![]() ![]() ![]() NDI devices can communicate via local area networks (LANs), which can be as small as a home computer or as large as hundreds of computers in an office building. This can save bandwidth and processing for both the sender and receiver. NDI also enables metadata messages to be sent in both directions, allowing active tally information to be fed back to senders. NDI can transport video and multichannel uncompressed audio, as well as metadata. NDI Receivers support various combinations of streams, including audio-only and metadata-only connections. This makes NDI devices more suitable for use in environments with limited bandwidth. ![]() Its third version was introduced in 2017 and included new features such as multicast support and a lower-rate codec. It was developed by NewTek and made public in 2015. NDI is a layer 2 protocol that connects network devices. This article will explain NDI, how it works, and which devices support it. If you’re new to NDI, you might wonder, “What is NDI?” The NDI protocol was developed for high-quality, low-latency video streaming. Most Frequently Asked Questions About NDI Devices
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