Intelligent connectivity software lets a field transmission unit choose the best cellular operator automatically, and it works on top of bonding, which combines several connections into one video stream. This guide explains how the two layers differ, what a September 2026 Associated Press deployment shows about how large organizations buy them, and how to match equipment to the assignments a team actually covers.
What Intelligent Connectivity Means for Live Video
Broadcasters, publishers and sports rights holders all face the same underlying issue when they send live video from the field. The production can be well planned, but the network is a shared resource that other people are using at the same time.
Live video from the field travels over networks that broadcasters do not control. An industry roundtable published by SVG in 2025 reports that crowded venues cause packet loss and reduced throughput, and that multicarrier setups protect against coverage gaps and congestion on any single carrier.
Intelligent connectivity is the term used for software that manages how a unit uses cellular networks. It addresses one specific question: which cellular operator should each connection use at this location, right now? Software answers it using real-time and historical network data. When paired with eSIM technology, a unit can change operators without a physical SIM swap. For executives, the practical result is fewer manual decisions for crews and fewer assignments that depend on a pre-event guess.
Bonding and Carrier Selection: Two Different Jobs
Bonding and carrier selection are often described together, but they solve different problems.
- Bonding sends one stream across several connections, including cellular, Wi-Fi, wired and satellite links. If one weakens, traffic moves to the others.
- Carrier selection chooses which cellular networks those connections use, so the bonded links start from better options.
Bonding alone cannot fix a poor carrier choice, and carrier selection alone does not protect against a single failed link. Vendors quoted in the SVG roundtable also report very different switchover times, from milliseconds to under 20 seconds. Those are vendor claims, so buyers should request test evidence from comparable venues.
Do you know How I Stopped Worrying About Satellite Trucks and Started Trusting Bonded IP? Learn how one professional’s view of bonded IP changed for live sports coverage.
What a Large Deployment Shows
On September 8, 2026, AP announced an expanded deployment of connectivity and ingest technology across its global newsgathering operations. The announcement calls it the largest deployment of its unit model to date, and it positions the units for locations where connectivity is hard to predict.
Four details are useful to other buyers:
- The rollout takes AP’s global encoder fleet past 100 units.
- The units are intended for conflict zones, major political events and other places with limited or unpredictable connectivity.
- Ingest is integrated with a cloud-based media asset management system and supports up to 10 simultaneous live channels.
- AP is also moving to a SMPTE ST 2110 IP environment, according to the announcement.
The announcement also says the ingest system speeds content from the field to near-live and on-demand output. The pattern is consistent: transmission, ingest and asset management are evaluated as one workflow. Organizations that buy them separately risk gaps between the field and the editing desk, and they may find that fast transmission does not translate into faster publishing.
For more on predictive network behavior in live coverage, see The Network That Predicts Trouble Before You Do.
How to Evaluate Vendor Claims
Vendor figures for switchover time, latency and throughput vary widely, and the SVG roundtable labels them as vendor-reported. A reasonable evaluation process has four parts.
- Ask for conditions, not only numbers. A switchover time means little without the network, location and load it was measured under.
- Request a demonstration at a congested site. Results from a quiet location do not predict results at a crowded venue.
- Check what happens when carriers are restricted. Ask the vendor to show how the unit behaves when one or more operators perform poorly.
- Separate marketing claims from documented deployments. A named, dated deployment is stronger evidence than a general performance statement, though it still reflects the buyer’s conditions rather than yours.
These steps cost little and make the final comparison far more reliable. They also give finance and operations leaders a shared set of facts, which shortens approval cycles and reduces the chance of buying equipment that suits a different kind of assignment.
Choosing Equipment by Assignment Type
Not every assignment needs the same configuration. The table lists common assignment types, the connectivity risk each carries and what to verify before buying.
| Assignment type | Connectivity risk | What to verify before buying |
|---|---|---|
| Fixed venue with house Wi-Fi | Lower, but venue networks can fill during peak events | Ability to add a wired connection and fall back to cellular |
| Stadium or festival | High congestion during peak moments | Test results from comparable venues and how carriers are chosen under load |
| Breaking news in unfamiliar locations | Carrier performance unknown until arrival | Automatic carrier selection and eSIM support |
| Conflict zones and remote regions | Limited or unpredictable coverage | Multi-operator coverage and satellite as an added connection |
| Moving coverage such as marches or motorcades | Conditions change minute to minute | Switching without crew intervention |
The pattern in the table is that risk rises with unpredictability, not with audience size. A small crew in an unfamiliar location can carry more connectivity risk than a large crew at a venue with a known network. Teams can use the table as a starting point by listing the assignments they cover in a year and placing each in the closest row.
What to Count When Budgeting
Unit price is only one part of the cost. Software licenses, connectivity services and ingest tools often recur, and subscription licensing spreads spend across the life of the equipment. A multi-year comparison should list every recurring item for every option, and it should include the cost of operating the file workflow after transmission, not only the field hardware.
LiveU: Where It Fits in This Picture
LiveU is the vendor in the AP deployment. Its LRT protocol bonds cellular, Wi-Fi, LAN and satellite connections, and its LiveU IQ (LIQ) layer uses AI to select the best cellular networks for a location and time. LiveU reports more than 10 petabytes of cellular data a year across more than 300,000 SIMs. These figures are company-reported and have not been independently verified.
LiveU offers three field units:
- LU900Q: the first unit with LIQ built in, with a modular software license sold on demand or by subscription.
- LU800: up to 14 bonded connections and up to four camera feeds with a multi-camera license, with LIQ as an option.
- LU300S: a compact unit with up to six bonded connections.
On the workflow side, LiveU Ingest is the file component AP is integrating with its asset management system. LiveU’s Nexus cloud gateway moves IP video between production systems and converts protocols, which matters for organizations that need to connect field feeds to existing studio infrastructure. Buyers should confirm which of these components they need and how each is licensed.
Bottom Line
This guide’s main conclusion is simple. Judge connectivity by the conditions of your highest-risk assignments, not by peak speed. Treat bonding and carrier selection as separate capabilities, ask for test evidence on switchover and venue performance, and evaluate transmission together with ingest and asset management. Check total cost across the license term, because subscription models change the multi-year comparison. Following this sequence helps a team select a configuration that matches its actual assignments instead of defaulting to the most expensive option.
FAQ
Q: What is bonded cellular transmission?
A:
It is a method of sending one video stream across several cellular connections at once, and often across Wi-Fi, wired and satellite links too. If one connection weakens, traffic moves to the others, according to vendors in the SVG roundtable.
Q: How is automatic carrier selection different from managing SIM cards by hand?
A:
Manual management requires someone to decide which carrier to use before the event and to swap cards if conditions change. Automatic selection reads network data and switches operators through software, which the AP announcement describes as AI-driven connection management with eSIM technology.
Q: When is intelligent connectivity less necessary?
A:
It adds less value for fixed venues with reliable, tested networks and predictable demand. Productions in unfamiliar, crowded or remote locations benefit most.
Q: Which LiveU unit includes LIQ built in?
A:
The LU900Q, according to trade coverage of its launch. The LU800 page lists LIQ as an option.
Q: What separates the LU900Q, LU800 and LU300S?
A:
The LU900Q is a next-generation unit with built-in LIQ and a modular license. The LU800 supports up to 14 bonded connections and multi-camera work. The LU300S is a compact unit with up to six bonded connections.
Q: Where does LiveU report its connectivity data?
A:
LiveU’s LIQ page reports more than 10 petabytes of cellular data a year across more than 300,000 SIMs. These are company-reported figures.