Lindy HDBaseT KVM Extender - Black

At the maximum distance of 150 meters, the extender supports 1920x1080@60Hz (Full HD). For 3840x2160@60Hz (4K UHD), the maximum distance is 100 meters in HDBT mode.

While Cat.5e cable might work for very short distances, it is not recommended. For optimal performance and to achieve the advertised distances, a high-quality Cat.6 U/UTP or F/UTP cable is required. Using Cat.5e will result in significantly reduced transmission distances and potential signal degradation.

In HDBT mode, you can connect USB 2.0 devices such as keyboards, mice, webcams, printers, or external storage for data transfer. In Long Reach mode, only USB HID (Human Interface Device) class devices, like keyboards and mice, are supported.

PoC allows power to be sent from the transmitter unit to the receiver unit through the single Cat.6 network cable. This means only one power supply is needed for the entire setup, typically connected to the transmitter, simplifying installations where power outlets are limited at the display location.

The Lindy 150m Cat.6 HDMI 4K60, USB 2.0 & IR HDBaseT KVM Extender comes with a 2-year warranty.

No, this extender is designed for a point-to-point connection between the transmitter and receiver using a direct Cat.6 cable. It is not intended to be used with network switches, routers, or other network infrastructure, as this will not extend the range and may cause signal issues.

The extender supports a bandwidth of 18 Gbit/s, which is necessary for transmitting 4K@60Hz 4:4:4 8-bit signals.

Verify that both transmitter and receiver units are powered on. Check that the HDMI cables are securely connected to the source, display, transmitter, and receiver. Ensure the Cat.6 cable is properly terminated and undamaged, and within the supported distance limits for the desired resolution. Try a different Cat.6 cable.

Ensure you are using HDBT mode for full USB 2.0 support, or verify that your devices are USB HID compliant if using Long Reach mode. Check that the USB cable is securely connected to the transmitter and receiver. Try connecting the USB devices directly to the source to confirm they are functioning.

This is often due to the quality or length of the Cat.6 cable. Ensure you are using a high-quality Cat.6 U/UTP or F/UTP cable. Remove any inline couplers, wall plates, or patch panels that could degrade the signal. Reduce the transmission distance if possible. Verify HDR settings on source and display are compatible.

Confirm that the power adapter is securely connected to the transmitter and that the transmitter is powered on. Ensure the Cat.6 cable is of sufficient quality and within the distance limitations for PoC to function. If the issue persists, try powering the receiver directly with its own adapter (if available) to test its functionality.

Verify that the IR cables are connected to the correct input/output ports on both the transmitter and receiver units. Ensure the IR devices themselves are functional and positioned correctly to send/receive signals. Check that the correct mode (HDBT or Long Reach) is enabled if there is a switch, and that IR is supported in that mode.