306-300 Exam Dumps

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Certification Provider:	Lpi
Exam Code / Number:	306-300
Exam Name:	LPIC-3 Exam 306: High Availability and Storage Clusters
Exam Questions:	202
Last Updated:	Jun 22, 2026
Corresponding Certification:	LPIC Level 3

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Another important area of focus on the Lpi 306-300 exam is storage clusters. Storage clusters are used by organizations to provide scalable and reliable storage solutions. 306-300 exam tests candidates on key skills such as configuring and managing storage devices, managing and monitoring storage resources, and troubleshooting storage issues. By passing 306-300 exam, IT professionals can demonstrate their ability to manage complex storage environments and ensure that critical data is always available to users.

To take the Lpi 306-300 exam, candidates must have already passed the LPIC-2 certification exam. Candidates who pass the Lpi 306-300 exam will earn the LPIC-3 certification, which is a highly respected certification in the Linux industry. The LPIC-3 certification is recognized by many companies and organizations worldwide as a standard of excellence for Linux professionals.

Lpi 306-300 Exam Syllabus Topics:

Section	Objectives
Single Node High Availability	- Hardware Monitoring 1. RAID monitoring and recovery 2. SMART monitoring - System Availability 1. UPS integration 2. Service supervision 3. Watchdog services
High Availability Cluster Storage	- Storage Replication 1. DRBD configuration and management 2. Data synchronization and failover - Cluster File Systems 1. GFS2 2. OCFS2 - Shared Storage Technologies 1. SAN storage integration 2. Multipath I/O 3. Clustered LVM
High Availability Distributed Storage	- Gluster 1. GlusterFS deployment 2. Replication and fault tolerance - Ceph 1. RADOS components 2. CRUSH maps 3. Ceph architecture
High Availability Cluster Management	- High Availability Concepts and Theory 1. High Availability and Site Reliability Engineering 2. Cluster architectures and recovery mechanisms 3. Disaster recovery and redundancy concepts - Load Balanced Clusters 1. LVS and IPVS concepts 2. VRRP fundamentals 3. keepalived configuration 4. HAProxy deployment and management 5. ldirectord configuration - Cluster Resource Management 1. Fencing and quorum management 2. Pacemaker cluster management 3. Resource allocation and failover