Lenovo
LENOVO 10M 100G QSFP28 ACTIVE OPTICAL CABLE
Out of Stock
Lenovo 10 m 100G QSFP28 Active Optical Cable | Fiber Optic, Enterprise
Lenovo
MPN: 7Z57A03548
$1,099.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 100G QSFP28 active optical cable
- 10 m cable length
- Fiber optic interconnect
- Designed for high-density data center links
- Supports longer-reach rack-to-rack connectivity
- Optimized for low-bulk cable routing
- Maintain 100G connectivity across 10 m runs with QSFP28 active optical cabling
- Support dense rack-to-rack links using an active optical design
Preserve 100G throughput across extended interconnect runs with this 10 m QSFP28 active optical cable from Lenovo. Built for environments where distance, cable management, and port density all matter, it helps maintain stable high-speed links between switches, servers, and aggregation gear without the bulk and signal constraints of copper alternatives.
Active optical cabling is a strong fit when you need predictable performance in tightly packed racks or across adjacent rows. The QSFP28 interface supports modern 100G deployments, while the 10 m length gives teams more placement flexibility for cleaner routing and easier service access. That matters in production fabrics where every cable decision affects airflow, maintenance time, and port utilization.
For infrastructure teams standardizing on optical interconnects, this cable offers a practical balance of reach and density. It is well suited to data center builds, refresh projects, and expansion work where dependable 100G transport is required and overbuying longer, more expensive optics would add unnecessary cost and complexity.
Ideal For
- Connect top-of-rack and aggregation switches across adjacent racks
- Link servers to 100G fabric ports in dense data center rows
- Extend high-speed connectivity where passive copper cannot meet reach requirements
- Standardize optical interconnects in enterprise refresh and expansion projects
Why This Product
- 1Longer 10 m reach than short DAC alternatives
- 2Lower cable bulk than copper interconnects
- 3Better suited to dense 100G fabrics than passive cabling
- 4Cleaner routing for adjacent rack deployments