Cisco MDS 9396T 32G 2 RU Fibre Channel Switch

Experience the next generation of Fibre Channel fabric with the Cisco MDS 9396T 32-Gbps 96-Port 2‑RU switch. Built for data centers that demand uncompromising speed, scalable growth, and intelligent fabric management, this device delivers high‑density SAN connectivity in a compact 2‑rack‑unit form factor. Each port runs at 32 Gbps, providing the deterministic, low-latency performance required for modern storage workloads, from databases and virtualization to backup and archive. The MDS 9396T is designed to simplify complex SAN architectures with embedded analytics and telemetry, built directly into its advanced ASIC, giving administrators real‑time visibility into fabric health, traffic patterns, congestion, and root causes of performance bottlenecks. With Cisco’s proven reliability and a broad ecosystem of management tools, this switch is a cornerstone for scalable, secure, and resilient storage networks in the data center of today and the future.

• 32-Gbps Fibre Channel performance with 96 ports in a compact 2‑RU chassis, ideal for dense, scalable SAN deployments.
• Built-in analytics and telemetry embedded in the switch’s ASIC deliver real-time visibility, proactive health monitoring, and faster issue resolution.
• High availability through redundant power and cooling, resilient fabric architecture, and hot-swappable components to support non‑stop operations.
• Robust SAN capabilities including zoning, virtualization, and policy-based QoS to guarantee predictable performance for mixed workloads.
• Streamlined management and automation with Cisco DCNM integration, CLI compatibility, and seamless alignment with existing Cisco MDS ecosystems.

Technical Details of Cisco MDS 9396T 32G 2 RU Fibre Channel Switch

• Ports: 96 x 32‑Gbps Fibre Channel ports for dense fibre channel connectivity across a single 2U switch.
• Form Factor: 2‑RU chassis designed for compact racks while delivering enterprise‑class SAN capacity.
• Fabric and Throughput: High‑performance fabric architecture designed to minimize latency and maximize throughput for demanding storage workloads.
• Intelligent Features: Embedded analytics and telemetry based on Cisco’s next‑generation ASIC to provide actionable fabric insights.
• Management and Security: Integrated management options via Cisco DCNM and CLI, with policy‑driven controls and secure fabric features to protect data traffic.

How to install Cisco MDS 9396T 32G 2 RU Fibre Channel Switch

To deploy the Cisco MDS 9396T effectively, begin with a standard 19‑inch data center rack. Mount the 2U switch securely, ensuring proper clearance for ventilation. Connect redundant power sources and verify power‑supply health to maximize availability. Attach management connectivity for out‑of‑band or out‑of‑band management, then connect Fibre Channel cables to the SAN fabric and to your storage devices and host adapters. Power on the switch and perform an initial configuration through the CLI or Cisco DCNM, including basic fabric setup, zoning, and initiator mappings. Validate firmware levels and apply any recommended updates to ensure compatibility with your storage array and host platforms. Finally, perform a thorough sanity check of fabric connectivity, perform baseline telemetry collection, and tune Quality of Service and zoning policies to align with workload requirements. Regularly monitor fabric health and performance to maintain predictable, low‑latency storage operations across the SAN.

Frequently asked questions

• Q: What is the Cisco MDS 9396T best suited for?
• A: It is designed for high‑density, high‑speed Fibre Channel SAN environments requiring 32‑Gbps per port, 96 ports in a compact 2RU form factor, and built‑in analytics for proactive fabric management.
• Q: How many ports does this switch have and what speed do they run at?
• A: The MDS 9396T provides 96 Fibre Channel ports, each operating at 32 Gbps, delivering robust performance for demanding storage workloads.
• Q: Does the switch support analytics and telemetry?
• A: Yes. Embedded analytics and telemetry are built into the switch’s ASIC, offering real‑time visibility into fabric health, traffic patterns, and performance bottlenecks.
• Q: What about high availability and resilience?
• A: The switch features redundant power and cooling options and a resilient fabric design to support continuous operation in mission‑critical data centers.
• Q: How is this switch managed and integrated with other Cisco MDS devices?
• A: It is managed via Cisco DCNM and CLI, with seamless integration into Cisco MDS ecosystems for centralized management, policy automation, and scalable fabric automation.