Passive IP Coaxial Transmitter & Receiver Pair – 10/100Mbps
Passive IP Coaxial Transmitter & Receiver Pair – 10/100Mbps
Passive IP Network Coaxial Transmitter & Receiver – 1 Pair, 10/100Mbps
Upgrade your existing coaxial cable infrastructure to carry IP network data without rewiring. This 1-pair passive IP network coaxial transmitter and receiver lets you extend 10/100Mbps Ethernet signals over standard coax cable — perfect for connecting IP cameras, NVRs, and other network devices where running new Cat5/Cat6 cables isn't practical or cost-effective.
Because it's a fully passive device, there's no power supply required — installation is fast, straightforward, and budget-friendly. Simply connect the transmitter at one end and the receiver at the other, and your coax line becomes a working IP network link.
Key Features
- 10/100Mbps Support: Reliable, stable IP data transmission at Fast Ethernet speeds over existing coaxial cable runs.
- 1-Channel (1CH) Single Pair: Comes as a complete transmitter + receiver set — everything you need for one coax run.
- Fully Passive – No Power Required: Zero power consumption; no adapters or power supplies needed for either unit.
- Plug-and-Play Setup: Ready to use right out of the box — no configuration, no drivers, no complicated setup.
- Saves Time & Installation Costs: Reuse your existing coaxial cable infrastructure instead of pulling new Ethernet cable.
- Compatible with IP Cameras & NVRs: Ideal for CCTV IP camera systems, network video recorders, and other PoE/non-PoE IP devices.
- Stable Signal Transmission: Engineered for consistent, low-interference signal quality across the coax run.
- Compact & Durable Design: Discreet form factor that fits neatly behind panels, in junction boxes, or on cable trays.
Specifications
- Network Speed: 10/100Mbps
- Channels: 1CH (1 pair: 1× transmitter + 1× receiver)
- Cable Type: Standard coaxial cable (RG59/RG6)
- Power: Passive – no power required
- Interface: RJ45 (Ethernet) + BNC (Coaxial)
- Compatible Devices: IP cameras, NVRs, network switches, routers
What's in the Box?
- 1× IP Network Coaxial Transmitter
- 1× IP Network Coaxial Receiver
Why Choose This Coaxial Network Extender?
Whether you're retrofitting an existing analog CCTV system to IP cameras or simply want to avoid the hassle and expense of new cable runs, this passive coaxial transmitter/receiver pair from Qme is a smart, cost-effective solution. No electrician needed — if you can plug in a cable, you can install this device.
For further guidance on structured cabling and network installation best practices, visit the National Institute of Standards and Technology (NIST) Networking Resources.
Frequently Asked Questions
Q: What does a passive IP network coaxial transmitter and receiver do?
A: A passive IP network coaxial transmitter and receiver converts your existing coaxial cable into a functional Ethernet network link. The transmitter at one end encodes the IP network signal onto the coax, and the receiver at the other end decodes it back to a standard RJ45 Ethernet connection — allowing devices like IP cameras and NVRs to communicate over coax without laying new Cat5/Cat6 cable.
Q: Do I need a power source for this coaxial network extender?
A: No — this is a fully passive device. Neither the transmitter nor the receiver requires an external power supply or power adapter. This makes installation simpler, reduces ongoing energy costs, and eliminates the need to locate a power outlet near each unit.
Q: What type of coaxial cable is compatible with this transmitter/receiver pair?
A: This passive IP coaxial extender is compatible with standard coaxial cable types such as RG59 and RG6, which are the most common types found in legacy analog CCTV and cable TV installations. This makes it ideal for upgrading existing infrastructure to support modern IP camera systems and NVRs.
Q: Can I use this device with PoE (Power over Ethernet) IP cameras?
A: This unit transmits network data signals over coax but does not pass PoE power. For PoE IP cameras, you would need to use a PoE injector or PoE switch at the camera end, or use a camera with a separate power supply.