Veritas Flex System 5340 SAN Storage System

The Veritas Flex System 5340 SAN Storage System is an enterprise-grade solution engineered to simplify and fortify data management in rapidly evolving environments. Built on an Information-Defined architecture, this storage system merges smart software with robust hardware to deliver resilient data protection, scalable performance, and streamlined management. It is designed to handle mission-critical workloads—from databases and virtualization to analytics and long-term archives—while harmonizing on-premises storage with cloud-ready capabilities. With its focus on automation, policy-driven data placement, and secure operations, the 5340 helps organizations reduce complexity, optimize costs, and accelerate the path to modern, agile data infrastructure.

• Information-Defined architecture for smarter data placement: The 5340 uses policy-based automation to determine the best storage tier and path for each data set. This enables consistent performance, cost efficiency, and end-to-end governance across on-site SAN environments and cloud storage, so you gain predictable latency and optimized utilization without sacrificing flexibility.
• Comprehensive data protection and disaster recovery: Built-in snapshots, replication, and near-continuous data protection capabilities provide fast recovery across sites. Immutable or tamper-resistant snapshot options, ransomware resilience, and automated disaster recovery workflows help safeguard critical workloads and ensure business continuity.
• High performance, scale, and multi-workload support: Dual-redundant controllers and scalable capacity support a mix of transactional databases, virtual machines, analytics, and backup workloads. Enhanced caching and intelligent tiering reduce latency, improve IOPS, and deliver consistent performance under heavy demand.
• Flexible connectivity and interoperable ecosystem: The system offers versatile host interfaces and protocol support to fit into existing networks, including Fibre Channel and iSCSI. Its design accommodates gradual migrations and seamless integration with diverse hardware, software, and cloud partners.
• Unified management, security, and compliance: A centralized management interface, role-based access controls, encryption at rest, secure data erasure, and comprehensive auditing simplify governance and strengthen security postures across the entire data lifecycle.

Technical Details of Veritas Flex System 5340 SAN Storage System

• Architecture: Information-Defined SAN storage with integrated data services and policy-based automation that orchestrates data placement, protection, and lifecycle management across multiple tiers and sites.
• Controller redundancy: Dual active-redundant controllers designed for high availability, with hot-swappable components to minimize downtime during maintenance or failure scenarios.
• Drive and media support: Hot-swappable drive bays with support for a range of media types (SAS, SATA, and NVMe options depend on configuration) to optimize capacity, performance, and cost per terabyte.
• Performance features: Advanced caching layers and tiering, optimized I/O paths, and scalable bandwidth to handle mixed workloads with low latency and high throughput.
• Connectivity and protocols: Flexible host connectivity, including Fibre Channel and iSCSI interfaces, enabling seamless integration with existing SAN fabrics and virtualization environments.
• Data services: Native support for snapshots, clones, replication, data deduplication, compression, thin provisioning, and automated tiering to maximize efficiency and protect data across tiers.
• Security and compliance: Encryption at rest with strong algorithms, secure data erasure, role-based access control (RBAC), auditing, and policy-driven compliance reporting.
• Management and integration: Web-based GUI, CLI, and REST API options for automation and orchestration; compatible with standard management and monitoring tools in enterprise ecosystems.
• Cloud and DR readiness: Hybrid cloud capabilities and offsite replication support for disaster recovery, backups, and scalable long-term retention in public or private cloud repositories.
• Power, cooling, and reliability: Redundant hot-swappable power supplies and cooling modules with energy-efficient design to support continuous operation in data centers.

How to install Veritas Flex System 5340 SAN Storage System

• Plan and validate prerequisites: Assess your current SAN fabric, determine required capacity, performance targets, and any compliance or security requirements. Confirm available rack space, power, cooling, and network topology before deployment.
• Rack and physically install the chassis: Secure the Veritas Flex System 5340 chassis in a standard 19-inch rack, install rails if needed, and connect redundant power supplies. Ensure proper grounding and cable management to facilitate maintenance.
• Connect storage interconnects and hosts: Wire Fibre Channel and/or iSCSI connections to your fabric, label cables for clarity, and verify switch zoning or target configurations according to your environment.
• Power up and access the management interfaces: Boot the system and access the management console. Configure initial network settings, including management IP addresses, DNS, and access controls for administrators.
• Set up controllers, pools, and volumes: Create and configure dual controllers for high availability, define storage pools, and provision LUNs or volumes. Establish access paths from hosts and map or zone as required.
• Enable data protection and policy automation: Activate snapshots, replication, encryption, and tiering policies. Set up alerting, monitoring, and maintenance windows to align with your operational practices.
• Test, validate, and optimize: Run routine health checks, perform a failover test, verify recovery procedures, and monitor performance against SLAs. Fine-tune cache settings, IOPS targets, and tiering thresholds as needed.

Frequently asked questions

• What workloads is the Veritas Flex System 5340 SAN Storage System best suited for? The 5340 is designed for enterprise-grade workloads such as relational databases, virtualization platforms (including VMs and containers), analytics pipelines, and large-scale backups. Its Information-Defined architecture and scalable design help ensure predictable performance, robust data protection, and efficient storage utilization across hybrid environments. It is particularly effective for organizations seeking to consolidate storage silos while maintaining rigorous data governance and disaster recovery readiness.
• Does it support cloud integration and disaster recovery in a hybrid environment? Yes. The system is built with hybrid cloud readiness in mind, enabling offsite replication, cloud-based backups, and DR workflows that span on-premises data centers and public or private cloud repositories. This flexibility supports long-term retention, test/dev DR exercises, and scalable backups without sacrificing control or security.
• What data protection features are included? The platform offers snapshots and clones for rapid recovery, asynchronous or synchronous replication between sites, point-in-time recovery, and encryption at rest. These features, combined with policy-driven automation, help reduce recovery point objectives (RPOs) and recovery time objectives (RTOs) while maintaining data integrity and security across all storage tiers.
• How does the system ensure high availability and reliability? High availability is achieved through dual redundant controllers, hot-swappable components, and redundant power/cooling. Storage pools and LUNs are protected by resilient RAID-like schemes and automated failover/failback processes, ensuring continuous access to data even during maintenance or component failures.
• What are the typical deployment considerations and maintenance requirements? Deployments should align with existing SAN fabric and security policies, with ongoing maintenance focusing on firmware updates, health monitoring, capacity planning, and periodic DR testing. Regular reviews of protection policies, access controls, and compliance reporting help sustain optimal performance and governance over time.