Virtual Pool 4 Serial Number Free

Prior to release 7.4, WirelessLAN (WLAN) controller software ran on dedicated hardware you were expected to purchase. The Virtual WirelessLAN Controller (vWLC)runs on general hardware under an industry standard virtualization infrastructure. The vWLC is ideal for small and mid-size deployments with a virtual infrastructure and require an on-premises controller. Distributed branch environments can also benefit with a centralized virtual controller with fewer branches required (up to 200). VWLCs are not a replacement of shipping hardware controllers. The function and features of the vWLC offer deployment advantages and benefits of controller services where data centers with virtualization infrastructure exist or are considered. Advantages of the vWLC • Flexibility in hardware selection based on your requirements.

• Reduced cost, space requirements, and other overheads since multiple boxes can be replaced with single hardware running multiple instances of virtual appliances. • AP SSO HA • N+1 HA (CSCuf38985) Note When an AP moves from one vWLC to another, it may refuse to join the second vWLC. It occurs when the server hardware fails, or a new instance of vWLCs are created. It is recommended to implement server mirroring scheme at the VMware level such as vMotion or some orchestrator. It is highly recommended to retain a snapshot of the VM instance, one from the mobility domain to which access points have joined previously.

Then use the snapshot to start the vWLC instance. Access points then join the vWLC. This method can be also be used for priming access points instead of a physical controller. • PMIPv6 • Workgroup Bridges • Client downstream rate limiting for central switching • SHA2 certificates. Note vWLC upgrade supports only of the same type (e.g.

Small to Small, Large to Large). Mixed is not supported (e.g. Small to Large, or Large to Small). For installing NEW virtual wireless controllers on VMware, use *.ova. Cisco Wireless LAN Small Scale Virtual Controller Installation with 60 day evaluation license AIR_CTVM-K9_8_2_100_0.ova Cisco Wireless LAN Large Scale Virtual Controller AIR_CTVM_LARGE-K9_8_2_100_0.ova For installing NEW virtual wireless controllers on KVM, use *.iso. Cisco Wireless LAN Small Scale Virtual Controller Installation with 60 day evaluation license (KVM) MFG_CTVM_8_2_100_0.iso Cisco Wireless LAN Large Scale Virtual Controller Installation with 60 day evaluation license (KVM) MFG_CTVM_LARGE_8_2_100_0.iso. A sample configuration of the Cisco Catalyst interface connection to the ESXi server for the virtual switch as trunk interface.

Management interface can be connected to an access port on the switch. Interface GigabitEthernet1/1/2 description ESXi Management switchport access vlan 10 switchport mode access! Interface GigabitEthernet1/1/3 description ESXi Trunk switchport trunk encapsulation dot1q switchport mode trunk end Procedure Step 1 Create two separate virtual switches to map to the virtual controller Service and Data Port. Navigate to ESX >Configuration >Networking and click Add Networking. Step 2 Select Virtual Machine and click Next. Step 3 Create a vswitch, and assign a physical NIC to connect vWLC service port. The service port does not have to be connected to any part of the network (typically disconnected/unused), therefore any NIC (even disconnected), can be used for this vswitch.

Step 4 Click Next to continue. Step 5 Provide a Label, such as the example below, E.g.

'vWLC Service Port'. Step 6 Select VLAN ID to be 'None (0)', as typically service port is an access port. Step 7 Click Next to continue. Step 8 In the below screenshot, we see vSwitch1 created for 'vWLC Service Port'. Click on 'Add Networking' to repeat for the Data Port.

Become a trick-shot artist with shots that you create. Get professional p00l lessons with Steve Dakings video shots and practice scenari0s. Play up to 17 adrenalin packed, pool games on customizable tables and equipment. Record your matches and watch the action from any anglE. Hours and hours of virtual enjoyment!!! You are here. Home»Fixes»PC»Virtual Pool 4»Virtual Pool 4 v1.0 All No-DVD [PLAZA]. Virtual Pool 4 v1.0 All No-DVD [PLAZA]. Virtual Pool 4. Image gallery (1) Add an image Contribute fixes. Total votes: 20. May 13, 2015 - 10:55am. Virtual Pool 4 v1.0 All No-DVD [PLAZA].

