How to Set Up a 2110 IP SDI to HDMI Converter

By TRM | Published: 2026-10-26

Category: How-to Guides

Learn the step-by-step process to configure a 2110 IP SDI to HDMI converter for broadcast workflows, including network setup, signal routing, and audio monitoring.

Quick Answer

Connect the converter to your network and SDI source, configure IP and video settings, then route audio through the balanced XLR outputs for precise monitoring.

Why a Dedicated Converter Matters in IP Workflows

Broadcast facilities transitioning to SMPTE 2110 IP video need reliable signal conversion for legacy HDMI monitors. A dedicated converter like the Blackmagic 2110 IP SDI to HDMI 12G-10 handles the translation from 12G-SDI or IP streams to HDMI without introducing latency or jitter. It also provides ten balanced XLR outputs for discrete audio monitoring, which is essential for multi-channel audio workflows.

Network Requirements for 2110 IP

SMPTE 2110 relies on a managed network with IGMP snooping, PTP timing, and sufficient bandwidth (at least 10 GbE for 4K). Ensure your switch supports these features and that the converter is connected via a dedicated VLAN to avoid traffic congestion. Without proper network configuration, you may experience dropped packets or sync issues.

Step-by-Step Setup Guide

Connect Network and Power: Plug the converter into a 10 GbE port on your managed switch using a Cat6a or Cat7 cable. Connect the included power supply. Wait for the front panel LEDs to indicate a stable link. Common mistake: Using a 1 GbE port will limit bandwidth; the converter requires 10 GbE for 4K IP streams.
Configure IP Settings: Access the converter’s web interface via its default IP (check the manual). Set a static IP address that matches your broadcast VLAN subnet, enable IGMP for multicast, and configure PTP timing to your grandmaster clock. Checkpoint: Verify that the PTP offset is within ±1 µs to avoid frame sync errors.
Set Video Input and Output: In the web interface, select the input source (12G-SDI or IP stream). Choose the output resolution and frame rate that match your HDMI monitor’s capabilities. Enable 4:2:2 or 4:4:4 color sampling as needed. Common mistake: Setting an output resolution higher than the monitor’s native resolution causes no display; check the monitor’s EDID.
Route Audio to XLR Outputs: Assign each of the 10 XLR outputs to a specific audio channel from the SDI or IP stream. Adjust output level (line or mic) per channel. Use the front-panel meters to confirm signal presence. Checkpoint: If audio is missing, verify that the source stream contains embedded audio and that channel mapping is correct.
Test and Monitor: Play a known test pattern with tone from your source. Confirm the HDMI display shows the pattern and the XLR outputs deliver clean audio. Use a network analyzer to check for packet loss or jitter. Common mistake: Ignoring network jitter; if PTP sync drifts, reconfigure the switch’s PTP boundary clock settings.

Product Facts

Blackmagic 2110 IP SDI to HDMI 12G-10 – Convertisseur de Signal: The Blackmagic 2110 IP SDI to HDMI 12G-10 supports all SD, HD, Ultra HD, and 4K DCI standards and includes 10 independent balanced XLR outputs for audio monitoring. This means you can monitor up to 10 discrete audio channels simultaneously, ideal for live production or post-production where accurate audio level checking is critical.
Blackmagic 2110 IP SDI to HDMI 12G-10 – Convertisseur de Signal