DN09137255 L3 BSC IP Site Connectivity upgrade T3 to T6 Copyright 2013 Nokia Solutions and Networks. All rights reserved. CONFIDENTIAL APPROVED 1.2 1 (114) L3 BSC IP Site Connectivity upgrade T3 to T6 Release Delivery: HW Upgrade Product Family: Radio Controllers Product: BSC3i 1000/2000, Upgraded Flexi BSC Release: S16 onwards Nokia Solutions and Networks is continually striving to reduce the adverse environmental effects of its products and services. We would like to encourage you as our customers and users to join us in working towards a cleaner, safer environment. Please recycle product packaging and follow the recommendations for power use and proper disposal of our products and their components. If you should have questions regarding our Environmental Policy or any of the environmental services we offer, please contact us at Nokia Solutions and Networks for additional information.
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DN09137255 L3 BSC IP Site Connectivity upgrade T3 to T6Copyright 2013 Nokia Solutions and Networks. All rights reserved.CONFIDENTIALAPPROVED 1.2
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L3 BSC IP SiteConnectivity upgrade T3to T6Release Delivery: HW UpgradeProduct Family: Radio ControllersProduct: BSC3i 1000/2000, UpgradedFlexi BSCRelease: S16 onwards
Nokia Solutions and Networks is continually striving to reduce the adverse environmental effects of itsproducts and services. We would like to encourage you as our customers and users to join us inworking towards a cleaner, safer environment. Please recycle product packaging and follow therecommendations for power use and proper disposal of our products and their components.
If you should have questions regarding our Environmental Policy or any of the environmental serviceswe offer, please contact us at Nokia Solutions and Networks for additional information.
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Table of Contents1 Purpose .................................................................................................................................................. 42 Scope of applications .............................................................................................................................. 53 Using the document ................................................................................................................................ 6
3.1 General info ....................................................................................................................................................... 64 Introduction ............................................................................................................................................. 7
4.1 L2 configuration before upgrade ......................................................................................................................... 84.2 L3 configuration after upgrade ............................................................................................................................ 9
6 Fallback copying of the current package ................................................................................................ 137 BSC configuration printout (pre-check) .................................................................................................. 148 L3 BSC IP Site Connectivity Upgrade .................................................................................................... 15
8.1 Change the state of SWU ................................................................................................................................. 168.2 Cabling changes(C112043.01) ......................................................................................................................... 16
8.2.1 Locking Pegs ............................................................................................................................. 168.2.2 Cables to be removed: ............................................................................................................... 178.2.3 Cables to be added .................................................................................................................... 18
8.3 BSC configuration ............................................................................................................................................ 198.3.1 Licence ...................................................................................................................................... 198.3.2 Update ESB-26 to L3 supported software.................................................................................... 208.3.3 Enabling or disabling the automatic loading of configuration files ................................................. 218.3.4 SWU configuration change from L2 to L3 .................................................................................... 218.3.5 Change SWU topology from T3 to T6 .......................................................................................... 21
8.4 SWU Configuration form L2 to L3 ..................................................................................................................... 228.4.1 VLAN ......................................................................................................................................... 228.4.2 Spanning Tree and MSTP configuration ...................................................................................... 268.4.3 Interface configuration ................................................................................................................ 308.4.4 OSPF/STATIC routes ................................................................................................................. 318.4.5 VRRP gateways ......................................................................................................................... 33
8.5 Site Switch Configuration ................................................................................................................................. 358.5.1 IP Interface configuration ............................................................................................................ 358.5.2 IP Routing for Site Switches ....................................................................................................... 35
8.6 Change the state of SWU ................................................................................................................................. 388.7 Check for Faulty links ....................................................................................................................................... 388.8 Check for LAN Supervision information............................................................................................................. 38
9 Actions after upgrade & Post conditions ................................................................................................ 399.1 BSC configuration printout (post-check) ............................................................................................................ 399.2 Roll back to T3................................................................................................................................................. 39
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10.3.1 SWU-0 configuration example .................................................................................................... 7510.3.2 SWU-1 configuration example .................................................................................................... 8110.3.3 SWU-2 configuration example .................................................................................................... 8610.3.4 SWU-3 configuration example .................................................................................................... 9110.3.5 SWU-4 configuration example .................................................................................................... 9610.3.6 SWU-5 configuration example .................................................................................................. 10010.3.7 SWU-8 configuration example .................................................................................................. 10410.3.8 SWU-9 configuration example .................................................................................................. 109
Contact:
Contact your local Nokia Solutions and Networks support
Summary of changes:
1.0-0 1st approved version1.1-0 Modify infot to be suitable for future releases1.2-0 Modified following values: from max-age 8 to max-age
20 and from max-hops 5 to max-hops 40 (PRNA05450038). Updated document according toGSM/EDGE BSS, Rel. RG30(BSS), OperatingDocumentation, Issue 05: Part-I (the document can befound from NED).
