Manual Workshops (Excerpt)
Contents
1. names TERE DHCP Server with enabled CAPWAP option 138 The wireless LAN controller uses the following DHCP Server External a ml G internal Region k Select the country in which the wireless IP Address Range 10101010 10101050 controller is to be operated Note The range of channels that can be used varies depending on the country setting Interface Select the interface to be used for the wireless controller DHCP Server Select whether an external DHCP server shall assign IP addresses to the APs or if your device should be used as the DHCP server For an internal DHCP server CAPWAP option 138 is enabled in order to allow communication between the master and slaves Note Make sure that option 138 is enabled when using an external DHCP server C cance DC net Here you define certain basic characteristics of the WLAN controller e Region The region where your WLAN network is located This setting adapts your WLAN network to the WLAN regulations of your region e g permitted frequencies e Interface Defines over which interface the controller communicates with the APs the IP of this interface is the WLAN Controller IP address configured in option 138 of the DHCP server e DHCP Server Defines whether the internal or an external DHCP server is used for the access points When using the internal DHCP server all DHCP server settings including option 138 are made automatically You2. d dhcp server restart 1 6 5 Operation of APs with static IP address settings As described in DHCP server on page 4 the DHCP server not only assigns IP addresses but also provides the access points to be managed with the IP address of the WLAN Con troller In case of static IP address settings for access points it is necessary not only to spe cify an IP address and a netmask at each access point that is to be managed but also to manually specify the IP address of the WLAN controller Starting with release 7 10 1 you can find the necessary configuration parameter in the menu System managment gt Glob al Settings gt System page Basic Settings System Name pon Location Sj Contact fwe Maximum Number of Syslog Entries Bw Maximum Message Level of Syslog Entries Information Maximum Number of Accounting Log Entries 20 Manual WLAN Controller IP Address foro When starting the WLAN controller wizard it is essential to choose External for DHCP Server in WLAN controller wizard step 1 Workshops Excerpt 19
3. ee 4 1 4 Network configuration 2 2 0 o o o o 4 1 4 1 WLAN Controller device network settings a a a aoa a 0 4 1 4 2 DHCP server o a 4 1 5 WLAN rollout with the WLAN controller wizard 2 2 022 5 1 5 1 Wizard Step 1 sc c be ke b e ppa BRE RR a eA gi 6 1 5 2 Wizard Step 2 o o e i fee eb we ee eh a ew ee 7 1 5 3 Wizard Step 3 e e s o sao e E EA REA A E ew 7 1 5 4 Wizard Stp 4 coso goal e arm al E Era we 9 1 5 5 Start WLAN rollout to access points a a a a a a 9 1 6 AppendiX sa cc o E ee ee 11 1 6 1 E mail alert in case of access point failure 11 1 6 2 Configuration of a DHCP server on another Bintec router 12 1 6 3 Configuration of a DHCP server on Windows Server 2003 2008 12 1 6 4 Configuration of a DHCP server under Linux 18 1 6 5 Operation of APs with static IP address settings 19 Workshops Excerpt i Workshops Excerpt Teldat GmbH 1 WLAN Bintec WLAN Controller Introduction Chapter 1 WLAN Bintec WLAN Controller In troduction 1 1 Functional overview The bintec WLAN Controller offers the following advantages for an easier management of your WLAN infrastructure e Wizard guided quick installation in five steps e Automatic recognition and installation of new devices e VLAN and Multi SSID support e Integrated 802 11abgn support e Optimised roaming characteristics for VOWLAN e Centralised management
4. list At least one wireless network VSS is set up This entry cannot be deleted Click on BI to edit an existing entry You can also delete entries with the aid of lll With Add you can create new entries You can create up to eight wireless networks VSS for a wireless module Note If you wish to use the default wireless network that is set up you must at least change the Preshared Key parameters Otherwise you will be prompted Eos Change or add wireless networks s Pa C Bak JC Not Workshops Excerpt Here you define which SSID VSS shall be present in the network One VSS is already available per default this can be customised via the wrench icon With Add you can can create up to seven additional VSS In this example we create an additional VSS for visitor access networks Guests F Visible TE Click on I to edit an existing entry With Add you can create new entries wearsk y The following parameters are available WPA and WPA2 E Network Name SSID Enter the name of the wireless network F TKIP I aes SSID Enter an ASCII string with a maximurn of 32 Trap aes o characters eseesssssssssess Also select whether the Network Name st _ SSID V sib2eis to be transmitted Security Mode Select the security mode encryption and rm authentication for the wireless network E Note WPA Enterprise means 802 1
