Quiz F5 F5CAB1 - First-grade BIG-IP Administration Install, Initial Configuration, and Upgrade Exam Tutorials

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F5 F5CAB1 Exam Overview:

Certification Vendor:	F5 Networks
Exam Name:	BIG-IP Administration: Install, Initial Configuration, and Upgrade
Exam Number:	F5CAB1
Available Languages:	English
Passing Score:	70%
Real Exam Qty:	76
Exam Price:	$50 USD
Certificate Validity Period:	2 years
Related Certifications:	F5 Certified Technology Specialist, BIG-IP Admin (F5CTS-BIG-IP-Admin)
Exam Duration:	120 minutes
Exam Format:	True/False, Multiple choice, Multiple select, Scenario-based
Sample Questions:	F5 F5CAB1 Sample Questions
Exam Way:	Online proctored or in-person at Pearson VUE testing centers
Pre Condition:	No formal prerequisites, but basic networking knowledge and familiarity with F5 BIG-IP platform is recommended
Official Syllabus URL:	https://www.f5.com/learn/certification/f5cab1

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F5 F5CAB1 Exam Syllabus Topics:

Topic	Details
Topic 1	BIG IP Administration Control Plane Administration: This section of the exam measures skills of System Administrators and covers managing the control plane where BIG IP is configured and administered. It includes working with user accounts, roles, device settings, configuration management, and using the graphical interface and command line for daily administrative tasks.
Topic 2	BIG IP Administration Install Initial Configuration and Upgrade: This section of the exam measures skills of System Administrators and covers the lifecycle tasks for deploying and maintaining a BIG IP system. It includes installing the platform, performing initial setup, applying licenses, configuring basic networking, and planning and executing software upgrades and hotfixes.
Topic 3	BIG IP Administration Data Plane Configuration: This section of the exam measures skills of System Administrators and covers configuring BIG IP objects that control data plane behavior. It focuses on setting up virtual servers, pools, nodes, monitors, and profiles so that applications are delivered reliably and efficiently according to design requirements.
Topic 4	BIG IP Administration Data Plane Concepts: This section of the exam measures skills of Network Administrators and covers how BIG IP handles application traffic on the data plane. It includes understanding flow of traffic, key data path components, basic concepts of load balancing, and how security and performance features affect user traffic.
Topic 5	BIG IP Administration Support and Troubleshooting: This section of the exam measures skills of Network Administrators and covers identifying and resolving common issues that affect BIG IP operation. It focuses on using logs, statistics, diagnostic tools, and basic troubleshooting methods to restore normal traffic flow and maintain stable application delivery.

F5 BIG-IP Administration Install, Initial Configuration, and Upgrade Sample Questions (Q18-Q23):

NEW QUESTION # 18
What command will allow the BIG-IP Administrator to view the configured management IP of a BIG-IP system? (Choose one.)

A. tmsh list net self
B. tmsh show sys management-ip
C. tmsh list sys management-route
D. tmsh list sys management-ip

Answer: D

Explanation:
In F5 BIG-IP TMOS, configuration data is managed using tmsh (Traffic Management Shell). To view or retrieve configured object properties, you use the list command.
tmsh list sys management-ip: This explicitly displays the configured management IP address and its associated subnet mask or prefix length.

NEW QUESTION # 19
The Configuration Utility of a BIG-IP device is currently accessible via its management IP
10.53.1.245 from all VLANs.
The BIG-IP Administrator needs to restrict access so only hosts from the 10.0.0.0/24 subnet can access the Configuration Utility.
Which TMSH command accomplishes this?

