proceed then with either the steps below or with Commission- ing a protected hop. Before you start Follow the instructions given in Starting the Commissioning Wizard and Commissioning the network element. Steps: 1 Perform the antenna fine alignment. If you are not going to perform the outdoor unit antenna fine alignment now, continue commissioning by clicking Next and skip Step 2. 2 Configure the outdoor unit settings and click Apply. If you are aligning the near-end antenna, select Flexbus Capacity, enter the TX Frequency value and click Apply. The transmitter power can be off. If you are aligning the far-end antenna, select Flexbus Capacity, enter the TX Frequency and Maximum TX Power values, select the TX Power check box. The incoming signal level can be viewed from the Outdoor unit status box at the bottom of the window. If you are going to continue working at the other end of the radio hop, the alignment settings can be made now and the commissioning can be completed at a later time. Configure the settings and then cancel the wizard if this is the case. The modifications made will take effect immediately when you click Apply. 3 When the antenna alignment is finished, click Next. The modifications made will take effect immediately when you click Apply.



4 Enter the Radio Interface Properties and click Next. Enter the Radio Interface Properties according to the network plan. Note that Unit Name, Installer and Notes are mandatory fields. Select whether the transmitter power should be on.

Expected outcome The single hop commissioning part of the Commissioning Wizard has been completed. Click Next to continue the wizard. 5 If there is a second single hop connected to FIFA (chain site) Then Repeat the steps above.



Commissioning a single hop for MetroHopper

Before you start Follow the instructions given in Starting the Commissioning Wizard and Commissioning the network element. When commissioning MetroHopper, it is recommended that you commission the Slave radio before the

Master. Therefore it is needed to go to the slave-site first or a other technician stay there in the swap. Note that MetroHopper does not support protected configuration. For MetroHopper it is only possible to select the single hop. Steps 1 Perform the antenna fine alignment. If you are going to perform the outdoor unit antenna fine alignment using AGC voltage, select the appropriate Antenna Alignment option and choose Commissioning Mode, then click Next.

2 If aligning the antenna using AGC voltage Then Select the required channel spacing and channel number. Choose whether aligning the near-end or far-end antenna. Click Start Alignment. 3 When the antenna alignment is finished, click Next. The modifications made will take effect immediately when you click Start Alignment. The incoming signal level can be viewed from the Outdoor unit status box at the bottom of the window. If you are going to continue working at the other end of the radio hop, the alignment settings can be made now and the commissioning can be completed when the other end of the hop is also operating. Configure the settings and then cancel the wizard if this is the case. Enter the Radio Interface Properties and click Next. Enter the Radio Interface Properties according to the network plan. Note that Unit Name, Installer and Notes are mandatory fields. When commissioning a new hop, the same temporary hop ID must be entered in the Hop ID field at both ends of the hop. This will be replaced with a permanent hop ID once the commissioning has been completed. In manual commissioning, select the channel to be used. In autosearch commissioning, select the channels that may be used. The MetroHopper units will choose one of the channels from the list automatically.



Configuration Backup Flexi Hub Manager -> Tools -> Configuration Backup The FlexiHopper (Plus) outdoor unit, starting from releases FH 3.3.4, FH 5.2.4, FH 6.6 and FHP 2.6 and MetroHopper, starting from release 4.0 as well as FIFA support configuration backup. This feature makes it possible to create a backup copy of important unit configurations to other connected units. That information can be restored to recover from error situations or to quickly commission a unit which has been replaced. Backups can be made automatically or manually with FlexiHub Manager. The following backup cases are possible: . Outdoor unit settings are backed up to the indoor unit. . Indoor unit settings are backed up to all outdoor units.

Press Backup All Units

Note: Configuration backup is used to backup the most important configuration settings for each unit. These settings are stored in other parts of the network element, so that when one unit is replaced its settings can be retrieved from the other units. For example, the settings for a FlexiHopper outdoor unit can be backed up to the ndoor unit. When this unit is replaced its settings can be retrieved and used to configure the replacement unit.

!Caution! If automatic backup is enabled when replacing a unit, you will lose the backup after connecting the unit to the indoor unit. Always disable automatic backup before replacing a unit.