5. 1x Transmit Key Enter a transmission key for Security Mode WEP 4001 WEP 104 Select one of the keys configured in WEP Key lt 1 4 gt as standard key WEP Key lt 1 4 gt Enter a WEP key for Security Mode WEP 400rWEP 104 iste Sorc tes ter string with the right pl J Cancel A network name is assigned for the new VSS and WPA PSK is selected as the security mode As we do not want access to the company intranet from the guest network a VLAN is defined for this VSS in this example VLAN ID 2 All data from the Guest network will be tagged with that VLAN ID on the Ethernet LAN S Note VLAN ID O and 1 are reserved for management VLAN and cannot be used for any VSS VLAN tagging gives you the possibility to separate guest data from other data and you can setup your network switches and or Internet access routers in a way so that e g all data from VLAN ID 2 and thus all guests are allowed to access the Internet but not the company intranet please see the manual of your switch and or router for how to configure VLAN separation there We now leave the VSS configuration with OK and return back to the VSS overview page Before proceeding to wizard step 4 make sure that all access points that are supposed to be managed are connected to your LAN and are powered on 8 Workshops Excerpt 1 5 4 Wizard Step 4 O tee Manage IP Address LANMAC Add
6. MA Meal re Elda cuna EEEEEEE Manual Workshops Excerpt WLAN Workshops CopyrightO Version 0 99 2012 Teldat GmbH Workshops Excerpt 1 Manual Teldat GmbH Legal Notice Aim and purpose This document is part of the user manual for the installation and configuration of Teldat devices For the latest information and notes on the current software release please also read our release notes particularly if you are updating your software to a higher release version You will find the latest release notes under www teldat de Liability This manual has been put together with the greatest possible care However the information con tained in this manual is not a guarantee of the properties of your product Teldat Enterprise Communic ations GmbH is only liable within the terms of its conditions of sale and supply and accepts no liability for technical inaccuracies and or omissions The information in this manual can be changed without notice You will find additional information and also release notes for Teldat devices under www teldat de Teldat devices make WAN connections as a possible function of the system configuration You must monitor the product in order to avoid unwanted charges Teldat GmbH accepts no responsibility for data loss unwanted connection costs and damage caused by unintended operation of the product Trademarks Teldat trademarks and the Teldat logo bintec trademarks and the bintec logo artem tra
7. Next the question arises of whether a radio frequency site survey by a specialist needs to be performed Because of the considerable expense involved the radio frequency site survey is frequently skipped instead the APs are positioned at customer dis cretion and in consideration of the facility s spatial arrangement However in case of complex buildings or if the customer requires a high performance net work with continuous coverage and VoWLAN readiness a radio frequency site survey is in dispensable 1 2 2 Recommended hardware installation on site Next an electrician comes into play to install the access points in corridors and offices If doing without a radio frequency site survey APs should be mounted at a distance of 15 20 meters to each other this rule usually results in a functional setup All APs should be connected to a PoE capable switch over an Ethernet cable Power sup ply via the Ethernet cable PoE avoids installation of a 230V socket and considerably sim plifies setup AP1 AP2 AP3 AP71 AP72 OM O GO a 4 Switch E Internal Server bintec R1202 with WLAN Controller license for 72 APs The electrician should document the locations and MAC addresses of the devices so that names or locations can later be assigned to the devices during configuration Teldat GmbH 1 WLAN Bintec WLAN Controller Introduction 1 3 System requirements 1 3 1 WLAN Controller hardware The following devices w
