Wireless Basics - Setup Guide v2.0

January 15th, 2014

Cisco Wireless Basics Guide

Setup Guide

Version 2.0

Another offering from team MIDAS

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January 15th, 2014 Cisco Wireless Basics Guide

Table of Contents Introduction ......................................................................................................................... 3 Logical Topology ................................................................................................................. 4 Physical Topology ................................................................................................................ 6 Disclaimer ............................................................................................................................ 8 Build Information ................................................................................................................ 8 Prerequisite knowledge ....................................................................................................... 8 Guide Overview ................................................................................................................... 9 Part 1: Unboxing, Cabling and Accessing the Devices ...................................................... 10 Part 2: Configure the 2504 WLC via the CLI ...................................................................... 30 Part 3: Configure the 2504 WLC via the GUI ..................................................................... 38 Part 4: Configure the Network to support AP Registration .............................................. 47 Part 5: Test WLAN Access and Review Configuration ....................................................... 67 Appendix A: Final Device Configurations .......................................................................... 74

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Introduction Your integration company has been asked to configure a new simple wireless network, including a 2504 WLC and three access points, for basic network access. This is a basics guide to configuring Cisco Wireless. The customer Example.com has moved into a new location and would like you to configure a wireless network. Example.com plans to have only corporate users connect to the network wirelessly, and expects to grow to five access points over the next four years. Your job is to cable the devices, set up the 2504 WLC, build a corporate WLAN, and test network access via the WLAN. This guide will cover everything from part numbers and unboxing to testing network access and everything in between. This guide will cover the following:

• Unbox and cable the devices • Access of the console of the 2504 WLC. • Complete the 2504 WLC basic CLI configuration. • Configure the switch to support the WLC. • Configure a DHCP scope / DNS to support AP registration. • Connect 3 access points. (2 directly connected and 1 remote) • Complete configuration of a WLAN and test wireless network access.

Please review the diagrams on the following pages carefully before proceeding. The following diagrams are of the intended network design and represent the final product upon completion.

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Logical Topology The diagram below depicts the logical L3 topology, both before and after, of the network. Please note that the portion of the network depicted in the gray section is preexisting. The switch used in this scenario is a Cisco Systems 3750v2 24 port PoE, but any switch could be utilized given that it supports 802.3af or a power injector is utilized.

Pre-Deployment

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Post-Deployment

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Physical Topology The diagram below depicts the L2 topology including both a before and after representation of the network.

Pre-Deployment

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Post-Deployment

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Disclaimer This Guide is intended to demonstrate one way to configure the network, to meet the specified requirements of this example. There are various ways that this can be accomplished, depending on the situation and the customer’s goals/requirements. Please ensure that you consult all current official Cisco documentation before proceeding with a design or installation. This lab is primarily intended to be a learning tool, and may not necessarily follow best practice recommendation at all times, in order to convey specific information. This is not intended to be a deployment guide. It is intended for learning purposes only.

Build Information As of the writing of this document, the current relevant documentation could be found on CCO at the following links: 3750 Series configuration guides

http://www.cisco.com/en/US/docs/switches/lan/catalyst3750/software/release/12.2_55_se/configuration/guide/swint.html

2500 Series WLC Deployment Guide http://www.cisco.com/en/US/products/ps11630/products_tech_note09186a0080b8450c.shtml

The labs were constructed using the following software versions from CCO:

3750 15.0(1) SE2 (Model: WS-C3750V2-24P) AP 7021 15.2.58-SE2 (Downloaded 1/8/2013) 2504 WLC 07.6.100.0 (Model: AIR-CT2504-K9 V01)

Prerequisite knowledge A solid understanding of networking, including routing and switching is assumed. Some background with Cisco products will be helpful, but is in no way necessary.

http://www.cisco.com/en/US/docs/switches/lan/catalyst3750/software/release/12.2_55_se/configuration/guide/swint.html

http://www.cisco.com/en/US/products/ps11630/products_tech_note09186a0080b8450c.shtml

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Guide Overview The Guide will cover completely how to deploy a very simple wireless network supported by three access points. It will detail everything from unboxing the devices to accessing and testing the completed wireless network.