Configuring Purpose All FIFA properties and settings are viewed and edited using the Hardware View in FlexiHub Manager. Click on a unit in the equipment pane in order to select it. Steps 1. On the FlexiHub Manager View Bar, select Hardware.

The equipment pane is shown. 2. Select the appropriate unit.

Click on the unit. The settings are shown on the configuration pane on the right. Click the tabs to switch between pages.

3. Make sure the Properties tab is selected, detailing the properties of the selected NE.klick on “Flexi EDGE FIFA” and go through all tabs and fill in Site-details into the empty-fields



Klick on “FIFA” HW and go through the tabs, fill in Site details which are important:

- Unit name: Name of the Site like e.g. “FIFA GE8010”



klick on OU (OutdoorUnit) and fill out necessary info`s which are important: - UNIT Name: name must be given from source – destination HOP, like e.g. “GE_8010-GE_2002” - Installation: fill out the installation-fields (Installer, Date, Time)



In the settings tab you can modify the transmit frequency, transmit power, automatic transmit power control (ATPC/ALCQ), modulation, and interleaving settings for the outdoor unit(s). In a protected setup, some settings are common for both radios, depending on the protection method (hot-standby operation (HSB) or diversity protection).



Steps: 1. LogIn to FHM (FlexiHubManager)-> go to ODU unit and start with setting of details. 2. To turn the transmit power on/off, select/clear the Tx Power check box. 3. To change the transmit frequency, type in the new value in the Tx Frequency (kHz) box or click the arrows to adjust the frequency. The frequency step is read from the equipment. 4. To change the transmit power, type in the new value in the Maximum Tx Power (dBm) box or click the arrow to adjust the power. The range of values for the transmit power is read from the equipment. 5. To change automatic transmit power control (ATPC), select the control mode from the Auto TX Power Control drop-down list. The possible operating modes for automatic transmit power control are Off, ATPC, and ALCQ. For the ATPC or ALCQ to function, you must set a value in the ALCQ/ATPC Set Point (dB) box. This value can be obtained from transmission planning. 6. To change the interleaving mode, select a new value from the Interleave status drop-down list. Possible values for interleaver status are Off, Depth 2, and Depth 4 in 4-state modulation mode. Note that the outdoor unit stops transmitting while this setting is being changed. Change the setting accordingly also at the other end of the hop. In 16-state modulation the interleaver status is fixed to Depth 4. 9. To change the modulation type, select a new value from the Modulation mode drop-down list. Possible values are 4-state modulation or 16-state modulation. Changing the modulation mode settings interrupts the traffic for one minute. Note that 16-state modulation is a licensed feature, and may require installation of a software licence. 10. In the Outdoor Unit Settings dialogue box, click Send to submit the changes to the node. Expected outcome The outdoor unit settings have been configured. Further information Note that if the hop is operating, the settings are for the whole radio hop, not just the near-end radio.

Configuring Q1 settings Before you start Make sure that FlexiHub Manager is running on your computer and a connection to the node has been established. Steps 1. On the FlexiHub Manager View Bar, select DCN. The DCN view is shown. 2. Select the Q1 tab. 3. View and change, if necessary, the Q1 port settings.

To change the Q1 address or the baud rate of the Q1 port, type in the desired value or select it from the list. When FIFA is used with BTS polling, the Q1 port address is fixed to 4087 and the Q1 speed is set to 9600 bit/s. This is the default rate used by the BTS. NOTE !!!: NOT NEEDED, BECAUSE ONLY BTS-POLLING IS USED In BSC polling the Q1 address must be configured in the range 0 - 3999 according to the Q1 plan. The Q1 port speed must be set to the same value defined for the Q1 bus in the BSC.



4. View and change, if necessary, the Q1 branching settings. Select or clear the boxes to achieve the desired setting. 5. Click Send to submit the changes to the node. Expected outcome The Q1 settings have been set.

Configuring IP settings Before you start Make sure that FlexiHub Manager is running on your computer and a connection to the node has been established. Steps 1. On the FlexiHub Manager View Bar, select DCN. The DCN view is shown. 2. Select the IP tab. The IP settings are used for local management only, and cannot be changed. Modifications can only be made to the User Name and Password controlling user access.

