Applies To:Show Versions
BIG-IP versions 1.x - 4.x
- 2.1.4 PTF-01, 2.1.4, 2.1.3 PTF-04, 2.1.3 PTF-03, 2.1.3 PTF-02, 2.1.3 PTF-01, 2.1.3, 2.1.2 PTF-02, 2.1.2 PTF-01, 2.1.2, 2.1.1, 2.1.0
Setting up the Hardware
- Unpacking and installing the hardware
- Running the First-Time Boot utility
- Defining additional host names
- Preparing workstations for command line access
Unpacking and installing the hardware
There are two basic tasks you need required to get the BIG/ip Controller installed and set up. First, you need to connect the peripheral hardware and connect the BIG/ip Controller to the network, and then you need to turn the system on and run the First-Time Boot utility. The First-Time Boot utility is a wizard that helps you configure basic system elements such as administrative passwords, IP addresses, and host names for both the root system and for the BIG/ip web server. Once you complete the First-Time Boot utility, you can continue the configuration process either from a remote administrative workstation, or from the console itself.
Reviewing the hardware requirements
The BIG/ip Controller comes with the separate hardware pieces that you need for installation and maintenance. However, you must provide standard peripheral hardware, such as a keyboard or serial terminal.
Hardware provided with the BIG/ip Controller
When you unpack the BIG/ip Controller, you should make sure that the following components are included:
- One power cable
- One PC/AT-to-PS/2 keyboard adapter
- Four rack-mounting screws
- Two keys for the front panel lock
- One extra fan filter
- One BIG/ip Controller Administrator Guide
If you purchased a hardware-based redundant system, you also receive one fail-over cable to connect the two controller units together (network-based redundant systems do not require a fail-over cable). Additionally, if you purchased a US BIG/ip Controller that supports encryption, you receive the F-Secure SSH Client manual, published by Data Fellows.
Peripheral hardware that you provide
For each BIG/ip Controller in the system, you need to provide the following peripheral hardware:
- You need standard input/output hardware for direct administrative access to the BIG/ip Controller. Either of the following options is acceptable:
- A VGA monitor and PC/AT-compatible keyboard
- Optionally, a serial terminal and a null modem cable (see To configure a serial terminal in addition to the console, on page 3-8 for serial terminal configuration information)
- You also need network hubs, switches, or concentrators to connect to the BIG/ip Controller network interfaces. The devices you select must be compatible with the network interface cards installed in your BIG/ip Controller. The devices can support either 10/100 Ethernet, Gigabit Ethernet, and FDDI/CDDI (including multiple FDDI and full duplex).
- For Ethernet, you need either a 10Mb/sec or 100 Mb/sec hub or switch.
- For FDDI/CDDI, a concentrator or a switch is optional.
If you plan on doing remote administration from your own PC workstation as most users do, we recommend that you have your workstation already in place. Keep in mind that the First-Time Boot utility prompts you to enter your workstation's IP address when you set up remote administrative access.
Familiarizing yourself with the BIG/ip Controller hardware
Before you begin to install the BIG/ip Controller, you may want to quickly review the following figures that illustrate the controls and ports on both the front and the back of a standard BIG/ip Controller. If you have a special hardware configuration, such as those that include more than two interface cards, the ports on the back of your unit will differ slightly from those shown below.
Note: The ports on the back of every BIG/ip Controller are individually labeled, so it should be clear what each port is, no matter which hardware configuration you have purchased.
|1. Fan filter 2. Keyboard lock 3. Reset button 4. Keyboard lock LED 5. Hard disk drive LED||6. Power LED 7. On/off button 8. 3.5 floppy disk drive 9. CD-ROM drive|
Figure 3.1 Front view of a BIG/ip Controller
Figure 3.1 illustrates the front of a BIG/ip Controller with the access panel open. On the front of the unit, you can turn the unit off and on, or you can reset the unit. You can also view the indicator lights for hard disk access and for the keyboard lock.
Figure 3.2, the following figure, illustrates the back of a BIG/ip Controller. Note that all ports are labeled, even those which are not intended to be used with the BIG/ip Controller. Ports marked with an asterisk (*) in the list following are not used by the BIG/ip Controller, and do not need to be connected to any peripheral hardware.
|1. Fan 2. Power in 3. Voltage selector 4. Mouse port* 5. Keyboard port 6. Universal serial bus ports* 7. Serial terminal port||8. Printer port* 9. Fail-over port 10. Video (VGA) port 11. Internal interface (RJ-45) 12. External interface (RJ-45) 13. Interface indicator LEDs 14. Watchdog card*|
*Not to be connected to any peripheral hardware.
