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QLOGIC 10GB SFP+ SR Optical Transceiver Lenovo 49Y4218 | SFP+ Module
Lenovo
MPN: 49Y4218
$785.68$909.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 10 Gbps data rate
- 850 nm short-reach optical wavelength
- LC duplex connector
- SFP+ form factor
- 10 Gigabit Ethernet support
- Multimode fiber compatibility
- Short-reach enterprise transceiver
- Sustain 10 GbE short-reach links using 850 nm SR optics
Maintain high-speed connectivity where short-reach fiber links need predictable performance. The QLogic 10GB SFP+ SR Optical Transceiver is designed for 10 Gigabit Ethernet environments that depend on multimode fiber and compact, hot-pluggable optics. With 850 nm short-reach signaling and an LC duplex connector, it fits cleanly into switch-to-server, switch-to-storage, and aggregation-layer deployments where port density matters.
This module is a practical choice for teams standardizing on SFP+ infrastructure and looking to preserve compatibility across enterprise switching platforms. Its SR design is well suited to data center rows, wiring closets, and other controlled environments where multimode fiber runs are kept within short distances. The compact form factor supports efficient port utilization without adding unnecessary complexity to the network edge.
For infrastructure teams, the value is in consistency: a purpose-built transceiver that supports 10 GbE links with the optical characteristics expected in enterprise multimode deployments. When uptime, cable discipline, and predictable link behavior matter, this module helps keep the network layer aligned with the rest of the hardware stack.
Ideal For
- Server-to-switch uplinks in a data center row
- Top-of-rack aggregation over multimode fiber
- Storage network interconnects requiring 10 GbE
- Enterprise switch expansion in controlled cable runs
Why This Product
- 1Short-reach SR optics for multimode fiber runs
- 210 Gbps throughput for enterprise uplinks
- 3LC duplex interface for standard fiber patching
- 4Compact SFP+ design for high port density
