What Is the Cisco FAN-T2=?: Technical Specifi
Functional Overview The Cisco FAN-T2=...
The DS-C9132T-24PESK9 is a 24-port activation license for Cisco MDS 9132T multilayer fabric switches, designed to scale 32G Fibre Channel SAN infrastructures from base configurations to 48 fully operational ports. This license supports mixed-speed auto-negotiation (4/8/16/32G) and integrates with Cisco NX-OS SAN-OS 9.4(2a) firmware to reduce cabling complexity by 40% in hyperconverged storage architectures.
1. Dynamic Port Expansion
2. Power & Thermal Optimization
3. Security & Compliance
Metric | MDS 9148 (Fixed 48-Port) | DS-C9132T-24PESK9 Activated |
---|---|---|
Initial CAPEX | $57,000+ | 45% reduction with phased licensing |
Latency | 750ns | <500ns (-33% improvement) |
Mixed-Speed Support | 16G/32G only | 4G-32G auto-sensing |
Firmware Compatibility | 8.4(2e) | NX-OS SAN-OS 9.4(2a) |
Telemetry Integration | Basic monitoring | Dedicated 10G telemetry port |
Q: How to integrate with Pure Storage FlashArray//X R3?
A: The license enables Inter-VSAN Routing (IVR) through NX-OS 9.3+, synchronizing QoS policies between MDS 9132T and FlashArray via Cisco DCNM. For VMware vSAN clusters, it maintains <2ms latency through FCoE gateway functionality.
Q: What maintenance ensures optimal performance?
The DS-C9132T-24PESK9 redefines NVMe-oF readiness, delivering 23μs consistent latency for AI training workloads accessing distributed storage pools. Its adaptive zoning automatically isolates misconfigured arrays, critical for HIPAA-compliant healthcare data lakes. Enterprises transitioning to 32G FC infrastructure should prioritize this model for eliminating hardware refresh cycles through non-disruptive speed upgrades. For compatibility verification with NetApp FAS/E-Series or Dell PowerStore arrays, consult certified experts through the Cisco hardware marketplace.
Cisco’s software-defined SAN evolution achieves full expression here—port capacity becomes a consumable resource rather than fixed hardware. The license’s real-time header inspection via next-gen ASICs enables predictive failure analysis, making it indispensable for edge computing nodes in automated manufacturing. Organizations adopting ISO 16604-compliant storage networks will particularly benefit from its 7.5-year MTBF rating and chip-integrated nonblocking arbitration architecture.