The key focus of the document is to get comfortable with the 2504 WLC and Cisco’s wireless solution set. This lab is intended for beginners to wireless configuration as well as those new to Cisco’s solution.

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Part 1: Unboxing, Cabling and Accessing the Devices This part will cover what is included in each box, how to cable the devices to service the needs of the example topology, as well as how to access the console of the 2504 Wireless LAN Controller. Listed below are the devices that will be detailed in this section of the guide. To the right of each is the exact part number for ordering purposes. 1x 2504 Wireless LAN Controller (WLC) Part# = AIR-CT2504-5-K9 3x Air 7201 Access Point (AP) Part# = AIR-CAP7021-A-K9 Section 1.1 Unboxing the 2504 Wireless LAN Controller This section will detail what comes with the 2504 WLC as well as the function of the four interfaces and accessing the console.

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In the above picture all of the ports of the 2504 WLC are displayed. The left most port is the Console port as labeled. This port is intended for accessing the command line interface of the device via a direct line. No matter the condition of the network or the device it can always be reached via its console. A console cable (Blue cable in the second and third pictures) is included with every 2504 and can be connected to the serial port of any computer directly or with the assistance of a Serial to USB adapter. We will go into further detail about this in later sections. To learn more about the console port of Cisco IOS devices and how to access them below are links to valuable resources.

Cisco Console Port Guide http://www.cisco.com/public/scc/compass/pdfs/0000_t_console_port_connect_total.pdf Cisco 2504 WLC Startup Guide http://www.cisco.com/en/US/docs/wireless/controller/2500/quick/guide/ctr2504_q_s.html

The four ports to the right are intended for network connectivity. Notice that ports three and four of this group are labeled “POE” as this is very important. Ports three and four can be used to power APs that are directly cabled to the 2504 using the 802.3af standard for power over Ethernet. Although these ports have POE they are not devoid any functionality; they can still support regular network access to routers or switches just as ports one and two. We will make use of these in later sections.

http://www.cisco.com/public/scc/compass/pdfs/0000_t_console_port_connect_total.pdf

http://www.cisco.com/en/US/docs/wireless/controller/2500/quick/guide/ctr2504_q_s.html

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The 2504 WLC has a unique power supply as can be seen in the above three pictures.

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Section 1.2 Unboxing the 7021 Access Point This section will detail what comes with a Cisco Systems 7021 Wireless Access Point as well as the function of the interface and how it can be powered.

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Below is the side of the 7021 Access Point of four important features. On the left is a power port for a 48 volt DC power supply (Sold Separately) that can be used to power the AP if it is attached to a non 802.3af POE switch port. On that note, to the right of the power port is a single Ethernet port shown in yellow that supports 802.3af POE (Power of Ethernet) that is used to connect to the network. This port can be connected to any switch port or directly to the Wireless LAN Controller.

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To the right of the Ethernet port is a console port shown in blue that can be accessed in the same way as the 2504 WLC if needed. In this guide and for most simplistic configurations of wireless accessing this port is not required. Right of the ports is a small red recessed button labeled “MODE” that is used to reset the access point if required. This port is also rarely needed and is mainly intended for recovery purposes. To learn more about the mode buttons role on the 7021 AP, or any other information relating to configuration follow the link below.

Cisco Aironet Access Points Configuration Guide http://www.cisco.com/en/US/docs/wireless/access_point/12.2_15_JA/configuration/guide/s15trb.html#wp1036746

This scenario will utilize three of the 7021 Access Points shown all powered over Ethernet by the 802.3af standard and each will be registered with the 2504 WLC.

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Section 1.3 Cabling of the Topology This section will cover adding the 2504 WLC and the first two of three 7021 Access Points to the existing network. Below is the before and after layer two diagrams for reference. Please examine them carefully.

Pre-Deployment

Post-Deployment

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We will begin by cabling the 2504 WLC to the first two Access points. These access points will be cabled directly to ports three and four on the WLC. Below the connections are depicted. The Access points should be connected via the labeled Ethernet port and will receive power from the WLC via this connection.