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1 PURPOSE
This document describes the implementation of L3 BSC site connectivity for BSC3i 1000/2000 from T3 (L2) to T6(L3) topology with respect to cabling changes, SWU configuration changes, BSC configuration and Site switchconfiguration.
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2 SCOPE OF APPLICATIONS
The L3 feature is available for BSC3i 660/1000/2000 and Flexi BSC (3000/4200) in S16 release onwards. Thisdocument is limited only to BSC3i 1000/2000.
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3 USING THE DOCUMENT
3.1 General info
The L3 BSC IP Site Connectivity upgrade is done manually without the HIT macro. Procedure must be performedlocally at BSC site.
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4 INTRODUCTION
The L3 feature purpose is to make BSC IP integration easier to operator IP backbone and simplify ESBconfiguration.This upgrade requires some cabling changes and the topology for BSC3i1000/2000 is changed from T3 to T6.The L3 BSC IP Site Connectivity upgrade procedure consists of the following tasks:
- Fallback copying of the current software
- BSC configuration printout (pre-check)
- L3 BSC IP Site Connectivity upgrade
- Actions after upgrade and post conditions
o BSS Integration
o BSC configuration printout (post-check)
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4.1 L2 configuration before upgrade
L2 connectivity is provided using traditional L2 functions such as MSTP and VLAN. Corelinks uses trunk VLANs,while loops are eliminated by MSTP.MSTP instance roots are in Site Switches, while each SWU calculates the best port to access the root. MSTPincludes 2 instances, which are used to categorise VLANs to both Site Switches. Virtual gateway termination is inSite Switches.
Figure. L2 IP connectivity
The figure presents L2 technology that is used for IP packet forwarding.
SiteSwitch
BSCRedundant SWUs
IP packet
Port
VLANtag
PortCPUPCU
IP packet
IP packetVLANtagIP packet
VLANtag
VLANtag
Figure. IP forwarding logic of L2 IP Connective
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The interface between the CPU/PCU and the ESB switch uses L2 Ethernet technology and VLAN-based packetforwarding.The interface between the ESB switch and the Site switch uses also, VLAN-based IP packet forwarding. In theuplink, IP packets are sent over VLAN trunk.
4.2 L3 configuration after upgrade
BSC3i 660 and 3000 have cabling that can be used for L2 and L3, without HW changes. BSC3i 1000/2000requires cabling update, because uplinks are reduced to 4. The connectivity is provided by L3 functions such asIP address and routing. Static routing is the recommended routing and OSPF is alternative option.SWU-0, SWU-1, SWU-2 and SWU-3 have to have L3 capable SW. The L3 capable SW is activated by license.Other PCULAN SWUs have L2 capable SW. Only L3 SWUs have Corelink access to Site Switches.CPULAN and PCULAN internal connectivity is provided by traditional L2 functions such MSTP and VLAN. MSTPincludes 2 instances, which are used to categorize VLANs to CPULAN and PCULAN.CPULAN’s MSTP root is in SWU-0. PCULAN’s MSTP root is in SWU-3, while other PCULAN SWUs calculate thebest port to access the root. Virtual gateway is terminated in L3 SWUs.Following figure presents L3 for BSC interfaces.
Figure. L3 IP Connectivity
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The figure presents L2 and L3 technologies that are involved in IP packet forwarding.
SiteSwitch
BSCRedundant SWUs
IP packet
Port
VLANtag
sw3
ROUTEVRIDMASTER
VRIDswx
VLANtag
PortCPUPCU
IP packet
IP packetVLANtagROUTEVLAN
tagIP packet
Figure. IP forwarding logic of L3 IP Connectivity
The interface between the CPU/PCU and the ESB switch uses L2 technology, VLAN-based IPpacket forwarding. The VLAN is connected to L3 technology using VLAN-SW interfaceconnection, while the SW has IP address.