Figure 3.2 Back view of a BIG/ip Controller
Environmental requirements and usage guidelines
A BIG/ip Controller is an industrial network appliance, designed to be mounted in a standard 19-inch rack. To ensure safe installation and operation of the unit, be sure to consider the following before you install the unit in the rack:
- You should always install the rack according to the manufacturer's instructions, and be sure to check the rack for stability before placing equipment in it.
- You should build and position the rack so that once you install the BIG/ip Controller, the power supply and the vents on both the front and back of the unit remain unobstructed. The BIG/ip Controller must have adequate ventilation around the unit at all times.
- Do not allow the air temperature in the room to exceed 50° C. The internal temperature of the room where the BIG/ip Controller is located should be considered for continued safe operation.
- Make sure that the branch circuit into which you plug the unit is not shared by more electronic equipment than it is designed to manage safely at one time.
- If you are installing the BIG/ip Controller in a location outside of the United States, you need to verify that the voltage selector is set appropriately before connecting the power cable to the unit.
Warning: The unit must be connected to Earth ground, and it should have a reliable ground path maintained at all times.
Warning: The BIG/ip Controller contains a lithium battery. There is danger of an explosion if you replace the lithium battery incorrectly. We recommend that you replace the battery only with the same type of battery originally installed in the unit, or with an equivalent type recommended by the battery manufacturer. Be sure to discard all used batteries according to the manufacturer's instructions.
Installing and connecting the hardware
There are six basic steps to installing the hardware. You simply need to install the controller in the rack, connect the peripheral hardware and the external and internal interfaces, and then connect the fail-over and power cables. If you have a unit with three or more network interface cards (NICs), be sure to check step 3.
Warning: Do not turn on a BIG/ip Controller until all peripheral hardware is connected to the unit.
To install the hardware
- Insert the BIG/ip Controller in the rack and secure it using the four rack-mounting screws that are provided.
- Connect the hardware that you have chosen to use for input/output:
· If you are using a VGA monitor and keyboard, connect the monitor connector cable to the video port (number 10 in Figure 3.2, on page 3-5) and the keyboard connector cable to the keyboard port (number 5 in Figure 3.2, on page 3-5). Note that a PC/AT-to-PS/2 keyboard adapter is included with each BIG/ip Controller (see the component list on page 3-2).
· Optionally, if you are using a serial terminal as the console, connect the serial cable to the terminal serial port (number 7 in Figure 3.2). Also, you should not connect a keyboard to the BIG/ip Controller. When there is no keyboard connected to the BIG/ip Controller, the BIG/ip Controller defaults to using the serial port as the console.
- Connect the external interface (number 12 in Figure 3.2) to the network from which the BIG/ip Controller receives connection requests.
· If you have purchased a unit with three or more network interface cards (NICs), be sure to note or write down how you connect the cables to the internal and external interfaces. When you run the First-Time Boot utility, it automatically detects the number of interfaces that are installed and prompts you to configure more external interfaces, if you want. It is important to select the correct external interface based on the way you have connected the cables to the back of the unit.
- Connect the internal interface (number 11 in Figure 3.2) to the network that houses the array of servers, routers, or firewalls that the BIG/ip Controller load balances.
- If you have a hardware-based redundant system, connect the fail-over cable to the terminal serial port on each unit (number 7 in Figure 3.2).
- Connect the power cable to the BIG/ip Controller (number 2 in Figure 3.2), and then connect it to the power source.
Warning: Before connecting the power cable to a power supply, customers outside the United States should make sure that the voltage selector is set appropriately.
To configure a serial terminal in addition to the console
If you want to configure a serial terminal for the BIG/ip Controller in addition to the standard console, you need to follow the configuration steps below. Note that if you are using a serial vt100 connection, you must edit both the /etc/ttys and bash_profile files on the BIG/ip Controller.
- Configure the serial terminal settings as follows:
- 9600 baud
- 8 bits
- 1 stop bit
- No parity
- Open the /etc/ttys file and find the line that reads tty00 off. Modify it as shown here:
tty00 "/usr/libexec/getty default" vt100 in secure tty01 off
- Save the /etc/ttys file and close it.