8. Predefined Op tions in the expanded context menu 1 6 3 2 Step 2 In the window now opening click Add to add the CAPWAP option 14 Workshops Excerpt Workshops Excerpt 1 6 3 3 Step 3 In the Option Type dialogue window the CAPWAP option is now defined but not yet ac tivated Name and Description can be freely selected but should be plausible Data type must be set to TP Address and Array checked In addition Code must be set to 138 If the code is already in use for another self defined DHCP option not matching the CAP WAP DHCP option the pre existing one must first be deleted Close the dialogue and the previous window by clicking OK 1 6 3 4 Step 4 Now in the IP address range of the DHCP service already configured for future slave ac cess points right click Range options and select Configure Options in the context menu 16 Workshops Excerpt 1 6 3 5 Step 5 In the expanding dialogue window select option 138 in the list of Available Options In the IP Address entry field enter the IP address of the WLAN controller then on the right click Add Theoretically it is possible to enter several WLAN controller IP addresses here At present however only the first IP address is taken into account by the Funkwerk access points Now also close this dialogue box by clicking OK Workshops Excerpt A 1 6 3 6 Step 6 The DHCP service overview window should now also list the CAPWAP option At
9. anage the following WLAN devices with software version 7 9 6 or higher devices with firmware versions lower than 7 9 6 need to be updated before in stallation e bintec W1002n single radio indoor access point e bintec W1002n single radio indoor industrial access point IP 40 e bintec WI2040n dual radio indoor industrial access point IP 40 1 WLAN Bintec WLAN Controller Introduction Teldat GmbH e bintec WI1065n single radio outdoor industrial access point IP 65 e bintec WI2065n dual radio outdoor industrial access point IP 65 1 3 3 WLAN Controller software licences For testing purposes the WLAN controller is already activated in the firmware of every sup ported device however only a single access point can be managed For business opera tion a WLAN controller licence must be installed on the controller Six access points can be managed with each licence One WLAN controller software licence can be installed on an access point e g W1002n this allows the management of 6 access points including the access point running as WLAN controller Up to twelve WLAN controller licences can be in stalled on a medium router e g R1202 allowing the management of a maximum of 72 ac cess points On central routers e g RXL12100 up to 25 licenses can be installed which allows for at maximum 150 managed access points Overview of minimum WLAN controller hardware and licenses required in relation to the in tended of number of a
10. by pressing the Save Configuration Button in the left window New Neighborscan C START Workshops Excerpt The configuration now needs to be saved on the WLAN controller device via the Save con figuration button in the upper left The access points themselves keep their current config uration in their volatile memory only and do not save it to their persistent memory In the event of power failure the configuration within the access points is lost and automatically re loaded into the access point by the WLAN controller after power is restored Keeping the configuration only in the volatile memory of the APs has the additional advantage that no sensitive access data such as WLAN keys can be compromised through theft of an ac cess point installed at a public location After a power failure all access points are re initalised by the WLAN controller at once and radio management is not re started but the previously used channel is used instead Thus recovery of WLAN infrastructure after power failure is much faster than the initial rollout 1 6 Appendix 1 6 1 E mail alert in case of access point failure Starting with Release 7 10 1 the WLAN Controller offers the option to send an E mail in case one of the managed access points is no longer reachable This is especially helpful in larger and complex WLAN infrastructures where this kind of failure does not become imme diately apparent The necessary configuration i
11. ccess points Required up to 6 APs upto 12 APs up to 18 APs up to 72 APs up to 150 APs Minimal con None runs R1202 R1202 R1202 RXL12100 troller hard on the master ware AP WLAN Con 1x 2x 3x 6x 25x troller li cences 1 4 Network configuration 1 4 1 WLAN Controller device network settings Before connecting the WLAN controller device to the network of the still unconfigured ac cess points it needs to have its IP address and network settings different from factory de faults configured according to the setup of your local network Otherwise the next steps will fail 1 4 2 DHCP server Teldat GmbH 1 WLAN Bintec WLAN Controller Introduction 1 4 2 1 Internal DHCP server If there is no active DHCP server in your network and if the WLAN controller device will also act as DHCP server internal DHCP server you can directly proceed with WLAN rol lout with the WLAN controller wizard on page 5 and start the WLAN rollout The WLAN controller wizard includes the setup of all necessary DHCP server settings 1 4 2 2 External DHCP server For the access points to be manageable by the WLAN controller they must know the IP ad dress of the WLAN controller So in addition to the required basic network settings such as device IP address default gateway and nameserver the DHCP server needs to provide the access point with the IP address of the WLAN controller This is done via option 138 of the DHCP protocol This option also name
