Modern Video Case Study

SMPTE 2110, NDI, REMI, and Hybrid Production Planning

Planning support for teams moving between SDI, IP video, NDI, cloud contribution, and remote production.

IP Video

Planning across SMPTE 2110, NDI, and hybrid signal paths.

Remote Production

REMI workflows for distributed production environments.

Interop

Bridging SDI, IP, cloud, and contribution technologies.

Future Ready

Practical migration strategy without disrupting live operations.

Enterprise

Technical Infrastructure

Live

Operational Environment

Integrated

Workflow Design

CTG

Engineering Support

Project Overview

Planning support for teams moving between SDI, SMPTE 2110, NDI, REMI, multicast networking, cloud contribution, and remote production workflows.

This project highlights Crown Technical Group's experience supporting complex technical operations, infrastructure workflows, and production critical environments.

Systems Integration

Infrastructure Optimization

Operational Support

Technical Workflow Design

Overview

Modern video workflows require more than choosing between SDI and IP. They require a clear understanding of bandwidth, discovery, timing, control, monitoring, operator comfort, and production risk.

This work includes planning and discussion around SMPTE 2110, NDI, REMI production, hybrid SDI and IP workflows, multicast requirements, control room implications, cloud contribution, and practical troubleshooting. The goal is to help teams adopt modern workflows in a way that supports the show instead of creating unnecessary complexity.

For many production teams, the best answer is not always a full replacement of existing SDI infrastructure. A practical hybrid approach can allow teams to keep reliable baseband workflows where they make sense while adding IP video, NDI, cloud contribution, and REMI capabilities where they create real operational value.

Hybrid SDI and IP Planning

Hybrid production planning requires mapping how signals move between SDI routers, IP video networks, encoders, decoders, multiviewers, control rooms, contribution paths, and remote operators. This includes understanding where conversion is required, where latency matters, where monitoring is needed, and how operators will troubleshoot the workflow during a real show.

Why it matters

These projects show the kind of real world technical leadership Crown Technical Group brings to productions that need modern workflow planning, calm troubleshooting, and systems knowledge in the same conversation.

SMPTE 2110 NDI REMI and hybrid production workflow planning — SMPTE 2110, NDI, REMI, and Hybrid Production Planning

Technical Scope and Execution

This project required coordination between production operations, engineering workflows, network planning, cloud contribution requirements, vendor systems, and real time execution support. The work focused on maintaining reliable signal flow, operational readiness, and clear communication between production stakeholders, technical vendors, and support teams.

Responsibilities included workflow planning, technical troubleshooting, systems coordination, multicast planning discussions, NDI workflow review, REMI production support, and operational readiness planning for teams working across SDI, IP, and cloud connected environments.

Timing, Discovery, and Network Considerations

SMPTE 2110 and NDI workflows introduce requirements that are different from traditional SDI systems. Timing, PTP, discovery, multicast control, IGMP snooping, PIM routing, VLAN design, bandwidth planning, and monitoring visibility all become important parts of the production conversation.

NDI can provide flexibility for production teams, especially in lighter weight or software based workflows, but it still requires careful attention to discovery, network segmentation, bandwidth, latency, and operator expectations. SMPTE 2110 can provide a standards based IP video architecture for larger systems, but it requires disciplined network design, timing strategy, and operational support.

REMI and Remote Production Readiness

Remote production workflows depend on clear handoffs between venue systems, control rooms, cloud contribution paths, remote operators, and monitoring points. The planning process included thinking through where sources originate, where they are controlled, where they are monitored, and how problems are identified when technical teams are not all in the same room.

Systems and Technologies Used

SMPTE 2110 NDI NDI HX REMI Production Hybrid SDI/IP Multicast Planning IGMP PIM PTP Timing Discovery Cloud Contribution Remote Production Signal Flow Network Segmentation Monitoring Operator Readiness Troubleshooting Workflow Planning

Production Challenges

The project required balancing operational reliability, network complexity, technical integration, timing, communication, and production readiness while supporting real world production demands and changing show requirements. The challenge with modern video systems is not only making the technology work, but making it understandable and supportable for the people who need to use it during live production.

Outcome and Impact

The planning work helped create clearer technical direction for hybrid production environments, improving workflow clarity, signal flow planning, remote production readiness, and operational confidence across SDI, IP, NDI, and cloud connected systems.

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