Overview
Ubiquiti UACC-CABLE-C6A-CMR Category 6A Ethernet cable
Ubiquiti UACC-CABLE-C6A-CMR Category 6A Indoor Ethernet CableOverviewThe Ubiquiti UACC-CABLE-C6A-CMR is a 1,000-foot Category 6A bulk cable designed f…
Ubiquiti UACC-CABLE-C6A-CMR Category 6A Ethernet cable
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Bundle Summary
Overview
Ubiquiti UACC-CABLE-C6A-CMR Category 6A Indoor Ethernet Cable
Overview
The Ubiquiti UACC-CABLE-C6A-CMR is a 1,000-foot Category 6A bulk cable designed for high-speed indoor network infrastructure deployments. Built with solid bare copper 23 AWG conductors and flame-retardant polyvinyl chloride (FRPVC) jacket, this cable meets CMR flame rating for wall installations. Anti-crosstalk dividers and twisted-pair construction support reliable gigabit and multi-gigabit transmission over extended runs.
Specifications
Cable length: 305 m (1,000 ft). Type: Cat6A UTP. Conductor: solid bare copper, 23 AWG. Jacket diameter: 7.05 ±0.2 mm. Minimum bend radius: 28.2 mm. Shielding: UTP with anti-crosstalk divider and ripcord. Operating temperature: −20 to 75°C. Installation temperature: 0 to 60°C. Complies with ANSI/TIA-568.2-D, ISO/IEC 11801-1 (Edition 2.2), IEC 61156-5 (Edition 2.1), UL 1666 (CMR), UL 444, CSA 22.2 NO.214, RoHS2, and LVD directives.
Compatibility
Suitable for UniFi and UISP network deployments, security camera installations, and general indoor structured cabling requiring reliable Cat6A performance.
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