12. d CAPWAP Access Controller must therefore be enabled on the DHCP server and the IP address of the WLAN controller which you configured in chapter 4 1 must be specified In case e Another Bintec router is operating as DHCP server The required configuration steps are described in the appendix e A Microsoft Server 2003 or Server 2008 is operating as DHCP server The required configuration steps are described in the appendix e A Linux server is operating as DHCP server The required configuration steps are described in the appendix e The router of a third party provider is operating as DHCP server Please perform the configuration of DHCP option 138 according to the respective docu mentation 1 4 2 3 No DHCP server APs with static IP address settings Occasionally it may be necessary to operate a WLAN controller managed network with static IP address and network settings Thus each access point requires the manual config uration of IP and network settings The necessary configuration steps for all access points is described in Appendix on page 11 1 5 WLAN rollout with the WLAN controller wizard The WLAN controller wizard guides you through configuration and rollout of your WLAN network in five steps 1 5 1 Wizard Step 1 Step 1 Basic Settings Basic Settings E E ss _ Here you can configure all of the various Region Germany settings that you require for the actual wireless LAN controller
13. demarks and the artem logo elmeg trademarks and the elmeg logo are registered trademarks of Teldat Enterprise Communications GmbH Company and product names mentioned are usually trademarks of the companies or manufacturers concerned Copyright All rights reserved No part of this manual may be reproduced or further processed in any way without the written consent of Teldat GmbH The documentation may not be processed and in particular translated without the consent of Teldat Enterprise Communications GmbH You will find information on guidelines and standards in the declarations of conformity under www teldat de How to reach Teldat GmbH Teldat GmbH S dwestpark 94 D 90449 Nuremberg Germany Phone 49 911 9673 0 Fax 49 911 688 07 25 Teldat France S A S 6 8 Avenue de la Grande Lande F 33174 Gradignan France Phone 33 5 57 35 63 00 Fax 33 5 56 89 14 05 Internet www teldat de Table of Contents Chapter 1 WLAN Bintec WLAN Controller Introduction 1 1 1 Functional overview a p sos ee wep a a os 1 1 2 Projectplanning s s s aos a some ee o a a a mal a a os 2 1 2 1 Determining customer requirements lt o aoa o ssa s 2 1 2 2 Recommended hardware installation onsite a aa a a 2 1 3 System requirements 2 ee 3 1 3 1 WLAN Controller hardware o aoao a a a 3 1 3 2 Access Point hardware a c os e s a ccsa tora Codo 3 1 3 3 WLAN Controller software licences 2 0
14. iguration of an access point is finished and indicated with status managed after the best radio channel was found for it When assigning radio channels the WLAN controller ensures that only non overlapping channels e g 1 6 11 are assigned and that interference between the in dividual access points is kept to a minimum Managed access points are locked by the WLAN controller and all direct access to them is prohibited An access point can only be locally configured after the WLAN controller re leased the access point After all access points are managed the display changes once again and shows the final result Slave Access Points Location Device Address LANMAC Address Wireless Network Profile Radio Profile Channel Status 1 bintec W1002n 10 10 10 11 00 01 cd 0e f3 3a vss 1 Stam 2 4 GHz Radio Profle 11 Omanaged vss 2 Guests 2 bintec W1002n 10 10 1014 00 01 cd 0f4b 3c ado au 2 4 0Hz Radio Profle 6 Omanaged vss 2 Guests 3 bintec W1002n pu D0 01 cd Of4c ae vss 1 Staff 2 4 GHz Radio Profile 1 Omanaged vss 2 Guests 4 WI2065n 10101013 00 01 cd 06 6b b0 ves 1 Staf 2 4 GHz Radio Profle 11 Omanaged vss 2 Guests 6 5 bintec W1002n pus 00 01 cd 0e 90 6c wss 1 Staff 2 4 GHz Radio Profile 1 Omanaged vss 2 Guests 6 bintec W1002n romanon 00 01 cd 0e ee be pase cpa 2 4 GHz Radio Profile 1 Omanaged vss 2 Guests WLAN Controller Installation completed Please save the configuration