The SW interface has a connection to the virtual router id (VRRP/VRID), which enables IP packetforwarding to the ESB switch whose uplink connection is UP. If uplink is DOWN, the redundantESB switch starts to act as a default gateway (VRRP/VRID MASTER). Then, the routing table isused for finding the next IP address for IP forwarding, which leads to the SW interface that has aVLAN connection to port and finally to the Site Switch.
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The procedure can be implemented for S16 level onwards. It is recommended to install all available changedeliveries prior to the upgrade.IP routing is a NSN SW license-controlled feature (code 1234). Before configuring IP routing to SWU units, SWlicense has to be installed into BSC
5.2 Needed documentation
To perform the upgrade successfully, the following documentation is required:L3 BSC IP Site Connectivity upgrade (this document)
Creating and managing BSC hardware (NED)
Equipment list for BSC3i (NED)
Cabling Instructions for BSC3i (NED)
Plug-in unit software upgrade procedure
Cabling Instructions for i-series Network Elements
Integrated LAN administration document
Pre-Processor Program Information
Fallback copying instructions of DX200 BSC for BSC (NED)
BSC Site Ip Connectivity Guidelines(NED)
BSC Site IP Configuration Examples (NED)
5.3 Needed equipment
To perform the upgrade successfully, the following HW are required:
LAN unit 0 and 1 equipped with switching units (ESB26)
HW platform: DX200
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HW platform program: B13 HW platform program based release: S16 onwards Network Element: BSC Cabinet: BSCC and BSCD (BSC3i 2000) Equipping set: BSCC-C04 Cables: C112043.01
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6 FALLBACK COPYING OF THE CURRENT PACKAGE
A fallback copying of the running software package must be made before the upgrade.A fallback copying from the old SW can be made by running macro step ‘Fallback copying of the currentpackage’.Manually, the fallback copying can be made following the document: Fallback copying in BSC. The documentcan be found from NED.
Take backup of the configuration file of the SWU by uploading it to the TFTP server.Follow the instructions below:
1. TFTP server is supposed to be running on PC that has IP address 192.168.0.120. Theconfiguration file is copied to TFTP-server root directory on PC.
NOTE! If IP-ADDRESS of the switch is missing from the own PC personal firewall you willget next error:Building the configuration ...% Upload failed
Take backup of Site switch running configuration.
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7 BSC CONFIGURATION PRINTOUT (PRE-CHECK)
The information about the BSC configurations and conditions are collected.Precondition checking is recommended to do during the daytime before the actual upgrade will be started. Thechecking can be made by using the macro (UPGMAIN.HIT) or manually following the instructions from “BSCconfiguration printout”-document delivered in Release Binder.
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8 L3 BSC IP SITE CONNECTIVITY UPGRADE
This chapter includes the instructions how to upgrade from L2 to L3 BSC 1000/2000 site configuration.Note: Following applications will not be available during upgrade. Please plan the traffic accordingly.
1. LDI
2. Sigtran
3. GBoverIP
4. BBI(DFCA)
5. Lb
6. VNP
7. OSI(Q3)
8. Telnet & FTP
Steps:1. Change state of SWUs to SE
2. Cabling changes
a. Locking pegs
b. Cables to be remove
i. Intracabinet cables in BSCC cabinet
ii. Intercabinet cables BSCC / BSCD cabinet
c. Cables to be added
i. Intracabinet cables
ii. Intercabinet cables BSCC / BSCD cabinet
3. BSC Configuration
a. Licence
b. Update ESB-26 to L3 supported software.
c. Enabling or disabling the automatic loading of configuration files
d. SWU configuration change from L2 to L3
e. Change Topology from T3 to T6
4. SWU configuration form L2 to L3
a. VLAN configuration
b. Spanning Tree and MSTP configuration
c. Interface configuration
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d. OSPF/Static route
e. VRRP gateways
5. Site switch configuration from L2 to L3
a. Interface configuration
b. OSPF/Static route configuration
6. Change the state of switches to WO
7. Check for Faulty links
8. Check for LAN supervision information
8.1 Change the state of SWU
Change State from Active to PassiveZW6E:SWU,<Unit Index>:P;
Change the state of all SWU to SEZUSC:SWU,<Unit index>:TE;ZUSC:SWU,<Unit index>:SE;For BSC3i 1000(SWU unit index 0 to 5)For BSC3i 2000(SWU unit index 0 to 5 and 7 to 8)
8.2 Cabling changes(C112043.01)
8.2.1 Locking Pegs
Locking pegs of 2 mm connectors are assembled during cabinet integration to the cartridge LASWC-A, accordingto the following figure.The material code of locking pegs is 5418408. They are not included in the R&D BOM.LASWC-A:
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8.2.2 Cables to be removed:
8.2.2.1 Intracabinet cables in BSCC cabinetFollowing BSCC cabinet related LDI & Uplink cables are removed(both concern to BSC3i 1000 and 2000):These cables are not included in parts list. They are existing cables which will be removed in upgradingprocedure.