- Reboot the BIG/ip Controller.
Running the First-Time Boot utility
The First-Time Boot utility is a wizard that walks you through a brief series of required configuration tasks, such as defining a root password, and configuring IP addresses for the external and internal interfaces. Once you complete the First-Time Boot utility, you can connect to the BIG/ip Controller from a remote workstation and begin configuring your load balancing set up.
The First-Time Boot utility is organized into three phases: configure, confirm, and commit. Each phase walks you through a series of screens, presenting the information in the following order:
- Root password
- Host name
- Default route (typically a router's IP address)
- Time zone
- Update locate database
- Interface settings for the external network interface(s)
- Interface settings for the internal network interface(s)
- Configuration for BIG/ip redundant systems (fail-over IP address)
- IP address for remote administration
- Settings for the BIG/ip web server
First, you configure all of the required information, then you have the opportunity to confirm each individual setting or correct it if necessary, and then your confirmed settings are committed and saved to the system. Note that the screens you see are tailored to the specific hardware and software configuration that you have. If you have a stand-alone system, for example, the First-Time Boot utility skips the redundant system screens.
Gathering the information
Before you run the First-Time Boot utility on a specific BIG/ip Controller, you should have the following information ready to enter:
- Passwords for the root system and for the BIG/ip web server
- Host names for the root system and for the BIG/ip web server
- A default route (typically a router's IP address)
- Settings for the network interfaces, including IP addresses, media type, and custom netmask and broadcast addresses.
- Configuration information for redundant systems, including an IP alias for the shared address, and the IP address of the corresponding unit.
- The IP address or IP address range for remote administrative connections.
Starting the First-Time Boot utility
You run the First-Time Booty utility directly on the console, using the VGA monitor and keyboard. Once you turn on the power switch (located on the front of the BIG/ip Controller as shown in Figure 3.1, number 7), the BIG/ip Controller displays the License Agreement screen. You must scroll through the screen, read it and accept the agreement before you can move to the next screen. If you agree to the license statement, the next screen you see is the Welcome screen. From this screen, simply press any key on the keyboard, and then follow the instructions on the subsequent screens to complete the process.
Defining a root password
A root password allows you administrative access to the BIG/ip Controller system. The password must contain a minimum of 6 characters, but no more than 128 characters. Passwords are case-sensitive, and we recommend that your password contain a combination of upper and lowercase characters, as well as punctuation characters. Once you enter a password, the First-Time Boot utility prompts you to confirm your root password by typing it again. If the two passwords match, your password is immediately saved. If the two passwords do not match, you receive an error message and are asked to re-enter your password.
Warning: The root password is the only setting that is saved immediately, rather than confirmed and committed at the end of the First-Time Boot utility process. You cannot change the root password until the First-Time Boot utility completes and you reboot the BIG/ip Controller (see Chapter 6). Note that you can change other system settings when the First-Time Boot utility prompts you to confirm your configuration settings.
Defining a host name
The host name identifies the BIG/ip Controller itself. Host names must start with a letter or number, and must be at least two characters. They may contain numbers, letters, and the symbols for dash ( - ), underscore ( _ ), and period ( . ) if you like. There are no additional restrictions on host names, other than those imposed by your own network requirements.
Configuring a default route
If a BIG/ip Controller does not have a predefined static route for network traffic, the unit automatically sends traffic to the IP address that you define as the default route. Typically, a default route is set to a router's IP address.
Configuring a time zone
Next, you need to specify your time zone. This ensures that the clock for the BIG/ip Controller is set correctly, and that dates and times recorded in log files correspond to the time zone of the system administrator. Scroll through the system file to find the time zone closest to your location. Note that one option may appear with multiple names. Select the time zone you want to use, and press Enter to continue.
Configuring the interfaces
On the Configure BIG/ip Interfaces screen, select Yes if you have a redundant system. Next, select the version of system that you have, such as HA, HA+, or LB. Your answers affect the subsequent screens that display.
You must configure at least one external interface, and at least one internal interface. The external interface is the one on which the BIG/ip Controller receives connection requests. The internal interface is the one that houses the servers, firewalls, or other equipment that the BIG/ip Controller load balances. The utility prompts you for each interface, and asks you to provide the IP address, netmask, broadcast address, and the interface media type.
