Veritas NetBackup 5340 SAN Storage System

The Veritas NetBackup 5340 SAN Storage System is a purpose-built backup storage appliance engineered to meet the escalating demands of modern data protection. Designed for both virtual and physical environments, this scalable SAN storage solution delivers outstanding performance, reliability, and flexibility to protect mission-critical data across on-premises data centers and hybrid cloud infrastructures. With tight integration to the Veritas NetBackup software suite, the 5340 enables efficient backup, rapid restores, and automated lifecycle management that simplify complex data protection workflows. Built to handle large-scale workloads, it combines dense storage capacity, intelligent data reduction, and secure, policy-driven protection to help organizations meet stringent recovery point objectives (RPOs) and recovery time objectives (RTOs) while controlling total cost of ownership.

• Powerful scalability for growing data workloads: With modular expansion options and dense drive shelves, the 5340 is designed to scale from terabytes to multi-petabytes of usable capacity, ensuring you can accommodate expanding backup windows and longer data retention policies without sacrificing performance.
• High-performance backup and rapid recovery: Engineered for throughput and low latency, the system delivers sustained write/read speeds essential for full backups, synthetic fulls, and instant restores. This enables faster data protection cycles and minimizes downtime during recovery operations.
• Advanced data protection features: Built-in deduplication, compression, and encryption at rest help reduce storage footprint and safeguard sensitive data. These capabilities enhance efficiency for long-term retention and support compliance with data privacy regulations.
• Flexible deployment and cloud integration: The 5340 supports on-premises deployment with seamless integration to Veritas NetBackup and cloud-tiering options for offsite storage. Tiering to public or private clouds reduces costs while preserving fast access to critical backups when needed.
• Proven reliability and manageability: Redundant components, robust alerting, and a centralized management interface provide high availability and simplified administration. The system is designed to minimize maintenance windows and maximize backup windows, with streamlined policy-based workflows and consistent operational health monitoring.

Technical Details of Veritas NetBackup 5340 SAN Storage System

• Model: Veritas NetBackup 5340 SAN Storage System
• Storage architecture: Scalable SAN storage chassis designed for enterprise data protection workloads
• Capacity range: Modular expansion capable of scaling from tens of terabytes to multi-petabytes of usable storage, depending on configuration and shelf count
• Throughput and IOPS: Optimized for high sustained throughput with low-latency I/O suitable for large backup streams and fast restores
• Drive types: Compatible with a mix of enterprise-grade HDDs and SSDs, enabling tiering and performance balancing based on recovery objectives
• RAID and data protection: Supports enterprise RAID configurations with data integrity features and optional encryption at rest
• Networking connectivity: Flexible connectivity options including Fibre Channel SAN, iSCSI, and high-speed Ethernet interfaces for optimized data movement
• Data optimization: Built-in deduplication and compression to reduce backup footprint and improve storage efficiency
• Cloud integration: Supports cloud-tiering for offsite retention and disaster recovery, enabling secure data transfer to public or private clouds
• Management: Centralized management console with policy-based automation, health monitoring, and integration with Veritas NetBackup for streamlined operations
• Power and cooling: Redundant hot-swappable power supplies and cooling modules to maximize uptime in demanding data centers
• Security: Encryption options for data at rest and in-flight, along with role-based access controls and secure management interfaces

How to Install Veritas NetBackup 5340 SAN Storage System

Installing the Veritas NetBackup 5340 SAN Storage System starts with planning a resilient deployment that aligns with your data protection objectives. Begin by auditing your workload patterns, retention requirements, and network topology to determine the optimal configuration and shelf placement. Physical installation should be performed by qualified IT staff with rack-mount experience, ensuring proper grounding and compliance with data center standards. After the hardware is mounted, you will connect storage shelves, attach redundant power, and establish network connectivity to your backup and management networks. Once the hardware is online, you’ll configure the storage pool layout, create volume groups, and set up the appropriate RAID strategy to balance capacity, performance, and fault tolerance. Importantly, integrate the system with Veritas NetBackup software to enable policy-driven backups and automated verification processes. Finally, run a test backup and restore to validate performance, data integrity, and recovery workflows before moving into production.

Step-by-step guidance for a typical deployment includes:

• Unbox and rack the 5340 chassis in a secure data center with proper airflow and cable management.
• Attach expansion shelves as needed to achieve the target capacity and performance profile.
• Connect redundant power supplies and verify UPS integration for uninterrupted operation.
• Configure management interfaces and assign administrative credentials with strict access controls.
• Set up initial storage pools, including tiering rules for deduplicated data and any cloud tier targets.
• Install or integrate the Veritas NetBackup software, linking media servers to the 5340 to orchestrate backup policies.
• Create protection policies that match your RPO/RTO goals, including synthetic fulls, daily increments, and retention classes.
• Run initial backups to populate the storage with data, then verify recovery across representative workloads (bare metal, application-aware, and file-level restores).
• Enable monitoring and alerting to notify operators of capacity thresholds, hardware faults, or backup failures.
• Document configuration details and recovery procedures to support ongoing operations and audits.

Best practices for installation include planning for future growth, using reserved capacity for growth margins, testing the network path latency, and validating deduplication effectiveness with representative backup data. Regular maintenance windows should be scheduled to apply firmware updates, health checks, and policy adjustments to adapt to changing data protection requirements. The result is a robust, scalable, and easily managed backup infrastructure that protects data across physical servers, virtual machines, databases, and cloud endpoints with confidence.

Frequently asked questions

• Q: What environments does the Veritas NetBackup 5340 support?
  A: The 5340 is designed to protect data across both virtual and physical environments, seamlessly integrating with NetBackup to manage backups for servers, databases, virtual machines, and cloud workloads.
• Q: How does the 5340 improve backup efficiency?
  A: It leverages built-in deduplication, compression, and intelligent data tiering to reduce storage requirements, accelerate backups, and shorten restore times, all while maintaining strong security controls.
• Q: Can I expand storage capacity as my data grows?
  A: Yes. The 5340 features modular expansion shelves and scalable architecture that allow you to increase capacity and maintain performance without disruptive migrations.
• Q: Is data encrypted on the 5340?
  A: Encryption at rest and in transit options are available to protect sensitive data, along with access controls and secure management interfaces to uphold regulatory compliance.
• Q: How does cloud tiering work with this system?
  A: Cloud tiering enables automated offsite retention by moving aged backups to public or private cloud storage, balancing cost, compliance, and accessibility for disaster recovery scenarios.
• Q: What maintenance is required after deployment?
  A: Regular firmware updates, health checks, capacity planning reviews, and policy refinements are recommended to preserve performance and reliability over time.