Hanwha TEC-F01 Coaxial Ethernet Extender PoE
The Hanwha TEC-F01 is a single-channel Ethernet-over-coax extender designed to transmit both data and power over existing coaxial cable infrastructure. This device bridges legacy analog surveillance systems with modern IP deployments, eliminating the cost and labor of ripping out and replacing established coax runs. If your facility already has coax in the walls—common in older security installations—the TEC-F01 lets you repurpose that infrastructure to support PoE-powered IP cameras and network devices, reducing deployment time and material expense.
Key Features
- Ethernet and PoE over single coaxial cable: Both data and power traverse the same coax run. Meaningful savings when you're retrofitting a multi-story building or distributed campus with dozens of camera locations—you avoid parallel runs of Cat5e/Cat6 alongside existing coax.
- Pass-through PoE support for remote IP devices: The TEC-F01 preserves and forwards power to PoE-compatible IP cameras, network video recorders, and access control readers at the far end. No separate 12VDC power injector required at the remote location.
- Extended network reach beyond standard Ethernet limits: Standard Ethernet (Cat5e/Cat6) is rated for 100 meters. Coaxial cable, particularly RG-6 or larger, can deliver Ethernet and PoE over longer distances—a real advantage in warehouses, outdoor perimeter security, and large industrial facilities where cable runs exceed typical limits.
- Indoor-rated robust design: Housed in an enclosure rated for indoor environments, the TEC-F01 handles standard temperature and humidity ranges without environmental degradation. Suitable for equipment rooms, electrical closets, and network cabinets.
- Broad compatibility with PoE-enabled IP cameras: The TEC-F01 works with Hanwha IP cameras and third-party PoE devices that conform to standard IEEE 802.3af/at specifications. No proprietary firmware or firmware locks.
- H.265 support for compatible endpoints: Connected IP cameras capable of H.265 compression reduce bitrate and storage burden by roughly 40–60% compared to H.264 on the same scene—a significant factor when recording 24/7 across multiple cameras and managing long-term retention.
Integration and Deployment
The TEC-F01 is engineered for retrofit and mixed-vendor environments. Install one extender at the camera end and one at the network switch end, and the pair transparently extends Ethernet and PoE over your existing coax. This is particularly useful when migrating from analog to network video recorder architectures—you can phase in IP cameras gradually without disrupting coax-based analog systems running in parallel.
Because it passes through PoE rather than generating it locally, power budgeting remains straightforward: your upstream PoE switch must supply enough current for the remote camera (typically 13–25W depending on the device). The TEC-F01 itself is transparent to the power calculation.
Common deployment scenarios include warehouse perimeter upgrades where coax runs predate modern IP infrastructure, multi-tenant office buildings where recabling is disruptive, and industrial sites where conduit and cable trays are already saturated. Consult a PoE power planning guide to confirm your switch capacity before deploying multiple TEC-F01 pairs.
When to Choose a Different Model
If your facility has no existing coaxial infrastructure—newer buildings typically run Cat6 or fiber from the start—a standard network switch with PoE injection is simpler and often less expensive. The TEC-F01 is purpose-built for sites that already have coax in place and want to avoid recabling. Also, verify maximum distance supported by your specific coax gauge; longer runs may require signal conditioning beyond the base TEC-F01 specifications.
Expert Positioning
The TEC-F01 solves a real problem: legacy infrastructure that you don't want to replace. It's not a bandwidth multiplier or a substitute for proper network planning, but as a bridge technology for retrofit deployments, it eliminates a category of cost and disruption that would otherwise force a complete system overhaul.
Frequently Asked Questions
Q: What coaxial cable types does the TEC-F01 support?
A: The TEC-F01 is designed for standard RG-6 and similar 75-ohm coaxial cable. Verify cable condition and impedance matching with your installer—degraded or kinked coax will reduce range and data integrity.
Q: Can I run multiple TEC-F01 pairs on the same physical coax run?
A: No. Each TEC-F01 pair occupies its own dedicated coax run. Do not attempt to multiplex multiple pairs on a single cable.
Q: Does the TEC-F01 work with non-Hanwha IP cameras?
A: Yes. The TEC-F01 is IEEE 802.3af/at PoE pass-through compliant and compatible with any standard PoE IP camera or network device. It is not manufacturer-locked.
Q: What is the maximum PoE power the TEC-F01 can deliver?
A: Power delivery is limited by your upstream PoE switch and the cable itself. For distances over 100 meters of coax, consult the manufacturer datasheet and have your installer verify power delivery at the far end. Voltage drop increases with distance and wire gauge.
Q: Is the TEC-F01 suitable for outdoor installation?
A: No. The TEC-F01 is rated for indoor use only. For outdoor coax runs, house the extender in a weatherproof enclosure or use outdoor-rated Hanwha extender alternatives.
Q: How do I provision and configure the TEC-F01?
A: The TEC-F01 is a pass-through device with no configuration interface. Install the paired units, connect coax and Ethernet, and power on. The upstream PoE switch will detect connected devices as if they were directly wired.
Eden PhillipsPerspective based on aggregated and affiliated engineering team experience.
The TEC-F01 addresses a deployment reality many systems engineers encounter: legacy coax installed years ago that still functions reliably, but now needs to carry IP traffic and PoE. Rather than gut the entire cabling plant, the TEC-F01 lets you repurpose what's already in the walls. This is not a permanent solution or a substitute for modern structured cabling, but as a retrofit bridge—especially on multi-floor buildings or sprawling campuses—it saves significant time and money.
Technical Highlights:
- PoE Pass-Through: Power flows end-to-end over coax without local injection. Your upstream PoE switch remains the single source of authority for power delivery—simpler power budgeting and fewer points of failure.
- H.265 Codec Support: Connected Hanwha and third-party cameras using H.265 cut bitrate consumption by 40–60% compared to H.264. On a 24/7 multi-camera system, this translates to measurable storage savings and reduced bandwidth strain on constrained WAN links.
- Single Coax Run: Data and power share the same cable. Eliminates parallel runs and conduit congestion—a practical win in facilities where space is already tight.
Deployment Considerations:
- Indoor rating only—TEC-F01 must remain in a controlled environment. Outdoor coax runs need weatherproof housing or a purpose-built outdoor extender.
- Distance and gauge matter—longer coax runs and smaller wire gauge reduce available power at the far end. Verify voltage drop with your installer before commissioning; 150+ meter runs may require active conditioning.
Deploy the TEC-F01 where you have existing coax infrastructure and want to avoid the disruption of a complete recabling project. It's particularly valuable in warehouse perimeter upgrades, multi-tenant retrofits, and industrial facilities where conduit is saturated. For greenfield or new-build deployments, native Ethernet or fiber is a better long-term choice.