As can be seen above WLC port one is connected to the existing network via a switch port. This interface will act as the Wireless Management Interface for the WLC. This interface will handle connections to the GUI as well as send and receive communications with the Access Points. Traffic from clients on the wireless network will enter the wired network from a layer three prospective from this location. Given the scenario all devices will be in the 10.1.10.0/24 subnet and all devices will be in VLAN 1 making for a simple configuration. Note*** This is not TAC supported. The backplane of the 2504 WLC is limited to 1gbps of throughput. Connecting APs directly to the POE ports on the front of the WLC is not best practice recommended. For this scenario and lab testing / experimentation it will work as shown here but it is not a CISCO supported design. Do not do this in production.

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Section 1.4 Accessing the Console of the 2504 WLC This section includes accessing the console of the 2504 WLC and the needed settings in Putty to do so. In order to access the console, connect the console cable provided RJ-4 end to the WLC as shown.

Now connect the other end of the console cable to either your PC directly or through a Serial-to-USB connecter. (Pictured below is mine) In order to access the console of the device a number of applications can be used. For this example we will use Putty.

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The setting used for connecting to a cisco devices console can be seen below.

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Note the “Speed” is 9600 and that under “Connection type” Serial is selected. In order to access the console the “Serial line” that is designated to the correct USB port on the computer. The best way to find out which “COM#” is connected to the device is via trial an error. Start with “COM1” and test each one until one delivers an output. Here you can see that I have chosen “COM6” as that matches my USB port.

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The above display shows the options for “Serial” which I selected using the link on the left pane. The settings should match what is shown above in that the speed or baud rate is 9600, the data bits are 8, the stop bits are 1, the parity is “None” and flow control is also “None”. At this point the console cable is connected to the computer and the WLC, the WLC has power and the putty settings are set as above. Below is the resulting window upon clicking on the “Open” button in the above window.

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After the WLC has completely booted it will sit at startup wizard. The boot process is screenshot below.

Don’t type anything and after a few moments it will continue loading.

At this point press enter once.

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Above will be the result. As you can see the first question of the setup wizard was “System Name” but the AUTO-INSTALL message appeared immediately after. Press enter once more and note the result below.

The setup wizard has now skipped the “System Name” question and moved on to “Administrative User Name” so in order to go back to the first question enter a dash (-) to take you back to the last question. That can be used on any question or questions during the setup wizard. The result is shown below.

At this point we are ready to configure the WLC. Move on to exercise two to complete the setup wizard.

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Part 2: Configure the 2504 WLC via the CLI Part 2 will cover configuring the 2504 Wireless LAN Controller via the Console port using the Setup Wizard and testing access to the GUI once completed. Section 2.1 Complete the Setup Wizard via the Console This section will cover completing the Setup Wizard via the CLI/Console connection. From the console of the 2504 answer the questions of the Setup Wizard as follows to match the intended example topology. System Name: WLC2504 Admin Username: admin Password: Cisco123 Password re-enter: Cisco123

Enable Link Aggregation (LAG): NO

MGMT IP Address: 10.1.10.254 MGMT Netmask: 255.255.255.0 MGMT Default Route: 10.1.10.1 MGMT VLAN ID: 0 MGMT Port#: 1 MGMT DHCP Server IP: 10.1.10.200

Virtual Gateway IP: 1.1.1.1

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Multicast IP Address: 239.255.255.255

Mobility RF Group Name: 2504WLC

SSID: Example-Corp DHCP Bridging Mode: NO Allow Static IP: YES

Configure Radius: NO

Note the message received above. We will need to change the security setting on the WLAN after completing the Wizard in order to access the wireless LAN. Country Code: US

Enable 802.11b: YES Enable 802.11a: YES

Enable 802.11g: YES Enable Auto-RF: YES

Configure NTP Server: YES

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NTP Server IP Address: 64.90.182.55 Polling Interval: 5400

Configuration Correct: YES

At this point the WLC will apply the configuration and reload the system.

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When the screen reaches the point depicted above log in with the credentials set in the above wizard. User: admin Password: Cisco123

We have now confirmed that this username and password is working and that the configuration options set in the wizard took effect.

