Cisco DS-C9132T-K9 (MDS 9132T) Full Product Description
1. Short Sales Title
Cisco DS-C9132T-K9 1RU Fixed 32-Port 32Gbps Multilayer Fibre Channel SAN Switch, Base 16 Built-in FC Ports + Removable 16-Port Expansion Module, Dual Hot-Swap 650W AC Redundant Power Supplies, Modular Hot-Swap Fan Assemblies, Full Non-Blocking 32G Per-Port Bandwidth, NX-OS Modern SAN Software, NPV/NPIV, VSAN, IVR, Slow Drain Detection, Bidirectional Airflow Options, OIR Hot-Swap FRU Design, End-of-Sale Modern Data Center Rack-Scale Edge SAN Switch for Virtualization, AI/DB, Tape Backup and Multi-Site Enterprise Storage Consolidation Workloads
2. Official Product Overview
The Cisco DS-C9132T-K9 is the mainstream 32G-generation fixed 1RU multilayer Fibre Channel fabric switch of the Cisco MDS 9100-T series, released June 2023, End-of-Sale date TBD, End-of-Support minimum 5 years after EOL, running modern unified Cisco NX-OS shared with MDS 9700 directors, fully aligned with modern cloud virtualized data center SAN architecturesCisco.
Core Hardware Differentiators vs Older MDS 9120/9124 4G Legacy Models
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Native 32Gbps Fibre Channel auto-sensing ports (backward compatible with 8G/16G/32G SFPs), full line-rate non-blocking per-port bandwidth, no oversubscription, built for NVMe, AI database and high-performance virtualization storage workloads.
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Split two-stage port architecture: Chassis base has 16×32G FC ports (FC1/1–16); add removable M9XT-FC1632 port expansion module (PEM) to unlock another 16 ports (FC1/17–32), total maximum 32 ports system-wideDell.
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Pay-as-you-grow incremental port licensing: Base ships with only 8 active ports out of the internal 16 base ports, expandable in 8-port increments to 16 base ports; the 16-port expansion module also uses separate 8-step license scaling to reach full 32-port capacity without hardware replacement.
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Dual bidirectional airflow support: Separate intake/exhaust fan and PSU variants for cold-aisle front-to-back or hot-aisle back-to-front rack containment, fully compatible with modern data center thermal designCisco.
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Modern high-availability design: Up to four hot-swappable fan modules (2 minimum for basic operation, four for full fan redundancy), dual independent 650W high-efficiency AC power supplies with full N+1 failover capabilityCisco.
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Advanced storage ASIC native features: Slow drain detection, congestion isolation, buffer credit optimization, enhanced NPIV/NPV edge scaling for massive blade server rack deployments, FICON mainframe and NVMe over FC support.
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Modern NX-OS software stack with unified DCNM-SAN automation, API support, EVPN/FC interoperability and enhanced security hardening absent from legacy SAN-OS MDS 9120/9124 switches.
Core High-Availability Design
All FRUs support OIR Online Insertion and Removal for live hot-swap maintenance without SAN fabric outage. Dual identical AC power supplies provide 1+1 power redundancy; four independent hot-swappable fan modules deliver multi-fan fault tolerance (survive up to two fan failures without shutdown). VSAN virtual fabric segmentation isolates fault domains to avoid fabric-wide broadcast storms. NPV edge mode offloads host registration to upstream MDS 9700 core directors for simplified rack-scale edge SAN scaling in leaf-spine storage architecturesCisco.
Target deployment scenarios: Large virtualized data center rack-scale edge SAN aggregation, multi-floor enterprise ultra-high-density building storage distribution, large regional headquarters high-availability disaster recovery SAN, medium service provider multi-tenant PoP edge, AI/ML high-performance computing storage fabric, and tape library centralized backup fabric edge, seamlessly interoperable with MDS 9700 modular core directors to build unified end-to-end 32G enterprise SAN fabrics.