For the new vSwitch, select the physical NIC(s) connected on a trunk port if there are multiple NICs / portgroup assigned to an etherchannel on the switch. Step 9 Add the NIC. Step 10 Click Next to continue. Step 11 Provide a label, e.g. 'vWLC Data Port'.

Step 12 For VLAN ID, select ALL(4095) since this is connected to a switch trunk port. Step 13 Click Next until completing the steps to add the vswitch. VMware Promiscuous Mode Definition— Promiscuous mode is a security policy which can be defined at the virtual switch or portgroup level in vSphere ESX/ESXi. A virtual machine, Service Console or VMkernel network interface in a portgroup which allows use of promiscuous mode can see all network traffic traversing the virtual switch. By default, a guest operating system's virtual network adapter only receives frames that are meant for it.

Placing the guest's network adapter in promiscuous mode causes it to receive all frames passed on the virtual switch that are allowed under the VLAN policy for the associated portgroup. This can be useful for intrusion detection monitoring or if a sniffer needs to to analyze all traffic on the network segment. The vWLC Data Port requires the assigned vSwitch to accept Promiscuous mode for proper operations. Step 14 Locate vSwitch2 (assigned for vWLC Data Port), and click Properties. Step 15 Select the VMNet assigned to the vWLC Data Port, note the default Security Promiscuous Mode is set to Reject and click Edit.

Step 16 In properties, select Security tab. Step 17 Check the box for Promiscuous Mode and select Accept. Step 18 Confirm the change and click Close to continue. The virtual controller software will be posted as.ova package in the Cisco software center. Customers can download the.ova package and install similar to any other virtual application. Software comes with a free-60 day evaluation license. After the VM is started, the evaluation license can be activated and later a purchased license can be automatically installed and activated.

Step 19 Download the virtual controller OVA image to the local disk. Step 20 Use vSphere client >Deploy OVF Template to deploy vWLC. Procedure Step 1 Use either SMALL or LARGE *.ova that was downloaded and extracted to local storage. Step 2 Specify the target OVF file, and click Next. Step 3 The target OVF will display the detail of vWLC being configured, no changes are required, and click Next. Step 4 Provide a name for the vWLC instance that will be created, and click Next.

Step 5 Leave default in the Disk Format, which is Thick Provision Lazy Zeroed, and click Next. Step 6 In the Network Mapping, note that there are 2 source Networks, predefined as Service Port and Data Port (also labeled in the description). Map these interfaces as required in the Destination Networks, and click Next. Note A reminder that the Simplified Controller Provisioning is enabled for new vWLC, using a web browser. A client PC wired connected to the Service Port segment will be able to access this feature upon installing vWLC.

Step 7 The vWLC is ready to proceed in the installation, review the Deployment Settings, and click Finish. Step 8 Once completed, select and power on the vWLC instance. Step 9 Allow the automated installation of vWLC to complete, which may take several minutes.

Step 10 On the virtual machine console, the installation will show complete, and a reboot will be initiated. Step 11 Upon reboot, VMware console will show ' Press any key to use this terminal as the default terminal.' It is important to click into the console window and press ANY key to access the terminal. Step 12 Once the vWLC is fully online, it will present the configuration wizard via CLI.

The console port will give access to console prompt of Wireless LAN Controller. So the VM can be provisioned with serial ports to connect to these. In the absence of serial ports, the VSphere Client Console will get connected to the console on vWLC. VMWare ESXi supports a virtual serial console port that can be added to vWLC VM. The serial port can be accessed in one of the following two ways: • Physical Serial Port on the Host: vWLC's virtual serial port will be mapped to the hardware serial port on the server.

This option is limited to the # of physical serial port(s) on the host, if in a multi-tenant vWLC scenario, this may not be ideal. • Connect via Network: vWLC's virtual serial port can be accessed using telnet session from a remote machine to a specific port allocated for the VM on hypervisor. For example, if the hypervisor's IP address is 10.10.10.10 and port allocated for a vWLC VM is 9090, using 'telnet 10.10.' , just like accessing a physical WLC's console using a Cisco terminal server, vWLC's serial console can be accessed. Procedure Step 1 In the vWLC Hardware tab, click ' Add'. Step 2 Select Serial Port, and click Next. Step 3 In this scenario, select ' Connect via Network'.