A. (tmos)# create /net acl MGMT.HTTP rule add { (permit tcp 10.0.0.0 0.0.0.255 host 10.53.1.245
http) }
B. (tmos)# modify /ltm httpd allow replace-all-with {10.0.0.0/24}
C. (tmos)# modify /sys httpd allow replace-all-with {10.0.0.0/24}
D. (tmos)# create /net acl MGMT.HTTP rule add { (permit tcp 10.0.0.0/24 10.53.1.245 http) (deny ip any any http) }

Answer: C

Explanation:
BIG-IP controls access to the web-based Configuration Utility (TMUI) through the /sys httpd allow list. This parameter specifies which client IPs or subnets may initiate HTTP/HTTPS connections to the management interface.
To restrict TMUI access to only the 10.0.0.0/24 subnet:
The correct method is to modify the HTTPD allow list so that it contains only this subnet.
This requires replacing the entire current list with the new subnet using:
modify /sys httpd allow replace-all-with {10.0.0.0/24}
This ensures that only clients within 10.0.0.0/24 can reach the Configuration Utility.

NEW QUESTION # 20
How should a BIG-IP Administrator check the provisioned CPU percent for a module? (Choose two.)

A. By checking the Dashboard output in the Statistics tab in the GUI.
B. By going to System ?Resource Provisioning and hovering over the CPU section colors.
C. By running tmsh show /sys provision and reviewing the specific module in the output.
D. By running the top command and reviewing the output for the provisioned module.
E. By running tmsh show /sys cpu and reviewing the specific module provisioned output.

Answer: B,C

Explanation:
BIG-IP allocates CPU and memory resources based on module provisioning levels.
To view how much CPU a module is assigned, administrators must check provisioning information from:
C). GUI -- System → Resource Provisioning
This page visually displays CPU allocation via color-coded bars.
Hovering over the CPU bar shows:
CPU usage percent per module
Which modules share CPU cycles
The system's total resource allocation
This is the primary GUI method.
D). tmsh show /sys provision
This command displays detailed module provisioning information including:
Provisioned modules
Their provisioning level
CPU and memory allocation data
It is the authoritative CLI method for resource provisioning status.

NEW QUESTION # 21
The monitoring team reports that the SNMP server is unable to poll data from a BIG-IP device.

What information will help the BIG-IP Administrator determine whether the issue originates from the BIG-IP system?

A. The "Traffic Group" setting must use a floating Traffic Group.
B. The configuration on the exhibit is correct and other options should be explored.
C. The "VLAN / Tunnel" setting must allow All Vlans.
D. The "Port Lockdown" setting is preventing the SNMP server from polling data from the BIG-IP.

Answer: D

Explanation:
The exhibit shows aSelf IPwith:
* VLAN:Data
* Port Lockdown:Allow None
Impact of "Allow None" on SNMP
When a Self IP is configured with:
Port Lockdown: Allow None
the BIG-IP blocksallservices and ports except a few hardcoded HA communication ports.
This means:
* UDP/161 (SNMP)is blocked
* UDP/162 (SNMP traps)is blocked
* The SNMP server cannot poll or receive data from the BIG-IP through this Self IP SNMP relies on access through the Self IP if out-of-band (mgmt interface) is not used.
Thus, the issue is directly caused byPort Lockdown = Allow None, which prevents SNMP communication.
Why the other options are incorrect:
B). Traffic Group must use a floating Traffic Group
* SNMP polling doesnotrequire floating Self IPs.
* Floating groups apply to HA failover IPs, not SNMP functionality.
C). VLAN/Tunnel must allow All VLANs
* Self IPs are always bound to a VLAN; SNMP doesnotrequire All VLANs.
* As long as the Self IP belongs to a reachable VLAN, SNMP can work.
D). Configuration is correct
* It is not correct:Allow Noneblocks SNMP and is the problem.

NEW QUESTION # 22
The monitoring team reports that the SNMP server is unable to poll data from a BIG-IP device.
What information will help the BIG-IP Administrator determine whether the issue originates from the BIG-IP system?

A. The "Traffic Group" setting must use a floating Traffic Group.
B. The configuration on the exhibit is correct and other options should be explored.
C. The "VLAN / Tunnel" setting must allow All Vlans.
D. The "Port Lockdown" setting is preventing the SNMP server from polling data from the BIG-IP.

Answer: D

NEW QUESTION # 23
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