Model Suffix Breakdown
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DS-C: Cisco MDS storage switch part number prefix
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9132T: MDS 9100-T modern 32G fixed fabric series, base 16 FC ports + 16-port expandable module, total max 32 Fibre Channel ports
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K9: Standard AC power SKU with full multilayer NX-OS enterprise feature license (HV DC variant DS-C9132T-HV-K9 sold separately, PSUs/fans non-interchangeable between airflow variants)
Chassis Port & Hardware Layout Definition
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Front Base Fixed Fibre Channel Ports: 16×hot-swappable SFP+ slots (FC1/1–16), autosensing 8/16/32Gbps Fibre Channel, all full non-blocking line-rate bandwidth
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Factory default: Only 8 base ports licensed active
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Expand base ports via 8-port incremental software licenses up to full 16 base ports
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Front Expansion Module Slot: Single hot-swappable bay for M9XT-FC1632 PEM (adds another 16×32G SFP+ ports FC1/17–32; separate 8-step port licensing required for expansion module ports)
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Out-of-Band Management Interfaces:
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RJ45 RS232 serial console port for local CLI access
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Mini USB console port
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Isolated 10/100/1000BASE-T out-of-band Ethernet management port
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External USB Type-A flash storage slot for NX-OS image upgrades, configuration backup and syslog export
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Front Diagnostic LED Bank: Global system status, power supply A/B, fan module, base port, expansion module port, link/activity, fault alarm, UID blue beacon indicator
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Rear Compartment Layout: Dual independent hot-swappable 650W AC power supply bays supporting 1+1 N+1 power redundancy
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Front lower fan bays: Four independent hot-swappable variable-speed fan module slots (minimum two fans required for operation; four fans for full redundancy)
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Dual Airflow Options (matching PSUs/fans color-coded, non-interchangeable):
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Intake (red): Front-to-back cold air intake at port panel, hot exhaust rear (standard cold aisle)
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Exhaust (blue): Back-to-front rear cold intake, port-side hot exhaust (hot aisle containment racks)
Supported Transceivers & Power Options
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Fibre Channel SFP+ transceivers (sold separately):
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DS-SFP-FC32G-SW: 32G short-wave multimode
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DS-SFP-FC32G-LW: 32G long-wave single-mode
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Backward compatible with 8G / 16G FC SFPs for legacy storage interoperation
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Power supply compatibility: 650W AC PSUs only for DS-C9132T-K9; HV DC 6500W PSUs exclusive to DS-C9132T-HV-K9 variant, airflow-specific PSUs cannot be mixed
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Expansion hardware: M9XT-FC1632 16×32G FC port expansion module mandatory to reach full 32-port capacity
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No Ethernet downlink ports; purpose-built exclusively for Fibre Channel block storage SAN workloads
3. Hardware & Physical Specifications
Core SAN Switching & Routing Performance
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Total non-blocking fabric aggregate capacity: 1.024 Tbps full-duplex system-wide bandwidth
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Wire-speed forwarding rate: Up to 1024 Mpps Fibre Channel frame switching at full 32G line rate
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Low-latency dynamic shared packet buffer pool optimized for NVMe, OLTP database and AI storage burst I/O
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FC address table capacity: 1,048,576 N_Port identifiers (massive scale for blade server rack deployments)
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Maximum VSANs: 4094 isolated virtual storage fabrics
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Maximum active zone sets: 256 zone sets, up to 2000 zones per fabric
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Jumbo FC frame MTU support: Up to 9000 bytes
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Port modes supported: F (Fabric host), FL (Loop), TL (Extended Loop), E (ISL), TE (Extended ISL), NP (NPV edge host)
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Link aggregation: PortChannel for multi-port ISL trunking, max 8 FC ports per logical bundle
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NPV/NPIV native feature: Consolidate thousands of server host ports upstream to MDS 9700 directors without core fabric overhead
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Slow drain detection hardware ASIC: Automatically isolate slow storage targets to prevent fabric-wide credit starvation storms
Power & Cooling System
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Power supply bays: 2 hot-swappable redundant slots, each 650W AC PSU fully powers full chassis independently (1+1 N+1 failover)
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AC input voltage range: 100–240V 50/60Hz universal auto-ranging AC
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Fan modules: Four separate hot-swappable multi-fan assemblies; minimum two functional fans required to avoid thermal shutdown, up to two fan failures tolerated with four-fan full redundancy
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Airflow dual color-coded hardware sets (red intake / blue exhaust), non-interchangeable mixing
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Real-time monitoring: Fan RPM, internal chassis temperature, PSU voltage, SFP optical power, port and module fault logging via console syslog and SNMP v1/v2c/v3 traps
Physical & Environmental Parameters
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Rack form factor: 1 RU standard 19-inch horizontal rack mount
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Dimensions (H × W × D): 4.37 cm × 43.94 cm × 45.72 cm (1.72 × 17.3 × 18 inches)
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Bare chassis weight: 9.07 kg (20 lbs) without power supplies/fan modules/expansion card; fully loaded max weight 13.6 kg (30 lbs) with dual PSUs, four fans and populated 16-port expansion module
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Operating temperature range: 0°C to 45°C (32°F–104°F); certified altitude up to 2000 meters
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Storage temperature range: -40°C to 70°C (-40°F–158°F)
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Relative humidity: 10%–90% non-condensing operating; 5%–95% non-condensing storage
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Compliance Certifications: FCC Class A, UL 60950-1, CE, VCCI Class A, NEBS Level 3, RoHS compliant
