BRIDGE NDI 3G supports multi-channel 4K and HD workflows.
AJA’s new BRIDGE NDI 3G is a 1RU appliance that enables conversion to/from SDI and NewTek’s NDI video over IP protocol.
The device supports multi-channel 4K and HD workflows and is designed to help broadcast, production and proAV professionals move between various platforms, protocols, and connectivity types.
“As IP’s advantages become more readily apparent, NDI is picking up steam across the broadcast, production and proAV markets. Going all-in on IP, however, isn’t a reality for facilities with significant SDI infrastructure, which is why we’ve created BRIDGE 3G NDI,” shared Nick Rashby, president, AJA Video Systems. “Facilities can use BRIDGE NDI 3G to easily integrate a range of 3G-SDI sources into NDI workflows. It’s designed to help customers make the most out of their current gear while taking advantage of popular IP video advancements in the market.”
The appliance has a dual 10GigE onboard NICs for NDI I/O, as well as high-density SDI connections for up to 16 channels of 3G-SDI I/O – offering up to four channels of 4K or 16-channels of HD, or a mixture of HD and 4K NDI encodes/decodes in a compact form-factor. Using a standard web browser, users can access the interface remotely to view and manage content, including local monitoring preferences. Operators are also able to browse, favorite, label, and filter a large volume of NDI sources on the network, as well as label any SDI inputs or outputs, and see all I/O activity at any given time.
It can be used to convert SDI camera and playout sources into NDI streams, enabling simple integration into NDI supported workflows, including virtualized productions leveraging NDI-based switchers. Using a common network, these sources can be located anywhere within a facility, allowing seamless integration of various production islands into a unified workflow. Conversely, NDI streams can be converted back into SDI ecosystems via BRIDGE NDI 3G’s configurable I/O, allowing NDI signals to move back into SDI routing systems and traditional baseband workflows.
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