Overview
Ubiquiti UACC-OFC-M2-LULU-0.5M-50 Indoor OM4 multi-mode patch
Ubiquiti UACC-OFC-M2-LULU-0.5M-50 Indoor OM4 Fiber Patch Cable The Ubiquiti UACC-OFC-M2-LULU-0.5M-50 is a duplex LC UPC fiber patch cable designed fo…
Ubiquiti UACC-OFC-M2-LULU-0.5M-50 Indoor OM4 multi-mode patch
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Bundle Summary
Overview
Ubiquiti UACC-OFC-M2-LULU-0.5M-50 Indoor OM4 Fiber Patch Cable
The Ubiquiti UACC-OFC-M2-LULU-0.5M-50 is a duplex LC UPC fiber patch cable designed for high-speed network infrastructure deployments. This 0.5-meter indoor cable supports multi-mode OM4 fiber, enabling transmission speeds up to 10G, 25G, 40G, and 100G across compatible network equipment. The LC UPC connector configuration ensures reliable, low-loss connections in fiber distribution frames and patch panels.
Built for integration with Ubiquiti networking equipment and standard fiber infrastructure, this patch cable suits data center interconnects, campus backbone networks, and high-density switching environments. The compact 0.5-meter length provides flexible routing in confined rack and cabinet spaces without excess slack.
Manufactured in China and weighing 1 lb, this cable is part of Ubiquiti's cables, connectors, and adapters product family. It serves as a direct-connect solution for Ubiquiti fiber-capable devices and third-party OM4-compatible infrastructure. Integrators should verify endpoint compatibility before deployment.
System Design, Deployment & Technical Support
Support services and planning resources for commercial surveillance, access control, and infrastructure deployments.
Fixed scope • Fixed price
System Design Assistance
- Get help validating product compatibility
- Coverage requirements
- Storage planning and deployment architecture before you buy.
Deployment & Configuration Support
- Access fixed-scope support for rollout planning
- User setup guidance
- Migration and system standardization across single-site or multi-site deployments
Guides, Tools & Calculators
- PoE requirements
- Storage retention
- Camera selection and deployment methodology