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Typical power consumption: 72W idle base switch with 16 base ports unpopulated; 80W with 8 active 32G transceivers under traffic loadCisco
Supervisor/Control Plane Out-of-Band Management Interfaces
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RJ45 RS232 serial console port + Mini USB dual local CLI access
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Isolated 10/100/1000BASE-T out-of-band Ethernet management port
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External USB flash storage for offline NX-OS image and configuration archives
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Multi-status front LED bank for real-time hardware health visibility
4. Full NX-OS Multilayer Feature Set (Cisco NX-OS MDS Release 8.x / 9.x)
Layer 2 Fibre Channel Switching & Fabric Services
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VSAN Virtual Storage Area Network: Logical fabric isolation for multi-application/multi-tenant storage segmentation
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Hard port zoning + soft WWN zoning for granular host-storage access control
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Full FICON protocol support for IBM mainframe disk/tape storage connectivity
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Inter-Switch Link (ISL) trunking, PortChannel load balancing across multiple 32G FC ports
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DTP Fibre Channel trunk negotiation, FSPF fabric dynamic domain ID routing
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Local SPAN, RSPAN remote SAN traffic mirroring for storage performance troubleshooting
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Broadcast/multicast storm suppression per FC port to eliminate storage fabric flooding
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NPV N_Port Virtualizer edge switch mode for large rack-scale core-edge SAN scaling
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Slow drain detection and congestion isolation hardware feature to mitigate buffer credit starvation
Multilayer Storage Routing & Multicast Features
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FSPF Fibre Channel Shortest Path First dynamic fabric routing for multi-switch SAN topologies
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PIM-SM IP multicast for cross-fabric backup replication traffic
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Static FC route configuration for cross-VSAN inter-fabric connectivity
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Licensed IVR Inter-VSAN Routing feature for controlled data movement between isolated VSANs
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EVPN-FC interoperability for hybrid IP/FC multi-cloud storage fabrics
Advanced SAN QoS & Traffic Prioritization
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Four hardware priority queues per Fibre Channel port for tiered storage traffic classification
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Ingress frame policing, egress bandwidth shaping to throttle low-priority backup/replication streams
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Pre-built QoS templates for production OLTP, AI database, tape backup, and disaster recovery replication streams
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Dedicated high-priority queue for low-latency NVMe and virtualization I/O workloads
Enterprise SAN Security Suite
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Port security: Static WWN locking to restrict unauthorized server/storage device attach
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RBAC Role-Based Access Control granular CLI user privilege partitioning
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SSHv2 encrypted remote CLI management, SNMPv3 secure monitoring, encrypted startup configuration files
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DH-CHAP mutual authentication for ISL inter-switch link fabric authentication
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Port lockdown, VSAN read-only access permissions, full audit logging for all fabric configuration changes
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FIPS 140-2 validated security compliance for government and financial regulated environments
Monitoring & SAN Management Tools
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Cisco DCNM-SAN centralized graphical SAN fabric monitoring, provisioning and automation with REST API support
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Isolated out-of-band Ethernet management port for offline device access during fabric outages
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External USB flash storage for offline NX-OS image upgrades, configuration backup archives and syslog export
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Cisco Discovery Protocol (CDP) automatic MDS fabric neighbor device discovery
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Real-time storage telemetry: Port throughput, latency, frame error counters, SFP optical power diagnostics
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Event notification via email, syslog and SNMP traps for fabric fault alerting
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GOLD generic online diagnostics for continuous hardware health validation
5. High Availability Capabilities (Core Differentiators vs Legacy MDS 9124-K9)
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Dual hot-swappable high-efficiency 650W AC redundant power supplies (1+1 power failover, stable under full 32×32G port load)
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Four redundant variable-speed hot-swappable fan modules with multi-fan fault tolerance (survive two fan failures without SAN outage)
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Full OIR Online Insertion and Removal support for fan modules, power supplies, expansion port cards and SFP transceivers; live FRU replacement without chassis power shutdown
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Expandable port architecture via removable 16-port PEM expansion module, scalable from 8 base ports up to full 32 ports via incremental software licensing (no hardware swap required for port expansion)
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Native 32G full non-blocking per-port bandwidth with no oversubscription bottlenecks of older 4G MDS 9124
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Modern NX-OS software stack with EVPN integration, slow drain detection, FIPS compliance and API automation unavailable on legacy SAN-OS MDS 9124 switches
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Dual bidirectional airflow hardware options compatible with modern hot/cold aisle data center rack containment layouts
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NPV/NPIV optimized ASIC architecture for massive blade server rack edge SAN consolidation
6. Typical Deployment Scenarios
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Virtualized Data Center Rack-Scale Edge SAN Switch
Compact 1RU form factor fits standard server rack edge positions; scalable pay-as-you-grow port licensing allows customers to start with minimal 8 ports and expand to full 32 as virtualization and NVMe storage capacity grows, consolidating thousands of virtual machine hosts and high-performance flash storage arrays in leaf-spine SAN architectures.