Equipping CABLE FROM CABLE TONo FU Position FU Position Type Use Note
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Equipping CABLE FROM CABLE TONo FU Position FU Position Type Use Note
BSCC_826 LANU 1 5.2F04.ETH25
CPRJ45-A T 0.4B 10 CNI039 LAN Uplink
8.2.2.2 Intercabinet cables BSCC / BSCD cabinetFollowing BSCD cabinet related LDI & Uplink cables are removed(concerns only to BSC3i 2000):These HW products are not included in parts list.They are existing HW products which will be removed in upgrading procedure.
Equipping CABLE FROM CABLE TONo FU Position Cabine
8.2.3.1 Intracabinet cablesFollowing BSCC cabinet related redundancy & LDI & Uplink cables are added (concerns to both BSC3i 1000 and2000):These cables are included in parts list.The cables will be delivered to the site and added to cabinet according to upgrading procedure.
Equipping CABLE FROM CABLE TONo FU Position FU Position Type Use Note
BSCC_827 LANU 0 5.0F02.ETH26
LANU 1 5.2F 02.ETH26 CNIX008 LAN Redund.
BSCC_828 LANU 0 5.0F03.ETH26
LANU 0 5.0F 04.ETH26 CNIX006 LAN LDI & Uplink
BSCC_829 LANU 1 5.2F03.ETH26
LANU 1 5.2F 04.ETH26 CNIX006 LAN LDI & Uplink
BSCC_830 LANU 0 5.0F 02.ETH2 CPRJ45-A T 0.4B 02 CNI038 LAN OSI Routerconnection
8.2.3.2 Intercabinet cables BSCC / BSCD cabinetFollowing BSCD cabinet related LDI & Uplink cables are added(concerns only to BSC3i 2000):
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These HW products are not included in parts list.They are existing HW products which will be removed in upgrading procedure.
Equipping CABLE FROM CABLE TONo FU Position Cabine
If licence state is OFF, change the state to ON with following command:ZW7I:FEA,FULL:FSTATE=ON,FEA=1234;
If licence is not installed, install the new licence file with the command:ZW7L:<licence_file_name>:ON;
More information of licences in the BSC can be found from Technical Bulletin: SW Bulletin licensing.
8.3.2 Update ESB-26 to L3 supported software
Make sure that the ESB-26 cards has L3 supported software(4.6.7 or above)If not update the software via telnet or from BSC.
To update the software via BSC:1. Check for the current version.
ZYFM:ISW:SWU,<Unit index>:;EXECUTION STARTEDUNIT UNIT SOFTWARE SWITCH OMU DISKTYPE INDEX NAME VERSION VERSION----------------------------------------------------SWU 0 ESB26 4.6.0 4.6-7
2. Update software from BSC
ZYFM:USW:SWU,<Unit Index>:;3. Reboot the ESB-26 once software upload is completed.
ZW6T:SWU,<Unit Index>:;LOADING PROGRAM VERSION 5.15-0Telnet connection successfully opened to SWU 0 (ESB26), IP=10.0.0.18.Alma_Swu0>enAlma_Swu0#reload
4. Check for Software version after reload
ZW6T:SWU,0:;Telnet connection successfully opened to SWU 0 (ESB26), IP=10.0.0.18.Alma_Swu0>enAlma_Swu0#sh verN O K I ASwitch model : NOKIA ESB26SW version : 4.6.7 created Apr 14 2010 - 03:38:45Primary version : 4.6.7Secondary version : 4.6.5Java version : Java image not loadedLoader version : 1.1.7 created Oct 28 2004 - 13:38:38System Loader version : 4.6.7 created Apr 14 2010 - 03:34:16Up time : 1 days, 16 hours, 48 min, 7 sec.
