Lenovo
LENOVO DCG SERVER OPTIONS 7M MPO-MPO OM4 MMF CABLE
Out of Stock
Lenovo 7Z57A03568 7 m MPO-MPO OM4 MMF Cable | Fiber Optic, Enterprise
Lenovo
MPN: 7Z57A03568
$120.54$135.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 7 m cable length
- MPO connector on End A
- MPO connector on End B
- OM4 multimode fiber
- Lenovo DCG server option
- Fiber optic cable assembly
- Designed for high-density optical links
- Extend optical reach across racks using a 7 m cable length
Keep critical fiber links stable across extended rack distances with this 7 m OM4 multimode cable from Lenovo DCG server options. The MPO-to-MPO design is built for high-density optical environments where space, cable management, and repeatable connectivity all matter. OM4 multimode fiber supports short-reach enterprise interconnects with the bandwidth profile expected in modern data center fabrics.
This cable is a practical fit for infrastructure teams standardizing on MPO-based optics and structured fiber runs. The 7 m length gives added reach for cross-rack or adjacent-row connections without forcing awkward slack management or unnecessary patching. In dense deployments, that matters: cleaner routing reduces strain on connectors, improves serviceability, and helps maintain a more controlled fiber plant.
Choose this cable when the cost of a bad link is higher than the cost of the right part. It is designed for environments that value predictable optical performance, consistent connector alignment, and a clean fit within Lenovo-aligned server and storage deployments.
Ideal For
- Rack-to-rack optical interconnects in enterprise data centers
- Structured fiber runs between adjacent network enclosures
- High-density server and storage fabric deployments
- Lenovo-aligned infrastructure builds requiring MPO cabling
Why This Product
- 1Longer 7 m reach for rack-to-rack routing
- 2OM4 multimode fiber for enterprise short-reach links
- 3MPO-to-MPO terminations for dense optical environments
- 4Cleaner deployment than field-terminated fiber runs