Lenovo
ECO 20M QSFP+TO QSFP+ACTIVE OPTIC CABLE
Out of Stock
Lenovo 00YL664 20 m QSFP+ Active Optical Cable | Fiber Optic, Enterprise
Lenovo
MPN: 00YL664
$629.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 20 m cable length
- QSFP+ connector on end A
- QSFP+ connector on end B
- Active optical cable construction
- Fiber optic transmission medium
- Lenovo MPN 00YL664
- Enterprise data center interconnect
- Extend high-speed connectivity across 20 m using QSFP+ active optical design
Keep critical links stable across longer distances with Lenovo’s 20 m QSFP+ to QSFP+ active optical cable. Designed for data center environments where passive cabling can introduce reach and signal constraints, this active optical assembly supports dependable high-speed connectivity between network devices, compute nodes, and storage platforms.
At 20 meters, it gives infrastructure teams more placement flexibility without forcing topology compromises. That matters in real deployments: cross-rack connections, adjacent row links, and equipment layouts that change over time all benefit from a cable built for consistent optical performance. Compared with lower-cost alternatives, active optical cabling is often chosen when link quality, reach, and installation predictability matter more than the lowest upfront price.
This Lenovo cable is a practical fit for environments that need a clean QSFP+ interconnect with enough length to simplify routing and reduce strain on port placement. It is especially useful when you want to preserve airflow and cable management discipline in dense racks while maintaining the performance profile expected from enterprise fiber infrastructure.
Ideal For
- Cross-rack switch-to-switch connections in dense data centers
- Server-to-switch uplinks where passive copper cannot reach
- Storage fabric links requiring longer optical interconnects
- Adjacent row connectivity in enterprise rack environments
Why This Product
- 1Longer 20 m reach than standard short DAC options
- 2Active optical design for cleaner signal over distance
- 3QSFP+ to QSFP+ connectivity for high-speed links
- 4Better suited to cross-rack runs than passive copper