Black Box Gb PoE MED CONV 10/100/1000Mb COP to 1000Mb MM FBR 850nm 550m SC

This Black Box Gb PoE MED CONV is a high-performance media converter that bridges copper Ethernet to multimode fiber, enabling Gigabit-speed connectivity over longer distances while also delivering Power over Ethernet (PoE) to end devices at the copper end. Designed for seamless integration in enterprise, education, and security deployments, this device lets you extend your network without replacing existing copper runs. By combining a PoE-capable copper interface with a gigabit fiber link, it provides a cost-effective, scalable solution for IP cameras, wireless access points, VoIP phones, and other PoE-enabled devices across campus or data-center corridors.

• Gigabit copper-to-fiber bridge: Connect a 10/100/1000 Mbps copper UTP segment to a Gigabit fiber link, enabling network extension over multimode fiber.
• PoE on the copper port: IEEE 802.3af PoE on the RJ-45 interface powers PoE-enabled devices at the copper end, reducing the need for separate power lines along CAT5/6 runs.
• SC multimode fiber interface: Uses a standard SC connector with 850 nm wavelength for reliable multimode fiber transmission over distances up to 550 meters.
• Transparent, plug-and-play operation: Passes Ethernet frames between copper and fiber with no IP-address changes or complex configuration required.
• Compact, versatile deployment: Ideal for desk-side, wall-mount, or cabinet-based installations in office networks, campuses, or security systems requiring Ethernet extension and PoE capability.

Technical Details of Black Box Gb PoE MED CONV 10/100/1000Mb COP to 1000Mb MM FBR 850nm 550m SC

• Port configuration: 1 x RJ-45 copper port supporting 10/100/1000 Mbps with PoE capabilities
• Fiber interface: 1 x SC fiber port for multimode fiber, 850 nm wavelength
• Distance support: Up to 550 meters on multimode fiber link
• Standards supported: 802.3af PoE on copper port; 10/100/1000 Mbps Ethernet over copper; Gigabit Ethernet over MMF
• Directionality and bridging: Transparent bridge between copper and fiber, with standard Ethernet framing passed through without requiring network reconfiguration

how to install Black Box Gb PoE MED CONV 10/100/1000Mb COP to 1000Mb MM FBR 850nm 550m SC

• Prepare the site by confirming a PoE-enabled switch or PoE injector is available on the copper side to supply power to the connected device.
• Connect the copper device to the PoE-enabled switch or injector using a standard category Ethernet cable to the RJ-45 port on the media converter.
• Attach the multimode fiber link to the SC fiber port on the media converter, ensuring the correct MPO/SC polarity and fiber type (multimode) are used.
• Connect the other end of the fiber link to the corresponding remote device or fiber transition point, completing the line between copper and fiber networks.
• Power up the units and verify link activity: LED indicators on both copper and fiber ports should illuminate and indicate a healthy connection.
• No configuration is required for standard operation; the converter functions in a transparent mode, automatically passing traffic between copper and fiber as long as compatible Ethernet frames are used.

Frequently asked questions

• Q: What is the primary function of this device? A: It serves as a Gigabit media converter that bridges copper Ethernet to multimode fiber while delivering PoE on the copper port to power PoE-enabled devices at the copper end.
• Q: Which speeds are supported on the copper side? A: The copper port supports 10/100/1000 Mbps Ethernet, enabling gigabit performance over the fiber link.
• Q: What type of fiber and connector are used? A: The device uses multimode fiber with an SC connector (850 nm) for transmission over distances up to 550 meters.
• Q: Do I need to configure the converter? A: No configuration is required; it operates in a transparent mode, passing traffic between copper and fiber without IP changes.
• Q: Is PoE supported on the copper side? A: Yes, the copper port can provide PoE to IEEE 802.3af-compliant devices, reducing the need for separate power cabling along the copper run.
• Q: What are typical use cases? A: Extending a campus network to remote locations, powering IP cameras or wireless access points along fiber paths, and connecting PoE devices to a central fiber backbone.