Lenovo
LENOVO STORAGE S2200/S3200 10G SW OPTICAL ISCSI SFP+ MODULE 1 PACK
Out of Stock
Lenovo 00WC087 10GBase-SW SFP+ Module for S2200/S3200 | Optical
Lenovo
MPN: 00WC087
$299.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 10GBase-SW network technology
- 10 Gigabit Ethernet support
- Multi-mode fiber support
- SFP+ transceiver form factor
- 1 x 10GBase-SW iSCSI interface
- Compatible with Lenovo S2200 and S3200
- 1-port design
- 1-pack configuration
Preserve 10 GbE storage performance with an optical module designed for Lenovo S2200 and S3200 environments. This 10GBase-SW SFP+ transceiver supports multi-mode fiber and a single-port design, making it a straightforward fit for iSCSI and data networking deployments where predictable optical connectivity matters.
For storage teams, the value is in keeping the path simple. The module is purpose-built for Lenovo storage devices, so compatibility is clear and deployment planning stays focused on the job at hand rather than on adapter workarounds. Its optical fiber media support and 10 Gigabit Ethernet signaling align with environments that need stable throughput between storage nodes, switches, and attached infrastructure.
When you are standardizing on Lenovo storage, a matched optical module reduces guesswork and helps protect the performance profile of the platform. This 1-pack configuration is ideal for targeted replacements, spares, or incremental expansion where you want the right part number, the right fiber mode, and the right network behavior from day one.
Ideal For
- Connecting Lenovo S2200 storage to a 10 GbE iSCSI fabric
- Replacing a failed optical module in a Lenovo S3200 array
- Standardizing multi-mode optical links in a storage rack
- Keeping spare SFP+ modules on hand for Lenovo storage maintenance
Why This Product
- 1Built for Lenovo S2200 and S3200 compatibility
- 210 GbE optical connectivity for storage traffic
- 3Multi-mode fiber support for short-reach links
- 4Single-port SFP+ module for simple deployment
