Veritas Flex System 5340 SAN Storage System

The Veritas Flex System 5340 SAN Storage System is engineered to redefine how modern organizations manage data across hybrid environments. As an Information-Defined appliance, it blends intelligent data placement with on-demand capabilities to deliver robust data protection, seamless cloud tiering, and streamlined operations. Designed for scale, security, and compliance, the Flex System 5340 helps IT teams simplify complex storage landscapes while accelerating workload performance and ensuring rapid disaster recovery. Whether you are consolidating legacy silos, protecting highly regulated data, or enabling agile cloud strategies, this system provides a durable foundation for data management that evolves with your business needs. With built-in analytics, policy-driven automation, and resilient hardware architecture, Veritas positions the Flex System 5340 as a future-proof choice for enterprises seeking efficient, reliable, and cost-effective SAN storage at scale.

• Unified on-premises and cloud data management: Consolidate file, block, and object storage with a single, centralized management plane. The Flex System 5340 simplifies day-to-day operations, reduces data sprawl, and provides a holistic view of all storage assets, enabling admins to provision, monitor, and troubleshoot with precision. This unified approach accelerates deployments, improves visibility, and supports consistent governance across on-site data centers and cloud environments.
• On-demand data protection and disaster recovery: Built-in backup, replication, and instant recovery capabilities offer flexible, policy-driven protection across multi-site and cloud targets. Automated failover and failback workflows minimize downtime during outages, while immutable snapshots and ransomware-resilient protections help safeguard critical workloads. With granular restore options, organizations can quickly recover specific files, databases, or entire systems with confidence.
• Seamless tiering to public and private clouds: Intelligent data placement moves cold or underutilized data to cost-efficient cloud storage while keeping hot data on high-performance media. This multi-cloud tiering reduces CapEx and OpEx, improves accessibility, and enhances disaster recovery strategies by enabling cloud-based continuity across providers. Policy-driven tiering ensures data remains within compliance regimes and performance SLAs are preserved.
• Information-Defined architecture for flexible provisioning: Policy-based automation and AI-assisted analytics simplify capacity planning, data placement, and lifecycle management. Information-Defined pools abstract storage resources from underlying hardware, empowering administrators to define service levels, deduplication, compression, and encryption policies that align with business objectives and regulatory requirements.
• Enterprise-grade performance with scalable capacity: The Flex System 5340 is designed to handle demanding workloads—databases, analytics, virtualization, and core enterprise apps—while offering scalable capacity to grow with data needs. It delivers high IOPS, predictable latency, robust data integrity, and enterprise features such as encryption at rest, secure multi-tenant management, and redundant components to maximize uptime.

Technical Details of Veritas Flex System 5340 SAN Storage System

Technical specifications are not provided in the current product data. For complete, up-to-date specifications, consult the official product catalog or supplier portal. This section highlights the key capabilities that influence performance, reliability, and scalability in typical deployments:

how to install Veritas Flex System 5340 SAN Storage System

Installing the Veritas Flex System 5340 SAN Storage System is a streamlined process designed for hybrid environments. Follow these high-level steps to establish a solid foundation for data management and cloud integration:

Step 1: Prepare the data center – Verify rack space, power availability, cooling, and network fabric compatibility. Confirm that your data center meets the hardware and environmental requirements for the appliance and that you have access to management networks and storage fabrics you plan to use (SAN, iSCSI, or NAS, as applicable).

Step 2: Unbox, rack, and connect – Mount the system in a secure rack, attach power cords with redundant feeds, and connect it to network switches and storage fabrics. Ensure cabling supports your performance expectations and that link aggregation or multi-path configurations are prepared according to your network architecture.

Step 3: Power up and initialize – Power on the system and access the management console. Configure initial administrative credentials, IP addresses, and basic system settings. Establish administrative separation and identity management aligned with your organization’s security policies.

Step 4: Configure storage pools and protection policies – Create storage pools, define data protection policies, and set up replication to remote sites or cloud targets. Implement encryption at rest and verify that integrity checks, bit-rot protection, and MFA‑based access controls are in place to safeguard data.

Step 5: Enable cloud tiering and validate connectivity – Connect to your public and/private cloud endpoints, enable tiering policies, and test data movement between on-premises storage and cloud targets. Validate policy behavior, latency implications, and failover pathways to ensure continuity under real-world workloads.

Step 6: Migrate data and run health checks – Begin data migration in stages, monitor performance and capacity, and run comprehensive health checks. Confirm that backups, DR tests, and restoration procedures operate as expected, and document recovery point objectives (RPO) and recovery time objectives (RTO) for critical workloads.

Step 7: Establish ongoing management and optimization – Set up routine maintenance windows, enable alerting and monitoring, and implement automation for capacity planning. Regularly review policy effectiveness, adjust retention windows, and optimize deduplication and compression settings to maximize efficiency.

Frequently asked questions

Q: What is the Veritas Flex System 5340 SAN Storage System? A: It is an Information-Defined SAN storage appliance designed for hybrid data management. It combines on-demand data protection, cloud tiering to public and private clouds, and automated provisioning to simplify storage administration and improve business resilience.

Q: How does cloud tiering work with this system? A: Cloud tiering moves data based on policy-driven rules. Frequently accessed data stays on high-performance storage, while infrequently accessed data is tiered to cost-effective cloud storage. This balance lowers storage costs, preserves performance, and enhances disaster recovery options by enabling cloud-based continuity.

Q: Is the system suitable for small businesses as well as large enterprises? A: Yes. The Flex System 5340 is designed to scale with your data growth and workload requirements. It supports both modest beginnings and expansive deployments, offering flexible provisioning, robust protection, and cloud integration that can adapt to changing IT needs.

Q: What security features are included? A: The appliance includes encryption at rest, secure management interfaces, role-based access control, and automated integrity checks. It is built to meet enterprise-grade security standards and is designed to help organizations comply with regulatory requirements.

Q: How do I get technical specifications for this product? A: Technical specifications should be obtained from the official product catalog or supplier portal. If you are reviewing this description for a catalog listing, ensure you reference the latest published specifications to provide accurate power, density, throughput, and capacity details.