Setting the real time clock Before you start FlexiHub Manager is running on your computer and a connection to the node has been established. Steps 1. On the FlexiHub Manager View bar, select DCN. 2. Select the Time tab. 3. Check the Set Local Time in Network Element from PC Time check box. 4. Click Send to submit new real time clock settings to the node. Expected outcome The real time clock has been set and the check box is cleared.

Using alarm disturbance filtering Purpose When enabled alarm disturbance filtering prevents the alarm display and network management system from being flooded with repetitions of the same alarm.



Cross-Connection:

In case you have to forward the signal to a another BTS go to “Cross Connections“ in FHM

Software status FIFA

Upgrading FIFA software with FlexiHub Manager

Steps 1. Upgrade software locally or remotely using FlexiHub Manager. a. Select Software from the View Bar or from the View menu. b. In the Software View, select the network element from the list. c. Check the Update check box. d. Select the software package from the Available Software Versions list or click Browse to locate the package.

2. Click Upgrade. Expected outcome The software package is visible as the Inactive Software. 3. Activate the updated software. a. Select Software from the View Bar or from the View menu. b. In the Software View, select the software unit from the list. c. Check the Activate check box.

d. Click Activate to activate the updated software. Expected outcome The inactive software becomes the Active Software.



If SW-update is needed, tick the box in update-row and the line which equipment (IDU or ODU) you want to

update

FIFA 1.3 SW compatibility

Compatibility with indoor units: • FIU 19E 2.1 or later • FIU 19 4.7.2 or later • FXC RRI ITN2.2 or later • AXC 2.7 (IFUE 2.2) or later • RRIC 3.3-2 or later • FTFA (FIFA) 1.0 or later Compatibility with outdoor units: • FlexiHopper 3.3.4 or later • FlexiHopper 5.2.4 or later • FlexiHopper 6.6 or later • FlexiHopper 4E1 2.6 or later • FlexiHopper Plus 2.6 or later • MetroHopper 4.0 or later

Exporting information to a text file

Steps 1. In the Manager menu, select File → Save As. 2. Enter the file name and save the required information. Note that cross-connections and active alarms can be exported for information or documentation purposes only. The information is in text format. Expected outcome

The information is exported to a text file.



FTFB Overview of FTFB-HW

Exporting information to a text file Before you start Make sure that Nokia Siemens Networks FlexiHub Manager software application is running on your computer and a connection to the node has been established. Steps

1 In the Manager menu, select File >Save As and save the required information to a file.

For Alarms, Cross-connections and performance management data, they will be saved as text file. For Snapshot and Configuration data, they will be saved as zip file. And the saved Configuration zip file can be imported later. Expected outcome The required information has been saved to a file.

Establishing a connection to the node

Connecting to the LMP Before you start When Nokia Siemens Networks FlexiHub Manager is used for local management, the computer must be connected to BTS management port (LMP) via an Ethernet cable.

g Note

It is recommended to use IP address 192.168.255.130 mask 255.255.255.0 as default setting for the Ethernet interface settings. In case it is conflicted with FleixBTS instruction, please follow the FleixBTS instruction. Steps

1 Connect your computer to the LMP of BTS via an Ethernet cable.

2 Start the Nokia Siemens Networks FlexiHub Manager program.

3 Select Connection > Connect.

4 Select FlexiWCDMA FTFB for Connection Type.

5 Uncheck Connect to remote Host.

6 Enter Login Information.

7 Press Log In.



Commissioning NSN FlexiWCDMA FTFB module and FlexiHopper

with the Commissioning Wizard

Starting the Commissioning Wizard Before you start

1. Switch the power on.

2. Connect the local management port (LMP) cable between the PC and the indoor

unit. For instructions, see Connecting to the LMP.

3. Start Nokia Siemens Networks FlexiHub Manager.

Steps

1 Set up the connection to the network element.

For instructions, see Establishing a connection to the node.

2 Establish the connection in the FlexiHub Manager. Click the Connect button or

select Connect from the Connection menu.

3 On the FlexiHub Manger's NaviBar, select Commissioning to start the Commissioning

Wizard. The Commissioning Wizard is launched.

4 Select the Commissioning Method either Commission manually or Commission

with a file and fill in the Installer name, Notes etc.



