32Gbps High-Speed Ports & Redundant Design Cisco Switch : High-Performance 24-Port SAN Connectivity For Enterprises
The Cisco DS-C9132T-24PISK9 Cisco Switch is a game-changer in network infrastructure, packed with features that meet the demands of modern enterprises. Its 32Gbps high-speed ports enable lightning-fast data transfer, making it perfect for handling bandwidth-hungry applications, cloud-scale deployments, and high-density virtual servers. Say goodbye to lag and bottlenecks as this switch ensures seamless connectivity at all times.
The redundant design is another major highlight. With optional redundancy for crucial components like power supplies and fans, along with support for redundant grids via dual power supplies, it guarantees exceptional reliability. This means minimal downtime and continuous operation for your mission-critical services, safeguarding your business from costly interruptions.
This switch also shines with its high-performance architecture. The chip-integrated non-blocking arbitration design delivers consistent 32Gbps low-latency performance across every Fibre Channel port, even during peak traffic. Expansion is a breeze too. The 1U form factor comes with 16 built-in SFP+ ports and a slot for a 16-port SFP+ expansion module. Start small with an 8-port licensed configuration and scale up as your business evolves.
Parameters Table:
Parameter |
Detail |
Model |
DS-C9132T-24PISK9 |
Port Quantity |
24 32Gb Fibre Channel SFP+ ports |
Data Rate |
32Gbps |
Form Factor |
1U |
Management Protocols |
CLI, SNMPv3, SMI-S, SSHv2, etc. |
Redundancy |
Optional redundant power supplies and fans |
Moreover, its advanced analytics and telemetry functions empower network administrators. By processing telemetry data internally and sending it to external graphic analysis tools via a dedicated GbE network port in gRPC format, it enables proactive workload monitoring. Identify and fix issues affecting network storage performance before they escalate. Choose the Cisco DS-C9132T-24PISK9 Cisco Switch for unparalleled speed, reliability, and manageability.