Lenovo
ECO 15M QSFP+TO QSFP+ACTIVE OPTIC CABLE
Out of Stock
Lenovo ECO 15 m QSFP+ to QSFP+ Active Optical Cable | Fiber Optic
Lenovo
MPN: 00YL661
$589.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 15 m cable length
- QSFP+ connector on end A
- QSFP+ connector on end B
- Active optical cable design
- Fiber optic cable type
- Lenovo MPN 00YL661
- ECO series cable
- Extend 40 GbE connectivity across 15 m using QSFP+ active optical construction
Keep 40 GbE connections stable across longer distances with this 15 m QSFP+ to QSFP+ active optical cable. Active optical design is well suited to data center environments where copper would add weight, bend stress, and signal loss. For infrastructure teams building dense switch-to-switch or switch-to-server paths, it offers a cleaner way to move bandwidth without filling the rack with heavy cabling.
This cable is a practical fit for Lenovo DCG deployments that need predictable high-speed connectivity over a longer reach. The QSFP+ interface supports straightforward integration into compatible ports, while the optical construction helps maintain performance across the full cable length. That matters when you are balancing port density, cable management, and thermal efficiency in production racks.
Choose this model when you need a longer active optical link that keeps pathways organized and supports demanding network layouts. It is the kind of component that earns its place in environments where uptime, serviceability, and physical order all matter.
Ideal For
- Connect top-of-rack switches across adjacent racks in a 40 GbE fabric
- Link servers to aggregation switches where copper reach is not sufficient
- Clean up dense cabinet cabling in Lenovo DCG deployments
- Support short-to-medium distance interconnects in enterprise data centers
Why This Product
- 1Longer 15 m reach than short DAC alternatives
- 2Lower cable bulk than passive copper assemblies
- 3QSFP+ ends for compatible 40 GbE ports
- 4Better routing in dense racks than thick twinax cabling