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Lenovo 4XC0F28737 10 Gb SFP+ Optical Module | Enterprise Fiber
Lenovo
MPN: 4XC0F28737
$399.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 10 Gb SFP+ optical transceiver
- 10 Gigabit Ethernet support
- Small form factor design
- Lenovo-branded networking accessory
- Emulex optical module platform
- Fiber-based connectivity for enterprise links
- Sustain 10 Gb fiber connectivity with an SFP+ optical transceiver
- Support enterprise uplinks using 10 Gigabit Ethernet signaling
Maintain dependable 10 Gb connectivity across storage, server, and switching paths with the Lenovo NET_BO LTS 10GB Optical Module by Emulex. Designed for environments that depend on consistent fiber performance, this SFP+ module supports the bandwidth needed for latency-sensitive traffic, virtualization, and backbone uplinks.
Its compact transceiver format fits the density requirements of modern network hardware while preserving the optical performance expected in enterprise deployments. For teams standardizing on Lenovo infrastructure, this module helps keep fiber links aligned with the platform and reduces the uncertainty that comes with generic optics.
Choose this module when link stability, compatibility, and deployment confidence matter more than lowest-cost alternatives. It is a practical fit for production networks where a failed or mismatched transceiver can interrupt service, slow troubleshooting, and add avoidable risk. In high-value infrastructure, the right optical module protects uptime and keeps the network layer predictable.
Ideal For
- Server-to-switch uplinks in enterprise data centers
- Aggregation-layer fiber connections in campus networks
- Replacement optics for Lenovo-based network hardware
- High-density rack deployments requiring 10 Gb links
Why This Product
- 1Built for 10 Gb fiber links rather than lower-speed access connections
- 2Compact SFP+ format supports dense port layouts
- 3Lenovo-aligned module reduces compatibility risk in managed environments
- 4Better suited to production uplinks than generic low-cost optics
