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Lenovo FC32-48 48-Port 32Gbps SAN Switch | Blade, Fibre Channel
Lenovo
MPN: 01KN848
$734,639.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 48-port Fibre Channel SAN switch configuration
- 32 Gbps port speed
- 48 included transceivers
- Lenovo MPN 01KN848
- Blade switch form factor
- Built for dense enterprise storage fabrics
- High-port-count deployment package
- Scale SAN capacity using 48 ports at 32 Gbps
Scale storage connectivity with a 48-port Fibre Channel blade switch package engineered for 32 Gbps SAN environments. The Lenovo FC32-48 bundle includes 48 transceivers, making it a practical choice when the goal is to deploy a dense fabric with fewer procurement gaps and less time spent matching optics to ports.
This configuration is well suited to environments where port count matters as much as link speed. With 48 ports available, teams can attach more hosts, arrays, and expansion nodes while maintaining a consistent 32 Gbps fabric profile. That helps simplify planning for clustered storage, virtualization backends, and shared block workloads that depend on stable, high-bandwidth paths.
The included transceivers add real deployment value. Instead of treating optics as a separate project, this SKU packages the core fabric components together, which can reduce delays during rollout and keep standards aligned across racks or sites. For organizations building out a serious SAN, that completeness is often what separates a workable purchase from a fragmented one.
Ideal For
- Build a dense Fibre Channel fabric for shared storage
- Connect large numbers of hosts and arrays in a blade environment
- Standardize 32 Gbps SAN connectivity across a data center rack
- Deploy a high-port-count storage switch for virtualization clusters
Why This Product
- 1Provides 48 ports for higher-density SAN builds
- 2Includes 48 transceivers for a more complete deployment
- 3Delivers 32 Gbps links for demanding storage traffic
- 4Fits blade-oriented storage infrastructure planning




