Hanwha Techwin TEC-F01 1 Channel Ethernet over Coax Extender With Pass-Through PoE

The TEC-F01 is a versatile 1 channel Ethernet over Coax extender designed to maximize flexibility in surveillance and network deployments. This compact device delivers reliable 10/100 Mbps Ethernet over existing coaxial cabling while offering pass-through PoE to power connected cameras or edge devices along the same line. Ideal for upgrading legacy installations, remote sites, or spaces where running new Ethernet cables is impractical, the TEC-F01 helps you extend your network without costly rewiring. With simple, plug-and-play setup and robust performance, it’s the perfect bridge between traditional coax infrastructure and modern IP-based security systems.

• Single-channel Ethernet over coax enables 10/100 Mbps Ethernet transmission over a single coaxial cable, making it feasible to repurpose existing cabling for IP connectivity. This capability reduces installation time, minimizes disruption, and lowers material costs by leveraging what you already have in place. Whether upgrading a campus, facility, or retail environment, the TEC-F01 lets you keep coax runs active while delivering network access where you need it most.
• Pass-through PoE powering provides PoE power directly through the coax link to compatible cameras and devices. This eliminates the need for separate power drops at remote locations and simplifies cable management by consolidating data and power onto one path. In practice, you can mount cameras in hard-to-reach areas or on ceilings where traditional power outlets are scarce, knowing the TEC-F01 is delivering both data and power over the same cable. The result is cleaner installs, fewer interruptions, and improved reliability for security systems that demand continuous operation.
• Flexible power options for any deployment the TEC-F01 can be powered by a PoE switch or by the included external power supply. This dual capability ensures you’re covered whether your site has PoE coverage or not. Installers can choose the simplest solution—using PoE when available to minimize cabling and power adapters—or rely on the included power supply in environments without PoE to maintain consistent performance. This flexibility is especially valuable in remote or temporary installations where power infrastructure might be limited.
• Seamless integration with legacy networks the TEC-F01 acts as a practical bridge between older coax-based infrastructure and modern IP networks. By transporting Ethernet over coax while preserving data integrity and signal quality, it enables rapid upgrades without reconfiguring entire network layouts. It’s an excellent option for facilities with existing coax runs, helping to future-proof surveillance and network capabilities without unnecessary downtime or expensive rewiring projects.
• Compact, reliable design for diverse environments built to operate in typical monitoring rooms and field installations, the TEC-F01 combines a small footprint with robust performance. It’s designed for straightforward installation, low power consumption, and dependable operation in a variety of environments—from office buildings to industrial facilities. By keeping a low profile and offering solid thermal and signal stability, it supports long-term reliability for critical surveillance and network applications.

Technical Details of Hanwha Techwin TEC-F01

• Channel: 1-channel Ethernet over Coax Extender
• Data Rate: 10/100 Mbps Ethernet
• PoE: Pass-through PoE support on coax
• Power Options: External power supply or PoE-powered from switch
• Cable Type: Compatible with standard coaxial cabling (coax such as RG-59/RG-6 recommended)
• Form Factor: Inline, standalone extender suitable for desktop or mounting in a cabinet

How to install Hanwha Techwin TEC-F01

• Plan your coax route and verify the coax cable condition to ensure reliable signal transmission and PoE power delivery across the distance you intend to cover.
• Place the TEC-F01 inline between your PoE-enabled network switch and the remote device or camera, aligning the coax path to carry both data and power where needed.
• Choose your power option: connect the device to a PoE switch to utilize pass-through PoE, or attach the included external power supply if PoE is not available at the installation site.
• Power up the system and verify the link status on your network management tools. Confirm that the remote device receives both data and power through the coax link and that performance meets the expected 10/100 Mbps throughput.
• Secure the unit in a location with adequate ventilation and minimal exposure to physical stress. Use appropriate cable management to prevent accidental disconnections, and label connections for future maintenance or expansion.

Frequently asked questions

• Q: What is the TEC-F01 used for? The TEC-F01 extends Ethernet over coax with pass-through PoE, delivering a single 10/100 Mbps Ethernet channel over existing coax while powering compatible devices through the same cabling. It’s ideal for upgrading surveillance and network installations without rewiring.
• Q: Can the TEC-F01 be powered by PoE? Yes. The unit supports pass-through PoE and can be powered from a PoE switch, simplifying cabling and reducing the need for separate power adapters. If PoE is unavailable at the site, you can use the included external power supply for operation.
• Q: What type of cable does it require? The TEC-F01 works with standard coaxial cabling (such as RG-59 or RG-6). Ensure our coax runs are within the supported distance and maintain proper shielding to preserve data integrity and PoE performance.
• Q: How many devices can be connected? The TEC-F01 provides a single Ethernet channel over coax, suitable for one remote device or a single endpoint. For multiple devices, additional extenders or appropriate network topology would be required.
• Q: Is it compatible with IP cameras and other PoE devices? The TEC-F01 is designed to extend Ethernet with pass-through PoE, so IP cameras and other PoE-enabled devices can be powered and connected over the coax link. Check your camera’s power requirements and distance constraints to ensure reliable operation.