Step 4 Select Network Backing >Server (VM listens for connection) Step 5 Port URI: telnet://: e.g. Step 6 Click Next to review options, and click Finish.

Step 7 Click OK to complete the configured settings. To enable for the serial via network, ESX must be configured to allow for such requests. Step 8 Navigate to the ESX >Configuration >Software >Security Profile, and click Properties. Step 9 In the Firewall Properties >select / check VM serial port connected to vSPC, and click OK to finish with settings. Starting Up the vWLC Step 10 Start the virtual WLC, and select console to observe the first-time installation process. Step 11 Monitor progress until the VM console shows that the vWLC has restarted (this is automatic). Step 12 At this time, open telnet session to vWLC such as in the example below.

Ariana Grande Yours Truly Rar Free Download. Step 13 Telnet session will now manage the console to vWLC. Note Only 1 mode of console can be operational at any time, such as VM console (by key-interrupt at startup), or serial console (physical/network). It is not possible to maintain both at the same time. Step 14 Continue to wait until the vWLC has fully come online and prompt to start the configuration tool wizard. Step 15 Configure the management interface address / mask / gateway. Configure Management Interface VLAN ID if tagged.

Continue with the remainder. Step 16 Similar to all network device(s), it is crucial and very important to configure NTP.

The virtual controller must have correct clock as it is possible to have an incorrect clock on the ESX host, or from manual configuration, which may result in access points not joining in the process. Step 17 Complete the configuration and allow the vWLC to Reset. Step 18 A suggestion is to ping the vWLC management interface to ensure that it has come online. Log into the vWLC. Step 19 You can perform 'show interface summary' and ping the gateway from the vWLC. Step 20 Connect to vWLC management using a web browser. An alternative to configuring the vWLC using CLI through the VMware console, is using the simplified controller provisioning feature, applicable both in VMware or KVM deployment.

As mentioned early in this guide, any client PC wired connected accessing the network mapped to the vWLC Service Port will be able to use this feature. This feature is enabled after first boot from an non-configured vWLC, temporarily provides DHCP service on the Service Port segment, and assign PC clients a limited network address. The client PC can connect to the vWLC using a web browser. Procedure Step 1 With a client PC connected to the vWLC mapped Service Port, it gets an address from a limited range of 192.168.1.3 through 192.168.1.14. The vWLC is assigned a fixed 192.168.1.1.

Step 2 From the client PC, open a browser and connect to the Simplified Setup wizard will navigate the admin through the minimal steps required to fully configure vWLC. The first step is creating the admin account, provide the admin username and password, then click Start Step 3 In step 1 of the simplified setup wizard, set up the vWLC with a system name, country, date/time (automatically taken from client PC clock) and NTP server. Also, define the management IP address, subnet mask, gateway and VLAN for the management interface. This assignment needs to be configured and available on the Data Port (trunk) from the initial VMware/KVM setup of network interfaces.

Step 4 In step 2, create the wireless network (SSID), security, and network/VLAN assignment as required. Optional is the inclusion of a Guest Network setup, a quick and simple step to add secure guest access with separate network and access method for guests.

Step 5 In step 3 of the simplified setup, an admin can optimize the WLC setup for intended RF use, and taking advantages of Cisco Wireless LAN Controller best practices defaults. Click Next to finalize the setup.

To install FedoraOS, perform the following steps: Procedure Step 1 Install Fedora21 or later. Click the followinglink to downloadFedora. Step 2 After installing Fedora, configure IP address to go to internet. In this scenario, two dedicated Linuxinterfaces/ports are used for vWLC. Step 3 Find out your interface using ifconfig. Example: First interface - for uplink (service-port of WLC); no IP addressis required to this interface but should be connected and up.

Second interface - for WLC Management interface; no IP address is required to this interfacebut should be connected and up. Third or fourth interface - for Linux accessibility; provide IP address to this interface, so that there is a network connectivity to the Linux box. Ov-nw In the above configuration: portgroup name='all_vlans', allows all VLANs. Portgroup name='vlan-152-untagged', allows only untagged VLAN that is 152. Portgroup name='vlan-153', allows only 153 VLAN.

