Aurora VLX-TC1-CF 4K 1Gbps AV-over-IP Transceiver
Condition: Open Box
Open Box — New, unused gear. Original packaging has been opened, but the item has never been used.
Like New — Lightly used gear that appears brand new, with no visible signs of wear.
Very Good — Used gear with minimal cosmetic wear. Fully functional and well cared for.
Good — Fully functional gear with noticeable cosmetic wear from normal use.
Fair — Functional gear with significant cosmetic wear, such as major scratches or missing non-essential parts.
For Parts Only — Non-functional gear sold as-is. Suitable only for parts or repair; not operational.
Aurora VLX-TC1-CF 4K 1Gbps AV-over-IP Transceiver
Details
At A Glance
The Aurora VLX-TC1-CF is a 4K 1Gbps AV-over-IP transceiver built on Aurora's IPBaseT® technology, eliminating the need for dedicated separate encoders and decoders by allowing each unit to be dynamically configured as either a transmitter or receiver. It delivers visually lossless 4K UHD compression with ultra-low 1.5-frame (25ms) latency over standard 1Gbps network infrastructure. Audio, video, data, and control signals can be distributed securely to one or many endpoints using off-the-shelf 1G RJ-45 Ethernet switches. Well suited for corporate AV, education, digital signage, and videowall deployments where flexible, scalable IP distribution matters.
Description
Features
Specifications
What's Included
The Aurora VLX-TC1-CF is a 4K 1Gbps AV-over-IP transceiver built on Aurora's IPBaseT® technology, eliminating the need for dedicated separate encoders and decoders by allowing each unit to be dynamically configured as either a transmitter or receiver. It delivers visually lossless 4K UHD compression with ultra-low 1.5-frame (25ms) latency over standard 1Gbps network infrastructure. Audio, video, data, and control signals can be distributed securely to one or many endpoints using off-the-shelf 1G RJ-45 Ethernet switches. Well suited for corporate AV, education, digital signage, and videowall deployments where flexible, scalable IP distribution matters.