What Is the AIR-CAB150ULL-R? Cisco’s Ultra-
Overview of the AIR-CAB150ULL-R The AIR-CAB150ULL...
The Cisco CN127-SAN1K9= is a SAN License designed for Cisco MDS 9000 Series Multilayer Directors and Fabric Switches. It unlocks Fibre Channel (FC) Advanced Features, including VSANs (Virtual SANs), IVR (Inter-VSAN Routing), and Fabric Security Protocols. This license is critical for enterprises requiring segmented, high-performance storage networks.
Which Cisco devices support this license?
The CN127-SAN1K9= is compatible with Cisco MDS 9132T, MDS 9396S, and MDS 9700 Series switches. It scales to support 16 Gbps and 32 Gbps FC ports, ensuring seamless integration with legacy and modern storage infrastructures.
How does it optimize SAN performance?
By enabling FICON Acceleration, the license reduces latency for mainframe workloads. Port Security and DH-CHAP Authentication prevent unauthorized access, while FCSP (Fibre Channel Security Protocol) encrypts data in transit.
Can licenses be transferred or upgraded?
Cisco’s Smart Licensing framework allows centralized tracking of license usage across devices. However, the CN127-SAN1K9= is node-locked, meaning it’s tied to the switch’s serial number. Upgrades require purchasing additional licenses.
Is it worth the investment for mid-sized businesses?
For organizations leveraging mission-critical storage (e.g., healthcare or financial data), the license’s fabric stability and compliance features justify the cost. Smaller setups may prioritize base SAN licenses unless regulatory demands apply.
The [“CN127-SAN1K9=” is available for purchase here (https://itmall.sale/product-category/cisco/). Verify compatibility with your Cisco MDS hardware and review Cisco’s SAN-OS version requirements before deployment.
Final Take: The CN127-SAN1K9= isn’t just a license—it’s a gateway to enterprise-grade storage resilience. For teams managing hyperscale data or stringent compliance frameworks, skipping this feature set risks operational bottlenecks. Yet, its value hinges on aligning with actual infrastructure complexity rather than aspirational use cases.