Portgroup name='two-vlan', allows only two VLANs,that is, 152 and 153. Note Console to Fedora.

GUI is required for VMM. Procedure Step 1 Open the terminal (command prompt). Step 2 Execute the command virt-manager. The Virt Manager(VMM) pop-up window appears. Step 3 Create a new virtual machine (VM). Step 4 Select the path.

Step 5 Select the ISO file of vWLC. Step 6 Select the memory and CPU. Step 7 Select the disk space. Step 8 Name the VM. Step 9 Check the Customize configuration before install check box and then click Finish. (This helps to configure other options) Step 10 Click Add Hardware. The Add New Virtual Hardware window appears.

This window helps you to configure service port, management interface, and serial connection: • Click Networkand do the following: —From the Network source drop-down list, choose the virtual network.(It is recommended to select the virtual network of service port of vWLC) — From the Portgroupdrop-down list, choose the port group configured in xml if there are many. — From the Device modeldrop-down list, choose virtio (only this is supported as of now) and then click Finish. • Repeat again by selecting Add Hardware >Network for virtual network of management interface. Note This is similar to installation using Fedora. Procedure Step 1 Launch Virtual Machine Manager (VMM): • Launch VMM from GUI or type virt-manager from shell. The GUI takes you through the following steps to create the vWLC instance easily. • Choose an ISO image.

• Choose Memory as 4 GB. • Choose CPU as 1. • Provide a qcow2 image or raw image. • Click Customize configuration before install. • Click NIC, change device model to virtio, and change host device to VM-Service-Network.

• Click Add hardware. • In the new window, click Network, and change host device to VM-Mgmt-network and device model to virtio. Coolsand Cpu Driver Download. • Click Begin installation.

Step 2 From the command prompt, vWLC can be instantiated from shell as well with the following command (modify the filename and path as needed). Note Before working on any other package or KVM/vswitch, check the Linux kernel. Make sure the kernel version is 3.12.36-38 or above. If the kernel version is not 3.12.36-38 or above, upgrade it by performing the following steps: Procedure Step 1 Install SLES 12 on the server. Step 2 Once the server is up, copy the kernel rpm to the machine. Step 3 On a terminal, execute rpm --ivh.rpm. The rpm is installed and would take some time to configure.

Step 4 Reboot the machine once the installation is complete, and verify that the latest kernel is loaded using uname --a. Right to Use Enabling additional access points supported by this controller product may require the purchase of supplemental or 'adder' licenses. You may remove supplemental licenses from one controller and transfer to another controller in the same product family. NOTE: licenses embedded in the controller at time of shipment are not transferrable. By clicking 'I AGREE' (or 'I ACCEPT') below, you warrant and represent that you have purchased sufficient supplemental licenses for the access points to be enabled. All supplemental licenses are subject to the terms and conditions of the Cisco end user license agreement (together with any applicable supplemental end user license agreements, or SEULA's. Pursuant to such terms, Cisco is entitled to confirm that your access point enablement is properly licensed.

If you do not agree with any of the above, do not proceed further and CLICK 'DECLINE' below. [y/n]: Y Successfully added the license. Step 3 The AP adder licenses are installed and activated on the vWLC. You can view the installed licenses by typing the show license summary command: (Cisco Controller) >show license summary.

Cisco Smart Software Licensing makes it easier to buy, deploy, track, and renew Cisco software by removing today’s entitlement barriers and providing information about your software install base. This is a major change to Cisco’s software strategy, moving away from a PAK-based model to a new approach that enables flexibility and advanced consumer-based models. With Cisco Smart Software Licensing, you will have: • Visibility into devices and software that you have purchased and deployed • Automatic license activation • Product simplicity with standard software offers, licensing platform, and policies • Possibility of decreased operational costs You, your chosen partners, and Cisco can view your hardware, software entitlements, and eventually services in the Cisco Smart Software Manager interface. All Smart Software Licensed products, upon configuration and activation with a single token, will self-register, removing the need to go to a website and register product after product with PAKs. Instead of using PAKs or license files, Smart Software Licensing establishes a pool of software licenses or entitlements that can be used across your entire portfolio in a flexible and automated manner.