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Section 2.2 Access the 2504 Wireless LAN Controller via the GUI In this section we will access the web GUI of the 2504 Wireless LAN Controller and review the configuration of the device.

Access the Wireless LAN Controller by navigating to the Wireless Management Interface IP address via HTTPS. https://10.1.10.254 User: admin Password: Cisco123

Note that the 2504 WLC is currently utilizing a Self-Signed Certificate.

https://10.1.10.254/

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Above is the dashboard or “MONITOR” page. For here the status of the four interfaces of the 2504 WLC at the top of the page. Down the left of the page under “Controller Summary” the current software version can be found “7.6.100.0” which is currently running in this example and is the latest version of code available for the 2504 WLC as of 01/15/2014. Also under the “Controller Summery” can be found the system uptime, device temperature, CPU and Memory usage, as well as the current system time.

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Part 3: Configure the 2504 WLC via the GUI This Part will cover setting the time zone of the 2504 WLC and correcting the security configuration of the wireless LAN settings to operate without the use of 802.1x with RADIUS. Section 3.1 Configure the Time Zone on the 2504 WLC This section will cover setting the time zone of the 2504 Wireless LAN Controller and confirm that the correct time is held on the device. This is critical in order for the WLC to function properly and allow Access Points to register. To change the time zones on the WLC navigate to “COMMANDS” located on the blue bar across the top of the screen.

From the “COMMANDS” page click on the “Set Time” link in the left panel depicted below.

The resulting “Set Time” page is shown below. Notice that under “Location” there is currently nothing selected.

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To change the time zone expand the “Location” dropdown menu and select the appropriate time zone. For this example we will select -5 EST.

Once a time zone is selected click on the gray “Set Timezone” button located at the top left of the page to apply the changes made.

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The message pictured above may appear. This is simply a warning and you can press “OK” to accept it. Return to the “MONITOR” page to review the changed system time and confirm that it is correct.

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As can be seen in the above screen shot the system time of the WLC now matches the system time of my local machine. Once again it is critical that the WLC has the same time as other network devices, whether it is set manually or via NTP in order for the access points to register and the wireless network to act as expected.

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Section 3.2 Configure the WLAN Security Settings in the WLC GUI This section covers configuring the WLAN to use a Pre-Shared Key security method as opposed to 802.1x RADIUS authentication which is the default for Cisco Wireless LANs on the 2504 WLC. To make the changes navigate to “WLANs” from the blue bar across the top of the screen.

From the “WLANs” page shown below, click on the “1” under “WLAN-ID” to see the details page of the “Example-Corp” Wireless LAN.

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Pictured above is the “Example-Corp” WLAN general tab. This page is where the WLAN can be enabled and disabled as well as where the SSID broadcast status can be selected. To change the security settings navigate to the “Security tab.

The resulting “Security” tab of the WLAN page is shown below.

To change the security settings to the desired state uncheck the “802.1x” box under “Authentication Key Management” to disable 802.1x authentication using RADIUS.

Now enable Pre-Shared Key usage by clicking the box for “PSK”.

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Scroll down using the slider on the right to fill in the PSK.

Enter a PSK into the open white box as shown below. Pre-Shared Key: cisco123

Click the “Apply” button at the top right of the screen in order to commit these changes to the WLAN.

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When applying any changes to an enabled WLAN this message warning that the WLAN will be temporally out of service in order to make them. Click “OK” to complete the changes. Navigate back to the “MONITOR” view of the GUI.

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Notice that there are currently now Access Points registered with the 2504 WLC at this time. The reason for this is simple. As of this moment there is no way for an AP on the network to know of the WLC. This will be corrected later in the guide. At this point the WLAN is ready to successfully receive clients once it is broadcasted by an Access point.