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Large Multi-Building Enterprise Campus Core-Edge SAN Fabric
Multiple DS-C9132T-K9 edge switches deployed per building rack, interconnected via high-speed 32G ISL trunk links to central MDS 9700 core director, forming unified enterprise-wide VSAN-separated production, test, backup and AI storage fabrics.
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Large Regional Mission-Critical Headquarters / Government Core SAN
Financial, healthcare and government headquarters require complete dual power + multi-fan redundancy to avoid site-wide catastrophic storage outages; integrates FICON mainframe replication, NVMe database storage and high-density blade server rack consolidation in a single space-efficient 1RU chassis.
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Medium Service Provider Multi-Tenant PoP Edge Storage Switch
VSAN isolation feature logically separates hundreds of enterprise customer storage environments on a single physical MDS 9132T switch, reducing hardware TCO for carrier PoP edge storage workloads with massive FC address table scale for multi-tenant deployments.
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Legacy MDS 9124/9140 SAN Hardware Refresh Upgrade
Drop-in performance upgrade for aging 4G MDS 9124 fixed fabric switches, fully backward compatible with existing 8G/16G Fibre Channel SFP transceivers while unlocking native 32G line-rate bandwidth, expandable port module architecture, modern NX-OS software and dual airflow data center thermal compatibility.
7. Standard Package Contents
1 × DS-C9132T-K9 MDS 9132T 1RU fixed Fibre Channel SAN switch base chassis (airflow-neutral base frame, fans/PSUs/expansion module sold separately per airflow requirement)
19-inch standard horizontal rack mount rail kit; optional cable management guide extension
Hardware installation guide, global safety & compliance documentation
Items Sold Separately (Not Included)
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Dual 650W AC hot-swappable redundant power supply units (red intake / blue exhaust airflow variants non-interchangeable)
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Four matching hot-swappable fan modules (airflow color-matched to PSUs)
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M9XT-FC1632 16×32G FC port expansion module to reach full 32-port capacity
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8-port incremental base port activation software licenses; separate 8-step licenses for expansion module ports
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DS-SFP-FC32G-SW / DS-SFP-FC32G-LW Fibre Channel SFP+ optical transceivers (backward compatible with 8G/16G FC SFPs)
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RS232 serial console rollover cable, mini USB console cable
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USB flash memory sticks for NX-OS image and configuration storage
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Fibre channel patch cords, cable management accessories, rack cable guides
Short Commercial Catalog Version (For Quotation & Datasheet Use)
The Cisco DS-C9132T-K9 is a current-generation 1RU horizontal expandable Fibre Channel SAN fabric switch from the modern MDS 9100-T Series, supplied bare without power supplies, fan modules, port expansion module and FC SFP+ transceivers (all FRUs sold separately). Built on a 1.024 Tbps non-blocking 32G Fibre Channel fabric architecture with 16 built-in base SFP+ ports plus a removable 16-port expansion module for maximum 32 total ports, all ports full line-rate non-blocking bandwidth with no oversubscription, pay-as-you-grow incremental 8-port licensing scaling from 8 up to full 32 active ports, dual hot-swappable 650W high-efficiency AC redundant power supply bays and four interchangeable hot-swappable fan modules supporting bidirectional front-to-back / back-to-front airflow for cold/hot aisle data center racks, with full OIR live FRU replacement support. Running modern Cisco NX-OS multilayer storage software, it delivers VSAN virtual fabric isolation, FSPF dynamic SAN routing, FICON mainframe support, port zoning, NPV/NPIV edge scaling, slow drain congestion mitigation, FIPS-compliant enterprise security suite and DCNM-SAN API automation. Optimized for virtualized data center rack-scale edge SAN, large enterprise campus core-edge and medium carrier multi-tenant PoP storage deployments with complete dual power + multi-fan hardware redundancy, superior to legacy MDS 9124 4G switches via native 32G line-rate bandwidth, expandable port module architecture, modern NX-OS feature set and data center airflow thermal compatibility. Compliant with global safety, EMI, NEBS and RoHS industrial standards, active Cisco hardware support valid through minimum 5 years post EOL announcement.
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