Blackmagic 2110 IP Mini BiDirect 12G Converter

Link your 12G-SDI broadcast studio camera to SMPTE-2110 IP systems effortlessly with the 2110 IP Mini BiDirect 12G Converter by Blackmagic Design. This converter facilitates the transmission of UHD 4K 12G-SDI camera video and program return using a single unit, all in a compact form factor ideal for mounting on your camera rig. Additionally, it includes a 5-pin XLR talkback headset and a press-to-talk button, facilitating seamless communication between camera operators and the broadcast production booth.

Blackmagic 2110 IP Mini BiDirect 12G Video Standard

Blackmagic 2110 IP products conform to the SMPTE ST-2110 standard for IP video, which specifies the transport, synchronization and description of 10 bit video, audio and ancillary data over managed IP networks for broadcast. It can also re-sync SDI inputs to a common PTP clock or external gear can lock to the reference output that’s also generated from the PTP clock. Blackmagic 2110 IP products support SMPTE-2110-20 uncompressed video, SMPTE-2110-21 traffic shaping/timing, SMPTE-2110-30 audio and SMPTE-2110-40 for ancillary data. Plus Blackmagic 2110 IP products support multicast, which is an efficient way of distributing video, audio and data from a single source to multiple destinations.

Connect 10G Ethernet

Blackmagic 2110 IP Converters come in various models featuring RJ-45 connectors for straightforward Cat6 copper cables or SFP sockets compatible with optical fiber modules and cables. Opting for simple Cat6 copper cables offers the advantage of constructing SMPTE-2110 systems at significantly reduced expenses. These cables are readily available, and Ethernet switches supporting 10G Ethernet are widely accessible.

Additionally, many modern buildings are already equipped with 10G Ethernet cable infrastructure, enabling the utilization of existing resources. Moreover, copper cables can power remote devices like converters and cameras. Alternatively, models tailored for optical fiber Ethernet are also available. Utilizing optical fiber at 10G speed proves to be more cost-effective compared to higher-speed options like 25G or 40G Ethernet. Furthermore, users can leverage 3G, 6G, or 12G‑SDI modules for enhanced flexibility.

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