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Part 4: Configure the Network to support AP Registration This Part will cover two ways to enable Cisco Access Points to discover and register with a Cisco Wireless LAN Controller. The first way that we will configure is DHCP scope option number 43 containing the HEX value of the Controller IP address. The second method is a DNS entry for “cisco-capwap-controller” that translates to the Controller IP address. Both of these methods will enable APs to find the Controller. You may choose to use either method to support a deployment. For this demonstration we will be configuring both, but it is NOT required to use more than one of these methods to support AP registration. This is simply done in this guide to give you the choice in your deployment strategy. Section 4.1 Configure the DHCP Server to Offer Scope Option 43 This section will cover configuring a Windows 2003 Server R2 running the DHCP server service to offer DHCP scope option 43 in HEX to clients “APs” so they may locate the WLC and register with it. The first step will be to access the Windows DHCP server for the 10.1.10.0/24 subnet that both the WLC and APs are connected to. In this example topology that is a Windows server. Below is a few screenshots of it as well as the L3 diagram of the network topology. It is the “DHCP/DNS” server located just below the 3750 Switch.

Below is the login screen of the Windows Server 2003 R2 Server that hosts DNS and DHCP servers. To modify the required components an administrator account will be needed.

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From the desktop of Server open the DHCP server window. There is a shortcut to it on the desktop of this server seen below.

From the DHCP server window shown below, click the plus sign to expand the server scopes.

In the resulting tree we will select the scope for the 10.1.10.0/24 network. On this server it is the only scope currently configured.

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Under the farther expanded tree there will be an object labeled “Scope Options” as seen below. Click to see the currently configured scope options.

Currently on scope options 003, 006, and 015 are configured. These options are the routers IP address, the DNS servers IP address, and the DNS domain name respectively.

To add new scope options right click on “Scope Options” and select “Configure Options…” from the list.

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In the resulting window shown below, scroll down to option 43.

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Click the check box for option 43.

Fill in the box with the below information shown in red. The value for Option 43 is best described as Type + Length + Value. Type is always 0xf1 for one WLC. The length is the controller management IP addresses time 4 in hex. Value is the IP address of the controller listed sequentially in hex. For our example there is one controller with a management interface IP address of 10.1.10.254. The type is 0xf1. The length is 1 * 4 = 4 = 0x04. The IP address translates to 0A 01 0A FE (10.1.10.254) in HEX. When the string is assembled, it yields “00 f1 04 0A 01 0A FE”. To add it to the window server we must add “0000” to the front of this sting as shown in red below.

Option: 0000 00 F1 04 0A 01 0A FE Look at the screenshot below for an example.

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Click “apply” when complete.

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Click “OK” and the DHCP scope option 43 has now been set.

Review the resulting window to confirm this.

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Section 4.2 Configure the DNS Server to resolve Cisco-Capwap-Controller This section will cover configuring a Windows 2003 Server R2 running the DNS server service to resolve “cisco-capwap-controller” to 10.1.10.254/24 which is the Wireless Management Interface of the 2504 Wireless LAN Controller in this example scenario. The first step will be to access the DNS server for the 10.1.10.0/24 subnet that both the WLC and APs are connected to. In this example topology that is a Windows server. This is the same server that offers DHCP to the subnet. From the desktop we open the DNS server window. Below is shown the window opened from the DNS server shortcut on the desktop.

In order to add a DNS entry click to expand the “Forward Lookup Zones” and then expand the “example.com” folder.

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Right click in the white area shown below and select “New Host (A)…” for new host A record creation.

In the resulting window enter the below information.

Name: cisco-capwap-controller The name the AP will look for in DNS. IP Address: 10.1.10.254 IP address of the WLC

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Click “Add Host when completed.

The below message will appear. Click “OK” to continue.

Click “Done” after accepting the message.

Now expand the “Reverse Lookup Zones” and right click the name as shown below.

Select “New Zone…” to create one.

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In the resulting wizard window, click “Next >” to continue.

Click next twice more to get to the “Reverse Lookup Zone Name” page.

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On the page shown above fill in the subnet information under “Network ID” which in this case is 10.1.10.0/24, so enter “10.1.10”. Click the “Next >” button when completed.

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Click next again.

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Click finish and notice that there is now a “10.1.10.x Subnet” folder under “Reverse Lookup Zones” on the left.

Right click in the white under the new “10.1.10.x Subnet” folder to create a “New Pointer (PTR)…” or New Pointer Record.