If you have a redundant system, you are also prompted to provide the IP address that serves as an alias for both BIG/ip Controllers. The IP alias is shared between the units, and is used only by the currently active machine. Each unit also uses unique internal and external IP addresses. The First-Time Boot utility guides you through configuring the interfaces, based on your configuration:
- If you have a stand-alone system, the order is: external interface IP address, internal interface IP address, internal shared alias.
- If you have a redundant system, the order is: external interface IP address, external shared alias, internal interface IP address, internal shared alias.
- If you have a system with multiple NICs, the order is: first external interface IP address, first external shared alias, first internal interface IP address, first internal shared alias.
You should set the internal alias as the default route for the node servers. Note that for each IP address or alias that you assign to an interface, you have the option of assigning a custom netmask and broadcast address as well.
Configuring an interface to the external network
The Select External Interface screen shows a list of the installed interfaces. Select the one you want to use for the external network, and press Enter. The utility prompts you for the following information, in many cases offering you a default:
- Interface IP address
- Broadcast address
- External shared alias IP address (on a redundant system)
- External shared alias network address (on a redundant system)
- External shared alias broadcast address (on a redundant system)
- Interface media type
Note: The IP address of the external network interface is not the IP address of your site or sites. The IP addresses of the sites themselves are specified by the virtual IP addresses associated with each virtual server you configure.
Warning: The configuration utility lists only the network interface devices that it detects during boot up. If the utility lists only one interface device, the network adapter may have come loose during shipping. Check the LED indicators on the network adapters to ensure that they have detected the available BIG/ip Controller media.
Once you select the interface, you need to enter the following information:
- IP address
Note that the BIG/ip Controller uses a default netmask appropriate to the subnetwork indicated by the IP address.
- Broadcast address
The default broadcast address is a combination of the IP address and the netmask.
- External shared IP alias (redundant systems only)
- Media type for External Interface
The media type options depend on the network interface card included in your hardware configuration. The BIG/ip platform supports the following types:
- Gigabit Ethernet
If you are configuring a BIG/ip Controller that has more than two network interface cards installed, the First-Time Boot utility prompts you to configure more external interfaces. If you choose to configure an additional external interface, you return to the previous screen and repeat the steps described above. When you have finished configuring all external interfaces, you move on to the internal interface configuration.
Tip: If you have only one interface left, the system does NOT ask if you want more external interfaces to configure; it assumes that the one left will be your internal interface.
Configuring an interface to the internal network
When you configure the interface that connects the BIG/ip Controller to the internal network (the servers and other network devices that sit behind the BIG/ip Controller), the First-Time Boot utility prompts you for the following information:
- IP address
Note that the BIG/ip Controller uses a default netmask appropriate to the subnetwork indicated by the IP address.
- Broadcast address
The default broadcast address is a combination of the IP address and the netmask.
- Internal shared IP alias (redundant systems only)
- Media type for Internal Interface
The media type options depend on the network interface card included in your hardware configuration. The BIG/ip Controller supports the following types:
- Gigabit Ethernet
Configuring settings for a BIG/ip redundant system
If you have a redundant system, you need to enter specific configuration information at this point. If you do not have a redundant system, the First-Time Boot utility goes directly to the next step in the configuration process where you define an administrative IP address (see Configuring remote administration, on page 3-16).
Each BIG/ip Controller in a redundant system configuration uses unique internal and external IP addresses. However, in order for connections to be routed to the active BIG/ip Controller in the redundant system, you need to define two IP aliases that are shared between the two BIG/ip Controllers in the redundant system:
- The external IP alias associated with each unit's external interface
- An internal IP alias associated with each unit's internal interface
The shared IP aliases are actually used only by the active unit in the redundant system. When a fail-over occurs, the IP alias is switched to the newly active machine.
Each network device behind the BIG/ip redundant system should have the internal IP alias set as the default route, which again guarantees that the network devices always communicate via the active BIG/ip Controller in the redundant system.
For administration purposes, you can connect to the BIG/ip Controller IP alias, which always connects you to the active machine. To connect to a specific controller, simply connect directly to the external or internal IP address of that BIG/ip Controller.
Configuring the external IP alias
To configure the external IP alias, you need to provide the following information:
- An IP alias
- A netmask
- A broadcast address
Configuring the internal IP alias
To configure the internal IP alias, you need to provide the following information:
- An IP alias
- A netmask
- A broadcast address
Configuring remote administration
The screens that you see for configuring remote administration vary, depending on whether you have a US BIG/ip Controller, or an international BIG/ip Controller. On a US BIG/ip Controller, the first screen you see is the Configure SSH screen, which prompts you to type in an address for SSH command line access. On international and BIG/ip LB Controllers that do not have SSH, the First-Time Boot utility skips this screen.
