Belden DHIP182U4D02J 18-2AWG Pair Indoor Digital Electricity Hybrid Cable, OM4, 2 Distribution Fibers

Designed for fast, reliable security and monitoring deployments, the Belden DHIP182U4D02J indoor digital electricity hybrid cable combines OM4 multimode fiber with integrated power to simplify installations. As a Belden fiber optic cable, it delivers the high-bandwidth performance required for high-resolution surveillance and enterprise networking while providing a single-cable solution that carries both data and an 18-2AWG power pair. The cable includes 2 distribution fibers, allowing separate video channels or redundant links for critical surveillance paths.

This hybrid fiber power cable reduces labor and conduit needs by eliminating separate power runs to remote cameras, sensors and access control devices. The OM4 multimode fiber supports greater bandwidth and longer multimode distances for modern IP cameras and monitoring systems, while the robust 18-2AWG pair supplies reliable DC power to field devices. Ideal for indoor backbone, security room and structured cabling environments, the Belden DHIP182U4D02J streamlines deployments for security integrators and network teams. Specify this hybrid cable for your next surveillance, monitoring or access control project—contact sales to order lengths or request a quote.

• Simplifies installations by combining OM4 multimode fiber and integrated 18-2AWG power pairs into a single indoor cable, reducing conduit runs and labor costs.
• Supports high-bandwidth surveillance and monitoring with OM4 performance and 2 distribution fibers for camera links, redundancy, or separate data channels.
• Delivers reliable power at the point of use for remote cameras, sensors and access control devices, eliminating separate power wiring and accelerating deployment.
• Indoor-rated hybrid design optimized for security room, closet and backbone environments where neat, centralized cabling is required.
• Reduces total cost of ownership by minimizing components, installation time and potential points of failure in security and networking projects.