Hanwha TER-F01 Ethernet Repeater 100M PoE

Hanwha TER-F01 Ethernet Repeater 100 Meter Pass-Through PoE

The Hanwha TER-F01 is a compact Ethernet repeater engineered to extend network reach by an additional 100 meters while maintaining power delivery through pass-through PoE. Designed specifically for IP surveillance deployments and large-scale network installations, this device eliminates the limitations of standard Ethernet cable runs without requiring additional power infrastructure or complex configuration.

Key Features

• 100-Meter Signal Extension – Amplifies Ethernet signals to expand coverage beyond conventional cable length limits
• Pass-Through PoE – Delivers both data and power over a single cable, streamlining installation and reducing cable requirements
• Plug-and-Play Operation – No configuration required; connects immediately upon installation
• Compact Design – Unobtrusive form factor suitable for discreet placement in various environments
• Wide Device Compatibility – Works with Hanwha IP cameras, NVRs, and third-party PoE-enabled equipment

Technical Highlights

The TER-F01 operates as a wired, indoor networking device powered by PoE, eliminating the need for separate power supplies at the repeater location. Its pass-through capability ensures that PoE power intended for downstream devices remains uninterrupted, making it ideal for camera runs that exceed standard 100-meter Ethernet limitations. The repeater functions seamlessly within existing surveillance infrastructure, supporting both new installations and legacy system expansions.

Ideal Applications

• Large commercial campuses and multi-building complexes
• Industrial facilities requiring extended camera placement
• Perimeter security systems with cameras positioned far from central equipment
• Retrofit projects where additional cabling runs are impractical
• Enterprise networks integrating distributed IP surveillance

The TER-F01 integrates smoothly into Hanwha surveillance ecosystems while remaining compatible with standard PoE infrastructure, making it a practical solution for extending network capabilities without extensive rewiring or power infrastructure modifications.