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In the resulting window fill in the last octet of the address of the WLC under “Host IP number:” and then fill in the “Host Name:” before hitting the “OK” button. Host IP Number: 254 Host Name: cisco-capwap-controller

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Once back at the original window confirm the reverse DNS entry was created as shown below.

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Section 4.3 Confirm AP Registrations with the WLC and Connect a Third AP This section will cover confirming that the 2504 WLC has now registered with the two APs that are directly connected to it as well as connect the third AP via 3750 POE switch. Begin by access the GUI of the 2504 WLC again and review the “MONITOR” screen.

Review the “Access Point Summary” at the bottom left of the screen to confirm that the two currently connected APs have now registered with the help of the DNS or DHCP configurations.

Now we connect the third AP to the 3750 switch which is POE. We connect this AP just like the other two using the Ethernet port on the AP surrounded by yellow but connect the other end to a switch port of the 3750. As long as the AP is placed in a port accessing

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the same subnet at the WLC and currently configure DNS or DHCP items it will automatically register with it. Review the below L2 diagram if needed for clarifications.

Once the AP is connected to the switch it will take a few moments to register. Return to the WLC GUI to confirm its registration.

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Part 5: Test WLAN Access and Review Configuration This Part will cover testing the completed wireless network and reviewing the configuration. The review of the WLC will include the client list as well as saving the configuration to flash. Section 5.1 Test the WLAN from a wireless client This section will cover the test of the completed WLAN. From the desktop of a Windows 7 PC in range of the Access points test the WLAN.

Above can be seen the SSID of the WLAN we created on the 2504 WLC. Click to connect and test the WLAN.

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Enter the PSK that was set on the WLAN and click “OK” to connect.

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Open a CMD window and check the DHCP information that is received by the PC.

Above we can see that the windows client received a DHCP address from the server on the example network. Now we test the access to the internet over the WLAN.

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We can see above that the client was able to reach the internet. Now we will attempt to navigate to www.cisco.com to confirm this.

As we can see above it was successful.

http://www.cisco.com/

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Section 5.2 Review the Configuration of the 2504 WLC This section will cover reviewing the client list on the WLC and saving the final configuration to flash. From the WLC GUI navigate to “Clients” from the left pane when viewing the “MONITOR” section.

Above is the client list that now has a client in the list.

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Click on the mac address of the client in the list to view details about it.

On the client details page there are a number of options. Notice at the top right of the page there is a “Remove” button for shunning clients from the WLAN. Also notice that the IP address the client received is on the left under the clients MAC address as well as its IPv6 address. At this point the basic configuration of the WLC is completed and clients can now successfully connect to the network wirelessly. At the top right of the GUI, click on the “Save Configuration” link to save the current configuration to the flash of the 2504.

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Make sure you receive the below message confirming the save and click “OK”.

After receiving the above message the configuration has been saved and the WLC is now done.

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Appendix A: Final Device Configurations Cisco 2504 WLC Final Device Configuration ! config 802.11a cac voice sip bandwidth 64 sample-interval 20 config 802.11a cac voice sip codec g711 sample-interval 20 config advanced probe limit 2 500 config advanced 802.11a channel add 36 config advanced 802.11a channel add 40 config advanced 802.11a channel add 44 config advanced 802.11a channel add 48 config advanced 802.11a channel add 52 config advanced 802.11a channel add 56 config advanced 802.11a channel add 60 config advanced 802.11a channel add 64 config advanced 802.11a channel add 149 config advanced 802.11a channel add 153 config advanced 802.11a channel add 157 config advanced 802.11a channel add 161 config advanced probe-limit 2 500 config advanced 802.11b channel add 1 config advanced 802.11b channel add 6 config advanced 802.11b channel add 11 config country US config switchconfig strong-pwd lockout attempts mgmtuser 3 config switchconfig strong-pwd lockout time mgmtuser 5 config interface port management 1 config interface address management 10.1.10.254 255.255.255.0 10.1.10.1 config interface address virtual 1.1.1.1 config interface dhcp management primary 10.1.10.200 config license boot base config time ntp interval 3600 config time ntp server 1 64.90.182.55 config time timezone location 8 config wlan broadcast-ssid enable 1 config wlan wmm allow 1 config wlan exclusionlist 1 60 config wlan interface 1 management config wlan mfp client enable 1 config wlan create 1 Example-Corp Example-Corp config wlan session-timeout 1 1800 config wlan security wpa akm psk set-key hex encrypt 1 02aed3ef03804e63079b2a6ca62d5a1c 3c13389be6b4b5b621f223cd11417656e5d1db6e 48 4f3493bbe1400c7584fa652efc801596792bca4f79325406cfbd0cddcc82a5feb09bce12364e841f98780836adc3921e000000000000000000000001000000002ada6d7c00000000139822900000000010c827640000000010c8190c000000002ad