15. ith firmware versions 7 9 6 or higher can be used as WLAN control lers supported devices with firmware versions lower than 7 9 6 need to be updated before installation e bintec W1002n single radio indoor access point e bintec WI1040n single radio indoor industrial access point IP 40 e bintec WI2040n dual radio indoor industrial access point IP 40 e bintec WI1065n single radio outdoor industrial access point IP 65 e bintec WI2065n dual radio outdoor industrial access point IP 65 e bintec R1202 medium router VPN gateway e bintec R3002 medium router VPN gateway with ADSL 2 modem e bintec R3502 medium router VPN gateway with VDSL 2 modem minimum required firmware version 7 10 1 e bintec R3802 medium router VPN gateway with SHDSL bis modem e bintec R4402 medium router VPN gateway with PRI interface e bintec RXL12100 central router high performance multiplex VPN gateway minimum required firmware version 7 10 1 e bintec RXL12500 central router high performance central site VPN gateway minimum required firmware version 7 10 1 For small installations up to 6 access points no dedicated WLAN controller hardware is needed and one of the access points running as master access point can take on the function of the WLAN controller If a WLAN network with more than 6 access points is de sired at mimimum a R1202 is necessary as WLAN controller hardware 1 3 2 Access Point hardware The WLAN controller can m
16. ll find information on configuring an external DH CP server in Appendix on page 11 e IP Address Range Defines the IP address range available to the internal DHCP server Note Before proceeding please make sure that any existing external DHCP server is oper ative and that DHCP option 138 is enabled If an external or internal DHCP server was already enabled at the time of AP installation but DHCP option 138 was only sub sequently enabled the WLAN controller may fail to display the APs within your net work This can happen because the APs have already been assigned an IP address but have not yet received the WLAN controller IP address This can be remedied by waiting for the expiration of the DHCP lease time or by resetting the APs 6 Workshops Excerpt 1 5 2 Wizard Step 2 Radio Profile Select which frequency band your WLAN controller shall use Ifthe 2 4 GHz Radio Profile is set then the 2 4 GHz frequency band is used ifthe 5 GHz Radio Profile is set then the 5 GHz frequency band is used Here you define the radio profile with which the WLAN network will operate A 2 4GHz and a 5GHz radio profile are available by default Additional radio profiles can be created out side of the wizard via the Wireless LAN Coniroller gt Slave AP configuration gt Radio Profiles menu 1 5 3 Wizard Step 3 Wireless Networks All of the configured wireless networks VSS are displayed in the
17. of all Access Points e Easy modification of settings for all APs e Any modification e g of the SSIDs immediately applies to all APs e Access Points installed at public locations no longer are a security risk e Network keys and passwords are not saved on the AP and hence cannot fall into unau thorised hands through AP theft e Any direct AP configuration access is blocked by the WLAN controller e Automated frequency management e Integrated channel plan for non overlapping frequency assignment e Interference reduction through intelligent frequency assignment e Consideration of foreign access points neighbor APs e Monitoring e Access point operation e Client activity e Recognition and display of undesired access points neighbor access points e E mail Alert in case of failure of a managed access points e Scheduler based actions e g overnight shutdown of the WLAN e Configuration Management The configuration is centrally saved and automatically reas signed to APs e g after loss of power e Centralised firmware updates 1 WLAN Bintec WLAN Controller Introduction Teldat GmbH 1 2 Project planning 1 2 1 Determining customer requirements It all starts with the customers and determining what their needs really are In most cases customers want a WLAN network in the 2 4GHz frequency range allowing employees and visitors wireless connection to the company network and the Internet throughout offices and meeting rooms