Commission manually and filling in the Installer name

Commission with a file and filling in the Installer name



Choose a file to use for commissioning Steps

1 Select the network element and radio hop(s) to be commissioned. Click the Configure

Hardware button, if it is available. If you are commissioning a new site, select the network element and either the single hop or the protected (HSB) hop as the commissioning targets. If you are converting the site from single mode to protected mode, you only need to select the protected hop for commissioning. Clicking the Configure Hardware button turns the Flexbus power on and also set "in use". Then it searches for the necessary hardware for commissioning. The progress of hardware is shown.

Selecting commissioning target and scanning for hardware



Expected outcome Once FlexiHub Manager founds a unit, its type is shown in the table. Unexpected outcome In case one of the units is not found, the network element is returned to its original state. Check the cable connections and start over.

2 Click the Next button.

3 If you are converting an existing site from single mode to protected mode,

Otherwise: Continue commissioning the network element.

4 Enter the site information (fields marked with yellow are mandatory, others are

optional), and click Next. Enter the following information:

– Equipment Name (mandatory)

– Group Name (mandatory)

– Site name (mandatory)

– Site location (mandatory)

– Installer (mandatory)

– Installation date

– Installation time

– Notes

– Unit Name (mandatory)



5 Fill in either IP or Q1 management information depending on your network management,

and click Next. Enter the following IP management information, in the format 255.255.255.255:

– IP address

– Subnet mask

– User Name: (Factory settings: PAM)

– Old Password: (Factory settings: PAM)

– New Password

– Confirm New Password

– Q1 Bypass

Configuring management settings of the network element Note At least two Flexbus interfaces must be selected to enable Q1 bypass.

6 Set the real time clock settings, and click Next.

Set the real time clock during commissioning by selecting the Set Time in Network Element from PC Time check box. Besides setting the clock from FlexiHub Manager, it is possible to use Network Time Protocol (NTP) to update the real time clock from the network. To use NTP, select the Enable NTP check box and select the Time Zone from the dropdown list. To add a new NTP server, click the last row in the NTP Servers table. Configure the settings as shown in the following table:

7 Configure SNMP Settings and click Next.



Note In SNMP, a trap is a type of PDU (protocol data unit) used to report an alert or other asynchronous event about a managed subsystem.

8 Send parameters and click Next.

9 Save Commissioning information to a file and click Finish.

10 To continue with commissioning a hop, proceed with:

Commissioning a single hop Or: Commissioning protected hot stand-by (HSB) hop.Otherwise: Proceed with Finishing the commissioning.

Commissioning a single hop Steps

1 If you are not going to perform the outdoor unit antenna fine alignment now, continue

commissioning by clicking Next. Otherwise: Configure the outdoor unit settings and click Apply. If you are aligning the near-end antenna, enter the TX Frequency value and click Apply. The transmitter power can be off. If you are aligning the far-end antenna, enter the TX Frequency and Maximum TX power values, select the Transmitter power on check box, and click Apply. Further information The modifications made will take effect immediately when you click Apply. The incoming signal level and the transmitting power level can be viewed from the outdoor unit status area. If you are going to continue working at the other end of the radio hop, the alignment settings can be made now and the commissioning can be completed when the other end of the hop is also operating. Configure the settings and then cancel the wizard if this is the case.



Aligning the outdoor unit antenna Note The Flexbus/Outdoor Unit Capacity has four choices: 2 x E1, 4 x E1, 8 x E1 and 16 x E1. The modulation state only has two choices: 4-state and 16-state.

2 Click Next.

3 Enter the radio interface settings and click Next.

4 Enter the following information:

– Unit name

– Installer

– Notes

– TX Frequency

– Maximum TX power

5 Select whether the transmitter power should be on.

Figure 22 Configuring radio interface settings of the outdoor unit Expected outcome The single hop commissioning part of the commissioning wizard has been completed.

6 In the Send Parameters page, check that the settings are correct and click Send

Parameters to send the settings to the node. After you have entered all the required settings, a summary of commissioning settings is displayed. It contains all the settings you have defined for the radio(s). Verify the values before sending them to the node. If they are not correct, go back in the Wizard using the Back button and correct the settings. You can use the two buttons above the list to expand and collapse all items in the list. You can also use the small arrows in title rows to expand and collapse individual parts of the list.



