Lenovo
LENOVO DCG BTO STORAGE BROCADE 40GB QSFP+ SR4 FCOE TRANSCEIVER BIDI
Out of Stock
Lenovo Brocade 40 Gb QSFP+ SR4 BIDI FCoE Transceiver | QSFP Module
Lenovo
MPN: 4M27A09988
$2,356.46$3,499.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 40 Gb QSFP+ SR4 transceiver
- Short-reach multimode optical design
- FCoE-ready connectivity
- QSFP+ compact form factor
- MPO connector interface
- Parallel optics architecture
- Designed for dense storage fabrics
- Deliver 40 Gb storage connectivity using QSFP+ SR4 optics for short-reach multimode links
Keep short-reach storage traffic tightly controlled with a 40 Gb QSFP+ SR4 BIDI transceiver designed for FCoE environments. This module is built for dense data center fabrics where multimode optical links must deliver high bandwidth without consuming unnecessary rack space or forcing long-reach optics into short-distance runs.
The QSFP+ form factor supports efficient front-panel density, while SR4 optics align with the short-distance requirements common in top-of-rack and storage aggregation designs. For teams standardizing on Brocade-aligned infrastructure, this transceiver helps maintain a clean optical profile across the fabric and supports the kind of consistent connectivity expected in enterprise storage networks.
Choose this module when you need 40 Gb performance in a compact optical package and want to avoid overspecifying reach. It is a practical fit for short multimode runs, breakout-style storage connectivity, and environments where port utilization and link consistency directly affect operational efficiency.
Ideal For
- Short-reach storage interconnects in enterprise data centers
- 40 Gb uplinks for Brocade-based switching environments
- Dense multimode cabling in top-of-rack architectures
- FCoE connectivity for storage aggregation layers
Why This Product
- 1Compact 40 Gb short-reach optic for dense fabrics
- 2Supports FCoE over multimode fiber
- 3Uses QSFP+ form factor for high port density
- 4Suited to Brocade-aligned storage deployments


