F5CAB4 Test Objectives Pdf - F5CAB4 Demo Test

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F5 F5CAB4 Exam Overview:

Certification Vendor:F5
Exam Name:BIG-IP Administration Control Plane Administration
Exam Number:F5CAB4
Exam Duration:30 minutes
Exam Format:Scenario-based questions, Multiple choice
Passing Score:245 (scaled score)
Exam Price:USD 50 (online Certiverse) / USD 65 (Pearson VUE test center)
Real Exam Qty:25โ€“30
Related Certifications:F5CAB2 BIG-IP Administration Data Plane Concepts
F5CAB1 BIG-IP Administration Install, Initial Configuration, and Upgrade
F5CAB3 BIG-IP Administration Data Plane Configuration
F5CAB5 BIG-IP Administration Support and Troubleshooting
Available Languages:English
Recommended Training:Troubleshooting BIG-IP Training
Administering BIG-IP (F5 Training)
Exam Registration:Official F5 Exam Page
F5 Certification Portal
Sample Questions:F5 F5CAB4 Sample Questions
Exam Way:Online proctored (Certiverse) or in-person test center (Pearson VUE)
Pre Condition:No formal prerequisites; part of the F5 Certified Administrator, BIG-IP track (must pass 5 exams in total).
Official Syllabus URL:https://education.f5.com/exams/big-ip-administration-control-plane-administration-f5cab4

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F5CAB4 Demo Test - Exam F5CAB4 Answers

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F5 F5CAB4 Exam Syllabus Topics:

TopicDetails
Topic 1
  • Given a scenario, determine device upgrade eligibility: This domain covers determining appropriate timing for software and platform upgrades and strategies to minimize downtime during upgrades.
Topic 2
  • List which log files could be used to find events and
  • or hardware issues: This section teaches identification of key log files (
  • var
  • log
  • ltm, secure, audit), understanding event severity levels, and interpreting log messages.
Topic 3
  • Apply procedural concepts required to manage the state of a high availability pair: This domain covers controlling and monitoring failover states in high availability pairs, including forcing standby
  • offline modes, reporting failover status, and verifying device trust.
Topic 4
  • Given a scenario, interpret Service status: This section teaches interpreting service states, analyzing netstat output, and determining whether services are listening on specific ports.
Topic 5
  • Identify configured system services: This domain covers verifying proper configuration of essential services including DNS, NTP, SNMP, and syslog.

F5 BIG-IP Administration Control Plane Administration Sample Questions (Q19-Q24):

NEW QUESTION # 19
What triggers failover in an HA pair?

Answer: B

Explanation:
Failover occurs when heartbeat communication or critical resources fail.


NEW QUESTION # 20
Users report that traffic is negatively affected every time a BIG-IP device fails over. The traffic becomes stabilized after a few minutes. What should the BIG-IP Administrator do to reduce the impact of future failovers?

Answer: B

Explanation:
When a failover occurs, the newly active device must inform the surrounding network that it now
"owns" the shared IP addresses. Without MAC Masquerade, the new device uses its own hardware MAC, requiring upstream routers to update their ARP tables (which causes a delay).
MAC Masquerading allows the HA pair to share a "floating" MAC address, ensuring the Control Plane transition is transparent to the network layer


NEW QUESTION # 21
A BIG-IP Administrator is unable to connect to the management interface via HTTPS. What is a possible reason for this issue?

Answer: C

Explanation:
Management connectivity is protected by an allowed access list for the httpd daemon. Unlike TMM data ports which use 'Port Lockdown' settings, the management port's access is controlled by a specific 'Allow' list. If an administrator's IP is not explicitly included in this list, the Control Plane will reject HTTPS connection attempts to the management utility.


NEW QUESTION # 22
A BIG-IP Administrator suspects that one of the BIG-IP device power supplies is experiencing power outages. Which log file should the BIG-IP Administrator check to verify the suspicion?

Answer: C

Explanation:
Although /var/log/ltm is primarily associated with Local Traffic Manager events, it is also the primary destination for system-level alerts generated by the Control Plane's chmand (Chassis Manager Daemon). Hardware status changes, including power supply failures, fan speeds, and temperature warnings, are logged as "notice" or "critical" events within the LTM log file.


NEW QUESTION # 23
A BIG-IP administrator is troubleshooting inconsistent configuration objects on devices in a device group. The administrator uses the command:
tmsh run /cm watch-devicegroup-device
and observes the following output:
devices <devgroup> device clu_id cl_orig cl_time last_sync
20:21 sync_test bigip_a 3273 bigip_a 14:27:00
20:21 sync_test bigip_b 1745 bigip_b 13:52:34 13:42:04
20:21 sync_test bigip_c 1745 bigip_a 13:52:34 13:42:04
What two conclusions can be made about this output? (Choose two answers)

Answer: C,E

Explanation:
Comprehensive and Detailed Explanation From BIG-IP Administration Control Plane Administration documents:
watch-devicegroup-device shows (among other columns) the commit ID (cid.id / shown here as clu_id), the originating device for that commit (cid-orig / shown here as cl_orig), and the time the configuration change was made (cid.time / shown here as cl_time). The highest/newest commit ID and its time represent the most recent configuration change seen among the devices. (clouddocs.f5.com) bigip_a has the latest configuration (A) because it shows commit ID 3273 at 14:27:00, which is newer than commit ID 1745 at 13:52:34 on bigip_b and bigip_c. (clouddocs.f5.com) Two devices are out of date (B) because bigip_b and bigip_c are still on the older commit ID 1745, so they do not match the latest commit shown on bigip_a. (clouddocs.f5.com) Why the other options are not supported by this output:
C is not supported: bigip_c is not showing a newer commit than the others; it's on the older commit (1745), so it's not the source of the most recent change. The output's cid-orig column is what tells you where the change was made. (clouddocs.f5.com) D/E are incorrect logic: matching cid.time between two devices only indicates they share the same change timestamp/commit, not that it is the correct or latest configuration. The "latest" is indicated by the newest commit ID/time (here, bigip_a). (clouddocs.f5.com)


NEW QUESTION # 24
......

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