7 Click Next to continue.

8 Check hop status.

9 Click Next to continue

Save the final commissioning report to the local drive by clicking Save to file, and click Finish. You are shown the final commissioning report. The commissioning report cannot be accessed later unless it is saved.



Commissioning DCN Steps

1 Select the Mode, Address and Mask for PPP0 over Flexbus 1 and PPP1 over

Flexbus 2. There are four modes available: Hoplan (numbered), AuxFast (numbered), Hoplan (unnumbered) and AuxFast (unnumbered).

Figure 35 IP Network Extensions Note !!: PPP data is carried inside radio frame overhead data channels. These channels are called HopLAN and AuxFast. AuxFast interface capacity is 64 - 512 kbits/s depending on the radio link capacity. HopLAN data channe capacity is 7 - 80 kbits/s depending on the radio links' capacity. AuxFast is a synchronous channel over the radio path. User capacity is 64 kbit/s. There are three AF bytes reserved in the frame, AuxFast capacity over the radio path is thus 160 kbit/s. The capacity is needed for the data, justification control and byte synchronization (octet information) transfer. HopLan (HL) bits are used only as internal communication channel between equipments. In FIU19/RATS/MICE configuration, this channel is used between two OUs and message is forwarded in OUs to/from FECLAN through processor. The capacity of the channel is n x 4 kbit/s, n = 2, 4, 8, 16 (depending on main signal capacity).

2 If Hoplan (numbered) or AuxFast (numbered) is selected, an IP address is needed

to be specified. For example, in Figure 28, 100.0.0.3 is configured. If Hoplan (unnumbered) or AuxFast (unnumbered) is selected, the IP address and Mask fields are disabled and need to be configured in IP tab. For example, 12.12.12.12 is set in IP address settings for unnumbered modes. Figure 36 PPP settings



Note Numbered PPP subnet mask 255.255.255.255 is invalid. Please don't use it.

3 In the Static Routing tab, a destination is needed to be specified for loopback

route.

Static Routing setting

4 Click on the Send button at the bottom to commit the changes.

Expected outcome The DCN has been set successfully



Finishing the commissioning Steps

1 Make any additional settings with the FlexiHub Manager.

These settings can include:

– Identification data

– E1 interfaces

– Software updates

2 Reset performance data.

For instructions, see Resetting the counters.

3 Monitor the hop for at least half an hour.

For instructions, see Reading performance information.

4 Save as the alarm log (if needed).

For instructions, see Exporting information to a text file.

5 Save as Cross-Connections.

For instructions, see Exporting information to a text file.

6 Close the connection to the node.

For instructions, see Closing the connection to a node. Expected outcome The commissioning has been completed.

Software: Details on the new FTFB MWR R1.1 SW release: Release Notes of FTFB R1.1 SW Load A3-20100929 SW product code and version: P59304.01. SW version: A3 SW binary file name: P59304.01_A3.bin SIO FPGA version: 5.9 CVS tag: FTFB_R1_A1_20100929 Release Date: 2010.09.29 P59304.01_A3.bin in the .zip below

P59304.01_A3.zip



Software Update on FTFB from R1.0 to R1.1

Steps

1. Connect to Flexi WCDMA FTFA, Flexi WCDMA FTFB or Flexi EDGE FIFA.

For more information about connecting locally or remotely, see Connecting locally or Connecting remotely.

2. Upgrade software. a. Select Software from the View Bar or from the View menu.

The Software View opens.

b. In the Software View, select the network element from the list. c. Check the Update check box. d. Select a software package from Available Software Versions list or Browse to locate the package. Click Update.

Progress bar shows the status as "Downloading" during sw update. When the software package update is completed, new sw is visible as Inactive Software.

Activate the updated software. . Select Software from the View Bar or from the View menu. a. In the Software View, select the software unit from the list. b. Check the Activate check box. c. Click Activate to activate the updated software.

The inactive software becomes the Active Software.

Further information

Software download does not cause a traffic interruption, but it slows down the management connection to the node. Traffic may be cut when new software is activated if the respective unit is reset.

The activation can take several minutes.

- FIN -

FIFA-FTFB_V_1.0

Documents

nokia siemens

incoming signal

flexi multiradio

real time

flexi edge

antenna fine

radio interface

final commissioning