Lindy 4K60 HDMI & USB SDVoE Transceiver - Black

SDVoE (Software Defined Video over Ethernet) is a technology standard that enables high-quality, uncompressed video distribution over standard 10Gb Ethernet networks with zero latency. It allows for the creation of flexible and scalable AV-over-IP systems.

Yes, this system requires a 10 Gigabit Ethernet switch to function correctly. Standard Gigabit Ethernet switches will not provide sufficient bandwidth for 4K uncompressed video.

While Cat.6 cable is supported for copper connections up to 100 meters, Cat.6a or higher is recommended for optimal performance on a 10Gb network. For distances beyond 100 meters, fiber optic modules (SFP+) are required.

The role of each transceiver (Encoder or Decoder) is configured through the Lindy SDVoE Controller's web interface or compatible management software.

This system supports video wall configurations of up to 9x9 displays.

Yes, the transceiver supports embedding and extracting 3.5mm analog stereo audio alongside the HDMI signal.

Yes, the USB 2.0 ports support a variety of devices, including webcams, storage devices, and interactive touchscreens, provided they are compatible with USB 2.0 standards.

Yes, the transceiver supports PoE, allowing it to be powered directly from a compatible PoE-enabled 10Gb network switch, simplifying installation by reducing the need for local power adapters.

Verify that both the source and display devices are powered on and connected correctly. Ensure the network switch is functioning and all transceivers are connected to the 10Gb network. Confirm transceivers are correctly configured as Encoder/Decoder and assigned IP addresses within the management software. Check that network cables are Cat.6 or higher, or fiber modules are seated correctly.

Ensure the network is not congested. Verify that all devices are operating on the 10Gb network. Check for potential interference with copper network cables. Test with a different Cat.6 cable or fiber module.

Ensure the USB device is compatible with USB 2.0. Check that the USB device is properly connected to the transceiver. Restart the transceiver or the connected USB device. Verify USB functionality is enabled in the management software.

Confirm the transceiver has been assigned an IP address on the network. Ensure your management computer is on the same network subnet. Try pinging the transceiver's IP address. Verify that the correct management software is being used.

Check the DC power adapter connection and ensure it is plugged into a working outlet. If using PoE, confirm that the network switch port supports and is configured for PoE output. Try a different power adapter if available.