Next, the First-Time Boot utility prompts you to enter a single IP address or a range of IP addresses, from which the BIG/ip Controller will accept administrative connections (either remote shell connections, or connections to the BIG/ip web server). To specify a range of IP addresses, you can use the asterisk (*) as a wildcard character in the IP addresses.
The following example allows remote administration from all hosts on the 192.168.2.0 network:192.168.2.*
Tip: If you do not configure command line access, the configuration synchronization feature for redundant units does not work.
Configuring settings for the BIG/ip web server
The BIG/ip web server requires you to define a domain name for the server on both the internal and the external interfaces. The BIG/ip web server configuration also requires that you define a user ID and password. On US products, the configuration also generates certificates for authentication.
The First-Time Boot utility guides you through three screens to set up web server access. The first screen prompts you to type and enter a fully qualified domain name for both the external and the internal interfaces. The certification screen prompts you first for country, and as you enter that, it prompts for state, city, and company. The last web server screen prompts you for user name and a password, which you enter twice. Once you have completed this screen, the First-Time Boot utility moves into the confirmation phase.
Note that if you ever change the IP addresses or host names on the BIG/ip Controller interfaces, you need to reconfigure the BIG/ip web server to reflect your new settings. You can run the re-configuration utility from the command line using the following command:reconfig-httpd
If you wish to create a new password for the BIG/ip web server, delete the /var/f5/httpd/basicauth/users file before running the reconfig-httpd utility. If this file is missing from the configuration, the utility prompts you for both user ID and password information.
You can also add users to the existing password file, change a password for an existing user, or recreate the password file, without actually going through the BIG/ip web server configuration process. For more information, see Chapter 6.
Warning: If you have modified the BIG/ip web server configuration outside of the configuration utility, be aware that some changes may be lost when you run the reconfig-httpd utility. This utility overwrites the httpd.conf file, and several other files, but it does warn you before doing so.
Confirming your configuration settings
At this point, you have entered all the configuration information, and now you simply have to confirm each setting. Each confirmation screen displays a setting, and prompts you to accept or re-enter it. If you choose to edit it, the utility displays the original configuration screen in which you defined the setting the first time. When you finish editing the item, you return directly to the Confirmation screen for that item, and continue the confirmation process. Note that once you accept a setting in the Confirmation screen, you do not have another opportunity to review it.
You confirm or edit the settings in the same order that you configured them:
- Confirm Host name
- Confirm Default route
- Confirm time zone
- Confirm all interface settings, external and internal
- Confirm fail-over IP address, if necessary
- Confirm administrative IP address
- Confirm web server options
Once you have confirmed the last setting, the First-Time Boot utility moves directly into the commit phase, where you are not able to make any changes.
Committing your configuration settings to the system
Once you confirm all of the configuration settings, the configuration utility saves the configuration settings. During this commit process, the First-Time Boot utility creates the following files and tables:
- An administrative IP access file
This file stores the IP address, or IP address range, from which the BIG/ip Controller accepts administrative connections.
- An interfaces table
- A /etc/bigip.conf file
- A /etc/netstart file
- A /etc/hosts file
- A /etc/ethers file
- A /var/f5/httpd/conf/httpd.conf file
- A /etc/sshd_config file
If you want to change any information in these files at a later time, you can edit the files directly, you can change the information in the web-based Configuration utility, or for certain settings, you can change them using command line utilities. If necessary, you can also re-run the First-Time Boot utility.
Defining additional host names
Once you complete the First-Time Boot utility, you may want to insert additional host names and IP addresses for network devices into the /etc/hosts file to allow for more user-friendly system administration. In particular, you may want to create host names for the IP addresses that you will assign to virtual servers. You may also want to define host names for standard devices such as your routers, network interface cards, and the servers or other equipment that you are load balancing.
The /etc/hosts file, as created by the First-Time Boot utility, is similar to the following example, shown in Figure 3.3.
#bigip host table ( default )
127.0.0.1 localhost localhost.host.domain
# add your default gateway here
# real - external interface
126.96.36.199 bigip ext
# real - internal interface
# VIPs ( add as necessary )
# nodes ( add as necessary )
Figure 3.3 The /etc/hosts file created by the First-Time Boot utility
This sample hosts file lists the IP addresses for the default router, the internal network interface, and the external network interface, and it contains place holders for both the virtual servers and the content servers that your BIG/ip Controller will manage.
