Lindy 100m Cat.6 HDMI 4K60 HDBaseT Extender - Black

The Lindy 100m Cat.6 HDMI 4K60 HDBaseT Extender supports 4K@60Hz 4:4:4 8bit resolution up to 70 meters using high-quality Cat.6 U/UTP or F/UTP cable.

While Cat.5e cable might work for shorter distances at lower resolutions (like 1080p), it is not recommended for achieving the full 4K@60Hz or 100m distances. Cat.6 or higher (Cat.6a, Cat.7) is required for optimal performance and to meet the specified distance and resolution capabilities.

PoC allows the extender to send DC power from the transmitter unit through the Cat.6 cable to power the receiver unit. This means you typically only need to connect the power adapter to the transmitter, simplifying installation, especially in locations without readily available power outlets for the receiver.

These ports allow control signals to be sent in both directions. You can control your HDMI source device (e.g., a media player) from the display location using the IR receiver on the extender, and control the display device (e.g., projector) from the source location using the IR receiver on the other extender unit. RS-232 offers similar bi-directional serial communication for integration with advanced control systems.

Yes, the Lindy 100m Cat.6 HDMI 4K60 HDBaseT Extender supports High Dynamic Range (HDR) content, allowing for enhanced brightness, contrast, and a wider color gamut for a more vibrant viewing experience.

Introducing components like patch panels, wall plates, or couplers into the Cat.6 cable run can degrade signal quality and reduce the maximum transmission distance achievable. For optimal performance, a direct point-to-point Cat.6 cable connection is recommended.

Yes, this product uses Display Stream Compression (DSC) to achieve 18Gbps bandwidth for resolutions like 4K@60Hz. If you are integrating this extender with other HDBaseT devices, ensure that both products support the same compression method for compatibility.

Verify all HDMI and Cat.6 cable connections are secure at both the transmitter and receiver. Ensure the Cat.6 cable is high-quality and within the specified length limits. Confirm the source and display devices are powered on and set to the correct inputs. Check if the AC adapter is properly connected to the transmitter and receiving power.

Test with a different, certified Cat.6 cable. Inspect the Cat.6 cable for damage. Ensure the resolution and refresh rate are supported for the distance being used (e.g., try lowering to 1080p if using 4K over 70m). Check for electromagnetic interference near the cables.

Ensure IR emitters/receivers are correctly aligned and unobstructed. Verify that the IR/RS-232 cables are correctly wired and connected to the appropriate ports on both units. Confirm that the source and display devices support the control signals being sent.

Ensure the AC adapter is connected to the transmitter and powered on. Verify that the Cat.6 cable is of sufficient quality and length. If PoC is still not working, the receiver may require a separate power source (consult product manual).

Confirm that the Cat.6 cable is high-quality U/UTP or F/UTP. Test with a shorter Cat.6 cable run. Ensure the source device is outputting a signal compatible with the extender's capabilities (e.g., DSC compression if applicable). The maximum distance for 4K@60Hz 4:4:4 is 70m.