Veritas NetBackup 5350 SAN/NAS Storage System

The Veritas NetBackup 5350 SAN/NAS Storage System is an enterprise-grade backup appliance designed to meet the most demanding data protection objectives in today’s data centers. Built around the industry-leading NetBackup software, the 5350 consolidates storage, performance, and resiliency into a single, scalable platform that protects both virtualized and physical environments. Whether you’re safeguarding mission-critical databases, virtual machines, or expansive file shares, the NetBackup 5350 is engineered to deliver fast backups, rapid recoveries, and simplified management — all while maintaining compliance and reducing total cost of ownership. It’s the right choice for organizations pursuing aggressive recovery objectives, long-term retention, and predictable, automated data protection across on-premises and hybrid environments.

• High-performance, scalable protection: The NetBackup 5350 is designed to handle large-scale backups with high ingest rates and sustained throughput. It supports modular expansion to scale capacity as your data grows, ensuring your backups complete within tight windows and that recovery times stay within service levels. This scalability makes it suitable for enterprises facing rapid data growth, mixed workloads, and diverse backup targets, from legacy physical servers to containerized virtual environments.
• Unified SAN/NAS storage with NetBackup integration: This appliance integrates both SAN and NAS capabilities into a single, cohesive platform. Coupled with NetBackup software, it enables policy-driven protection for heterogeneous environments, enabling centralized management of backups, deduplication, replication, and long-term retention. The result is streamlined operations, fewer storage silos, and consistent data protection across all workloads.
• Resiliency and data protection for today’s data center: The 5350 is built with redundant components, automated failover, and robust data integrity features. It supports snapshotting, encryption options, and secure replication to DR sites, reducing the risk of data loss and enabling rapid disaster recovery. Enterprise-grade durability ensures backup windows remain predictable even during hardware failures or maintenance cycles.
• Automation, policy-based management, and simplified operations: NetBackup 5350 leverages centralized, policy-based automation that reduces manual effort and human error. With a single management console, administrators can define backup policies, schedule recurring protection, and monitor job status across multiple clients and platforms. APIs and integration points enable automation with orchestration tools, enabling faster, repeatable deployment and consistent protection across the environment.
• Security, compliance, and governance: The appliance emphasizes security at rest and in transit, access controls, and auditability. Role-based access, encryption options, and tamper-evident logging contribute to a compliant data protection solution suitable for regulated industries. By maintaining immutable backups and controlled access, organizations can meet governance requirements while preserving the integrity of protected data.

Technical Details of Veritas NetBackup 5350 SAN/NAS Storage System

Technical specifications for this product are not provided in the current description. To obtain exact details such as processor architecture, memory capacity, total usable storage, drive types, network interfaces, hardware redundancy features, licensing, and compatibility with specific NetBackup software versions, please refer to the official Synex EC listing and view the Specifications section using the product’s UPC or SKU. This information is essential for understanding service levels, warranty terms, and integration requirements with your existing data center stack.

how to install Veritas NetBackup 5350 SAN/NAS Storage System

Installing the Veritas NetBackup 5350 SAN/NAS Storage System involves preparing your environment, deploying the appliance, and configuring NetBackup to protect your data. While exact steps may vary by firmware version and deployment scenario, a typical installation flow includes the following phases:

1) Plan and rack the appliance: Determine the appropriate rack space, ensure proper environmental controls (temperature, humidity, airflow), and verify power and network connectivity. Position the system in a secure area with access to management networks and backup clients. Always follow your organization’s IT standards for rack mounting and cabling to minimize risk and improve reliability.

2) Power, network, and initial boot: Connect the unit to power and initialize network interfaces. When powered on, use the console or management port to access the initial setup wizard. This wizard guides you through essential configurations, including IP addressing, DNS, NTP, and basic system health checks. Ensuring stable time synchronization is critical for accurate backups and consistent logging.

3) Install NetBackup software and licenses: Confirm that the NetBackup software environment is installed or pre-installed on the appliance. Apply licenses appropriate for your protection scope, including capacity, features, and any additional modules. Validate that the NetBackup policy components, storage unit settings, and media servers are correctly registered within the NetBackup deployment.

4) Configure storage targets and protection policies: Define storage units, storage groups, and any replication targets. Create backup policies that align with your RPOs and RTOs, and specify client groups, schedules, and retention rules. Leverage deduplication and compression options where appropriate to optimize space and performance. Set up automated verification steps to confirm successful backups and recoveries.

5) Connect clients and test restores: Install NetBackup clients on virtual machines and physical servers, or ensure agents are present for cloud and application environments. Run end-to-end restore tests to validate data recoverability, ranging from file-level restores to full-system recoveries. Document restore procedures and test results to support ongoing compliance and readiness for disaster recovery scenarios.

6) Harden security and monitor health: Implement RBAC for administrators, configure encryption at rest and in transit if required, and set up alerting for job failures, hardware faults, and capacity thresholds. Establish routine maintenance windows for firmware updates, software patches, and hardware health checks to keep the system secure and reliable.

7) Establish ongoing operations and DR planning: Create a maintenance plan that includes backup window optimization, retention management, replication testing, and cross-site recovery drills. Regularly review performance metrics, job success rates, and capacity growth to ensure that the NetBackup 5350 continues to meet evolving protection requirements.

Frequently asked questions

• What environments does the Veritas NetBackup 5350 protect? The NetBackup 5350 is designed to protect both virtualized and physical environments, offering centralized protection across heterogeneous workloads, including servers, databases, and file services. It supports policy-based protection and scalable storage configurations to accommodate growing data footprints.
• Does the 5350 support deduplication and compression? Yes. NetBackup’s data reduction capabilities, including deduplication and compression options, help reduce storage requirements and optimize backup throughput, especially in environments with repetitive data patterns.
• How is security handled on the NetBackup 5350? The appliance supports encryption options for data at rest and in transit, role-based access controls, and audit-ready logs. These features help meet regulatory requirements and protect against unauthorized access to backups.
• Can the 5350 integrate with cloud and DR sites? The NetBackup 5350 is designed for flexible protection strategies, including replication to remote DR sites and integration with cloud-based backups or archives. This supports disaster recovery planning and long-term retention.
• What steps are essential for confirming data recoverability? Regular restore tests are essential. After configuring policies, perform end-to-end recoveries—from individual files to full-system restores—to validate that backups are reliable and can meet defined RPOs and RTOs.