SAP C_DBADM Prüfungsthemen:
| Abschnitt | Ziele |
|---|---|
| Thema 1: Sicherheitsverwaltung | - Authentifizierung und Berechtigungsvergabe - Verschlüsselung und Datenschutz |
| Thema 2: SAP HANA-Architektur | - Mandantenfähige Datenbankcontainer (MDC) - Grundlagen des In-Memory-Computings - Übersicht über Systemkomponenten und Architektur von SAP HANA |
| Thema 3: Installation und Konfiguration | - Systemkonfiguration und Parametereinstellungen - Installationsverfahren für SAP HANA |
| Thema 4: Hochverfügbarkeit und Systemreplikation | - Grundlagen des Failover und der Notfallwiederherstellung - Einrichtung der SAP HANA-Systemreplikation |
| Thema 5: Datenbankverwaltung | - Grundlagen der Datensicherung und Wiederherstellung - Systemüberwachung und Verwaltungswerkzeuge - Benutzer- und Rollenverwaltung |
| Thema 6: Leistungsoptimierung und Fehlerbehebung | - SQL-Protokollierung und Arbeitslastanalyse - Leistungsüberwachung und Optimierung - Methoden zur Systemfehlerbehebung |
SAP Certified - Database Administrator - SAP HANA C_DBADM Prüfungsfragen mit Lösungen
1. A regional vehicle leasing company is updating its SAP HANA administration evidence model for a mixed landscape. The on-premises database supports active reporting, while an SAP HANA Cloud environment is used for migration rehearsal. During review, the administrator finds that the same readiness label is applied to architecture notes, active workload checks, and cloud rehearsal evidence. SAP HANA cockpit confirms the on-premises database is available, and SAP HANA Cloud Central confirms the cloud environment is running.
The constraint is that the administrator must avoid using one readiness label for different architectural responsibilities. The handover must show which evidence belongs to active operation, which belongs to cloud readiness, and which belongs to migration preparation.
Which action best strengthens the administration evidence model?
A) eep one readiness label because both environments are part of the same SAP HANA administration scope.
B) pprove cloud readiness based on SAP HANA Cloud Central availability and defer architectural evidence mapping.
C) se only the on-premises evidence because it supports the current active reporting workload.
D) eparate evidence categories by active operation, cloud environment readiness, and migration preparation before approving handover.
2. <strong>CHALLENGE 4 — SIT Recovery Evidence Sequencing</strong>
The SIT lead can release the next cycle on schedule using backup completion evidence, or delay the release briefly to include recovery validation for the installed test database and recoverability evidence for the upgraded system. Which path is most defensible?
A) elease on schedule and attach recovery evidence to the later SAP HANA Cloud migration plan.
B) elease on schedule because schedule discipline is the highest priority during SIT.
C) elay briefly to complete recovery evidence for the systems included in the next SIT cycle.
D) ancel the second SIT cycle because recovery validation was not completed before the first run.
3. <strong>CHALLENGE 1 — SIT Configuration State Comparison</strong> During SIT, integration users can connect to both SAP HANA reporting systems, but the upgraded on-premises system does not show one configuration entry in its final administration record. The newly installed database has the entry documented correctly. What should the administrator do before accepting the reporting comparison results?
A) econcile the configuration records so both systems are evaluated against documented states.
B) ontinue testing and document the configuration difference only if report results become unusable.
C) ccept the comparison because user connectivity confirms both systems are ready for SIT reporting.
D) emove the configuration entry from the installed system record to simplify the comparison.
4. A manufacturing firm uses SAP HANA Cloud for analytics and an on-premises SAP HANA system for operational reporting. After a weekend parameter change, users report that a recurring operational report now completes, but much more slowly than before. Monitoring shows the database is available, CPU is elevated during the report window, and memory consumption remains within expected limits. A junior administrator proposes increasing system resources immediately.
The team lead wants the least disruptive action first because the slowdown affects only one workload pattern, not the entire database. The administrators can review runtime indicators and configuration settings through the available administration tools.
Which action is the best first step?
A) oll back the recent parameter change immediately without validating whether it is linked to the report slowdown.
B) estart the affected database so that the report executes with a clean runtime state and lower CPU utilization.
C) ompare the changed configuration with current workload behavior and validate whether the parameter shift altered execution characteristics for that report pattern.
D) ncrease database resources first because the higher CPU usage proves the current sizing is no longer sufficient.
5. <strong>CHALLENGE 3 — Reporting Performance Evidence Control</strong> The database owner wants performance improvements recorded as part of hypercare success, while the operations lead wants stabilization evidence preserved before tuning. Which decision best balances performance and evidence quality?
A) eject all performance changes until the SAP HANA Cloud transition is complete.
B) reserve current monitoring evidence, validate thresholds, then document any tuning as a controlled follow-on change.
C) se the cloud reporting test results to replace the on-premises hypercare performance record.
D) pply tuning and record the improved response time as the main hypercare result.
Fragen und Antworten:
| 1. Frage Antwort: D | 2. Frage Antwort: C | 3. Frage Antwort: A | 4. Frage Antwort: C | 5. Frage Antwort: B |






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