SAP C-DBADM-2601 Exam Overview:
| Certification Vendor: | SAP |
| Exam Name: | SAP Certified - Database Administrator - SAP HANA |
| Exam Number: | C_DBADM_2601 |
| Passing Score: | 73% |
| Related Certifications: | SAP Certified Technology Associate - SAP HANA Cloud Provisioning and Administration |
| Certificate Validity Period: | 5 years |
| Available Languages: | English |
| Exam Price: | $578 USD |
| Real Exam Qty: | 80 |
| Exam Format: | Multiple Choice, Scenario-based, System-based Assessment |
| Exam Duration: | 180 minutes |
| Recommended Training: | Provisioning and Administering Databases in SAP HANA Cloud HA200 - Installation and Administration of SAP HANA |
| Exam Registration: | SAP Learning Hub SAP Certification Hub |
| Sample Questions: | SAP C-DBADM-2601 Sample Questions |
| Exam Way: | Online proctored or onsite at SAP authorized test centers |
| Pre Condition: | Basic knowledge of database administration and SAP HANA fundamentals; no mandatory prerequisite exams |
| Official Syllabus URL: | https://learning.sap.com/certifications/sap-certified-associate-database-administrator-sap-hana |
SAP C-DBADM-2601 Exam Syllabus Topics:
| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Backup and Recovery | 11% - 20% | - High availability and disaster recovery - Recovery procedures and scenarios - Backup strategies and execution |
| Topic 2: Database Security | 11% - 20% | - Audit and compliance - Security settings and encryption - Data protection and access control |
| Topic 3: Migration and Integration | 11% - 20% | - Data movement and replication - Migration to SAP HANA Cloud - Integration with SAP systems |
| Topic 4: Monitoring and Troubleshooting | 11% - 20% | - Problem diagnosis and resolution - Monitoring tools and metrics - Performance analysis and optimization |
| Topic 5: Database Administration and Configuration | 11% - 20% | - Resource management and allocation - System configuration and parameters - User and authorization management |
| Topic 6: SAP HANA Architecture and Deployment | 11% - 20% | - Architecture components and concepts - Deployment options: on-premise and cloud - Installation and upgrade procedures |
SAP Certified - Database Administrator - SAP HANA Sample Questions:
1. A packaged foods company is preparing a controlled maintenance cycle for its on-premises SAP HANA environment while keeping a separate SAP HANA Cloud database available for downstream reporting. The initial upgrade preparation completed, but the final readiness review shows that one administration path still reflects pre-maintenance behavior while the main lifecycle checks show the target state for most components. No broad outage is visible, yet the validation team cannot sign off because the operational view is inconsistent.
The maintenance coordinator wants to avoid unnecessary rollback and complete only the correction needed to restore lifecycle consistency before the business window opens.
Which action is the best choice?
A) Roll back the entire maintenance cycle because any inconsistent administrative view proves the upgrade cannot be trusted.
B) Redirect all validation to the cloud database and postpone the remaining on-premises lifecycle correction to a later window.
C) Confirm which lifecycle element remains out of sync and complete the pending maintenance finalization before releasing the system.
D) Accept the current state because most components already show the target level and no outage is visible.
2. A regional pharmacy network runs SAP HANA for internal inventory analytics in an on-premises environment that is administered through mixed tooling. After a planned configuration update, the database starts successfully and SAP HANA cockpit shows the system as available. However, an administrative connection test through hdbsql fails from the operations workstation, while the same user can view the system in the cockpit. The connection entry was recently changed during the maintenance activity.
The constraint is that the administrator must restore validated administrative execution without assuming that cockpit visibility proves command-line connectivity. The operations team needs a confirmed administration path before approving the next scheduled monitoring cycle.
Which action best resolves the administrative validation gap?
A) Verify the hdbsql connection entry and target binding, correct the changed connection details, and repeat the administrative connection test.
B) Restart the database so cockpit visibility and command-line connectivity are refreshed through the same startup sequence.
C) Reassign the administrator's cockpit access because successful cockpit visibility indicates the command-line failure is permission-related.
D) Approve the monitoring cycle because database availability in SAP HANA cockpit confirms the system is operational.
3. A consumer lending firm runs an on-premises SAP HANA database for core transaction support and uses SAP HANA Cloud for selected analytical workloads. During the morning review, administrators see that the database remains available and background jobs finished, but one monitoring dashboard now shows repeated alert bursts for a short interval after each monitoring cycle.
The alert pattern clears on its own and does not affect general user processing. A team member recommends disabling the noisy alert because it looks self-correcting. The operations lead wants to keep monitoring reliable without hiding a genuine issue, and the first action must stay within current operating scope.
What is the best first action?
A) Review whether the alert bursts are caused by a specific monitoring threshold or collection sequence before changing the alert design.
B) Restart the monitored database so the alert pattern can be cleared before the next review cycle begins.
C) Disable the alert temporarily because self-clearing alerts do not represent a meaningful operational problem.
D) Increase system capacity immediately because repeated alerts prove the current environment is under-sized.
4. A regional publishing group runs SAP HANA for subscription analytics. A scheduled backup completes successfully, but the backup monitor shows a warning that the follow-up verification step did not finish before the operations cutoff. The administrator can see the backup artifact, and a supervisor suggests marking recovery readiness as complete because the backup itself exists.
The constraint is that the resilience report must confirm that the backup can be used in the recovery procedure, not only that a backup file was created. The report is due before the next business cycle starts.
Which action best supports the resilience report?
A) Create a manual backup immediately and ignore the failed verification step from the scheduled run.
B) Delay all resilience reporting until the next scheduled backup cycle completes without warnings.
C) Complete or rerun the backup verification step and record usable recovery evidence before marking readiness complete.
D) Mark recovery readiness complete because the scheduled backup artifact is visible.
5. CHALLENGE 4 - Receipt-to-Invoice Continuity During Transition Weekend
The finance team proposes a quicker overlap approach: allow local exception handling during the transition weekend so invoices can be settled faster, even if the route differs slightly by plant. The transition office wants a result that remains supportable after go-live. Which action is best aligned with the scenario?
A) Validate only goods receipt
B) Retain the stricter receipt-to-invoice sequence and validate whether finance traceability remains intact under overlap-period conditions
C) Suspend invoice validation during the weekend and rely on post-go-live cleanup for any unsettled cases
D) Accept local exception handling because transition weekends should prioritize speed over continuity
Solutions:
| Question # 1 Answer: C | Question # 2 Answer: A | Question # 3 Answer: A | Question # 4 Answer: C | Question # 5 Answer: B |
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