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Line 227: NDI was designed to work on good quality [[Gigabit Ethernet\|gigabit local area networks]] using TCP and Bonjour ([[Multicast DNS\|mDNS]]) technologies. In order to work across subnets that don't pass mDNS, NDI supports a mechanism known as NDI Access which allows manual entry of the [[IP address]] of machines on other subnets which may be running NDI sources. Some NDI adopters have run the protocol across [[Fiber-optic communication\|fibre]] connections up to 15 km, although NDI's use of the TCP protocol makes it less suitable for long-distance, high-latency connections due to factors such as [[bandwidth-delay product]] and [[Transmission Control Protocol\|TCP packet loss recovery]].<ref>{{cite web\|url=http://westreamu.se/2016/05/09/documentary-stockholm-kista-cross-production-using-ndi-over-fiber/\|title=Documentary: Stockholm Kista cross production using NDI over fiber\|first=Richard\|last=Gatarski\|date=9 May 2016\|website=Weststreamu.se}}</ref> Later versions of NDI introduced different transport protocols including UDP, MultiTCP and reliable UDP (QUIC) which offer different network characteristics. NDI\|HX uses a lower data rate making it easier to use in bandwidth-limited connections. ==Use in cloud-based infrastructure==

Network Device Interface: Difference between revisions