LINOVISION PoE Over Coax EoC Converter 3000ft

LINOVISION PoE Over Coax EOC Converter lets you convert existing RG59/RG6/RG11 coaxial runs into PoE-enabled Ethernet links so IP cameras receive power and data without re-cabling.

If you have a working analog CCTV coax network and want to migrate to IP cameras without pulling new Cat5/6 cable, this EoC (Ethernet over Coax) converter pair provides a simple plug-and-play bridge. It supports standard 802.3af and 802.3at PoE and works with common coax types, offering long-reach transmission for remote or hard-to-access camera locations. The units are compact, industrially cooled, and designed for point-to-point links between a transmitter at the camera end and a receiver at the switch end.

How does this converter let me keep my existing coaxial cables?

The LINOVISION EoC pair modulates Ethernet and PoE signals over standard coax so you can reuse RG59, RG6, or RG11 runs. One unit connects to the IP camera (transmitter) and the other to your PoE switch or injector (receiver) at the head end. This removes the need for tearing out walls or running new copper in many retrofit projects.

• Works with RG59, RG6, RG11 coaxial cable types.
• Point-to-point MoCA-style link: one transmitter + one receiver per run.
• Supports 802.3af (PoE) and 802.3at (PoE+) power standards.
• Plug-and-play — no configuration required.

What distances and bandwidths can I expect for PoE and Ethernet over coax or twisted pair?

Performance depends on cable type and whether you use coax or the built-in twist-pair outputs. Over coax, the product supports very long reaches (up to approximately 3000 ft / 914 m under optimal conditions). Using the included BNC-to-twist-pair connectors yields about 100 Mbps up to 330 ft and 10 Mbps up to 1485 ft for both PoE and non-PoE devices.

• Coax reach: up to roughly 3000 ft (approximate, install conditions vary).
• Twist-pair mode: 100 Mbps up to 330 ft; 10 Mbps up to 1485 ft.
• Maintains PoE/PoE+ delivery when receiver is powered by PoE switch/injector.
• Ideal for long-run cameras, elevators, or legacy installations.

How simple is installation and what equipment do I need at each end?

Installation is intentionally straightforward: this is a plug-and-play device designed for installers and integrators who want minimal setup. Connect the EoC transmitter to the camera (or PoE device) and the EoC receiver to a PoE switch or PoE injector; then join them with your coaxial cable or twist pair. No software, IP mapping, or extra configuration is required.

• Transmitter attaches to the camera end (PoE or non-PoE camera supported).
• Receiver must be powered by a PoE switch or injector to deliver PoE to the camera.
• No configuration — just BNC/coax or BNC-to-twist-pair connections and power.
• Indoor use only; industrial heatsink improves reliability in crowded racks.

Are there any system limits or things to watch for when using multiple lines?

These converters are intended for point-to-point links—one transmitter matched with one receiver per coax run. When deploying multiple PoE-over-coax channels in the same system, cross-talk or interference can occur, so LINOVISION recommends using their EOC-Switch KIT for multi-line installations. Also note the receiver must be powered by a PoE source to feed remote PoE devices.

• Point-to-point only; not a multi-drop network device.
• Use EOC-Switch KIT for multiple parallel PoE-over-coax links to reduce interference.
• Indoor use only; ensure adequate ventilation for the built-in heatsink.
• Keep transmitter/receiver pairing consistent for each camera run.

Who this is for: installers, property managers, and system integrators who need a cost-effective way to migrate analog CCTV infrastructure to IP-based cameras without extensive re-cabling. It suits sites with long cable runs (parking lots, elevator shafts, warehouses), retrofit projects where wall access is limited, and anyone wanting PoE delivery over legacy coax while preserving bandwidth and camera power requirements.