HPE SN6000B 16Gb 48-port/48-port Active Power Pack+ Fibre Channel Switch

The HPE SN6000B 16Gb 48-port/48-port Active Power Pack+ Fibre Channel Switch is engineered to propel modern data centers into a new era of efficiency, reliability, and scalability. When virtualization and data-intensive workloads continue to rise, you need a fibre channel switch that can keep pace without driving up complexity or cost. The SN6000B delivers dense 48-port 16Gb Fibre Channel connectivity in a compact, enterprise-grade chassis, enabling you to consolidate storage access, simplify fabric management, and accelerate workload performance across your SAN. From databases and virtualized servers to backup and archive operations, this switch helps you build a resilient fabric with predictable latency and robust throughput. The Active Power Pack+ ensures continuous availability by providing redundant, hot-swappable power capabilities, while advanced fabric features support multi-pathing, zoning, and NPIV for virtualization-friendly environments. In short, the SN6000B is a scalable backbone for aggressive I/O requirements, designed to minimize downtime and maximize storage utilization in today’s data centers.

• High-density 48 x 16Gb Fibre Channel ports: Delivers the bandwidth required for multi-tier storage networks, enabling simultaneous access to databases, VMs, and backup targets without congestion.
• Active Power Pack+ redundancy: Hot-swappable power packs provide fault tolerance and uninterrupted operation, protecting mission-critical workloads from power-related outages.
• Non-blocking Fabric and low latency: Optimized for virtualized environments, ensuring steady performance as workloads scale and storage pools expand.
• Advanced zoning, NPIV and fabric management: Supports flexible SAN provisioning, virtualization-friendly features, and streamlined administration with familiar HP management tools.
• Rack-friendly 1U form factor with enterprise-grade reliability: Space-efficient design paired with robust hardware components to support dense SAN deployments in data centers.

Technical Details of HPE SN6000B 16Gb 48-port/48-port Active Power Pack+ Fibre Channel Switch

• Port configuration: 48 x 16Gb Fibre Channel ports for high-speed storage networking.
• Performance: Line-rate, non-blocking fabric designed to handle peak I/O demands with minimal latency.
• Speed per port: 16 Gbps Fibre Channel links for fast, predictable data transfer.
• Management and control: Out-of-band management available via dedicated management interfaces; supports standard FC management protocols and HP SAN software tools.
• Power and redundancy: Active Power Pack+ with hot-swappable, redundant power capabilities to maximize uptime.
• Form factor: 1U rack-mountable chassis suitable for dense data center deployments.
• Fabric features: Zoning, NPIV (N-Port ID Virtualization), and support for scalable SAN fabrics across multiple switches.
• Compatibility: Designed to integrate with a wide range of HPE storage systems and third-party SAN components, providing flexible deployment options.
• Environmental: Built for enterprise data centers with reliability in standard data center ambient conditions; supports monitoring features for proactive maintenance.

How to install HPE SN6000B Fibre Channel Switch

• Plan your fabric: Assess your current SAN topology, identify zones, and map which servers and storage arrays will connect to the SN6000B. Prepare a zoning strategy and NPIV requirements to optimize virtualization workflows.
• Rack and mount: Install the SN6000B in a standard 19-inch rack. Ensure proper clearance for airflow and access to management ports. Secure rails and verify power connections to support the Active Power Pack+ configuration.
• Connect power: Attach hot-swappable redundant power supplies (Active Power Pack+) according to the manufacturer’s guidelines. Verify power-on sequence and ensure redundant paths are active for failover protection.
• Network and storage cabling: Connect 48 Fibre Channel cables from the SN6000B ports to your storage arrays and servers. Use high-quality cables and verify link integrity with the switch’s management interface.
• Management access: Connect the out-of-band management interface to your management network. Access the CLI or GUI (as provided by HP management tools) to configure initial settings.
• Initial configuration: Enable the switch, set a secure administrative password, configure management IP, and verify firmware compatibility with existing SAN components. Establish baseline fabric settings and verify NPIV and zoning capability.
• Firmware and security: Update to the recommended firmware version, apply security best practices, and enable monitoring features to track performance and health indicators.
• Fabric provisioning: Create zones and VSANs as needed, add initiators and targets, and validate path availability with a storage test I/O workload. Ensure multipath I/O is functioning as expected for high availability.
• Ongoing management: Use HP SAN management tools to monitor fabric performance, run health checks, and adjust configurations as workloads evolve. Schedule regular firmware reviews and capacity planning assessments.

Frequently asked questions

• What is the port speed of the SN6000B? The SN6000B provides 48 x 16Gb Fibre Channel ports, delivering high-bandwidth access to storage networks.
• Does it support redundancy? Yes. The Active Power Pack+ provides hot-swappable, redundant power options to maximize uptime, and the switch supports scalable high-availability configurations.
• Can it integrate with NPIV and virtualization technologies? Yes. The SN6000B supports NPIV alongside zoning and other fabric management features to accommodate virtualized server environments.
• How scalable is the SAN fabric? The SN6000B is designed for scalable SAN fabrics, enabling you to grow storage access across multiple switches while maintaining low latency and steady performance.
• What management tools are compatible? The switch is designed to work with HP’s SAN management suite and standard Fibre Channel management protocols, providing cohesive control over fabric configuration and monitoring.