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8.3.3 Enabling or disabling the automatic loading of configuration files
The parameter that sets whether automatic configuration file loading is allowed forcertain type of LAN switches may have been modified in the old build. This parametersetting is not updated during the network element upgrade. Therefore, you need to change the parametermanually after the software update.
1. Check the properties that are specific to the type of the LAN switch in the old build(YFM).
ZYFM:IST;2. Change the properties in the new build as needed (YFM).
Depending on whether you want to enable or disable the automatic loading of the configurationfiles, select the relevant option below.
• Enable the automatic loading of the configuration file.ZYFM:ENA,<LAN switch type>;
• Disable the automatic loading of the configuration file.ZYFM:DIS,<LAN switch type>;
8.3.4 SWU configuration change from L2 to L3
1. Check whether L3 functionality is activated in each SWUs
ZYFF:INQ:SWU,<index of each SWU>;2. To activate L3 functionality
a. Move SWU to TE if in WO state
ZUSC:SWU,<Unit index>:TE;
b. Activate SWU units with L3 functionalityZYFM:EL3:SWU,<unit index>;
8.3.5 Change SWU topology from T3 to T6
1. Check for current topologyZW6G:/* IDENTIFY TOPOLOGY INDEX: T1 - T16 (CURRENT IS T3, NETWORK ELEMENT BSC3i)
P ... ACTIVATE PREVIOUS TOPOLOGYR ... RELOAD CURRENT TOPOLOGY */
2. Change the topology to T6ZW6G:T6;
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8.4 SWU Configuration form L2 to L3
8.4.1 VLAN
Delete all L2 LANS and reconfigure to L3 VLANS with the appropriate ports as in below example. Please alsorefer sample configuration in next chapter for switch vise example.
Change the Spanning tree mode to MST (NSN recommended). Configure computer unit ports and PCU ports asedge ports. Configure Management port and Cross link ports as point-to-point ports. Disable MST on Corelink andOSI link.Switch vise configuration example as follows:
8.4.2.1 Enable MST on Management port, Cross links, Computer ports and PCU ports
8.5.2.2 OSPF for site switchesSite-1#configure terminal
Site-1(config)#router ospf 65500
Site-1(config-router)#network 10.16.151.114 0.0.0.0 area 0
Site-1(config-router)#network 10.16.151.122 0.0.0.0 area 0
Site-1#end
Site-2#configure terminal
Site-2(config)#router ospf 65500
Site-2(config-router)#network 10.16.151.118 0.0.0.0 area 0
Site-2(config-router)#network 10.16.151.126 0.0.0.0 area 0
Site-2#end
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8.6 Change the state of SWU
Change State from Passive to ActiveZW6E:SWU,<Unit Index>:A;
Change the state of all SWU to WOZUSC:SWU,<Unit index>:TE;ZUSC:SWU,<Unit index>:WO;For BSC3i 1000(SWU unit index 0 to 5)For BSC3i 2000(SWU unit index 0 to 5 and 7 to 8)
8.7 Check for Faulty links
ZYFE:IFL;No faulty links reported
READING FAULTY LINKS, MAY TAKE SEVERAL MINUTES ...
SOURCE SOURCE SRC DESTINATION DESTINATION DST FAULTUNIT PLUG-IN UNIT IF UNIT PLUG-IN UNIT IF TYPE-----------------------------------------------------------------------------
8.8 Check for LAN Supervision information
ZYFF:INQ:SWU,<index>;For BSC3i 1000(SWU unit index 0 to 5)For BSC3i 2000(SWU unit index 0 to 5 and 7 to 8)
Supervision data is shown correctly
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9 ACTIONS AFTER UPGRADE & POST CONDITIONS
9.1 BSC configuration printout (post-check)
The information about the BSC configurations and conditions are collected.The checking can be made by using the macro (UPGMAIN.HIT) or manually following the instructions from “BSCconfiguration printout”-document delivered in Release Binder.Check for IP applications working as before.
9.2 Roll back to T3
1. Re-do cables for T3
2. Change the SWU from L3 to L2
3. Change the topology from T6 to T3
4. Upload SWU configuration for T3 from TFTP backup
5. Upload Site switch configuration for T3 from TFTP backup
6. Switch BSC software to known good working Fallback taken before T6 upgrade
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10 APPENDIX 1
10.1 T6 - BSC3i 1000/2000 (ESB26)
Both copper and fiber uplink connections are cabled to switches SWU-0 – SWU-3. Only one uplink port per switchis, however, active at a given time – the other uplink port is in shutdown.