Pooling is particularly helpful with RMAs because it eliminates the need to re-host licenses. You may self manage license deployment throughout your company easily and quickly in the Cisco Smart Software Manager. Through standard product offers, a standard license platform, and flexible contracts you will have a simplified, more productive experience with Cisco software. Procedure Step 1 To activate Smart Licensing on the WLC go to Management >Software Activation >License Type.

Step 2 Select Licensing Type as Smart-Licensing from the drop-down menu. Enter the DNS server IP address that will be used to resolve the Smart License and Smart call-home URLs in the call-home profile. After this step, restart the controller under Commands >Restart. Step 3 Go to Management >Smart-License >Device registration. Select action as Registration. Register the device by entering the copied token ID.

Step 4 Verify the status of Registration and Authorization under Management >Smart-License >Status. In the CSSM portal the device will show up under the Product Instances tab on the corresponding virtual account that the device was registered with. Step 5 Once APs join the WLC, entitlements are requested once in 24 hours and the status of entitlements can be viewed under Management >Smart-license >Status. Cisco Prime Infrastructure version 3.0 is the minimum release required to centrally manage one or more Cisco Virtual Controller(s).

CPI 3.0 provides configuration, software management, monitoring, reporting and troubleshooting of virtual controllers. Refer to Cisco Prime Infrastructure documentation as required for administrative and management support.

Cisco Prime Compatibility Matrix: Procedure Step 1 Log into Cisco Prime Infrastructure server as root. Step 2 Navigate to Inventory, and Device Management >Network Devices. Step 3 In Network Devices, click Add Device.

Step 4 Enter the IP address and SNMP community string (Read/Write). By default, the SNMP RW for the controller is Private, and click Add.

Step 5 Cisco Prime Infrastructure will discover and synchronize with the virtual controller, and click on the refresh button to update the screen. When the virtual controller is discovered, it will list as Managed, with good Reachability shown in green. Add any other virtual controller(s) at this point if available. Step 6 The new controller will be listed in the Device Type, Cisco Virtual Series Wireless LAN Controller. In the early steps of installation, the Cisco Virtual Controller initially required an OVA file for new virtual appliance creation; however, maintaining virtual controller features and software upgrade require a common AES file downloadable from Cisco site.

Procedure Step 1 Download the upgrade software *aes file to a target host (e.g. TFTP/FTP) or use HTTP file transfer. Step 2 Same as for legacy controllers, navigate to the web GUI of the controller, COMMANDS >Download File. Select File Type, Transfer Mode, IP address, path and File Name (aes file). Click Download button to start the process. Step 3 When the process is completed successfully, user will be prompted to Reboot to take into effect of the new software image. Click on the link to the Reboot Page to continue.

Step 4 Click Save and Reboot. Step 5 Cisco Prime Infrastructure 3.0 can also be useful for upgrading virtual controller, or many virtual controllers at the same time. Navigate to Network Device.

Select (check box) one or more virtual controller(s) >from the command pull-down select Download (TFTP/TFTP). This example uses TFTP mode of image upgrade. Step 6 Provide the Download Type (Now / Scheduled) >New or Existing server IP address, path and Server File Name (*.aes upgrade software). Click Download to begin. Step 7 The following screen is an example of the AES image being transferred to the virtual controllers from a TFTP server. Step 8 Cisco Prime Infrastructure will update the status until the software has successfully been transferred.

Step 9 Similar to the experience directly from the controller, when the transfer is complete a reboot is required. Navigate in Cisco Prime Infrastructure by selecting the virtual controller(s), and select from command pull-down, Reboot >Reboot Controllers. Step 10 Cisco Prime Infrastructure will prompt for reboot parameters such as save configuration, etc. Click OK to continue. Step 11 Cisco Prime Infrastructure will notify the admin that the virtual controllers are being rebooted.

Step 12 When complete, Cisco Prime Infrastructure will provide the result of the process. Copyright © 2015, Cisco Systems, Inc. All rights reserved.