Cisco ONS-16MPO-MPO-8= MPO to MPO 16-Fiber 8 m | Fiber Optic — ONS-16MPO-MPO-8=
Keep high-density fiber infrastructure organized with Cisco’s 16-fiber MPO-to-MPO patchcord built for short interconnect runs. At 8 m, it fits cleanly between adjacent racks, patch panels, and optical enclosures without excess slack that can complicate airflow or cable management. This cable is designed for multi-fiber environments where connector density and repeatable alignment are critical. MPO interfaces support parallel optical architectures and help simplify cabling in aggregation, spine-leaf, and storage fabrics that depend on compact, high-count fiber terminations. For teams standardizing on structured optics, the 16-fiber format provides a disciplined path for dense deployments while reducing the handling complexity of individual duplex links. Cisco’s part-specific build gives procurement teams a clear fit for infrastructure that values consistency across the optical layer. It is the kind of cable selected when the cost of a bad fiber run is measured in troubleshooting time, not just materials. Use it where precise length, multi-fiber termination, and vendor-aligned compatibility matter more than commodity pricing. Ideal For Rack-to-rack fiber interconnects in dense data centers Patch-panel to enclosure runs in optical distribution frames Parallel optics links in aggregation and spine-leaf fabrics High-port-count environments requiring compact multi-fiber cabling Why This Product 1 16-fiber MPO format supports denser optical runs than duplex cabling 2 8 m length is suited to short rack-to-rack paths 3 Cisco part alignment supports standardized infrastructure sourcing 4 Multi-fiber termination reduces cable count in structured optics
- Fiber Type: Multi-mode
- Fiber Strand Count: 16 fibers
- Fiber Connector Type A: MPO
- Fiber Connector Type B: MPO
- Cable Length M: 8 m
- Key Feature 1: Cisco MPO-to-MPO multi-fiber patchcord
- Key Feature 2: 16-fiber optical connectivity
- Key Feature 3: 8 m cable length
- Key Feature 4: Designed for high-density fiber environments
- Key Feature 5: MPO connector on both ends
- Key Feature 6: Structured cabling for parallel optics architectures
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