18. ress Wireless Network Radio Profile Channel Status 10 10 10 11 00 01 cd 0e73 3a vss 1 Staff 2 4 GHz Radio Profile 0 Discovered E vss 2 Guests 10 10 10 14 00 01 cd 0f4b 3c vss 1 Staff 2 4 GHz Radio Profile 0 Discovered a vss 2 Guests 10101016 00 01 cd Of4c ae vss 1 Staft 2 4 GHz Radio Profile 0 Discovered a ideia Vaca iii AS a io 10 10 10 13 00 01 c0 06 Bb bD vss 1 Staf 2 4 GHz Radio Profile 0 Discovered 2 vss 2 Guests 10 10 10 15 00 01 cd 0e 90 5c vss 1 Staff 2 4 GHz Radio Profile 0 Discovered a ves ZGuests o pi 10101012 00 01 cd De ee bc vss 1 Staf 2 4 GHz Radio Profile a Now all discovered access points are displayed By default all defined wireless network profiles VSS and the previously selected radio profile are assigned to all access points With the wench symbol you can customise these standard settings and provide each device with an individual location description In some cases not all expected APs are displayed The reason in that case is that not all APs were discovered by the WLAN controller In this case Back can be used to update the display 1 5 5 Start WLAN rollout to access points After selecting the check box in the Manage field of all access points you want to use you can launch the WLAN controller rollout and automatic frequency management with Start The display now switches to a status screen indicating the WLAN controller s current acti
19. s done on the WLAN Controller device in the menu External Reporting gt E mail Alert gt E mail Alert Recipient Workshops Excerpt 41 DHCP Pool P MAC Binding DHCP Relay Settings 1 6 2 Configuration of a DHCP server on another Bintec router The requirement is a Bintec router with software release 7 9 6 or higher Here the DHCP option CAPWAP Controller is selected under Lokal Services gt DHCP Server gt DHCP Pool and the IP address of the WLAN controller device is entered in the Value field rs ento foros 0 10 fon 0 10 50 ea Advanced Settings Use router as gateway ha tros Option Value A DNS Server EEO m carwar forono C ok JC cancel 5 1 6 3 Configuration of a DHCP server on Windows Server 2003 2008 First your Windows DHCP server service must receive a basic set up i e the DHCP IP ad dress range needs to be defined and standard options such as DNS server and standard gateway router need to be configured according to your network infrastructure Workshops Excerpt Workshops Excerpt 1 6 3 1 Step 1 In the DHCP service window accessible via Control Panel there under Administration right click on the existing DHCP service instance you can identify it through the computer name and the IP address the DHCP service is linked to then click on Set
20. this stage the access points and the WLAN controller in the network for which the DHCP ser vice ihas been configured can go into operation 1 6 4 Configuration of a DHCP server under Linux In the configuration file etc dhcp dhcpd conf add the following Format definition of DHCP CAPWAP option for Wireless LAN Controller option wifi controller code 138 array of ip address IP address range for Slave APs WIPs lt subnet 10 10 0 0 netmask 255 255 255 090 1 range 10 10 10 10 10 10 10 100 option domain name servers mydnsserver mydomain tld option routers 10 10 10 1 option broadcast address 10 10 10 255 default lease time 600 max lease time 7200 IP address of Wireless LAN Controller option wifi controller 10 10 10 5 The lines beginning with option wifi controller are the most crucial ones The first line 18 Workshops Excerpt defines the data format of option 138 as it is not contained in the standard format defini tions of the dhcpd The second line specifies the IP address of the WLAN controller to which the individual slave AP s log in after they have received all data own IP address WLAN controller IP etc from the DHCP server Any other information is standard for the definition of a DHCP pool subnet range do main name servers routers etc need to be configured according to the customer s own requirements Once the configuration file is saved restart the DHCP server with the command etc init
21. v ities Workshops Excerpt 9 Slave Access Points Location Device IP Address LANMAC Address Wireless Network Profile Radio Profile Channel Status 1 bintec W1002n 10101011 00 01 cd 0e f3 3a vss 1 Staff 24 GHz Radio Profle 11 vss 2 Guests 2 biniec WI002n 10101014 O00t edOfdb3e wss1 StaM 24 GHz Radio Profle 0 Onnitiatising 3 bintec W1002n 10 10 10 16 00 01 cd Of4c ae vss 1 Staff 2 4 GHz Radio Profle O ODiscovered vss 2 Guests 4 WIZ065n 10 10 1013 00 01 c0 06 6b b0 vss 1 Stam 24 GHz Radio Profile 0 Obiscovered i vss 2 Quests 0 5 bintec W1002n 10 10 1015 00 01 cd 0e 90 6c vss 1 Statf 24 GHz Radio Profile O ODiscovered vss Z Guests 6 bintecwWI002n 10404012 O0 04 cde eebe vse t Stat 2 4 GHz Radio Profile 0 Odiscovered yss 2 Guests 11 27 55 Message 00 01 CD 0F 4B 3C WTP starts configuration 11 27 55 00 01 CD 0F 48 3C sending configuration information to WTP 16 tables 11 27 55 Initialising next WTP 2 11 27 55 00 01 CD 0E F 3 34 WTP is online 11 27 55 00 01 CD 0E F3 3A WTP finished configuration 11 27 55 00 01 CD 0EF3 3A WTP selected Channel 11 and SecondaryChannel 0 on Wianif 8000 11 27 46 00 01 CD 0E F3 3A WTP starts configuration 11 27 45 00 01 CD 0E F3 3A sending configuration information to WTP 16 tables The configuration now is transfered sequentially to all access points The conf
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