10.2 Running configuration (STATIC routing)
10.2.1 SWU-0 configuration example
StepsSWU-0#SH RUNBuilding the configuration ...! Current Configuration:!! Version 4.6.0!! Router Manager Configuration:hostname SWU-0! Log Configuration:!ip address 10.0.0.26 255.255.255.248ip address dhcpmac-address-table aging-time 10!! Snmp-server configuration:!snmp-server enablesnmp-server view viewAll 1.3 includedsnmp-server group Grp_public v1 read viewAll write viewAllnotify viewAllsnmp-server group Grp_public v2c read viewAll write viewAllnotify viewAllsnmp-server user public group Grp_public v1snmp-server user public group Grp_public v2csnmp-server target-param Nm_public public v2csnmp-server notify authenticationFailure tag1snmp-server notify coldStart tag1 inform
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StepsSWU-3#SH RUNBuilding the configuration ...! Current Configuration:!! Version 4.6.0!! Router Manager Configuration:hostname SWU-3! Log Configuration:!ip address 10.0.0.34 255.255.255.248ip address dhcpmac-address-table aging-time 10!! Snmp-server configuration:!!snmp-server enablesnmp-server view viewAll 1.3 includedsnmp-server group Grp_public v1 read viewAll write viewAllnotify viewAllsnmp-server group Grp_public v2c read viewAll write viewAllnotify viewAllsnmp-server user public group Grp_public v1snmp-server user public group Grp_public v2c
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StepsSWU-1#SH RUNBuilding the configuration ...! Current Configuration:!! Version 4.6.0!! Router Manager Configuration:hostname SWU-1! Log Configuration:!ip address 10.0.0.34 255.255.255.248ip address dhcpmac-address-table aging-time 10!! Snmp-server configuration:!snmp-server enablesnmp-server view viewAll 1.3 includedsnmp-server group Grp_public v1 read viewAll write viewAllnotify viewAllsnmp-server group Grp_public v2c read viewAll write viewAllnotify viewAllsnmp-server user public group Grp_public v1snmp-server user public group Grp_public v2c
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StepsSWU-2#SH RUNBuilding the configuration ...! Current Configuration:!! Version 4.6.0!! Router Manager Configuration:hostname SWU-2! Log Configuration:!
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Disclaimer
The information in this document is subject to change without notice and describes only theproduct defined in the introduction of this documentation. This documentation is intended for theuse of Nokia Solutions and Networks customers only for the purposes of the agreement underwhich the document is submitted, and no part of it may be used, reproduced, modified ortransmitted in any form or means without the prior written permission of Nokia Solutions andNetworks. The documentation has been prepared to be used by professional and properlytrained personnel, and the customer assumes full responsibility when using it. Nokia Solutionsand Networks welcomes customer comments as part of the process of continuous developmentand improvement of the documentation.
The information or statements given in this documentation concerning the suitability, capacity,or performance of the mentioned hardware or software products are given “as is” and all liabilityarising in connection with such hardware or software products shall be defined conclusively andfinally in a separate agreement between Nokia Solutions and Networks and the customer.However, Nokia Solutions and Networks has made all reasonable efforts to ensure that theinstructions contained in the document are adequate and free of material errors and omissions.Nokia Solutions and Networks will, if deemed necessary by Nokia Solutions and Networks,explain issues which may not be covered by the document.
Nokia Solutions and Networks will correct errors in this documentation as soon as possible. INNO EVENT WILL NOKIA SOLUTIONS AND NETWORKS BE LIABLE FOR ERRORS IN THISDOCUMENTATION OR FOR ANY DAMAGES, INCLUDING BUT NOT LIMITED TO SPECIAL,DIRECT, INDIRECT, INCIDENTAL OR CONSEQUENTIAL OR ANY LOSSES, SUCH AS BUTNOT LIMITED TO LOSS OF PROFIT, REVENUE, BUSINESS INTERRUPTION, BUSINESSOPPORTUNITY OR DATA,THAT MAY ARISE FROM THE USE OF THIS DOCUMENT ORTHE INFORMATION IN IT.
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