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a6d74000000000000001100000000139822900000000010c842a000000000139822900000000010c84c0800000000 1 config wlan security wpa akm psk enable 1 config wlan security wpa akm 802.1x disable 1 config wlan security wpa enable 1 config wlan security web-auth server-precedence 1 local radius ldap config wlan security wapi akm psk set-key hex encrypt 1 02aed3ef03804e63079b2a6ca62d5a1c 3c13389be6b4b5b621f223cd11417656e5d1db6e 48 4f3493bbe1400c7584fa652efc801596792bca4f79325406cfbd0cddcc82a5feb09bce12364e841f98780836adc3921e000000000000000000000001000000002ada6d7c00000000139822900000000010c827640000000010c8190c000000002ada6d74000000000000001100000000139822900000000010c842a000000000139822900000000010c84c0800000000 1 config wlan enable 1 config mobility group domain 2504WLC config certificate generate webadmin config radius callstationidtype ipaddr config network rf-network-name 2504WLC config network multicast l2mcast disable service-port config network multicast l2mcast disable virtual config database size 2048 config 802.11b 11gsupport enable config 802.11b cac voice sip bandwidth 64 sample-interval 20 config 802.11b cac voice sip codec g711 sample-interval 20 config ap packet-dump truncate 0 config ap packet-dump capture-time 10 config ap packet-dump buffer-size 2048 config mgmtuser add encrypt admin 1 fd902c8c0ef01f16047c13eb3291d5de a9e812f341f518f79a42009c59fe459a2859ca5b 16 26c12e183a2587178fce356875dfdbac0000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000 read-write config mdns profile service add default-mdns-profile AirPrint config mdns profile service add default-mdns-profile AirTunes config mdns profile service add default-mdns-profile AppleTV config mdns profile service add default-mdns-profile HP_Photosmart_Printer_1 config mdns profile service add default-mdns-profile HP_Photosmart_Printer_2 config mdns profile service add default-mdns-profile Printer config mdns profile create default-mdns-profile config mdns service origin all AirPrint config mdns service query enable AirPrint config mdns service create AirPrint _ipp._tcp.local. origin all lss disable query enable config mdns service origin all AirTunes config mdns service query enable AirTunes config mdns service create AirTunes _raop._tcp.local. origin all lss disable query enable

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config mdns service origin all AppleTV config mdns service query enable AppleTV config mdns service create AppleTV _airplay._tcp.local. origin all lss disable query enable config mdns service origin all HP_Photosmart_Printer_1 config mdns service query enable HP_Photosmart_Printer_1 config mdns service create HP_Photosmart_Printer_1 _universal._sub._ipp._tcp.local. origin all lss disable query enable config mdns service origin all HP_Photosmart_Printer_2 config mdns service query enable HP_Photosmart_Printer_2 config mdns service create HP_Photosmart_Printer_2 _cups._sub._ipp._tcp.local. origin all lss disable query enable config mdns service origin all Printer config mdns service query enable Printer config mdns service create Printer _printer._tcp.local. origin all lss disable query enable config sysname WLC2504 transfer upload path / transfer upload filename config-2504 transfer upload serverip 192.168.1.110 transfer upload datatype config transfer download path / transfer download filename config-2504 transfer download serverip 192.168.1.110

Wireless Basics - Setup Guide v2.0

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