Question 1

Which two subsystems could the LTM Specialist utilize to access an LTM device with lost management

interface connectivity? (Choose two.)

Options :

A : AOM

B : ILO

C : SCCP

D : ALOM

Answer: A,C

Question 2

An LTM Specialist is troubleshooting a problem on an eCommerce website. The user browses the online store

using port 80, adding items to the shopping cart. The user then clicks the "Checkout" button on the site, which

redirects the user to port 443 for the checkout process. Suddenly, the user's shopping cart is shown as empty.

The shopping cart data is stored in memory on the server, and the default source address persistence profile

is used on both virtual servers.

How should the LTM Specialist resolve this issue?

Options :

A : Add an HTTP profile to both virtual servers.

B : Enable SNAT Automap on both virtual servers.

C :

Create a custom persistence profile and enable "Map Proxies."

D :

Create a custom persistence profile and enable "Match Across Services."

Answer: D

Question 3

An LTM Specialist is tasked with ensuring that the syslogs for the LTM device are sent to a remote syslog

server.

The following is an extract from the config file detailing the node and monitor that the LTM device is using for

the

remote syslog server:

monitor

Syslog_15002 {

defaults from udp

dest *:15002

}

node 91.223.45.231 {

monitor Syslog_15002

screen RemoteSYSLOG

}

There seem to be problems communicating with the remote syslog server. However, the pool monitor shows

that the remote server is up.

The network department has confirmed that there are no firewall rules or networking issues preventing the

LTM device from

communicating with the syslog server. The department responsible for the remote syslog server indicates that

there may

be problems with the syslog server. The LTM Specialist checks the BIG-IP LTM logs for errors relating to the

remote syslog

server. None are found. The LTM Specialist does a tcpdump:

tcpdump -nn port 15002, with the following results:

21:28:36.395543 IP 192.168.100.100.44772 > 91.223.45.231.15002: UDP, length 19

21:28:36.429073 IP 192.168.100.100.39499 > 91.223.45.231.15002: UDP, length 169

21:28:36.430714 IP 192.168.100.100.39499 > 91.223.45.231.15002: UDP, length 181

21:28:36.840524 IP 192.168.100.100.39499 > 91.223.45.231.15002: UDP, length 169

21:28:36.846547 IP 192.168.100.100.39499 > 91.223.45.231.15002: UDP, length 181

21:28:39.886343 IP 192.168.100.100.39499 > 91.223.45.231.15002: UDP, length 144

NotE. 192.168.100.100 is the self IP of the LTM device.

Why are there no errors for the remote syslog server in the log files?

Options :

A : The -log option for tcpdump needs to be used.

B :

The monitor type used is inappropriate.

C : The "verbose" logging option needs to be enabled for the pool.

D :

When the remote syslog sever fails, it returns to service before the timeout for the monitor has expired.

Answer: B

Question 4

An LTM device is load balancing SIP traffic. An LTM Specialist notices that sometimes the SIP request is being

load balanced to the same server as the initial connection.

Which setting in the UDP profile will make the LTM device more evenly distribute the SIP traffic?

Options :

A : Enable Datagram LB

B : Disable Datagram LB

C : Set Timeout to Indefinite

D :

Set Timeout to Immediate

Answer: A

Question 5

An LTM Specialist configures the following iRule on an LTM device:

when HTTP_REQUEST {

if {[string tolower [HTTP::uri]] contains "/URI1/" } {

pool Pool1

}

elseif {[string tolower [HTTP::uri]] contains "/URI2/" } {

pool Pool2

}

elseif {[string tolower [HTTP::uri]] contains "/URI3/" } {

pool Pool3

}

else { pool Pool4}

}

Given the following request: http://www.example.comURI1/index.html?fu=bar&pass=1234

Which pool will be selected by the iRule?

Options :

A : Pool1

B : Pool2

C : Pool3

D : Pool4

Answer: D

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