BROADCAST ENGINEERING
Broadcast engineering, not guesswork.
Cameras are the visible part of a broadcast. Engineering is the part that decides whether it survives contact with a real venue. AVP.Live plans the signal path, builds the redundancy, and runs the comms on every show we produce.
- Engineering review on every show
- NDI + SDI workflows
- Redundancy planned, not improvised
What it is and why it matters
Broadcast engineering is the discipline of getting every signal where it needs to go, on time, in sync, and with a backup: camera to switcher, switcher to encoder, encoder to the internet, and every record point along the way.
Most live event failures are not camera failures. They're signal failures: an encoder that locked up, a network that choked, one cable quietly carrying the whole show. All preventable, but only before doors open. Once the event starts, you're living with the plan you made.
That's why every AVP.Live show gets an engineering review before it ships. Not just the big ones. An engineer maps the signal path, finds every single point of failure, and decides what backs it up. A one-camera webcast gets a smaller review than a ten-camera broadcast, but nothing ships unexamined.
How we run it
Advance and survey
An engineer reviews the venue: distances, power, network, RF environment. In person when the show warrants it, virtual when it doesn't.
Signal-flow design
Every input, output, converter, and record point drawn into a diagram. The diagram is the show's source of truth, and your team can see it.
The redundancy decision
We identify each single point of failure and either eliminate it or accept it in writing. No silent risks.
Build and test
Systems are bench-tested before they ship, then tested again on site, full chain, before rehearsal.
Show operation
An engineer monitors signal health, stream health, and records for the entire event. Problems get caught while they're still boring.
Post-show
Records are verified and delivered, and anything the show taught us goes into the file for your next one.
The gear
- Video infrastructure SDI routing and distribution, NDI network cores, converters, and sync.
- Switching production switchers scaled to the show, from compact flypacks to full multi-camera control.
- Encoding and recording redundant hardware encoders and multi-format recorders.
- Comms professional wired and wireless intercom systems.
- Power conditioning and battery backup for the critical chain.
Where it shows up
Sports and PPV
When viewers are paying, redundancy is the business model.
Corporate town halls and launches
Executive events where a failed stream is a visible, company-wide problem.
Government meetings
Public-record streams that have to work every session, not most sessions.
Conferences
Multi-room signal distribution, main stage to breakouts.
Where we use this: CorporateSportsGovernmentConferences
Every AVP.Live production, from single-camera webcasts to multi-camera PPV, ships with an engineering review and a written redundancy plan.
What happens after you request a quote
- A real person replies within one business day.
- A 15-minute call about the event, the venue, and what failure would cost you.
- A free walk-through, in person or virtual, where the engineering questions get asked.
- A written plan and one price: signal path, redundancy tier, crew.
- You book the date. The plan becomes our job.
Questions we get asked
Do small events really need broadcast engineering?
They need the review, which scales to the event. A single-camera stream still has an encoder, a network path, and a recording that can fail. That review takes an hour and prevents the most common disasters.
What does N+1 redundancy mean in practice?
If the show needs one encoder, we run two, both live, on independent paths where possible. A failure becomes a switchover, not an outage. The same logic applies to recording and connectivity, in tiers matched to what your event can tolerate.
Do you work with our venue's existing AV or IT team?
Yes, and we'd rather start early. Signal handoffs, network access, and RF are coordinated with house teams during the advance, not on show morning.
NDI or SDI: which will you use for our event?
Whichever the venue and the show demand, and often both. SDI for long, critical runs; NDI where a network core saves weight and adds flexibility. The signal-flow diagram spells out the choice so nothing is a mystery.
What happens if something fails during the show?
The plan already answered that. Every critical device has a named backup and a failover procedure, and an engineer watches the chain all event. Most failures are absorbed without the audience seeing anything.
Can you engineer a show that another company is producing?
Yes. We take engineering-only engagements: signal-flow design, redundancy builds, and show-day engineering support for productions that already have a creative crew.
Are you insured, and can our procurement team get paperwork?
Fully insured, and W-9 and COI are available on request. We're used to venue and municipal requirements.
Tell us about your event
Prefer to talk through the technical side first? (848) 279-9164. Ask for an engineer. You'll get one. Not ready to quote? *Get the AVP.Live capabilities deck* (mid-funnel) The audience sees the cameras. They never see the plan that kept the show alive. Both are the job. *Built for live.*