Free Guide · Broadcast Infrastructure
How to Plan Your SDI-to-IP Migration Without Putting Your On-Air Signal at Risk
A free guide for broadcast engineers and facility managers: three transition models, a four-phase migration roadmap, and the one architecture decision that determines what happens to your signal path if the IP network has an event mid-broadcast.
What's inside
| The three transition models — full IP replacement, parallel infrastructure, and hybrid integration — and how to choose between them | |
| A four-phase framework for moving from an SDI foundation to a full ST 2110 core, without a forklift chassis replacement along the way | |
| The single evaluation criterion that determines whether your operation stays live during an IP network event | |
| Vendor questions worth asking before you sign regardless of who you're evaluating | |
| A practical checklist covering infrastructure audit, readiness assessment, risk planning, and vendor evaluation |
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"The UTAH-400 was a great choice for the upgrade. Not only does the router come with Utah Scientific's no-fee, 10-year warranty — unheard of in the broadcast industry — it's based on a unique hybrid signal architecture that offers a single platform for all types of signals, including those used in IP networks." — Chuck Heffner, Digital Video Group
What's inside
A Migration Path That Keeps SDI Live at Every Stage
Full IP Replacement
One of three transition models covered for facilities ready to move all at once.
Parallel Infrastructure
SDI and IP run side by side while workflows migrate on your timeline.
Hybrid Integration
SDI and IP managed from a single embedded chassis, our core recommendation for mission-critical operations.
Your Phased Roadmap
A four-phase framework moving from an IP-ready SDI foundation to a full ST 2110 core, with SDI held in reserve at the edge throughout.