Blackmagic Design Blackmagic 2110 IP Mini to HDMI SFP

Blackmagic's 2110 IP Mini IP to HDMI SFP is a compact converter that bridges SMPTE-2110 IP video over optical fibre to HDMI outputs, designed for control rooms, broadcast environments, and live production setups requiring long-distance, reliable signal transport. Its pocket-sized form factor mounts directly behind displays, eliminating cable clutter. The core strength lies in its support for HD and Ultra HD standards up to 2160p60 via a single 10 Gigabit Ethernet optical fibre input. The unit accepts 16 channels of embedded audio alongside video on the ST-2110 IP input and outputs 8 channels of embedded audio on the HDMI loop. It supports all major HD frame rates (720p50, 1080i50, 1080p24 through 1080p60) plus Ultra HD and 4K DCI variants at speeds up to 60 fps. Powered by a 12V DC supply, it includes USB-C 3.0 for configuration and firmware updates, with full compliance to SMPTE ST2110-20, -21, -30, and -40 standards. Precision timing via IEEE 1588-2008 (PTP v2) and NMOS IS-04/IS-05 support ensure synchronisation in complex broadcast networks. The Blackmagic IP10 codec converts 12G-SDI rates to 10G 2110 IP video when needed, making this a genuine bridge between legacy SDI infrastructure and modern IP-based workflows. Operating temperature range of 5-40 C suits both climate-controlled facilities and field deployments. Its optical fibre socket supports 3G, 6G, and 12G modules for environments where legacy video transport matters. Features  1 x 10G Ethernet SFP optical fibre socket for SMPTE-2110 IP input 1 x HDMI output supporting HD, Ultra HD, and 4K DCI up to 2160p60 16 channels of embedded audio via ST-2110 IP; 8 channels on HDMI output Compact design mounts behind displays; powered by 12V DC supply Full SMPTE ST2110-20, -21, -30, -40 compliance for broadcast standards IEEE 1588-2008 (PTP v2) precision timing with NMOS IS-04/IS-05 support USB-C 3.0 configuration port; operates 5-40 C ambient temperature range Blackmagic IP10 codec converts 12G-SDI to 10G IP video