Vertiv
USB-C/USB-C ADAPTER CABLE
Low Stock (5 left)
Vertiv USBCUSBCNP USB-C Cable 32.8 ft, 10 Gbps | Fiber Optic
Vertiv
MPN: USBCUSBCNP
$218.05$303.00
MAP: $190.89
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 32.80 ft cable length
- 10 Gbit/s data transfer rate
- OM3 multimode fiber optic construction
- 50/125 µm core/cladding specification
- LC male to LC male connectors
- OFNP jacket type
- Lifetime limited warranty
- Extend network links over 32.80 ft of fiber optic cable
Move high-speed data farther without giving up signal quality. The Vertiv USBCUSBCNP is a 32.80 ft fiber optic patch cable built for 10 Gbit/s transmission over OM3 multimode fiber. With LC male connectors on both ends, it is suited to network-device connections that need longer reach, stable performance, and cleaner cable routing than short copper alternatives can provide.
The cable’s flexible, abrasion-resistant construction helps it hold up in active infrastructure environments where repeated handling and tight pathways are common. Its 50/125 µm core/cladding specification and OFNP jacket make it appropriate for plenum-rated installations, while backward compatibility with 50/125 fiber cables supports mixed environments. For teams building backbone, riser, or high-speed parallel interconnects, this cable delivers the distance and optical headroom needed to keep links consistent. It is a premium choice when the run is long, the path is crowded, and the connection cannot afford compromise.
Ideal For
- Link network devices across longer rack-to-rack distances
- Support backbone and riser fiber runs in enterprise spaces
- Connect high-speed parallel interconnects in dense infrastructure
- Deploy plenum-rated fiber paths in commercial buildings
Why This Product
- 132.80 ft reach supports longer runs than standard patch cords
- 210 Gbit/s fiber performance suits high-speed network links
- 3OFNP jacket supports plenum-rated installation requirements
- 4LC-to-LC multimode design fits enterprise fiber infrastructure





