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Hi Members,

I recently installed BigIP LTM VE on virtualbox 4.1.6. Here is what I intend to achieve.

There is a test http service running on a server with IP 10.X.X.30 and on ports 8080 and 8081. My LTM VE IP is on the same subnet say 10.X.X.40. I want load balance the http traffic on these ports by connecting to the BigIP VIP, also 10.X.X.40, on http port 80.

I am accessing both these machines via ssh tunnels using port forwarding. 

I can access 10.X.X.30 for both 8080 and 8081 directly on http. I can also access BigIP LTM GUI 10.X.X.40 on https from my PC. Both using localhost and local ports because of port fowarding

The IP 10.X.X.40 on virtual machine uses PCnet-FAST III (Bridged adapter, eth0). The available interfaces are 1.1, 1.2 and 1.3 which use Intel PRO/1000 MT Server (Host-only adapter, 'vboxnet0').

Can I use the same Virtual Server IP as the eth0 IP 10.X.X.40? How should I proceed with the configuration?

Thanks

 

 


3 Answer(s):

Hi
I'm new to BIG-IP and curious to know about installation steps in detail:
What version to download ?
Do we need any specific setting to tweak on VirtualBox?
Do we need to install TMOS first and then LTM on top of that?

Ta ! Rajesh


You can get a free trial VE for v10 but it's pretty old now. If you have one, I'd ask your F5 SE/agent/rep for a trial/lab key for the latest version.

Not sure about using it on VirtualBox.

TMOS Contains everything you need in a single package, certainly where LTM is concerned.

A rough ordered list of configuration steps (after any hypervisor related tasks) would look like this;

• Management network interface IP address and route
• Licensing
• Provisioning
• Disk partitions, TMOS upgrades and hotfix installations
• Hostname, local host file
• Administrative Partitions
• Local user accounts, remote authentication and user roles
• DNS, NTP, SNMP, SMTP, Logging, log rotation etc.
• Management tasks such as configuration backups and management routes, service failure actions and time zone
• Security (password policy, banners, timeouts, source address persistence)
• Physical Interfaces and Trunks
• VLANs, STP, LLDP
• Route Domains
• Self IPs, ARP and NDP
• LTM Routing
• Failover and Configsync etc.
• Global settings such as PMTUD, Auto Last Hop and L2 cache aging time
• Nodes
• Health Monitors
• Pools
• NATs
• SSL Certificate installation
• Profiles (persistence, protocol, SSL, HTTP, HTTP compression, Web Acceleration)
• iRules, Data Groups, iFiles
• Virtual Servers
Oh, and if you are load balancing servers/hosts in the same subnet, you'll need to configure SNAT to ensure traffic returns to the F5, not directly to the requesting host.

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