Preparing workstations for command line access
The type of system you have determines the options you have for remote command line administration:
- BIG/ip Controllers distributed in the US support secure shell command line access using the F-Secure SSH client.
- BIG/ip Controllers distributed outside the US support command line access using a standard Telnet shell.
If you are working with a US BIG/ip Controller, you probably want to install the F-Secure SSH client on your workstation. The BIG/ip platform includes a version of the F-Secure SSH client for each of the following platforms: Windows, UNIX, and Macintosh. You can download the F-Secure client using your web browser, or you can download the client using an FTP server on the administrative workstation.
Note that the F-Secure license agreement allows you to download two copies of the F-Secure SSH client. If you require additional licenses, you need to contact Data Fellows. For information about contacting Data Fellows, as well as information about working with the SSH client, refer to the F-Secure manual included with your BIG/ip Controller.
Note: You can also use the F-Secure SSH suite for file transfer to and from the BIG/ip Controller, as well as for remote backups. An F-Secure SSH client is pre-installed on the BIG/ip Controller to assist with file transfer activities. Please refer to the F-Secure User's Manual for more information.
Downloading the F-Secure SSH client from the BIG/ip web server
The F-Secure SSH client is available in the Downloads section of the BIG/ip web server. For US products, you connect to the BIG/ip web server via SSL on port 443 (use https:// rather than http:// in the URL). Once you connect to the BIG/ip web server, click the Downloads link. From the Downloads page, you can select the SSH Client.
Downloading the F-Secure SSH client using FTP
The BIG/ip Controller has an FTP client installed, which allows you to transfer the F-Secure SSH Client using FTP (note that your destination workstation must also have an FTP server installed). After you transfer the installation file, you simply decompress the file and run the F-Secure installation program.
You initiate the transfer from the BIG/ip Controller itself, using the monitor and keyboard, or the serial terminal, attached directly to the BIG/ip Controller.
To transfer the SSH client using FTP
- Locate the SSH client that is appropriate for the operating system that runs on the administrative workstation:
a) Go to the /usr/contrib/fsecure directory where the F-secure SSH clients are stored.
b) List the directory, noting the file name that corresponds to the operating system of your administration workstation.
- Start FTP:
- Open a connection to the remote workstation using the following command, where IP address is the IP address of the remote workstation itself:
open <IP address>
Once you connect to the administrative workstation, the FTP server on the administrative workstation prompts you for a password.
- Enter the appropriate user name and password to complete the connection.
- Switch to passive FTP mode:
- Switch the transfer mode to binary:
- Go to the directory on the administrative workstation where you want to install the F-Secure SSH client.
- Start the transfer process using the following command, where filename is the name of the F-Secure file that is specific to the operating system running on the administrative workstation:
- Once the transfer is done, type the following command:
Setting up the F-Secure SSH client on a Windows 95 or Windows NT workstation
The F-Secure SSH client installation file for Windows platforms is compressed in ZIP format. You can use standard ZIP tools, such as PKZip or WinZip to extract the file.
To unzip and install the SSH client
- Log on to the Windows workstation.
- Go to the directory to which you transferred the F-Secure installation file. Run PKZip or WinZip to extract the files.
- The set of files extracted includes a Setup executable. Run the Setup executable and install the client.
- Start the F-Secure SSH client.
- In the SSH Client window, from the File menu choose Connect.
The Connect Using Password Authentication window opens.
- Click Properties.
- In the Options dialog box, check Compression and Forward X11, and set the Cipher option to Blowfish. Click OK to return to the Connect Using Password Authentication window.
- In the Connect Using Password Authentication window, type the following items:
a) BIG/ip Controller IP address or host name
b) The root user name
c) The root password
- Press the Return key to log on to the BIG/ip Controller.
Setting up the F-Secure SSH client on a UNIX workstation
The F-Secure installation file for UNIX platforms is compressed in TAR/Gzip format.
To untar and install the SSH client
- Log on to the workstation and go to the directory into which you transferred the F-Secure SSH client tar file.
- Untar the file and follow the instructions in the install file to build the F-Secure SSH client for your workstation.
- Start the SSH client.
- Open a connection to the BIG/ip Controller:
- Enter the root password.